LOCUS       SEQF2634|AYYE01000001.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgcaggccg tagcgacggg ccgtggccgc gatctgctcc gcggggacgt cgacaaagac
       61 gcccacgcga cgcacgccat cgggcaacga cacgtccggc acggctgtca cgcagcgcgg
      121 cgatgcgggg tggaagatga atcccaccag atcgacgccg ggcagcgccg ccactgcgcg
      181 cacattgtcc gccgcgcgca gtccgcagac cttgatcagt cggccgccga tcatgccgta
      241 gcct
//
LOCUS       SEQF2634|AYYE01000002.1  401 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             11..358
                     /locus_tag="SEQF2634_00001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWDKKIRVLLKISAVDTIDQLGHATLTEVYAPGINGQCDVHRQG
                     VNLEAAEVALGNLAVIDRIDRIRLHGAHVIVHQDAAIDPGDARNGVMLSLVQTDRGRK
                     VAEAAVPLQGVDE"
ORIGIN      
        1 ggttcgaacc atgtgggaca agaaaattcg tgtcttgctc aaaatcagcg cggtggatac
       61 gattgatcaa ctcggtcacg cgaccctcac tgaggtgtac gccccaggca taaatgggca
      121 gtgcgacgtc catcggcagg gggtaaacct tgaggctgcc gaggtagcgc ttggcaatct
      181 tgcggtcata gatcgaattg accgtatccg tctccacgga gcccatgtta tagtacatca
      241 ggacgccgcg atcgaccccg gggatgcgcg taatggtgtg atgcttagct tggtgcagac
      301 ggatcgtggc cgaaaggttg cggaagccgc cgtgccgctt caaggtgtcg atgaatagca
      361 taaaccggtc gcggctgccg gtcgaccagt cgcaatcgat c
//
LOCUS       SEQF2634|AYYE01000003.1  299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtgcaccca gaaggggttt gaatactgca cccccaagat gaaggcaaaa atcaggatgg
       61 gcgtcactcc gatgccctat gcgaatgact gaatgctgtt gcataggatt tgacccttgg
      121 acgagaagct tgcggtatgc tggctgatgc cactcaatct cagaagaact ctgtctgtgg
      181 agatgttttt accttgacgg ggatagactt cgctaattgt cgcaaggcct gtagtatgca
      241 gggcaaccgc atcaaaatgt tgttcttagg ggacatggaa aaatttgaag agatcacgt
//
LOCUS       SEQF2634|AYYE01000004.1  365 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ctatccagcg tttgacatca aagagatagt acttcttgac ctttggaaga gattgaattt
       61 cttggatttt cttggataga gaggctatgt tttcggcttg ttgctcttga gtctttgtga
      121 tgccatcttt aatttctcgg attcgtttgc caaggacgat agcgacatct gtcagctcac
      181 tcttgaattt gccatctatc tcaatctttt gcccgatgag gcgtgctaca tccgtaagag
      241 agatgccatc ctcttctgat gatgtagttg ttgagattgg ttgagatgca aggctggaga
      301 cactcgcttt gagttctctg ttctgttgct tgatttcctc gagtacttcg aggaggatgt
      361 tcatt
//
LOCUS       SEQF2634|AYYE01000005.1  317 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             40..222
                     /locus_tag="SEQF2634_00002"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFSEFYNVFFINLGNKGGIDDNHWIRCFRFHFICVHKPFGCKE
                     SVSIIFQQPSRGYTSS"
ORIGIN      
        1 cacgtacctt gcgtaattca atatgtactt acacccacta tgctcttctc cgaattttac
       61 aatgtatttt ttatcaatct tggaaacaag ggtggtatcg atgacaatca ttggatacgt
      121 tgcttccgtt tccattttat atgcgttcac aagcccttcg gatgcaagga atccgtcagc
      181 atcattttcc aacaaccttc ccgcggatat acctcctcgt aaaaacaggc cttcatagct
      241 aaaccatgca actatcgccg cagtataatt tatcaaaaga cctatttcca ctttttcagg
      301 cgctgtcaat atgatac
//
LOCUS       SEQF2634|AYYE01000006.1  267 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             12..143
                     /locus_tag="SEQF2634_00003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGKAARMMPINQKRTTIFDSGTTLKGFWMMASMPALPGFWKW"
ORIGIN      
        1 gtttcaacgt gatgatgggg aaggcggcga ggatgatgcc gatcaaccag aagcggacga
       61 cgatcttcga ctctggcacc acgttgaagg gcttctggat gatggcgtcg atgcctgcat
      121 tgccgggttt ctggaagtgg tgatgcaggg gggtcatctt gaagatgcgc cgccccgtgc
      181 cggtcttctt tttggtgtac ttgaagtaga agacttgcag catgaccgac agcgcctcga
      241 cgaagaagac gccgcagagg ataggca
//
LOCUS       SEQF2634|AYYE01000007.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcaaagaaac tatgggggcg tatgcgatac gcccctaccc tgacggacga aaagggggcg
       61 gtttctttgt tcgttgtcga gcggagaagg ggtatcttga cgagaataag cttcttttat
      121 ttgttgggaa ggtgaaaatt gaaggtttta agcatagata tttttacacg ataaggggcg
      181 ggcggattga tctgtccgct cgctatttct caaagaaact atgggggcgt atgcgatacg
      241 cccctaccct gacggacgaa aagggggc
//
LOCUS       SEQF2634|AYYE01000008.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(24..203)
                     /locus_tag="SEQF2634_00004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQQQLAERVGQERSYIARIEEGESDVRLSGLLSIAEALGLTLS
                     FSPTTELATAVSYDM"
ORIGIN      
        1 ctcatatcct gtgagatttc aaattacatg tcatacgaca cagccgttgc cagctctgtc
       61 gtcggagaga aggacagggt cagtcccaat gcctcggcaa tgcttagcaa gccggacagc
      121 cggacgtcgg actcgccctc ctcaatacgc gcgatgtagc ttctttcctg cccgacccgc
      181 tcagccagtt gctgctgagt catcttcaat gctttacgcc gatcatgatc gttcacggtg
      241 agcaggactt ccgcgtaccg tattcgcagg gtatggcggc gttcaacac
//
LOCUS       SEQF2634|AYYE01000009.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(80..283)
                     /locus_tag="SEQF2634_00005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMLRKRYIIECINELLKNKANLVHSRHRSVHNFLMNLCAALAAY
                     CFFENKPEALPVRIEKSRQLELF"
ORIGIN      
        1 gccttacttg cgccacgctg agctgtcttt gtcccttcct tttgcataaa ggatacgcca
       61 gttcgggata agggtttgct tagaaaagtt ccaattgcct actcttttca atgcgcacgg
      121 gcagtgcctc gggcttattc tcgaagaaac aatatgctgc taatgccgca cagagattca
      181 tgagaaagtt atgtacggag cgatgtcgtg aatggacaag gttggccttg ttcttgagca
      241 gttcgttgat gcattctatt atatatcgct tgcgcagcat cattc
//
LOCUS       SEQF2634|AYYE01000010.1  368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atctgacttc agattgatac cctcccaaac gtagtgcgtg accgttacca tgtagctctt
       61 caaccacgta ttttgcttgt acacccgaca ggtcttgcct aacaacacct tcgtaccggc
      121 ctccgtcagg ccatagcgtt ccaattcccc gagcttgagg tggcgatagt tgatctgacg
      181 cttcgactcc cacccaccga tattgacggt acgctcgctg aaatccacta cgacctctgt
      241 cttgtctttt tcattgcgga ttctcagcga ttgatgcttg cccattctat cctcttcggc
      301 ctccctggcc ccgtaattat ctatatagat ggtgatctct cggtctcctc ccgggccata
      361 gaaggact
//
LOCUS       SEQF2634|AYYE01000011.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggagagagtt cgcccaacac ttccatattg acgtcatctc caataccaat agctgtaaag
       61 tttattttct tccctgcaga tagatctcgg agcttagcag ccatatccga cacctctgat
      121 atttcatcgg gctcaccatc agtcatcagc acaatccaag gacgataata tcctagtccc
      181 tgatccttat accagttttt gcgatcttct gcgagtacga tggcttcatc aatagcgcta
      241 atcataggtg tagtat
//
LOCUS       SEQF2634|AYYE01000012.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatatggat aagctgatcc aaaagcaaca agcggcttca gagtgatccc tatacggcca
       61 ccctaacatg cctttttccc tttcaccgaa tagatcttac tacgtaacta cagtgggaaa
      121 acgatttgag gataagggag ttcctgcgta gtcagaaaac cgcatgcttc atactataga
      181 tcccttgtgg tctcgttttc ctatatggca agagaagaac agattgacat aaaaacgctg
      241 gatggctcaa ttgtaagg
//
LOCUS       SEQF2634|AYYE01000013.1  561 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..561
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(55..513)
                     /locus_tag="SEQF2634_00006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQSQVAEPRSERIPIGKAELPGGAFEAVQTGLDEHLGRVGPVK
                     AAPGFEQLLAFEAHAGGRQFGPCAIVGHPFGVQLVDASPEPSARGLVGVEHAHHRVGQ
                     LVDGPKQVGRRRRAMQDDVLAPIRQTCVVALQRLIDRVGHVGVCHLELVG"
ORIGIN      
        1 gatgaataag gaactgagat aaccagcccc gccgcaccca tgaccaccct cgaactatcc
       61 cacgagctca agatggcaaa cgccaacgtg gccgacacga tcaataaggc gctggagcgc
      121 tacaacgcag gtctgccgga tcggcgcgag cacatcgtct tgcatcgcac ggcgacgccg
      181 tcccacctgc ttcgggccgt ctacgagctg cccgaccctg tgatgcgcat gctctacacc
      241 tacaaggcca cgtgcggacg gttctggcga cgcatctacg agctgcaccc cgaatgggtg
      301 cccgacgatc gcacacgggc cgaactgacg cccgccagca tgcgcctcga acgcgaggag
      361 ctgctcgaag cccggcgccg ccttcacggg gcctacacgc cccagatgct catcgaggcc
      421 cgtctgtacg gcttcgaacg cgccgcccgg aagctccgct ttgccgatgg gtatgcgctc
      481 cgagcgtggc tccgcgacct gcgactgctc catcgccgct atacgctttg ggtgctcctc
      541 ccgccctacg atgcccgagg g
//
LOCUS       SEQF2634|AYYE01000014.1  492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(4..318)
                     /locus_tag="SEQF2634_00007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLQIAFHTSIPDGISGVIERFFLWMSEYITRCMSGRILHNEI
                     TMLAFGFLYAHFPDPCIVADNFHMIKSMRHHHLPIVFVLHKKSYIFRHHFIGRLINMV
                     IV"
ORIGIN      
        1 catctacacg atgaccatat tgatgaggcg gcctatgaaa tgatgcctaa agatatacga
       61 ttttttgtgc aagacaaaaa cgatcggcag gtggtgatgt cgcatggatt taatcatgtg
      121 gaagttgtcg gcgacaatac aagggtcggg gaagtgagca tacaaaaagc cgaaagccag
      181 catggtaatt tcattatgaa gtatcctgcc ggacatacaa cgggttatgt attcactcat
      241 ccacaagaaa aaacgctcta tcacgccgga gataccatct ggtatgctgg tgtgaaacgc
      301 aatttgaagc gttttcatcc cgaggttatc actcttaatg caggtggcaa tggctttcgc
      361 ttgggtggac gcgttattat gaacgatgaa gatgtggtaa aagttgctgc agctgcacct
      421 aatgcaaagc tatttgtgac gcatcttgaa ggcgtgaacc ataatagcgt gacgcgtgaa
      481 atggtgagaa ag
//
LOCUS       SEQF2634|AYYE01000015.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcagctcct cgggactgat gggcacagcc atctcgatat ggtccatctc ccactcggcc
       61 cacgcaccgc ggtacatcca aatgcggcaa tccttcagcc attcctcgcc cttcatctcg
      121 tccacggcgg ccaggacggc gtcgaggcag accttgtgcg taccgtgcgg atcagccagg
      181 tcaccggcca cgaacatctg gtgcggcttg atctccgtca gcagttgctt gacgatatcc
      241 acgtcgcgct gcccgagcgg attc
//
LOCUS       SEQF2634|AYYE01000016.1  360 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcggaagct gagcgaggtg ccaaaaccgc cgtagaggtc ggggttcggg tcgccgcaga
       61 ggtaatagtc tgctgaagag taggtgtcgg tcgtcttctc ttcgcccgtt gtcttgtcgg
      121 tatagtacca cagcgatttg ccttcggacg agacaccggc gtagcgccgc atataccatg
      181 tattgatcgg cagatcttga ccgtagaagc ggttggtgcc taaatagccc ttgtagccgt
      241 ctatgtcgta cactttcttc tcttcgggca ggtaagtaat cttgttcttg tagtgcgtca
      301 ggttgaggtt gatggtccat gtgaagtctt tccgcttgat gggcgtgtag tgcagatcaa
//
LOCUS       SEQF2634|AYYE01000017.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtacgaagt tacatggtcg tctttgtttg ttaacggctg gaaagacggc aaggagaatg
       61 taaacaacat gaccgagttt agcttttcca atgcgaaaaa tacaccggac aagtttaaag
      121 agggaattaa aagcaagatt gacgaattgt taaaatagtt gtaagatgga ttttcttcaa
      181 tcgctattag ataacagttc tattcctgct attacagctt ttatattggg gattttaacg
      241 gcggtcagcc cgtgtccgtt agcgaccaac ataacgg
//
LOCUS       SEQF2634|AYYE01000018.1  415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccagaccg acacgataag atagaagact tgttggctaa tgttccatca aacactgcta
       61 tagaacttat ttcatataat ctctcaaaga aggtgaatca gtttattagt gagcatgatt
      121 tcgacatttg gacaccatgg ataatgaaaa cgcgaaatga tgtaaagaat cctgttggtc
      181 agtatgctca acaatataac cttgggaact atgcccttat agataaatat gctatgcttc
      241 tgcttattag cagacttttg acttgttata atgggagaaa tgaagaattg acagagggtg
      301 acttgtcgaa cctgttcttg gcatatatgc tctgttgcga tgagcgtcta gcaatgaatg
      361 agaagctgcc taacaacaat atgaaggcag aagagtttgt agagtcctat atgcc
//
LOCUS       SEQF2634|AYYE01000019.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgccccggca ggggccgtca gggacgccgg ccgagtttgc cggatacggt tttttgaggt
       61 atccggccag cttcccagcc ccggcagggg gccgcgccac tgtctgcctg caaccgccct
      121 cgcgacgaga gagttaacca cagcaaagcc cccgagcctt caatgtgtgc gaaggtccgg
      181 gggcttcttt ctctaaacag ctaccgcggc cgctttagaa ctcggcgttc ttcggcgtgc
      241 gggggaaggg gatcacgtcg cggatgttgg ccatgcccgt cacgaagagc agcaggcgtt
      301 cgaagccgag gc
//
LOCUS       SEQF2634|AYYE01000020.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             35..376
                     /locus_tag="SEQF2634_00008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKRANSVDEVLKVEAQISSLRAEIESAEGQMRYLKNQVALSTL
                     TVSFYEKTVAAGFGYKFQRALRQGWDNLLWVIVGLANLWAILLFVAIVWIIIARIRRN
                     RKRKKATASQS"
ORIGIN      
        1 aacgaagaaa gacctcgaag cccgctatca ggaattgctc aaacgcgcca atagcgtgga
       61 tgaggtgctc aaggtcgagg cgcagatcag cagtctgcgc gccgagatcg agtcggccga
      121 ggggcagatg cgctatctca agaatcaggt agcgctcagc acgctcaccg tctcgttcta
      181 cgagaagacc gtcgccgcag gcttcggata taagttccaa cgcgcactgc gtcagggatg
      241 ggacaacctc ctgtgggtca tcgtcggcct cgcgaacctt tgggccatcc tgctgttcgt
      301 cgccatcgtg tggatcatca tcgcacgcat caggcgtaat cgaaagagaa agaaggcgac
      361 tgcgtcgcaa tcgtagttac ggccttcggc cgggtagtta tgcgccttcg gc
//
LOCUS       SEQF2634|AYYE01000021.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atcgcccacg ggcatcatcg ccgagttcaa acgccgatcg ccgtcgaaag gctggatcgc
       61 ccgcgaggcc gacccggccg acgtcgtgcc cgactatgcc cgcgcaggcg ccgccgccct
      121 ctctgtgctc acggacgaga agttcttcgg tggcaccgtc cgcgacctcc gcgccgtccg
      181 tccgctgacc gacctgccca tcctccgcaa agacttcatc atcgacgcct accagctcta
      241 tgagggg
//
LOCUS       SEQF2634|AYYE01000022.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(135..260)
                     /locus_tag="SEQF2634_00009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGPKKIKDIGGESYASWFTLLVLIDMIYSELYGEFSSKSH"
ORIGIN      
        1 gaagaactcc acgccgccat ctaaaaaaat agccaacgag gaacgtggcg cagtggacgg
       61 gtgggacttc aagcaatacg tcttgggcac ccttttctat cgcttcatca gcaaacactt
      121 caccgactac gaggttagtg actcttggaa gagaattctc cgtagagttc actgtagatc
      181 atgtctataa gaaccaacag agtgaaccaa gaggcgtagc tctcaccccc tatatctttt
      241 atttttttag gacctatcat atcaccttga tatgatagag tgttgtgaga acagcgattg
      301 cgatgatcat agaggc
//
LOCUS       SEQF2634|AYYE01000023.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgccataatg ccacgcgttt gagtgtccgt atgggcggca tcctccttca cgacctttcc
       61 agaccagagc gtgttgtcgg ccaggatcaa cccgccgggg cggacaaggg ggaagacgag
      121 gtcatagtag gcgcagtagt cgcgcttatc cgcgtcgatg tagaccaagt caaacggctc
      181 gggcccaaac tgggggagca ccctccgtat gtcgtcccaa tgggggtgga tcttcatgcg
      241 gtcaggatgc tcctgccaat aggtgcggaa gaatggctcc
//
LOCUS       SEQF2634|AYYE01000024.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgcgcgaaa gcgggatttt ggcgctggca agttggcaga tgaatacagc attttgtctt
       61 cttgtggatc aaaggactat atcgcagagg agcacatgaa aaattgggga gtgaatattt
      121 ctctaacgaa tgatccggaa aaagtgccat gggcaggatt tctcaaagac aaacgctatg
      181 caaaggaggg tttaggcata tttgaaggag gtggaggctg cttcaaagaa ggtgtatggc
      241 gatccacgag agggagtatt atgggattgc tg
//
LOCUS       SEQF2634|AYYE01000025.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agagaacaaa tagagtctca ttttaaggat aaacgagaaa atatacaagt gggatgtgta
       61 cgagagccaa cctatttggg aacgatcggt tcggtgaagt ttgttccgac ttttcaccac
      121 gataccatct tagttatgaa ttcagatctg ttcacaaata tcaactacga ggagtttcca
      181 ataacagctg cgacatggga catcgcagac aaatatcgtt ttactcccaa tgaagtaaaa
      241 g
//
LOCUS       SEQF2634|AYYE01000026.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             6..251
                     /locus_tag="SEQF2634_00010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELSVEKSLWSGRGTLSATLNDPFRWETSHYVLRYGNIDNDGWA
                     QSDTRYLRLDFSYRFGSDKVKRSRQRRTGAETFTDRL"
ORIGIN      
        1 gctcgatgga actcagcgta gagaagtcgc tctggagcgg ccgtggcacg ctatcggcca
       61 cgctgaacga tcccttccgt tgggagacct cgcattacgt gctccgttac ggcaatatcg
      121 ataacgacgg ctgggcccag tccgacacac gttacctccg cctcgacttc agctaccgct
      181 tcgggtcgga caaggtgaaa cgctctcgcc agcgacgcac cggcgcagag acgttcaccg
      241 accgactctg acctgcac
//
LOCUS       SEQF2634|AYYE01000027.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctgtagccc gagatggcgc gcgtgtcggc gtcgtcgagg aagccgtggg cgcggccggt
       61 gaggatcttg tgcggatagg tctgatggga gacatcgaag acgagcttgt ccgtaggcgt
      121 gtcgaagacg taatgcaggg ccacggtggc ctcggtgaag cctaggttcg ggccgacgtg
      181 tccgccgtgg cggctgacgc ggttcagtac ggcgtcgcgc acttcgtcgg cgacgatttt
      241 cagctcgctg acctccagtt tacgcaggtc ggcaggggag tggatctttt ctatgtacat
      301 atttcttatg cgcctttggc gcggtagtta tcggcctttg gccgggtagt tataagtagt
      361 cagaagt
//
LOCUS       SEQF2634|AYYE01000028.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cactacttcc ttgtccttca tggctcccaa tgtctcgtcg tacgtcttga cgagttcgtc
       61 ccgattgacg ttcggtgttg aatcgccttt ttcatacgaa tcccagttga agctctcatc
      121 ggggacaatg tctttcaaat tttccatctt aaaaagtgag tactctgttt gcttaaaaag
      181 ttagaccatt cttgttatta ctctctgaat ctcaaaaatt gaggctgcaa agatagaggc
      241 cttttcgaac gatggaagtc gggtgcaagg tgacagtctg ggcgtttgga agttcatgcg
      301 cagtccgttt tcgcctcatc gcctccgcga gag
//
LOCUS       SEQF2634|AYYE01000029.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatgggcgt cggaatggtg gattgcgatg caacgcccgc ctctatactt tacaaatgca
       61 agaaagagcg caaaaagagc ggcgatttgt tacgatcatg ggcgagttaa tgaaagtttc
      121 tattttcgcg ccgttcattt tgctcggtgc caatgtgcat ctgacgagaa tgagtggtga
      181 gatttcaaac caaaacatcg acaacgaata ctttatatcc atacacctta tgacctacaa
      241 atacgattgt aaaaagcatg gcgggcggag gcttggatgg gccatgatgt cactc
//
LOCUS       SEQF2634|AYYE01000030.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaataacat tcacctctgg gtttggtacc aatgcagggg tattgaatgc actattggga
       61 caatcagatt tggcaatact tgatatgtat gtgcatacaa gtgtgatttc aggttgtgcg
      121 agaactaata caaaaaggtt cttgcataat aatatggcag atcttgagcg gatattagaa
      181 aatacatcga atagatatgc taacagagtt attgttgtag acggcgttta ttcgcaagat
      241 ggtgacattg ctccgctaaa cgtgatatgt gagattgcac ataggcatgg agcatttttg
      301 atagtcgacg atgcacacgg tataggaatt tggggtaata c
//
LOCUS       SEQF2634|AYYE01000031.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catccgcagg gcatccatga accggatggc ctgctcgcgt ccgcccttca agccgagcgt
       61 cagcacgccg cacgagccgt tgggcaggta cttctgcgcc gccgcgtaat gcttatcgcc
      121 cttcagaccg gggtaatgca cccatgccac cttcgggtgt tggctgaggt attcggctac
      181 ggacaacgca ttggcacagt ggcgcggcac acgcaggtgc agcgtttcga ggccgaggtt
      241 cagcaggaag gcgttcatcg gcgcagggat ggcgccgagg tcgcgcatga gctgcaccac
      301 cgctttggtg atgtag
//
LOCUS       SEQF2634|AYYE01000032.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(93..380)
                     /locus_tag="SEQF2634_00011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTYMATQSRASEAFYQALPLVGREGTVRRMLRDTDLDGRARLK
                     GGSMSRVLCYAGYVDDEDGVRYAVAVMANNYTGGVLSMRQAIEYLLVDVFE"
ORIGIN      
        1 gatatatata cgtatagtca aatcagattg ctgatagtcc tatcagcgaa aagggcggca
       61 aaaataagcg tgcggacggg cttgcctaat gctcactcaa acacatccac cagcaggtac
      121 tcgatggctt ggcgcatgga cagcacgccg ccggtgtagt tgttggccat cacagctacg
      181 gcataacgca cgccatcctc gtcgtcgaca tagccggcgt agcagagcac acggctcatg
      241 ctgcccccct tcaggcgtgc gcggccgtcc aaatcggtgt cgcgcagcat gcggcgcacg
      301 gtgccctcac gaccgaccag cggcagggcc tgatagaacg cttccgaggc gcgcgactgc
      361 gtggccatgt aggtccacat gtcgcagagg aagga
//
LOCUS       SEQF2634|AYYE01000033.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(42..191)
                     /locus_tag="SEQF2634_00012"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNFLLMLWHTGTIVLSTKLMPVHFPKPWMRMKAIMSKNTRGMS
                     STKRV"
ORIGIN      
        1 atcaaggagc atttggcaag ctacttccct aaggccgtgt cctacacgcg tttcgtggaa
       61 ctcatgcccc gcgtgttctt cgacatgatg gccttcatgc gcatccaagg ttttggaaag
      121 tgcacgggca ttagtttcgt ggacagtacg atggttcccg tatgccacaa catgaggagg
      181 aaattcaaca aggtgtttga tggacttgct aagaacggaa agggaacaat ggggtggtgt
      241 catggcttca agct
//
LOCUS       SEQF2634|AYYE01000034.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcttcggtga gcagacgatg tcggcctgtc ggatgttctt atagttcagg acggagagct
       61 tgttcaatat catatgaata ggtaggaggg agaatgtgag gggcaaaaat agatcccttt
      121 gaagaaggag gccatcacgc aggaacgtcg cagagggagt gtaatagata agctgcgatg
      181 tcaagtcaca gttaaattgg agataggccg aagtaggcct ttcgggtaaa aaattacttt
      241 tgcgcctcga atttcaagaa gcaaaaacg
//
LOCUS       SEQF2634|AYYE01000035.1  468 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..468
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gttttcgtca ccgccgagct tctccagctg gtacttgttg gtcagggcgg cagccagacc
       61 gtccacgtcg agcggccaag tgtcgatgtg cggatctacg ccgaaatcgg tggcggcacc
      121 aaagaggaag gcttcactct gctcgtagct ggaacgagcc ttgatgaacg ttttgcagat
      181 ctcgtccacc tcggcctgcg tgaggctctt ggggtctttg aggaactttt ccttggccgc
      241 cttgagcttg tcgtagagct cagaggtctc agcagcgagg tttttgtaag tcagattgac
      301 cgtgttatcc acatactgct ttgcgatctg actcatctct ttctgcttct cggtaagctc
      361 tttctcgata ggatcattgt ttttctcgca tgaggagaat ccccatgtca gcattgcccc
      421 tacggtgagg agcaatgacg ttctaagata cttcttaatc atgtgtct
//
LOCUS       SEQF2634|AYYE01000036.1  497 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(149..385)
                     /locus_tag="SEQF2634_00013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVIDEPEGKLKELTEIVGGVIDVFPAEAEPLDVLLDGVDILDV
                     FFDGVGVVEAQVARAAILAGDAEVEADGLGVTDV"
ORIGIN      
        1 catcatcaca atggctgaac agattacccc ccaagaggaa ggcaaaaaga gcctcaactt
       61 catcgaacaa atggtagaaa aagacctcgc tgaaggtcgc aacggcggac gcgtacagac
      121 gcgcttccca cccgagccga acggttattt acacatcggt cacgccaagg ccatctgcct
      181 cgacttcggc atcgcccgca agtatggcgg cacgtgcaac ctgcgcttcg acgacaccaa
      241 ccccatcaaa gaagacgtcg agtatgtcga ctccatccag gaggacatcc agtggctcgg
      301 cttccgctgg gaaaacatct attacgcctc cgactatttc ggtcagctct ttgagtttgc
      361 cctctggctc atcgatcacg gtcatgctta tgtggatgaa cagacggccg aggccatcgc
      421 cgagcagaag ggatcgccca ctgtagccgg ccgcgaaagc cccttccgca accgccccgc
      481 ggcggagagt cgagacc
//
LOCUS       SEQF2634|AYYE01000037.1  282 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtttgtaggg cgtatgcaat acgcccctac cacggtacgc gcatttgata gatgtgtggt
       61 aagggtattt tcacgtaggg gcgtattgca tacgcccctc tatcataccc aacgaaaacg
      121 ggcaatcatt cggagattcc ttatttatcc attcatccct tgcgggatat ttgtggggcg
      181 tatgcaatac gcccttaccc gggtacacgt atttgataga tggatggtaa tggtgttttt
      241 aggtaggggc gtatttgata gatggaaggt gtaggaatcc gc
//
LOCUS       SEQF2634|AYYE01000038.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acggtgaggt gattccctta ggcgacgaat gattttcgat ttcggcaccc aaacacctca
       61 ttccatcaaa agaaagcgat gaacaagcac caatcgcatg ccgctacctc taccgccgaa
      121 gcgcccaagg acacccgact gggcttcacg ggcgtgacct ccttcacggt ggccaacatg
      181 atcggcaccg gcgtctttac tacgctcggc ttccagctgc tcgacctgca cacgccaccc
      241 accattcaaa cctcccccag cccacggcag acgtaccccc agaaaaaata tctcccgata
      301 gtcccaagcc
//
LOCUS       SEQF2634|AYYE01000039.1  583 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgatggagt cgtccgggat ggcatcgatg agtccgagac cggagaagct gagcgatacc
       61 agcagccgca cctcatagcc tgagggccgg ggcgaggtgt tgaatgcggt ctggggaacg
      121 gtgacttcgg ggtagatgag ttcgtatttc tcgccgtcgg ggaaggtcat cggcaggccg
      181 ctttccatcg ccgccaccgt tttccattcg atcttgatct ggtctgggtc aaccggcggg
      241 aggaaggggt gtgcggccat cacctgggta aacttggtga tgtgctcgat gggtttgccg
      301 ttgttactgc ccggcgcgtc gggataataa acctggatga tgtagccatt gccatactcg
      361 gggcggaact gagtctggcg cataccgtga ccgccatact ggatgtggca gtcgaagcag
      421 gtcttgcgtg aagccgctgg cccccagcct ttgaatggcg gcgtgctgat cgtatacttt
      481 ctctcgtcga aagcctcgcc caggttgaag agctctatca aaccttgctc ttctacggcg
      541 ggtgtctcgt cggcatagga tccgttgacg acgttgtcag ttg
//
LOCUS       SEQF2634|AYYE01000040.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtttcgaaca catcccacgg gttctcctcc agctgcttgt ggccgaggct gaggcgacgg
       61 ttctccttgt cgatctcgag cacctgtaca tcgatgttgg cgccgatctg tgtgaactcg
      121 ctcgggtgct tgatcttctt cgtccaagag aggtcggaga tgtggatcaa tccgtctacg
      181 ccctcttcga tctccacaaa gacaccgaag ttggtgaagt tgcgtacgcg agccgtgtgc
      241 t
//
LOCUS       SEQF2634|AYYE01000041.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tatccgataa tctgcgtgtg atggattgaa ggagtgacaa acgatgtatc ccttgatgcg
       61 attgatctca ctgatctgct tcaacacatt cccaccccgt gagcagatca cgaaaaggtt
      121 ctttcgaata ggcagatcgt accagtggtt gtaggttctt tccacgatga gcacctcatc
      181 gccatcataa agagagcgcg gcgtaccgtc gttcatcgag tcgccgtcta cacggacgac
      241 taagaggtta ccgctttcgt attccctcgg gataaggcgg cgattcgtgt cagggaggat
      301 gtcaatgtta ttcatccccc gcggaccggc ggtggcgtgg a
//
LOCUS       SEQF2634|AYYE01000042.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catttgtccg gccgccacgt taggtgcgcc acagacgatc ttcagcggtt cgtcgccgcc
       61 cacatcgacc gtagtcaggt gcagatggtc cgaattgggg tgcgccgtgc aggtcagcac
      121 gcgacccgtc acgagtccag ctaatccacc acggacggac tgcaccgtct ctacgctgcc
      181 cgtttcgagt ccgatggatg tcagcgccgc cgccacctcg tcaggcgtca ggtcgaacgg
      241 cagataatcc cttagccctg t
//
LOCUS       SEQF2634|AYYE01000043.1  356 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcgtcgcgg cgtcgccagc cactaaatgg gccacgcgct cccgttcgcg cacggccgta
       61 gccagttgtt cctccagggc agccagctgc acagccgtct cgggccttct ggccgtcagg
      121 gcctcaatgc gggcgacgag ttgctccctc gtcagggaga ggtcagtcgt atccacgcaa
      181 ccgacggtca ctccactgtc gatcacagcc ccttcctcca cgtcgagacg cagtataacg
      241 ccctgcgact gggacgagac gaccgtttct tcagcttcaa aggcgccgga agcgtcaaac
      301 gtttgttcgc tcttgcatcc tcccgccatg cacatcagtg ccaaggccgg gaagag
//
LOCUS       SEQF2634|AYYE01000044.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttgtctttt cctctaaata gttgatgtgt tagcccttat gtaactataa atagaagcca
       61 gatcaatcca tatttgcatg tcgcactcca cagggtatag gtctcttatt cctatttatc
      121 tatacacgga tcaatcgcct cgtatagcat gtataaaatt cacccattcc gctgatccgc
      181 agtgcggaaa atggcttaca ttttgcctct ctctcgccac gcccacagcc tcagcgcagc
      241 acgaaccaag cctcctccgc aaggctgacc gcg
//
LOCUS       SEQF2634|AYYE01000045.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcctgcacc gccccgacgc cttgcggacg acttgggacc ggcgtcgatt gttcgtcgaa
       61 acagacgata gtcctactcc gatcgtcgaa gtttacgagc gcattgccgg ggaactacac
      121 gtctccgtcg aatcgttggc gcatgatgta gagaaacgat tcgcggcgct cttcccttaa
      181 aatccacctt atttccccat ttcagcggga gtcaatcatc gcaaagcatt tgccttgcga
      241 taaattactc cggtaagtat ttgcaaagca tttgcattgc aacaaattac tccggtaagt
      301 attcgcaaag catttgtctt gcgataaatt actcaggtaa gtag
//
LOCUS       SEQF2634|AYYE01000046.1  384 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..384
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..270
                     /gene="trkI"
                     /locus_tag="SEQF2634_00014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:E1V6K4"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkI"
                     /translation="MCIRDIIYVGLILFGCTVLTFEGIDLGDALGLAATSVSNAGPGI
                     GHFADGNFSTISSFNKWILSFLMIVGRLEIFTVLTPLLPGFWRR"
ORIGIN      
        1 gagatgtgta taagagacat catctacgtc ggcctcatcc tttttggctg caccgtcctc
       61 accttcgagg gcatcgacct cggtgacgcc ctcggcttgg ccgccacctc cgtcagcaat
      121 gcaggccccg gcatcggcca ctttgcggac ggcaacttct ccaccatctc ctccttcaac
      181 aagtggatcc tctccttcct aatgattgtc ggccgattag agatcttcac cgtcctcacc
      241 ccccttctac ccggcttctg gcgacggtaa aacgcatatt cgcccaatag atctcgctcg
      301 aagccgtttc ctcgagagaa cgctctcact gatcctaagt tgaggtgttg tctctcgaca
      361 attcgtgggg gcgacacctg acct
//
LOCUS       SEQF2634|AYYE01000047.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             20..220
                     /locus_tag="SEQF2634_00015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNSRSQLDQTLVETTSLPEGELDLSRLNQLLKDSDLLLLLSGL
                     ELLVNSCQTLLAFPCQYPFDFL"
ORIGIN      
        1 ggtaagcata cttgaagtga tgctcaatag tcggagccag ctcgatcaaa cgctcgtaga
       61 aaccacgagt ctccccgaag gagaactgga tttgagccgc ctcaatcagc tcctgaagga
      121 ctctgacctc cttctgcttc tctcgggtct tgaactcctc gtaaacagtt gtcagactct
      181 gctcgctttc ccctgtcagt acccttttga tttcctctaa ggtttcggca agatagctgt
      241 ctcccgcctc ccttagtcgc ctggcttctt cggcgatctt gtcggtgtgt tcaaagg
//
LOCUS       SEQF2634|AYYE01000048.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acggataggt gaacgaacgg ttgttgcgcg gcatgctcga gacgacgtcg ttacggatcg
       61 tagcgctcag gtagagcatg ttgcgataag cccacgaggc actggcgaag ttgccgaccg
      121 tacgggtgcg atggaaggtg ccagaagagg tgtacaccgt ggcgttgctc atgtggtccc
      181 agcctgggaa gttgaagttg ctgcccgtgt tgtccttgta cttgctggcc gtctgcacga
      241 actcgttgcc gtagagcaca tcgaagttca tattgtcatt gatcgtccaa gcc
//
LOCUS       SEQF2634|AYYE01000049.1  317 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcagaggtta tagagttcgg ctatgctgcc atgctcgatg aagcggtcgg ggatgccgat
       61 gcgttgcacg cggggcgtat agccatgctc catcataaac tccatgacgg ccgtgcccag
      121 tccgccgacc acggtaccgt tctctacggt gatgatgcgc gagtagcgac ggccgatctc
      181 atgcagcagc tcctcgtcga tgggcttgag gtagatcata tcgtaatgtg cggcggagat
      241 gccttcctcg gctgcggctt cgatggcctg acgcgccacg ttgccgatgg ggccgaccgt
      301 gacgacggct acgtctg
//
LOCUS       SEQF2634|AYYE01000050.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agatagagcc attctctaaa cctgcaagta tcgatagata attttccaac taagccccgc
       61 ctcgggggag aatcattctt gaaacggcgg ctacggccac cggccaagtt cgcagggtac
      121 tcgatcgttc cgaagaggcg tgccgagtac ccatgaacta cattgtcaat tggcaattat
      181 ccgagctgcc gatagcggat gcgcttgggc tcggtgtagc cttccttctt ccgcttgtac
      241 tcctcataat cggagtagct gcc
//
LOCUS       SEQF2634|AYYE01000051.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caaaagaacc gtcattactt accagcaagt tgcgtttcta aagccttctt gtagaacggc
       61 ttgccgagat ctcattatcg ccttagcgca acaaaccttt gtattatgga gtcacaagcg
      121 atagatcttc gatttgtccg gctatcgggt aatttcctcc ggaaaacact tgatgatact
      181 cgataatagg agctattatt tatgtaccta aaaaagaata gggcatcact tatccgaaaa
      241 tcctctttcc aaatagta
//
LOCUS       SEQF2634|AYYE01000052.1  603 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             175..357
                     /locus_tag="SEQF2634_00016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSLLFILFVITTCILTIISHSDAQRSIRAVRGIDNARIDQNAF
                     LDRDMMGAQLFVEGFQ"
ORIGIN      
        1 caacaatggg atcaactcct tcagatcgtt acgattgtcc ggggtggtga tgacttgccg
       61 aatgatcccc tccctgtttg ttaatgcatg tttcttgcaa ccatatcgat agactttctt
      121 ctttacccac cgggcttcac tgtctgtccc tttgcgttcc tgtaaaagga acttatggta
      181 agcctcctct tcatcctttt cgtcatcact acgtgtatcc tcacgatcat cagccacagt
      241 gatgcgcaac gttccatcag ggcggtcagg ggtatcgaca atgctcgcat cgatcagaac
      301 gccttccttg atagagatat gatgggcgct caattgtttg ttgaaggctt tcagtaactt
      361 gtccatgagt cccgactctg tcagggctgt cctgaaacgg ctgatcgtac tgtgatccgg
      421 agagacggct tccatactca gacctagaaa tcgagaaaac gtcaccgagt cattgacacg
      481 ctcttccaag gcacagtcac tcaatccata ccatgtctgt agaagaagca tcttgaaaag
      541 caggatgaca tcataggccg gagctcctgc cgcattttgc cgcttggtgt acttcttgtt
      601 ctg
//
LOCUS       SEQF2634|AYYE01000053.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccctctttgc agggcaggca cacgcccaac gctgtctgcc caagatgaag ggcatacgcc
       61 tgaccgcagg catggcggac ggcttttacg ccaagtctgc aagcaataac acgggctatt
      121 cgttcggagc ttcgcttgcc acctacacca agggaggaca tcaatgggtg cttggggcag
      181 agtatctccg cagataccac ccttatcggg atagccgtat ccctgtggag cagttcacgg
      241 g
//
LOCUS       SEQF2634|AYYE01000054.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             5..100
                     /locus_tag="SEQF2634_00017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 gcgcatgacc gagcgatatg cgaaggtgac accgcagaag ttattcgagg aatttgatcg
       61 cttgatcgcc ttcaccgaag atttgcacct aaccatttaa ccacagacca acatgagaag
      121 tacattcaag atcctgttct acatcaacag acagaagacg aagacagacg gcaagacggc
      181 catcttttgc cgcgtcacca tcgatggtaa aagtacggtc atgacaaccg gcgaggaatg
      241 tcttccagat gaatggaaca gcagacaggg tataac
//
LOCUS       SEQF2634|AYYE01000055.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccttgtgca tcattattgg aattgccgtg ggacaatggc tcccggcaat tccgcaaaca
       61 ttaagcaaat ttgaatatgc caacgtgtct atacccgtgg caatcctgat ttggttaatg
      121 atttatccga tgatgctaaa agtagatttt caaagtgtta agaatgtcgg caagcgtccg
      181 aaaggaatta tagtcacttg tgttacaaat tggctgataa agccatttac catgttcgga
      241 atagcttatt tg
//
LOCUS       SEQF2634|AYYE01000056.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgtgatatc agggcgaaac tcatcttgcc cattacggca agtaaactct gccgtaaagt
       61 gaaaagtatt gtttccttgc gtatcaaagt ctatcaaccg aatgggcgat actgacttta
      121 ggcgtcgata gaaactacgc cccaaatcat catcgttaag ctccttacgg atgtctctta
      181 acacctgctc tacttctccc ttatgttcgg gattgagtag aacgaactga tttttgaaaa
      241 cttgtaatag gatgttggtg tctgcgtcat aaataccctt agag
//
LOCUS       SEQF2634|AYYE01000057.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccttcctct gctacctctg acgaaaagag ccgcgtctgc gccttcaaca tccaaaagaa
       61 caccggcgcc gaacggatgg gggaaatcat cttccatacc gataaaggcg acgtcacgct
      121 caaggtgacg caggcgggca agaaggagaa gcccgagccg acgctgacgc tcagccccga
      181 tatgctcacc ttccccaccg gcggcggcaa gcaaacggtc aacgtcaaaa gcgactacgg
      241 ttgggac
//
LOCUS       SEQF2634|AYYE01000058.1  516 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcaccccaac ccgacggtgc agcaggcggc ggaagacttt ttctattccc ccagtggtac
       61 gctggtggac ctcctacggc acctcgtcga attttgccgc gcccaaaacc aacacgaacg
      121 acggatacag catccctttc gccgcggtga catcgctgaa tgggccgact cacccctttc
      181 gcgctctcaa ggcagccgaa tgggtgacga tggattcaca gggccacaca tgaattgagg
      241 gtcatcaacg cgacccaccc cacccggggc ctccccccgt tcttcttctc atctggatca
      301 ataatcgaac tcgtaacaat aaaaaatgaa cacaggaaaa ctacttactc tgggacttat
      361 cttgctgaca tgctgcgggg cctgccgacc gaaatccggc cttaaggagg ctgccgaggc
      421 tggactccgc ggcgtcgaat ccgtcttcgg atcgaaggcc gacagcggct ctgaagagcc
      481 cgcctcgcag cccgaggtgc aacccgatcg ctgtct
//
LOCUS       SEQF2634|AYYE01000059.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(61..228)
                     /locus_tag="SEQF2634_00018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRLNSHLFLVQKTPIRGEAKQHIQIICLCDFNTGTFPISTDSS
                     ISIQKINQVFI"
ORIGIN      
        1 acgatttata cgagcaatga agaggaccgc caattattat caccttctta tgtgagacgt
       61 ctagataaac acttgattta tcttttgaat ggagatgctg gaatcggtcg aaatgggaaa
      121 tgtaccggta ttgaaatcgc agaggcagat gatctgaata tgttgtttcg cttctcctct
      181 aatgggtgtt ttttgaacca agaagaggtg ggaattgagc cgtggcattt cgacttgttt
      241 gaatacgagc acaggttata tatggtatta tg
//
LOCUS       SEQF2634|AYYE01000060.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tacaacaact gcgagctgac ctattccccc tacatgagca ataaccttgt ggatgcctcc
       61 atcgagccgg gcacgatcaa ggacacagcc tgcaccacac accgcgtgaa tgtggactac
      121 tccgatcaga actacccggg cttcgacatg ctgctccatc cgctcagcct caggcagcgg
      181 aagttccgcg tgctggacgc cttcaacctg acgaagttct tcaagatcaa acccatcttc
      241 tcgggcgact cggaggcggg cgtagccgtg gtc
//
LOCUS       SEQF2634|AYYE01000061.1  207 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..207
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ctgctatctg agccaagaaa agcaggctac ccttcatctt ttctacatcg actggatcac
       61 gcatatcgat gtcaccatga cgcgtgcgga acgttgcatt gcccgtcttg tcttggaact
      121 cgatctgggc acctcggttc ataatgatgt taccacggcg accagcatcc aagatcaggt
      181 tgccctcatt accgtgataa accaagc
//
LOCUS       SEQF2634|AYYE01000062.1  420 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(16..258)
                     /locus_tag="SEQF2634_00019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYSDTPIAAFISENLSDLYQDLGDFVSLFREEHELTMHAALAR
                     CTENFRLYWGQTLLNALKALHAVRYNEEFTLTDPTT"
ORIGIN      
        1 gaggagggtg tagtgtcatg tcgtggggtc ggttagggtg aattcttcgt tgtaacgcac
       61 cgcgtggagg gccttgaggg cgttgaggag cgtttggccc caatagaggc ggaagttttc
      121 cgtgcagcgc gccagtgcgg cgtgcatcgt gagctcatgt tcctctcgaa agagcgagac
      181 gaaatcgccg aggtcttggt agaggtcgga gaggttttcg gagataaaag ctgcgatggg
      241 agtgtcgctg tatcgcatgt cgggcaggaa ggtctcgagg tagctatcgt gttgtccgag
      301 caaagcggag agtcgggtgc gcagtgcctc gtaagtctct tcggtgatga aaggcgcgag
      361 gtcgacgtcc tcatcgtcgt cgacctcgac ctcgggtagg agcgtcgctt tgagatagag
//
LOCUS       SEQF2634|AYYE01000063.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccacagcgt cacgtttctc gcggcgatac ttggcgcctt tgttcttggc gcccttgctg
       61 gtcagccggg ccagtgtctc cttcacctga cgctgcacat cgccctcgtt cacctccgta
      121 tgcacggggc gtttggggcg cttgttatcg ttcgatcgct tgttgtcgtt cgaccgtgca
      181 cccgtattga cggcggcgtt gatgtcgatg cggtctttct tgatgcgctt acgcttcttc
//
LOCUS       SEQF2634|AYYE01000064.1  350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtcagggta tactcatctt gtgtagcggt aatcgtccct tccagacatt gaccttctcg
       61 cgttatatac tccgtgccgt tgattacgac tttggtggtt acccacgatc ccacaaagag
      121 gtcaaggtgg ctgtagtccg cattgcggcg gtgaagtaca aatatgattg ggtctttagc
      181 cgaactaaag gtgaggatca actctccatt cttcatttgg taagttgccg agcgtgaatt
      241 aggctgctcc ttccatgtag cattggccga cttggtgaag cgcagttcgt tgcccacttt
      301 cgtgtagtcc caaaattcat gttgcggaat gcacttgccg tcattcgtac
//
LOCUS       SEQF2634|AYYE01000065.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gattctaacg cctccggtag tagtccatat cttgggacaa atactccatc cataacgtca
       61 caatggatca tgtcacatcc actcttttct atatctctaa ccgcatttcc taattcaagc
      121 atatttgcac aaatcaatga tgcagacaaa taataaaact ttttcctcat gcaaactatg
      181 tatctatata cgttattcta aattactatg tctaagccat aaggtgttat ctgtttctcc
      241 cgttctctcc ataatatcta agacgactgc atcaaacaag agc
//
LOCUS       SEQF2634|AYYE01000066.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgcttgctt tgcccatttt ttgtcttccg cactaaatcc atattccggg ttattgtagc
       61 catctaacag agcttgatta ttcaactttg atgatctgcg agctactgct atgtttcgta
      121 atgggtttgt ataaagaatg ggtaaaagtt cctggtagct ctcatccaca ccgccgccat
      181 tatccaaaag gtcaattatt aaagtttcgg tagttaagat tttactttta cattttagaa
      241 tgacactgtc aatgc
//
LOCUS       SEQF2634|AYYE01000067.1  480 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcattggcta cggtggtggg cgtgctggtc gaagttccgg tgatgttaat gttagtaagg
       61 attgccaata acacacgaag ctggtttccg gctacaaaat aacaataggg caaaagtcct
      121 aatctaactt tatcctaaaa aggcttggtg ctggaaatgt ttgttcctaa cgtttccggc
      181 attccgtctt ttataaaagg tggaataaag atgtattttt tggcattaag acgaccataa
      241 caacataaac aatgaaatta atattgagga atacacaaaa acgtagaatg tgctgtctat
      301 gaaaaagtag atgttgataa ctggaatatt tcaatagagg tagttctcga tgtcgtagag
      361 tttctacggt catttcagat gaaatctcca tcgaagatta ttttgaattt gagaagcttg
      421 ttagctttaa cttcgtgtct ttactacgta gcatcaatgt gatttctaag cgtatactcc
//
LOCUS       SEQF2634|AYYE01000068.1  425 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tacccacacg gagctcgacc tcttggacgc cgctgccgtc cggggcttct tcgacgagga
       61 gcgcccggcg tacgtcgtcc tggccgccgc ctacgtgggc ggcatcatgg ccaacaaccg
      121 ctaccgcgcc gacttcatct accgcaacct cggcatccag cagaacgtca tcggcgagag
      181 cttccgccac gatgtccgca agctgctctt cctcggcagc acctgcatct acccccgcga
      241 tgtgccccaa cccatgcgcg aggacgccct gctgaccgcc cccttggagt acaccaacga
      301 gccctacgcc atcgccaaga tcgccggcct gaagatgtgc gagagcttca acctgcaata
      361 cggcacgaac tacatcgccg tcatgcccac caacctctac ggcccgaacg acaacttcga
      421 cctgg
//
LOCUS       SEQF2634|AYYE01000069.1  306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aacaaatcct tgtaggtctc gatatttctg tcctcacaaa cacgaaggaa gagaatcttg
       61 ttgatataac tttgcacttc atcacccagc agttccatat ctattgtagg ttcagcatta
      121 agaatctcat tgccaagcaa caagcgccat tcattaatct gcttcaagaa ctgtttatca
      181 acagaccact gtttcaggcg gacctcaata tccttccact cttcatcaaa ctggccagaa
      241 tacacggagt cttttccaag caaacgctgt agttcctcaa atttgtcttc gtattctgtg
      301 tagtgg
//
LOCUS       SEQF2634|AYYE01000070.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 accacattgg tgattctttc tatttcatat gcattgtaat ggtttcccgc agtgattctt
       61 cgcatttcag atgaaatgaa atcaaacacc gcggtgattc ttcttgattc cattgttttc
      121 cgatcaaaca cttggacttt ttaaccccct tcttactact tacgacaacc gtagtaagtg
      181 cctgttttct aatagtattc agacggatcg aagtcactac gcggctgact acatatcact
      241 actacag
//
LOCUS       SEQF2634|AYYE01000071.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgtggccct cttccgcatt aagcgactcc atgtggctgc actgaacacg acgctcgtct
       61 cgctgctcgt catcgtggtg ggttattcct cctacgcgtt gatcctcatc cgctcgacgg
      121 ccgacacgcc gatgaaccaa aacgccccga gcgacatctt caccctccgc agctacttgg
      181 cccgcgaaca atacggcagc gtgcccctgc tctacggccc gacgtacgtc tccgaggtgg
      241 ctcgcaacaa tgacggcacg gctgcatcga aggacggccc caagacctgg agc
//
LOCUS       SEQF2634|AYYE01000072.1  327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggggaatacc ttgcaagcac agaaagctgt aatagcttca agagattttc gtattgagat
       61 aagacggcga agttcctgac ctgctccaac cttcataaac tttaatggga caatatagcc
      121 aagtaggccg ttgtcattca gcaaatccat tgctcgttcc acgaaaacaa tgtatttatc
      181 aaattgcttg taggcactcg tatatttctg tttgtacaaa ggaagttcct tgggagtgac
      241 attcttcata ccttccgtcg tcagataggg cggattacca atgatggcat cgaagcgcat
      301 ggtgccaaaa tcaaacggat taatatc
//
LOCUS       SEQF2634|AYYE01000073.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgatctcgcg catgcgcttg tagtcccagt cgcgggagta ggctgaggcg ccgccgacga
       61 tcagtttcgg gcgctcgcgg agggccactt cttccatctg gtcgtagtcc acgcggccgg
      121 tctcctcctt cacgttgtac tccagggcgt ggtagaggat gcccgagctg ttgacgggcg
      181 aaccgtgcga gaggtgcccg ccgtgcgaga ggttgaggcc gaggaaggtg tcgccagcgt
      241 tgagcaccgc caggaagacg gcggcgttag cctgtgcgcc ggagtgcggc tgcacgttga
      301 cccattcggc gc
//
LOCUS       SEQF2634|AYYE01000074.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcttcatgct acacgtagcg atggtctcac cgctcgcttc gacgaaagtc tcaacgagtg
       61 tggtggagaa gatgtcctcc ttcacctcga cggttgtggt gagcatctcg cctatgcggg
      121 gtgcacggag gatgtgcagc ggacgaatca tgccgatgaa gccaatcttg accatgccat
      181 cgcgtgaagg ttccgtcttt tcgcgatagc ccatcctcgc agcacatgtt tgggctataa
      241 tctccacgag tgcagcctcc tccacgcgtc catctccggt gcagaagatg ttgtcggggc
      301 ggatagta
//
LOCUS       SEQF2634|AYYE01000075.1  405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtcgcccga ccaagacgtg atgtagcccg ccgccgcata ccagaggaac gggttttccg
       61 tcttctcctc cgatgcgatt cgccggatca aatcgaacgt ttcccgcggt atttccttca
      121 tgcggttggc cttcggatcg gcatcttccg tcggtgggcc gatcagcgac catcggcgat
      181 cctcattctc gttgatgaag cggatcacga gcaggctgag cagcggatcc ttagggcgga
      241 tctgatagat ggatcggatg gcccggtcgt tatcgcctgt ccggaatgcc agcagggccc
      301 agagagccgt tttttgctcg ggcgaggctg cgcggaggca ttgctcccat tgtttttcgt
      361 cttgcagcgt aagcgatgtg gcagcgaccg gtcgcatggc tggga
//
LOCUS       SEQF2634|AYYE01000076.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcgacgtct tcagcggtcg gcggaactcg atgccctgcg cggcgttcat cagctcgatg
       61 gccaggatca gctccaggtt gttcatcacc ttatagagct tcgtggcggc gttggcgccc
      121 atgctgacgt ggtcctcctg cccgttcgac gagacgatgg agtcgctcga agccgagaag
      181 cagtacatct tgttctggtt caccatcgac gccgcagcgt attgcggaat catgaagccg
      241 gagttcagac ccgggttggc cacgaggaac tcgggcagcc cgcgcaagcc catga
//
LOCUS       SEQF2634|AYYE01000077.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agatggctta tcttgcttgt tcgtatcttg ctccttatca gcttcggctg gctgcttatc
       61 gggactaacc ttggttagtg tactctgcac agcttccagt cctggcttga aggcatccac
      121 cgagtttcgt agactttcat tggcttgtgc cagactatct cgctcatgct ttagctgttt
      181 gatcattgcg tctgcttgct cttttgcctg ctttgtcttg tctagttcgc ccttgagttg
      241 tttgtt
//
LOCUS       SEQF2634|AYYE01000078.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatatggcct tcctgctcca cggcttacat tatctcaagg aggacggcac gatggccatc
       61 atcctgcccc acggcgtgct ctttcgtggc ggcgtagagg ggaatatccg ctgcaaactg
      121 gtcgaagacg gccatatcga cgccgtcatc ggcctgcccg agaaactctt cttctcgacc
      181 gggatccctg tttgcatcct tgtgctcaag aagtgcgccc gccccgacga tgtgctcttt
      241 atcgatgcca gccgagagta tgccaaagac aagaagcaga accgcctgcg catggg
//
LOCUS       SEQF2634|AYYE01000079.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acaggcatga agggttcacg tatcggcggc atcgtccgca agctgcgcaa cgagaatatc
       61 gacgtcgtaa actacaccac caacaccgca ctctatatcc agcgcgcact cagcccggcc
      121 aaagtctcct ccatccgcgt cgatgaagag gagcataagg cggaagtctt cctgcgccct
      181 gaagaggttt cgctggccat cggtaagaac ggactcaaca tcaagctggc cagtatgctt
      241 acggactaca ccatcgacgt cttccgcgac atcgatacgg ccgacgagga ggatatctat
      301 ctcgacgagt tcgctgacga ggtggagcct tgggtgatcg aagccctcaa ggagatcggt
      361 tgcaaccccg ccaaagc
//
LOCUS       SEQF2634|AYYE01000080.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccaaaaagt acgggcgttt gatcttaaat cacttgcatt ccaatagagt attgtggtaa
       61 tttattctaa atcacttgct ctcaaacaaa gtatctgggt aatttattcc caatcatctg
      121 cattcataga aagcaccaag gtaatttata tcaaatcatt cgcattcaga gaaagtacca
      181 aagtgattta tcacaaatta attgtattca aataaagtac tggactaatt tgtatcaaat
//
LOCUS       SEQF2634|AYYE01000081.1  503 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caactaacga ggatgaaaga gtgaggcgaa agtataaatg gattttaagt tattatctat
       61 ggtttattga aatgtgcaac aaggataatg cgtcgttcga tatggataaa tttcttcaat
      121 tcaacagaga gagagacgat aggtttatat ttatgtctat ctgataaata catacactga
      181 cccgtcgctt tttctatcaa tcataagcca agagcaagga agtattttta ttggagattt
      241 tttcacacat agatcctcag gagaaagaag tgatagaata acttactatg tctcttttgg
      301 acggttgttt tagctctttc ccggctgtgc aatggaaatc ccttaaagca ccaagaaggc
      361 atgaagaagc tcgcagcctt tctcggtatt acctccactt cggtttagcc acaacgagat
      421 gattggcgac atctcgttct tcttgcaggc ttgcggaaga aggggatgca gccttgtgtt
      481 ggagcggggc agggacatac aac
//
LOCUS       SEQF2634|AYYE01000082.1  453 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             121..444
                     /locus_tag="SEQF2634_00020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVTEQITRGTIEVPAAGGNVTVEISVERNPEGAPVELTASFRR
                     TAKDGSTQYFGSAQAGPDGSVGLYLSATSTPLPDGLKGSLLAAVLKEAAAVFQPETMF
                     SYTHL"
ORIGIN      
        1 accttcgtgt atcccgggat caatcactac aacttcatgg acgccgacgg ccgcacgatc
       61 cggctcagcc attccgaggc cgtgtccttt atccaaccca ttcaataaac ctcaaacaaa
      121 atgaacgtaa cagagcaaat cacccgtggc acgatcgagg tgcccgcagc cggcggcaat
      181 gtgaccgtcg agatcagtgt agaacgcaat ccagaaggcg cgcctgttga actcacggcc
      241 agctttcggc gcaccgccaa agacggcagc acgcagtatt tcggcagcgc acaggccggg
      301 ccagacggat ccgtgggcct ctatttgagc gctaccagca ccccgttgcc cgacggccta
      361 aagggttccc tcctggccgc cgtactgaaa gaggccgccg ccgttttcca acccgaaacg
      421 atgttctctt atacacatct ctgagcgggc tgg
//
LOCUS       SEQF2634|AYYE01000083.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             59..250
                     /locus_tag="SEQF2634_00021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALLFALPIVTLIVVTQVLKVALPWPDLHITWPDLAACRFYFQI
                     GALVFLLWTVDALFRRIRR"
ORIGIN      
        1 catctaccga gaggcccaac tggcggaggc gcggtggcgc cgctgggaac gcatcggtat
       61 ggccctcctg ttcgccctgc cgatcgtgac gctcattgtc gtcactcaag tgctaaaggt
      121 cgccctgccg tggcccgacc tgcacatcac gtggcccgac ctggcggcct gccgattcta
      181 tttccagatc ggcgcactcg tcttcctgct ctggacggtc gacgccctct tccgccgcat
      241 acgacgttga gtgccggaag at
//
LOCUS       SEQF2634|AYYE01000084.1  431 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             77..346
                     /locus_tag="SEQF2634_00022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKQLPIRKIDFENNDERLAHDSISDLQKQLIQMGDEIDAAHGN
                     KRKLTILQRQFELSKQQLADFIMHLYGMEQYDSIIPIIKEQYAAD"
ORIGIN      
        1 ctgtaagtat ctggaatgga ttagctcgct ttatggtgag atatttggag gtggtttcat
       61 agcacgtgga acaaaggtgc tgaaacaact tcctattcgc aaaattgact ttgagaacaa
      121 tgatgagcgt ttggctcacg atagtattag tgacttgcaa aaacagttga tacagatggg
      181 agacgagata gatgcggctc atggaaacaa gcgtaagctc accatcctac aacgccaatt
      241 cgagttgtca aagcagcagt tagcagactt tatcatgcac ctatacggca tggagcaata
      301 cgacagtatc attccgataa tcaaagaaca atatgcagct gattgaggac gcttccacac
      361 agaaattgcg aggtgcgtat tacacacctc ctgcaattgc ttcgtttata ctccattggg
      421 gcataaatgg c
//
LOCUS       SEQF2634|AYYE01000085.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttttggatg tcgactaaaa ggagggctgt tttcatatct atgcgtgtgt gtgaggttgg
       61 ggtaaatgag aaatcggggg cgaaagtagc tgcccaagcc gtttttccaa gctctggagc
      121 gcgtgacgtt acatctcgtg gctggggcag ccgattttct gcccaaaagg gttgctcacc
      181 gaagttatct gccctctttt ttgtttcgga ggagccgaca ctcccccgca gctatacatt
      241 tttgggggaa gaagcactgt cacggacctc gataggctct ttatttcgag aaaaactact
      301 gaaatgaggt tcatatagct atatatcttg aga
//
LOCUS       SEQF2634|AYYE01000086.1  394 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(124..342)
                     /gene="kdsB"
                     /locus_tag="SEQF2634_00023"
                     /EC_number="2.7.7.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HZM5"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-manno-octulosonate cytidylyltransferase"
                     /translation="MGATADVVINIQGDEPFIRPEQIEQLKRCFDAPDVRIATLAKAF
                     DPDGDFEQTLFNPNTPKVAFDVHGDAQG"
ORIGIN      
        1 caacatgcgt tcgccctctt tcggggcgtt ggggggcgtc gcgcgatacg cccctacttg
       61 taactccccc tgactaccgc ggcaaaggcc gcataactac tctccctatg aaattccttg
      121 gcattatccc tgcgcgtcgc cgtggacgtc gaaggccacc ttgggcgtgt tcgggttgaa
      181 gagcgtctgc tcgaagtcgc cgtcggggtc gaaggctttg gccagcgtgg caatgcgcac
      241 gtcgggggcg tcgaagcagc gcttgagctg ctcgatctgc tcagggcgga tgaagggctc
      301 gtcgccctgg atgttgatca ccacgtcggc cgtggcgccc accttatcgc aggcttctcg
      361 acagcggtca gtgccgctgc ggtgtgtgtc ggag
//
LOCUS       SEQF2634|AYYE01000087.1  444 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catcggggtc gatgaggcgt tcgacgggca ggtcgttgac ggctacggag gcgttcggat
       61 cgcgggggat gacgaggtag agctcattgt cggtggcgct ctcttcgcct tcttcgtcct
      121 tgcggctgat gcagctgatg tcgtcgggca ggccgtagcg ctgcttcaga tcggcgaagg
      181 cgggcgtctg tttgaagtct tcgaacgagg tgccgtagcc gacgaaggcg acggccacga
      241 tgtcggtttc tccccaaggg agttcggaag cgttcgtcgc tgcagtgcct tgggcgttgc
      301 tgcggttgca gccggtggcg gtgagggcga gtagcccgag taggagcgta aagagggagg
      361 ttttcatatc tgtgatgtgt gagggggtta gtcggttacg agactggggg cgggaatatc
      421 gttgctgcgg acggggctgt agcg
//
LOCUS       SEQF2634|AYYE01000088.1  494 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 actctcgaca atcttccatt atggatgcgg ccatgcgttt gtttatatag ccagtatcca
       61 aaagcagcga cagccaatac attgtctcgt tcgcctcctt cagagagatt ctcatcttat
      121 ggatgaaatc taaccggctc tcactgaact cagcctcccg aatggaagct ccgatggctg
      181 taccgcttct ttttacctga ttgctcaaga caaactctct cttttcacgt tcgagatact
      241 ggacaagtcg gataatcctg attgcaaagg cataactctt cgattgcaag acattgtcct
      301 tcatctttta ttctttctcg ttaattcact tcttgaatag atctaaaggc taaaaaccta
      361 atcgtcctcc ggctgagcgg gctgacatcc tcggcctttc ctgccggcag gacttttagt
      421 ttttagcttt tagtttcccc gttctttacg actacctctc cctgcttgat caccgtgtcg
      481 acgatgttca tacc
//
LOCUS       SEQF2634|AYYE01000089.1  231 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggtgcaca gcccagtgtc gcgacctggt ggcacacggc gtgcccagca tccatttcta
       61 caccctcatg gcctcggaca gcatctgccg cgtggccaag gagatctatt aagattaatg
      121 tgaactgtga aaatggggac gctcatccgg ggacgccccc atttttcgtt tttacccacc
      181 accctctatc ggtttctcgc tcagaaaatc ggggcacaca caactctacg c
//
LOCUS       SEQF2634|AYYE01000090.1  653 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             333..578
                     /gene="acpP_1"
                     /locus_tag="SEQF2634_00024"
                     /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"
ORIGIN      
        1 gccacgaaag ccttggcgca ggaggtggca cggcgtcatg tgacggtgaa tgccgtcgcc
       61 ccgggcttta ttgcgaccga catgacgaaa gatctggacg aggcggcgct gaagcagact
      121 gtcccagcgg ggcgtttcgg taggccggac gaggtggccg cattggtcgg ctttttagcc
      181 tcagacaggg ccgattacat cactggtcag gtcatatcta tcaacggagg cctcctgtga
      241 agggcttcct tgggcctaaa acttccctcc ctcggggggc gtatatataa ggtataggac
      301 acatacacga aacaatcaag aagactatag agatgaagat ggaaagaaga gagatagaag
      361 agaaggtgaa cgacttttta gtggaagaga tggagatcga ggcggagaag atcaaacctg
      421 aggccttgct gaaggaggat ctggggttag acagcctgga ttttgtggac atcgttgtga
      481 ttgtcgagcg cacttttggc ttcaaaatca agcccgaaga gatggccgac gtgaagacgg
      541 tgggtgcctt ctacaactat atcgaatcga agctctaaag acgagactgg aaggatcgat
      601 caaggcgtca cgatggtgcg gaaaagcgac gagtgggacg gcgtaacggg cgg
//
LOCUS       SEQF2634|AYYE01000091.1  340 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tagcagttct ttatctccac tccgaagagt tcggaaaggg cgtctgccaa ttcttccacg
       61 cctatttctc cgttgttgat acagtcgcag gtgtcaagtg cgtaaagtaa ttctaccaaa
      121 tcggttgcct tacctgtcca acagagattg caggccactt tttgcgaagc agggagcaac
      181 ccttgcaacc tcatatccag caattttagt tccgtgtcaa tgacaaaaag tagttctgac
      241 acatttttcc ccatttcgac tgttaaggca ggactcgcat ggataatctg caattgaaat
      301 cgagtgtaat gcaaggttcg aaataatacc tccaatttct
//
LOCUS       SEQF2634|AYYE01000092.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgctcacct tccccgctga aggcggcaag cagacggtca acgtcacggc caacggcgac
       61 tggtacgccg gccttgcgga gggcgtctat gcagcctggg tgaagatcac gcccgacatg
      121 gcggcgggca cactgaccgt ggaagtcggg ccctacaagg gcactaagaa gcgcgccgcg
      181 cgggtggcct tctcttcgga aaagaagggg aaggacggcc agccgatcga gcgttcgctc
      241 tttgtcagac aggagg
//
LOCUS       SEQF2634|AYYE01000093.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggcatcctt gtaaaaggct ccaactatct ggaaatgatg gcgcatataa aaacagtcgt
       61 attcgacaag accgggactc tgacaagagg caatttctcg gtcactgcca tacatcccca
      121 aatgttatcg gaacatgagc ttatagaatt ggctgcattg gcggaaagtt tttccgacca
      181 tcccttgtcg gcatcgatac gggatgcctg caatctgcca ttggacaaaa caagag
//
LOCUS       SEQF2634|AYYE01000094.1  357 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttttctgcc ttttacactc gacgcaatcc aaagcatatc tacttctttc cacctaaaaa
       61 tcagtccact tgcttcgaca tcggctcttc tgcttttaag gggaatagtt gctcttgagt
      121 gatcaaattt tgatgacgtg agacattcag aacctctcgc gccatcgaat tttgttcacg
      181 taagagataa aaagactcat gcgtcatcaa gatttgatca cgtgagaggt aaaaaagctc
      241 tcgagtcatc gaattttgat cacatgagac attctgaagc tctcgcatca tcaaaatttg
      301 ttcgcacgca cctcattttt agtcgcacac caagggatcg accccgacgg tgagccc
//
LOCUS       SEQF2634|AYYE01000095.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(95..238)
                     /locus_tag="SEQF2634_00025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRELNPMADLPELILSGALFVGLLAYLYKWQFGVLRQPVPPPF
                     KYA"
ORIGIN      
        1 ggttgcgccg atagaacggc aggtaggtac gtaagctgta agccatcgct tcttatttca
       61 agagaagggg gagtgtcgtt gttcggggtg agcttcaggc gtatttgaag ggaggcggca
      121 cgggctggcg gagtaccccg aactgccatt tatataggta tgccaaaagg cccacgaata
      181 gcgcccccga aaggattagc tccggcagat ccgccatggg gttgagctca cgaaccatga
      241 aga
//
LOCUS       SEQF2634|AYYE01000096.1  461 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctcgctg acttcgctgc ggatctggcc gtcgacggcg aagagctgtg cgatgcgctc
       61 cttcgagcca cggtcggcgt tggtgagatc atcgcccacc ttgactttgc ccgaaacgac
      121 cttaaagtaa gacacctgcc cgatgtgcgg ctcgatggtg gtcttgaaga agaagaggct
      181 ggtcgggccc gcgggatcgg cagtgacttc gacgccttcc gtggtgacgg ggcgcggcat
      241 tttgtcggta caggggacga cgttgccaag gaactccagt gtgcggcgca cgcacatgtc
      301 cttccccgcg caaacgcaga aaatggggaa cataccgcgg ctgacgaggc ctgcgcggat
      361 gcctgcgcgc atgtcgtcct cggagagggt gccctcttcg aagaacttct ccatcagcgt
      421 gacgtcatac tcggcggcgg cttcgacgag cgccttgtgg a
//
LOCUS       SEQF2634|AYYE01000097.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgaccgcac ctgcagtacc ggccacggta cctgtagcag cagttgcagc acccattgca
       61 gcgattccta caggaatggc aatagcagct atagctacag cctgcaatcc tttggcaatc
      121 gctttatcat acttatgtcc catactgtcg aggtcaatat tcatcgatag ctcgggagct
      181 tccaatccgg aaatgtcaag gcgagtgaca gcagattgaa taaagggaga tgccttcacg
      241 gactgctcgg taa
//
LOCUS       SEQF2634|AYYE01000098.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(54..293)
                     /locus_tag="SEQF2634_00026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNSLYGKFASNPDVTGKVPYLKENGALGFRLGEEETKDPVYTP
                     MGVFITAWARYTTITAAGGSTSEPDTDYSHQRPYR"
ORIGIN      
        1 ggctaaactg atgctgaaca gcctgtatgg caaatttgca tctaatccgg atgttaccgg
       61 tatggtcttt gatgtgaata gtctgtatcc ggctcagatg tactcccgcc tgctgccgtg
      121 atcgtggtgt aacgtgccca cgcggtaatg aaaacaccca tcggcgtata caccggatct
      181 ttggtttctt cttcgcccag gcgaaaaccc agagcgccat tttctttcag gtacgggact
      241 ttaccggtaa catccggatt agatgcaaat ttgccataca ggctgttcag catcagttta
      301 gcc
//
LOCUS       SEQF2634|AYYE01000099.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgttgaagc ccatgcggaa gtcgggagca gcatcgccca gcaccttgtt ctcgccagca
       61 atcggcagac cgttctcatc gactacgata tcgccattct tgttgcgcaa gaagctcgta
      121 ccgtaaagca cggggaactt atcgcccttg ctcaggcgca cttgcggatc gacgaaaccg
      181 ccgagcctga tgctttccac gcctggggcc agctcgtcga catagttgtc gagcttggtg
      241 aagttcacgc ccacctccca
//
LOCUS       SEQF2634|AYYE01000100.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccgaagcgg tcgcgcagac cgtgacagac cagcacctcc ttaggcgcaa agtccgccag
       61 ccacttgtcc accgtctcca ccgtgccctc ggccgtgagg aactcgcccg tcgaaatatc
      121 cagaaaagcc accccgcatt tggaccgccc aaaatgcacc gcagccagaa agttattctc
      181 cctccgttcc agcacattgt catccatcga aacgccgggg gtgaccagct ccgtgatccc
      241 tcgcttgacc agtttcttgg ccattttcgg atcc
//
LOCUS       SEQF2634|AYYE01000101.1  653 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtcgcatgaa cccgcccatg aaggagggcc ggtatggcga aggactccgg gccggcctcg
       61 aggaggtgcg caaggcactc agcaacgaat cgaccctcga ggcggaggag gagaagagaa
      121 gcaacaccct ctcggccttt gtctgctcca tctggtgggc gctcgggatg ctcgggttcg
      181 gtgggatgct ccgcaaacag tggcgtgccg cccggacggt caaagacttc tccgagttca
      241 agaagatcgc ctggggacat aacatcgccg cggtcttttc cggcctattc ctctgccaaa
      301 cgccgatagc gctgctctac ttcctgctca agctcattct ccggaaacaa ttgaagcccc
      361 agatccagtg cgaaggctgc ggcgctgtcg gtcgcttcta tcaggagaag ggctacccga
      421 tcaagaagcc gagaacgaac ggcacactca aggtctacca ttatgtctgt cgcaattgcg
      481 gacgggtgaa ggccgagaaa gtcttcaagc ggacaccgga cagatggagc ggcggctcaa
      541 gcagcggcag ctcgttcggt ggcggcttag gcggaggctt ctcgttcggc ggcggaagca
      601 gtggcggggg cggaggctcc tggggcggcg gttcgagcgg cggcggcgga gcc
//
LOCUS       SEQF2634|AYYE01000102.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaccatcgcg cccgtgtcgc gcagcccgta gccgtggccg ccgcggttgt agaggaagag
       61 ccaggcgcgc acgccggccg acttcagggc acgatagtag gagaggctgc cgtcgatgaa
      121 ggacttgtcg tcctcggttt gcacgatcat cgtccggggg gtacgcttgg tgacgcgcag
      181 ctcgggcgcc gtctgcaaac agctgtcggt ggcgcgggcc ccgaggtggg aggggtagac
      241 gaggaggcag gagttggggc ggcaggaggc
//
LOCUS       SEQF2634|AYYE01000103.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             20..208
                     /locus_tag="SEQF2634_00027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDENCKAERLTRPWVKRSGRYYSVNPNGDKELEIEFLNGNREL
                     KLSVPEAKAVFYFEKERR"
ORIGIN      
        1 agatgagtat accctgacgt tgcgcgacga gaattgtaag gcagagcgtc tgacacgccc
       61 ctgggtgaag cgcagcgggc gctactacag cgtcaatccg aatggggaca aggagctgga
      121 aatcgagttc ctcaatggca accgcgagct gaagctctcc gtgcccgagg ccaaggccgt
      181 gttctatttc gagaaagaga gacgataacc gatccggggg catctacctc ccggatacaa
      241 cattcac
//
LOCUS       SEQF2634|AYYE01000104.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccatggagga gggcgctggg gagttggccc gcgaactggc caccagcatc cgcgaacgcc
       61 aacgcgaggg caaacagttt gtcctggccg tgcctggcgg acggtcgccg taccccatct
      121 tccgacagct gatccgtatg caccgcgagg agggcctcag cctgcgcaac gtggtcgtct
      181 tcctcatcta cgagttttac ccgctcacga acgaggcata cagcaacatg catctgctgc
      241 gcgagatctt ccttgac
//
LOCUS       SEQF2634|AYYE01000105.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtccaagcca attcattttg cgcctttgcc cgcaagaaag aattttcggt gcctgttaat
       61 gacaagcaag cattcacgac ccaccattta ttattaatcc cggcacgttg taagtccatt
      121 tgcaaacgtt cggcttcaaa tacgggtgtt gcttcgggca gggtcacaat aacaatttct
      181 gtttcctgtg ggtttcttaa acgtggtaac agctttctta cggaagcggg agtgtcgcct
      241 tgtgtacgtt gtacttcctt atggtaactt tccgttgcat ccagcaataa c
//
LOCUS       SEQF2634|AYYE01000106.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(19..279)
                     /locus_tag="SEQF2634_00028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCRDQELALPFTVEVLVEDQPHKLRMKRGFYLIDCEEAVTFFHV
                     IYGGFDTVQTVGPIALQLMRKRVYFRSILILYRMLKVDIMPI"
ORIGIN      
        1 gttatgcggc agcaaacgtt agatcggcat aatgtctact ttgagcatac ggtaaagaat
       61 aagtatggaa cggaaatata ctcgcttccg catgagttgc agagcaatgg gaccaaccgt
      121 ttgtacggtg tcgaagccgc catatatgac atggaaaaac gtaacggctt cctcgcaatc
      181 gatgagatag aatcctcgct tcatcctgag cttgtgaggc tgatcctcga ccaatacctc
      241 aacagtgaag ggcaaagcca gctcttggtc acgacacatt acgac
//
LOCUS       SEQF2634|AYYE01000107.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attttccatt gaatcgttta agcatgtagg gagataagat gaaacgtctt cctccattaa
       61 ttcgtgggta gatcatgtca attggaacct tattctcaat ggcatcgtag atatccttta
      121 tatatctaag ttccgatatt gtggtgggaa tatctatatt ttccgacatg tcattcaatg
      181 cagcgtctac atcacccagg ctaactttaa gaaaatctct gatagggatt gccccatcga
      241 aaaaggcaat gagtcgacaa a
//
LOCUS       SEQF2634|AYYE01000108.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(94..273)
                     /locus_tag="SEQF2634_00029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKVFNMGHRMEVYLDAQRAEEVIALSRSFGIDARIVGRVESAE
                     RKELIIRSEFGEFRY"
ORIGIN      
        1 tgcaaacgcc aaaaagtttt tcgtgagact tgcaacggtg ttgcaaacgc cgaaaagttt
       61 ttcgcgggac ttgcaacact gttgcaaaca ctttcaatac cggaactccc caaactcact
      121 gcggatgatc agctcctttc gctcggcaga ctctacgcga cccacgatac gggcgtcaat
      181 gccgaacgag cgactgaggg cgatgacttc ttctgctcgc tgggcgtcta agtagacctc
      241 catgcggtgc cccatgttga agactttgta catctcggcc cagtctgtgc c
//
LOCUS       SEQF2634|AYYE01000109.1  324 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             15..146
                     /locus_tag="SEQF2634_00030"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAMMLNFFNAARVVQTIDLPPEEDEATGEDNEDETEVEASKP"
ORIGIN      
        1 caccgatatg ggtgatgata gcgatgatgc tgaacttctt caacgccgcg cgggtggtgc
       61 agaccatcga tctgccccct gaggaagacg aggcaacggg tgaggacaac gaagacgaga
      121 cggaggtgga ggcctccaag ccatgatacg ggctatcagt cggggtaaca tgcccacggg
      181 cgatacacgc ctgatcgacc tctcggtgga cgaactcgag gacgtgatca ctcgcacggt
      241 caaacgggcc ctcgccgccg agctgcctca agctctcacc gaagccgagc ggcggacgga
      301 ggacggactc ctaaaggtcg gccg
//
LOCUS       SEQF2634|AYYE01000110.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(74..298)
                     /locus_tag="SEQF2634_00031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METLWDRQSNDIAPFCLTQISLYFTVMANGNSKMYHSDDLIRCI
                     HAGGLEVETIHDGLKGGHSILVCRKPAERS"
ORIGIN      
        1 tagtagatca gccgatcgac catgacgaaa ggtgggcgct gcggcagcag ttcgaggatg
       61 ccgaagggac gaatcatgac cgctcagcag gtttccgaca gacaagaatc gagtggccgc
      121 ccttcagacc atcgtggatc gtctccacct ccagtccgcc cgcgtggatg cagcgtatga
      181 ggtcgtcgga atggtacatc ttgctgttgc cattggccat gacggtgaag taaaggctga
      241 tctgcgtcag gcagaagggt gcaatgtcgt tcgactgcct atcccagagc gtttccatga
      301 catagaggc
//
LOCUS       SEQF2634|AYYE01000111.1  827 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             2..376
                     /locus_tag="SEQF2634_00032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLEVLKNLIEEIADGLRDMVNGQLIPRMVAHGFPLKGASFEWD
                     YEEDYTPEQMTAIENMLLNNFDVDAGYFEEKYGVKINGRRTYAPVPDGPTDADEEKMM
                     RTLTRFFGQAPRGGGDPFLSDF"
ORIGIN      
        1 ggtgcacctg gaagtgctca agaacctgat cgaggagatt gccgacggtc tgcgcgatat
       61 ggtcaacggc cagctcatcc cccgcatggt agctcacggc ttccccctca aaggggcgtc
      121 cttcgagtgg gactacgagg aggactacac gccggaacag atgacggcca tcgagaacat
      181 gctgctgaat aatttcgatg tggatgcagg ctacttcgag gagaagtatg gcgtgaagat
      241 caacggccgc cggacgtatg cacccgtacc tgatgggccg actgacgccg acgaggagaa
      301 gatgatgcgg acgctcaccc gttttttcgg gcaagccccc cgcggtgggg gcgacccgtt
      361 tctttccgac ttctgatcga taggcaatac tacggccatg cgcataccga tgccgcgcac
      421 ccctgcccgg cctgtgctct ggccaagccg aagggagaga acgagctgcc tatcgacatg
      481 aataagtata tcgagcaggc cctgaaagac ctctacaata aagaagtcga tcctcggcgc
      541 gagcctgacc cggctcttta tgaaggcttc cggcaaacgt ttgaccatgc cgtaatccga
      601 tcattccccc caacaaaaga caaagggctg tcggagttct ccggcagatt gaagagcagt
      661 aacgaggtct tttctgtctt ccgcgcccac cgcatgagcc gcgatatggc ggctcagatg
      721 gtagacaagg agggcaatct gaagtctttc gaccagttcc gtaaggatgt ggaaccgatt
      781 gccgatcacc acgtccgaca gtggctccgc acggagtacg acatggc
//
LOCUS       SEQF2634|AYYE01000112.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agagcccaca gccctgctag cagatagcaa aggtcctaaa tccggcggat aaagagtata
       61 ctgtcgaaaa gattaagaag gtaacctctg gatccactcc gcatgttgcg agaattgtgg
      121 atgatttgta caattcgatc cttgtaaatg ggacgtatcg agcttcatct atccgtatag
      181 ctgaggcgtc aaagattata gaaaacactc agcgcgatgt taatatagca ttgatgaatg
      241 agttggcaaa aatattcaat gcgatgggga tagatacgca agaaattata gatgcagcct
      301 cttcaaagtg gaattttatc aaatttaaac ccggactggt tggtggacac tgtataagtg
      361 ttgatcccta ttatct
//
LOCUS       SEQF2634|AYYE01000113.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtcaagggc gcagccgtca acatcatcct caaggagggc ctctccgacc gtctcacggc
       61 gcaagtccag acgcagtggg acaacaaaca cgcgaaccgc ttcacccaaa cggcttccgt
      121 tatgtatgcc tcgggcaagt tctctgccga cctactctac cgcctaagtt ccgggcacga
      181 gatcagtcgg acaaacatgt acgtgcggca caccgtcggc agcgacacga ccgaaatccg
      241 caaccacacc gactaccgct cgcacacccc cgccacccat gacctctacc ctgtct
//
LOCUS       SEQF2634|AYYE01000114.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatcgtctg ggcggatgag gagcgtgggg tcgatgtcgt ccagaaagtg gctcggcgtg
       61 caggagtggt tcgagccatt gcggaagcgc gtcttggcgt aggtgatgag gcaatggcga
      121 cgggcgcggg tgagagctac gtagaagagt cgccgctcct cctcgatggc gcgcgggcta
      181 tccatcgcca tctgtgaggg gaagagattc tcctccatgc cggcaatgat gacgttgtca
      241 aactccagtc c
//
LOCUS       SEQF2634|AYYE01000115.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcattataca agctcattcc ttgacgactt tcacgcgcct cttttcccat cccggaagtg
       61 tcgatgaata gaatgggatg ctcaagtcct tctatattca aggtcctgtc tgcagctttg
      121 ggaactgact gaactttccc ttcatagaag agcttggaaa caaaatcacc gatctccggg
      181 tgcatgcgaa attgcttcga gagcataatc tggtgggatt ctgggagtct aggttttagg
      241 tctccgaata gagattttcc cacatcttcc attatatcct ctgtgagagc c
//
LOCUS       SEQF2634|AYYE01000116.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccattattta agtgggtaga atatgtaaat gaaatattaa acacgaaata gaatgccgaa
       61 cgcacaacat gccattttgc gttagcggga cggaataaca atcaccttaa actcactatc
      121 aactaatatc gcgcggatga atatctattt ggctttttgc taggttcata tatggacgat
      181 attcttagaa gggcaaatac ctcaaccgtc gcagtttttt aaacatatct tgaatgcgta
      241 tatttatttc attttaccaa ccagcgcaac agcttccatc gcttccttta cat
//
LOCUS       SEQF2634|AYYE01000117.1  437 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaataaggta tcggtcgggg tggagcgcgt gtcggaagag aggttgacgg catgctttac
       61 gtcgttcgtg atgatgttca ccacgccgcc gacagcgttc gtgccgtaga gcgccgagga
      121 ggcgccgctg aggatctcaa tgcgcttgat acgcgagacg tcgatgcgtt cgtaggtgtt
      181 gtcgccaccc atccggcgac cgttttcgag gaagacgaag tatttctccg gcagcccgtt
      241 caggctgagc gtcgtgccca taccgttggt catgttcgag aaggaggggg tcagtttttg
      301 cagggcttcg tcgagggttg agatgccggc gttgctcagt tcacgcgacg tgatcacgtt
      361 cacgggcacg gggctattct tcatcaggtg atgcgttccg gtgcccgtca ccaccacctg
      421 tccgagctgc accatac
//
LOCUS       SEQF2634|AYYE01000118.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttccaattcg gagccatagg cgtatgggcc ggcttcattt tcggactcag tgtagccgcc
       61 gtactcttcc gcctacgttg ccgcaaaatg ttccgccagc tcgcagcatc aggcaaatac
      121 gccgtgaaaa ccgcttagtc gatcctccct cccctcaata tttgcgaacc tctccctgat
      181 atgtccggga ggtggtgtta gtacgttccg aacgtagtgt aatacgttcc gaggcggcca
      241 tcgatacgtc ccaaactatc ccctggatag gttcttgatg tggtctcaac aag
//
LOCUS       SEQF2634|AYYE01000119.1  306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atattcctct ggctgctcgg ttgagcgtgg tcgaaaagag aatagcacca ctttcttttt
       61 atagccatcc agtaggttct ctccgtcctc gtaaaagcgt ttgatagagg cttcgagttg
      121 tttcttggcc tctctcttct taacacgcct ctgtttgggt ttacgtctac tcacctcatt
      181 aaatagaaca agttcatcgc cctggacgat aaggaagtcg cagaccttgc cttcttctgc
      241 ttccttgtag ttgtctttga tgtaaccttc aaagtcgatc acctcgacct gctcgccctg
      301 ccatag
//
LOCUS       SEQF2634|AYYE01000120.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atcttatcct ccgtctgggt gcggatgtcg cgcagggcac cgataaagat ctcgtccgga
       61 ttctcctgct tgatcgtgaa cttcttgggg cgtgaatagg ccacgaagtc ttgacccgca
      121 aagagggtca gcggaccgtg cgccccatta ctctgattga agagcacatc cgaataggtc
      181 tgaatgtctt ggtttgccca ccagagcact ggcaataggc ttccgctgac agacgacaca
      241 tcgccgatgg ccttgatgtt ggccgagtcc acacagtcgc cgagagccat cagcac
//
LOCUS       SEQF2634|AYYE01000121.1  290 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccggtcgatc cggtgccgac ggtgtacgtg ccgtcgtagc cgaccacctc gcgctcgctg
       61 ccgcgcgggc cgatgaagag ttgcgggcgc tgcgtagagt cgatggccga gaggacgatg
      121 gctgcttcgt agggcgtgcc gctcatgaca atctgactct tgggcaccac ctgcgccacg
      181 atcttattca cgcgatagtc gcctacatcc acgctgcgag cgatggacgc gagggcctct
      241 ccctcgacgt agcggatgtc gttctgatac ttcgtcagta tggtgacagc
//
LOCUS       SEQF2634|AYYE01000122.1  588 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..540
                     /locus_tag="SEQF2634_00033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNPELLLRAVARLAAEGEITPETFRIRWFTDEASRRIIRQEAE
                     RYDCAPFMDYPGMVPATAVPDVLNESSVLLLLTNRAAPDGPQGIMTTKFFEALAVEKP
                     ILCVRGDEGCLEQTIAETRSGLSAHNEEEVHRFLLHHYRRWQTDGFTSADPDREAVRR
                     FSRRAQAGQFARVIEGRD"
ORIGIN      
        1 gccatgcgta accccgagct gctgctgcgc gccgtggccc gacttgcggc cgagggtgag
       61 atcacgcccg agacgttccg catccgctgg ttcaccgacg aggcctcgcg gcgcatcatc
      121 cggcaggagg ccgagcgcta cgactgcgca ccgttcatgg actatcccgg catggtgccc
      181 gccacggctg tgcccgatgt gctcaacgag agctccgtgt tgctgctgct caccaatcgc
      241 gccgcgcccg acggtccgca gggcattatg acgacgaagt ttttcgaggc gttggccgtg
      301 gagaagccca tcctctgtgt ccgtggcgac gagggttgtc tggagcagac catcgccgag
      361 acgcgctccg ggctgtcggc ccacaacgaa gaggaggtgc accgcttcct gctccatcat
      421 taccgccgct ggcagaccga tggcttcacc tccgccgatc ccgaccgtga ggccgtccgc
      481 cgcttctccc gccgcgcaca agccggacag ttcgcacggg ttatagaggg tagagattag
      541 agggtagagg gtagtgccgg gtttcataga gggtagaggg tagagatt
//
LOCUS       SEQF2634|AYYE01000123.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     misc_RNA        214..258
                     /locus_tag="SEQF2634_00034"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 atatagcgat atgatcgtat cgtaatggcg gaccaaagtg gcagattcgt acacgcaaaa
       61 aaggccgggc accccttcgg atacccggcc aaattcaccg gcgtccgcag acgccccctc
      121 gaatcgttta tgcgttgggg cctgcggccc gttggtttgt tgaggcggcc cgtcgggccg
      181 ccccgggtac ccgtgcgccc cgggggttcg ccgcccaggg tttcgccctg ggctattgtc
      241 caccgggcct acagcccggc cgggtacagg ggagcgc
//
LOCUS       SEQF2634|AYYE01000124.1  300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             199..291
                     /locus_tag="SEQF2634_00035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVFTGIFPMSSNDVARPMPRMKYWLLFFSM"
ORIGIN      
        1 ccttcgggca ggcttttctg tatctgcgcc atgcgctcct tcacattctt tatcacctgc
       61 tgaaaattct cacctttgag cattagcgtg atgccggcca cgacctcgcc ctctccgttc
      121 cttgtcacgg ctccatagcg ggtggcatat ccgaactgca cgtttgccac gtcccttacc
      181 agtatcggtg tcccgccaat ggtcttcacg ggtatcttcc ctatgtcctc caatgacgtg
      241 gcgaggccta tgccacggat gaaatactgg ttgctgttct tctctatgta gctgccgccg
//
LOCUS       SEQF2634|AYYE01000125.1  329 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(114..326)
                     /locus_tag="SEQF2634_00036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREQTIDTTVHPPLKPEYLDIIDISKLLKVEQKTIYNWVSSGKI
                     PYLKANGRLLFRRKEIDEMLRKQTAE"
ORIGIN      
        1 tggttccgaa cagaggggtg ttagcctttg atccaatatc ggcagaatga gaaaactaag
       61 atctcggcag cgtcgctggc ggattgccga aatcttgacc tgcggtgggg ctgtcattct
      121 gctgtttgtt tgcgcaacat ctcatcgatc tccttccgtc gaaacagcag ccgaccgttg
      181 gccttgagat agggaatctt ccctgacgac acccaattgt agatcgtttt ctgctccacc
      241 ttcaggagtt tggagatgtc gatgatgtcc aggtattcgg gcttcagcgg tgggtggact
      301 gtcgtatcta tcgtctgttc gcgcaatac
//
LOCUS       SEQF2634|AYYE01000126.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggcgtacc aataatttcc cttgtccctt tttggaggct ctcccgcgaa gtctcttttc
       61 ggcatcttgt caaagtcact ttttatttga gaactctctt tgtcgatagg ggccaaatct
      121 ttgttctgct cttcatattg cttctttgtg aaaaactatt actgcacgct tctcgagctt
      181 gaatctctac aaaatctatt ctaccatcat ccttcgatac atactcttga atattaccc
//
LOCUS       SEQF2634|AYYE01000127.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccttgatga ggtaaagaat cttattcgca tcaacctgat ttttaatcta tcatttggca
       61 aacgctacaa agactctcga caacacattg gtgatagcat ttcagaagag tcgacaattt
      121 tgaagggtga aaaataagct gaattcacat tcctgatgat aaaagaatag cctaagtcta
      181 tttattcaga cagcgttttc atgaatttcc ctttcgtcaa gcagcccaag tatcaattgg
      241 ctaaagaagc ggcggtagtg aagaatagag taggtgctgt attgtgtat
//
LOCUS       SEQF2634|AYYE01000128.1  363 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtcaatccc ctgcaaaaag tctcgcaagc cttcggagat gtgccccgga aaaatgttta
       61 cgtccgtccg ctttcggctg ccttttccca ccgatcgcga ggctccccaa gtagctcgct
      121 gcgatgaccc gaaaaagagt agctccaaat aacctccggc ttttggtcaa tactcagcga
      181 aaatttctgt cagccttcgg aaatgtgccc cgaaaaaacg ttcacgtcag ggagcctcgc
      241 ggtcggtgtg gaaaggcagc cggaggttgt ctggccggaa cgtcttttcg gggtacattt
      301 ccaaaggctg gcaagacttt ttgcagggga ttgaccaaaa gccgaaggca gtctggagct
      361 gta
//
LOCUS       SEQF2634|AYYE01000129.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctgcacg ctgctgctta cgctgtggaa aagtgccgac gaacctgtca caaagacaga
       61 ggccaagtga tgccatactt ttttgcttcc tgcgttacgc agagctccaa aagaccatgc
      121 ttgtggccca cctcatagtc atcgatcatt aattatcgcc tcatcactca ttgttgcacc
      181 ccgggacatc caacaattca acaacaatat catcgggcaa tttgatcgaa agcaccagcc
      241 atacctcgtt agtgaaattc agcgtcacag tcagccgcac ccagacgagc gccccggccg
      301 tctacgccac ggaggtttcg cgcgaggaat acctcgctta cacgaccgag gagacggaga
      361 aggtcgaggt catgcgg
//
LOCUS       SEQF2634|AYYE01000130.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             243..344
                     /locus_tag="SEQF2634_00037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKSYYVDCIKPLVSQKVYLINIMRLSDKMYST"
ORIGIN      
        1 aagcgaacat gctttctgaa tttttccgga gtttcattta ttagaatatg cccacttctc
       61 ccagatcgag gagaatgatc ccagttcggg attattgttg gataacaata atccaactta
      121 tcctccttcc ccgaaaaata tttagccgca cgtccataat caacaatttg gccgcaccta
      181 aaaatattct ttagcgtttt catgtaaact ttctcgataa aagaataatc ttctttcata
      241 aaatgaaaaa gtcgtactat gttgactgca tcaaacccct tgtctctcaa aaagtctatc
      301 tcatcaacat tatgcgtttg agtgacaaaa tgtattccac ttaatccatg ttgcttagac
      361 agatgattcc ataacac
//
LOCUS       SEQF2634|AYYE01000131.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgagggattg tgaatgccct attgtgcata acaaaaacga ggtaccaatg gcaaatgccc
       61 cccagagatt tcgctccatg gcaaacagtt cgcttctatt tttagaaaat ggaaacaaga
      121 aggtgtcttt gaagagctga tgtatcgtca gtccgaaaat cctatggaaa aaatctctga
      181 gtcttggtat aatagacttg gagaagcgca cgaagctctt accatgtatc gtcaatcaaa
      241 aatagattgc gaattgagca cgcggaagtt cagagttaaa agcgactcgc gtccaataag
      301 atgcaatgtt gttaaagaat ttgagcactg cgtctcgaaa ttcatgtttt gtccgataga
      361 acttcgtgtt gatgatctcc tttcggagga atttccacag ccgctc
//
LOCUS       SEQF2634|AYYE01000132.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggggtacacc ccgcgccgaa gaatcggaca gcggcgtagg gcccggctgg aatgtggggg
       61 agtagcgcgc tgcgcagttc ccgccccatc tcttcggacg tttggaagta ggggttcagg
      121 cctttagtga agacttcgca gacgagctgt ccgcggcgga tgacgttcca ctgtgtcttg
      181 gtggaaccac tatcggcgat gaggatcata agtgagaagt ctaaaaacga aattcccctt
      241 tcacactccc gccattggcc
//
LOCUS       SEQF2634|AYYE01000133.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttgtgagca cccacagtaa tcagatgtga taggtgtttg taggggcgaa gatttttcgc
       61 ccctacatat gtacctgcct catgccttcg gtttctccgc ttccttcggt ttgtccccgt
      121 tcttgaggta cttgtcaaac catttgaaga actcacgctg ccagaggatg gcgttctgcg
      181 gactgagcac ccagtgattc tctgtcggga agatgagcaa acggctctct acgc
//
LOCUS       SEQF2634|AYYE01000134.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctgcacaccc tcaacatgca aggcggcaaa gatggcgcta cggcgaatat cccgaccaag
       61 acgcgtctga ctggcgatgt acttctgcag gctggctttt gccgctgcca ttaccggctc
      121 tgcttccggt cccggataga gaaaaatggt ggcttccacg cgatacggga tgatttctgc
      181 gctgcgaacc gtcagacggt cagccaccgg gcggacgttc tcactgttca gggctttttc
      241 caccacatcc agcaggtctt tttctgctgt tccgtcgcct tcacggctaa ggacagtcag
      301 taccacct
//
LOCUS       SEQF2634|AYYE01000135.1  660 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..660
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             11..346
                     /gene="aspS1"
                     /locus_tag="SEQF2634_00038"
                     /EC_number="6.1.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RUN7"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate--tRNA(Asp) ligase"
                     /translation="MVINGVEVGGGSIRIHDSKLQDKMFSILGFTEERAQEQFGFLMN
                     AFKYGAPPHGGIAYGLDRVVSLFAGLDSIRDCIAFPKNNAGRDVMLDAPTPLEPAQLE
                     ELHIDVKPE"
     CDS             complement(379..657)
                     /locus_tag="SEQF2634_00039"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGIDHDVVPAGFGHAPLHVVRPRQLTQGAEQQRMVGNDEVAIV
                     GDGLVDHGLRDVDAEQCATRRLVDVAHLKACMVVRLLQRGRCEALYFT"
ORIGIN      
        1 tgcctacgac atggtcatca acggtgtcga agtgggcggc gggtcgatcc gtatccacga
       61 cagcaagttg caagacaaga tgttctcgat acttggcttc accgaagagc gcgcccagga
      121 gcagttcggc ttcctcatga acgccttcaa atacggcgcc ccaccccacg gcggtatcgc
      181 ctatggcctc gaccgtgtcg tctcgctctt cgccggcctc gactccatcc gcgactgcat
      241 cgccttcccg aaaaacaatg cgggccgcga cgtcatgctc gatgccccga caccgcttga
      301 gcctgcacag ctcgaggagc ttcacatcga cgtgaaaccg gaataaccgc acgcgccatg
      361 ctgctcatca gagatgtttt acgtgaaata gagcgcctcg caccgaccgc gttgcaagag
      421 tcgtacgacc atacaggcct tcaggtgggc gacgtcaacc agccggcgcg tggcgcactg
      481 ctctgcgtcg acgtcacgga ggccgtggtc gacgaggcca tcgcccacga ttgcaacctc
      541 atcattgccc accatccgct gctgttccgc cccctgcgtg agctgacggg ggcggactac
      601 gtgcagcggt gcgtggccaa agcctgccgg aacgacgtcg tgatctatgc cgcccatacg
//
LOCUS       SEQF2634|AYYE01000136.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctgagaact gcgccgacaa agagaaaggc gccttcactg gcgaagtatc cgccgccatg
       61 atcgcctcca ccggtgcacg ctacgtcatc atcggacact ccgaacgccg cgcctactat
      121 cacgagacgc ccgagatcct caaggagaaa gtacgcctgg cactggcaca cggcctgacg
      181 cccatcttct gcgtcggtga agtgctggcc gaacgtgaag cgggcaaaca cttcgatgtc
      241 gtagacgcgc agatccgcga atcc
//
LOCUS       SEQF2634|AYYE01000137.1  437 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtgtcggac gaccgagcaa ggccctaatc cgcacgatga gttcgagcat cttgaagggc
       61 ttcttcagat aatcgttggc gccgaggcca aaccccttga ccagatcgtt caatgacgag
      121 cgcgcggtaa ggaacaggat cggcgtggtg gtgtcgacgc ggcgcatacg acggaccatc
      181 tcgaagccgt ccattccggg catcataatg tcagccacca caaggtcagg tcggcaacgc
      241 gcgaagcaat ccaggccatg caacccgtcg gaggtatgtg tgacctgaaa tccttcgcct
      301 tccagcgtgt ccttaatgat caatgccagc gcgggttcgt cttccaccaa taggatgctg
      361 ggatttcttt gattttccat tgtctgatag gatgtataat ttatctcggg atctcgattt
      421 tgaagattga accgcca
//
LOCUS       SEQF2634|AYYE01000138.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gattatatct tctcgaaata aatgcagact atatgcaacg cataagatct tcttttgagc
       61 catgagtata gattttgcaa cgcagatatg cttctattgg gtcgagaaga ttacatttgc
      121 aacgcggatg agattctttt ttatcggaag gtatagatat gcaacgcgga ttgtcatctt
      181 tcatagtggg agattgtgat ttgcgtcggg tttttacctt tgtggtgctc ggggattaga
//
LOCUS       SEQF2634|AYYE01000139.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaatgaaag ccgcccgcag gaggaaatcg tcgcttccga taaactctcc cgccaagtcg
       61 aagatgtcgc cccctttgcc gattccaaag tcgaaccaca cattattgtt cgtatcgacc
      121 ttgagcgagg gtgtccgttc cgtgcggtaa ggggcattgt accaaagaat gccgcctttt
      181 tgctttttgg gctgaatccc catcgcgttc aggaagtccg caatggggat ttctctcatc
      241 tgtcgcacgt ccatcagtcc agcatgattt tcagtccgac accatactgg gcatggaaac
      301 gctccgtaga gc
//
LOCUS       SEQF2634|AYYE01000140.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             38..157
                     /locus_tag="SEQF2634_00040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKRRKDDSRTYFLDELREKLNKRMVESDLKGGKFKKR"
ORIGIN      
        1 cttcggagtg gagataaaga actgctacaa cgtatatatg aacatgaaac gtcgcaaaga
       61 tgacagccgc acctatttcc tcgacgaact ccgtgagaaa ctcaataagc gtatggtaga
      121 gagcgacctg aaagggggca agttcaaaaa gcgataatcg ccatcaaaag gttaatcagg
      181 cttccctttt atttgaggga ggcctgattt ttttattaag gaatggcaat atgatataag
      241 cagctattgt cgatgttgcc atttctcttg aaactcacga gtgagttgta ctatttcccc
      301 tccgataata gcc
//
LOCUS       SEQF2634|AYYE01000141.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cccaaacaca atcagaatta tggactcaaa aacgaattac aagaacatgc tcctcgtcct
       61 actgctcgtc gtagcggggc tggcaggagc gatgatgccg caacaggcgg cggcgaagga
      121 ctacaaaatc aagatcggcg acgtggaggt tacctctgag aattacaccg acatctcggc
      181 ttcgggtggc ttctccgccg ttaagagcgg cacggtgacg tatgaccccg cttccaacac
      241 gctgacgcta aataatgcca cgat
//
LOCUS       SEQF2634|AYYE01000142.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             12..140
                     /locus_tag="SEQF2634_00041"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDGEVEPLMAIDNKTEHHVINTIDLSETMEDIFDDYVSINE"
ORIGIN      
        1 ccgcgtatcg gatggatgac ggagaggtcg aacctctcat ggccatcgac aacaagacag
       61 agcatcatgt gatcaataca attgacctct cagaaacgat ggaggacatt ttcgatgact
      121 acgtaagcat caatgaatga aagaccgtat ggaaaagacg atagtagact tcctgttgga
      181 ggattatccc aaacgtcacg gcttggaggc tggtaagctc cctacgattc gacgggaaaa
      241 gccaaacagc tcgaagtttg aactttgcga tcaaagagaa acgatcattc aagaagaagg
      301 catgggag
//
LOCUS       SEQF2634|AYYE01000143.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcctgcgcgt gctcgtcgaa gtgactgcca gcgctaataa cgccgatcgc ccgctgctga
       61 tccaagattc catccttttc tacaccaatg gcgtccgcca atttgtcctg ctgcaagccg
      121 tcgggcaaga cgttcacatc aaccgaggcg gccggacgta caccgaaaac acaaccctct
      181 cggccgaccg accttacctc gtcttcgata gcctcatcgt cggccccggt gtcaccctca
      241 ccctcgtacc c
//
LOCUS       SEQF2634|AYYE01000144.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cccatagcct tcccctgctt tatgcttacc cattaatgac agagacaaaa tgaaaaagac
       61 aagcatgatt ttggcagtgt tactgctgct gacaaccgtg atgggcgagg cgcaatcccg
      121 ccgccccaga caatcgcaac gacgcactac ctacagccgt gtgcagcccg tgcgcttcgg
      181 cctcaaggcg gggctcaatc tggccaacgt gagcgcgaag tatggcatcg atgccgacca
      241 ggtggtgggc gtaca
//
LOCUS       SEQF2634|AYYE01000145.1  520 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cccatcgcaa caaggaacgt agacaactaa catgttctat aaaagcactt atgccaaatc
       61 cttggatgga actggatggg aaaacctcag tgaatggttt tgtactctcc gtggattctg
      121 agaaagccat agttcgttta gagtcaggca tcgagtgtac ctgttacgaa acgcttgatc
      181 ccagtgatga ggggaatgtg ctacagtttg acattctgca tttaaacgta gctactcaac
      241 agattataat aagtcatcgc aaacaagaga tagttgaact tactactctg gcggtcggag
      301 acatgtttaa ggagtatcga agcttatctt cctcctataa ggacctagtc atggaggata
      361 gcgaggatga agaaactgaa gtttaccgag atttcatcgt aaagaatatt agttctaccg
      421 gtcgcattac agccgagtat gcagaagatg atgacgagtt tgagaatggt atccttcttc
      481 cgagctccct cactataaat gggtatccag ttaatgctgt
//
LOCUS       SEQF2634|AYYE01000146.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(40..246)
                     /locus_tag="SEQF2634_00042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAMAAQVPNCCWVSPSKWPSGGKRKSATAFSTKMVAKETDIWAS
                     FALAIGPVAAMALPPQMAVPLEMR"
ORIGIN      
        1 tcttatcggc cgactctttc gggtcgatcg tcagacagct tacctcatct ccagtggcac
       61 agccatctgc ggaggcagtg ccatcgccgc cacgggtccg attgccaagg cgaacgaggc
      121 ccagatgtcc gtctccttag ccaccatctt cgtgctgaac gctgtggcac ttttcctctt
      181 cccgccgctg ggccatttgc ttgggctcac ccagcagcag ttcggcacct gggccgccat
      241 cgccatccac gacaccagct ccgtag
//
LOCUS       SEQF2634|AYYE01000147.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctggtaaaat agttagtgga tgattgcaaa aaagcaaaaa acaatgactg cgatagagaa
       61 attaattaga aagtatgagt cagatagaaa catctatcta accgaccatt acaatgagac
      121 gcaggtgagg agtgatttcc ttgacccgtt gtttgagttg ttgggttggg atatcaagaa
      181 caaggcagga agatccacta atgagcgtga ggtgattttg gaggaaccgc taaaggcagg
      241 tgcatccgaa aacaccaaga agccagatta tactttccgt ttgtttgcag aacgcaaatt
      301 cttccttgaa gc
//
LOCUS       SEQF2634|AYYE01000148.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggcacggcg gacgaggccc tgctccgcac cctcgttcgc gattatcagc attacgccct
       61 cgaggcggcc gtctaaatcg ggattcagac cctcgtatcg cccccgcaac ccgtccattt
      121 attcttggat ttcagtgttt caccccgtaa cccactcgtt tgttcttaga ttttggcgtt
      181 cagcctgtcc acgcggcgcg taagccattc ggacgacaag ttccaccccg caacccaccc
      241 atttgttctt agatttcagt gttccacccc ataaccc
//
LOCUS       SEQF2634|AYYE01000149.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgtgatgat gttgcgctcc aggatgcgcg tgtcctgctt cagggcgaag agcgatcgcg
       61 acagccattc ggcctcggga tgttgtgccc aaccgacgag ctgcccctcg gcgtcctttt
      121 ccccaccggc gtacatgcac gtctccaccc gatcggcgta cgacgtgccc tcgatccatt
      181 cgatgcggaa ggccagacga ccgtccgtcg gcggttcgtg ccccagcaac agcgccgcgc
      241 t
//
LOCUS       SEQF2634|AYYE01000150.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(120..296)
                     /locus_tag="SEQF2634_00043"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAYINKGIFSLAMKWKMKYTHQLKVVPDQSLAFLEYKFYDQDK
                     NELDMQEEKEIVKK"
ORIGIN      
        1 tcgctcaatc gtttgtttta ggggagaaga ggggggaatc gtgtagaaaa aggagggggg
       61 tgagatacat tatatatatg tgggaacgtg ggggagcatc ggccgctccg ccccacgctt
      121 cacttcttga cgatttcttt ttcttcctgc atgtccagct cgttcttgtc ctggtcgtag
      181 aatttgtatt ccaggaaggc gaggctctgg tcgggcacga ccttgagttg gtgcgtgtat
      241 ttcatcttcc acttcatggc cagcgagaat atgcccttgt tgatgtaggc cgccacgtag
      301 gggtggacgt tgagggtga
//
LOCUS       SEQF2634|AYYE01000151.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgccgaggcg ccccacgtcg tcgaggccaa gggaatagcc ggcttcgatg tggttgaagc
       61 ggggccgaag aagcgcgtgc acgtgcaacg cctcattgaa gagggcggac tgcaggaatc
      121 ggagattctt cagcaggagg tagtcggacg aataggtcaa gtgtgcctgc aaccagcgat
      181 cgtcggccga ctgcgcgtag ggatcgagca gctggaaggt ggccgacatc gggcggtcgg
      241 agaggtgaag cgg
//
LOCUS       SEQF2634|AYYE01000152.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgtggtaaca acgcccactt atatcatccg tgaaatcctc agacagacaa tcataccact
       61 ttgtaaagac aagtctgcaa aagaaatact gaaattaaat atagcagata tagcatgcgg
      121 ttctggtgct ttcttattgg agacatatca gttgctaaat gatattctga tagactatta
      181 tattcagcac gactcctcga aacttgtgca aattggcgag aattcttata ggttgaaata
      241 tgccgaaaaa aagcaattac tgaaaaattg catctatggt gtagataagg atttcaatgc
      301 agcagaggca tgcaa
//
LOCUS       SEQF2634|AYYE01000153.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggcaagcgg cacggcgagc atgagccgcc ctgtggcttc ctgaaggttc tggaactgtc
       61 cgccgtatgt gtaataatag cccgccggga gcttcagttc cttgtcgaga atgccttgga
      121 tttcctctac ggtgctttgc acgtcacgcc cacgcacgtt gaaccctacg tatatgcgcc
      181 gcagcccgtc ctcgtgcgtg atttgcgctg gagcgtcctc gaagctgatt tcggcaacct
      241 gtcgcaacgg cagcgtcccg ccgtcgggca gtggcagata gagaccttcc aac
//
LOCUS       SEQF2634|AYYE01000154.1  325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatgttttc gatgttctct ttttcgttgt acgtcgggat gatgacgatg ctgtccgttt
       61 ccatactggt tattgtttgt cgggcgtctc caccgccgcg cacgaggtcg gagggaggaa
      121 cgtgtgccct gttttcttct ttgattttca cgggccaaaa gtagaaagat tgtttggcgc
      181 cccttttgcg ccccccgcgg tgcgccgact cggtttctgg accgttcccg aactgtttca
      241 ccgcagatac acggtttccg aaccattccc gaacggtttc gccgcagaat cactgtttct
      301 gggctgttcc cgaacggttt cagcg
//
LOCUS       SEQF2634|AYYE01000155.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tattggatgt tagttatacc cagttcggcg aagcaggcgg cgatttggcg atcgagctct
       61 gtacgacgtg cctcgagatt acggatgcgg tgcatgacgt cgtgcagatc aattggctct
      121 tcctcttcgt aggtgtcgat atagcgcggg atgttgaggt tgtagtcatt ctcgcggatt
      181 tcttggatcg gcacacggcg cgagtatcgc ggctcttcgc ggcggtggct ataag
//
LOCUS       SEQF2634|AYYE01000156.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agccttacct cctctctata acctcttgcg cttatcaact cactcgatgc aaaccttcgg
       61 ctggcaagca tgctgtttac ccaccagcat ttcgcccccc ctatcacctt tcacctaaac
      121 tccttgtctg tttttttaga cgaccgtcgg gtgtaactta gacatgacag acttacacat
      181 tagagttcat cgccataaaa cctcctcgat tcattctatc taatcgttaa agaaccatct
      241 tctt
//
LOCUS       SEQF2634|AYYE01000157.1  304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(101..286)
                     /locus_tag="SEQF2634_00044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDFNISDSLLSILDLQIGVLKDHAYNLGENSNKISEIAGRGSK
                     ITEHKERFDKLIRQLDK"
ORIGIN      
        1 aactcccttc gctgctcgtt agtgataaat ctgttgtcag cggcttgctt aatcagcgtt
       61 cgctgcgtct ctttctcttg attgaattgt tcaaatacat tcatttgtct aactgtctaa
      121 tcaatttatc gaatcgttct ttatgttctg tgatctttga acctcttcct gctatctcgg
      181 atatcttatt ggagttctct ccaagattat aagcgtgatc tttcaaaact ccgatttgta
      241 aatccaggat gctaagtaga ctgtctgaaa tattaaaatc gaccatttca tggataagtc
      301 tgaa
//
LOCUS       SEQF2634|AYYE01000158.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 accttgataa aggcggtctt gtttgtcttc ttgtcttccc ttttagggtg ttttttctac
       61 ggagctattt gtagaagaac aaacaagtat acctgtagtt agaatacgag atattcttag
      121 caactctata tcggcatata ctaccgaaca gatcggagaa agatatcgtc ttcaagagaa
      181 agatcttttg ataggaatgg atggaaattt tcacatgaac tattggagtg acaataactc
      241 atttctgaat cagcgaagtg ttcgacttag agc
//
LOCUS       SEQF2634|AYYE01000159.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatgatggaa cagaaagaac aggaacgaag ccgtgccatg caaagcctca gttccatgtt
       61 cggagagatg acaggaggac aaccggtgca gagttccgaa gagttggcat tgaagacgga
      121 tttgtcggaa agagataacg gtttcggctc tcgtaccact gctccacaag agggattcca
      181 tgcttcggct tccgcttacc aagacatcaa ccgcacgctc ggcagtttct atgaagcacc
      241 gagagaagac ccggaaaaag aggaaatgcg taccc
//
LOCUS       SEQF2634|AYYE01000160.1  305 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gattccatgg gccttatgac atatcctgga aagagtagct catcagactt acgtttactc
       61 tctatatcaa tatctacatc aggagcaatc atttcaataa acagccgaca tacatcccag
      121 acgctataag ctgtacgtgc ttttaccgtc agattcttgg ctgtttcaat gtcgtccatt
      181 ttggttttct tttaccagta ttgttcgttt gataatgtat tcttgcttat tacattataa
      241 aatctgtgca gatcacatgt caaaacaact ttttatcaca agatagtacc ccaaaacgaa
      301 cctgc
//
LOCUS       SEQF2634|AYYE01000161.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcttaccca gagcaaccgc atcaatataa gagtctgatt ttcagagatg ctttttagca
       61 tctaacattg aattcttata gcagaatccc taatacgcca ctcattatca agcagttgtg
      121 tgtataaact ttaatacact tatcaagaaa agatgtagct ttttgactac ccgtaactgc
      181 accccaattc ctcttctttc accgtatcac ctccgttgta gtcatgtagt aagatctaat
      241 cgatgaaaga aaaaagtcta aattctcacc ttaagccaac cttacaggaa tcactctgac
      301 gccgcttgtt gcttttggat cagcttgtcc atgtcttctt agatcttttt ggggtgaaat
      361 atcaagaatt acaggaaata gc
//
LOCUS       SEQF2634|AYYE01000162.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggctgagaa ggacgtctct gattacttcc gtttgggata cagcgcggag gacttccatc
       61 acctaattac cgaccgcttg gagcagcttt atacgcaaac gctcatgttg ctcgactcgt
      121 gcgagatcga ttatcgccat ccgcccgacc gctctcaaac ggtgatcgcg tcacgcggtg
      181 tcccgctggg cacctacgac aacctgtttt gcattaccgg tggcgaaggg acgggg
//
LOCUS       SEQF2634|AYYE01000163.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttcttcatt agtacgatat ggtattacga ttatcggcat tgtattgctt ttcctcttcg
       61 tgatcgcgta tttccttccc tacaaacaag tgtattcggg tgttgcaact atccgcgaaa
      121 tgaagtcgga aagtcctgcg gacagcgtcg aaacaaccgt actacttaag tttgagacaa
      181 aacgaatgaa tgaagcagag gatgaacaga ttgatctaca aacgccgaaa ggctcaatag
      241 agggacgact catggctctt tcatcagttc gggatacact tgaaagacaa gaagcac
//
LOCUS       SEQF2634|AYYE01000164.1  320 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gattccttac ctcaaagcca acggccgact gctattctta cgggaggaga tcgatgagat
       61 gttgcgcaaa cagacgacgg aatgacggcc tcaccgcaag gcaagatttc ggcaatcacg
      121 ttgtctaaat cttagttttc tcattctgcc gatatcggat caagggctaa aacacctctg
      181 ttcagaacta gttctttacg acggaaaaaa aagacttatt tttgcaacga aaatgaatgc
      241 gccgcacacg aaaaatgtgc gcttcaatga taacagtacc tgcttggcat cccgtaagat
      301 ctgccagcgg gtcatttttt
//
LOCUS       SEQF2634|AYYE01000165.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggtaggcca tatcgaacac aatggaatac aagcgacgat aaccggcagg aagatcttgc
       61 aggagcattg acttgccgtt cttgaatccg atatccatcc catctccctc catagaacgt
      121 atgagataat atcaaaggat tacaaattgc ccgaacgaca gaacaataat ctacagtatt
      181 cgcaatacga acgagagcag cagcgcctat tggaaaatat attaccacta tataaggaaa
      241 cacatttcgt agagtcacgg ctcaaaacgt ttgtatccca attacctgct ctgaaacgcg
      301 atggttatga tattgattat ctcatacgtt ctatggaggg agatgg
//
LOCUS       SEQF2634|AYYE01000166.1  306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tataaagacc tacgctatgg ttacttgatt gactttgccg acatcaagcg gaactttgaa
       61 gagaccaacg aagcctactt acaagagctt aatcgattca atgatattag tcaggaggaa
      121 aatcccaata cgcccaacac ttttacgcaa gtattagtga gtaaagagga aatcatcgaa
      181 cagatgaagg aaattaggca gatactcttc gactactcgt gccacaatgc agaagatttc
      241 tctacggaga tttcaaccct agaggataaa caagcccttt tggacttaaa gcacgcactt
      301 gtctct
//
LOCUS       SEQF2634|AYYE01000167.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggccggctac tcggctacag tttccagatc cgcgacgacc tcttcgacta cttcgacatg
       61 cccaccacgg gtaagcccgg cggtaacgac atccgtgagg gcaaggtgac gctgccgctg
      121 ctctacgcgc tcgctgcgac ggccgaggtc gtgaaggcgc ccttcctcag catgatccgt
      181 gagcagtgct ttacgccgga gaacgtggcg gcgctgattc gtttcgccaa ggagcacggc
      241 ggcatagcct acgc
//
LOCUS       SEQF2634|AYYE01000168.1  298 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 accaccgagg tgaaccgtca gcagcaggac ttctacagca tcttcaacga cggcatcctc
       61 aacctccgac aggcactggc ctcgaagatc ctagagctcc aaaaggacaa cctcacggcc
      121 aaataccgcg aactgatcgg caccatcgtc gtggccgacg tctatcaggt atggaagaaa
      181 gaggtgctgc tactcgacga cgagggcaac gagctcctgc tgcccaaatc ggagcaaatc
      241 cccggcgact tctatcgcaa gggcgaggct gtacgtgccg tcgtgcagcg ggtagaga
//
LOCUS       SEQF2634|AYYE01000169.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggctacatc acgtcttggt cgggcgacta cgatggcgct aattcgctct acgataaggc
       61 cgcaggacaa atgaaggccg gcaacaaaga ggcggccgat cagctgcgct tactgcgcct
      121 cgtaaacgcc ctgagtcgga tcacggaggt gaaaggcgac aacgtagagc gcctcaccga
      181 agagctccga tggctttaca agcagaacag ctatccggaa tatggggaag gtggcatgcg
      241 ttataagaca gccatcacac aaagcgctac ctatctgtcc acact
//
LOCUS       SEQF2634|AYYE01000170.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttaagtgcct tagcttgtga atcggaatca tcctcaagat tgaaatactg attggcctca
       61 atctcttcaa cctttggtgg attgataggg tgcaatttat ttcttgcgat tttgctaaag
      121 atatccaatc cgtttcgttc gtaaacaaaa ctctcgatgg ccctaatctg ctgctttata
      181 tgacgaatat tagggaatcg tttaatttga atgcccgact ttctcaatcc ttcgatatct
      241 atatctcggt tggcataaa
//
LOCUS       SEQF2634|AYYE01000171.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcatacatc ccaaatgaag ctcctcctca tcgatgctta cgcactgatc taccgttcct
       61 actacgcctt catacgcaat cctcgcgtca actcgaaagg catgaacacc tcggccatct
      121 tcggcttcat caactcgctc gacgatgccc tccgacgact cacgcccacc cacgccgcca
      181 tcgctttcga ccccgccggc cccaccttcc gccacgaggc cttccccgaa tacaaagcgc
      241 agcgagagaa ga
//
LOCUS       SEQF2634|AYYE01000172.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccaccggccg gcggtcgagg tttaggccat agtccggcgc aaaggcctcc tgcatgtcgg
       61 tgtatttgta gtactcgctt gctgtcgacg ggaatccccc cgcggcgcag atcctccaaa
      121 gcccggtcac gcggtgcgtt catgcacgcc ggcgcatgac ggtgcaccgt gtcgcggtga
      181 ctctggtaga ggtcgatgta ttgttgttcg gagttcatgt cagcagcggg tcaatcgttt
      241 tgttccttga tccaatcata tc
//
LOCUS       SEQF2634|AYYE01000173.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttctcttgg atagaaaact acaggagaat ggctatcaat tacgaatgat gtagtgagta
       61 tgcagaagcc atggtatacc taactctctg ttatattctc attaaaaagt atacatataa
      121 attcaaaatc acacctcaaa atactacata tatattctaa agaaacggca cttagtgcag
      181 atatgtctct gcctaagtgc cgttttcaat tcaattatgc gcctttcgcg tcttaccgtt
      241 ttccgcctcc cctgtaattc tcctccaaga tcct
//
LOCUS       SEQF2634|AYYE01000174.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgcgtttacg ccgaaaaccg cggtgaatac tgtaccgcgc gtttgatcgc aaatcatttg
       61 cacgccaatc aaccaccgaa gtgtgtaatt gcaaatcact tgtatcataa tcaaccatca
      121 gagtgtatga tcgcaaatca tttgtatcct aatcaaccac cggagtgtgt aattgcaagt
      181 cacttgcttt ctaatcaacc actgaagtat gtaatcgcaa atcatttgta tcctaatcaa
      241 ccaccggag
//
LOCUS       SEQF2634|AYYE01000175.1  201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgtgtggga gcaaatactc aaaagcaagg gcttggaacg tagccacctc ttcaccttgg
       61 agcagaaacc tgccgagtgt acggactatg tcaatgataa tgtctttgct attgactttg
      121 atgaaaaggc tgtgcgtgtc tctcgtacgc taaacctaat tgccggtgac ggacagacga
      181 atgtcttgca cctcaataca c
//
LOCUS       SEQF2634|AYYE01000176.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtatagacgt gcggggacgc gtgcttgtcg ctgtcggtgg gagatacgaa gacttggaaa
       61 gacccattgt ctcggacaat actaaatgcc tgatcaaggt attcaatatt gtctgaggca
      121 atgataaata cccgatccaa ttatctatca ttgatcgaat caacaacaaa taagagtgta
      181 gatacttatt atcgcctccg aaaacattga acacctgcat gagttgttta ttattatctc
      241 agacaatgac tccctccgag gggtgaagtc tccccgcgcc cgagacagtg tcaccttcga
      301 aggctcggaa
//
LOCUS       SEQF2634|AYYE01000177.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgagaagcg ctgctatccg atcatctatt acaagtcggt tacgccgaac agcttgaacc
       61 aactcaagct caatccacgt aaggtgaaaa tcgatggcga ggagtatccg ctgcacctga
      121 accttggaac ggatggtgtt gtctacgtct gcgttggtga tgctcaaccg gtagatatca
      181 atcgcacggt gacgctccca tccgtatcag gcgtgaagac agatccaggc gcaggtattt
      241 gggatgtgaa gagccgtggc aacttcaagt tcaaggctac ctattcaggt tccaagccgc
      301 tggccgtacg cacgaaccgt acagtaaacg gtg
//
LOCUS       SEQF2634|AYYE01000178.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catgtcgccc atgctctacg gcgtgctggc cgcagctggg cgaacgtttg ggatttcaca
       61 gcgccagacc ggcagcccgt ctggagcgcc tcaccgaccg ccgcagcccg actctgcgcc
      121 tcgctctacg agcatttccg cttcacgcgc gacaccgcct acctccggag cgtctacccg
      181 ctgctgcgcg acgccgcgct ctgcctctcc gaccgcctca gcgaggatcc gcgcagccgc
      241 cgcctcgtca tagcacccag c
//
LOCUS       SEQF2634|AYYE01000179.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             31..267
                     /locus_tag="SEQF2634_00045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDVVTRDYSPRLTPDDVFHNATRYARNGSLIVFHDSPKAAPRM
                     FDALPRVVTWLRTAGYTFRRLETPPPFSPRRQEL"
ORIGIN      
        1 accctccgcg cggctggcta ccgactcatc atgttcgacg tcgtcacccg cgactacagc
       61 ccccgcctca cccccgacga cgtcttccat aacgccaccc gttacgcccg caacggctcc
      121 cttatcgtct tccacgactc ccccaaggcc gccccgcgga tgttcgacgc cctgccccgc
      181 gtcgtcacgt ggcttcgcac cgctggatac acctttcggc gcctcgaaac tcccccgccg
      241 ttttcaccgc gcaggcaaga actgtgaaaa acagcccgcc gtt
//
LOCUS       SEQF2634|AYYE01000180.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttcggaat gcccatcaac ttggaagagg taaacgcggc gtgtttccct atgtagtagc
       61 cgtaagagtc gagagaaaga gactgtttcc taatctatac gccgtatggc tctacaaaaa
      121 gaagctgttt ttcaattcat acacggtata agcccaccga aagacactgt tttgtacttc
      181 atacgcggta tgagctaaga aatagagcct gtttcgcata tcacacaccg tcagactccc
      241 t
//
LOCUS       SEQF2634|AYYE01000181.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggaagaaac tggggtggat ttctcgattt aggcgtgttg cttggaagaa actcgccgtt
       61 tttcaggatt tgggcgtgtt gcttggaaga aactcgctgg atttccggaa cgtcggttcg
      121 acgtaaaaag tctctgtctc tcattcgtcg gcaagtcgct tgacggagta ccgctccttc
      181 cagtctaagc gggatgccta caagcatgct ttgcattact cacaacccat actt
//
LOCUS       SEQF2634|AYYE01000182.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcccgaagg atgccgctgc tgatcaagtg gctgccgtct tccgtctggc tggagccgag
       61 gtgaagcatg gcgacggcta tcctggctgg gcacctaacc cggactcgaa gatcctgaag
      121 gtggctgagg atacgtatcg caagattttc ggtaaggatg cgctggtgct ggccatccac
      181 gcgggattgg aatgcggact cttcctcgag aagtatccct acctcgacat gatctctttc
      241 ggtccgacga
//
LOCUS       SEQF2634|AYYE01000183.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcctgaact atacgcctcg atattttggc ccgaacgcat tcccgttttc tgaactcact
       61 gacgggcgta tcggtaatcg ttgggagctg gagctgcgcg gcgaatatca cgaagcggcc
      121 ggcgatcgca cagccgatct ttttgcgcgc ctctttatcc ccattgccga cggacgcgca
      181 ggcgtagaga tgagtggtgt cgtgggtgag acatatcaga tgtcacgcac cacgcagc
//
LOCUS       SEQF2634|AYYE01000184.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(117..263)
                     /locus_tag="SEQF2634_00046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLCAEERYLVDFAERVNRCGVHRLDWCRTLISKAKEDMRLSG
                     MQPT"
ORIGIN      
        1 gggcgacgat cttttcgtcg ttgcgggcgt tgctgtcgtg gttgaagtaa gttttcttgc
       61 acatggctat gggtatatat aattgtacgc gtgtgcgcgt tccttattta tctgtgttat
      121 gtgggttgca tgcccgagag gcgcatatcc tctttggcct tactgatgag cgtgcggcac
      181 caatcgaggc ggtgcacgcc gcaacggttc acgcgttcgg cgaagtccac caaatagcgc
      241 tcctcggcgc agaggctgtc cacgatggcg tttatcgctt tcgcagtggc tccgccctgc
      301 tt
//
LOCUS       SEQF2634|AYYE01000185.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(72..245)
                     /locus_tag="SEQF2634_00047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQELEKEGYRVNALLEGLGQNNAIRALYLAHIRFALNHRMFDI
                     LSKKKHYETNDRD"
ORIGIN      
        1 gatgggtgta atgtgtagtg tagtgttgtt ctaagagggg gagaatccgt ccccgcattt
       61 gtgtcagcgt cttagtcgcg atcgttcgtc tcgtaatgtt tctttttgga gaggatgtcg
      121 aacatgcggt ggttcagtgc gaatcggatg tgagccaggt agagggcgcg gatggcgttg
      181 ttctggccga ggccttcgag gagggcgttg acgcggtagc cttccttttc gagctcttgc
      241 ttcatatcgg tggcgatgtc attc
//
LOCUS       SEQF2634|AYYE01000186.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(38..283)
                     /locus_tag="SEQF2634_00048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDNFDERIEQKIFHAEIVVDTAKVSAEMKSYRPIPVIAEFLNG
                     DGSDNLRETIEASYRMVKQDILSLLPARWSELRMTQI"
ORIGIN      
        1 ttggtatatt tataatccta ctctttaatc agccctttta gatttgggtc attcttaatt
       61 cgctccatct cgctggtaac aaggatagga tgtcctgctt caccattcga taactggctt
      121 cgatagtctc acggagattg tcggagccat ctccgtttag gaactctgcg atgacgggga
      181 tcgggcggta agacttcatc tcggcggaca ctttggcggt atcgaccacg atctccgcgt
      241 ggaagatctt ctgctcgatg cgctcatcaa agttgtcaga cac
//
LOCUS       SEQF2634|AYYE01000187.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agagtacgcc gtgagggagg atgatggcca tcgtgccgtt gtcccggagg taatggaagc
       61 cgtgaagcag gaaggccatg tcggccgcct tcttgggcgc gaggacatag ttgccgaatc
      121 ggggatcttg ggccagcgct tcgcgggggg tccatttgag gctgaagggc ggattggcaa
      181 cgatggcgtc aaactcgatt ttcttcagat cggtggggtc gaagatgtct gtccattcgt
      241 tggtgagggt gttaccg
//
LOCUS       SEQF2634|AYYE01000188.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgtctggta ggtcttgtat tcgggctgca gcgcctcctc gaaggccacg gccttggcgg
       61 cgatgacgtg ctccagcggt ccgccctgaa tgccggggaa gacggccgag tcgagcagct
      121 gcggcatctt cttcacctcg cccttcggcg tcttcttgcc ccacgggttg tcgaagtcct
      181 tacctaaaag gatgacgcca ccgcgcggtc cgcgcagggt tttgtgggtc gtagag
//
LOCUS       SEQF2634|AYYE01000189.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccttccttct aagcgtataa ggggtattta ttcacccgtt cgggagttcc cgagagtata
       61 ttcaaactta tatcaattgt tcggaagttc ccgagaaaat attcaagtat gtatcatcta
      121 ttcggaaatt cccgaaaatt ctattatatc tatacaaagt cttcggaaag ttccgaaaca
      181 cttatcctac atttataagc ttttcgggaa tttccaaatg atctaatctg atatgtatag
      241 cca
//
LOCUS       SEQF2634|AYYE01000190.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccttcgatac tccggaagaa gaagaggaac ctccagctga aattcgagtg caaaccaaag
       61 agcaatctcc cgaagcgaaa cctcccctcc aaaggaaaac agaagaagca ccgatcacgc
      121 tcgacgatta tcgctccacc tatatgcatc ccgtccgcat tcgtgagaag accgcattca
      181 cgatgaatgt ggagactttg cggatcctgc ggaacgtgct gcaagatttg ggggtgcgac
      241 t
//
LOCUS       SEQF2634|AYYE01000191.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttaaagacc cgcgcctgcg ccgcttcttc tgcatcgggc aggaccacct gccgaaaggc
       61 tcgaagcgcg tcacgataca gatcaagggc gccgatgacc cggccttcct catggccgag
      121 aacggcaccg ccacctcgat caagtatcac tacaacgtgc ctatcttctt ctacgctcag
      181 gtctgcccca cactgctgat gagctaccac gaactgctct tcctcaaggc cgaagc
//
LOCUS       SEQF2634|AYYE01000192.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttggccggg tatgggatgt atccgaaacg tgacggggga aggatagccg gcgtcatgga
       61 cttaccgatt cttgccggca taggggaggc ggagtacgta tggattctta tttgtttcaa
      121 gggattgaag gccttctcct gccggcaggg taggggcgta ttgaatacgc cctacagacg
      181 ccccgggtac ggggcgaacg atttcgttag gtatgcaccc aacggcccct ttgagcccgc
      241 tagagggggc gtatgcaata cgcccctaca gcctaccggc aggaggcgtt tttt
//
LOCUS       SEQF2634|AYYE01000193.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttgtggtgc tgatccttgc gaaagttggg gcgcgtctcg gtgtcgaagc ctacgcgtgc
       61 ctcggctgat agttcggcaa cggcccgagc tacgtcctcc gggcgatcca cgacgacgat
      121 ttgccccgca tattcttctt ggggcagcgt agcgatttct tctttggtga ttttggcggg
      181 gagaggaggg tgttcagcaa tggcttcttc ggcgtattgc tgcatgcggg agtcgatggt
      241 ggtgtagacc ttcagtccgt c
//
LOCUS       SEQF2634|AYYE01000194.1  304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaccgagttt acagtgctgg acgaagaagt ttggaagaaa ttggaaatta aactcaatga
       61 tccacgtata aggattcaca aactagcggc atccctagag actaataaaa aatctttagc
      121 agagaaactt ttttgaactc ggtttgattg atactccaaa ctggaatcag agaatcgatg
      181 ctccattaga agaatggttg cgctcggttc tatcaaaagc cgcagacaaa gaaaaaactt
      241 tgaccgaatt acacgcagca gatctcaaga aaaataacag cgcaggagag ttgagtagtc
      301 aact
//
LOCUS       SEQF2634|AYYE01000195.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctctcggac gccgacaggg acgaggacac catgcgccgc tacacccgcg cccgcatcga
       61 ggccctggag cggcgggtga acagcctctt ccgcacggtt cgcttccgcc tctttgcgta
      121 cacccaggag gggggcgagg tggaggtctg cgtgccgctc gtgggcgccg acggcgtgcc
      181 gtatccggtg gccaacacgg ccgcgcaggt gctggcgggt ctggagatca tccacgtctt
      241 gcaacagcac ggcggcgtct cggcccccgt g
//
LOCUS       SEQF2634|AYYE01000196.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acggtgctca acgtggacta tgcacgcatg aatcagacgg ccgacagcca cggcctggag
       61 tcgcgctact cgctgaacta cctgcgtgac aaggtgaccg tcggactgca gcacccgatc
      121 tttcgcgggc tgacggcctc gtggcacttc cgcgcgcaga agcgcatggg cagctatcgc
      181 cgatacgtgg acaagaagga catgggcctg gagccttacc cggccttctc gaccctcgac
      241 ctgaagctga ac
//
LOCUS       SEQF2634|AYYE01000197.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgagcttctt gtcggtctgc gccatgtgca gatcgtactt caattgcagg cgcatcagcg
       61 aatcggctgg cacgtttagc gctgcctcaa agcgcatggc cgtccgtgtc gtaagcgacc
      121 gccgctcgtt cagtatatca ttcagcgtcc gataggagac gcccatctgt cgtgctaagc
      181 gtgaaagcga gatgccccga cactcgatct catcccgcaa cacttcccct ggatgcgtcg
      241 gggtatagct g
//
LOCUS       SEQF2634|AYYE01000198.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgttcatcgt ccatcacaaa acctttgcgg atgtactcat tcaatacctt cgtcgcccat
       61 tggcggaagc gtgtcgcctt ctgagagcta accctgtagc ccaccgatat aatggcgtca
      121 aggttataaa agtcgatgct tctcttgacc tctcgccccc cttcgttttg aactatttcc
      181 attttggaaa cagttgaatt tatctctagc tcatcttcct caaagatgtt ttttaggtgc
      241 ttacttattg cggggaggtt gacaccaaac aactgagt
//
LOCUS       SEQF2634|AYYE01000199.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggccatcac ggcctactag aatcaaagga atgaagagcc aattggcacc taattctcag
       61 tatggatttt ggatagatga tgctggggat gcagattata tagaatggac tgtttggggt
      121 ggaagaatca tcggaggtca aggagcttct cacttgagtg tagaaacagc tagtcaaggt
      181 gcttttcaca tacaagtaag caagagaaat aactgcggtt ggagtggatc ttgca
//
LOCUS       SEQF2634|AYYE01000200.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtgcccggc acgcgcatcg tgccgcacgt gacgctgacg gacgtcctga ccgatacggg
       61 ctaccgtggt gcattgctta atgtgcaatg ccacgaagac agcctccgcc gtgagatcgc
      121 cctgcgcgac cgcacgatcc gcgagatgac cgaccgtgta cgcacggagt acgtcaccgt
      181 ggagcgaccc ttccggtggt accaccgggc gctgatgggc ggcggatacg ccttcctcgc
      241 ccttgtgctc ggcatggccg cgtggctg
//
LOCUS       SEQF2634|AYYE01000201.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 actctgtgtg atgacttaac tgtggaacag ggaaaaaagc tggctctatc tttagtgcct
       61 ttgaaaaagt caaccattac tattttggtg cttatgatag aaaccagctt cctatatcac
      121 agttttggag tacgagacgt tatctgtact cgttgtgagt acacaggtaa caaaacaatc
      181 atacacgtac gccccacacg tacgcttcgt tgttgccccc attgccactc ctacacct
//
LOCUS       SEQF2634|AYYE01000202.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtcgtaacc gaggaaaggc gtgacgctgt cttcgcccat gtagggcgca acagtgaggg
       61 cgtccacgtc ggtctcctcg aagaaggtgc gggcgtagag cgccgatgta ttgccgatgt
      121 caccgcgttt ggcgtcggca atgaggaatg tgtccggatg atgctctcgg aggtagcgaa
      181 cggtcttttc gaaggccaac cagccgcgtg ctccggcgca ctcgtagaac tgtctcttta
      241 cacatct
//
LOCUS       SEQF2634|AYYE01000203.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttctcatatg atccttctga gacgattact gaaaagcaag tccctgcgcg tggtgaacgt
       61 ggcggggcta gcggtggtct ttgcttgcat gctcttgtcg tatgcctacg tggcttacga
      121 atgcagttac gatcgcttcc atacgaaggc cgaccgcatc tatcggctct cgctgcgcac
      181 ggagggcgag cccgtcgacg tgcgtattca tggctttgag acggccgacg cgcggacggc
      241 gggcgtcagc ggcattgagt c
//
LOCUS       SEQF2634|AYYE01000204.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgtatgcga gtgaactttg cctctgagcg cattgagttt accacaggct atcgtattga
       61 tgcagccaag tgggatgtcg ataagcaacg tgtaaaaaat ggttgcacta ataagctcaa
      121 acaatcagca gctgagatta atgcctcact gcttagatac tatactgata ttcaggggat
      181 attcaaaaag tttgaggtgc aggaaatcct gcctacgacc gagcaaataa agaaggcatt
      241 caacactctc
//
LOCUS       SEQF2634|AYYE01000205.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atacagtata atatgtcttc aaaaagaaaa agttccggat cagaattata tgcagctcca
       61 cctggatgtt ttagtattgg attttggttt attggagaaa aaactatcga atcatttgat
      121 cgataaatac atggattttc atattcgacc cgttcgcctg ggtagggagt tgtcgccatc
      181 caataagagt aaccccgcca tttctccgaa aagaaccgta ttgatgggtg tgtctggctc
      241 tgcttgggat aaccaacagg tacaggaatg ttgcaccagt gataatctgc atccccaatt
      301 acgatacgcc tcttgtatcg gatataatcg tatcgatcaa a
//
LOCUS       SEQF2634|AYYE01000206.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatcccggat gtgattaaag atatcgttga cccgaaaaaa ctgggttatt gggcacacga
       61 atcgaccttt aaacgtgcta aatacctgcg ccagaaaacg tacatccaag acatctacat
      121 gaaagaagtc gatggcaaac tggtggaagg ttcaccggat gactataccg acattaaatt
      181 ttcggtgaaa tgcgccggca tgaccgataa aatcaaaaaa gaagtcacgt tcgaaaattt
      241 caaagtgggt ttcagtcgca aaatgaaacc gaaaccggtg caagttccgg gcggcgttgt
      301 cctggtggat gatac
//
LOCUS       SEQF2634|AYYE01000207.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcctcgctca tacctatata tagcgcacaa tgaaccatct catagcccca tcgctccttt
       61 cggccgactt tatgcacctc ggccgcaacg tggagatgat caatcgcagc gaggccgact
      121 ggctgcatat cgacgtcatg gacggcgtct tcgtccccaa catctccttc ggcttcccgg
      181 tcatgaacgc cctccgcggc gtctgccaca agcccacgga cgtgcacctg atgat
//
LOCUS       SEQF2634|AYYE01000208.1  407 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..407
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(70..366)
                     /gene="capA_1"
                     /locus_tag="SEQF2634_00049"
                     /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="MLHWGLEHDTLPTRRQRIAVRRLVAAGADCLVGHHTHTAHPSEW
                     VQGRPVFYGLGNFIFDPVRPLNAAAWLLRMDVTRDTIHYRLHPIRIIDCTPRLH"
ORIGIN      
        1 gtctgagacg ataagggatt aaatacgtat ttatcagcta catatagaga cgatggggcg
       61 cggtgggggt tagtgtagcc gaggggtgca atcgatgatg cggatggggt ggaggcggta
      121 gtggatggtg tcgcgggtga cgtccatgcg gaggagccac gcggcggcgt tgagggggcg
      181 cacggggtcg aagatgaagt taccgaggcc gtagaagacg ggccgacctt ggacccactc
      241 cgacgggtgc gcggtgtgcg tatggtgacc cacgaggcag tcggctccgg cggcgacgag
      301 gcggcggacg gctatgcgct ggcgacgggt gggcagggtg tcgtgctcca gaccccagtg
      361 gagcatggcc acgatgatgg cctgcggctc gcgacgacgg aggcggg
//
LOCUS       SEQF2634|AYYE01000209.1  420 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcttaatgtc gcatacgacg acggtaaccc gcatgcatgt ttcttattat cgaagacttc
       61 gacgataaat tacataccta tttcttatta tcgcacacag cgacgggccg ccgcgcctcc
      121 gtgaacactt accgctgccc ggttgtttat gggagagttt gtacccataa ccccccacgt
      181 ataacaaccc ccaaactgaa aggagaaaca gaaatgagaa gaatgaaatg gatgctggcg
      241 gcagctgtga tgctcgtcgc cgtgacgacg gcccaggcgc agtgtcgctt cggcgtgaag
      301 ggcggtgtca acatcgcctc ggtgtcgttc gatcgccatg tgctggacgc ggagaacatc
      361 accggcttcc acgtcgggcc catgctggag tggaacatcc ccctcctcgg ccttggcatc
//
LOCUS       SEQF2634|AYYE01000210.1  631 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..631
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             66..188
                     /locus_tag="SEQF2634_00050"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIYLFGGEFQAMRVKLLQCFCIFHLDMFYQMLSCSSTFT"
ORIGIN      
        1 accctgactt tattctggaa atccaattcc tctttgtcac ggaagtagta agtccatttg
       61 tctgcatgga aatctatctg tttggtgggg agtttcaggc gatgagggtc aagctgctgc
      121 aatgcttctg catctttcac ctcgatatgt tctatcagat gctctcctgt tccagtacgt
      181 tcacatagca aaagcactac ctcttgctgg accccctcaa ataccagatt ctcaaacgat
      241 atgatattta tcttattgaa tgatgtggcc agatatttcc tcagttgttg tgcataagta
      301 acttgaagga gttcagatgg aataacgaac cccatctttc ctgtttcttt cagtagcaaa
      361 ctacctccaa cgacaaacgt tacccacgca ttggtaagcc tagatctctt taaacccgct
      421 ttcttgaata tctctcctgc caacgcctgc tgttcttcat cataatattg atagcggata
      481 aatggtgggt ttccaacaac gagattgaat ctctgatccg tatctaaaca gaaacgatgg
      541 aaatcagagt ttattacctc tgaatcatga agtcctattg cacgagcctt ctctgcttct
      601 acggcttcgt attcaacagc tgtagcatga t
//
LOCUS       SEQF2634|AYYE01000211.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attctaccca cttaaataat ggaatagttt tatcaaggta atagtccggt tgaataccaa
       61 tatcgtcaac aggcatttcc ggaattctaa aacttctgga cattgcataa actaaaacat
      121 tacaattaga aggagatttt gcgaaattca gattcgacat atccaaggca ccaaatgtca
      181 ttcttccaaa taattttact tttttgctct gtttagcatc cagtaaaaat tgttccgctg
      241 tacttccatt atgttcattg atcaggatgc ctacattttt tggatatggg taaacgctat
      301 cccgcttttc aatatatat
//
LOCUS       SEQF2634|AYYE01000212.1  373 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(241..351)
                     /locus_tag="SEQF2634_00051"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWHAYSKKSDAYRTVEKFYHLPKADRDAVVAFVNAI"
ORIGIN      
        1 ggtgcatacc atacgcccct acaccaagac tcaaaaatct gtcgaggaaa tggcagcatg
       61 tttcatggcg aatctgatcc ttggtgggta taagattcat gctgaaaaaa tgaattacgt
      121 atttatcgag gcggagaatg tatcgcggtg caggaatgaa aaaaaggccg aggaagagag
      181 tctccctcgg cctttgcgtg tccttatcgg tgagataagg aagctatgaa aagtgatgaa
      241 tcatatcgcg ttcacgaatg ccaccacggc gtcgcggtct gccttcggca aatggtagaa
      301 cttttcgacc gtacgatagg catcgctctt cttgctgtag gcgtgccaca tgatggcctc
      361 gatggtgtta cgc
//
LOCUS       SEQF2634|AYYE01000213.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccatgtctt ccactagaaa cccagcttcg atgaacgcgc ccaaggttcg ccttccagcg
       61 tcgtcgttat cgaggaacgc acggaggacc gtgatgtgtc gctcgcgcaa gtaacggatg
      121 caccgcccga cattagccac ggagttcatt acaaggcaat ggctaccgac cttttctttc
      181 attgaaagga aggaaaggaa gtccatgaag ccttcgaaga ggcagactgg ctgccgcctg
      241 tcgggaaaga ttggtgtgat gt
//
LOCUS       SEQF2634|AYYE01000214.1  227 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 taaacgcacc cgtgatcgaa aagaccacgc tgggcgacat cgaggagctg gctgcactga
       61 aagagaagct ggagaacggc gaggcataat ccgacacgga taggccccct gggtcttcac
      121 tcatagcaca cgaaaaagag ggacgcggat caatcagatc tgcgcccctc tttcattttc
      181 cccttaccga gagtgggaag gttggcccgg taagtacagg caatcaa
//
LOCUS       SEQF2634|AYYE01000215.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaactccggt tgattgaaga tctggaatcg gaaagtgagc gtatctacat attcacccgt
       61 ctcctgatcg ataaagggtt taccctggcc gttaaacgaa atagagggat aagatgacgg
      121 ccctattacc ctaaagtaac tcgtatcatt acccgcacct gaattcgcca atgtgtcagg
      181 acccttaccg gtctttttct tcacaaaata cagcttcaat acggcatctc catcctcctt
      241 aatccgagtg
//
LOCUS       SEQF2634|AYYE01000216.1  242 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacctgcccg tggcagacga tgagcagcgt ccgacacgtg tcgccctgca tggcagcgaa
       61 ggagcgcggc gggtaggaac ggagggcgta gccataggtc tcgaggagtt ccgtggcgcg
      121 ctccggcgtc agccctcgga agagcgcgca gtgttcggtc aaatcttttg tcatcatggg
      181 ggcaaaaata gggatcgaaa ggcgtacaag ccgctgttcg tgccgctttg gggaggtcgg
      241 ca
//
LOCUS       SEQF2634|AYYE01000217.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggcagtgag ccacccgtca cgatagccaa aggagggctt agcgccgagg gggtaagcca
       61 ggagcttgac gagctgcgtc agctggccta ttcgggcaag gactacctga cgaaggtgca
      121 gcagcgcgaa agcgagcgga cgggcatccc gagcctcaaa atcgccttca acaacgtgtt
      181 cggatactat atcgaggtcc gcaatgcgca caaagacaag gtgcctacgg agtggatccg
      241 caagcagacc ctggtcaatg ccgagcgata catcacggag gagctgaagg aatacgagga
      301 gaagattctc ggcgccgaag agcgtatcgt ggccttggaa gcggagctgt tcaaccgact
      361 gacggccgat ctgacgcacc t
//
LOCUS       SEQF2634|AYYE01000218.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgcctcaga gacgatcgat acggccatct acgcgctgac cttccgcgcc gacagcacct
       61 tctacggacg tgacgtcagc ggccgctaca cactgaccga ctccacgctc cgcatcaccc
      121 tcgccgacat caacgaggcc gtcctgacca agctctccca acgcctccgc aacgccctcc
      181 gtcacatcga gcgcttcgag gtcgacacgg cctaccactc gctgaagatc tactacgcca
      241 gcggtcggcg ctacctctat ttctccagcc tcccgcccaa ccccaacccc acgcc
//
LOCUS       SEQF2634|AYYE01000219.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccacgaatcg accggagaaa gccatcggta gacgggccac ggcgtagcgc atgccactct
       61 tctcggcctg ctcttcggtc agacctacgc cagccacctc ggggttggtg tagaccacgc
      121 ccggaacggc gtcgtaacgc atctcgtccg gcgtgcccgt caggttgttc accaccacct
      181 cgccctcgcg gctggcggtg tgtgccagca tggagaagcc attgatgtcg cccgcggcaa
      241 agacacccgg cacattcgtg cgcagctggg cgt
//
LOCUS       SEQF2634|AYYE01000220.1  576 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..576
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggcccggcaa ggtgtgtttt tgtgccacaa aaaccgtttt gtgctacaaa acgccttgcc
       61 cccggagcag cctccgcggt agttcggctc caaagtcgcc acctaaaaat ccgaatcgaa
      121 atgaaagaca acaacccgca ttgggacaat tgacacgtcc acctacctgc cccccccgaa
      181 gaccaacgaa aagccatcga tctcttccga aaatctggcg cgaaaacgaa gtcagacttt
      241 gtacgtgcac gcttgctggg gagcctttta aggtgatcac ggtggataaa tcggccatcg
      301 attactaccg tgcaaacgct ccgaactgac agtgcaaatc cacaagatcg gcgtgctgta
      361 caatcaggcc gtccgcgcca tcaacagcta gcattctgac aaagtagcgc ccgaatctcg
      421 ctcatcgcgt caattgtcgt cgggtacgcc tttcatatgc taatcggact agccttccat
      481 tgctcttacc attgcgctaa gaaaccagcg aactgttttt tgaaggacac gatgggtggc
      541 tatatcaaag taaagcttct acccagtatg tggtac
//
LOCUS       SEQF2634|AYYE01000221.1  483 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..483
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 atatgcagtt cactcatatg tctataggtg ttttgttttc aaacggcgca aacgtactta
       61 aaagggatct ttggaaaagg tcagccccgg ccctgcatct aagccacgcc cccaatccgc
      121 cttcacctct ccagccaaag cctggaaaac gcctttcctt agaaaaaggc tgattgattg
      181 tatatttgcc cccgaaatta cgacggggga acactttggt tccctttctt tttgcacaat
      241 aatgatcgaa cgaaatacag tgatgcgtct ggctgaagcc gccctggcct actcggcttg
      301 ctaccttgtg gatgtcgtca tcggcgccga caacgccatc gttgtggaga ttgaccacga
      361 cgaggctgtc agcatcgacg attgcgtggc cctgagccaa tatatcgagc agcacctcga
      421 ccgtgacgcc gaggattacg agctggaggt cacctccgcc ggcctcgatc gccccttcaa
      481 gat
//
LOCUS       SEQF2634|AYYE01000222.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(108..302)
                     /locus_tag="SEQF2634_00052"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYEKYPQLQEKAFLTQMLTETVFTTMSLEHQQVPKDKIQKIV
                     VSLLSDEELERAKLNGNQVS"
ORIGIN      
        1 tgagcatata acagacattc catatgctca tctcgttttg tagccactga tattttaaag
       61 tttatattgc cgcaatgaaa gcggctgata aaggacacct tgagccatta agagacttga
      121 tttccgttga gcttagctct ttctaattct tcatcagaaa gcaaagacac aacaattttc
      181 tgaatcttgt cttttgggac ttgttggtgt tccagagaca ttgtagtgaa aacagtttct
      241 gtaagcattt gcgtaagaaa tgccttttct tgtaactgcg gatatttttc gtaaaacgtc
      301 attgagaac
//
LOCUS       SEQF2634|AYYE01000223.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(99..242)
                     /locus_tag="SEQF2634_00053"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARDLSRHMPKRPREVIFFDLDEHHFNKYITNYESETNFFKDVV
                     RCF"
ORIGIN      
        1 ccgcatccct catcatcagc tccgggctga agttcgacgg cgggtcgaag tccatgtaaa
       61 agcatgccca agccagaccc gtcgagatga gtatagcgct aaaaacagcg caccacgtcc
      121 ttaaagaaat tcgtttcgct ttcatagttc gttatgtatt tattgaaatg atgctcatcc
      181 aagtcaaaaa agataacctc gcgaggccgt ttcggcatat gccgactgag atcgcgcgcc
      241 atttctaata agt
//
LOCUS       SEQF2634|AYYE01000224.1  279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacggtgggg acaccgtcta atgattacgc tggcatttct tcattcggct cgctgcgcat
       61 cgagggctgc accatcaatg ccgggggtgg gatcagtgtg gggcttatta tacgtgaaag
      121 agacctgatc atcaagaacg ccatagtgaa agcggaagat cccacgatgg cactcttggc
      181 ctatggccag atccggttgg agggctgtag cgtagccagc ccttccggag ccaccatcga
      241 ttttcttgtc gattatgact ctttcgaaga gcgctatac
//
LOCUS       SEQF2634|AYYE01000225.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttccgacgc cgggaggtcc aacacggcca gcattgaata cctggagtac ttagccattc
       61 gcgagggatt ggcagccggt gtgtacgacc tgtcggagaa tgggcagacg ccaacggagc
      121 cgaccttgca gaaatatgat tggaatgagt atgacgagat atttgaaggg atcaagttct
      181 tccttgaata tgagcgatgc ttcgtctttg taaagccgga gatgaacaca aagccggagg
      241 agcctttgca gcaaaaggtc gtcgtgcctc agcccgcagc caaagagtat cccctctttt
      301 tc
//
LOCUS       SEQF2634|AYYE01000226.1  402 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccacatact gtgcgatttc gatcaaaatc acatgccgat ctttagtgag aattttatct
       61 atatttactg attgggcata tgatgagcct acacccaaaa tcatcacaaa aacaccaagt
      121 aagtacttca taatataaac cgctatattg attatttaga ttagatagaa cgctttgatg
      181 gaccaaagcg tatatatttt ctttggaaga tctttcctat ctccccctct ttctcgcttg
      241 gcataatcat ataatacact tagtgactta tttttactat caaaactttt atcagcagaa
      301 gacggcctgt ccttctcttt gtttctttag ggcaatactg caaagtcgta tggcaatgaa
      361 aaaaagcaca gactgtcgta ttatcaatga ctttccctaa gt
//
LOCUS       SEQF2634|AYYE01000227.1  665 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             48..521
                     /gene="rlmH"
                     /locus_tag="SEQF2634_00054"
                     /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"
ORIGIN      
        1 ctcatagcgc cccctcccgc aaccgaaaac cagcagcaca ccgaatcatg aacgtcgaac
       61 tttggatgat cggcaaaacc gacctctcct attggcgcga ggcacaagac gagtatgtcc
      121 gccgcctgac ccactatcta cccttctcct tacgcatcat tcccgacgtc aaaaacgccg
      181 cccgcctcac cgaatcgcag caaaaagccc aagaaggcca acagatcctg aaagcactac
      241 aaccaagcga tcaatgcatc ttactcgacg aaaaaggtac cgaacacacc tccgtcggct
      301 tctctgtcta cctctcgaag cgactgcaac agccctccag acggcttatt ttcgtcattg
      361 gcggccctta cgggttcagt gacgccgtct acacccgtgc aacagatcgt ttatccgtta
      421 gccaaatgac cttctctcat caaatggttc gagtgatttt cttagaacag ctataccgct
      481 caatgacgat catcaagggg gagccctacc accatgaata gagattttgc ctctcgaatc
      541 gcttatctca ataaaaaaac agcggacctc gtttttgcat agtatctgta aatcagcgat
      601 caagcataat ttaacacaga ggatgtggtg gtaagatttg gatgagaaga aagtccatgt
      661 acttt
//
LOCUS       SEQF2634|AYYE01000228.1  643 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..643
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tccgcgaata caggtgctgg gtcataaagc cattgcctgc cagacggtac ctttctgcct
       61 gatattgcag catggccaat tcacgtaagc actgcttatc tgcaatcatt ctcataaact
      121 ccttcattga ataaccgccg caaagataga gctactcccc gaaaacatgt tgtagaacat
      181 gctttcaacc ctgttttcag ttcactttta acagaaacag gcatgtttat accccattcc
      241 taacgttttc acacaggaaa taacctgcga agaacggatt ctctgcggtg cgttttcaga
      301 cacagaatcc cttgaatgac gacaccccgc gcgctcccaa ctacgggcta catccgtcgg
      361 aaaatctccg cgcgctgctc cctgatggca aactgcgatc tgccgccatg ctggataggg
      421 tcagatggca agtaccctta cccgatacca ttccctctcc ccttattatc cacaacctat
      481 gcattgaagc cattctgatt tacaccgtat gtcgtgcaat ctgacacgaa tcaattttgt
      541 tttgcatcgg attgcgcagc atttcgtata aaacaaattg gatttgcttc gtatggtatg
      601 caatctgacg tgaatccatt ttgtattgct tcggattgca ggg
//
LOCUS       SEQF2634|AYYE01000229.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcttcggcg atgccgacgt cgatgtattg cgcgccggcc tcccgacggc gatcggcggt
       61 gaagccgagg cccatcggca cggccgaagc cacgacgacg agcttcgggt cgcgcttcat
      121 ctcctcgcgc aggaactggc cgagcaggtc ggacatgtcc tcgctctcgt cgcgtgggcc
      181 ggtcgactta cccgtctcgc ggtcgaaagg cgaacggtaa tgccaggcct ctttcttcgc
      241 tacggccggc gcgtagccgt ggcccttctc ggtgtggata tgcaccacgg tggggcgggg
      301 cgtgtctttg acgcggcgga agatgtcgac cagcgaggcg aggttgtggc cattttcgag
      361 gtagtaatag tc
//
LOCUS       SEQF2634|AYYE01000230.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctctataatc aatcgagacg aagggaagaa taggcgtttt aagagtggat attttcggtt
       61 gaaagaaaag aataacgagg aaagaaaatt tgactttggc agtgttatgc taaaacgatc
      121 cagtttataa atgcgatggt agccatcacc acggaaacca ctgtgtgttt ccagcccaac
      181 cttaccatcc caattgagtg atatacatcg ggcaaatgca taaataaaca gctgatttcc
      241 gattccaccc caaaccctta tgt
//
LOCUS       SEQF2634|AYYE01000231.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccctatgcg gccgccctaa catgcctttt tcctttcacc gaatagatct tactacgcaa
       61 ctacaacgga tcctaacaga ttgataaaat agaagttaga atgttgcaga agcccgaaat
      121 ccttcatgct accttcctaa ctacataaca cgatttgaga gggctctgca caatctacat
      181 accctcctca ttccttttcg gagtcatttt tttgagtgtc gataaggtga gttgagagcc
      241 ctttgagggg tttcc
//
LOCUS       SEQF2634|AYYE01000232.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtctcgaggt gtgaggccgt gacggtcact tcctcgagcg tctcttcgcg gaggctgtcc
       61 gtgggcaagg cgtcgggtgc tgccgcgggc tgtgctgccg tctgcgtggc gtgggcgaag
      121 gtcagcatac agccggccac cacgccgatg ttaactactc ggtgcatact gctgaaagcg
      181 ctgtatgcct tgcgtgcaaa ccgccggaag cggaaggtgc acgccctgtt cagg
//
LOCUS       SEQF2634|AYYE01000233.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgtaaagaa tcttgccggc aaactgcgtg taggggataa tctttcggtc gcgatagtcc
       61 tgcaaggtac gggggctgat gtagagtcgt tcacatactt ctttacccgt gaggaaatgc
      121 tctccacaga agagtggccg gtgtgtctcg gacacttccc gaatccttcc tcttactcgt
      181 tgcaaggctg agatgaccac ctgcatctcg cctgcctcta aactcaactc ttgaatcgct
      241 tcca
//
LOCUS       SEQF2634|AYYE01000234.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatcagcacg ttgcccgagg ggagcctgct ggtaagtaac gaaacgatcc gcagccgcag
       61 tcgcattttg gccgaaaaca tggccaagtg gggtgccccg agcgtggtcg tgacccaggc
      121 tgacgcgaag gatttcggtc ggctgacgca ccgtttcgac ctcattgtgg ccgatatgcc
      181 gtgctcgggc gaggggatgt ttcgtaagac gccgtcggcg cgggcggagt ggagtctgga
      241 ggcggtgaag ctcagcgc
//
LOCUS       SEQF2634|AYYE01000235.1  323 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catcagagat gtgtatagag acagattcac ggatctttgc ggccactaat catcacatcg
       61 aatcattatg gcaacagtta atttacagac ggagcagaac gacatcatcc gtcgagtgct
      121 caatattgag gatgcgagca tccttacgca gataaaggat tttatcaccg cacatgcgcc
      181 taaggacgac gattacaggc cgatgaccaa agaggagatc atggccgaat tgaaagaggc
      241 attcctcgta gctaaagcgg cacgggaggg aaaagtcaaa ggctcaaaaa taccgtccag
      301 ggaatggact gacatcgccc cca
//
LOCUS       SEQF2634|AYYE01000236.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atagccactg gccccaacgg tctgccggag acaaccgcgg tcacagccat cggtagcgat
       61 cgcatacgga ttaactacaa caacaagcac agcgctgagg gcaattggaa ctcggcgatt
      121 gagctttgat ccgaagccgc ttcgcaggct tggcaatcag ccgtcggagg cagcccgggg
      181 agaaactcct ccctcggctg cctctgttgt ttttatagcc ctagctatcg acgccgttta
      241 ccccttgcat gc
//
LOCUS       SEQF2634|AYYE01000237.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             48..179
                     /locus_tag="SEQF2634_00055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKMVSTVFWKIAIGAILDVFIVNKLACFVKSLRGIFIQMQNV"
ORIGIN      
        1 gagcttgggc atagacgttg cgacagtcta tcgttataag aaactctatg atcaagatgg
       61 tatcgacggt cttttggaag atcgctatag gggctattct ggacgtcttt atagtgaaca
      121 aattagcttg ctttgtaaag agtttaagag gcatatttat acagatgcaa aacgtgtgac
      181 tctatgggta aagaacacct tcgagatagg attatacacc gggcggaatg gtacatctgt
      241 tgaatcgcat aggcttcacc tacaagaaga c
//
LOCUS       SEQF2634|AYYE01000238.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaactggcca ttggtgacga cggtgttacc tcggtggatg gtgttcgggt aatcggtgta
       61 ggtgtaggtg tggccggtgc ggttgttgtt gagcgtggtg atctctttct cgctgtcgag
      121 gacgacggcc gtcagggcgc cgttgaaatc cgtgagccgc gcgctgtcca agccgatcac
      181 ctcgcccttg atcgtcactc ggtcgagggc ccggaggttc accgtcccct cggtagcgga
      241 cttgccgttg atctctgtca cacggatccc gtaggtgggg aaggagagcg tcagggccgg
      301 gtcgccgatg aggacaaagc agcggttgag gtacgacaag tagccgtttt tcatccccat
      361 cagtgcctcc ccgagggtgg cccgacgacc gtccgagcgg cgtttgaaaa gttgctcgag
      421 gaggatgcca ttcatattga aattaggctc atcgtaggcc acgcgcgagg tggtgatc
//
LOCUS       SEQF2634|AYYE01000239.1  388 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggccggctct ttgcgtcgaa ctcacattct gaaaaaggtc agcgccagag ggtgaacggg
       61 ggtttacgcg cttgcgccga ttccgactct gaatgacttt cccaagcgga cttatctttg
      121 gcgccgctta tccaaagaca atcattacac atcatattta tatgtacagg acaaatactt
      181 gcggcgagct gcgactgacc gacgagggac ggaccgcgac gctggccgga tgggtacagc
      241 gtacccgaaa gatgggcggc atgacgttcg tcgacctgcg cgaccgctac ggcatcacgc
      301 aattggtgtt taacgaagcc ctcaacgcgc cgctctgcga gcaggccaac aagctggggc
      361 gagagtttgt gatccgcgtg acgggcac
//
LOCUS       SEQF2634|AYYE01000240.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcggttctcg ttgccaatac gctctgcgtt tatcagttcc agattgcctg cctcccccgc
       61 cttgaaccgt gccgaggcaa ggctgacgaa cctgtcgtac acactgtctt gcgcctgcaa
      121 gatttcgatg gtacggcggt catggagcag tgtgtaatag tatgcgctta cgtcccttac
      181 cacctcgttg cgtgtcaccg ccagactgct ctgcgccgcc gccgtttccg ctttcaggta
      241 cttgcgccgt gcggcgtaaa cagtggggaa ctcgaacgac tggcttaccg ttatgccgtt
      301 gtcgggacta ccccctgatg tggggtcctg actgagcgtg acggatgtct tctccatgtc
      361 gaacgccgtg ccttgcaagt cgcgggcttt gcctacggag actgtcccgg ct
//
LOCUS       SEQF2634|AYYE01000241.1 1134 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1134
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             29..1117
                     /locus_tag="SEQF2634_00056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQLAEDVHTVALAHAHRVLLEVNTGLVGTTPLEAVHDVVVHLF
                     RVDRAGTLGTCREGHEAVGQAGLLEVGVEADELVRVDGDGEVDGALPVVGHHHVEDGD
                     GFLTDGLLAGEVDEELSGHHRGVLRIDGVVLAHSIGVDRVDELLGRQIVDRLIDAGDG
                     LRAWVVAAEPLEGLVEIHLLHALDEVGVVAGALNVLGARPGDGQRIGVVCLTLHLIRV
                     PVCLQVAGVADAHIGANAFHLLGIPKWEGVVVAVGEDHGVRLARLEVVGAKVAAHVAT
                     RAVVVVPVLSGHLQRYEHAEHRGDGSGCNARQLAIFLYRPCDGSDAQSDPNAEGIERS
                     GVGIVALTRLVGRLVQIKHDGDAGHEEE"
ORIGIN      
        1 tgtcgcgttt gccttcgcgg atgagggctt gggccagctc gccgaagacg tacatacggt
       61 agctcttgca catgcgcatc gtgttctcct cgaggtaaac accgggcttg tcggcaccac
      121 cccacttgaa gcggttcatg acgttgtcgt acatcttttc cgtgttgatc gggcgggcac
      181 cctcggcacg tgtcgagaag ggcacgaggc ggtaggccag gccggtcttt tggaagtagg
      241 ggtcgaggcg gacgaactgg ttcgggtcga cggtgatggc gaagtagatg gggcgcttcc
      301 agttgttggt caccaccatg tcgaggatgg tgatggcttc cttaccgatg gcctgcttgc
      361 cggagaggtc gatgaggagc tctcgggcca tcatcggggc gtcttgcgga tcgatggcgt
      421 tgttctggcg cacagcattg gagtcgatcg ggtagacgaa cttctcggcc ggcagatagt
      481 cgatcggctc attgacgccg gggacggtct tcgtgcgtgg gtcgtcgctg cggagccact
      541 cgagggcctg gttgagatcc atctgctcca cgcgcttgat gaggtaggcg tggtcgcggg
      601 tgccctgaat gtattgggcg cgcgtccagg tgatgggcag cggatcggag ttgtatgcct
      661 gacgcttcat ctgatccgtg taccagtctg tttgcaggta gctggtgttg cagacgcgca
      721 catcggtgcg aatgccttcc acctcttggg cataccaaag tgggaaggtg tcgttgtcgc
      781 cgttggtgaa gatcacggcg ttcggctcgc acgactcgag gtagttggcg ccaaagtcgc
      841 ggcacatgta gcgacccgag cggtcgtggt cgtcccagtt ctgtccggcc atttgcaacg
      901 gtacgagcac gcagagcacc gtggcgatgg ctccggctgc aatgcccggc agcttgccat
      961 atttctctat cgcccgtgcg atggctccga cgcccagtcc gatccaaatg cagaaggcat
     1021 agaacgatcc ggcgtaggaa tagtcgcgct cacgcggctg gtagggcgtc tggttcagat
     1081 aaagcacgat ggcgatgccg gtcatgaaga agagtaggaa ggtgatccag aacg
//
LOCUS       SEQF2634|AYYE01000242.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccacgaca ccagctccgt agtcggtgcc ggggcagcct atggcgacga ggccctgcgt
       61 atcgcaacca ccgtgaaact gactcgcgcc ctgtggatca ttcccctttc gctctacacc
      121 gcctttcatt tccatgcccg caacgaacgc atctcgattc cgtggttcat cctctgcttc
      181 gtactggcca tgacggccaa tacttacctc ggtatcccgg cggaggtggg ctcga
//
LOCUS       SEQF2634|AYYE01000243.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccaataatgc cagtaacaga aaccctctat cccatattgc tttgcgagtt gagcttgtgc
       61 attccgactc tcagcgagtc tcagatcata gtatcctaaa tccgctggaa ctttcggttg
      121 atagtgcccg atgaataatg gcttggcctt acctacattt gtccactctg taaatccttt
      181 cccccaccat ctatcattct ctggaattgg atggtattga ggaaggtata gggc
//
LOCUS       SEQF2634|AYYE01000244.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttactgagct tgacgcactg aagaacaact tcttgaccta cggtaagctg cgcgcctcct
       61 acgccgaggt cggacaggcg ggcacgtatt acgcttctta ttatacggta ccaggctacg
      121 gcggcggttt ctacaacggc gccccgctgc aatacccgat cggctcggtg atggcttaca
      181 caccgtcgta tcgtatctat gacccgaacc tcaggccgca gaacacgaag tcgtacgaga
      241 tcggcctcga cctctcgttc ttcaacgacc tcgtttcgct gaactacacc tact
//
LOCUS       SEQF2634|AYYE01000245.1  317 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggaaaagaa atacggttat ttcaagcgag acatcagttg gttgtcattc aattatcgcg
       61 tcctcctgga ggcagcagac gccaccctac ccatctatga gcggatccgc ttcctctcca
      121 tctacgcctc caatctggag gagttctatg agatacgcgt ggccgatcag cgcggcgcta
      181 tcatgaaaaa gaattaccgc gccgacaatt ctgagaaggc tgaggagacg ctcaacgaga
      241 tcaccaccga ggtgaaccgt cagcagcagg acttctacag catcttcaac gacggcatcc
      301 tgcccgagct tgtctct
//
LOCUS       SEQF2634|AYYE01000246.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatggactca gagcatgagc atttgaaagc gaagctaagg gaactgtgcg atgaagatca
       61 gatcgacaat ttcttagaga aagaagaggc tgctatcgta gaggaaataa ttccgattgg
      121 aaaacttgtt ggaggcatgg ttggaagttt catcaaaggg ctattactcg ttcctgtttg
      181 gttaaaagcg ggtgatatga ttttgggaaa taaagacgtc aaagcgaact acaaggaaga
      241 gcttactaag ttcaagaacc gcttcaatat cgatgagttg atcgagcgcc tgaccaacat
      301 cgagccgatc aaagaccgcg tcaagaaatt gatgtttgat gatttcatcg atccgattga
      361 taaggatctc aagcaaatca tcgagaatcg ggaaggtcgc gagaagcagc gcgcggaagc
      421 cgcggccaag ctcgaggctt tgcaa
//
LOCUS       SEQF2634|AYYE01000247.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacaggatgg agcgtaagct cgaacgccta cgcgaagaga tggcactcgt ggtcaagaag
       61 atcgaagcca tcgatgagaa cctcgagtag gcgcctacac cgtttcaatc cgggacacga
      121 gacggccgtc gggatcggcc aagccaacta tacccccgac gccgcctccc gccggatggc
      181 ggacgacctc gaaaccctcc cactttggta tgccgacagc ggcgacagcg tctggat
//
LOCUS       SEQF2634|AYYE01000248.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtttcatga tttcgtcaac catgccgtat tccagcgctt cctgggcgtt catccaatag
       61 tcgcggtcgc tgtcgcgggc aattacctcg taaggcttgc ctgaatgttc ggagatgatg
      121 cggtagagtt catccttcac cttcaatacc tcgcgtacag caatttccat gtctgaagcc
      181 tgcccttgca caccgctcat cggctgatgg atcaacacgc gcgagtgggt caggcagcag
      241 cgtttgcctt tctctccagc caccagcagc accgatgcca tag
//
LOCUS       SEQF2634|AYYE01000249.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgaatgccc ccatccgcga gtacttaatg gagcatagtc ggctcgtctc cgcgctccgt
       61 ctgcccgacg ggatgttctc agaaaacgcg ggaacagagg tcggtagcga tctccttatc
      121 cttcaaaagg agacggggaa ggggatgcaa aacgagtggg aacaactttt cacgcaaagc
      181 gtttccatcg aatcgagcgg agagtcattc acggaaaacg ccctgtttgc cgaaggcaat
      241 cataacattg ccacgaccta tcgcatcggt acggatg
//
LOCUS       SEQF2634|AYYE01000250.1  542 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acaaagaact gttgctggct tttctctcag ccaagaagat cgaaggctgt tccgaaaaaa
       61 cgttacacta ttatcaaagc acaattgagg ccctacttag cgcagaaccc aagtgtgtgg
      121 aggacctcac aaccaacgat attcgctctt atttagccgc gtatcaggag aggagacatt
      181 ccagccgagt gacgatagac aacatcaggc gtatcttctc gagcttcttt gcttggctgg
      241 aagatgaaga ttatatcgcc actagtccag ttcgtcgtat ccataaggtg cgaaccgaga
      301 gtttgattaa ggaggtactc tatgatgaac atattgaaga actgcgagat agctgtaagg
      361 aaatcagaga tttggctatc atcgacctcc ttgcctcaac aggtatgcgt gtaggcgaac
      421 tagtaaagat gaaccgtgag gatatagact tccacgagcg tcaatgtgta gtctttggta
      481 aggggaataa agaacgagag gtctacttta acgcacgcac gaagctccac ctcaagcgat
      541 ac
//
LOCUS       SEQF2634|AYYE01000251.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgcatgtgt gatatttcct tataggaaga atgacaatga taagctggaa atgattcctc
       61 tcgatgatat catgcatgac tatcccaaac tatacaaata tctttttgct catgaggata
      121 tcttgaatgc agcgtctcgt gacattaagc cagtaccaac gacagtcaac gagtggcata
      181 gttatggcag gcaccagagt cttgatgctt gcaatcttcc taaaaagctt attgtaggtg
//
LOCUS       SEQF2634|AYYE01000252.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agcgcgagat ctctgtctct ttccacttct tgagctcgcc cacttggggc cactccaggc
       61 cgtctttctc aaccgccttg aggcaggtct cgcggtcggt atcgaacgag acgccgagga
      121 agctgatgcc gacggcttcg ttcgcataac gcttgtagag gtccaccata cgggggttag
      181 ccttgcgaca gtcggggcac caagaggccc agaagtcgat gacgaggtag cggccggcgt
      241 agtccgagag ggcgatggtg gcttcaccgt cgacggtggg caggctgaag tccggcgcct
      301 ctgtaccg
//
LOCUS       SEQF2634|AYYE01000253.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccttatact tgtccaggat cgctttgctg tggttgttca attcaatgat tagactgtct
       61 gaggtcttga cggtcgttac ctcgatatgc tcgcccttga tgtcactcct gcgaagattg
      121 aagacatctg aataacgcag gccagtgaag cattgaaaga gaaagacatc gcgcacacgc
      181 tcaagagcct gcttattgtc agggatcttg aaatttcgaa gtatagtcag ctcatcccaa
      241 ctaaggaag
//
LOCUS       SEQF2634|AYYE01000254.1  281 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatgtggcct cttcatcaac aactacaacg atgtgcaaga gggcgacatg atcgagccgt
       61 tcgacgagat cgaggtcaag aagacgctgt aacccgcagc cctcggacgc gcatgacctg
      121 gctggatatc ttggtcttag gccttgtcgg agggggcctc gtcaagggct ggcacgacgg
      181 attcgtccgt caagtggccg ttcttggcgc cgtcgtggcc gtcatctatt gctgttcgcg
      241 cgtggcccac tggctgcgcg cgctcgttct gagcgcaggg c
//
LOCUS       SEQF2634|AYYE01000255.1  279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctttggaca gcatctgtgt gccgacgagc aattgggtgt gcccctgctc aaagtcgctg
       61 aggacacgcc gataggccct cggcgtacgg acggcgtcgg tgtccaaacg cccgacgcgg
      121 acggtggggt agagcgcacc gatctcgtcc tccacgcgct ccgtgccata gcccagcgct
      181 cgccactcct caccgccgca ctccgggcag tgcgtcggca ggggctgtga acggccgcaa
      241 taatgacaca ccaggcggtg ctgtgtgcga tggtaagtc
//
LOCUS       SEQF2634|AYYE01000256.1  279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagtacatcg cggccgtcgt caccggcggg gccttcttcg gcgacaacct ctcgttcatc
       61 tccgacacca ccatcgccgc cacacgcacc cagggctgta gcatgcgcga taagtttcgg
      121 gtcaacctcc gcatcgtcct gcccgcggcc atcgccacct tcgtcatcta cgccttccaa
      181 ggcgcccacc tcgccgagac gccgctcagc accgacaccc attcgccctg gctggccctc
      241 ccctacctcg tcgtcctcat cgccgccgcc cgcggcatc
//
LOCUS       SEQF2634|AYYE01000257.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttattacacc gtggattagc ggtattctcc cataggatgc atttgagtat tacgttgtat
       61 gctaatcgtt agcagtcggg tatatgttcg gatcttcctc aacatgtacc cgacatttcc
      121 atgactttga agtgacacgt ttaatgtatg ggtagccact tgtttggagg aaaagtggca
      181 cacgccaatc gtcctccaca cattgaaagt ttttacttat tgaatgcaat catcatgaca
      241 aagagatttt aactcagcca tttgcttccg gcgctatggc tgcttttcac gctgtttgcg
      301 tg
//
LOCUS       SEQF2634|AYYE01000258.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcccaaacag ctccataaaa caatcatcca ataattcaaa acagcttcta agctccgcca
       61 acggcggacg gatgcaaacg aaacgtcctg ccggacggaa ggaatcgacc agatcccttt
      121 cgcccgacag gacgttttta taatgcctcc ccaagtcgag aggctatggc ggcgcacctc
      181 cgactatcag ccgttcatgg aggctaaaaa ttcggcgttg tccgtggtgc cctccaagcg
      241 cttcttgacg aactccat
//
LOCUS       SEQF2634|AYYE01000259.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagtggtcgt ggtttccgag tattatttga cgaggctgct ttctctgcca gtgcattaca
       61 ttacaatatc tctgacctcg atgagggaag tgagaagcat cagcgtcata gctatcaggt
      121 gccactgtct aagtacacta atctcacttt ggatggtgta atgatgggtg tgggcggtat
      181 tgatagctgg ggtgctgaac cactgaagaa atatcagttg ccagctgaaa atcgtgctat
      241 gcacttctgg atct
//
LOCUS       SEQF2634|AYYE01000260.1  325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccggccga ttaccacaat gaatacgagt cggaacagta gaacaaatat acaaaataaa
       61 aatccattct cgtatagatc cttcatggta tggtgcgttt gacgtaatta tttcggctgt
      121 tgcacatgag gaatttaaga gaatagatat acaatccctc ttaaaagaga atggtattgt
      181 gtatgatgtc aaaggtaatt tagacaggaa agtcgtttcc gccaggttat gataggcaca
      241 gggctgacgc ataatcggaa ctatagcccc agttcgaaga gttgcagagg attgatcttg
      301 gctaagaaca tctgcactcg tggaa
//
LOCUS       SEQF2634|AYYE01000261.1  458 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             9..227
                     /locus_tag="SEQF2634_00057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQAYYRYVKFLAEQNEPGTTTIYQDLRQHYHGGRKAEGKEKKP
                     GDKKPEGKKPDDKKKPDNGGPDIHLPEE"
ORIGIN      
        1 acttgcaagt ggcacaggcc tattatcgtt acgtgaaatt cttagccgag cagaacgagc
       61 cgggcacgac gaccatctat caggatctga ggcagcacta ccacggaggt agaaaggctg
      121 agggtaagga gaaaaagccg ggagacaaga aaccggaggg taagaagccg gacgataaga
      181 aaaagcctga taacggcggt cccgacatcc acctgccgga ggaataatag gagagctata
      241 cacgtgatcc gtatgacatt cggaatctat cccactgggg gtaggttccg aacgtgtttt
      301 tacccctttc cgaacgtggt ctaatgacgt tccgaagtgg gtgtaatgac gttctgaacg
      361 taattaaata cccttccgag gtggtcgtaa tcacgttccg gacgtgatta aatacccctc
      421 agaacgttat taaataccct tcggaacggt attaaata
//
LOCUS       SEQF2634|AYYE01000262.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(58..246)
                     /locus_tag="SEQF2634_00058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFVKSILQSIKGASSHTDWKIEAFFTFITLKTVRRKYVFIEKP
                     IICKTFIMDIADNFTVIS"
ORIGIN      
        1 catgtaaatt cttaccttag tggccctcgt ggagaagtgt ataaatgctg gaatgaatta
       61 ggagattaca gtaaaattat cggctatatc catgataaaa gttttacaaa tgatgggctt
      121 ttcaataaat acatactttc ttctaactgt tttgagagtg atgaatgtaa agaatgcttc
      181 tatcttccaa tctgtatggg aggatgcgcc ttttatagac tgaagaatac ttttgacgaa
      241 ggtcattttg acatttgctc tctgtataaa ggctgt
//
LOCUS       SEQF2634|AYYE01000263.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(40..216)
                     /locus_tag="SEQF2634_00059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALLCVRILLEKNGRFPNTHVDSSPALRKKGIACARTQDRQASH
                     QKNLADRMGEMMSN"
ORIGIN      
        1 ggatcacata gtgtacatta cttttcatat aaacggaatt taattactca tcatttcacc
       61 catccgatcg gccagattct tctggtgcga agcctgtcga tcctgcgtgc gagcgcacgc
      121 tatgcccttt ttgcgtaggg cggggctgct atcgacatgc gtgttcggaa aacgtccgtt
      181 tttctccagt aaaatcctca cgcaaagcag cgccatgcaa ataatcagta taataatagt
      241 tgccaga
//
LOCUS       SEQF2634|AYYE01000264.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctttgatcc agtccggccg gctgttgagc atagacacac cgagggggat catcgaaaat
       61 tatcccgacg ccctattcga agtacgagcc gagaacatgc gtcagctgac ggacgagatc
      121 cgcaagagat gcagtcccca aagttgcttc gccttcgggc gctcgctcca tgtttccttc
      181 agccgcgacg acgccgaggc ccctcagcgg atgagagtcg ccctcacggc cgcgggcttc
      241 gctaatctcg agat
//
LOCUS       SEQF2634|AYYE01000265.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctttatacc gatgccaaga gcgtgcccga atgagtaaag gataccttcg gaatagcata
       61 tacgccagcc ggaatgatgg atcttttgaa cccaaatcgg ctttacttac aagaagacta
      121 cagaggtttc ttgtgaggcg gatgcagagg agcaaaaggc atcgttcaaa tgataaagga
      181 gcgcttcaga gctaagaaag aaagcgatat ctactattac gcagacggca cacatccgac
      241 tcacaacaca cgtttcactt atgcatggat caagaagggc aaacgtttgg ag
//
LOCUS       SEQF2634|AYYE01000266.1  318 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtacgccatc ctcatcatcc tgctcacgtt cgtcgtctgc ttcttcgtgg aggtgttgca
       61 gcggcgccac atccacccgc ttcaatatct gctcgtcggg cttgccctga gcctcttcta
      121 ttcgctgctg ctctccatct cggagcatac cagcttcggc ctcgcctacc tcattgccgc
      181 ggtgatgacc gtcagtctga tcacgtgcta catggccggt gtgctcaagc tccggcgcac
      241 ggcgatggcc atcggcggac tgctggcggg gctttacgtc tatgtctacg tgctgatcgg
      301 catggagtcg tacgccct
//
LOCUS       SEQF2634|AYYE01000267.1  539 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gctgcttggg atctttggga tccttcggct gcttgggttc cttgggctgc ttgggatcgg
       61 cgggatcgtc cttctttttc tgagagggga tcacctgctc tttgtagcgc ttgacgacga
      121 cgttcatcag gtcgataaag gcgctgaact tgctctggtc tccggtcagc gcgagggcgt
      181 tgacgagctt gacgagccag aggtaggcgt cgtccgaggc ttgtcgggcc acgcgcaggg
      241 cgccggcttc gattcccacc cgctcacggt tgcgccccat gagcagcgtg tccaccttgg
      301 tgttggcagc cttgagggcg tctacgtaag gcttgatgtt gagcttgttc acgtcggcca
      361 gtcccttcgt ctcgcagtcg cctatgaggt tggtgatggc gcccgtctcg cgctcgagct
      421 gcatgtcgga gtcgacgcgg tgatccttga tgtactgctc gatgtgctgc gcggccaagg
      481 ctgtttcggc gtcggggtgg ttgagcaggc ccttgaccgt cttgcgcatc ccttggaaa
//
LOCUS       SEQF2634|AYYE01000268.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctgtagcga gagtcaagca actcaatttc ttcgatgagc tccaacaata tcctgagaat
       61 atcgtggaaa acgctcccgt tgttcagcct gccaaaaagc aagatcctga cgggaaatgg
      121 ataaaaacat gctcatcagc ttagtgaaga acgataacat tgagcgctat cttgactagt
      181 cggcaaagat atattacaca ggtaagagat tcccatcaac tgtggctctg aacaaactat
      241 actacttcat tccgtatatc aaacgcaagg gcatccgcga tttatacttg ataaagatag
      301 cccgtatagg tactcgcaag gaaggc
//
LOCUS       SEQF2634|AYYE01000269.1  530 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttatgttgtc aaccataaag ttatggggga ctttatgatc ggataatcaa taggctctat
       61 cttttttact ctttttactt ctcattaatg aaaaataccc tcaatacttc atccaataaa
      121 ctcagaatag tctcttaaaa ttagacgaga atatatatat agagagagac ttttcataaa
      181 gcgagcagat ttgctagctg tttagatgtc ctcgttaatc tttatgttgt ttttagaagt
      241 gtgtcgattt ctctcagagt ctagggaggc ttaggtcaat agaccggtgg taatgcctat
      301 atccagacat tgggcgacat gctttactag tctgttaccc tacaagatga ggctcaatac
      361 gcacgtaagc cgagtatagt tcgcattgtc tattgatgtc gtatcgcatt tatacagcat
      421 ctctacttct atttcttctg gtaaaataat gagcatatca gctgtaaaga tagctttttt
      481 tgtttttttt ctgttcgcgg ggcctgtttt ttattgtaat attaatatga
//
LOCUS       SEQF2634|AYYE01000270.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgttcacgcc atttcttttc gatttctctg aaggtatagt ccattgtgtg ataagagtag
       61 tcaggggtag ttatgcgcct aacggcgcgg tagtcagaag tagttataag aatacgcagc
      121 cggtacccgg ccaaacttcc ccggcctcgg ttgaggcctt tcttgcatca aggcaagaaa
      181 aggaagaagg acagtttggc caggccgtat ctatcaggcg ttcagcgatg cgttcagcac
      241 ctcgtccgga agcacataat tcgtc
//
LOCUS       SEQF2634|AYYE01000271.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcctccggcc gcgggaggtc gaccgtcata aacgcctccg gacgcagcgc cgaactcagc
       61 tcttcgtagt agcgcatttc caagacttcg cgctgattag cgggtaaaaa gcggatcatc
      121 ttcttgacgt cttcgaacac ctgtttgttg accaacattt cctctatcgt cttgtcgctg
      181 aagcgcatat cgtttaaaag atccacggct acctcgtcgt tcgagatggt gttctcgttg
      241 cgctcctggc ggaagtgatc gatgatgagg ttgtgcgcga tacgcgtaat cc
//
LOCUS       SEQF2634|AYYE01000272.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttcagaaca agcagtatga cgacaggtaa ggattacctc ttcgagaata cgggtgctct
       61 gacggatcag aaggcttact acaagggccc gagaaactat ctgggtcttg taagtagcaa
      121 ctctaatcct aacgctaaga cttcgatctt cgtggatacg gcttatgtaa accgtggaac
      181 gggttatatc aaaccgcagt acttgctcat gatccgtccg tcgattgtaa gtgacacatt
      241 gggttgcgat gacaatggtg aattgacgat ccatctgccg ggctaccgca gaggtatgta
      301 ct
//
LOCUS       SEQF2634|AYYE01000273.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccatcgtata ggccacctcg atgtgaaaga ggatagcata caaggcgtct tcgttcttct
       61 tacgcacctc tgcagctgaa ggcaagtttt tgccggccgg ggttagtgtt cgtgccatgc
      121 gcagcgtgtc gaacgctgtg ttcgtggtgc gcagcagttg gatcagttcg gccgcaccga
      181 cggtcgtaat cgctgcggcg tattcggatt tgtctaaatc gttgagcaag cccttgatat
      241 gcgctgtctc accg
//
LOCUS       SEQF2634|AYYE01000274.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             11..193
                     /locus_tag="SEQF2634_00060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSRHGKPFDATLQVNAEKRGIEFIFKDSLSNKERLKSSAREAP
                     AVRQIENKPQKRGIGR"
ORIGIN      
        1 ggtggagggc atgctttcgc gtcacggcaa accgttcgac gccacgctac aggtaaacgc
       61 tgaaaagcga ggcatcgaat tcattttcaa ggactcccta tcgaacaaag agcgcttgaa
      121 atcgtctgcc agagaagctc cagccgttcg gcagatcgaa aacaaaccac agaaacgggg
      181 gatcggcagg tagctgcccg ttttgggggc taatcaagcg tatcgcaggc catgtgcgaa
//
LOCUS       SEQF2634|AYYE01000275.1  423 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agatcatggc cacgtttgcc aaccctgtga tcatgctgtt tctcggcgga tttatcctcg
       61 ccatcgcagc cactaaatcc gggttagacg tgctactggc caagacgctg atcaaaccct
      121 tcgggaaacg ctcggaaacc gtcctgctgg ggttcattct gatcacaggc accttctcca
      181 tgtttataag taatacggcg acggcagcca tgatgcttgt cttcctcaca cccgtatttg
      241 cagccttgcc accagacggt aagggacgta cggcgctgac gctctccata cccatcgcgg
      301 ccaatctcgg cggaatggca acacctattg gaaccccacc gaacgccatc gccctgcaag
      361 cattgaacga tccagaaggc ttgaacatgc acatcggttt cggggactgg gtggccttta
      421 tgt
//
LOCUS       SEQF2634|AYYE01000276.1  324 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtcgcgtggg actcgatagg tgtcgaggat gtctgcgggt gcggggtaga gacggccgtg
       61 gatgaggtag ccgtcggggg tgacggtgac ggtgtcgccg ggcaggccca cgcaaccacc
      121 gaagtgcagg gcgtcgccat cctgtggtcg ggggctgcga tagaggacga tggccccacg
      181 acgaatcggt gtgccgcgtt tatccaccgc cacacggtcg cccggacgga gcgcaggctg
      241 catggcgcgt gtggctacgg cgtaacgccc aacccagaaa cgccccacgg tgagggctat
      301 cagcagggca gctaatagca cgac
//
LOCUS       SEQF2634|AYYE01000277.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atattataca ggtaacgaca ggtcgtacac ccacctttga agagtttgtc caatttgatt
       61 tggcacatag aaagtaacat cgacacccac tctctatacc tatacactga aagtttttta
      121 cccattaaat agcaatcctc atgacaaaaa gatttcacct cagccatttg ctcccggcgc
      181 tatggttgct tttcgcgctg tttgcgtgcg aaaagccgga agaaataact aataagccca
      241 atag
//
LOCUS       SEQF2634|AYYE01000278.1  349 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggccgacgc aacatcgcct gcctcaccat cgcccccacc ggtaccacga gcctcatgac
       61 gcagaccacg tctggcatcg agcccgtctt cctgcccgtc tacaagcgcc gtcgcaaggt
      121 gaacccgaac gacacggacg tacatataga ttatgtggac gagacgggtg acgccttcga
      181 ggagtacgtc gtcttccacc acaagttcgt cacctggatg ctggccaacg gctacccggc
      241 ggccaagaag tacacctcgg ccgagatcga cgacatgatc gcgcactcac cttattataa
      301 ggccacttcg aacgacgtcg actgggtgca gaaagtgaag atgcaaggt
//
LOCUS       SEQF2634|AYYE01000279.1  500 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             26..352
                     /locus_tag="SEQF2634_00061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVLPAVNVPLDYSAIAIGETYMALGKKDKGEPILDAIVENSLR
                     NIRWYVRLKPAQFASIREDLQRDMAIVQNVIGVGKHYDPNYGAKYVDEFTKFYNTLAP
                     QLGNKQ"
ORIGIN      
        1 ggcgctggcc gtagcggaca aggccatgaa ggtgctcccg gccgtcaacg tcccgcttga
       61 ctacagcgcc atcgccatcg gcgagaccta catggcgctc ggcaagaagg acaagggcga
      121 acccatcctc gacgccatcg ttgagaactc cctgcgcaac atccgctggt acgtccgcct
      181 caaaccggcc cagttcgcca gcatacgcga agatctccag cgcgacatgg ccatcgtgca
      241 gaacgtcatc ggtgtcggca agcattacga cccgaactac ggtgccaagt acgtcgacga
      301 gttcaccaag ttctacaaca ccctcgcccc gcagctgggc aataagcaat gaaccaagta
      361 gacttcgcag cgtagtgcag acgtgctgct ctgcggggtc atagggtatg ttcatcgagc
      421 gccccccttg gttttacagg aagctcttcc ccgggtcagt ctggcgactg cccgcggaag
      481 agccctgtgt ttatatcacc
//
LOCUS       SEQF2634|AYYE01000280.1  371 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             41..220
                     /locus_tag="SEQF2634_00062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIDYIYAFVCSTCYSIKSLYKWGQFCIFVFRNTSCTVHPSEEI
                     LLFYHIVIYFFRVQR"
ORIGIN      
        1 gataaaatgg attatcggac acatacagga agttttgtct atgataatcg attacatata
       61 tgcttttgta tgtagtacgt gctacagcat caaaagcctc tataaatggg ggcaattttg
      121 catattcgtc ttccgaaaca caagttgcac agttcacccc agtgaagaaa tcctcctttt
      181 ttaccatata gtcatatatt tctttcgagt gcaaaggtaa ggaatctcaa gtattatgag
      241 cgacctcgtt gcaaacaata caagaccata agtagcgcat cataatttag ttgacacttc
      301 aataccagtt gatatggctg atgtagagcc agcatcataa tgtcaactga ttacaatgac
      361 ctacttagaa t
//
LOCUS       SEQF2634|AYYE01000281.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatccaccg cagcgggcgc caccgcggcg ggcagcgcgg ccagctcgtt ccggagcgtc
       61 tctgcacgct tttcggcctc gaagacctcg gcggcggcct tgtccacccg cgcctcggcg
      121 gccttcatct cctcctccag ccgggtgatc tccgccttcg tccggtggcc gtcggtctgg
      181 atctggctga ggcgctcgtt tttcgactcc tcgaaccgcc ggcgattgtc tcgctgcatc
      241 tcctccggca gcggctgaag gcagtgcggg cacacgttgt cgcccgtgta aggc
//
LOCUS       SEQF2634|AYYE01000282.1  517 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             37..171
                     /locus_tag="SEQF2634_00063"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPEGAADTSLFAAHNDLQKALSDAMDRWSKASETLDAAKNES
                     "
ORIGIN      
        1 gatcaggtag gcgccaccga tggagtagaa gcgcagatga atacgcctga aggtgccgcc
       61 gatacgtcgc tttttgccgc ccataacgat ctacaaaaag cgctctccga cgcgatggat
      121 cgttggtcta aggcctccga gacattagat gcggccaaaa atgaatcgta gactgctcta
      181 accttcaaga aaatagacct cgaaaaaagt aaacgcctga cagcctcgag ccgtcaggcg
      241 tttttctttt tctgcactta aaagcctcag gcaattgggc ggaaacaccg taaaaacacg
      301 aaagccttag gctaaaggcc gattcacgct ggcgagagcg ttttgcctca ggcaaaaagg
      361 cattttcaac tggaaatacc aatttgcctc aggcaaaatg acatttctcg ctggaaacat
      421 caatttgctt caggcaaaac gctctcgcca gcgtgaatca gcctttagcc taaggctttt
      481 gactctcacc agtgaaagca tccatttgcc tcaggct
//
LOCUS       SEQF2634|AYYE01000283.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatgtgggt ggcgtggtga gctgatgatt atgttttcat atcgtcgtgc gaggatttgt
       61 gtgtggatac ttgatgatga tatcttcctg atgtcacgaa gaagcgtaaa gccatctttc
      121 cttatgcttg tggaggcagg aagaagtgga aaaatggcgg agaggtcgaa agccgggggc
      181 gaaaggctga ccgaaacctc gcgaaggaga tttccggctt atgtttgcgc cgat
//
LOCUS       SEQF2634|AYYE01000284.1  467 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(50..430)
                     /locus_tag="SEQF2634_00064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYSQRGFGVRGESLRSDYIDVPVNAKFKFGLPLISPFLAAGPY
                     ASFRVSSDKSWDISGITDQVIRQVEAQSFAAGLNFTAGAEVMDVVQVGLTYSLGLTDN
                     YKAFDRRNVNSYSGKPHTWMVSAT"
ORIGIN      
        1 agttatgcgg ccttgtggcc ggggtagtca tggggcttcg ccccggtagt tatgtggccg
       61 acaccatcca ggtgtgcggc ttaccggagt aagagttcac gtttctgcga tcgaaagcct
      121 tgtaattgtc cgtcaggccg aggctgtacg taagccccac ctgcacgacg tccatcacct
      181 cagcgccggc cgtgaagttc agccccgcgg cgaagctctg ggcctccacc tgccggatca
      241 cctgatcggt gatgcccgag atgtcccacg acttgtcgct cgacacgcgg aacgaggcgt
      301 agggcccggc cgccaggaag ggtgagatca ggggcaggcc gaacttgaac ttggcgttca
      361 ccggcacatc gatataatcc gaccgcagac tctcgccgcg caccccgaag ccgcgctggc
      421 tgtagagcac ggctccgtcg atgccaaggc tgaggagggc gatgttc
//
LOCUS       SEQF2634|AYYE01000285.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             14..211
                     /locus_tag="SEQF2634_00065"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRAQRHQIAIGGACVTGKKKHIAGGLHILFQTVKIERFQLLHR
                     SLVECLRRFLVPSLYAYLIKQ"
ORIGIN      
        1 cgtcgcggac aagatgctca gggcgcagcg ccatcagatc gcaataggcg gcgcctgtgt
       61 aacaggcaaa aagaaacaca tcgcgggagg tctccatatc ctcttccaaa ctgtcaaaat
      121 agagcgcttt cagcttctcc atcgcagcct tgtcgagtgc cttaggcgtt ttcttgtccc
      181 ctcgctctac gcgtacctta ttaaacagta agacgtccgt cagcccttcg cggtaagcca
      241 gtctgcatac cgttttcagc agggaggccg ttccgaagaa agtgctttct tgaagaccgc
      301 atcgaccaag acagaacgtc tgaaactcat agataaagcc ct
//
LOCUS       SEQF2634|AYYE01000286.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggctatctct ttgttctctt ccgcttcgtt cgacccatgt ttggagctga tacgcaccag
       61 tccgtcggta ttttctacat ccttccacgt ctccggcaca ctccgcgcga tattcttgcg
      121 catttgatcc actgcgtttt ttgttatctt gttgatctta tttgcggctt tacagcgata
      181 gcaatccttc tcggtgcgtg gctccgtgag caggtgccgg aaggggcacg tcgtgcagga
      241 tccggggaag taagaactgt ggtcggagaa gaggcgcttg gttttgccgg ggttctcctc
      301 gaggccggga gagggagggg gcgccttccg gatcaccttg tca
//
LOCUS       SEQF2634|AYYE01000287.1  391 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctcaagacc atgcaggccg agcgcatcga gcgcgtggag ctgatcacca acccgtcggc
       61 gcgctatgaa gccgcccact caggcgccat catcgatatc cgcttgcgcc gcgacgaatc
      121 gatgggcctc aacggaacgg cctccgccag ctactacctc aagacgacgg gccccgccgt
      181 ggagccgagc ctcagcgcca actatcgctc cggccgatgg aacgtctacg gcagctacgg
      241 cggcaacatg ggtcgctatg agcaccaata ccacaacgtc aaccgttacc acgccctcaa
      301 cgtgccgctg gagtacaccg accacggcgt gttccgcccc agcggaacat tccacaacgg
      361 ctccttcggc gtcgattggt acgcctcgga c
//
LOCUS       SEQF2634|AYYE01000288.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attctacgcc agctggtatg acccctggta cgacccatgg tacagcggct ggagcggata
       61 ttatggcggc tactgggggt atcgctgcgc cgactattac tacccctact cgtccacaac
      121 caacaactac tattacggtt gggacaacgg aaaccgcgat actcgccgcg actactcatc
      181 gcgatcgacc acctaccgca gctcttctga cggcggcaac tacagcgacg tctattccac
      241 gcgctcgacc tccacgcgct cctcatccga cggatacacc cggagcggcc gcgacgcctc
      301 gagccgaagc tccagctaca gccgcacggc ggacgacatc tacagcacac gcagctccac
      361 ctcccgc
//
LOCUS       SEQF2634|AYYE01000289.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccaagccgtc gaccggatca aagaatagcc gctcaattat atcgatatga agctgcaggt
       61 tgtaaagggc ccatggcgca aggagctgtt tgtcgtacct aatgacggac atcacaaacc
      121 catcaagttg caccacgcct cgtccggtat ccaaacttcc gcgccgctga tgagcattat
      181 gcgctacttc gcccgcgagt tctcattctc tgctgccttt cgccgctccg tcttagatac
//
LOCUS       SEQF2634|AYYE01000290.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaaagtagtg tcaaatgctt cagttgatat tatatcttga aataagaagg aaaatgaaga
       61 cgcagtcggc atcttatttt tccatacgta gcaatcatgc tcccttttag gagcatattt
      121 tgaaatacgt aattatccga tataccatcg ctatctcatc tcaaaattcg atgtcaatca
      181 tactctctat taggagtaca tctcgaaata tataatgatc cgaccttaca ccgctatctc
      241 atctcgaaat tcgatatgat atcatgcttc atattgtatt gcat
//
LOCUS       SEQF2634|AYYE01000291.1  396 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccttcaggca acatgcggca aggctcagca cttcgtcgcg cagactttgc caatcggcct
       61 ctgtaatact tcatgggttc acatattagt ttgtggttgg tattcaggtt ctactgtttt
      121 cggcggcaaa cttaaatcgc acgccaaacg ccgtcaatgc aatcgagaac agcagggatg
      181 caaatggaac agtaaggata caaccggcgt agatggaaga catcacaatc cctgcggaaa
      241 acggccgcaa gtgaaagcag atagcagcct gtgaatcgtt ccctaccttc ttttctttca
      301 ctgccatttt gtcttatcga aggggtgaat cgcttccttg taaagcctgt tccccgaaga
      361 aatcggacgc aaacgggcgc aacatcatgc cggaac
//
LOCUS       SEQF2634|AYYE01000292.1  417 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctattacgct gatggcggac actcgactca caacacacgt ccacttatgc atggatcaag
       61 aagggcaaac gtttggagta gcccactgtg ggcggtcggg acccaagtca acattaacag
      121 gctacttaat gcacatgatg tgacagacgt catagcccat gacgtgttcg agtgtcaatg
      181 ccgattccac catcggcctt tacaaggcag ctttgaagaa gtaccttgag gctgaaagca
      241 tctacattct cacagataat gcacgctatt actattacct gagtaaaaag ctccgaaagt
      301 ggctggaagg cacgaaaatc aagcaggtct tcctaccgcc ctattctccg aaattaaacc
      361 tgatcggagc ggctgtggaa gttcctccga aaggagatca tcaacacgaa gttctat
//
LOCUS       SEQF2634|AYYE01000293.1  371 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgacacagtc cctctttaat tccatgccta cgccccttga tggctgacac ttcatcaaat
       61 attttctttc cgtcagtctc accgcagctt ttaaccaaag aatgataatc actggactga
      121 agttttgacg taatatgcca tcccccacaa gcggtgcaat aataggtacg taccggccgt
      181 tttccggttt cgtgctcgat gtcatccgcg ttgtatttca agaagcggat tgcctcctcc
      241 ttggtggcaa atagcatctt tgtatgttgg cacgccggga agcggaattt gttattttat
      301 tggcttcata aaaattaaat ttataggtga aataaccact ggaggagaga gggagaattc
      361 agactgcgag g
//
LOCUS       SEQF2634|AYYE01000294.1  300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttctgtaca ggcacaatac gggcaaacgg ccgtacatct gctgaaacaa cgtctgcttg
       61 cagaaatcaa gaatgaaata ctcttcactg acaaaaccac cagtgaattg gcatacgaat
      121 tcaatttctc ggagccagga catttaatgc gtttcttcaa aaaacaaacg ggacagacgg
      181 ttacggagtt taaagaagaa tataaaggac aacagtttac cgcagaatag agaaatggtt
      241 aaacgcaaga acttaccaat aaacgaacgg cacttggcgc agagatgtct ctgcgccaag
//
LOCUS       SEQF2634|AYYE01000295.1  634 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             20..208
                     /locus_tag="SEQF2634_00066"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASAISIGDRSKGIFSRAQAEATQHQSSVRLSVNDSFFVTAVTS
                     YPICCLKRSMAPIVILHG"
     CDS             complement(281..544)
                     /locus_tag="SEQF2634_00067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKLSESLSAEGFCFYDETECGYNELLALWQKAEPVEVKYNHRG
                     EDSTRYRGGKFVITNLAQTRPADDDASYKVSLESTGEIKSYPA"
ORIGIN      
        1 agacaggtcc tccagcgtga tggcgtcggc catctccata ggcgacaggt cgaagggtat
       61 cttttctcgc gcgcaggccg aggccacgca gcaccagagc agcgtgaggt tgtctgtgaa
      121 cgactctttt ttcgtcacgg ctgtcacctc ataccccatt tgctgcttga aacgcagcat
      181 ggcgcccatc gtcatcctgc acgggtagtc tttgcccgct attcgaatgg tattcatatg
      241 tcgtttaatt actgtttaat cactgtttga acatccgcgc ttaggcgggg taactcttga
      301 tctcgcccgt cgattcgagg gataccttgt aggaggcgtc gtcgtcggcc ggacgtgtct
      361 gcgcaaggtt tgtgataacg aacttgccgc cacgatagcg cgtgctgtcc tctccgcggt
      421 ggttgtattt tacctccacc ggctcggcct tctgccagag ggccagcagc tcgttgtagc
      481 cgcattctgt ctcgtcgtag aagcagaagc cttcggcgct gagcgactcg ctgagctttg
      541 tcaccgattt ctccgtccac ttgcctgtgt tacctccggc ttgcttggcg ggcggcttga
      601 cggcccgttc tttcgattct gtgttgtgcg tgat
//
LOCUS       SEQF2634|AYYE01000296.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctacttgat aaagccgaat aagcataagc cagtacctga tctgtcatgt aagtaagtcc
       61 aaggaaattt tttgtgttta cgatcacact aatcattgaa ttctcttttt tgaatccggg
      121 tacagatgaa gctatggcaa gagctctagg attgggatca atcttggatt cctttgatcc
      181 ctcaatacca aatcctttcg catagttgtt tagtagggtt tcctgctctt tactccgaac
      241 tgcataaaca ttaaaataag cccgcagaga attcatcggt tctacggaaa aaagatagtt
      301 gtatgactgt ttcatcagtc tgtcataatg accttctcga acgtagtctt caggaaagcc
      361 tatgcccatc agtacaatgt tgtatccctt gctctgtc
//
LOCUS       SEQF2634|AYYE01000297.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caaaatagac cgcgcccgaa ccgatgcgat ccagcgcttc gcgtaagacg gcgacaaacg
       61 cttcaaaatc gtcctcttca ttggccatcg ggacgacgat ggcatagctg aatatcataa
      121 tccaaaaaaa ctctgcactg tacgtaacgg cataaaaaag agcatgaagc caattcgctc
      181 tcgttctatt gggcgtttgg cgttattcag agtataaacg aaataggttg atcccacgcc
      241 gtaaggcgca ggcttgccaa acctattcca ctgtactcat ctatag
//
LOCUS       SEQF2634|AYYE01000298.1 1616 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             171..788
                     /locus_tag="SEQF2634_00068"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRHILVGQCTGEASGGEVHLAGELLHAVILHRDGVGVECICGE
                     NIGTGVEVLPVDVAQDVGLRDVEYIVIALDLVGEVGEAFAAIVGLRESEALDHCPHAP
                     IKDEDALLKELLYGFLRHNKLMVIYTYSQICEAVWRLWADPLRNRMSTPFPLSISGLS
                     EINTKQLLKRAAKISARLLSQASVHASERWRAFSPSIIIVEPVVG"
     CDS             complement(717..1310)
                     /locus_tag="SEQF2634_00069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFASVDDLDRQEKMPHTIALANLLAACNGKRNQEHSRGCCCN
                     HSRSDDRILPVMLMKDVVHRVQYDENGILSIVGGESSWKKIIDELNDKTLQEIRSIWY
                     HISRTTYRPENIRALYEEQDLLARSRGLIELFKQAYGKDNFKDIPQEVQRYAPLTRPD
                     APEEGESNFYLSTLLAYDWFYDYYRGRKRPPSLGGMD"
ORIGIN      
        1 aggatcacgt ccacgccgcc atccatgagc gcatcgacct gctcgtagta agcgcggaag
       61 aggtccgtgt aggtcacggc gcgataggcc ggatcactca cgtcgggact catcgaagcc
      121 gtcttgttcg tcggccctaa ggagccggcc acgaagacgg tgcggtccgg atgttccgcc
      181 atatactcgt cggccagtgc acgggtgagg cgtccggcgg cgaggttcat ctcgcgggcg
      241 aactcctgca tgccgtaatc ctccatcgag atggcgttgg cgttgaatgt atttgtggag
      301 aaaatatcgg caccggcgtc gaggtattgc cggtggatgt tgcgcaggat gtcgggctgc
      361 gtgatgttga gtacatcgtt attgcccttg atctggttgg ggaagtcggc gaagcgttcg
      421 ccgcgatagt cggcctccga gagtcggaag ccctggatca ttgtccccat gcccccatca
      481 aggatgagga tgcgctcctg aaggagctgc tgtatggttt tcttcgtcat aataagttga
      541 tggtgatata tacgtatagt caaatctgcg aagctgtttg gcgtttatgg gccgatccat
      601 tacggaaccg tatgagcacg cccttcccgc tttctatctc ggggctatcc gagataaaca
      661 ccaaacagct tctgaaaagg gcggcaaaaa taagcgcccg gcttctttct caagcgtcag
      721 tccatgcctc cgagcgatgg agggcgtttt ctccctcgat aataatcgta gaaccagtcg
      781 taggctaaga gggtagataa atagaaatta gattcaccct cttcgggtgc atccggacga
      841 gtaagggggg cgtatcgctg aacttcttgg gggatgtctt tgaagttgtc cttcccatat
      901 gcctgcttaa acagttctat cagtccgcga ctccgcgcca gcaaatcttg ctcttcgtat
      961 agcgctcgaa tgttttccgg gcgatacgta gtacggctga tatgatacca gattgaacga
     1021 atctcttgaa gcgtcttgtc attcaactca tcgataatct ttttccatga agattctcca
     1081 ccaacgatcg ataggatccc gttctcgtca tactgcaccc gatgaaccac atctttcatc
     1141 agcatcaccg gcaatatgcg gtcgtctgaa cgagaatgat tgcaacagca tccacgggaa
     1201 tgttcctggt ttcgtttccc attgcaggct gcgagtaagt tggctaacgc aatggtatgc
     1261 ggcatcttct cctgtcgatc caaatcgtcc acagaggcaa attctctcat tgatagaatc
     1321 cgaaatatgc tgacggtgag cccggatgga ggcagttgct ctacaaagag caggacggcc
     1381 gatgctgcta ttgtatgcgg cggcttagtg aagagaaagg aacggtcaac tatgagcacg
     1441 tcatcccccg cagcctaaaa gggaagcgag ggcaggaaga gtatgcctat tacgccgagc
     1501 aggcgccggc tttgagggac tttgtagaga tggcggacgt gtttgccgag aaatttcgga
     1561 tactatcaat gagagaattt gcctctgtgg acgatttgga tcgacaggag aagatg
//
LOCUS       SEQF2634|AYYE01000299.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 accttcggag gcccctaatt cgttgagaag ggcgcaatgg acggacgtat agaccaccat
       61 acggcggaga ggagtgcgta ccacggtgcc ctcaggtatt ccttcaggca acgcagctgc
      121 ggaacgcggc acgagcaggt aacgatgcaa caaccgaccc tcgttccaag gatcgcgcag
      181 ctctactacg ataaaatcag tgtggcgcgt gatggtgaga ccccttgcat agcgcaggga
      241 gtccactgac gcgccggcgt cggaagcctg aggcatagaa gagcgctgcc ccacgtt
//
LOCUS       SEQF2634|AYYE01000300.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcgagaacc actcggcagc cttgttcaga tcttcatcca gggtttggat tttcttctgc
       61 gcctcgccta cgagcggatt ggagatgttg ctcacaaagc cacccttgag cttcgtctgg
      121 cagtcttcga gggccttcag ggcaaccctg aggtcgctct cgagcttgga agcctgggct
      181 gcgtcgtact tcttcatgaa ggccatgatc gaggcggcct cattgcgatt gccttcgatg
      241 ccgccataga gcgagttctg gatactgatc aagttgtcgt ggaaatcgat gaaggagcgc
      301 tggctgtagg gcgactcgat gtagttcttg tccttgcccg agtaggga
//
LOCUS       SEQF2634|AYYE01000301.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgaacaacc gggtaaagaa gtcgcagcca attatgaggc cattgacagc aaagtggcac
       61 ctaaaatgaa gggctttgtg gaaggcattg taagcacatt cactgatctc atggccaagc
      121 ccagacggct taggatcatg catgacttca tcgaacagca acttgctccc gtctttgccg
      181 agcaaatgca gcagaacggc agcgacatat tgtccgattt acaggcggcg atcggtgact
      241 cgtgcaaaga gattgtggcc gaacggacgg ctcaaatcac
//
LOCUS       SEQF2634|AYYE01000302.1  399 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctgctcgagg atgtcgcgca gatcgacgac gagcggcagg cggtgacgac gtgcaatgcg
       61 tcgggcggca gccaagggaa actcgcgata ggtgctgcac aggacgacgt cgcacgggcg
      121 ctccgccagc tttcgctccg ccgcacgctc cagtcgggcc gtcttgcgac cgaagaagac
      181 gtcggtctgg ctggccatgc gtgacgcagg gacataggtc acgtctaccc cttcgcacag
      241 gaagtcgaac gtgtcgcccg gcacctgctc ggtcaccacg acaggcgtcc agccctcatc
      301 cgcgaggtac ttgcagaggt agcccatgcg tgggccgaag gcggggggga agaggtcgca
      361 gaggataagc acggatttca tatatagagg gtagagggt
//
LOCUS       SEQF2634|AYYE01000303.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             16..324
                     /locus_tag="SEQF2634_00070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMTSPAAKKYYRMALKAATTDEQRAKVVFLSIKCDRNDCYLGP
                     IRGRALCDNQRSMNQSNSPNWLDRDGFGELMRYANTQYYRDVIRECGYFQLYVAKHKR
                     "
ORIGIN      
        1 tgctatgccc aagagatggt catgaccagc cccgccgcga aaaagtatta ccgcatggcg
       61 ttgaaggccg ctacgaccga tgaacagcgt gcaaaagtcg tttttctgtc catcaaatgc
      121 gatcgcaacg actgctactt ggggccgatc cgaggacgtg ccctctgtga caatcagagg
      181 tctatgaatc agagcaactc tcccaattgg ctcgatcgtg acggctttgg cgagctgatg
      241 cgttacgcga acacgcagta ctatcgggat gtgatccgcg aatgcggcta cttccagctc
      301 tacgtggcca aacacaagcg atgaccgatg gaggagctgc ttcatttgga gtctcggaag
      361 cggagac
//
LOCUS       SEQF2634|AYYE01000304.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtctcgctt cagtgtatcg ccttttcacc ccgcctgaag ggattaaaca tgcgggacgt
       61 tcccccacgt tgccgcctga aaaagacgca ctttccactg ccacatcccc caccttccgc
      121 tatatgccca gacgagcgcg gccgaccctt ttcacaccga attgcacacc ccaaaacacc
      181 tccctatccc cattcacaac aaacctgctt tctttgccgt cgccaccgat aaaaaggcgg
      241 catggaagtg acaattctcg atgcgccact tgagggtgcg gaggtggaac t
//
LOCUS       SEQF2634|AYYE01000305.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caaaacgcct cggagacgga cgcggtgatc cttgcggcgg gtgatttccc tacgcatccg
       61 atcccgctgg ggctactggc gagggcggcc gaggggcgca tcatttgctg cgacggtgcg
      121 gctgaccgac tgctgcgcga gggcttcacg ccgttggctg tcgtgggcga cggcgactcg
      181 atttcgcccg aggtacgccg ccgtttatcc gaccgcctgc acatagaatc ggagcaggac
      241 acgaacgacc tgagtaaggc
//
LOCUS       SEQF2634|AYYE01000306.1  498 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             90..425
                     /locus_tag="SEQF2634_00071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLDDLRRMLSEGKSNLKTFGEGYGLTPSDVNGLVLALTGMEA
                     ITFRIAWQMRRVDELLRYTDLSIEEVARQSGVGSTTNLFYACHRDFHCSPSQRRRHLR
                     QANDLGRYR"
ORIGIN      
        1 atatcacgct cttttccgag cgacgcgtct acgcacctga cggtaccatc cactacgaac
       61 ccatccctca gcgcgcggcg gatacgggcg tggagctgct cgacgatctc cggcggatgc
      121 tgagcgaggg gaaaagcaac ctgaagactt ttggcgaggg gtacggcctg acgcccagcg
      181 atgtcaacgg cttggtgctg gccctgaccg gcatggaggc catcaccttc cggatagcct
      241 ggcagatgcg gagggtggac gaactgctgc ggtacaccga cctctccatc gaagaggtgg
      301 cccgacagag cggcgtggga tcgaccacca acctctttta tgcctgccac cgcgatttcc
      361 actgctctcc ctcgcaacgc cgtcgccatt tgcgccaagc gaacgacctc gggcgctacc
      421 gataagcccc atccgcacgg cttttggcgc ctcggtctaa ctttgattca cgattttttt
      481 ccccgaccac ttatacaa
//
LOCUS       SEQF2634|AYYE01000307.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             174..368
                     /locus_tag="SEQF2634_00072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYGSLHGCIRVIICDDIPKWVVFKKYPFGLLWERNNRSIFAVE
                     IKDKRVLKKEFLIESVLVLS"
ORIGIN      
        1 gagagtgata atgacatagc attagccgaa tgtgacaata aattgttgcg tattatgcga
       61 ttaatgggaa tacaggtaca aagcatagga gaaagcatgg agtatttagg ctctgaaacg
      121 actcctgtat atgctacacg tgacggactg gccaatttct tcaacaaaaa cagatggctt
      181 atggatcgtt gcacggttgc atccgtgtta taatatgcga tgatataccc aaatgggtag
      241 tttttaaaaa atacccattt gggttattgt gggaaagaaa taaccgctcc atctttgcgg
      301 tggaaataaa agataaacga gtgttgaaga aggagtttct catcgagagc gtcttagtct
      361 tgtcttaaag gaggaatatt acgactaatc gatcgaatat caaaacagcg ttatcaggta
      421 ttgatggcag cggtatgcgg cgaacaagat agaga
//
LOCUS       SEQF2634|AYYE01000308.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catcagctca gccctcagcg catcggccgc acttcggagc atcaccccat gtgcagcagc
       61 cgtatctgcc cgggcgatcc ctgcccgcaa gtcttcagtc atcaactcgg ccacgcgcgc
      121 ctgctcatcg agcatgagaa tcccgaaaaa gagcgcgttt acacgcacct tcagcgcatg
      181 catctccaca tcgatccggc tacgctctgc tgccgcgtta gcatgtgcca aacgcacgtt
      241 gtcgcgcact gtcaagagtc ctgtgagtgg ctgcaccgcc tcggcataga tccgata
//
LOCUS       SEQF2634|AYYE01000309.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccacgtagg ggtggacgtt gagggtgagt cgcttcacgt tgtggcggtt gacgaggcag
       61 tcaatctttc cctcgagatt gtcggtgaag aggatggacg acttgaccac gcctgtgccg
      121 aagcatgagg ggcagctttc ggtagtctgc acgtcgagga tggggcgcac gcgttggcgt
      181 gtgatctgca tgaggcagaa tttgctcaag gggaggatgt tgtgcttggc gcgatcattg
      241 gccatcgcct tggtcatgtg ctcgaagagt tgctggcgat tggaggcctc ggtgaggtcg
      301 atgaagtcga tgacgatgat gccgcccgta tcgcgcagtc gga
//
LOCUS       SEQF2634|AYYE01000310.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(9..101)
                     /locus_tag="SEQF2634_00073"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYRTIECNLVVDGMIESGEVYQAIFIRSI"
ORIGIN      
        1 acttcctact atatgctcct aatgaagata gcttggtaga cttctccgct ttctatcata
       61 ccatccacca caagattgca ctcaatcgtg cgataaatca taatttagtg atgcatgacc
      121 gttcattaaa agcggcagga gttcgtcacg ctgcttagat aattgttgta tttcttcttg
      181 tagtttgacc atctgtgcaa agatgggaga tattcgtttc tcgaatttgt ctacaatgtc
      241 tttgttatca ggaatggcga ttgtac
//
LOCUS       SEQF2634|AYYE01000311.1  536 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gattggaaat ggtcgtaggg acgggccgtg gccagatctt cctctacgta gcagtcggtg
       61 agcacctcga gggagttcgg attgagcagc tcgaggaagt cacgatcctt ctcctccatt
      121 gggttctcga cggtgaagag tcggtcgtag aggcgtacct cggcctggag tgcgtgcgag
      181 gtagagaccc aatggatggt gcccttgacg cgacggttac tttcgggcat accggtcttt
      241 gtctgcggat cgtattcggc ataaacctcg gtcacctcgc ccgcttcgtt cttcttgcaa
      301 ccggtgcagc ggacgatgta ggcacagcgc agacgcacct cttgaccggg cgtgaggcga
      361 tagtaattct tcggagcctc ctccatgaag tcctcgcgct cgatatagag ttcgcgggtg
      421 aaggcgatcg ggtgtgtgcc ctcggcgagg ttctccgggt tgttgacgga ttccatcatc
      481 tcgacttgcc cctcgggata gttggtgatg atgagcttca cggggtggag cacagc
//
LOCUS       SEQF2634|AYYE01000312.1  534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(15..176)
                     /locus_tag="SEQF2634_00074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIQAFDKSSMSDKELKRMQSENQCLLQKVGQFAIDCDFFAKA
                     CEASGLKVR"
ORIGIN      
        1 ggcttctaag gctactatct cactttgagt cccgatgcct cgcaggcttt ggcaaaaaaa
       61 tcacagtcga tagcgaactg accgaccttc tgtagcaagc actggttctc gctctgcatc
      121 cgtttgagct ccttatcgct catgctagac ttgtcgaagg cttggattgc gttcatctcg
      181 agctcttgaa gccaggagct ggtcttactt ggtgctagcc catacttctg agctaggttc
      241 tggagagtct gatgccctcg gagggcttct agggctgaag ctactgctgt acttattggg
      301 acgtcccata atcctacttc tgttggttct atgccgcgaa gacaacatat ctctatcaat
      361 gtctaaatct gcgggagtag tatccttcca gtatacttga catattattg cgaggagaag
      421 aaaaagcaaa atcggatata gtgctcgcga aactttatgt gacagtaacc cgacctcgtt
      481 atattcttgg agttattgta cccgatggat ttgatgatag catagacgga ttca
//
LOCUS       SEQF2634|AYYE01000313.1  625 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..625
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gatgtagagg ttgccgtcca ggacaccgtc cggacgcagt tcgccgtcgt actccacggt
       61 cgtttcgaat cggtaatcct cgccgaggag ctcgagggcc gtggccgagg tgacggtctt
      121 catgaccgag gccggcgtga gctgccggtc gccctcgtag ttatagagcg tcttgccgtc
      181 cttgacgcgt ttgacgacga acgagaccga ggcgccgcgc aggatggggc gttcgatgaa
      241 gcgtcgtatg ggttccggga tctcggcggt acgcccggcc atagcggcgg gcgcggctgt
      301 gatcatcagc agggcgcagg ccattatccc cagcgtcggg gagcatcgtc tttgtctttt
      361 cattcctatt atatgtttcg tggccgcaaa agtacgggcc tttgccccct ctccccacat
      421 tccccgccgc ggagatacgg agggggcggt ttgtaggggc gcaaaagcag tcgccctcaa
      481 ggcctttgtt acatttgccc gtgaatttct catataaccc attcacttat atcacttata
      541 acccaattca aaatcatggc agaagaaatc aagagactgg ccccagaggc cgtctggggt
      601 tatttctatg acctcacaca tgtct
//
LOCUS       SEQF2634|AYYE01000314.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatctacctc tttgagcgta cgcccaagag cagcacactc acgaaggtgc cgggcggtga
       61 cttagatgcc ttcttcaagg aggtccatgc ggaataccaa gagttgatcg acaaaaacag
      121 tccgatgctc gagaatcaac gcaccgaacg actcaagcga ctctccgaag agatccgttc
      181 caaagtgctt gtggacatca tggtgcgtcg cacccgcacc gacgtggaga tgaattacgg
      241 ggaagatatg gag
//
LOCUS       SEQF2634|AYYE01000315.1  589 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..589
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 caagaacgaa cgcatataga tatacagtaa acgaagaatg aagcagcaaa cccaagctat
       61 ccacacccaa tttcagcgcc cggacgccta cagctccctg agcatgcccg tctatcacac
      121 cgcagcctac gagtttggcg acgccgtcag catgaccgat gccttctgtg gccgcaccga
      181 cgacccggac tattcgcgcg tcatgaaccc caccgtgact ttcttcgaga ataaggttcg
      241 cgcactcacc ggcgccaccg acgtcatcgc gctcagctcc ggcatggcag ccatcagcaa
      301 cgccctcctg gctgtcgccg aggctggacg gaagatcgtc acctcgcgcc atcttttcgg
      361 caacacctac tccctcatca ccggcacact ccggcggttt ggcatcgagc ccgtgctctg
      421 cgacctgacc gacctccgcg ccgtggagca ggctgtcgac gaccgcacct gcgccctctt
      481 cctcgagatc atcaccaatc cgcagatgga ggtggccgac ctccgcgccc tctctcgcat
      541 cacgcgcagc cgcggcatcc ccctcgtggc tgacactacg ttcatccac
//
LOCUS       SEQF2634|AYYE01000316.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcttttcgt cagaggtagc agaggaaggt actcgctcca tccagctggg taccgtcacc
       61 ttgttcaact caaacgcctg gttacagctg agctttacct ccttcttgcc tccgtccgtt
      121 tccaccttta gctctttcgg ctcgagggtg aacttggctt cgggctcggg cttcgcgccg
      181 cctgtctgcg ttaccttgag cgtgacgtcg cccaaattcg ttttgaagac gatgttggcc
      241 gtccgttcgg ggccggggtt gggatcgaag gtgaacgtac aaataaa
//
LOCUS       SEQF2634|AYYE01000317.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(6..221)
                     /locus_tag="SEQF2634_00075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESELLRRLIIGRETVVEFRTLLLDLWHDDSPYNRNSLHVFIHK
                     LRRRLSADPHIRILNIRSLGYKLVVEG"
ORIGIN      
        1 atgcactacc cttcgacgac gagcttatac cctaagctgc gaatgttgag gatgcggata
       61 tgggggtcgg cggagaggcg gcggcggagc ttatgaatga agacgtgtag gctattgcgg
      121 ttgtaagggc tgtcgtcatg ccagaggtcg agaaggagcg tgcggaactc gacgacggtt
      181 tcacggccaa tgataagcct acgtaacagc tcgctttcca tgtacgacag ttcctgggtt
      241 actccgtcgg cgtcaatcag acgttgcgcg gcggtctgga agg
//
LOCUS       SEQF2634|AYYE01000318.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catgcctccg agcgatggag ggcgttttct ccctcgataa taatcgtaga accagccgtt
       61 ggcatgggag ctttataaac gagcgacagg gggcgcgaag ctctatgctt cgaaatacaa
      121 ggaggccttc agccggttta tgtcagccta taaaggaggc gctgatctgc ctttattggc
      181 ctattactct gattccttcc cgcatcgcaa caccaaggaa actaagttcg cccttgacac
      241 gattaaactg gatcgtattc cgagaaactt cggttactat caatg
//
LOCUS       SEQF2634|AYYE01000319.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcggacaca taacaataga ctccaaacaa atgaccgtgc gacaatctct aattagcttt
       61 tctgcctatt tagctaccca tacgattcat attatagcgc caagtttctc tcatttggca
      121 cgttggggca tgacgagctc ccgcacacga tagagattgt ataccaacga ttcaaggacg
      181 ttttggaaat gtgtttttgt taggccgagg tacctacatc gtccgtcgtc aaaccatttt
      241 tgaatacttt cgaagatgcg tccaacgacc caacg
//
LOCUS       SEQF2634|AYYE01000320.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     misc_RNA        88..186
                     /locus_tag="SEQF2634_00076"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 ttctcgtaac cgtaaaacat tagcagtatg ttctgcatgt catcacaaaa tacattcggg
       61 gagaaagtta gactgaatga taaggtggag agccgtgtac ggggagactt gtatgcacgg
      121 ttcggaggcg agtgcttgga aacctaccat tgtaacaaat ggcaaggcgt cgggtgctta
      181 gcctatggcc aacttgccag cgccaaaatc ccgctttcgc gcatgatttc gcccgcgctt
      241 tattgggtga tgacgggtaa
//
LOCUS       SEQF2634|AYYE01000321.1  965 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgttggcct gcaaaacagg ccgcgttttg ggccccgacg gggtgttggc ctgcaaaagg
       61 cggcgcgttt tggaccccga cggagtgttg gccggaatac gcatattcat ccctcttcta
      121 cctttgccgg ccgacaataa aacaggtata acatatagcc aacaatgctt tctatactcg
      181 atgaacttaa cgatgcgcag cgcgaagtgg tgctctacaa cgacggcccg tcgatggttg
      241 tggccggtgc ggggtcgggc aagacgcgcg tgctgacgta caagatcacc tacctactca
      301 gccgtggcta cgagccgcac cgcatcctgg ccctgacctt tacgaacaag gccgcacgcg
      361 agatgaagga ccgcatcgcc gccctgacaa acgaacgcac cgtgcgccag ctttgggccg
      421 gcacgttcca ctccatcttc taccgcatcc tgcgcgaaga ggcggagtat gtggactaca
      481 acccggattt caccatctac gatgccgccg actcgcgcaa cctgatccgc agcatcctcc
      541 gcgaaatgca gctggacgag aagacgtatc gcccgggcct tgtgcagagc cgcatctcga
      601 acgccaagaa cgccctcgtc acggccgagg cctacggtcg caatagggag caggtggagt
      661 acgacgcccg cgcccatgta cccctcattc gcgagatcta tgcccgctat cagaaccgtt
      721 gccggcaggc cgaggcgatg gatttcgacg agctgctgct ccagacgaac atcctttttc
      781 gcgaccacgc cgaggtgctg gatcgctatc aacggcactt ccggtttgtg cttgtggacg
      841 agtatcagga cacgaacctg gcgcagtatg ccatcgtcaa tcgactctgc gagaagcacc
      901 gccacatctg cgtcgtgggc gacgacgcgc agagcatcta ctccttccgc ggcgccaaca
      961 tcgac
//
LOCUS       SEQF2634|AYYE01000322.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctcctcatt ccttttcgga gtcatttttt tgagtgtcga taaggtgagt tgagagccct
       61 ttgaggggtt tcctttctcc cttccgagcc tcacttgggg ctcggaaggg ggaagttttc
      121 agcactataa tgaatcgtat gagttaaccg aataggtaga aaagctaaga ggaggaatgg
      181 ggtgtgcgaa agtacattca ggcatctgtg catttgttta tgcgaagagg tcctattttt
      241 ctcccccctc ttgtcggatt accgcttccc tcctcccttg tatagtcaat aaa
//
LOCUS       SEQF2634|AYYE01000323.1  498 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aagcgcggcc gcccatgagt gactcgccgc ttagcttgag taggactcgt ttgtagatca
       61 tatgtatggg gatttttttt cggcggacaa acgtaagcgt aaaagagaaa aaggggaaag
      121 gcccctaccg gggcggggag gtttacccgt cttcaaacat gtacagcagg gataggcccg
      181 atgagcaatc agcaatctgt taaatctttt aagagatgac ccgttgacaa ctgtcagagg
      241 catgcaaact cggggtttct ggtcattgac aacagtcaga gggtagaaaa cttgcggatt
      301 ctgatcattg acaatcgtcg aaggacagaa aacccgggtt tttcggccat tgtcaatgga
      361 caacgggtag aaaactcggg ttttctagtc attgacaaca gtcagagggc agaaaactca
      421 cgggagcatg cctctgacag ttgtcaacgg gtacgagggc tcgtttggcc tacaccttga
      481 tcgcgtcgaa accttcgc
//
LOCUS       SEQF2634|AYYE01000324.1  620 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(83..280)
                     /locus_tag="SEQF2634_00077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEAEPTFTCRIGQLGEALVDRFPIAKHAQAFWLTFKERLLHAM
                     QTEVVDIMVKVDVYGNERICK"
ORIGIN      
        1 ggtacttctt gagtcggctc tcacggccgg gatggtttgc tgcacggacg atcgatttgt
       61 gctctcaaag ctgggctgga tcctacttac agatccgctc attgccgtaa acatcgactt
      121 taaccatgat gtcaactacc tcggtttgca tcgcatggag caggcgctcc ttgaaggtaa
      181 gccagaaggc ttgcgcgtgt ttggcgattg gaaaacgatc tacgagggcc tctccgagtt
      241 gcccgatccg gcacgtgaaa gttggttccg cttcgatcat ttctattcgg atcactcttt
      301 cgacgaggcc ttagagatcg tctttgccca acgaccgaaa cgcttgctcg atgtaggtgg
      361 gaatacgggc cgatgggcag cacgctgcgt ggactattcc cccgatgtgc atgtgacaat
      421 catggatttg ccgcaacagc tcgacatggt gcgccgccag atggctgatc gccgcggtgc
      481 agatcgcatc gaaggctacg ccatcgactt actcgacgtt acggccccct tccccaccgg
      541 ggcagacgct atttggatga gtcagttcct cgattgcttc tcggaaggtg aaatcacgag
      601 catcatacga cgtgccgcgg
//
LOCUS       SEQF2634|AYYE01000325.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgatagaggg gcgtatgcaa tacgccccta accaaaaatg cccttaccac ccatctatca
       61 aatgcgcgta ccgtggtagg gtcgtattgc atacgcccca caaacatccc gcaagggatg
      121 attgtatatc ccatgaatcc ccaaatgatt gtccgttttt gttgggtatg atcgaggggc
      181 gtatgcaata cgcccctacg tagaaacatc cctactatcc atctatcaaa tgcgcgtatc
      241 atggtagggg cgtattg
//
LOCUS       SEQF2634|AYYE01000326.1  692 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             130..678
                     /locus_tag="SEQF2634_00078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSSTTKGSRNYYGEYSLKQWIKFILTKEIVLPPYQRVFIWTEE
                     DVKDLINSLQNGLFVPPIIIGNYGGTTNYILDGQQRLSAILIAYIGLFPNKENFQSSD
                     PVYKDTANDNDDQKDENEDVPPLEWKFSYFTKEGWNKRDILRKIDKSKYKILDLKLSD
                     DFWKGSYIGFSLIIPKSDKKTE"
ORIGIN      
        1 gatgtaaagt gtaggactgg ggaactggct atatagcgga tcgcatgggt aaaccccgtt
       61 agattatcag agaaatagat agatgtatga ttgacgacat cacccaaaac gacaatacga
      121 aataaaacaa tgaattcaag cacgacaaaa ggtagcagaa actactacgg tgagtattcc
      181 cttaagcaat ggattaagtt catactaaca aaagaaattg tcttaccccc ttatcaacga
      241 gtctttattt ggacagaaga agatgtaaag gatcttatca atagcctaca aaatggctta
      301 tttgttccac ctataattat cgggaactat ggaggcacaa cgaactatat cctagatgga
      361 cagcaacgtc tatcggctat acttatcgcc tacataggac tattccccaa taaggaaaat
      421 ttccaatcct cagatcctgt atataaggat acagccaatg ataatgatga tcaaaaggat
      481 gaaaatgagg atgttcctcc tcttgaatgg aagttttcat atttcaccaa agaaggttgg
      541 aataagcgtg atatactccg caaaatagat aaaagtaagt acaagatcct tgatcttaaa
      601 ttgagcgatg acttttggaa aggctcctac attggatttt ctcttataat ccctaaaagc
      661 gataaaaaga cagagtagca gaagctgttt ac
//
LOCUS       SEQF2634|AYYE01000327.1  723 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..723
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aaataggggt agagacatct tgtgttgatt atcggaaata cagaaaagaa atagtggagc
       61 gcattctaca aactccgacg tttgattatt tgtttctcca gcgaggtgat tatttcccta
      121 tcgaactttt gcgggcagtt cgccgcccga aatttttttg ggcctctgaa ttagtctcaa
      181 ggaatagaga tcaggatcga ttattgagct gtgggttgtt tgatcatact tttgttcata
      241 caaatgcgtg taaagagact gttgtaagaa acggctggtt gcaagaatct caaataacag
      301 ttctgttaaa tgggtttgat ccaaagattc atcatccact ttctattgaa aaagatatag
      361 acgtgctgtt tatcgggaat atgctaaaac gcagaaagga gtggactgac gaaatcagga
      421 agaactgctc gctgcacact gctgtcggga tttatggcga cgaaatggtg aaattgatca
      481 atcgcgcgaa aattgtcctg aatattcatt ctgaagaatt tccggataca gagacacgcg
      541 tttttgaggt attgggttgc cgaagttttt tattgacaga aaaactatct gtagaaaatc
      601 cgtttacaga tcgcaaacat cttatcgaat gtgtagattt ggaggatatg attcgtcaga
      661 tccaatatta tcttgagcac gacgcagaac gagaacagat agcagaacaa ggttatatag
      721 agg
//
LOCUS       SEQF2634|AYYE01000328.1  350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgggatggc tatgtggaat gactcggtat ggcttgggag ggagaaggcg ggaaatggag
       61 ggaagtcgtt ggtaggtggt ttgggcgatg ggtgccgata gaaagagagt gtccagagac
      121 gtatttccag cccccaagtg gagacaggat aggtcttttc tgctattata catctccggt
      181 tagcaacgat tgaaaggcgt tcttcatctt tcttctaaca gcatctctac tttttcttct
      241 gcatgatgtt tctttatgct acgtgaaaat cacaaaaagt agacgtgtat aaatgcaaga
      301 taataagcgt gttgtgagga gttgcaggct gtatgtttct acatctatca
//
LOCUS       SEQF2634|AYYE01000329.1  618 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..618
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             29..352
                     /locus_tag="SEQF2634_00079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYVKSATYLMHKAYFSTIRNTVLSKASVILQDDSGIKFSFFDP
                     SRWDIRLYGMYDHPIALFGNHFEPDLYAAYRRGAVRPLPFRRGYNSQSNQLLARRLRP
                     GETKN"
ORIGIN      
        1 cttcctcacc accatcgact ccggctgcgt gacctacgtc aagtccgcca cctaccttat
       61 gcacaaggcc tacttcagca ccatccgcaa caccgtgctc tctaaggcct ccgtcatcct
      121 gcaggacgac tccggcatca agttctcctt cttcgatccc agccgctggg acatccgcct
      181 ctacggcatg tacgatcatc ccattgcgct cttcggcaac catttcgagc cggatctata
      241 cgcagcctat cgtcgtggcg ctgtccgtcc gctgcccttc cgccgaggct acaacagcca
      301 gtctaaccag ctcctagccc gacgcctccg accgggggaa acgaagaact aaggagctaa
      361 accctaaaag cgaaaagccg ggtacatgtt gaggatctcc tcagcgtgta cccggctttc
      421 gttttccccc ccgccccaga aagacccgac ctccgaagtg ttaattgcga cgtgaaggat
      481 tgtttacggc ccgcggattt cgggaacacc gtgggaagca tacggcgctg ataggcagta
      541 aatagggcgc ctgtaaaatg aacattccgg ccatgtgcac gggcgagatg aaatacgtaa
      601 tattacgtat tgacacgc
//
LOCUS       SEQF2634|AYYE01000330.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gataataaac gctttattgc agctgatcgt gacctccttc ttgcctccgt ccgcttccac
       61 ctttagctcc ttggggtcga gggtgagctt gccttcgggc ttctccggct cgggctttgc
      121 accgcccgcc tgcgttacct tgagcgtgac gtcgcctttg tcggttttga tgacgacgtc
      181 ggccgtccgc tcggctccgg tgttgggctc gaacttgaac ttgaacgtac agccatagta
      241 caacgtgctg taatcgaatt gtgactgaat tatccagctt ggcagcttta catccttcac
      301 cttaaaatag tc
//
LOCUS       SEQF2634|AYYE01000331.1  373 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atcctggccg tggggcgttt cgtggaggaa aagaacttcg acaagctcgt gacggccttc
       61 tcccgggcga gcctgccgac ggatttccgg ttagtgatag ccggcgacgc cgaccatgag
      121 agcccctatt ccaagtcgct caaggcgcaa gctgcgaagc acggcgtcgt cctgaccggg
      181 atgatcaagg ggcaaccctt gcaggagtta tatgcacacg cggggctgtt catcctcccc
      241 tcgtcgcacg aagggctgcc catcacactg ctggaagcca tgagccacca gatccccgtc
      301 ttagtcagcg acattccagc caaccgtgcc gtgggtctac ccgctgactg ctattttcat
      361 tacgacgaag cgg
//
LOCUS       SEQF2634|AYYE01000332.1  457 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaatatatat aggaacaact ctccgctttt cacccgaaga taaagaagga aatagtagga
       61 aaacaatagt aattaggttc ttgcaggcag agttgaagca ttaccttaat tccgcagtat
      121 tttttcttgt gagaaaattt tatatgttga gatgtctttt gggggctcta tattttgata
      181 tgaggcgctt cggtgttttt tgggtctttt ctaagcataa aatcccccgc ccaaaccaat
      241 ggggaagtat gaaaaaccac aaaaaatgat gtttattcaa tgaagacctc agcgtcgtag
      301 tttttatttg tatataggtt cagaacgttc tgccttccag tgcgcaccca ttttgctggt
      361 acgctgacga aatgtaggat aaaggctttc agcctacttg tctttttcaa tggcttgacc
      421 ttatcgctga tatgacggac gagatagaga tagaagt
//
LOCUS       SEQF2634|AYYE01000333.1  214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggataacaag tgatgagatg agttttttca tctcaaattg atctgagagt tttccgatta
       61 cttctgtcat ggtgtgttgc gttaatggat taataaaaca gggctgcaag tttagttgaa
      121 taaaacaact caccatgaga tgctctctga tgttttttag acatggcaat cgaaaaggag
      181 ggcatcagcg cgttgactat ccaccatcct atac
//
LOCUS       SEQF2634|AYYE01000334.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctgcgtctg ctcgctgccc atcagtggac gaagctcttg cgagagtgca accacaccga
       61 aacgcaccag cgccaaaatg aggagaggga cactggaagc ttacaagcag gctttcctcg
      121 tccctgtcaa gctgacagat cgtcgagcgg tctatttgaa tagggcaaca caggaccgcg
      181 ccgactttgt tgtccgtcga ttggaagatc ggggtgccaa attgtcgatc ctcgtagagc
      241 gcatcgagta tgctcactt
//
LOCUS       SEQF2634|AYYE01000335.1  594 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(274..459)
                     /locus_tag="SEQF2634_00080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSNGKYKMVGVSWVRPKSGFTLLFEAYMMMLVESEMSVAAVLK
                     TVLGNGSAYLAYVPPLS"
ORIGIN      
        1 gtataaagcg atgaaagaag cgtgactggg gggtagttag gtgtagtcaa aaaaacatgg
       61 ctcctcacag caaccgcatc aaaacttttc gcatagatac aattatttca caatgagtgt
      121 cttatttgaa attccactat gaggattcaa tgttaaaggc tgaaaagcat atctgaaaat
      181 cggactttta tattgatgcg gttgcccctg tttgaggtct catctattcc gatccggcag
      241 acctcggaga cgtcgatcgc ggctcgtgct ttcttaacta agtggtggaa catacgccaa
      301 atacgcggag ccgtttccta gcaccgtctt caataccgct gccacggaca tctcgctttc
      361 cacgagcatc atcatatacg cctcaaaaag cagtgtgaat ccgctcttcg ggcggaccca
      421 cgagactcct accattttgt atttgccatt cgacatcata atgcgcggca cacggcagtg
      481 gagatatcac tcatgctgaa aaaagttgag gtggagccaa gtcttgtcgt ccgtgtcata
      541 agccttttgc ttcttaccgg cgtcattgac aaactcttgt ctttatacac atct
//
LOCUS       SEQF2634|AYYE01000336.1  453 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcttttcct acagctaaca gggtgcatgg agcaaaaagc taagtgtatt ttatgggata
       61 ttgctaccca cgactttgag tttcgccgaa aatttttaca caagctcaat tccgatcaag
      121 gagagtactc tacttacaag agtaagaaca cagtctatat gactcttatc aaacagcttc
      181 aggttgaaaa aatcgatgat gcaaaaaagg aaaaactact agagaaactc gaggacttca
      241 ggaacgatat cctcgagaaa agcattgcca aggagtggct tcctcgagaa ttgcaaaacc
      301 tcaatatcag taatctcttc aatataaaga gttgggggga aaaatgtcta tttgaggaat
      361 cgtctggtaa taataaggtg tatgagatat atgagagcct ctatgatctt cgcaatcgct
      421 gttctcacaa cactctatca tatcaaggtg ata
//
LOCUS       SEQF2634|AYYE01000337.1  631 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..631
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cgataaggca gataaacgcc ctccacctcg ctgggcatca gttccaagac accgccacca
       61 aaattgcgtc caagaatctc tgcaaaagca aaagagagag aattgtaata gcttaccaca
      121 aaggcctcgc ggttcacacc ttccttgata aagacacgat gcatggtgtc cgtagtgtag
      181 gcctgagcat cattcagtac aaacttggga tagagattat tgcgacgaag gaagagcgca
      241 tctgatattt tgattgacgg aatcacatac caatcatcac ggatacttgt tttatagccc
      301 ttgttgattc cctgctgttc gccattctca atatatgcct tggtaccctc gttgccattt
      361 tttttagcac caggagtaaa cactagcaaa ttagcctttg caccattttc aagattctgc
      421 tgccaatcag ctttcgtgaa gcacaagcta ttcacctgaa cgctacgacc caccatagga
      481 cgagcatact catgcaactg atacatatcc accactccct gtgtcacagt aaaataacca
      541 ttggaacctg tcgtgatacc aacctcgaca tctgcatacg ttccaatctt tggcatatta
      601 tcaaccctga ctttattcag gaaatccaat t
//
LOCUS       SEQF2634|AYYE01000338.1  599 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(224..520)
                     /gene="wcaJ"
                     /locus_tag="SEQF2634_00081"
                     /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="MNVLKGDMSVVGPRPHMLKHTEQYSKLIDKYMVRHLVKPGITGW
                     AQITGYRGETKTLEQMEGRVKRDVWYIENWSFFLDLKIIYVTVVNMFQGEKNAY"
ORIGIN      
        1 acctccaccc gagccatatt ttccgacggc cgattgtcca tctgcttggg tagccccacg
       61 acgacccgtt ctaatggttc gcgtgcggca taggccacga tataactcac tgcctccgca
      121 ctggccaccg tcgtcagccc gcctgctgcg atttgcagcg tgtcggtgac ggccagccct
      181 gtacgctttg cgccgtagtc cacggccaag attcgtccca tcgtcagtac gcgttttttt
      241 cgccttgaaa catgttgacc accgtcacgt agatgatctt cagatcgagg aagaaggacc
      301 agttttcgat gtaccacacg tcgcgcttga cgcgtccctc catctgctcc agcgtcttcg
      361 tctcgccgcg atagcctgtg atctgcgccc aacccgtgat gccgggcttg accagatggc
      421 gcaccatgta tttgtcgatc agcttcgagt attgctcggt gtgcttgagc atgtgcggcc
      481 gcggcccgac gaccgacatg tcgcccttca gcacgttcac aaactgcggg atctcgtcca
      541 gatttgtatg tcggaggaag gccccgatcg gcgtcgtgcg tgggtcgtca cgcgtggcc
//
LOCUS       SEQF2634|AYYE01000339.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaagatgct tccaagcaag agttgattgc ggcacgaaat gaaatcgaac gcattactgc
       61 gtcggctgat cacttaaagt ccgaactaca acaagcgcag caaagactaa aagagaatga
      121 agagaacgtg ctctctaacg cggacgacca aacgaaagtg ctaattcgac aaaaggacga
      181 tgcgcacaag gcagccgtga aaacgttgtc tgatcagatt gaagctcaac agaaggagtt
      241 gaagtcgcta aagcggaaag tcgaagactt ggaaaacgat gtggaagacg ccgaggacga
      301 caagaaatca gtggaaaaga agctaaaggc gcaaaaggaa gagttcgata agctctttgg
      361 cgatatgcag cacgcacaat tagagcttca aagac
//
LOCUS       SEQF2634|AYYE01000340.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttcggccag gatggcgtcg atgctgtccg tgaagcccat gtcgagcatc tcgtcggcct
       61 cgtcgaggac tacgtcgcgg acgccgccga ggtctaccgt ctttcggttc agcaagtcga
      121 gcagtcggcc gggcgtggcc acgaccacgt gcacgccttt ccgcagtgtc ttgatctggc
      181 tctcaatgct cgatccgcca tagacgggca gcacgtgtag gccgtctacg tagcgct
//
LOCUS       SEQF2634|AYYE01000341.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaaatcaac agatgaacag gttgagcagt ttcttctcca gaagttattc aatgattcac
       61 tgattaacgc atcagatgag gatttgaaaa aaatgatgac ggaactcgga tgccctacca
      121 caaacttttc tcgtcaggct gcaatttcca cattgatgat cgcatggaaa gctggagggt
      181 tccaaagcta catccttttg gtctccgtag tcaacgcggt aatgaaattt cttgtaggta
      241 gaggc
//
LOCUS       SEQF2634|AYYE01000342.1  242 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             2..148
                     /locus_tag="SEQF2634_00082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGNPCSEMIFGASMAITQGMTIAELQRVIFPHPTVSEIFKETL
                     FTIK"
ORIGIN      
        1 catgctgggc aacccgtgca gcgaaatgat cttcggcgca tcgatggcca tcacgcaggg
       61 catgacgatc gcagagctgc agcgcgtcat cttcccgcac cccacggtgt ccgagatctt
      121 caaggagacg ctgtttacga tcaaataaag gatcgctaat tcgtgacttg tcaatggtcg
      181 attgggaatt atgaatccgg gcaaccggcg aatcatgcat cattaactac gataacagat
      241 gg
//
LOCUS       SEQF2634|AYYE01000343.1  823 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..823
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(229..744)
                     /locus_tag="SEQF2634_00083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVTVSWSVNTLDETFRADMDKAVSIERRIAAMQKVYEAGIRT
                     ICFVSPIFPGITNFKAIFHEVKDICDLFWLENLNLRGGFKANIMGYIKSYYPHLFPLY
                     EEIYLHKDRTYWKQLEQEAAKMAQEAQCKYVDNELPYERSPKGHPSIVNYLYHEEIRG
                     SGNTGKRNVMQ"
ORIGIN      
        1 gtcaattggt atgcttttct ctttcaccga tattatctta ctacataact acaaggaaag
       61 ataatacagt gaaagagaaa gggttggtat tgtagtcaga aagtaggaat ggttattact
      121 accgtctaac tacacacaac tatgtatttg aggccttcaa gtttaccgaa agccttataa
      181 gtagttattc tccaagtagt ctatcaacag tagagatacg catctgtttt attgcataac
      241 attcctttta cccgtatttc ctgaccctct gatttcttcg tgataaagat aattcactat
      301 cgagggatgc cctttgggac ttcgttcgta aggcaattca ttatccacat acttacattg
      361 agcctcctgc gccattttcg cggcctcttg ctccaattgc ttccaatatg ttcggtcttt
      421 atgcaaatag atttcttcat aaagtgggaa caaatgggga tagtatgatt tgatataacc
      481 cataatgttg gccttaaaac caccccgcag attgaggttc tcaagccaaa agaggtcgca
      541 aatatctttc acttcatgaa aaatagcttt gaaattggtg atgccaggaa agatgggcga
      601 cacaaaacaa atggttcgga tgcccgcctc gtagaccttt tgcatggctg cgatgcgccg
      661 ctctatgctc acggccttgt ccatgtcggc acgaaatgtc tcatcaagcg tgttgactga
      721 ccacgatacg gtgactttct tcatttgccg gagcaggtca aggtcgcgca acacgaggtc
      781 gctctttgta caaatgagta tttctgcatc gctgtctttg agc
//
LOCUS       SEQF2634|AYYE01000344.1  997 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..997
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             32..811
                     /locus_tag="SEQF2634_00084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHAGRVVLRRLLSDHVVGAGVGEREAIAAEAVDHLQAVAIARL
                     EVGVALLVGRWRFVEPEGVQAAERRPIHLARIGEGERLPAADGVLHRSGGEELPATAR
                     EAGVAHRLIAVLKRVFGPQTGRAAEAFAPGTAEVEVQPRDLLFIDEVVRLARIVDPCV
                     GRGEGEAPQIVVASDAAQLGARLEAYAGGQGRFEVCLHQPHVRLLEHAVALALPRAQL
                     SAVGSDVMEHHLLLLVVVGVGIDDVRGEACLLGGRPDVVQV"
ORIGIN      
        1 ctctggagcg gccgaagttc atataggtat agtgctgcat gcgggtcgcg tcgtcctgcg
       61 aaggctcctg agtgatcatg tcgtcggtgc gggtgtagga gagcgtgagg ctatagctgc
      121 ggaggcggta gaccatttgc aggctgtggc gatagctcgg ctggaggttg gggttgccct
      181 cttggtagga cgttggcgat tcgtagaacc ggaaggggtt caggctgctg aacgacggcc
      241 gatccacctt gcgcgcatag gagagggaga gcgactgccc gcggccgatg gtgtattgca
      301 ccgaagcgga ggggaagagc tcccagcgac ggcgcgtgaa gccggtgtcg cccaccgctt
      361 gatagccgtc ctgaagcgtg tgttcggccc gcagaccggc cgagcagctg aagcgttcgc
      421 cccaggcacg gctgaggttg aggtacagcc ccgcgatctg ctctttatag atgaagtggt
      481 tcgactggcc cggattgtcg atccatgcgt cggccgtggc gagggtgagg ccccgcaaat
      541 tgttgtcgcg tcggatgccg ctcagctggg cgcccgtctc gaggcgtacg ctggcgggca
      601 ggggcgcttc gaggtctgtc ttcaccagcc acacgttcgt cttttggaac acgctgtggc
      661 ccttgccctc ccgcgggcgc agctctcggc cgtcgggagc gacgtaatgg agcaccatct
      721 gctgctcctg gttgtggtcg gcgtaggcat agatgacgtc cgtggagagg cgtgtctgct
      781 tggtgggcgt ccagacgtgg ttcaggtcta aggtgaggtt gttgttgtag atatccatcg
      841 tcagcggggc atggatggcg gagtccacct cggtgcggcc gaggcgtcgg atgtcggtcg
      901 tggtgcggtt ggtgttgccg ccgtcgtagc ggcctccccg cgccaagaag ccaagcgtgt
      961 gactgtccga ggcgtaccaa tcgccgccga aggagcc
//
LOCUS       SEQF2634|AYYE01000345.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttgggagt gacgagcctt tggcgtatca tggagcaagc aaaaacaatg aagccaattc
       61 gttttgccgt cgtcggttgc ggccacatcg gaaagcgtca cgcagagatg atctgccgtg
      121 aagacggtgc agaattggtg gctttatgcg acactcgtcc gaagtcggaa ttatccattg
      181 aggcctatgc caacgtgccc ttcttcagca ccctggacga tctgcttgcc agtgatctct
      241 cctt
//
LOCUS       SEQF2634|AYYE01000346.1  648 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..648
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tgtgaggccg atgttgtatt cgtcggccag ttcgggcctc aatccggtgt tacctatgcg
       61 gaggtagtac agatcgttga acgtaggcac gcggaaggtc ttcttgtaga gcgcgcggag
      121 attgaggtca agatcagata ggggtcggta ggtcagggag aaagagggtg tgaattgact
      181 tcggtcggcg gggcgatcgc cacgcttgac acgctccgtg atcagcgtag ccagggccgt
      241 tccgaccatg gtaacgcgtc cgagtcggta ccgcgcgcgc agggccgtga gggaagtgaa
      301 tcggatgggt gcgggattgt cgtttacgtt attgttcagc gtattgatgg cgccatcttg
      361 ggccagcgag agcttgaatc ggtccgtaat ctggcccatt gcggcaagag aggcataata
      421 ttcatgttgg gtgttgagat ccgtctggcg gccgccctca tatttcggat cggtgtcctc
      481 atatttattc caggagtagt tgtatttacc ttgcgcctgc acggtccatc gatcgttggc
      541 cttccatcga taattagctt gggcaaagaa attttcatcc cacaatcgtt cactatttcc
      601 tgtgcgatag aggacgacgc taccaggcaa ctgtctctta tacacact
//
LOCUS       SEQF2634|AYYE01000347.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcagcttata gtccacgaaa cgctcacgcc gaacacatac accttcaaaa tagacttctc
       61 cctcgcctcg gattacgtac tcacctgggg taggaggggg taacgtggtg tgtttttggg
      121 gatacatgga atagatatgc ccaaaacgcg gtaccttttc aaggtaaatc atgtatccgg
      181 tcaacttcct cggcctcggc agaggccttg attttctttt gccttctttt ctttcatcaa
      241 ggaaagaaaa gaaggtaggg gtatggggg
//
LOCUS       SEQF2634|AYYE01000348.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aagacgggtc ggctgtagcg ctccatgagc ggagcgaaga cggccgtatc gccgtccaga
       61 acgcggttga tgtatgcttc atcgtcgatc atccctaagt ctcgtttttg tcgtgcaagg
      121 atatgacgca aaggcgtgcc gcaggttaca atcggcgcac tcccacgcct gcgacgggcc
      181 aaaccgcgcc agcctccgca gccactccga ccagtgcgac gccaatcttc cggcactcaa
      241 cgtcgtatgc ggcggaagag ggcgtcgacc gtccagagca ggaagacg
//
LOCUS       SEQF2634|AYYE01000349.1  460 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtatcatcc gtaatagtaa ggtgttcagc ttctctgccg tgttgaaact gtaagacttg
       61 ccggagattt cgctcttgta aataatgttc tcttcagcaa gttcctttag tccgcgcccc
      121 acagtgtcgg caccgggtaa cagcgtatca ggtctctgct tgaactgccc tataagtgca
      181 ttgatgtcct caaggcattc tccaccacaa aggtagctga agaagagaga gccgaaaata
      241 cttccatggc tgaatgcctt gccgctactt ccacgtttgc ccaatacgga ttcggtaagt
      301 ttttcaaagc ccaactttga gaaaacgtcc ataatgtgat aaattccacc aaaagaagtg
      361 acattctcgt ttttaattgc tacctttgtc atgtcagata tttgcttact tgttatgttt
      421 gcagcaccaa gataggtgaa atttctgaca tatccaagtg
//
LOCUS       SEQF2634|AYYE01000350.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atacagtatc gccacctgca ggcggatgtt ttcgttctcc aattgtgact tatcatatcg
       61 ctgttctact tcatagacat ggctcctatt ttgtgcggca taggtagaat ctaaataatc
      121 tatgtattgc tccaaataat caattgcctt actcgggctg ccatccgact tttcaatcag
      181 ataatgtaag cgaagcactt cacccttggt ggtttcggag acagccttct ctgtatactc
      241 ccgagc
//
LOCUS       SEQF2634|AYYE01000351.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatggacgga caaagccggc attcctcgct atggcaagac gtatctctac gacggcggca
       61 cgggcgaacg ctttgaccag ccagccaccg tgggcgtgac gtacttcctc aagctcggcc
      121 acatggtgga cgacaagatg cacgcccgct ccatcgggcc gtactctctg atcacgcagc
      181 agccactcgg cggtaaggcc cagttcggtg gacagcgctt cggagagatg gaggtctggg
      241 ccatcgaggc ctttggcgc
//
LOCUS       SEQF2634|AYYE01000352.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggctgcgcg gtcaaaaaca gaccgccgct ggcaccccga cgggctgcgc ggtgaaaaag
       61 gcggtctgtt tttcacagtt cttgggtgcg cggtcaaaac ggcggcccgt ttttcacctt
      121 tctttactgc gcggtcaaaa aggcggcgcc gctggcaccg cgacgggctg cgcggtcaaa
      181 aaggcgggga gatacacaac taaaaagacg gggagcacag ggcaaagatc gtgccccggc
      241 ttcccgtcct gtcgtttggt ggttcactcc cactcgatcg tcgcgggcgg cttggaactg
      301 atgtcgtaga cgacgcgatt gacacc
//
LOCUS       SEQF2634|AYYE01000353.1  855 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..855
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             298..618
                     /locus_tag="SEQF2634_00085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MICQLSIHPSFKIFCQLQGLLLQSDECLGVGLELTYHSLGCSNR
                     MISVEDFHRFVVKDAYLVRQDNNLREPFYARFSRSFFDDLKGFAQESCSDKVALRLCF
                     RLLV"
ORIGIN      
        1 ggcgaagtgt tcgacttaga gccgtcaagt cttcagtttc tatcattcaa gctcgttatg
       61 atattgaacc tcatataaag gcaaaagaat tacgagcaaa agggtctaca gtagggcatc
      121 tttcagataa agatttgaaa gacttattta tccttgtccc ttctattaaa gatcttagga
      181 taaccctcga cttcatccta aataatatca tccgcaatag aatagagatt acaaaactca
      241 ctaagttacg agacgagctt ctaccgcttt tgatgaacag tcaagtgtcg gtaaattatg
      301 atttgtcagc tttctattca tccatcgttc aaaatctttt gtcagttgca gggcttgctc
      361 ttgcagtctg atgagtgctt gggagtaggt ctcgagctta cttatcattc gctgggctgt
      421 agcaaccgaa tgataagtgt tgaggacttt caccgcttcg tcgtaaagga tgcctatctt
      481 gtgcgtcaag acaacaatct tcgtgagcct ttctatgcaa ggttcagccg aagttttttt
      541 gatgacctta aaggcttcgc ccaagagtct tgctcggaca aagtcgctct tcgtctttgc
      601 ttccgacttt tggtatagct cgatgatctt ctgctgatct tagagcttgg agattctgat
      661 gtgccatcta tcccattgtg ggcaggtggc acatctgctg cttgacttat tctgtttcat
      721 cttttccacc gtattgttat cacgactttg gagtaaccct accctggctg gctgcaaggc
      781 gttttgtagc acaaaacggt ttttgtggca caaaaacaca ccttgccggg ccccagaata
      841 ggaggtgccc gtacc
//
LOCUS       SEQF2634|AYYE01000354.1  320 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agctgaactg agggggttca gtcacttcag cgacctatcg aaccgtgtgc aagagattgt
       61 gatgaaagag aagggtgaaa tcctttttaa taaatcacgc aatgccatca aggctgccat
      121 ctcaaaagtc ggcttggatt tggatcaaga gattgtaaag acaaaagaga aggtgcacaa
      181 tctgaatttg tcagagagcc aatgcaaaga gaagcagtct gatttagagt gcttacaacg
      241 tagacttaaa aagcggacta atacgtatct gcaagatttg acgtcagagc ttgatgatat
      301 ttatgaagag agtaccggga
//
LOCUS       SEQF2634|AYYE01000355.1 1624 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1624
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             743..1600
                     /locus_tag="SEQF2634_00086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKNSRQGYFLQWLIGVGDLVLINALFLVLYRALSADYTRLIGH
                     SLKEIILLLNFCYFFALYFVPVRVHLSVVFLDNIVKRSFMLITFQMIMFTTCLIFMRI
                     GHGSARFLIILYGTLLVAFSLWRVVMRVIVKIYRRKGYSVKNVIIVGAGKNGLELYKV
                     LKNDMAYGFNVYGFFDDNEALRGELPNYLGRLKETEAFIETHPVDEIYCTIPGANSEK
                     ISGLLSFAEKHMIRFYILPDFYRDIKKSMVMEIMEYVPLLSIRNEPLQSASTTRKSTH
                     IYNVRRTTK"
ORIGIN      
        1 ttcattttgt cgttctcctt acattatata tatgtgtact ttttcgagtt gtcgaggcct
       61 aaccgcatgc cattttgtca cttcgacagc gaacaaaggc tcaactcctc cttgcgcaaa
      121 ggtatttcta aaagagagac gatcgtcata ggctatgacg atcattcttc atatgaagag
      181 tatgcatcat agtctatgat gatactttat ggaatagata ccatccgtca taggctatga
      241 aagttcttat acgcatgaaa cataaaaatc atagcctatg aatagtcctt aaatcgatta
      301 tacatctcat tatatgctat gaatacctct acacatatcc atagaaagaa ttataggcta
      361 tgatagatct tatctatatg catatactct atcatatcct atgaaaataa atagagagcc
      421 atatacttaa aatcatagtc aatgatacta aatcaataca ccaatatcat ctttcatagg
      481 ctatggagat atatattcag atgaaataat gagattatag gactactcgg agagacagac
      541 gaggaaccaa gcacaggaat aagacaaggg ggcgatcgga cgcaaaacaa ggggccggaa
      601 tgcggcatga cgggccgttt gatggcccaa aaagcgcttc caagcggcgg tgtggccggt
      661 ccgcacgacg tagagccgct gattcgtgcc attttgtgcg ctgggataat cgtccgtacc
      721 tttgccttaa cttcaagtgg aaatggaaaa aaactcgaga cagggatatt ttcttcaatg
      781 gttgatcggg gtgggtgact tggtgctcat caatgccctg tttctcgttt tatatcgtgc
      841 gctcagcgct gattacacgc gacttatcgg tcacagcctc aaggaaatca tcctgttgct
      901 gaacttctgt tacttcttcg ccctctactt cgttcccgtc cgggtgcacc tctcggtggt
      961 cttcttggac aacatcgtca aacggtcgtt catgctgatt acgtttcaga tgatcatgtt
     1021 caccacatgc ctcattttca tgcgtatcgg gcacggatcg gcgcgctttc tgatcattct
     1081 ttatggcacg ctgttggtcg ctttttcgct gtggcgcgtg gtgatgcggg tgattgtaaa
     1141 gatctatcgg cggaaggggt acagcgtgaa aaacgtgatc attgtggggg ccggaaagaa
     1201 cgggctggag ctgtacaaag tgctcaaaaa cgacatggcg tacggcttca acgtgtacgg
     1261 ctttttcgat gataacgagg cgcttcgggg cgaactgccg aactacctcg ggcggctgaa
     1321 ggagacggaa gccttcatcg aaacgcaccc cgtggacgag atttattgca ccatcccggg
     1381 ggccaatagc gagaagatct cggggctgct gtcgttcgcc gagaagcaca tgatccgctt
     1441 ctacatcctg cctgattttt atcgcgacat caagaaaagt atggtgatgg aaatcatgga
     1501 gtacgtgccc ctgctgtcga tccgcaacga gccgctgcag tcggcctcga caactcgaaa
     1561 aagtacacat atatataatg taaggagaac gacaaaatga aagtagatgg attgagcata
     1621 ggac
//
LOCUS       SEQF2634|AYYE01000356.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggatgatgag gatggcgtac ttcaccgaac gcatcgactg ctggtagcgc ttcacgggtt
       61 gcagcacatc gacgccgaac acggactcct cgatcgcctc ctgacgatcg ctgcccgtga
      121 gcacctgcgg atagttgcgg ttgaggtgca tcaccttcca gtcgcagacg aagccgctgt
      181 ccgtcacctg acgattggcg ggcaggaagg cgcccgtgaa gctcggcgtg cgacagt
//
LOCUS       SEQF2634|AYYE01000357.1  514 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(59..313)
                     /locus_tag="SEQF2634_00087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEILGKSDGTLHRNKVNLGLISLGTRPTSHLDDKAKANDIHFQ
                     LTVDSDESFVVFSIAEFGMFFLPHIKSSLSIFGKGDNLRQ"
ORIGIN      
        1 gtcgagtatc attcagcaag ttattgagat gccttgctcc aaagatgaag agggcgaact
       61 actgcctgag attatcccct ttgccgaaga tgctaaggct agactttata tgtggcagga
      121 agaacatgcc aaactctgcg atactgaaca caacgaaact ctcgtcggag tctactgtaa
      181 gttggaagtg tatgtcattc gcttttgcct tatcatccaa atggctcgtt gggcgtgttc
      241 cgagggagat aagaccgaga ttgaccttgt ttctgtggag cgtgccatca ctcttaccga
      301 gtatttccga cattcagcac agcaagtgca ctcagagatt gcaggtgttc agctcactca
      361 gcaacagcag caacttcttg ctgaacttcc agcatctttt cagacagccg aagccctgag
      421 tgttgccgaa cgattgggaa tgaaagagag ggcttttaag gattttctca gtcgcaatat
      481 cggacacctc tttgctaagg agcgacacct gtct
//
LOCUS       SEQF2634|AYYE01000358.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             6..170
                     /locus_tag="SEQF2634_00088"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTANVFLRNVLPWSEMNNGIDPESTQGNNNMAGSFERFSLPGAR
                     SYGFGLSVKF"
ORIGIN      
        1 tgagtgtgac ggccaacgtc ttcctgcgca acgtgctccc ttggtcggag atgaacaacg
       61 gtatcgaccc cgagtccacg cagggtaaca acaacatggc cggatccttc gagcgcttct
      121 ccctgccggg tgcgcgcagc tacggctttg gtttatcagt caaattctaa aactattacc
      181 acacagagat gaaagcaatc aacagcaata tctggaagcg catcttgttt ctcgccttag
      241 gcttcacggc cctggcctca tg
//
LOCUS       SEQF2634|AYYE01000359.1  354 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..354
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcagaggact ttgcccccga ggggtggcat gtgttcttca tcgagaatgg cgacctcaac
       61 aaggaccatg tagacgacat cgctttcatc ttgcaaaacg atgattcagg cagccgaatt
      121 ctggccatcg ccttcggcaa gaagaagcgc ggatacgtgc ttcaagagca agatggcggc
      181 cgcttcatcg ctcccaaagg caacaccgac gcctttgtcg acatgagtat ccagaatggt
      241 gcactccact tcaacttcct cctgcccggc tcacatgcct acgacaacga cgacagcttc
      301 atcttccgct tccagaacaa acgcttcgag ctgatcggct gggagcgtaa gctg
//
LOCUS       SEQF2634|AYYE01000360.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(54..266)
                     /locus_tag="SEQF2634_00089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDDTTRQLWDETLRLYGINPDNALERTNAKFRRRFDYLEAQTI
                     RRGRSLKDMTLAEMDAIWDEAKRQGM"
ORIGIN      
        1 ctcggtaaac tctagggggg ggcgggggca ttcctgatgc ccgcccgggg gacttacatc
       61 ccctgccgct tggcctcgtc ccagatggcg tccatctcgg ccagcgtcat gtccttgagc
      121 gagcggccgc ggcggatggt ctgcgcctcg agatagtcga agcgacggcg gaacttggcg
      181 ttcgtgcgct ccagcgcgtt gtccgggttg atgccgtaga ggcggagggt ttcgtcccag
      241 agttggcgcg tagtgtcgtc gtccatcacc tcgtccg
//
LOCUS       SEQF2634|AYYE01000361.1  424 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attgagacgc tatcccgcgg cgggacgaga tcaaaatgac cgttgagacg ccatcccgtg
       61 gcgggacgag atcaaaatga ccattgagac gccatcccgc ggcgggacga ggcctaaatg
      121 accattgagg cgccatcccg tggcacgacg acgaatgcaa acaggagccg gatcactcaa
      181 gaacgaccga taaagagaaa cggccgaatg cccctttgtg cacccggccg tttgtcgctg
      241 gtcgttcttt agttgttcgg tcgctccgtc tcgttttcgg ggagcggcat ccacttcagg
      301 cggcgcgcct gccaagtctg ctgcttggcg gcggtggtga ggccacggcg atagtcgagg
      361 gtgcgctcac cgcggaggaa gaggtagacg cggcgcaggt ggtcgatgtc gctgagggtg
      421 ggct
//
LOCUS       SEQF2634|AYYE01000362.1 1926 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1926
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             124..891
                     /locus_tag="SEQF2634_00090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENLELMRLIDDAYYRDHPTAGVLHVQGMLRLQGYHVNVKRVRR
                     LMRLMNLHAIYPKPCLSKGGVPSYIHPYLLRGLAIDKPNQVWSTDISYIPMNGEFMYL
                     YAVMDVYSRYVPGWCLSNTLSAINACELMEECIRWHGKPEIVNSDQGVQYTGHRWQSL
                     LQGRGIQISRDGRGRCKDNIWIERFWRTIKQEYNYRNPTGVSASGRYRGVYPLLQPRT
                     ATPEPASPAPGACLWHRRGGVKETSDRSRTFPPKNSE"
     CDS             complement(924..1691)
                     /locus_tag="SEQF2634_00091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQNNKRLLVWWQEVGIVLGAILLLGGGYYLYQLYQQKQLLDKV
                     GSGDTMYTFMDKKTYVYEEPDTSIFGGFADLDEFYPITVLGTSDDDKFYKVIATDSDG
                     NVREGYILKSRLISYNEMEHLQRLIKSLDEYDSSGLSSLAGVRLGFLTAIRSYSTKLS
                     EIYCFLHDIQDDTFYFGFALDEGDYIVFSSKLRGESTTIEVERVESIPDRCYPSGLML
                     GGDGKVHVDWGYPSVGALDWMLAADSAAVEYSDYTTP"
ORIGIN      
        1 aaagtgacat agtagcctta gaagccactc gccccgcagg catgagccgt aagcgcttct
       61 gtgcatatat gcagcttaat cgctcctcct tctactataa acccaaggaa gaaaggggaa
      121 agtgtggaga acctagagct tatgcgcctg atagacgacg catactaccg agaccatccg
      181 acggcaggag ttctgcatgt acagggtatg cttcggctcc agggctatca cgtgaatgtc
      241 aagcgtgtac gtcgcttgat gcgtctgatg aacctgcatg cgatctatcc taaaccctgc
      301 ttgtcgaagg gcggtgtacc cagttacatc catccttatc tgcttagagg tttagcgata
      361 gacaagccca atcaggtatg gagtacagac atctcctaca tccctatgaa tggggaattt
      421 atgtatctct atgctgtgat ggatgtgtat agtaggtatg tgccgggctg gtgtctgagc
      481 aacaccctct cagcgatcaa tgcttgtgaa ctgatggagg aatgcatccg ctggcatggc
      541 aagcctgaga tcgtcaactc cgaccaagga gtgcagtata cggggcaccg ctggcagagc
      601 ctgctacaag gtcgtggtat tcagattagt agggatgggc gtgggcgttg caaagacaac
      661 atctggatag agcgcttctg gcgcaccatc aagcaggagt acaactaccg caatcccaca
      721 ggtgtaagtg cttcgggaag gtatagggga gtatatccgc tactacaacc acgaacggcc
      781 acaccagagc ctgcctcacc tgctcccggc gcgtgcctat ggcatcgtcg cggtggcgta
      841 aaggaaacct ccgatagaag tcgtaccttt cctccaaaaa acagcgaata agtagaaccc
      901 gcctcgaaac tagttgtcga aatctaggga gtagtataat ctgaatactc tacggcggca
      961 gaatctgctg ctagcatcca gtctagagca cccacactag gatatcccca atcgacatgt
     1021 actttgccat caccaccaag cattaagcct gaggggtaac atctatcggg gatactttca
     1081 acacgttcaa cttcaatagt cgtactttct cctctcaact ttgatgaaaa cacaatataa
     1141 tccccttcat ctaaggcaaa accaaaataa aacgtatcat cctgtatatc atgcagaaaa
     1201 caatatatct cactaagctt tgttgaatag ctacgtatag cagtaagaaa gccaagacgt
     1261 acgcccgcca aagaactcaa accagaagaa tcatactcat ctaggctctt tatcagacgt
     1321 tgtaaatgct ccatctcatt atagctaatt agccttgact ttaagatgta gccttctcgt
     1381 acattcccat ctgagtctgt tgctatgact ttatagaatt tatcatcatc actcgtccca
     1441 agaacagtta tagggtaaaa ttcatctaaa tccgcaaaac caccaaagat acttgtatca
     1501 ggctcttcat agacgtaagt tttcttatcc ataaaggtgt acatcgtatc tccagaccct
     1561 actttgtcca acagctgttt ctgttggtag agctgataga ggtagtaccc accgcctaag
     1621 aggaggatcg cacctaaaac gatacctact tcttgccacc acacgagtag cctcttatta
     1681 ttctgtgcca taaaatttga ttatcgttta tttcggagat ggaccatact tattatcacc
     1741 agcactctct gcaaacatca gcatatacac atagtataaa tttagaatcg gtaccagtaa
     1801 caccaataga ccccaagctg gtattcctat atcatgtagg cgacgtgctg tcacacttaa
     1861 tcttggcaag aaaaagagaa taggcaagat aaaaatcgcc acattgggca caatcccatt
     1921 ataggt
//
LOCUS       SEQF2634|AYYE01000363.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccccccccca acacacaaac agaaatggaa accatccaca ccgccccggc catgcagccg
       61 cagggcacac agccagagag gaacgtaacc tcttacgagg tgagcgggct cgaggtcaaa
      121 ctcacaattg actacgtaaa gaagtatatc gcacgcggag tcgcagaact cacggatgaa
      181 gaggcttaca gctttatagg attctgtaaa tacaactgcc tgaacccctt cctgaatgag
      241 gcctttttga tcaaatacaa gaagggggat gccaccacct acatc
//
LOCUS       SEQF2634|AYYE01000364.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctgctaaacc gttgattcct tacgagagac aaacgtacgc atctttcgga gggcggtttt
       61 gcaggccgat atactttaac aacccgaacg ctttcggctg gccacgtttt agcccatcct
      121 ctgggtcaaa aagtcgcgca gaatgagcgc gtggttgtgg tctgtcgcct tagcggcgga
      181 aagcagcgtg acggtgtcgt atggccgtat gcggctgatc acttcgtcca cgctgggggc
      241 ggtggcgagc tctgaccggt agcgctggct aaattcagcc caacgtccgt cgggatcttc
      301 gtgaaaccaa cggcggagtg cagggctcgg ggtgagatct ttgggccaga ggtcgtaggg
      361 cagggcg
//
LOCUS       SEQF2634|AYYE01000365.1  336 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tacaaaggcg ccgtcgaaca gttcatgacc gacaagctca gcgacgccaa cagggagcaa
       61 atcacggcct accagcgcac catctggggc aacattaccc gctccatcgc caagagccgc
      121 aagatcacgg ccgacgatgt gaaccgcttt gccgacgaag gcggcgccct gctcgacgcc
      181 cgtagggcgg tggcatacaa actcgtcgac gaactgaaat atcgccgcga ggtggagcag
      241 tacctcatgg atcgcgccgg ccagaagggc gagaagatga aggcaaccag cgtcgctgcg
      301 cccaagggcg ccaagaagaa ggagaaggga tatcgc
//
LOCUS       SEQF2634|AYYE01000366.1  454 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctacaccacg aactcgcaca tcaatgagcc caactggacg tcgggcatca acccacgcgc
       61 ctcgtcgagc cgcatctctg acaaggcctt ctctttccgc aactcctgct acgggatgga
      121 gaacaacgtc tggtccgtca ccggcgagct taacagccgt ttcagcaaca cgctccagaa
      181 ccgcatcctc ttcacctact ccgacatcca cgacaagcgt aactccacct ccaagccctt
      241 ccccttcatc gacatttggg acggcgcggg cgacgccttt atgtcggccg gttacgagct
      301 ctttacctgg accaccggat cgcagaataa cgtcctcaac ctgcaggacc atctcatctg
      361 gaccatcggt tcgcaccgtc tcatcggcgg tctgaacgtg gagtatcaga aggccattaa
      421 cacctacatg cgctatggta cgggctacta tctg
//
LOCUS       SEQF2634|AYYE01000367.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgtgatccg cgtgacgggc accgtccgcg agcgctcgaa caagaatccg cacctcgcca
       61 cgggcgagat cgagctgatc gtcgatgagc tggaagtgct caacccggcg ctcaccccgc
      121 cgttcaccat cgaggacgag accgacggcg gcgacgatct gcgcatgaag tatcgctact
      181 tagacctccg tcggcaggcc gtgcgtaaga acttagagct gcgccatcgc atggccctcg
      241 aggtgcgccg atacctgagc gacctgcact tcctggaggt ggagaccccc gttttggtca
      301 actccacacc cgagggcgca cgcgactttg tcgtgccctc gcgcatgaac ccggggcaat
      361 tctatgccct gccacagtc
//
LOCUS       SEQF2634|AYYE01000368.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtttacacaa aacgtatgac atattaactg aaatatattg cattgtccgg tagaattaat
       61 atttcaagac atctaaatga ctgtgatatt cggccaaagg ctgttcgaat catcgtgttt
      121 cgtgccatgt atgagcttca tgacacgttc agcctgacag acttggaaaa cacattggac
      181 agcgtcgata aatccacagt gtccagaact ttgtcgctct ttgcgcaaca ccatcttgtc
      241 cataag
//
LOCUS       SEQF2634|AYYE01000369.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcgtcttcc tgctctggac ggtcgacgcc ctcttccgcc gcatacgacg ttgagtgccg
       61 gaagatggcc cccggtacgt gcattcgagc gaccgcgtcc tatctttgcg ccattcattt
      121 acacagattt cacgcccgat gaacattgca ttgataggcc acggcaagat gggccacacc
      181 atcgaacgcc tcgcacccac ccggggacac cgcatcgtct ccctcatcga catcgataat
      241 taccgcaccg ctttcgactc cgacgccttc cgtcgggccg acgtggccat cgagttcacc
      301 ggcccccaga cggcctatga caacatcacc cgctgcatcg acgcgggcct acccgtagtg
      361 agcggatcca ccggatggac cgcccgcatg gacgaatcct atgaagatca ctcccgtttc
      421 ttagtc
//
LOCUS       SEQF2634|AYYE01000370.1  582 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..582
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             62..580
                     /locus_tag="SEQF2634_00092"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYATACGILMVNDPHQTILERFKSDTPGPQLVHFDKILNRLAL
                     TPMGRHKVERIELAKDGVACCFIDGFSGKPFPIDVVNGLSDRFNCSDIKSNPGGLYPF
                     DPNMEQRLVELNAKLNDNKGRKYSFRLGIPEKSKETSMSLLSSKWMRNLSIGIFLDEH
                     KICSLQTFIIPL"
ORIGIN      
        1 tccaacatcc aatccagctg attttagtga tagagcactt cttcagctaa tagatttagg
       61 aatgtcgtat gcgaccgctt gtggcatact aatggtaaat gacccccatc aaactatact
      121 tgaacggttt aaatcggata ctccgggtcc gcaacttgtt cattttgaca agatccttaa
      181 cagactggca cttactccta tggggaggca taaagtggaa agaatagagc ttgctaaaga
      241 cggggttgcc tgctgcttta tagatggttt ctctggaaag ccgttcccga ttgatgtagt
      301 caatggacta tccgacagat tcaattgctc agatatcaaa agcaatcctg gaggtctata
      361 tccatttgac cctaatatgg agcaacggct agtggaattg aatgcaaaac ttaatgacaa
      421 taagggtcgg aaatattcgt ttagactcgg cattcccgaa aaatccaagg aaacttcaat
      481 gagtctacta tcttccaaat ggatgaggaa cctttcaatt ggaattttct tggatgaaca
      541 taagatatgt tctttgcaaa cattcatcat acctctttga tg
//
LOCUS       SEQF2634|AYYE01000371.1  517 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             278..514
                     /locus_tag="SEQF2634_00093"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGRHLVIGVEDKTLKIIGMDTYNYTTQQATLQLTNLCANLSSE
                     GLDIEQFVTEDTHKTVWVIHIPKHQPMLACLCAQ"
ORIGIN      
        1 gccaaactat gcccccaatg acttccgttt ggtattcgag atagagtttg taaagaagct
       61 cttcaaggac tacaggcctg ttgacttgga gatttggcat acgtttacat atacaatgat
      121 gtttaacatt ctaaaataaa ttatacaata atatcccatc aggcaatact cgaaagagga
      181 cgagggttgc gagtggaaga agttcaagaa tctgaagaat gacttcagcg gtcatgaaaa
      241 ggatgatgtc atttcctacg tttcggcatt ggctaacatg gagggtaggc atctggttat
      301 cggtgttgag gataagacct taaaaattat cggaatggac acatacaact atacaactca
      361 acaagcaaca cttcaattga cgaatctgtg tgctaacctt tcgagtgagg ggctggatat
      421 tgagcagttt gtaacggagg atactcacaa aacagtttgg gtgattcata ttccgaagca
      481 tcagccgatg cttgcctgtc tatgcgcaca ataaggc
//
LOCUS       SEQF2634|AYYE01000372.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccggaaaggt gcacctctct cagcattacg cattccgata caacaccgtt tggggacggg
       61 cggaatatcg cggtcggaag gacagccgat tcgtgaaggt cggccgctat ggttttgagt
      121 acaacagaaa cgaaattatc tcggaatggt tatacgagaa gccgtttgaa gagaaagaag
      181 agcatgagct ttttgaacgt tcaggagatg tgatagaagt tttgtcagaa aactttcctg
      241 agggcgaagg taaggaaaat ttggccaata aaaaccgatt atttctttct ttggtagctc
      301 agctaaaagg cgaaaaatct aactcgataa tag
//
LOCUS       SEQF2634|AYYE01000373.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             111..290
                     /locus_tag="SEQF2634_00094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
ORIGIN      
        1 acacacgttt cacttatgca tggatcaaga agggcaaacg tttggagcag cccactctgt
       61 gagcggtcgg cgcccaagtc aatattaacg gactacttaa tgcgcatgat gtgacagagg
      121 tcatagccca tgagtgtccg agtgtcgata ccgattccgc catcgccctt tacaaggtag
      181 ctttggagaa gctccctgag gctgaaagta tctacatcat cacagataat gcacgctatt
      241 acctgagtaa aaagcttcga gagtgggtga aaggcacgaa aatcaagtag atcttcctac
      301 cgtcctattc tctgaattta aacctgatcg agcggctgtg gaaattcctc cgaaaggaga
      361 tcatcaacac gaagttctat cg
//
LOCUS       SEQF2634|AYYE01000374.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aagttgacct caacgagaat gcagcaaggt cggtgcacac caaagcgctg ctggagaaag
       61 acgaagaacg cgataagctg ctgacacacc tcttcggcat catccgtttc aatcactatt
      121 cgcccgtgca ggctacagcc caagcggccg aaaagctgga ttccatcttt ggaaagtata
      181 tcgccgcaaa cattcaacgc gaaggcttcg aagacgaaag cggacacatc gtggggctct
      241 tgaacgacgc cgccccctac accgcctttg ttctgttacg aggagaggct ctt
//
LOCUS       SEQF2634|AYYE01000375.1  350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagcgtggtg gtctcctcgc gaccgttatg tccgcccgcc tcgaagccct cggccacgat
       61 ggcgtcgacg cccgcggcct cgcatttggc ggcaaagcgt gaggaggaaa cgacgtgcgc
      121 cacggtgatg ccgtggtcct tgaggcgcgc cgtccacgtc ttggggttgc cggcggaggt
      181 gaagacgatc ttcacgcctt cgtccatgat gatctgcatg atctcatcga tctgcgggta
      241 catcagcggc acgtttacgc cgaaaggccg atcggtggcg gcgcggcatt tgcgaatatg
      301 ctcgcggagg gtctcggggt gcatcgatcc cgcgccgagc agtccgagtc
//
LOCUS       SEQF2634|AYYE01000376.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgctcgcgg atcatccggt cgaagcgcgc cgcacgctta tgttgcacga gcatccgcgc
       61 ctcgtcttcc tcagtgcgtt ccgcggcgca ttcgttgtat gccattgctg cccgagctgt
      121 cgcctggccg atgtagacat cgccctgata gaggtagacg cacggcaccg agccatcctc
      181 gaggggcagc cagtaggccg tcacgcgccg atcgttcggc tggatgtttt tgtgccacaa
      241 aaaccgtttt gtgctacaaa acgcc
//
LOCUS       SEQF2634|AYYE01000377.1  458 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggctctaacc actggatgga ttcgatgtcc agatggttcg tgggttcgtc cagcagcaag
       61 acgtccggcc gccggagcag cagcttagcc agctcgatgc gcatgcgcca tccgccgctg
      121 aactccgccg tgggccggtc gaagtcgtcg cgcgcaaacc cgaggccgag cagcgtccgc
      181 tctaactccg cctgataact cgtggcgccg atcagctgaa ggcgttcgct gagcgtagtc
      241 atgcgctcga tgagcgtgtg gtacgtctcg ctatcgtagt ccgagcgctc cgcaagctcc
      301 cgattgaggc gctcgacagc cgcctccgtt tcgtggatat gtgcaaaggc cagctctgcc
      361 tcttggcgca cggtacgttt atcctcgagt tgcatctgct gcggcaggta gccgatcgtc
      421 gtgtctcgcg gcacgctgac gacgccgctt gtcggctg
//
LOCUS       SEQF2634|AYYE01000378.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgccaagtt ggacaacctc cttctcgccg ttcaagcctc ctatcagtcc ctgcttgcca
       61 aaggggttcc gtttgacgca accgacatca aggagcattt ccaaggctgc gtgcagagtc
      121 gaaccttgct tttggagcgg tttgacggcc tgatcaagga cagggaggag cacgtcggga
      181 tagacatcaa aagagagtct ttggtcttgt atcgtcagac aagaatgagg ctgcaacagt
      241 tcattcgggc gaagcataac gcttccgact taaccttttc gcagctcacg gaggacttcg
      301 tcaagcggtt cgagcagttc gcaaccggag aggtgggtct gaaacagagc acttg
//
LOCUS       SEQF2634|AYYE01000379.1  373 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agaagttgaa tagcgattgt tcatccgtag atttatgaaa ggtagaattt acatcatcgg
       61 cagtatattt gacatgactg ttttctaatt ggttgatgac ggcttgcaac cgtttcatat
      121 cagtccgatt cagattttac actttcctgc atcagactgt ctgcaacggt tttcagcgat
      181 gtgtcgtacc cgtccgcctg tttccgtacc cattcaatgg ctttctcgtc cctgtgcagg
      241 tcaaacactt tgttcagcca aagtatatca ttggcattgc atccgcccca agagcggatg
      301 gttctgaact tcagcgcatc atcggcatat tgccttttgg actgccattg cgcaacattg
      361 acccacaatg ata
//
LOCUS       SEQF2634|AYYE01000380.1  666 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             129..347
                     /locus_tag="SEQF2634_00095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEDIFTLGLGLTPPWEISKVEFVQESDKSKTLHIYIDFWKGG
                     EFVNDAGQKQKAYDTEDKDVALPQLFPA"
     CDS             298..465
                     /locus_tag="SEQF2634_00096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKTKTWRYLNFFQHEFYLHYRVPRIIMSNGKYKMMEVPWARP
                     KSGFTLLLRHI"
ORIGIN      
        1 gctgggcagt tccattattg tcatgtatag tttgatggga cgaagctaaa cggaatcccg
       61 gacctcgaaa agattatgcg ccagccctga tcccgtatca gaaaaagaaa acggtttaga
      121 ttagcagtat gagaagtgaa gatatattca cattaggctt aggccttact cctccttggg
      181 agattagcaa agtggagttt gtgcaagaat cggacaagag caagacgctc catatttata
      241 tcgatttctg gaaaggcgga gagtttgtca atgacgccgg tcagaagcaa aaggcctatg
      301 acacggaaga caaagacgtg gcgctacctc aactttttcc agcatgagtt ctatctccat
      361 taccgtgtgc cacgcattat aatgtccaat ggcaaataca aaatgatgga agttccgtgg
      421 gcccgcccca agagcggatt cacactgctt ttgaggcata tatgatgctc gtggagggcg
      481 agatggatgc ctgtggcagc ggtgtcaaag acagtgaagg agacagctcc gcgtatttgg
      541 cgcatcttcc gccatcgcat tggtgagtaa atcacgagca gcgattgacc tatttgcagt
      601 tcgtcggatt ggtgtggacg aaacatcaat ccgtaatgga cacaaataca tcacacaaca
      661 tgagat
//
LOCUS       SEQF2634|AYYE01000381.1  882 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..882
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gtccttgggc gtgtctggct gtttgggctc tttcggatcc ttgggagtct tcggttcctt
       61 cggttctttg ggctgcttgg gttccttcgg ctctttgggc tccttcttct tcgtctccgg
      121 acgctcggcc aggagggcct gctgtatgtc cgcattgatg ctgctcatca gacgtttata
      181 gggcgcttcg ccgccgagtg tggccagtgc gttgatcgtg tgggccaggc ggcgatactc
      241 atcgtcgagg gcgatacgct tctccttggt ttggcccacg agatccatgt tgcgctgcgt
      301 acgggcgttg taggcggctt caaatttctt gttcgcgtcc ttgagctcgt ccagccattt
      361 gtcggcaccg ataagcgtca gtttggcctt cgcgtcggcc acctccaagt cgctgacgac
      421 gttggagacg atggccgttt cttcgcgtag gggcttcgtt tgcggcgcct tgtcgtactt
      481 cagcaggacg gcctgtagct gttgcgcggc cgtcgccttg gcctcctcgg ggaagccggt
      541 gaagacgcgc acgtgtccgt aaagccctat cagggccttg tcgcgtcgct cgtcgagctt
      601 gttcagctct ttcgtgtcca catcgccacg catgggttgc acggccgcgt cgaaagcctt
      661 gtacttctca tcgaagacct tggccgcgtc tttcagcttc agcgtctcca gatcttcctg
      721 agagaggaac agttgcacat tcgtcatcac ctgatagaaa ttcatcaggc ggagcttggt
      781 gagattgaag taaagtatca tttctgtaaa atttagagtg taatcctgta attgtagtaa
      841 gcgaaacgcc caactgacat ccattgaagg catttccttg ag
//
LOCUS       SEQF2634|AYYE01000382.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagacagacc tctacagcac aggcgaggag gtgctcgaga agttgcgcag caaacaccca
       61 atcgtcggca agttgctcga ctaccgacgg gtaaaaaagc tgctcagcac ctacatcgac
      121 gccctgcccg agcgcgtaga cccggcaacg ggtaagatcc acacctcgtt caaccagacg
      181 gtgacctcga ccggccgact gagttcgtca aaccccaacc tgcaaaacat ccccgtgcgc
      241 gaggaactgg gccgcgagat ccgcaaagcc ttcaccgccg acgacaccga atccgtcttc
      301 ttttcggccg actattcgca g
//
LOCUS       SEQF2634|AYYE01000383.1  482 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..482
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..243
                     /locus_tag="SEQF2634_00097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQKHGGLRDFRLLQVVVRAGKHQIGDAEAKDVVGLFKQIFREGI
                     FVVQRLAHSNELGSLAWKYVGVHIFLSFRFLARQK"
ORIGIN      
        1 ggaatgcaga aacacggcgg gttgcgtgac tttcgtctgc ttcaagtcgt cgtccgtgcc
       61 ggcaaacatc agatcggtga tgcggaagcc aaggatgtcg ttggcttgtt caaacagatc
      121 tttcgcgagg gaattttcgt cgtacagcga cttgcccatt ccaacgaact gggctccctg
      181 gcctggaaat acgtaggcgt tcatattttt ttatcgttta ggtttttagc gcggcaaaag
      241 taggcgcagt ttggaaaggg ggaaacccgt tcgcgattcg atggcctgtt cattgagggc
      301 gaaagtgcgt agcgggatca gatcggcact tcggatatag atcgcaggag cgtatggcct
      361 cccaacgatc tatcggggac gaaacaaatg ccctcgactg cggatctccc tttccagaaa
      421 tctttgcgac gtgagcttga acgaaagaat gaggctccta atccctgaag aatggcttgg
      481 at
//
LOCUS       SEQF2634|AYYE01000384.1  596 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggacggcccc aagacctgga gccgcgtgat caagaaaagc cccacggaga aggatcgcta
       61 ttacgtttcc tacgtcaccc cggattacga atacgtcagc gagaccgaaa tgcttttccc
      121 ccgcatgtac agctccgacc cgcgccacgt ggaggcgtat aagtcttggg gcaacgtgaa
      181 gggtacgccg atcaagtatc agctgatggg cgagacgaag acggccatga agcccacctt
      241 cgcggagaac ctcgtcttct tcgtgcgcta ccagctgaac ttcatgtact ggcgctactt
      301 catgtggaac ttctccggcc gacagaatga catccaaggc gccggcgaga tcctgaacgg
      361 caactggatc acgggcatca aacccatcga cgccctcatg gttggcccgc aggacaatat
      421 gccgaacgat atcatcaaca acaagggcca caacgtctac tacatgctcc cgctgctgct
      481 cggtatcctc ggtatcttct atcagctggg cagcggacgc cgcggcatgc agtcgttctg
      541 gatcaccttc ctgctcttct tcatgaccgg tatcgccatc gtgctttatc tgaact
//
LOCUS       SEQF2634|AYYE01000385.1  493 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..493
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ttattattcg gcataatcta tccctttgga tccaaacatt cttttaacca ttccaaacct
       61 tcttgaatat aggctggagc atttatttca cagaaatcct ccctatacaa gagggagttt
      121 gcaaaatctg ctttttgaaa tccaccttta ctttctagtc tcttaaaaat taatctttgt
      181 aattcctcag cagaagagct tttctttaat agattggcaa tcgtagtaat ggtacccata
      241 ttctttagtc catctcgcct aaacagctct aggttggaaa agatcaaagc atcttcaaac
      301 gtataggggc atatctctgt gtcttcttcc ttttcttgag tccactttat cctgattggg
      361 gtctgaaagg caattctgac attgtctacg gtcttatcat cctcattaag tgcaatgaga
      421 tcatcaatca attccttact tggcaaccaa tttcgtatcg acggattgcc tgtcttataa
      481 cctttccctt tgg
//
LOCUS       SEQF2634|AYYE01000386.1  307 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(62..271)
                     /locus_tag="SEQF2634_00098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERDAARRVADSMNSYEVDGRPISVSPMHDDADGDRGDRKPYRR
                     KASAPRSYGGGKPWRRTPDRKRSRR"
ORIGIN      
        1 agagtagagg gtagagggta gtgcccgggt acccggcaaa cttggccggc gtccctgatg
       61 cctatcgccg cgatcgctta cggtcgggcg tgcggcgcca gggcttgccg cctccgtacg
      121 aacggggtgc ggatgctttg cgtcggtagg gcttgcggtc gccgcgatcg ccatcggcgt
      181 cgtcgtgcat gggggagaca gagatggggc ggccgtccac ctcgtagctg ttcatgctgt
      241 cggccacacg tcgcgcggcg tcgcgctcca cctcgaaata actgctatcg cgtccgatct
      301 ctatgcg
//
LOCUS       SEQF2634|AYYE01000387.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgaatagaaa gaaatggaaa ccgagaaagt aaacacgggc gaaacggcgc ctgacaaaga
       61 ttttttagac agagtagacg gaatagcaga tgaactgcga gacatggcgc agaaggaccg
      121 taaaaacagg ttcgttttac tgatcgctgg agatgggaac cttacaacaa gactcctcca
      181 aggccatgca ggtcgtctta caaacatctc ggggcggtct ttggcggcag acgaggaggg
      241 gagcgctatc atgc
//
LOCUS       SEQF2634|AYYE01000388.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gactgcactt cacgggccaa ggaggcgaca acggccacct cgacacggag aaggggcgcg
       61 tactgatgcg actcgagctg gaggcgctcc gagatgccct ccgcgccacc acgcccgacg
      121 agcgtcgctc gcacctcacc catgccctca ccttccgcac ggagcgtcac cgacgtttct
      181 ccggcgccgc agcgtccgaa catgccctgg agtgcaacga aggactggcg gagtacaccg
      241 gccagaccgt ggccagcc
//
LOCUS       SEQF2634|AYYE01000389.1  299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgtactcct gggtcacgtc gctcacctcg atgttcttgt agtcgatctt gccggcttcg
       61 gcagtgatac gatccacgag ggcgtcgaac cggtcgctgg gcacacgcag cgtaacggtg
      121 gaggtctgtc ggccctcctc ctcgtccttg ctgtcgctgg ccacgtagcc cttagcctcg
      181 gtgatggcct tctgtatggc tgcacgcgtc ttctgggcgt cggacgtctc gaagcgcagc
      241 atgccgttct tagtcagctt gcgttcaggg atagcctctt cacccacgcg gatgtcgga
//
LOCUS       SEQF2634|AYYE01000390.1  488 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(213..488)
                     /locus_tag="SEQF2634_00099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFHHTAVDLSLCEGVHALGHEDGLVGRSAEVIVRDALQGGLTEG
                     GLIGIELGDIVLEKRLLKSDESVGAFNDVADVAQGIVGVIDMQAEIA"
ORIGIN      
        1 ctccggtgcc ttcttgtggg gcccaatgcc tgcccgcacc tttgcctcgt caaaacaatc
       61 aaacgcgtat agaaatgaaa aaatgtcaca tcctcgccgc cacactgctg gccctcacaa
      121 cctccgttgc caccccaatt ttctcaaacc ctttaatagt tcaagcaatg agcaccatac
      181 aaatcactaa ggggcgcatc gagaccctcg acctaggcaa tttccgcctg catgtctatt
      241 acaccaacga tgccctgggc gacatcagct acatcgttga aggccccgac ggactcgtca
      301 ctcttgagca accgcttttc aaggacaata tcgccgagtt caatgcctat gaggcctccc
      361 tcggtaagcc caccttgcaa cgcatcacgg actatcacct cggcggaacg gccgaccagc
      421 ccatcctcat gccccaaggc atgcacgcct tcacacaggg agaggtctac ggcggtatga
      481 tgaaacac
//
LOCUS       SEQF2634|AYYE01000391.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(48..173)
                     /locus_tag="SEQF2634_00100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEASFMILPYLDRSRKDPQGKKTWSQQITKASMEPYALSFI"
ORIGIN      
        1 cagttcgttc ttcaaatctt gttgcctatt cttggatacg tttccaatca tataaaggac
       61 aacgcgtaag gctccataga ggccttggta atctgctggc tccatgtctt ttttccctgc
      121 gggtcctttc ttgatcggtc gaggtagggc aagatcataa aggacgcctc catgggcgca
      181 atgattcctg atatccagaa ggactttcat atagctgtca aagatctttt gctgtcttat
      241 cccgaaatgc ccacagatcg tgattcgagt tgattgatcc aagag
//
LOCUS       SEQF2634|AYYE01000392.1  465 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             140..409
                     /locus_tag="SEQF2634_00101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDNPIATSASGFRLHKDIFDAWSPENTGSNIPRWYFNDLNAGN
                     MSDRFLIDGSYLNFQNIQLGYTVPENLTKRLGGVRNLRLYVSCGS"
ORIGIN      
        1 caactattac ctctgcggcg acccgaaccc cgacctctac ggcggttttg gcacctcgct
       61 cagcttccgc ggcttcgact tctccgcgca gttctcctac tccgtcggtg gcttgacgta
      121 cgactacgcg tatgccagca tgatggataa ccccatcgcc acctcggcca gtggcttccg
      181 cctgcacaaa gacatcttcg acgcttggtc gcctgaaaac accggctcaa acatcccccg
      241 ctggtacttc aacgacctga acgctggcaa catgtccgac cgcttcctga tcgatggtag
      301 ttacctcaac ttccagaaca ttcagctcgg ctatactgta cctgaaaacc tcacgaagcg
      361 tttaggcggc gttcgtaacc tgcgcctcta cgtcagctgc ggaagctgag cgaggtgcca
      421 aaaccgccgt agaggtcggg gttcgggtcg ccgcagaggt aatag
//
LOCUS       SEQF2634|AYYE01000393.1  350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(151..345)
                     /locus_tag="SEQF2634_00102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYDIPAERWYVNLPEIGNVASVSAFAMLDGLRQTGRLRPGQRI
                     LLMVPESARFSYSYALLTVV"
ORIGIN      
        1 gctccatttt tctcttttgg gcatttgcag aagttctgca agctccattt ttctcttttg
       61 ggcatttgca gaagtcctgc aagctccatt tttccctttg gggtctttgc aggaatgctg
      121 caaacgtttt cggaaggcta acgagaggat ttacaccacc gtcagcagcg cgtaggaata
      181 cgagaagcgg gcgctttcgg gcaccatcag caggatgcgt tgcccgggcc gcagtcgccc
      241 cgtctggcgc agcccgtcga gcatggcgaa ggccgagacg gaggccacgt tgccgatctc
      301 gggcaggttg acgtaccagc gttcggcggg gatgtcgtac cccatacgct
//
LOCUS       SEQF2634|AYYE01000394.1 1420 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             556..735
                     /locus_tag="SEQF2634_00103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVNSFQTVGMANHEVITIAPALEILDPDFSAEGCTHRIAYVKI
                     EIDSAMHPATTYAVL"
     CDS             complement(1134..1286)
                     /locus_tag="SEQF2634_00104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCYFPENKTDDRLIKPHTNTFKVSKTRFFLAGMLVIQTFGRF
                     FRDDKL"
ORIGIN      
        1 ggcatcgacc gatgcgccgt attggcgagc gatggacatg agcgtttcgt cgctttctac
       61 tcgatggtag gcggccggac gtaccacggt acggtctacg ttcgtggttg tcgttgaggc
      121 aacagcttcg tcctcggcaa ttttacgttt aggagtagtg atatagatct tcccgcagcg
      181 aagagcctgt ccgacacgta ggcgcgactt acgtctgagc ccgttcaggc gacagagttc
      241 ggctaccgaa atgcggtact tacgtgcgat catagcaact gattcgcctc gtcttacgcg
      301 gtggtaaacg atacgttcag aggtagatgt gtaaacgttg acgtttcttc ggaaggtgct
      361 tttacggatc acgtagaagt cgcggcgggg ggtgccgtta ttaaagtcga tgatttcatg
      421 gggattgaag gcttcaccca agaatcgggt ctcaaagtga agatgcggac ccgtagagcg
      481 tccggtagat cctccaaggc caatgggctg gccggcaagg acaatctgat tttctcccac
      541 taagaatcca gacagatgtc cgtaaacagt ttccagaccg ttgggatggc gaatcacgag
      601 gtaattacca tagcccccgc gctcgaaatt cttgatccgg acttttccgc tgaaggctgc
      661 acgcaccgta tcgcctatgt taagatcgag atcgattccg cgatgcatcc agcgacgacg
      721 tatgccgtac tctgagttta ttttcagacg ttttccgacg ggacatacaa atgatgaaca
      781 gtcgaccctg aatgaatcgg ggaagggaat attcttactg cgaaacggat tgacccagcg
      841 ggtgtcccag cttgaggcat agagctcgtc ggcagggaag cgtagctctt cattgcggag
      901 aagctctgct tgggaagagt aggtgacggg ggctaacttg tccgacgtca tcttcttttt
      961 tgtcacgtct atgtgaccgg cgatcaattc cgacgcctta cgttccatcg tacgagagcg
     1021 tacggtttgt tgcacacgtg tcggcaacct tttgttgtga gttctttgtg catagcctcc
     1081 tcctacagag aatagggcaa agcagcacaa gacgcttaca tttcgtaata cattcatagt
     1141 ttgtcgtctc taaaaaagcg cccaaaggtc tgtataacaa gcataccggc caaaaaaaag
     1201 cgggttttgg acactttgaa ggtgtttgtg tggggcttga taagcctgtc atccgtttta
     1261 ttttcaggga aatagcagac tgccatgttt tacaacatat ttcagtcttg acgcgctatt
     1321 ttcatccctt cttctcggat ttggataatc atacggatag gtttgatcat cattcgaagg
     1381 ggttggataa cctttcgttg ggtggtctca gtgtttggag
//
LOCUS       SEQF2634|AYYE01000395.1  446 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             42..314
                     /locus_tag="SEQF2634_00105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDDTAIERLPDPIDDEADETEANEERFRRLDCALAQLRADDRA
                     LVHMFYKQEKTVDELAAITGLSLSNVKVRLHRTRKKLMSLMQAMED"
ORIGIN      
        1 gctccgccct gcgcaaaaag cgccccgacc ggccggcctc gatggatgac gacacggcca
       61 tcgagcgcct gcccgacccc atcgacgacg aggccgacga gacggaggcc aacgaggagc
      121 gtttccgccg cctcgactgt gccttggcgc agctccgagc cgacgatcgt gccctcgtac
      181 atatgttcta caagcaagaa aagacggtcg acgagctggc cgccatcacg gggctgagcc
      241 tctccaacgt gaaggtcagg ctccaccgca cccgtaagaa attgatgagt ttaatgcaag
      301 ctatggagga ttgacccatg atagaagaga aggaaaaaga ccccttgcgc gagctgttcg
      361 cccagcggcc tgaggccgat ctgcccgacg gattcgccgc ccgcacgatg gagcgcatct
      421 cccgagaggc ccaactggcg gaggcg
//
LOCUS       SEQF2634|AYYE01000396.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccactgtcc ccgtacaagt agtcacgggc gaggccattc gtacccttgg attgcaaaat
       61 atggccgatg ccgtacgccg ttttgcagga actaccgtcc gtgactacgg cggaattggc
      121 ggcatgaaaa cagtctccgt gcgtagcctc ggcgcccatc acacggcgat cagttacgac
      181 caagtggcaa tgagcaacac gcaggccgga cagatagata tcggtcgttt atccctcgac
//
LOCUS       SEQF2634|AYYE01000397.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtcggggcgc ttcttgcgca gggcggagag ggccgtgttg taggcgatgc ggtagatcca
       61 ggtggcgaag ctgcaatcgc gtcggaagga gcggagcgaa cggaaggcct tcaggaaggc
      121 gtcctgagcc agctcttcgg cgtcggcgcg gttgcccgtc atgcccacca agagagcaaa
      181 gacgggtcgg ctgtaacgct ccatgagtgg ggcgatacat caaggaggaa attgagaagg
      241 aagcat
//
LOCUS       SEQF2634|AYYE01000398.1  965 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             55..840
                     /gene="pyk_1"
                     /locus_tag="SEQF2634_00106"
                     /EC_number="2.7.1.40"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80885"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate kinase"
                     /translation="MDNIDEILKATYGVMVARGDLGIEVPAEKIPGIQRILIRKCVEA
                     KKPVIVATQMLHSMINNPRPTRAEVTDIANAIYYRTDALMLSGETAYGKYPLEAVQMM
                     ARVAYETEQTKLLANDIRVPIKGDDLDVTSFLAKQAVKSSSKLGVRAIISDSYSGRTA
                     RYLAAFRGEATVFAICYRPEVMRMLSLSFGIWAVFQPWQVSRREYYHDALKQLIDRQL
                     ITEEDKVAYLSGSFGEGGGTTFLEINDVKRVLRAKDEYQLPTF"
ORIGIN      
        1 gacgcgcaca agagtcccat caagatcatc gctaagatcg aggagcagga gggcgtggac
       61 aacatcgacg agattctcaa agccacctat ggcgtgatgg tggcccgtgg cgacctcggt
      121 atcgaggttc cggcggagaa gatccccggc atccagcgta ttctgatccg caagtgcgtg
      181 gaagccaaga agccggtcat cgtagccaca caaatgttgc actcgatgat caacaatccc
      241 cgcccgaccc gcgccgaggt gaccgatatc gccaacgcca tctattaccg caccgacgcg
      301 ttaatgctga gcggtgagac ggcctatggc aagtaccccc tcgaggcggt gcagatgatg
      361 gcacgcgtag cctacgagac cgagcagacg aagctcttag ccaacgacat ccgcgttccc
      421 atcaagggcg acgatctcga cgtgacgtcc ttcctggcca agcaagcggt taagtcgtcc
      481 tccaagctcg gcgtacgtgc catcatctcc gacagctatt ccggccgcac ggcgcgttac
      541 ttagccgcct tccgcgggga ggccacggtc ttcgccatct gctatcgccc cgaggtcatg
      601 agaatgctct ccctctcgtt tggcatttgg gccgtgtttc agccgtggca ggtcagccgc
      661 cgcgaatact atcacgatgc gctgaagcaa ctcatcgacc gccaactgat caccgaggag
      721 gacaaggtgg cctacctcag cggcagtttc ggcgagggtg ggggcacgac cttcctcgag
      781 atcaacgacg tgaaacgtgt cctgcgcgcc aaagacgagt accagttgcc caccttctga
      841 gccacggaac ggattcgccc tcatgctcac cgacacctac gtgcccattg ctgaagagat
      901 cgaggcctac gctctcgatc actcggacgc agaacctccg ctgctggctc gcctcaaccg
      961 agacg
//
LOCUS       SEQF2634|AYYE01000399.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tactcaaagt gggcatataa aaagaaccga cagccatgga aagctgccgc cccctcatga
       61 ataaaaccag aggccgatca agggcacatc aagcggcgtg cgttcgtttg gtttctccga
      121 gggggacgag ggtactcccg caagtcccgc ggtatttgcc gaagcgtttg cgcaggccgc
      181 gcaagtctcg aggtatttgc cgaggcgttt gcgcaggtcg cgcaagcagt aaaatcttcg
      241 tcggggcgtg tctgtttgtc gaca
//
LOCUS       SEQF2634|AYYE01000400.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccgaaagc aacaagcggc ttcagcgtga tccctgtacg gctgtcttaa catgcctttt
       61 ttcccttcac cgattagatc ttactacata actacaacag gacgtaacag attgagaaaa
      121 taggagttag aatgtcgtag aagctcgaaa tccttcatgc taccttccta actacataac
      181 acgatttgag agggatctgc acaatctaca tatcctcctc attccttttc ggagtcattt
      241 ttttgagtgt cgataaggtg agttgagagc cc
//
LOCUS       SEQF2634|AYYE01000401.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcccgaccc atctacgagg agctgcttca gcgaggcgag ggcgacagcg agatgctcca
       61 ccagaagctc ggctactgtc tccagtcgat cggcgacgtg gatggcgccc tgcgcgaata
      121 cctccgcgcc gagctgatca accccgacag caaatggctc ctccggcgta tcgccgcctg
      181 ctatcgcgcc ctcaagcagc ccgcccgcgc cctcgagttc ctgctccgcc atgagcggct
      241 ggagcctgac aacctgtccg tactgctcca cat
//
LOCUS       SEQF2634|AYYE01000402.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatagagcaa ggggagcagc ttggtcgcct tgtcgacaaa tgcgaagagg ttggcgccct
       61 cacgctcggt tttttctaac cacgaacagc actcgaaggc cacagcgaca aactccagcg
      121 tgttcttatc gtagagtgga ttatttccct tctccatcgg ctccttgttg ctatacatta
      181 tagattactg caaaccgtcg acagccacgg cgggctcaat tttcttgatc aatccctgca
      241 gcacattgcc cgggcccagc tcc
//
LOCUS       SEQF2634|AYYE01000403.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     misc_RNA        102..146
                     /locus_tag="SEQF2634_00107"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gaaaccccgg ggcgcaacgg aatacgcccc ccaaacgggc ccccgggccc gaatggatgt
       61 accgccccgc ccgtattcga ccgcatcggg tacccggccc gcccagggtt tcgccctggg
      121 ctatgatccg gcgcccctac agggcgcacg ggtacccgca ccaacaaacc aacgggcctc
      181 cgggcccgaa tgggacgtac ccggccgggc tgtaggcccg gtggaccata gcccagggc
//
LOCUS       SEQF2634|AYYE01000404.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgatggcct ccgaaatgtc gatgtagcgc cgccccttgc ggatgacttc ccgataaaaa
       61 ccagttaggc gattggcccg ctgcggatag ttgtccgtga tgcgatccac ggcctggcgc
      121 acgaggtcgc gcgcatcacc gcccatgacg gtcacctcct ccaggaggtt agcgttcggt
      181 gtcagtcgga tggaagccgc ctcgacctgc gcacccggtc gaatcgggta ggtaaggagc
      241 gcgtagccga tgtgcgaaaa ctcgatccga tcggctcgga gggagt
//
LOCUS       SEQF2634|AYYE01000405.1  507 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgctcccga agcgcctcat tttacccgat aggcacccag cgcggcgccc gaagcgagtc
       61 attttgcccc acaacttccc cgctcagccc taaaaagagc catatattcc atgcttttac
      121 attaaaagca caagatgtac gatgcaagta atgagcttct atattgaaag gataagatat
      181 ttgatatgca ttgaatgctc tcatattaaa agcctatcat atacgatcta tattcgatgc
      241 ttttatactg aaaggatata atatacatga tatatccgat ccttttaatc tgaaagcatc
      301 aaatacacag tgaaaataaa cagctttcaa attgatacaa tcaaacttgc agtatatatt
      361 atatcctttc aaattaaaag catagaatat acgtgtgata tttcatccta tcatattaaa
      421 agcatctgat atacacctcc atttaaggcc acgcagcggg gaggagtttc gaatggggac
      481 gctggggcag cccgccaccc ggaacca
//
LOCUS       SEQF2634|AYYE01000406.1  468 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..468
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggtgcctttt tatccatact tattcccaga aaacgcgaga aggagatagc gtcattgatg
       61 cgttcttcca aagcctcgtc gctcagacca taccatatcc caagcagtag gattttgcgc
      121 atgagtggtg acgggtaagc cggatgcccc accgcatttt gcatcttggt gtacttccga
      181 ttgagatacg cattgatcgg tcgccaatcg atgagctcct cgatttggag gagaaacttg
      241 tttccgcacc tagcgtagca gatctcagtc ataaagtcgc agtagttcgg tctttggtct
      301 atttgtgcca tgataggatc tgttttatgg gctaaagata gcacctatct gactgatatg
      361 caatagataa aggggatact cgctgtgcaa gggtctcgta tgcattgcat gcccgacaat
      421 gatcttctct gaaggttacg tcaagatgcc aatgcaatct gttttcta
//
LOCUS       SEQF2634|AYYE01000407.1  338 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcagacgaa tccgaagggc atgaatactg gtcgtcatcg gatcggcaag tattgtctcg
       61 atggtctctt tggcgccata atcatcaatg taaatcgtgt tctcagtttc tccacccgta
      121 atctttttga taatcgccga cttaaacggg tagcgtgcgt cggccggtgg ttgctctttg
      181 catcctgcca tcataagcag gagcacggct gcgatgagtg tgatagttgt tttcatatgc
      241 gtgtgtaatt aaaatgtgtg cgggatctac ccctgccgct gctgccactt ccaggcgttg
      301 cggagggtgt cggagagggg ggtgcgggcc gtccagcc
//
LOCUS       SEQF2634|AYYE01000408.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(170..328)
                     /gene="rd"
                     /locus_tag="SEQF2634_00108"
                     /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"
ORIGIN      
        1 gggagagata gatcggttcg gtgtcattag gtggggtgtt cgtgtgactc tcatgaaagg
       61 ggggaataaa aaagcgagat caaccgctcc cgggggagta acggccgatc tcgcacattg
      121 cattcagaat agttccgtcg ccatgccaga ggcagggcgg cggagggcat tataccggtt
      181 cgaagtcttc cttgccgaca ccgcagaggg ggcaaaccca atcgtcgggg atctcttcaa
      241 acgccgttcc cgggtcgatt ccgccgtccg gatcgcctac ctcgggatca taaatgtagt
      301 cgcatacggt acatctgtac tttctcattt ccttcttgat ttttaattag acgcggcatc
      361 aaccgcaacg tcatcggtcg ctgtgtgctc tccac
//
LOCUS       SEQF2634|AYYE01000409.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttttcgtcg tcttcataaa gtaaaccagc aacaccacag cgcaggccag tgctgcccac
       61 tccatccagc ggtggaggat gaagaacatg acgcccttct tatacttccc catcacggcg
      121 ttgaacgagg cgttgtaagc cgccttcacc cgaccgttga agctcttggc gctctttgtg
      181 ccgtcggccg ggcgcatgat catggcgcag agggcggggc agagcgtgag ggcgttgatg
      241 cacgagatgc cgacggctgt ggccatcgta ataccgaact gggtgtagaa gatgcccgac
      301 gtgccgccca tgaac
//
LOCUS       SEQF2634|AYYE01000410.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggactgctc tggatagcca ctccggcagc ccgagcgcaa gacaacatca ccttgacaga
       61 ctctgcgcaa acggtggcac tcgtggccgc cgctaacgat acctccgcct tagcgcccat
      121 cacagcgaca agcgatagcg tcttcctcaa ggattcgtcg gccgtgctgc ccatcaaaga
      181 ggccatacag gacggtgact ttcgcaccaa ggccgagctg cgcgaagtgg tcgaagcctg
      241 gaacgccgcc ctcactccgg ccaccgtcga ccgcctcaag cagctctacc acgacagcga
      301 ggtgctctat ta
//
LOCUS       SEQF2634|AYYE01000411.1  304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcttccata ccgaagagga catagttgcg ggcgttgggg aagtagaggt tgacgttgaa
       61 gtagtccggg ccgctgaagg ggtagaagac ggtggcgatg gtgtccgtgc cttggggcag
      121 ctcgttgcgc gcccactggc ggatgctgtc ggcttgttcg cgtcggtggc gtgtccaggc
      181 cgagtcagcg tgtgcggcgt agcgtttcca ggtgtcggtg tgagcgagtg agtcgaggcg
      241 gccgccctct gatggagcca taccggcgat gaaacgggcc acgtcggtaa ggtcacgatc
      301 gggt
//
LOCUS       SEQF2634|AYYE01000412.1  483 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..483
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cgtcgtccgt cataatgtgc agataggcct cagaataatc gcggtagttt ttgttattcc
       61 acgtaatggc gtagatgaaa cccatgaagc cgccgtatac gatgggcaat ttccagtatt
      121 tccggttgta gatctgaccc agcccgggga agacggccga atagatcacg gcgcgtgtag
      181 ggttcgggcg gaagggggcg gggagtggcg aggaggcggt acgtccgatg ggcgcggtgg
      241 ccgaatcggc gcggtgccaa agctcgcggg cggtgaggct gtcgacgagc aggccgtcga
      301 ctcggagcag ggtatcggcc ggatcgggta gggttgtgcc gagcgtgtct ggctgctggg
      361 cccgcaccac ggcgggtagc gcggtccaca cggcggcgca gaccaaaagt cggctgaggg
      421 tttgactgac cttactcacg cggtgcacat ctcgtttaac tctgcttcat gccgtccagt
      481 agg
//
LOCUS       SEQF2634|AYYE01000413.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacagggttt ggatagttat atattccgag aaatggttct gaaatgagct tcggatagct
       61 atatatttcg agatatggta caaaataagc cacatatatc tgtatatctc gaggaaagat
      121 actaaaatga gattcggata gatgtatatc tcaagaagcg ataccgaaat gatcttcgga
      181 taactatata tttcgaggaa tggtgcgaga tgatccgtgg ataattgtat attttgagga
      241 atgatactag aatgagcttc ggatagctat gtattttgag atatgctcta agatggaggt
      301 cgggtggaat cgtatttcga gatatgggat gagataaggc cttgaatagt tgtgcatttt
      361 gaaatatatc tctgaaagag ccgtgcgggt ggtcttctct gaaaaa
//
LOCUS       SEQF2634|AYYE01000414.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             4..117
                     /locus_tag="SEQF2634_00109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVFKAVNDRSVIDAIYVIASYTHSPRNVSAPLIISIS"
     CDS             complement(63..257)
                     /locus_tag="SEQF2634_00110"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGLFAFGLFTRLRPADSAVPYICLASPLICYALERLTLHYTGY
                     RFGYEMLMINGALTFLGLWV"
ORIGIN      
        1 atcatggtgt tcaaagccgt gaacgatcgc agtgtgatcg acgccatcta tgtgatcgcc
       61 tcctataccc acagcccgag gaacgtcagt gcgccattga tcatcagcat ctcgtagccg
      121 aagcgatagc cggtgtaatg cagcgtgagg cgttcgaggg cgtagcagat gaggggcgag
      181 gcgaggcaga tgtagggcac agcgctgtca gcgggccgta ggcgcgtgaa gaggccgaag
      241 gcaaagaggc ccagcaacgg gccgtaggta tagga
//
LOCUS       SEQF2634|AYYE01000415.1  404 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tcctaaggca tgcttcttca tgtgcatgtc ttttcggaag tcctcgtatg tctgctgtaa
       61 acgtgcatca gcatctttca cagatgtagc cgcatctacc ttgcaatgct tgtcctgatc
      121 ttcaagacta ggtacataaa tcttgaatga aagaaaatct tcgcttctca atctattgat
      181 aacacttcca acagcccacg cattcgcttg ccttaggaca atatcggaag taagacatct
      241 aagcagatag tcctctgtga taattgaact aaccttacga gacttgactg attcattgcc
      301 tacaagtaaa gaagaatcta cttctacgta tcgcatctta aatgcaaaca tattaagccc
      361 taacaccaaa ggagtagact cagacacccc acgcactcta ccaa
//
LOCUS       SEQF2634|AYYE01000416.1  547 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(285..467)
                     /locus_tag="SEQF2634_00111"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAYTAYLLEYDPKERIGFGAVTMGYGWELGYMSFDEMAEVKIG
                     GFGIERDLYFCGRSWF"
ORIGIN      
        1 gaacaaagag cgcctgaaat cgtctgccaa agaggctccg gccgttcgga agaccgaaaa
       61 caaaccacaa aaacggggga tcggcaggta aatcatcccc tatttatagc ggatattaat
      121 cgctaacctt tcgagttatg attctacgac aggaagttaa ccagaaagct ttccacttaa
      181 tatcctgtca cgtgaaatta atcagcaagc ttgctaatta ataccctgcg gcaggaagtc
      241 aactattaac cttaccggtt aataatccaa tccttatatc caccttaaaa ccatgaccta
      301 ccacaaaaat agagatcacg ctcaatgccg aaccctccga tcttgacttc ggccatctca
      361 tcaaaagaca tataccccag ctcccagccg taccccatcg taaccgcccc gaagccgatg
      421 cgttccttgg ggtcatactc caaaaggtaa gcggtatagg ctcccatggg gaagaagtag
      481 cgcgcatagg ccgtgcggtc tccgataagc tgtttctcgg aggcatagag cttgggcagc
      541 cctctga
//
LOCUS       SEQF2634|AYYE01000417.1 2083 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2083
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             14..1792
                     /gene="metH"
                     /locus_tag="SEQF2634_00112"
                     /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="MQHDAWRDGSLEERLEYALLKGIGDFLEADLAEALTRYDRAVAI
                     IDGPLMNGMNRVGELFGAGKMFLPQVVKTARTMKKAVAILQPAIEAEKTSTEGAAKAG
                     KVVFATVKGDVHDIGKNIVSIVLACNNYEVIDLGVMVPAEKIIQTVREEKPDLLCLSG
                     LITPSLEEMVHVTEEMQKAGLSTPIMVGGATTSKLHTALKIAPHYNHPVIHVVDASQN
                     PLIAAKLLNPDTHDAYVEQLSDEYERLRRAKSGRAPKPVLPFAEARAQGLKIDWAAFT
                     PDVPHTLGLQHIELPVSDVATYINWVFFFTTWRLLGRYADLAGLHDCPSCRTEWLERF
                     AEGEEREKASEAMKLFDDAQAVLRELMAENAHCRAAVGLYPAVSEGDTIRITGPNGED
                     VLVPVIRQQSDGERGVCLSLADFIIPATEGRTDYIGAFAVTVGNCTESLRQRYEAEGD
                     SYRLMLLQTLSDRLAEASAECLHVKVRRTYWGYAPDEDLPLDELFKEHFRGIRPAVGY
                     PSLPDQDLIFTLDRLVDFAGLGITPTENGALYPTSSAAGFYFAHPDSRYFSIARIGED
                     QLADYAERRGKSPDDLRRFLQKVLEG"
ORIGIN      
        1 cgagcaggac aaggtgcaac acgacgcatg gcgcgacgga tcgctcgagg agcggttgga
       61 atatgcgcta ctgaagggca ttggcgactt cctcgaggcc gacttggccg aggcgctcac
      121 gcgatacgac cgcgccgtag ccatcatcga cggaccgctg atgaacggta tgaaccgtgt
      181 cggcgaactc tttggggccg gtaagatgtt cctgccgcag gtggtcaaga cggcgcgcac
      241 gatgaagaag gcggtggcca ttctgcaacc ggccattgag gccgaaaaga cgtccacgga
      301 gggcgccgcc aaggcaggca aggtggtctt tgccacggtg aagggtgacg tgcacgacat
      361 tggcaaaaac atcgtctcca tcgtgttggc atgtaacaat tacgaggtga tcgacctcgg
      421 cgtcatggtt ccggcagaga agatcatcca aaccgtgcgc gaggagaagc ccgacctgct
      481 ctgcctctcg ggcctcatca cgccgtcgct cgaggagatg gtgcatgtga cggaagagat
      541 gcagaaggcg ggactcagca cgcccatcat ggtcggcggc gctacgacct cgaagctgca
      601 cacggcgctc aagatcgccc cgcattacaa tcatcccgtg atccacgtcg tcgacgcgtc
      661 gcagaacccg ctcatcgcgg ccaagctact caacccggat acgcacgatg cgtacgtgga
      721 gcaactctcg gacgagtacg aacgcctgcg tcgcgctaag tcgggccgtg cgccgaagcc
      781 ggtgttaccc ttcgccgaag cgcgcgcgca gggattgaag atcgactggg ccgcgttcac
      841 gcccgacgtg ccccatacac tcggtctgca acacatcgag ctgcccgtct ctgacgtggc
      901 cacgtacatc aactgggtct tcttcttcac cacctggcgc ctgctgggcc gttacgccga
      961 cttggccggc ctgcacgact gcccgtcgtg tcgcaccgag tggctcgagc gatttgccga
     1021 gggcgaggag cgcgagaagg ccagcgaggc gatgaaactc tttgacgacg cgcaggctgt
     1081 gctccgcgag ctgatggccg agaacgcgca ttgccgcgcc gccgtcgggc tttacccggc
     1141 cgtctcggag ggcgacacga tccgtatcac cggcccgaac ggcgaggatg tgctcgtgcc
     1201 cgtcattcgc cagcagtcag acggcgagcg gggcgtgtgc ctctcgttgg ccgacttcat
     1261 catacccgcc acggagggtc gcacagacta tatcggcgcc ttcgccgtca ccgtcggcaa
     1321 ctgcaccgag tcgctccgtc agcgttacga ggccgagggc gacagctacc gcctgatgct
     1381 gctccagacg ctctctgacc gcctggctga ggcttcggcc gagtgcctgc acgtgaaggt
     1441 gcgccgcacg tattggggct acgcaccgga cgaggatctg ccgctcgacg aactgttcaa
     1501 ggagcacttc cgcggcatcc gaccggccgt cggctacccc tcgctacccg accaagactt
     1561 gatcttcacg ctcgaccgcc tcgtcgactt tgccggtctc ggcatcactc cgaccgagaa
     1621 cggtgcgctt taccccacct cgtcggctgc gggcttctac ttcgcccacc ccgattcgcg
     1681 atacttcagc atcgcccgca tcggcgagga tcagctggcg gattacgccg aacgccgtgg
     1741 caagtcgccc gacgatctcc gacgtttctt gcaaaaggtg ttggagggat aaggcaacta
     1801 aaaactaaaa gccgggggca tcagggatgc ctgccaagaa agccgggggc gtcagggacg
     1861 cctgccaaga aagccggggg catcagggat gcctgccaag aaagccgggg gcatcaggga
     1921 tgcctgccaa gaaagtcgga ggcgtcaggg acgcctgcca agaaagccgg gtacgtgtgg
     1981 aggaattctc tgcatgtatc cggctttttt atgtccgcgg aagcctccgg ccggcagggt
     2041 aggggcgtat cgcatacgcc ctcccacacg ccccggtata agg
//
LOCUS       SEQF2634|AYYE01000418.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctgagcgacc atctggccaa gctgatgaac gcctatccag actacgacgt ccgcctctca
       61 gagacgcacc acatacacaa gctcgacgcc ccgagcggca cggccgtgac cctagccgag
      121 gccatcgtcc gtcggatcga ccgcaagacg cggtgggtac gcggccaggc gcagcaggcc
      181 gacgagatcg gcgtcgagtc cgtccgtgag ggcgaagtgc cgggcactca cgaggtcacg
      241 tacgactccc ccgtcgacac
//
LOCUS       SEQF2634|AYYE01000419.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctttttgggt tcactacaaa ccgacttaca aaaaaccgca tacctttgcc gcggcagtat
       61 ccgaaaaggc catatgaata gagtaggaat aaaaagaacc aaacaaagag aacaaaacag
      121 tatgaagaaa tttctgatga gtgcgattgt attcgcactg tgctccatcg gagcagcaaa
      181 cgcacagctc gagaaaggta gcgtattggt tggtggaagc atcggcgaca tccggttcgg
      241 tctgggtagc ggctgtctc
//
LOCUS       SEQF2634|AYYE01000420.1  311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             29..145
                     /locus_tag="SEQF2634_00113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTPCSKVTSVAKVCRAVCVVIGKDSPALSEIAFRQDK"
ORIGIN      
        1 atgcccaagc atcttgctta cggtttcgat gggcacgccc tgctccaagg tgacgagtgt
       61 tgcgaaggtg tgtcgggccg tgtgcgtggt gatcggcaaa gacagtccgg cccttagcga
      121 gatcgctttc agacaagata aataggtggc ataattcata taaggaagca gtgtttctct
      181 ggcatcgctg tgtagctgct ccaacaatcg aagagcttcg ggcaacagct ttacgcggca
      241 gaggacgcct gtcttctgcc tgctgaactt cagccaaaga ttgccctcat cgtcgcggac
      301 aagatgctca g
//
LOCUS       SEQF2634|AYYE01000421.1  366 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgacgaacg tccctggctt agacatctcg cacgtcggca tcatttgcag acgcgggcgg
       61 acggtgacgt tcgttcacgc ctcctctgcc gccggacgtg tcatcgtcga gccgacctcc
      121 ctccacgcct acgccgcccg taacccgcgc acgataggta tcatggtcgt taggcccgtg
      181 aattaggccc gctcagcggc ttcttctctg cgtttttttc tcgaaggccc ctctccgggg
      241 gatctccttg aaccaagaat cggggagcac gctctccgga tggactattt tgagtcgaat
      301 gaggagaatc ccgcttttca aggactactt attgaatggg tcatgcgaaa agctgcgctg
      361 ccgggg
//
LOCUS       SEQF2634|AYYE01000422.1  503 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(105..443)
                     /locus_tag="SEQF2634_00114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIDGSREGGTIACYAGQVFQTKADAKSGQYEFRYLMRSHTAFE
                     SGDTNPDIVEKTTPSTTSGSFRLTTHDGGQTYDLVLLSGPALFRFKPGSPARFSIVSS
                     YEGQPRWSEE"
ORIGIN      
        1 agccccagtt tcttccgagc aacacgctgt aatccggaat tgcggggctg tttccaggcg
       61 gaaacggggc tcaatcggga attgaggggc tgttctctgt ccgcttattc ctcgctccag
      121 cgcggttggc cttcgtagct gctgacgatg ctgaagcggg cagggctgcc gggcttgaaa
      181 cggaagaggg cggggccgct gaggaggacg aggtcgtagg tctggccgcc atcgtgggtg
      241 gtgaggcgga aggagccgct cgtggtcgag ggagtggtct tttcgacgat gtccgggttg
      301 gtgtcgccac tttcaaaggc ggtgtgcgag cgcatgaggt agcgaaactc gtactgtccg
      361 gacttggcgt cggccttcgt ctggaagact tgcccagcgt agcacgcaat cgtaccgccc
      421 tcgcgcgatc cgtcgatgaa catcaacctc caatcggggt aaatgcgcag ttcatactcc
      481 tcgccgtcga catcgtggaa gag
//
LOCUS       SEQF2634|AYYE01000423.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agatccttta caaggcctcg gatctcgaaa ggatactgga agagaattac aagggaggcg
       61 ggaaacggta agacgcgaaa ggcgcataat tgaattgaaa acggcacttg gcagcagagg
      121 aagatctgca ccaagtgcca tttttttaga atatctacat agtgttttga gaagcagttc
      181 tgaatttgtc tgtggacttt ttaaggagaa tatgacagaa agtgaggtac agcatggctt
      241 ctgcggactc act
//
LOCUS       SEQF2634|AYYE01000424.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctacagtcat gcgatgcacc ctcaatacac aacccgccaa ccgtcatgtt cgcaaaagat
       61 agacaaaccc tcggcaaagc actctggact gtgtccgaag agctgagagg ctcgatgaat
      121 gctgacgact tccgagatca catcctcgcc ttcctcttcc tgcgctacct ctccggacgc
      181 tacgagcagg ccgcacgcga tgtcctcggt gacgcatatc cttcgccaga cagtctactc
//
LOCUS       SEQF2634|AYYE01000425.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtacagctc agcccgcgaa tttgccaacg agcttttcaa cacctggggc ataggtgaca
       61 aggagacgaa ccgtggcctc ttgatccagc ttgtgacccg cgaagacctc cgcgagatca
      121 ctttcgagac cggctatggt ctcgagggcg aactgcccga cggcctctgc atggtgatcc
      181 agaagcgtcg catgatcccg cccatgaagg agggccggta tggcgaggga ctcttggccg
      241 gcctcgagg
//
LOCUS       SEQF2634|AYYE01000426.1  766 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             22..300
                     /locus_tag="SEQF2634_00115"
                     /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="MTKADIVSEIARSTGIDKNTVLTSVESFMEEVKKSLAAGENVYL
                     RGFGSFIVKRRAQKTARNISQNTTMIIPEHDIPSFKPARIFMNQVANK"
     CDS             341..430
                     /locus_tag="SEQF2634_00116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSGKKRKRHKMSTHKRKKRLKKNRHKKK"
ORIGIN      
        1 atatataact ataatagaga tatgaccaaa gcagacattg taagcgagat cgcaaggagc
       61 acggggatag ataaaaatac ggtcttgaca agcgtggaat cgttcatgga agaggtaaag
      121 aaatcactcg cagcaggcga gaacgtatac ctccgtggat ttggcagctt tatcgtcaag
      181 agacgcgcgc aaaagaccgc cagaaacatc tcacagaaca ccacgatgat cattcccgag
      241 cacgacatcc cgtcattcaa gccagctcga atcttcatga atcaagtagc gaacaaataa
      301 aacaggaaca cttatataac ccatttaatt attcaaagtc atgccaagcg gaaagaaaag
      361 aaagagacac aagatgtcca cgcacaagcg taagaagaga ctgaaaaaga atcggcataa
      421 gaagaagtaa gtctcaaccc gggaactttt ggaagaacaa actctgagcg ctcagctttt
      481 acgtttgttc ttccatttca tatatacacg aataagcaac aagatcaaat tgtggtaagc
      541 gaattaattg tagacgtcaa gcgtgacgag atctcgatcg ccgtactcga ggacaggagc
      601 ctggtggaac tgcaaaagga acagcagagc gactccttcg ccgtgggcaa catctatctg
      661 gcacgcatca agaagctact gccggggctg aacgccgcct tcgtcgacgt gggatataaa
      721 aaggaagcct tcctgcacta tcaagacctg ggccccacgt tcaaga
//
LOCUS       SEQF2634|AYYE01000427.1  305 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tttccccact acgttcgccg tggctgttga cataggtagt gaacaaacag ctatatgaat
       61 gcgagttgat ttttgcgacc tgcacaaacg gattcatcca gctcggcagt atggtttcat
      121 tttctttgat atcaaaatct tgattgcagg agatatacac tttataccat gcccctcccg
      181 ctggcacctt cagctcttta ggctcgaggg tgaagacagg cttttcgggc accttgccgc
      241 ccggcgcgat gatgactgcc gggcacacct tgccattcag catgattgtt cgatagatat
      301 agcgc
//
LOCUS       SEQF2634|AYYE01000428.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcgtatcgc atacgcccca ccacacgccc cggtataagg ggcgaatgat catacccggc
       61 gtccgtccat tcgggccgtg aacccgtttg gtgggcgtat tcgttacacg catcatgtac
      121 ccggctttct tggctggcgt ccctgacgcc tccggcctct gccgaggctg ggaagctggc
      181 cggttacatc aaacgcgtac caagcaaact tcgccggcgt ccgcagacgc cccgagggct
      241 cggaaagtat caaaacacgc cgctgaacgt ttccgaggcc tcggaaagct cca
//
LOCUS       SEQF2634|AYYE01000429.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgttgtgacg cagcaggatc cacgcggtgg tcactatggt ggtggtggcg agacggcccc
       61 cggatgggtc gcctttgagt acacctcggc gctggtggag cgctgtggca tcacggcgga
      121 atacctccac cgcttcgacc gttatttaga gcaaaacacc tcgtctggac gcgactcggt
      181 ggataggctc tacttctcca acgtaaaaat ccagcgcgac caagagccta actcgtggac
      241 gcttcgcctc aaggagcgct acgggaatga gcgcaccatt acgattcgca acgccgtacg
      301 cggtggaatg tgggaggtgg tcggcgaagg cttggctacg aagttcagcc cacgc
//
LOCUS       SEQF2634|AYYE01000430.1  742 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..742
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(290..712)
                     /locus_tag="SEQF2634_00117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHLRDHLPTAAARADLVLHHAILHGHHIQRPYRHVRILCPGRE
                     EGRPFGTQSRGIGRILLITAWHQSSVNQLHGRPDVKSRIRSVRPIGRRKCHIHAPTFV
                     RRELLDTSLLEVYLNPFFSHIFRVFGWANEGSLIFLTG"
ORIGIN      
        1 tgttggattc taaagagagg cgtgataagc ctgcgccaga ttcatgcagc gcttgtgcga
       61 gggttatgct ggggggtatg ttgtatcgat caccctgttg tacggcaata tagccgtatt
      121 gggtaatgta tttctcataa gcagggtgtc gctttcgctc ggcatggcct gccgctacga
      181 tcgtgaagcc tgtatagaaa acgagaataa agtatcggat acatcgaggg tacatcgggg
      241 ccgtctcttt taggaatcgg ggcaaagata gaaaataacc agaacgcact taacctgtta
      301 ggaaaatcag gctaccttcg ttggcccaac caaagaccct aaaaatatgc gagaagaaag
      361 gattgagata cacctccaaa agggacgtat cgaggagctc acggcggacg aacgtcgggg
      421 catggatgtg gcacttgcgg cggccgatcg ggcgtacgct ccgtattcga gatttcacgt
      481 cggggcggcc gtggagctgg ttgacggacg actggtgcca ggcagtaatc aggagaatgc
      541 ggcctatccc tcgggattgt gtgccgaacg gacggccctc ttcacggccg gggcacagta
      601 tccggacgtg gcggtacggg cgctgtatgt ggtggccatg aaggatggcg tggtgcagga
      661 caagatcagc ccgtgcggcg gctgtcggca ggtgatctcg gaggtggagc atcgctacgg
      721 gcaatccatc cgtatctacc tc
//
LOCUS       SEQF2634|AYYE01000431.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caggcgcgcg ccagctatcg caagctcatc gccgagcagc cgcagccgga ggactatctc
       61 aatgccggcc atacggagtg ggcttcgggt cacgtcaagg aggcctacgc ctactacttg
      121 caagccgccg cgggtaagga cttcgccttc ttcgccaacc tcttcgacgc cgaccgttcc
      181 gcgttgattc gtgccggcat tgatcccgag gagatcgccc tcatgcgcga tgagatgcag
      241 tttgtccttc ctgagggaga gacgtaaccc gaccattaag aggaagctgt gcagaaccgc
      301 catcctacgc
//
LOCUS       SEQF2634|AYYE01000432.1  582 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..582
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggcagcatag ccgaactcta taacctctgc ggcatggacg ccccgcacat cctcgaggcc
       61 atccgctccc tcgtcggaca gaaaggaggc caggcatgag agtcgtcatt gcgggtgccg
      121 gtgaggtagg ccgccatctg gcgaaaatgc tttcgcgcga acgccacgac atcatcctcc
      181 ttgaccctaa ggaggagaat ctggccttcg ccaagacggg catggagatc ctgcccatcg
      241 tcggtaatcc cacttcgctg cacgatctgg agaacgccga cgtccgtgac gcccacctct
      301 tcgtcagcgt caccacggag gagtcgacca acatcacggc ctgcatgctg gccagcaacc
      361 tcggtgcacg caagaccttc gcccgcatca acaaccatga gtacctcctg ccacgcaaca
      421 atgagctctt ccagaagatc ggcgtcaact ccatgatctg ccccgagatc ttggccgcca
      481 aagagatcgt agcagccatc cgtcggcctt ggacacgaca gtactgggaa ctcttcggcg
      541 gcggactcat cctgctcggc attaaggtgc gcgacgatgc gc
//
LOCUS       SEQF2634|AYYE01000433.1  327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             12..122
                     /locus_tag="SEQF2634_00118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELIETVEVTDVEADESLLVLAAIAQFGGLLLAKLG"
ORIGIN      
        1 ccacggccgg gatggagctt atagaaacgg tagaggttac ggatgtagag gccgatgagt
       61 cgctcctcgt gcttgccgcg atcgcccagt tcggcggcct cctgctcgcg aagctgggtt
      121 aggtcgccgc ggagctgttc gcccagcgcg cgccgttgca tgtcgggcag gtgaagcatg
      181 ctgaagcaga aggaatactt gtcggagtcg cacataaagg cagccaagct caatataccg
      241 tcgacaaagc cgtcgccgtt gcggtcacgg agggccgtat ggcgaggggt gaaaggcagg
      301 aaccagttgc ccgtctcgta gaagaag
//
LOCUS       SEQF2634|AYYE01000434.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggtagcgca ggccgtttcg gcacaagatt cgacgatgag gcgccccaac gaggcgatga
       61 agaacattgc actcgacgag gtagtcgtca ccgcgacagg tacggaacat acactgaagt
      121 ctgtacccgt acagacggag attatctcgg gtcgggcgct caagagcttc gccggacgga
      181 ccatcgagga catcctatcg ggattgacgg cctccttcgc cttaggagag gacgacatgg
      241 gcagccatat ccctgtct
//
LOCUS       SEQF2634|AYYE01000435.1  765 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..765
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             124..483
                     /locus_tag="SEQF2634_00119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEPSRFELTFFVGEVCYRYTLSLDNKRVYEETLHYYPGEVDDE
                     VMLLHRIFQDNRSVITFGDMVQVSPAALEELTIKCLLLTLGTKCGDPALMLRPFHVLA
                     ITGHVFTQLINNSSGRE"
     CDS             502..759
                     /locus_tag="SEQF2634_00120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQKPVFDRRKTVADKDILVIPVLVFDGLQSPSFRLVRRHYVCV
                     KYNNDGAFSFQYLFDLVFKIAYRLPPEIASIDFCRATDEMT"
ORIGIN      
        1 aacgcctcag gcaaatccaa cctgctgcag gccttcgact ttttgcggaa gttctggtta
       61 gacgatctga tcaccccgaa tagagcgacc ggcgccaccc ccttcttatt ggatcaggaa
      121 acgatgaacg aaccatcgcg cttcgaacta acctttttcg tcggagaggt ctgctataga
      181 tatacgctgt cgctcgacaa caagcgggtg tacgaagaaa ccctacacta ttatccggga
      241 gaagtggatg atgaggtgat gcttttgcac cggatctttc aagacaaccg ctccgtcatc
      301 acctttggcg atatggtgca agtctcccca gccgcactcg aggagctgac cataaaatgc
      361 ctgctcctga ccctcggcac gaagtgcggc gacccagcgc tcatgcttcg cccattccat
      421 gtccttgcaa taaccggaca cgtgtttact cagctcatta acaacagcag cggacgagaa
      481 tgatttacaa gtatccacgt aatggagcaa aaaccagtat tcgatagaag gaaaactgtc
      541 gcagataagg acattctcgt tattcctgta cttgtctttg atggcctgca gtcgccttct
      601 ttccgtctcg ttcgacgcca ttacgtctgc gtcaaataca acaacgacgg agccttttcc
      661 tttcagtact tgttcgatct tgtcttcaaa atcgcctatc gccttccgcc cgaaattgct
      721 tctatcgatt tctgcagggc aacggatgag atgacataga tgctt
//
LOCUS       SEQF2634|AYYE01000436.1  490 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..490
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggttgggcgt acgcctgcgt aacctctgct ttggtctggg gatccttccc tcggagacct
       61 acccgatagc cgtcatcagc gtcggcaatc tctcggccgg gggggcggga aagacgccgc
      121 tcgtggaata tctcgtccgc ctgctctcgc cgcgctatcg tgtggcggtg ctcagccggg
      181 ggtaccgaag gaaaacgaag ggctacgttt tggccagcgc ctcgagcacg gcgcgagaca
      241 tcggcgacga gcccagccag atcaagcgca aatacccatc catcaccgtg gccgtcgatg
      301 gccaccgtcg gcggggcatg cgtcgcctcc tggccctgcc tgaggcggag cggccgcagg
      361 tggtcgtact cgacgacgct tttcaccacc gctacgtccg cccctcgctc tccattttag
      421 tcaccgacag ccaccgcctc ttcacccgcg accgtctgct gcccgtgggt accctccgcg
      481 agccccgctc
//
LOCUS       SEQF2634|AYYE01000437.1  704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggcttcacg gtcgatcggc ggaacattat ttttgtaagc atattgtaat tggaggatcg
       61 cctcatggta aacctcgtcc gttttgggtc ggatttgtgt catcgaaggc cgttttcgcc
      121 ttacgcgcag attactccgc tcacgctgta gccgactcgc gtcctcgtta gcctgcttca
      181 gcagtccgac agcctcgtcg aggccgatcc gcgtaatcat ggccgccggt tcaggctttt
      241 tgaggtcgtt caacagtgaa tcgatacgcg ccggtttgcg tccgatgcct tccgactgta
      301 tccgtttttt gtcgtgagtc aaaacgtaca aatgctgcgc atcctcggcc acctcctgac
      361 gcggcgaaag gcgcataata cgtatcacgc ccaaaatgaa agacagtaaa cggtcacatt
      421 ccgcatcctt tttcaggatc gctttcgttt cattctcctc gccagacacc tccttcagca
      481 tctcaaactc ctcatcgaca cacgcccgat actcctcgac catcgtctgc ggcacaccga
      541 tcttctctcc atcagccgcg ccaatacgct cgcacacctt atcatggaac caagtatgca
      601 gcgaattatc cagccgatac tgccccagtt tctcaaattc aatcacacgt ttcattctat
      661 tatcatcaca aaaaacatca ccataaaata cataaaacac atcc
//
LOCUS       SEQF2634|AYYE01000438.1  510 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacaggtggt gacgtaatcc ttggcctcgg gggtgagctc gaggtggtag ccgaggccgt
       61 cgatgcggcg atagaggtca ctgagctcga tgtcgatgat gcggtagatg gactcttttt
      121 caagcagatc aaacaagata tcgaactcga gataagtaac accgtcgacg acactgcgcc
      181 gggtgacatt gccgtaacca aaagcgccga acgcgtgctg cgcattagca tgctggaggc
      241 gcggatgttc aaaagcgacg tgacgcgcac cgagcacctc ctcctggcgc tcctcaaaga
      301 agaatacaac atcgtggcac aggtgctgaa ccaaagcggt atcacctacc gcatggttta
      361 cgaccggatc agcgccatca caggcgtaga tcgcttggcc gaagtcgatg agacgcacga
      421 tggcttcacc gacgatgacg aggaagagga gggattcacg cctttcaaga aagagcccgt
      481 tccgccacaa cccactccac agcccaacca
//
LOCUS       SEQF2634|AYYE01000439.1  734 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..734
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(192..476)
                     /locus_tag="SEQF2634_00121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIWLFNRLDNLLSITIKREVKEEDSGSICSHAEALEKQALFINS
                     TLTQLGCNILWKMFRHGMIEHHGLYLNLATMKVNPTIAQLVYKLYTKYTR"
ORIGIN      
        1 acataatatg tttcagttaa tatatcatgc gtttcgtgta aatatccatt actgttgtcg
       61 tgtacgcaaa gaatcatgta tttattgcag tacacaaatc tattccacgt aaagtgtgga
      121 atgcacaaaa ataggcgtta ttttcgcgta aagagttttc tcaactatca taatgatatt
      181 atatttaatt tttatcttgt gtattttgtg tatagtttat aaacaagttg tgctattgtc
      241 ggattcactt tcatcgtggc cagattgaga tatagcccat gatgctctat catgccgtgg
      301 cggaacatct tccaaaggat gttgcatccg agttgcgtca gcgtggagtt gataaacaga
      361 gcctgtttct ccaacgcttc ggcatgggag cagattgaac cggaatcttc ctccttgact
      421 tcccttttga ttgtaattga aagtaagttg tctaaacggt taaaaagcca tatcaatcga
      481 ttaaatgatt tgatatggct ttttattgct tataatttca gccctttcgg tcgattctca
      541 tcttttgcat acaatcccgg tcgcccgata acgatatagt cgtcgatgaa atttcccgac
      601 ggactgcgta tctgcggtgc ttcttcggtg tgttgtgatg gtacgttttg tacaccttcc
      661 gtaaccggct tgacttccag cccgtttttc tccttttctg cgacctccgg cgtaggcgga
      721 gcaagcacca gatg
//
LOCUS       SEQF2634|AYYE01000440.1  385 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggtatacg aatacttcgt ggtgggaata ttcaaaatgc tccgatttgc acttctccta
       61 atgaagagaa agctgttgca gcttttccaa gtacttccac gctacccgta gaggcaacta
      121 agattgtgtc tccttccaga atggtgttct tgttgtcttt gtatatatgt ggaagataca
      181 catcatcttc tttcaagcaa atctccccat tttgaatatt cccaccacga agtattcgta
      241 taccactggt agcaatatct gctttattaa aagttacacc tccgatgact tctgctatct
      301 ctccgagtct atatttcttc atcttctttg ttttcgcgtt tgcgtaactc cttatcgaag
      361 tcagagtcta tgcgttgtgt agggc
//
LOCUS       SEQF2634|AYYE01000441.1  327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acctttcacc ttcaggcgac gcatagcgtg gttgagctta ccaccggctt tcacaccttt
       61 ggcgtggccc accagctcaa cgggcacgtt catcacgatc ggcttgtcgc cgaatacctc
      121 gaggaagtcc aggtgcagga tggcgtccgt cacggggtgg aactggatgt ccttcaagat
      181 ggcgcggttg cggcgtccat cttcccagtc gatctctacg aggtggatgt ctggcgtgta
      241 gatcagcttg cggacaccgt cgaacgagac cgtgaaatcc gttacgataa tgcccatgcc
      301 accttcgatc tcaatcagct tctcccc
//
LOCUS       SEQF2634|AYYE01000442.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcggcgctgc gtccggaggc gtttgcgacg gtcgacctcc cgcggccgga ggccctccga
       61 tacctgcggc gcgaggcact ctcgctctcg gccgatgtgc cgcgcggata cgttctggcg
      121 gcctacggcg gcctgccgct gggattcatg aaacagcttg ggccgcgggc gaacaacctc
      181 ttcccggatg agtggagaat ccgtaaggag ttgatttaga tcgaaataag tgatgcgaaa
      241 aaagtcctgc cggacgaaag gagcaagtgg gctcttctcg tccggcagga cttttttgtg
      301 tcgccacgaa ggcgtttcct cccgacctat ccatgtgctc actgcgggcg ttccgctggg
      361 tgaggtcaag gggcgtgacg ccgtgccatc ggcggcgttg gcgctgagct cggcgctgcg
      421 tccgga
//
LOCUS       SEQF2634|AYYE01000443.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggcttgcgg tgtggcaccg agccaaccaa ccatgatggc cgagagcgcg aaggctaaca
       61 cctcaaggag catgtgagcc gcaatgggag caccgacttt cacgagttct atgaggcggc
      121 gccaactgaa gaggtgcatg cgaaaggcac ggaaataggc ccaccactcg ctgcgcagac
      181 ggatggcaag gaggaacatg aggggcatcg tcaggcgtga aatgagcgtg gagacgcccg
      241 cacccagcac gcccagctcg ggaaatccga acttgccata gatg
//
LOCUS       SEQF2634|AYYE01000444.1  698 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             37..183
                     /locus_tag="SEQF2634_00122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRKTSYCPFLIYKFFYRKICNKSLPIQQLNSFKNLFRRTIDIF
                     KYYF"
ORIGIN      
        1 gtctattaat tcttttccaa cttgagaatc ttcaagatgt atagaaagac gtcctattgc
       61 cccttcctta tatacaaatt tttttatcga aagatctgta ataaaagcct cccaattcaa
      121 caattgaatt ctttcaaaaa ccttttccgg cgcacaatcg acatttttaa atactacttt
      181 tgaattaaaa caatttctca gcaaagactt ggctttggaa aactttgttg aagaggatgt
      241 tgaatatatt aatccatatt ggaaatccat aagaagttct atttcttcat atacattcac
      301 gatttttttt caataatatt ttcttgcgag ttgtaatttt gtaaatatga cggtgtcctt
      361 attagcactt ttgtcaatat tacgtcatct tcaatgtgga caaaagtaaa acctacgccc
      421 gcattttcag tatatttctt agactcaaaa acacgagcta tactttctat gtcagaatcg
      481 agaccaatta ttctgttaaa tactatagtt ttctttgttt ccatattgtc attacttgtg
      541 tcaatatatt ttctatccat acacttatgc ttatatccta acatattaac cattttcgcc
      601 actggtccac aatgaatcat ctacgctgac acctaaaacc ttagccaatt ggatgaacat
      661 ctcaacatta ggttgggcag cattagtcct ccatttgg
//
LOCUS       SEQF2634|AYYE01000445.1  366 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaatggcatc gacgattttt tcgcagacgt ggaggtcaat gtgtataaaa tacagtatcg
       61 cgtgttgctt gcgcgatatc gaggcaaaac gacctgcccc acgtgccacg ggacgcgctt
      121 aaaacccgaa gcgctctatg tccgcgtcgg cggacggaaa atcaccgaac tggtgtctat
      181 gcctatcacc gaactacgtg cttttttctc cgatttaagg ctcaacgaga ccgaggcaac
      241 gattggaaag cgactattgg ccgagatcac gacccggatt cagtaccttc tcgacgtggg
      301 actcggctac ctgacgctcg atcgcctatc tgcgtcgctt tcaggcggtg agagtcagcg
      361 cgtcag
//
LOCUS       SEQF2634|AYYE01000446.1  397 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 acttcaacga gaagacggcc aagggctact ccgacatggc tctcctgacc tgcgacaaag
       61 ccatcgtggg tgacgtctgc cgtgtctttg aggtcttaga ggggcgcctt gcggagccgc
      121 acttcgaccg cctattagtg gcacgtttca acatggtgcc ggagctgatc cgcctgatcc
      181 gccgcgaggc cgacctggcg cgtgccggtc gtggggggcg aatcattctc aagatgaacg
      241 gcctccagga taagcagatg atcgacgaac tttacgaggc cggtcaggcg ggcgtggaga
      301 tcgacctgct cgtgcgtggc atctgttgcc tgacgcccga ccgtagctac agccccaaca
      361 tccgcgtcac gcgtatcgtg gacatgtatc tcgagca
//
LOCUS       SEQF2634|AYYE01000447.1  334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acggaaagca gaaccacgcg tggttttaat ctctgtaccc ctacggagat cggaaccacg
       61 tgtggtttta atctccgtag ggatacaagg ttttgacgca gttgccctgc ctgcggcggc
      121 tacttcacaa gagccgccgt ccattttagt ttacatttgc gcgcctattt tcaaaggggg
      181 ggattagcta tataatcggt tacccctata cctattatat atagtgatac ggaatccggg
      241 cactccccca gaggctgcat ttttactacc tacttattta taagcaatga atatatcgta
      301 caactggcta agggattatc tgccgttcga atcc
//
LOCUS       SEQF2634|AYYE01000448.1  314 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcccgatcg ctttccgacg gcgcgcggcg cgtgttttct aaggccagca gggtgcggat
       61 ggcatcgaga ttggcctgca aagcctcttt tttgtggtag gtcatggttt taatgtaaaa
      121 atgagggtca aacagcaact cgcaactttg tgagttgcta ttgcttatga atttaccaac
      181 tcacaagttt gcgagttgct attgtttgtc gttttgctaa ctcgaaacct tgcgagttaa
      241 gactggagac tcaaatggct tcgcacatgg cctgcgatac gcttgattag cccccaaaac
      301 gggcagctac ctgc
//
LOCUS       SEQF2634|AYYE01000449.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtattcatgc ccttcggatt cgtctgccgg gtggagagtt tgcaattctt gtcaatctac
       61 tcaataagac agccaatctc atatcgtccg atgagatgta tacgtactac gggattactt
      121 tcaaggatgc agaggatttg gaaaattaca aggagatcgg cgaggaggaa gtagccggta
      181 agccgtgcaa agtctatctg aacatgactc cggacattgt tggtgatgaa aacaccgtga
      241 agatttggaa taacatagta atggaggatt tcaccataag cggagagcag acttttggat
      301 cgtgtatcgc ctccattgag ctcaac
//
LOCUS       SEQF2634|AYYE01000450.1  358 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagtattctc tatggctttc atacgactga cccgttgaat attcgacgca aatatagtgg
       61 atatgattgc aatacgaaag cttctttctg caattctggt tgttttatcc ataaaagagc
      121 tctttaccct acaagtcaaa cttttcaatc gatgaaaaac tttgttctcc cctattatcg
      181 cttcttgtat cctataaaac ttgcagagag aaagaacttt ctgataagtg atcatttgtc
      241 aggcgcccgt caagcccgat atgaacgcaa gaggaaatgc ccttcgccat cgatagcatt
      301 tcgataagga acggctatcc gatcatcgag ggatgagtct tcgtaaccgt tgcggggc
//
LOCUS       SEQF2634|AYYE01000451.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctctacgcc aaggccggtc ggccggagct ggcagagatg ctggatcata gcagcgagaa
       61 gattgctcaa cccggcgtgg tggacaagct gatcgccgtg ctcgaaaacc cgcgcacacc
      121 gatggagaag ctcatcgtcg acatgtatcc gtatacggcg gaggagtttt acttctacaa
      181 ggcccttcaa gcccttcacg ccgatcaatt gatcgaggcc gaggcgctga tgaagaaagc
      241 gggcaagcag gggatgacgg aactctacac gaatcccttt aacgactaca tt
//
LOCUS       SEQF2634|AYYE01000452.1  380 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacatacata gtgaagggca cacgcagctc atcgttcagc tcgccgatag ccttcgtgat
       61 ctcctgcagt cgacaggcac tctcgggcgt ttcgatgctc gattccgtag tagactcgag
      121 gtgatagagg tcgatgtcct gctccacgac cgtctgcgag cgcagcacac ggcggtagtt
      181 attgatgaag atgttccgca tcacggtcag cacccagccc ttgaagttgc ggttgtccgt
      241 gtacttctcc aggttgtcca agacacggag cgacgtctcc tgcgtcagat ccatcgcatc
      301 ttcgcgatcg gccgtgaggg tgagcgcaaa gttcatcatg tagtcctgca gacccaataa
      361 cttattccgg aaataagagg
//
LOCUS       SEQF2634|AYYE01000453.1  442 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(281..415)
                     /locus_tag="SEQF2634_00123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANLPPEALSDMTIRKREGGQKSIFVNGVQLRMRANGYTPLEVE
                     "
ORIGIN      
        1 tgacgcttgt ccccgacgtt gatctgcgcc gtgtgctttt cgtaagagag gtgcgagacg
       61 acgatccgga gctgctgcgc ggcgtcggcc tcatacgtga cgacgtaatc gccctgcgca
      121 tcggtaaagg cataggcgat ggtcttatcg cgatccatga tttgcaccgt ggctgcctcc
      181 acggccttgc ccgaggcgtt cgcgacggtg ccgcgcaacg tgtgcccagc gcggagcgga
      241 agcgctccgg ccagcacaaa gacgaggtac aagagccact tcattcgact tccagcggcg
      301 tgtatccgtt agcccgcatg cgcagctgca ccccgttgac gaagatcgac ttttgcccgc
      361 cttccctctt gcgaatcgtc atgtccgaca gggcctcggg cggcagattg gccatggggt
      421 tctgctcgaa acggttcttg gc
//
LOCUS       SEQF2634|AYYE01000454.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaagggcaca gcgaggctaa caagtcccgt tttctgccaa tttagcagtc gatccaagtt
       61 cccgcccgcc tcgagcttct cccgactcac gccgaggcgc tccagctcct tccaatccac
      121 cttttcggga tcgatggcag acagcttttg agccggagac tcgtccgagc tgacgcgaat
      181 gctgtctaat gcagccttat tttgaggcat ttcacgcgcg gcgagcatgc tcttcagcgc
      241 ctccacagac tcgacgaacc gatcggctac gatccgataa acgccgaaat gtgtcgggtc
      301 attgaactgt cgacggaggt tcgtcataaa gttcttcagc agtccatcgt tcttcttgaa
      361 caccaagaaa gccgaccgat tctcctcggt tagttctacg gttttgatct tccccttctc
      421 gtcctgcccc
//
LOCUS       SEQF2634|AYYE01000455.1  394 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             94..195
                     /locus_tag="SEQF2634_00124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEKKQKKIKAAELPANYAGTPKDYLPRKFKTT"
ORIGIN      
        1 ggcctcggca gaggccttga ttttcttttt gtctcctttt cttgtgtcaa gacaagaaaa
       61 ggggaaatga agagatcttc ttttcttccc ttgatgggag aaaaaaagca aaagaagatc
      121 aaggcagcag agctgccggc caattatgcc ggaaccccga aagactatct cccgagaaaa
      181 ttcaaaacga catagccaca tgaataagaa cgaactcatc cagaacatcc gccgcaagaa
      241 atccttcctc tgcgtcgggc ttgacacgga tctgaagaag atcccgccgc atttgttgaa
      301 tgacgacgac ccgatcttcg ctttcaaccg agccattatc gacgccacgg ccgaatacgc
      361 cattgcgtat aaacccaacc tcgccttcta cgag
//
LOCUS       SEQF2634|AYYE01000456.1  803 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..803
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(12..722)
                     /locus_tag="SEQF2634_00125"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTIVYGAAERQTGAWNIAARYAKKALFLPGLNVSLSASHTWDH
                     AQTIDTTFRKYRWDGSYIESARSEILGRDRMHRHYRRPLMLVRLGLDYHFNPHHTLNL
                     NYLMNRTGNRRTDDVDSDFAPSDDIFAKHTLGLSYSQLLVEDRWQNTFFVKNYTNYLK
                     VGQQELPWITGSGEVQGPSTKNHTGYGLATRYAFPSDAFAVKASYEHSLRLPMSRELL
                     GWWSRRRRRTARRPRCGG"
ORIGIN      
        1 cgaggccggc gtcagccgcc gcacctgggc cgacgagctg ttcgtctccg cctcctactc
       61 caccacccga gcagctcgcg cgacatgggc aggcgcaggc tgtgctcgta ggaggctttc
      121 acagcgaagg cgtcggaggg gaaggcgtaa cgcgtggcca ggccgtagcc cgtatgattc
      181 tttgtcgaag ggccctgcac ctcgcccgag ccggtgatcc aggggagttc ctgctgccca
      241 accttcaggt agttcgtgta gttcttgacg aagaacgtgt tctgccaacg gtcttcgacg
      301 agcagctggc tataggagag gccgagggta tgcttggcga agatgtcgtc cgagggcgcg
      361 aagtccgaat ctacgtcgtc cgtacggcgg ttgccggtgc ggttcatgag gtagttcagg
      421 ttcagcgtgt gatgcgggtt gaaatggtaa tccagcccga ggcggacgag catcaagggg
      481 cggcgatagt gtcggtgcat gcggtcgcgg cctaagatct cgctgcgggc ggactcgatg
      541 taggagccgt cccagcggta tttgcggaag gtggtgtcga tcgtctgggc gtgatcccag
      601 gtgtgagagg ccgagagtga gacgttgagg ccgggcagga agagggcctt cttggcatac
      661 cgtgcggcga tgttccaggc ccccgtctga cgctcggcgg cgccgtagac gatggtctgc
      721 atggcgcccg tctggagctg cttgcgggtg gtggagtagg aggcggagac gaacagctcg
      781 tcggcccagg tgcggcggct gac
//
LOCUS       SEQF2634|AYYE01000457.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(39..245)
                     /locus_tag="SEQF2634_00126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTKDSALIAQVAGAAVDVALDTAGSLLSETGEVTTLQTHGTD
                     YAEIAWQRRLRNQAGKKKKRGRGI"
ORIGIN      
        1 gaaaggtcgg gatggatgga gcggatgaac gtctaacatt atattccccg cccccgcttc
       61 ttctttttcc cggcttggtt tcttaagcgt cgctgccatg cgatttcggc atagtcggtg
      121 ccgtgtgtct gtagagttgt gacctctcca gtctccgaaa gaaggcttcc tgcagtgtct
      181 aaagcgacgt ccacagcggc gcctgcgact tgtgcgataa gagcactgtc tttcgtaggg
      241 atcatggagg attggatgat gggcttctgc gcattgccga tctcgaactg tttcggcagg
      301 gtgcggtagc cgaactcacg accgatctcg gaggccttga aac
//
LOCUS       SEQF2634|AYYE01000458.1  451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             29..268
                     /locus_tag="SEQF2634_00127"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDAAARRGNSNAVTDATVAMMCARTAVIGALLNVRINLTSITD
                     EAFVKTMTEEADRLEAAAMEAEHKLLEYVKAHAFN"
ORIGIN      
        1 agcccgtacg gccagcgcgt tgttgccgat gattgatgct gccgcgcgcc gtggcaatag
       61 caacgccgta accgacgcca cagtggccat gatgtgtgcc cgtacggctg tcatcggtgc
      121 cctgctgaac gtccgtatca acctcacctc gatcacggat gaggctttcg tcaaaacgat
      181 gacggaagag gccgaccgcc tggaggccgc tgccatggag gccgaacata agttactgga
      241 gtatgtcaaa gcccacgcgt tcaactaagc agcagacggt cgtgaagaat gtatatcaga
      301 tcggctccgg cgagctgacg ttcgagatca tcgaacgcat catcaacgag aacctgaagc
      361 tggagctggc ccccgaggcg cgtgaacgca tccagaaatg ccgtgactac ttagacgcca
      421 agatcgcctc ttcgcccgac ccactctacg g
//
LOCUS       SEQF2634|AYYE01000459.1 1078 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1078
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(132..842)
                     /gene="rfbF"
                     /locus_tag="SEQF2634_00128"
                     /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="MDYAIIAAGEGSRLVEEGVTTSKPLVRLLGEPMIDRLMGLFLRH
                     GATSISVIVNEEMTDVQHHMEQLALPVPLNLVVRSTPSSMHSFHALRPFLTSDTCCLT
                     TVDTVFREEPFAAYIDAFERSPLLDGMMAVTAYVDDEAPLYVRTDSAGMIRGFLDREE
                     GQAAGCQYVSGGMYCLRRAALDVLDQAMEQGVSRMRNYQRMLVSEGLRLRAYAFDKIL
                     DIDHAADIAKAEAFLSTP"
ORIGIN      
        1 cggtagttat gtggccttgc ggccacggta gttatgcggc cttgcggccg cggtagttag
       61 gggcttcgcc ccggtagtta tgtggccttg cggcgcggta gttaggggta gtcagaagta
      121 gttatgagta gtcagggggt ggacaggaag gcttcggctt tggcgatgtc tgcggcgtgg
      181 tcgatgtcga ggatcttatc gaaggcgtag gcccggaggc gcagcccttc gctgacgagc
      241 atccgctgat agttgcgcat gcgggagacg ccttgctcca ttgcctgatc gagcacatcg
      301 agcgccgccc gacgcaggca gtacatgccg cccgagacgt attggcagcc tgccgcctgg
      361 ccctcctcac ggtcgaggaa gccgcggatc atacccgccg agtcggtccg gacgtagagc
      421 ggcgcctcgt cgtccacgta ggccgtgacg gccatcatcc cgtcgagtag cgggctgcgc
      481 tcgaaggcgt cgatataggc cgcgaacggc tcctcgcgaa acaccgtgtc gaccgtcgtc
      541 aggcaacacg tgtcgctcgt caagaaaggc ctgagcgcat gaaagctgtg catggagctg
      601 ggcgtcgacc gcaccaccag gttcagcggc acgggtagcg cgagttgctc catgtggtgt
      661 tgcacgtcgg tcatctcctc attgacgatc acactgatcg acgtggcgcc atgcctgaga
      721 aaaaggccca tcaggcgatc gatcatcggc tccccgagca gcctcacgag gggtttggat
      781 gtcgtgaccc cttcctccac gagccgcgag ccctcgcccg cagcaattat tgcatagtcc
      841 ataattgaaa acgtagttta gtagtgatgg gccgttggga agtgaaatgc agcaccctcc
      901 gtacccgccg caaaagtaga ccctttcgcc gggggaggcc ccgaaataca cagcgacagg
      961 ccgtcgcagg cttgcatacc cccgaaatac acagcgataa taagtcgcat acatgttttt
     1021 taatgtcgta tgcagcgacg gtaagctgca tgtatgtttc ttattaccga agacttcg
//
LOCUS       SEQF2634|AYYE01000460.1  358 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcacgagggc cgcgacgtct acctggccga ctccgcctac gtcctcacca tggcgcagca
       61 ggacttcccc gacgtgcgtt tccacttcac ctccgagttc tgatcacgcc ccgacacttc
      121 tcccgatagg caccccctga aaaaacgcgg ggtttgcgtc cgaactaagc gagacgcaaa
      181 ccccgtaaaa tgacagcagc ggaaaagatt actccctccg ctgcttctcg ataaccactt
      241 ttacaatcac ttataccccg catgtttcat cagggctatg tcttctcaat ttttgtcact
      301 gttggccagc tgttcctgta ttttgcggat ccgcgaatac aggtgctggg tcataaag
//
LOCUS       SEQF2634|AYYE01000461.1  351 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctctaccct gttcgcgtca cgcagtaccg tcgctttcgt gccgtcaacc ttcatcggtg
       61 ggaggtatgt cgtcccgcag aaattttggg tgaacggttg ggcattccag cctaccgttt
      121 cctgcgcgaa cctcttatca gcaagttcgg aactgaatgg tacaccgcgc tcgaggctgc
      181 cgccgagatg gtagcccgtc aatccgaaca gaaatagctt cgaaagggga aagaatgccc
      241 ctttttcgat gtacccgtgt aggggcgtat tgaatacgcc ccacaaaacg gcccgaaggg
      301 ggcgatctta tctatctatg ggtaggtgtt tttatccctg cgggatacat a
//
LOCUS       SEQF2634|AYYE01000462.1  514 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaaggtaggg gcgtattgca tacgccacac cgaacgccat ccaaaggata gtgaatgcac
       61 gaaacgtgtc aattttttag gttataacga tcgtacaatc tgaaaacgca tcacattttc
      121 agggttattc gttccataga tggaacgttt gtagggcgta tgcaatacgc ccctaccttg
      181 ttacccaaaa acacggtacg ttttctatcc cccacatgta tccggctaac ttcctcggcc
      241 tcggtagagg ccttgatttt cttttgcctt cttttctttc atcaaggaaa gaaaagaagg
      301 tcggggtatt agaaatacgc tccaccgaac gccatccaaa ggatagtgaa tgcacgaaac
      361 gtgtcaattt ttcaggttat aacgatcgta caatctgaaa acgcatcaca ttttcgggtt
      421 attcgttcca taaatggaac gtttgtaggg cgtatgcaat acgcccctac cttgttaccc
      481 gaaaacgtat cgatttttca ggtccccgtg tagg
//
LOCUS       SEQF2634|AYYE01000463.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctccgttca ccccttgcgc aggccggcgc agtgtgtgat acgagtgtgc aacacctgcg
       61 cagcccttcc acagtgtgcg aaatgaccat gcaacacctg cacagccctt tcacagtgtg
      121 cgaaatgacc atgcaacacc tgcacagtgc cgtcgcagtg tgcggcgtaa ctatgcaaca
      181 cttgcgcagc cttttcacag ggtgcgaaac gaccatgcaa cacttgcgca gccttttcac
      241 agggtgtaaa acgaccatac atcc
//
LOCUS       SEQF2634|AYYE01000464.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccttactata cgccaccaat gacctcaagc aaacccaaga ttactacgag gaggcgctag
       61 agatacgtcg agagttggcc aaacagaatc cgaaggcata caattcatat gtggcgatga
      121 ccctaaataa ccttgttatc ctttatttgg aactaaagaa aaaaggggat gcagagaagg
      181 cttaccaagg ggcgcatgac atttaccata aactagctgg tcgccatccc ggagcctacg
      241 aaatcgac
//
LOCUS       SEQF2634|AYYE01000465.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgttggggcg cctcatcgtt gaatcttgtg ccgaaacggc ctgcgctacc caaagcaagg
       61 cggtggcaag ggccatccgt ccggcgactt tgcaacgtgg tgccgatgtg atgtgatgca
      121 agtgtctccg tttcatcctc taaacttgat ggataggctt acgtagaccg agcggccggg
      181 tgtcagcgtg gcgtagttga aattgtaggg cctgtcgtcg gtataattga agaggttttc
      241 gatgcccacg cccggttcga ggatc
//
LOCUS       SEQF2634|AYYE01000466.1  699 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             20..487
                     /gene="lytE"
                     /locus_tag="SEQF2634_00129"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54421"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidoglycan endopeptidase LytE"
                     /translation="MSIARQYGTTVDALCKLNNIRPTSALKPGQNICYRAERKISLDK
                     NGEAIAKATPTTKAEASVAGKAAADNSEDIDVDDDSDNDAAAVVVVPKASKKMTPGGR
                     RLATSKQIYYRVRKGDTLKSIARRYGMTVNQLCRINGLRKTSKVKVGRSLRCS"
ORIGIN      
        1 agaaagcgac gaaacactca tgtctatcgc tcgccaatac ggcacaacgg tcgatgccct
       61 ctgcaagctg aacaatatcc gccccacctc tgcactgaaa ccgggacaaa acatttgcta
      121 tcgtgcagag cgcaagatct ccttagataa gaatggcgag gccatcgcta aggctacacc
      181 cacgaccaag gccgaagcat ccgtcgccgg gaaagcagcc gcagacaata gcgaagacat
      241 cgacgtggat gacgactcgg ataacgacgc agcagcagta gtagttgtcc cgaaggcttc
      301 taaaaagatg actcccggtg ggcgcagact tgccaccagc aagcagattt attatcgagt
      361 gcgaaaaggc gatacactga agtccatcgc acgtagatac ggtatgaccg tcaaccagct
      421 ctgccgcatc aatggcctcc gtaaaacctc caaggtaaaa gtcgggcgtt cgctgcgttg
      481 ctcataaaca catagaaaca acagggtttt ggtgcaccgg ttactgaagg agatgtccgc
      541 atctccgcgg taacaggtgc acctctttat taatatgagt tcgatgtaaa agtaaagcca
      601 gcagagagtt gctacggaaa ccatgcgatg gccagaacgt ttttggaaat gcttgcaccg
      661 gcggtgcaac gaccaaaaag tactttttac ggcttgcac
//
LOCUS       SEQF2634|AYYE01000467.1 2033 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2033
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             35..1195
                     /locus_tag="SEQF2634_00130"
                     /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             1364..1615
                     /locus_tag="SEQF2634_00131"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTKYNFKIPSKSFDKLYQRTSVVTIGKELFLRSGNQLTSCFIS
                     GILSLEGMDIFRMDRRCHRMFYCIYIYNDMFFLSFEKLF"
ORIGIN      
        1 agctatagat gcgtactatc gaacatttcc agatatggag actgagaatt acgagactca
       61 atatcgacat tttatggatc aatgttactc atggggggat gtttacgaga gggagttaac
      121 agatatcggc attgatgcat ttttgcttcc gacaaatgta gatcctctaa taagacaatg
      181 ggcacttgaa aataatattg aggggacact tcaagatatt gttcttttgc agctaaaaga
      241 atttactccg gacattattt atatagatga tacctcgttt tttgcacctt atcgtattgg
      301 cgatctgagg aaagagatcc caagactaaa attgattatt ggtggatgtt gcagcccgta
      361 taatacctac actttgcagg tgtatcgcca atgcgatttt gttatttgtt gctgcaagca
      421 actgtcagag gagttgagaa agatggatat tcgaacttat gtggtgatgc atggatttga
      481 cagttcgata ttatcgaaaa ttaacgataa ccccaacagg gatattgatg ttttatttac
      541 tggttcgata atgtcgggaa ggggttttca tcggggcaga agtgagttaa ttaacgcaat
      601 attgcgatct gggattaata tccatgtgta tgggaatata actgctgaca aatttcttac
      661 aacgacactc aagcagattg cttatttttt tttattatgt attaaaaaaa taaacacatt
      721 cagcctgcct gagtctatta gcaggagaat tgggggaaag gcgtttccac aatatcttcg
      781 aataccttat cttataagaa aaaacgcgaa gcctcctgta tttggactgg aaatgcttgg
      841 acttttgaaa agatctaaga tatgtcttaa tgcccatggt gatattgctg tagatggtgc
      901 agcaaatatg aggctgtttg aagctacagg catggggtgc tgtttggtta cagactggaa
      961 gatagatatg tgtaaattgt ttgatgatgg ggctgaggta attacatatc aggatgcaga
     1021 agactgtatt aacaaattga agtggttatt agatcatccc gatagaatta gagacattgc
     1081 ggaggcgggt caaaggaggt gcctaagaga ttatacgatt ttggaacgat ctagggaaat
     1141 atatgagatt ctaaaaaaag agttgattca gcgatttcct gaagccagtt tttaactgtc
     1201 atttttttaa gaatgatgtg gcagaaagag agatctaacc tggcttctgc agattcacgg
     1261 tctcattcgt aatcgatggt cattctcctg tagttttcta ccaagagaat gccctttcta
     1321 cgattcatct gaggagaggt cccacaaact tactagcaga ttcttgggga cgaagtacaa
     1381 cttcaaaatc ccatccaagt cctttgacaa actctaccaa cggacctcgg tagtcaccat
     1441 cggtaaagag ctttttttaa ggtcgggaaa tcagcttaca agttgtttta taagcggtat
     1501 tttgtcttta gaaggcatgg atattttccg gatggatcgc cgttgccata ggatgttcta
     1561 ctgtatctac atctacaacg atatgttctt tctttccttt gagaagctgt tttgaattta
     1621 ttggatgatt gttttatgga acaattcggg cggagatctt atctcttttc tatttcgggt
     1681 ctatcgaggc ctatttctgc cctttgttct atcattaatc ctcacataac ttcccatgtt
     1741 cgtcaaatgg tgaaataaaa tcatcagaaa tattctcccg ataatctccg aaataaattc
     1801 ataacagctt ctgatcttct tagctccatc acccccacct tccttactgt ttatagccaa
     1861 atggaaaagg attgcgaacc gaaattgtaa aaacagaaat atctttatgg cggatatttc
     1921 attcaaatga ccggaacaag aaatggaaga agtgcgcaaa cttcagcgta acgttatcgg
     1981 tcgtacagac tatgctcggg ttacgagcat attgatgctt atcttggact tta
//
LOCUS       SEQF2634|AYYE01000468.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtcggcata gacggccgtc tcgttgacca cgtttttcag gtaccgccgg atggtcgagc
       61 agctcacttc ttgcgggcgg cctttgtaac ggtaatcctc ggggcggaac acttcgcccg
      121 tcgcccggtc aaacaattcc gtatcgcccg ccgcaaactc caaatacagt tcgtgcactc
      181 gggctgcaaa cggcttgtcg ttcgttcgcc aaagcgccac gatcaggttt tcagcccgac
      241 gggacacctt ccgcgccgca tcgttgccca tgttgcgggg cagcagcgcg gcgtacccct
      301 cggccatgta ggcgcggaa
//
LOCUS       SEQF2634|AYYE01000469.1  695 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..695
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 acgtggcccg ccgctgggtc gacgccccca tcgcacgcat agacacgcga tagtcgccgt
       61 gcgtagggat gatccattcg gggatacgtt gcagggccat tgcgccgctg aaggcaaagc
      121 cgatgaggac gagtccgaac gtgagtccgg tgacgtggtg cgccttcaac caggccttct
      181 tataagggct gccaagctta ccccgcgcct tccggttacg ccggagcatg atgaggccga
      241 cgatgatgcc ggtgagcact gcgatgagcg ccacgacgcc gcccgtggtc aggctgcgga
      301 tccagacgtc gttgtcgctg cgcaggatgg gcaggtagaa cttgtgcgga atggcgccga
      361 cgtaggccca gaggcggctg ctacggtcgg tgaactggag cacttcgccc gtgcggatgg
      421 agatgtagag ctcatggccc gcggcatcgt cgaagtagca cttggcgatg ggcatctcat
      481 ctaagtagcg ggagtacatg atccactgat cacggctgtg gagcgtgtct atgcgtgcga
      541 tgggggcgtc gacccagcgg cgggccacgt tgcggatggt ctccgcggtg acgggccgcc
      601 ggacctcggc ggagtcggcg cagagggtgt aggtcgtgtc cttcgtctca aagtcgaaga
      661 gcgtttggcc ttggaagcgc cgcaccgtga ccgtc
//
LOCUS       SEQF2634|AYYE01000470.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcctcttat ggggcctgtg aagaggcttg tgatcagggt ccggggacac attaggcgta
       61 tcgcaatacg tccctccacc accggcagag gcggctattt tattcttggc ccacctcaat
      121 ccgaatcagt ccctcaaagc ctcctgctcc gctcccagag gagatattga ttcccctttg
      181 ccctcttctc tttcttccct caagggaagc acatggcgat aacaataaaa tcggatacac
      241 gtaggtctcg accctaccga cagagctagc catctattgg cccacctcaa tccgaagcac
      301 agtccttaaa agccccctgt tccgctccca gaggagatat tgattcccct tcgccctctt
      361 ctctttcttc cttcaaggg
//
LOCUS       SEQF2634|AYYE01000471.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgtgaaggc atcctccgca cgggcgtgct caaggatgct gacgagacgg gcgtcacgct
       61 caccgtagcc aaaaaggtaa agcccgaagg ggcccgtcgc aaaaccaccg tgtacgaaga
      121 cgaaacgtac cgatatgatg agatagcata cgcgaaaagt aaaatccgat tcaaatagag
      181 agaagacaag agaatatggc caagaaacag gaaacagtca gcatgataga cagccttcag
      241 gagttcaaag acctgaagaa tatcgactag gagacgatga tcaacgc
//
LOCUS       SEQF2634|AYYE01000472.1  366 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccaaggggct aaagctgaag gaagttctca gttatgactt cacgcagaat gccagcatcg
       61 catggtgggg gccacaatcc aatgatggac gtacggccaa cggtgtgttc cagaaataca
      121 tgatcaacac ctctaaattc aactcgcaga cacagctgac ttacgatcgc tcgttcgacc
      181 gggtgcacaa cctgagtttc ctgctcggtt atgagacgga ggcgtacaaa aatgagaatg
      241 tctatggcac cggtagtaac tacgcagcta tggacgatcc gaagccggag attcaaaatg
      301 cagctatcac caaatcttcc agttccatca gcgagtaccg catgctgtcc tatctcggtc
      361 gtgcgg
//
LOCUS       SEQF2634|AYYE01000473.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtggacacc gaaaagaatc tgtggattga ctatgccgaa ggctgtggag gaagcatcat
       61 cgacctctgt atgcggctcg agaggtgcac ctttccggag gccatccgct gtttggggca
      121 gatgattttc ggttgcagga cgagcgatta cccgcggacg gaatcccacc atcatagccc
      181 cgagagaaca aacgaaggaa gaaaattgat cggcatatcg gatgaccttc cgccacattt
      241 acaagactac ctgacaaaag agcggcgcat cgacctcggt cgggcacgat ccttcctccg
      301 atg
//
LOCUS       SEQF2634|AYYE01000474.1  208 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caaatgtccg cttcgcacga cctgtccaac catttccggc aatcccggct ctacgatgtg
       61 cgtctcaccc ctattcaccg attagtccat gtatgttctt gttcagctct ttttctcgca
      121 tttatcttcg ataatctgca agcgccctat atgcaacggc aaatagcttc tcttttcgac
      181 ttggtctggc ttagctcatt tgaaacca
//
LOCUS       SEQF2634|AYYE01000475.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggttgttgg gggctaaagc cccgttggtt gttggtttgt ttagttgtta gttgtttgtt
       61 gttcgttggt tcgttgttcg gcggcaaagg tgtgggtgtt gcaagggggc aaacaagaaa
      121 gtgtgcaccg agtgcagaga agtgtgcact gagtgcagag aagtatgcac ggagtgcaca
      181 cttttttggg gtggggtacg agggaggcgg cctctgccga ggctgggaag ctcttgccgg
      241 gtacctggga ggcctctcct gccggcaggg taggggcgta tcgcatacgc cccc
//
LOCUS       SEQF2634|AYYE01000476.1  393 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catttgctct ctgtataaag gtgaaggtgt tcttcaaaaa tgccttgaat tacacttgga
       61 aaacaagaaa agcaaataga ttgatttatt atgagtccga cgatacgtat aatcatcctt
      121 ctgttgtttt taggatgggg aggggggggg ctatgcacaa tattctctca aagggcggat
      181 cttgcttgct gacgattcag tttccaccgc aaacgtatct ctgtacaatc atgacgggac
      241 ttttttatta ggtacttctg tttcgtcgga tggaacattt ttccttatgc cgataagcag
      301 tgaagatcga tgttttatga tagcctcatg catgagttat cgatcagata ctctatggat
      361 agaccacata gacagaaata ttgatgttgg aac
//
LOCUS       SEQF2634|AYYE01000477.1  808 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..808
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(444..803)
                     /locus_tag="SEQF2634_00132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTFSGFILSLFTFLSVLGVFVHRRRYPEAERPYRTWGYPVTPI
                     LFLLLTGWTMVFLLVEKTSESVLGIFTLGIGLGAYAVCRGWEMMKRYKEHREQVAEMA
                     AADTSATRKKKRATYPE"
ORIGIN      
        1 ctcgcccgcc ttgaggaagt ggatcattcg caccgaaaag cgtacggccc tcgagaagag
       61 tccgggcttg aaataatcct ccttgaggcc aaactgcgcc agcttattga tgatcggtat
      121 ctgcgcctcg tccgtagtcg acggctcgcc gctgtcgtcc gtatcgctac agtcgccacg
      181 atcggcctct gggtcatacg gctcacgacc gtacaccagc tcttgcatgt aactgcggta
      241 gctgcggaaa tactcctcct cccggtcgtt cggcttgcga ttcggagact cctcaacgtc
      301 ttccgggccg tcatacgtga tcaccataga cttgctttct tcctgttttt gatattgcgt
      361 gctgcgggcg gtctccctgt ctccaccggt tcggtggggt gtgatgcccc gcagactgtt
      421 tgcttgcttt ttcgggttac gcgtcattcg gggtatgtcg cccgtttttt ttttcgagtc
      481 gcacttgtgt ccgccgctgc catctcggcc acctgctccc gatgttcttt atatcgcttc
      541 atcatctccc atcctcggca cacggcatag gccccgagtc cgatgcccag cgtaaagatg
      601 cccagcacgg attcggacgt tttctcaacc aacagaaaga ccatcgtcca tcccgtcagc
      661 aacaagaaga gaatcggagt cacggggtag ccccacgtcc gatagggtcg ctcagcctcg
      721 ggataacgtc gcctatggac gaacacgccc agcaccgaga ggaacgtgaa cagcgacagg
      781 ataaaaccgg agaaagtcac cacctgct
//
LOCUS       SEQF2634|AYYE01000478.1  645 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             211..504
                     /locus_tag="SEQF2634_00133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGQLHDEQEQQRLMKKEQELQELDARLTKELMEQTQAMNEQLR
                     DTVVRCLKLYNKDKGYQIIFSNTSGSPIFLADDVYNITGEIIEFLNKRYAGTK"
ORIGIN      
        1 gtccttgact tcagcctgca ggctgcgtgc cttctgggta taactggcgc gtgcgttctc
       61 ttgcttcttc aggatctgct cgttcaggtc gatggagaaa ttgtatttct gcaacaagga
      121 gtccacgttg atataagcaa cagggaaagc tttgaggggc gctccggtgg aatccgtctc
      181 catcttcgcc accgcgacgc tgcccccttt atggccggac agttgcatga cgaacaggag
      241 cagcaacggc tgatgaaaaa ggagcaagag ttgcaggagc tggacgcccg tctgacgaag
      301 gaattgatgg agcagacgca ggccatgaac gagcagttgc gcgacaccgt ggtgcgttgc
      361 ctgaagctct acaataagga caagggctat cagatcatct ttagcaacac gtccggtagc
      421 cccatcttct tagctgacga cgtctacaat atcacgggtg aaatcattga gttcttgaat
      481 aagcgatacg ccggaacgaa gtaacctatc gggcgtgatc ctatacatcc catcctttct
      541 cggcctcgag agtggatggg atttttttgt tgcgcatcgg gcagctgcgg cctccggcga
      601 aggttgaccg ggtatccccc gagataaatc cccctcctcg tcttg
//
LOCUS       SEQF2634|AYYE01000479.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgttcgggt gtggtttcta cgttttgtgc ttccacgttt tcagacagat tgtccgaaag
       61 ttgctcgggc gtccgatcca tttccggcat gcccgtctca ttggtgtctt ttgtcaattc
      121 catttcgctg ttctaattac tacaggaggg ccttccctcc gttatcctcg gtggacaaag
      181 gaaacagttt tcgggggatt aactattgat gccgaaaaaa agtgctgatc gtggggccat
      241 gaagaggcga tgatatgcca tgcaggcagt ggttaaatga tcgtaa
//
LOCUS       SEQF2634|AYYE01000480.1 1006 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1006
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             57..890
                     /gene="rlmI"
                     /locus_tag="SEQF2634_00134"
                     /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="MYADTAVMQAHSVGMHHARHDIATALRELLGDRLQAIYYKSDGT
                     LPFKAALDHTDEYLLGRYSGGEHLATERGLRFGIDWLKGQKTGFFVDQRENRRLLEQY
                     AGGRTVLNMFCYTGGFSVYAMRGGARAVHSVDSSSKAVSLTERNVALNFPDDDRHRAF
                     AEDAFDYLRRAGNDCDLIILDPPAFAKHRDVLRNALQGYRKLNAAAFEKIRPGGILFT
                     FSCSQVVSRNDFRLAVFTAAAQTRRHVRILHQLTQPADHPVSIYHPEGEYLKGLVLEV
                     E"
ORIGIN      
        1 atacctaccg acttgtctac ggcgaaggcg accgcctgcc gggcctcgtc cttgacatgt
       61 atgccgacac agccgtcatg caggcgcact ccgtcggcat gcaccacgcc cgccacgaca
      121 tcgccacggc cctgcgcgag ctcctcggtg atcgcctgca agccatctac tataaatccg
      181 acggcacact gcccttcaag gccgccctcg atcacacgga cgagtacctg ctggggcgtt
      241 actccggcgg cgagcacctc gccacggaac gcggcttacg ctttggcatc gactggctga
      301 aggggcagaa gacgggcttc tttgtcgatc aacgcgagaa ccgccggctc ttagagcagt
      361 acgctggcgg tcgcacggtg ctgaacatgt tttgctatac cggcggcttc tccgtctacg
      421 ctatgcgcgg cggtgcgcgg gcggtacact ccgtcgatag ctcctcgaaa gcggtctccc
      481 tgaccgagcg caacgtcgct ctcaacttcc ccgacgatga ccgccaccgc gcctttgccg
      541 aagacgcctt cgattacctc cgacgtgctg gcaacgattg cgacctcatc atcctcgatc
      601 ccccggcctt cgccaagcat cgcgacgtgc tccgcaacgc cctccaaggg tatcgcaaac
      661 tcaacgccgc ggcttttgag aagattcggc ccggaggcat cctcttcacc ttctcttgct
      721 cgcaagtggt cagtcgcaac gacttccgac tggccgtctt caccgctgcc gcgcagacgc
      781 gtcgccacgt ccgcatcctg catcagctca cccaacccgc cgatcatccc gttagcattt
      841 atcaccccga aggcgaatac ctcaaaggcc tcgtcttaga agtcgaatag cgcatgcatc
      901 acaccgagat cgagaaaatg cgccgcggcg agtcgcccga cttccaatcg cccgagctgc
      961 aagccagctt ccgacacgct aaggagttgc tggcccgcat gcgtac
//
LOCUS       SEQF2634|AYYE01000481.1  517 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtccgacga tgccatagtt gacgatggca acgaactcgg gccgtgtgcc ttcgcctacg
       61 agactgtgat cctcaccgat cgcctccaac gtacggatgc gtttggcctt gataaatagc
      121 tgatccgtga ccgacgtcgg tcgcatgatg cgccatgatg caccatagtc agccagttta
      181 gctttgaaca tagccctgca atccttgatg gctgcagcaa attgttcttc tgtctttgac
      241 atagacatat aatgaaacgt gagttcgacg aaagaagtag gttccttatc tctggagagt
      301 gtctctgata gaggctgtaa cggtcaaagt gcttttggaa atgcttgcat cgcctgtgca
      361 aacctcaaaa accacttttt ggcctttgca ccatcggtgc aaacagaaaa aacagctgtt
      421 gggctcttgc accatcggag caaacggaaa aaactacttt ttagcccttg caccaccggt
      481 gcaaatcgca aaaaccactt tttggccttt gcaccat
//
LOCUS       SEQF2634|AYYE01000482.1  767 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             572..760
                     /locus_tag="SEQF2634_00135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILRDPETVKELAKTFEVSTRSVRSALDGVTQSDLAKRIRKR
                     ALDMGLKEKGKEQVTVLK"
ORIGIN      
        1 atatcgggtt cctctttttt caggtgatca atgcgcatca gcttgatctg tcgttcctta
       61 tcctcaatct ctttttgtct ggcctcaatc tcccttcgct gggcttcgat ctctctttgt
      121 ttggtctcga tggcggcgcg caagtgctca ttttcagctt ctaagcgtcc gactttgacg
      181 gatagagact ttatttcttc gataaagccg gggaaggccg gttctgatgg tgggggagcc
      241 actcccggcg ccgattgccc gcgcagcata gtccccttgc cggtaagtag ccagtctgtc
      301 gacacctctg ggtattgagc aataaatctc gctgtgtttt cctcgctcat cccattgttt
      361 tgatctaata ccccccttgt tatccccgtt tcctgataaa acttatactt tgaaataccc
      421 ttatactcaa tatattggag gatattcttc tttataggcg atttttcttg catgtaaaat
      481 ttggattggg cgatttttct cgcatgcatt tgcagcgcct tccaaaaggg aagacgcgct
      541 aaaaatagga ataaacgtaa cgaacgaaga aatgggaaag attctgagag accccgaaac
      601 agtaaaggag ttggctaaga ccttcgaggt gagtacgagg agcgtacgat cggccttgga
      661 tggcgtaacg cagagtgacc tggccaagcg gatccggaaa cgggcgctgg atatgggtct
      721 gaaagagaaa ggaaaggaac aagtaactgt attaaaatga aggagta
//
LOCUS       SEQF2634|AYYE01000483.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggttgaccc gggccacgtc ctgctgccaa tctgtgtagg cttcgggggc aaacagactc
       61 gcctcggctt cagcctgtcg ctcacgatcc atcaccggat ggtgctcctc atcgaaatag
      121 acggtctgcc cgttcatctc acgcggtggc tccatatcgg gctgcgagtt ggttggcacg
      181 ggcgcctcat attgccggtg cagggtgagg acgggtacgc cctcaggggc aagagtgacg
      241 gcttccgatt cgaccgcttc cgacagcccg ctctggtaga ttt
//
LOCUS       SEQF2634|AYYE01000484.1  669 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..669
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tattccttca tgcatatttt cattagtcct ttgttcgtcg ttcccgagac ggatcacacc
       61 gtcatcgtgg cgcttgagaa cagcatcgtc cgcttcgatc taaacactca gcagaagcaa
      121 gagatcaccc ccgtcgacac caagggcggt cggctgcgct gcaacgacgg caaatgctcg
      181 cctaacggtt ggctgtgggt gggcacgatg agcatcgacg aaaagtcgaa cgacgcaacg
      241 ctctattgcg tccgtcccag tgggcgcatc gacgccatga ttcgcggcgt gacgatctcc
      301 aacggcatcg tctggtcgcg caacaacaag tacatctatt ataacgatac gcctacgggt
      361 aagatccgcc gctatcgcta ccaccagcat tcgggtgaca tcatcaagaa cggtatcgct
      421 gtcgatatat ccgagggtac cggactgccc gacggtatga ccatcgaccg caacgacaac
      481 ctctgggtgg cccagtgggg cggctttggc gtctattgct acaatgccta caccggcgag
      541 ctgatcgcca aggtggaagt gcctgccccg aacgtcacct cgtgtgcttt tggtggcaaa
      601 aacatggaca tcctctatat caccacggcc cgcgagggcc tcacaccgga cgagctggca
      661 gcctacccc
//
LOCUS       SEQF2634|AYYE01000485.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggtgggtc ctgcctcgag agcgccgcgc acttcgccgc cgcgtagggc gtgcataccg
       61 gcttcggctg ccaggtagag gggagtctcg actttctgtt tcgtgatgat gttgatgccg
      121 ccggagaagg ccgacgaacc gtagatgagc gccgatgggc cgtgtacgat ctcgatgcgc
      181 tcgatgtcgg aaaggttaat ggggagatcg aagctgtaat ggcccgtgtg gggg
//
LOCUS       SEQF2634|AYYE01000486.1  486 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(257..385)
                     /locus_tag="SEQF2634_00136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYYSKPIVLVFNLQRAFHLNGGVNIQLAMIFIFVRPKKRPF"
ORIGIN      
        1 gctctataca gcttctgggg gattcctttt attgtctccc tctgcactaa caagtatacc
       61 acatcttgtt ctcttttagt tagaataatt tgctcttctt tccactggtt gtttctatac
      121 gcccaaagcc tttcattccg gaagttagtc acctctatat tgccggatga aggtgctgcc
      181 gataatgaag cgatacagaa tgctagccat agatgtccat ccgaagacat ctttaaaggc
      241 gtaatcttat gattgatcag aatgggcgtt tttttgggcg gacaaatatg aaaatcatag
      301 ctaattgtat attcactcca ccgttcaggt ggaatgctct ctgcaaattg aaaaccagca
      361 caattggctt cgagtagtag ttcatgttct gattcgggca cgaatttcaa ataaaagtca
      421 tatcccaatt cttgcacttc ttctgcagtc ataccacaga gataaaatgg attatcggac
      481 acatac
//
LOCUS       SEQF2634|AYYE01000487.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtccatccg agcttcttat ccgaggcgtt gtaggggaag atgcgggtcg tgacagtggc
       61 cgtgtcgccg gtgcgcagtc ggatggtgtc gcgcttcagg cggaggctgt cgacgtagat
      121 cttgggcgta accaccacaa tacagcgggc tgccacctca ttgacgcgca caacgatgac
      181 ggtcttgccc ggcttccagg ccttgacgat gtagacggaa tcgtaggggt tggtcgaatg
      241 gggcggggcg atggaggcta cgacggggat ggagacgcga ttgtcccaat agaatacgcg
      301 ggcactggga taggcatagg cgcggaggga atcttcctgg ccgacgtaca tccgc
//
LOCUS       SEQF2634|AYYE01000488.1  427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(36..395)
                     /locus_tag="SEQF2634_00137"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFIRNDIATGDMFRHVYGGMTKRELDERAAQLLSAWGYKKVSD
                     TAQGAAVYEKGNRVARLLLGALVKYFKVSVTTSVSPSDEVICEVRTESSGMSGGLIGM
                     NQVKTEMGNLNAAFRDF"
ORIGIN      
        1 aggggggacg atcgagcgtc ggccctgagg agccgtcaaa agtcgcggaa ggcggcgttg
       61 aggttgccca tctcagtctt cacctgattc attccgatca aaccgcccga catgccggac
      121 gactcggtgc gcacctcgca gatcacctcg tccgacgggg agacggacgt cgtgaccgac
      181 accttgaagt atttcacgag ggcgcccagc agcagtcgag ccacccggtt gcccttttcg
      241 tagactgcgg cgccttgagc cgtatccgat acctttttgt agccccacgc gctgagcagt
      301 tgtgccgcgc gttcgtccag ttcacgcttc gtcatgccgc cgtaaacgtg gcggaacata
      361 tcgcccgtgg cgatgtcgtt tctaataaat gccatgctgt tctgatgttt tgttatgccc
      421 ttcaaac
//
LOCUS       SEQF2634|AYYE01000489.1  530 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             34..144
                     /locus_tag="SEQF2634_00138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEFRDRAKDEIRFLPDGPARESLLALADYIVGRNV"
ORIGIN      
        1 gagcacggcg gcatagccta cgctgagcag cgcatgaatg agttccgcga ccgtgccaag
       61 gacgagatcc gtttcctgcc cgacggccct gcgcgcgaga gcctgctggc tttggcagac
      121 tacatcgtgg ggcgcaacgt gtaagaggcg caagggttac acgcgaaacg tcctgccggc
      181 ggaggggaaa tcccttgtcg gcaggacgtc ttgttttcat ctcgcacaca tttccacccg
      241 gaaatgtgcc gcaattcgga attccgcccc gtttcttctg gaggaatatg ccgtaatccg
      301 gaacgtgagt tcgacgtaag aaatccattt ccctgtaaca gagggagaca ccttcacatc
      361 tcagtgaaga catctttcac aactctgtga agacatcctt catacttcag tgaagacatc
      421 cttcatacct cggtgaagac attcttcata cctcagtgaa gacatctttc atacctcagt
      481 gaagacatct tccacaatgg ctcatagaca aagtatgcgt tgtgagtaat
//
LOCUS       SEQF2634|AYYE01000490.1 1485 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1485
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(62..1390)
                     /locus_tag="SEQF2634_00139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADRHRLSVYYNARVTPNETFDDRSVSTLTGRSEQHGTLRDHLQ
                     SIAAEYTLRGWRAGAEYLYSDSRRDYTGTVAGRPIAYDRLQRIDRLHGYLRGRHALSE
                     RISLRYGADYTRTRNHSEQTGAAPVTSDEDIANAYVGTDITFAGDRANLSASLAGEGY
                     RIRDYRRQSILPNISLSYAPTDDHALTLGWQAFHNYPAYWYRQTYRREVDGYEVNLGN
                     PDLRVARYNIASLNYVYRSRYAFNVYYYHVRDAFFTLLYQSPDRLELINQITNTDVSR
                     IWMLSASVPVTIGSRWFLTFAPTAFHEHYRTEHWHDLSFDVAGWAGGMNVSSQLSLLS
                     RPRLTFTTDGYYYSGGRQGILKSDASWGVNAGLQLALLRDESLLIGLNVNDLFESTTP
                     IARTRYQSQWSDYDYFGGINRSVMLRLTYRFSRYKEKQRRETDRSRIGIL"
ORIGIN      
        1 aggtgtaact gtggaagttt aacgcgagga ttacttaaaa aaaagtcctt tgggggatga
       61 cttatagaat ccctatcctc gagcgatctg tttcacgacg ctgcttctcc ttgtaacggc
      121 tgaagcgata ggtgaggcgg agcatgacag agcgattgat accgccgaag tagtcgtagt
      181 cgctccactg agactgatat cgggtgcggg ctatcggcgt ggtgctctcg aagagatcgt
      241 ttacgttcag gccgatcagc agcgactcat cccgaagcag cgccaattgc agacccgcat
      301 tgacacccca gctcgcatcg gactttagga tgccttgtcg gccgccagaa tagtaatagc
      361 cgtcggtggt gaaggtcagg cgggggcgag agaggaggct gagctggctg ctgacgttca
      421 taccgcccgc ccaacctgcg acgtcgaagg aaagatcgtg ccagtgctcc gtccggtagt
      481 gctcatggaa ggccgtgggg gcgaaggtca ggaaccagcg gctgccgatg gtgaccggga
      541 cggaagccga gagcatccaa atacgtgaca cgtccgtgtt ggtgatttgg ttgatcagct
      601 cgaggcggtc gggcgactgg tagaggagcg tgaagaaggc gtcgcggacg tggtagtagt
      661 agacgttgaa ggcgtagcgc gagcggtaga cgtagttcag gcttgcgatg ttgtatcggg
      721 ccacgcgcag gtcgggattg ccgaggttaa cctcgtagcc gtccacctcg cggcggtacg
      781 tctggcgata ccagtaagcg gggtagttgt ggaaggcctg ccagccgagc gtgagggcgt
      841 ggtcgtccgt cggggcatag ctgagggaga tgttggggag gatcgactgc cgacggtagt
      901 cccggatgcg gtagccttcg ccggcgaggg aggcagagag gttcgcgcgg tcgcccgcaa
      961 aggtgatgtc cgtgcccacg taggcgttgg ctatgtcttc gtcggacgtg acgggcgcgg
     1021 cgccggtctg ttcgctgtgg ttgcgggtgc gggtgtagtc ggcgccatag cgcaggctga
     1081 tccgttcgga gagtgcgtgg cgtccgcgga ggtagccgtg cagtcggtcg atgcgttgga
     1141 ggcgatcgta ggcgatgggg cgaccggcga cggtacccgt gtagtccctc cggctgtcgg
     1201 agtagaggta ttccgccccc gcgcgccatc cgcggagggt gtattcggct gcgatgcttt
     1261 ggaggtggtc acggagggtg ccgtgctgtt cgctgcggcc ggtgagggtg ctgacggagc
     1321 ggtcgtcaaa cgtttcgttg ggcgtcaccc gtgcgttgta gtagacgctg aggcggtggc
     1381 ggtcggccaa ggcgtaatcg aggttcaggt agaggtcatg ggtggcgggg gtgtgcgagc
     1441 ggtagtcggt gtggttgcgg atttcggtcg tgtcgctgcc gacgg
//
LOCUS       SEQF2634|AYYE01000491.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatcgagtcc atgcaagcct gcttgacgct gatatatggt aaatcgagtc catgcaagcg
       61 tgcttgacgc tgatttatgg taaatcggag ccatgcaagc gtgcttgagc tgatttacgg
      121 taaatcagaa gtatcggaat ggacgcagct atggctgtag aaggcaaaca gggtttgccc
      181 catagccagg gatcaggatc aattgagccc cgagtgtgtc ggcgggccgc gaagcgatag
      241 gtggaagagc tcctggctga tgattgccgt gcggatagcc tcgatgatga cggccgagag
      301 acgcgtgaaa
//
LOCUS       SEQF2634|AYYE01000492.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             8..214
                     /locus_tag="SEQF2634_00140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELPILPPRAFINVYVMPPQMMRLSTLPSKFSMISIFDDTFEPP
                     MMAVKGRLMSLSTFSTARTSFSIR"
ORIGIN      
        1 ctcgcagatg gagctgccga tcttgccgcc gagggccttc ataaacgtgt acgtcatgcc
       61 gccgcagatg atgaggttgt ccaccttgcc gagcaagttt tcgatgatct caatcttcga
      121 cgacaccttc gagccgccca tgatggcggt gaagggccga ttgatgtcgt tgagcacctt
      181 ctcgacggcg cgcacctctt tctccatcag gtaaccaaac attttgtgat ctgcatcgaa
      241 gcagtcggcc atgagcgccg tcgaggcgtg agcgcggtga gcggtgccaa aggcgtcgtt
      301 gacgtagacg tcggcgtagg a
//
LOCUS       SEQF2634|AYYE01000493.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggctggcga gctacgcgat gtaccgctcg ccgctgcggg atgaccgtca tccgagcttc
       61 aaggtggaca ccgaaaagaa cctgtggatc gactacgccg agggccgcgg cgggaccatc
      121 atcgacctct gtatgcggct ggaggggtgc agcctaccgg aggccatcct ccatttaggg
      181 aagattgttt ccggtcgcat ggtgaatgac tgtccgcgga caagaatcga ccgtaatctc
      241 atcgagggca cgaacacgag tagaaatctg atcggcatat cgaacgacct tccgccacat
      301 ttgcaagact acctgacaaa agagcggtgt atcgacctag gccgggct
//
LOCUS       SEQF2634|AYYE01000494.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccaagcgata gccgatgggg cggtaaaacc agatgtcgat gcactcctcc gtgtcgagag
       61 atttgagggt cgacgccatg cccggcgccg tggtttgttg ggtcattgtt gaaagtagtt
      121 agagggtagt caggggtagt cagagggtag ttggaagtaa tgaggcacta cgcttcacta
      181 cttctgacta cttgcgccgg aaggcgcata actacccggc cgaaggccga tactacctat
      241 tatacaggag gcgataaacg gtgc
//
LOCUS       SEQF2634|AYYE01000495.1  628 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     tRNA            complement(75..160)
                     /locus_tag="SEQF2634_00141"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(tga)"
     CDS             complement(258..581)
                     /locus_tag="SEQF2634_00142"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSPIEVRCGTYETELSKALTEYGRPDCIVLDVISDRLASLFHLC
                     TDYLSDETLLLIRGIHATPLARRTWQTLFCAHPSATVCVDAYTWGIVFFRPGLPRQVF
                     RHIVV"
ORIGIN      
        1 ttcccccccc ctcttgaatt ttgggtccaa aaaagggtgt aaatcgcaca attcgctgat
       61 ttgcaccctt atttgcggag aaagagggat tcgaaccccc ggaacctctc ggttcaacgg
      121 ttttcaagac cgccgcaatc gaccactctg ccatctctcc ttggtttagt tgctatcgta
      181 ggggacgctt cccctccttg ctaatgcgcc gcaaagataa gacgagacat tttttacgca
      241 agtctggctc tcgaatgtca gacgacgatg tgccggaaga cttgccgcgg taggccgggg
      301 cggaagaaaa caatgcccca cgtgtaggcg tcaacgcaga ccgtggccga ggggtgggcg
      361 cagaagaggg tttgccaagt gcgacgggcg agcggtgtgg cgtggatgcc acggataagt
      421 aacagggtct cgtccgatag gtagtcggtg cagaggtgga agagcgatgc gaggcgatcc
      481 gagatgacgt cgaggacgat gcagtccggg cggccgtatt cggtgagcgc tttggagagt
      541 tccgtctcgt aggtgccgca acgcacttca atgggcgaca tggtgcggtt gtggaggagc
      601 gtgcggacgg tgtcggcagt agtcagac
//
LOCUS       SEQF2634|AYYE01000496.1  423 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgcctacgt cgtcggcttt cccttcgcca acgagcgctc cctcttcggc acactccccg
       61 cgcgacgttc ggggctttac ctcggcgccg acctgcccga tccgccgctt ttcgtggccc
      121 gttacgtcag cgaacgcctc cgcgaccgcg gcatacgcat ccgcaagcgc ccctcctcca
      181 tgcgcatcga ggctgaggcc ggacgtgaga cgtcgcgccc ccgtcgcccg atcatcacca
      241 cccgctcccg ccccctgcgt gagatcgtcc gcgccctctg cgtcgtcagc cacaacctct
      301 acgccgacgc cctcctcaag acactcggcc gacgcctcac cgagagcgaa cagtcgtcct
      361 tcaggcgcgg cgcacaagtg gcccgtggat actggcagga acgcggtctg gacgccgcct
      421 ctc
//
LOCUS       SEQF2634|AYYE01000497.1  411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgtaatagt tgtcgtaatc gaaatggaag ggttcgcgga ggatggagtc gacgctgata
       61 tagaccttct cgtcgccgtt catgtagtag tgtttgtagc ggccgggcgt cttggacgtc
      121 aggtgtgaga attcctccga ctggaggtag ctgagcgtgt tgtacgagaa gcccagcacg
      181 tcacgcagca gccaattctc tgacaggttg tgctcccaga tgttggtcga ggagatgtgc
      241 ttgtcgttga ggtggtcgtt gacgtacgtg aggctcgtct tggccaggtc gatgcccgtg
      301 gggatgtcgc ccttgctgta gaccttgttg ccgttctcgt cgaagatgtc gttctggaag
      361 cgagggatac ccggatcggt gtgcacgcgg ttgtcgtaag ccagggccga g
//
LOCUS       SEQF2634|AYYE01000498.1  602 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..602
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(473..598)
                     /locus_tag="SEQF2634_00143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLVMKTTGVTRMPFGGRLRKRTGASGTIVLLAGSILTSK"
ORIGIN      
        1 aaatccgacc taaaacggac gaggtttacc atgaggtgat cctccaatta caatatgctt
       61 acaaaaataa tgttccgccg atcgaccgcg aagccatcgc cgaactggtc cgccatctga
      121 acgagcacac ggcacacgcc cgcatgactt ataagaagag cttggcccaa cggcgggcca
      181 gacgtagaca aaaatcggcg cccacggatg cggacaatcc tgtataatcc acggctccgc
      241 ttcattttat ttatctttgt tgcgatgaag ggataaacga cctccaccat cgatcgatga
      301 acgcaaaata cctccttttc ctgctctgca cactggccgt catcgcctgc cagcccagcg
      361 gcggggacga cacgcccgcc gtggccttct attactggcg gacgacgttc gacctgacgc
      421 ctacggagcg gcgcgtgctg gaggattgcg atgtgaaaca cctgtatatc cgctatttcg
      481 acgtcaaaat agatcccgcc agcagcacga tcgtgcccga ggccccggtt cgttttcgca
      541 gcctgccgcc gaagggcatc cgcgtcacgc ccgtggtctt catcaccaac cgcgtcatgc
      601 tc
//
LOCUS       SEQF2634|AYYE01000499.1  374 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtctccctcg gcggggacgg ggatgttgcg gtggctgagg atgtttccat gatcatcgca
       61 gaggatgacc ggtatggagg tgttcccctc aatgatgcgg aggatgacca tgaggttctg
      121 gtcggtgtct tctgtggtta ggacgcggta ggcctcggtc catatctcca tgcgcgagcg
      181 tacttcctgc gcgagcttct tgatgaggga gtccgatacg gccactgagg ccagcgcaat
      241 gaggatcgct acgatgatga agacgtattt cagttgctgt cgcgattcat agaggatgtt
      301 catgacttgg tcgttctaaa aacacctcaa tccaacgggg gaagagggtg aatattgctg
      361 cgacagggag ggat
//
LOCUS       SEQF2634|AYYE01000500.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagagatctc gattgaccgt ctttgctgta aattgcttct tcttgaggta gaagcgaaac
       61 tcctcgaaca tctcttctgt aacagcgtcg atggacacgt ccttttgccc tttgctttct
      121 atccactcgc gaagcatctt gtccgaatag gtatgatttc gataggtgcc ttcagacctt
      181 gacctaccga cacatgcctt aacggattgc agttctgctt cgctcatagc caaaagagtg
      241 gtcggtgcag cggcaacgcc ctgcaagcga ttcttgagga gttctgcact gacc
//
LOCUS       SEQF2634|AYYE01000501.1  223 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagcgctatc atgcttggaa tcattattag ctggttggga tcgatagacc cgcgcttcgc
       61 accgggtatt gtaagagcgc tctttgaaat ggtagtgaaa aaagaagaag tatcccgccc
      121 gaaggctgag gcataaagac gaatccacac aaacacgaac acaacaatga aaagaataac
      181 gattgaagag ctgctcgatc agggcgttgt aatacgtccg ata
//
LOCUS       SEQF2634|AYYE01000502.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaactgcatc gtgccagcct attaaagtcg ccgcccgagg tgattgccat cttccaccgc
       61 cgtgaagacg atttccgtgg cgccgatccc actcaggagt gggtgattgc cctcgacggc
      121 gtgcaagatc ccggtaacct cggcaccgtg atccgcaccg ccgactggtt aggctatacg
      181 cacctcgttt gcagccctga cacggccgac gcattcggtc ccaaggccat ccaatccgca
      241 atgggctcca cggcgcgcat ccacatccac tacac
//
LOCUS       SEQF2634|AYYE01000503.1  673 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..673
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(19..579)
                     /locus_tag="SEQF2634_00144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHGRIMIKLGEYDRAIRSLEFAQTCDEDDIEAKLLRTFLLYFTH
                     NYEKAVEAYFELIADERFVNEQLRSFTEKYDLSYDDLEKASQEFYRLFGSLQDLAKTL
                     VGASSAAEATDAFDLDLKKRIEYIVGKLILEARAIRKGGREWDAELLEDLRFLRFGDL
                     ERSDPGNSHEGNHLFDDILNHKFYQN"
ORIGIN      
        1 agacagtccc atgtgtggtc agttctgata gaatttatga ttcaaaatgt cgtcgaagag
       61 gtggttgccc tcgtggctgt tgcccggatc ggagcgctcc agatcgccga agcggaggaa
      121 gcgcagatcc tccagcagct ctgcgtccca ctctcgcccg cccttacgaa tggcacgggc
      181 ctcgaggatg agtttgccga cgatgtactc gatccgcttt ttgagatcca agtcgaacgc
      241 atccgtggcc tctgcggcgc tcgatgcgcc gacgagcgtc ttggccaggt cttgcagcga
      301 accgaaaagg cgataaaact cctgactggc cttctccaag tcgtcgtagc tgagatcgta
      361 tttctcggtg aagctgcgca gttgctcgtt gacgaaccgc tcgtcggcga tgagttcgaa
      421 gtaggcctcg acagccttct cgtagttgtg agtgaagtag agcaggaagg tgcggagcag
      481 cttggcctcg atgtcgtcct cgtcgcaagt ctgagcgaac tccagcgagc ggatggcacg
      541 gtcgtattcg ccgagcttga tcataatgcg gccgtgcatg aaccagtaat cgccggagta
      601 ggggtcaagg tcgatcagct cctcgcactg ttcggcggcc tcgtgccaac gcttctggcg
      661 ctcggtgtga tag
//
LOCUS       SEQF2634|AYYE01000504.1  507 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             112..423
                     /locus_tag="SEQF2634_00145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTGYNLRLHACTGPNFAALRSHPDLCDAYQASFTYPTPVSAPK
                     SASFPYPTPMLVPESASFTDPTRLHAPKRGVFGKAVYQSLLIYGVYRIRTIKSDQIYV
                     V"
ORIGIN      
        1 ctacaacacc tataggcact aattcatgca taacgctatc ctttcaatta aacgctgatt
       61 aaatacggtt tgaaatctct ctcgtttctg tttgccctat ggacgcaagg gatggacaca
      121 ggttacaatc ttcgcctcca cgcctgcacc ggaccaaact tcgctgccct ccgcagccac
      181 cccgacctgt gtgacgccta tcaggcctcg tttacctatc cgacgccagt gtcagccccg
      241 aaaagtgcct cgtttcccta cccgacaccg atgttagttc cagaaagtgc ctcgtttacc
      301 gatccgacac gcctgcacgc cccaaaaaga ggcgtttttg gaaaagccgt ctatcagtcc
      361 ctgcttatat acggagtata tcggatccgc accatcaaat cggaccaaat atacgtcgta
      421 tagatttatc cactgtataa atcggatccc atattcatcg tatattagaa tcaagtgaac
      481 aaatcggctc agatatacgc cgtatag
//
LOCUS       SEQF2634|AYYE01000505.1  306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tatttggcgg tattccagaa ggaatagcac tttttttcac cctcctccta ccgttgttct
       61 tagctttatt ccctttgaca gccgcttgtg aataacccaa ggttccccag ccaaatccgc
      121 tccaaaaatg ggaacgggca aaatcgcata atatccacgt aatggggaag gctacgagtg
      181 tttcataggc gatgggccaa tggatgagtc gcgccaaaaa gctggctgtc aaagggaata
      241 aagctaagaa caacggtagg aggagggtga aaaaaagtgc tattccttct ggaataccgc
      301 caaata
//
LOCUS       SEQF2634|AYYE01000506.1  779 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcatatactc gtagcactgg ttgacggcgt cgatctgata atcgaacgcg ctgtacgtca
       61 tgggcagata gtccttgatc tggccgctga gcttcgtgtc gaggaaggtg gcaaactggg
      121 tttgcagcag cttgatgtat agttcgtagg gcgtaaaggg tgcggtggct gccacctctt
      181 cctccttctg ccgctgcttc cgctcccggt tcacctcctg gccgatgggg gagggcttca
      241 cgacttgctc gaggaacgtc ggagtccaat cttccgcctg ctcccacatt tcattgaacc
      301 aatagatatg cccctttacc cttatctctt catagttagc gccgacagta ctgctgaccg
      361 tctcgagata attcaattct gcattgccca agagcccttt ataggtgaag ttggagctac
      421 ccataatggc catagcgttg tagtatttcc agcttccgtc cttcatagaa gtctttgaaa
      481 agatgtagca cttggcatgc aggaaggtct tcgtgtactt cctcacctgc atcttcttgc
      541 cgcaatgcgt cagcagcaag tcgaccacgc ccttgtattc ctctttgagc tccagctctt
      601 cgagatcctt cttgatataa tcgtctggga agttccttct ataggttggc tcctttactt
      661 ggccggcgta gacataaggc tcttggccga tcaggatttg cagctgcgtg ccgtcgcgct
      721 ccaagaaggt cgccagctta tcaacgacga gtgccatacc cggcacatcc cagtatccc
//
LOCUS       SEQF2634|AYYE01000507.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaacgtatga ttagaaatct atgtacatgt ggggcgtatg caatacgccc ctaccctgac
       61 ggtagaaaag aactatacct aagatcaatt tgggattatg cgaaacagta taaccttctt
      121 tttgatctgg aaaatattca tgcaaaaccg attatccatc tatttggatc gaacaatagt
      181 tatacgaaat ggcacaacta tttttttgat ctgaaaaatg gttatgcgaa atggcaggaa
      241 aggatttcgg gaaaatgttt tagagaggtg
//
LOCUS       SEQF2634|AYYE01000508.1  431 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctaatcatca taggctataa aagttcttcc acaagcgaat agctactttc ataggctatg
       61 aaaatcattc tgtaaatgaa aagtgattcc cttaggctat aatcgaccta atccaatacc
      121 gcacatagtt tcataggcta taaaagttct tctgcaagcg aatagctact ttcataggct
      181 atgaaaatca ttttgtaaat aaaaagtgat tcccttaggc tataatcggc ctaatcccat
      241 atcgtacgtg gtttcataga ctatgaaaaa tctttagcga gcaatatatg atttttatag
      301 gctatgagag ttcttctaca agtaggatac gattttcata gactgtgatg gatattcctc
      361 aagagaaaaa tgatcctcat aggctatgaa aattgttcca aaagtaaaaa acgattttca
      421 tagcatataa a
//
LOCUS       SEQF2634|AYYE01000509.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgataaacc gccccctcca cttcgcatgg cttagcgttc ttctaagaca agccatagcc
       61 aagcggaaat accgccgcaa atcattttcg ttcgatgata ggcacaaaaa aagagaccgc
      121 cgtaagccca agattttacg acgatctcat tcatgcatga attgccgacc ccataatggg
      181 gcccctaatt agaagcccga aaaaagcgga gaaagaggct tatgaacctt ctccgtaacg
      241 tcctatgcca taactgtata cacagcctta tt
//
LOCUS       SEQF2634|AYYE01000510.1  529 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tcagattgca cgcaatccga tgcgatacaa aattgatcca cgttagattg catgcaatcc
       61 aatgccatgc aaaattgatt cagtacagat cgcacgcaat ctgatgcaat acaaatttga
      121 ttcacgtcag attgtacaca atccaatgcg aaacaaaatt gattcaggtc agattgcatg
      181 caatctaatg tgatataaaa ttgattcagg tcacattgca tgcaattcga tgtgatacaa
      241 aattgattca ggtcagattg cacgcaatcc gatgcgaaac aaaattgatt cacgtcagat
      301 tgcacgcgat tcggagagaa tcaaatctgc atttatacgt atggaatacc attcaaacga
      361 atacaaaatg gagtgacata aaaatctatg tcatacggga tcaagcgaat aagttcgtgg
      421 atggatgacg tgcgatctgg ggtgtatcag attcgattga tttcgaaggt tgtcgtatag
      481 ggggccaaaa cggtggggcc ggatgcctcg ctctggatca tcctcgaaa
//
LOCUS       SEQF2634|AYYE01000511.1 1023 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgggtaagtg gtcaccttct tctcatagag ggattggatc aggcgcagtg tctcctcggc
       61 cgagagcgag aaacggcggt tgcattccac ctgcagcgag gtcaggtcga agagcttcgg
      121 gggcgcctca cggcccttct ttttcgtgac atcggtcacg gtgaacggct gcccctcgat
      181 ggcacgcagc agggcctcgc cctcctcctt ctttgcgaac cgtccgtggg aggccgtgaa
      241 ggtgacgtct cgatagaccg tctttagctc ccaatacggc tccggtcgga atgcctcgat
      301 ctcgcgctgc cgacggacga tcagggccag cgtgggcgtc tgcacccgtc cgatggagag
      361 cacgcgtccg gggccaccga agcgcaggct gtagagtcgt gtggcattca tacccaggag
      421 ccaatcgccg atagcgcgcg ccagacctgc ctcgtagagt cgctggtaag ccgaggcgtc
      481 cctcagtcgg tggaagccct cgcggatggc ctcctccgtc agcgacgaga tccatagccg
      541 tttcacggga cactggcaac gcgccttctg catcacccag cgctgaatca gctccccttc
      601 ttgccccgcg tcgccgcagt tgatcacctc ttcagccttc gcgatgagtg cctccagcac
      661 gcgaaactgc cgcatgcaat gctcctcctc gatcagcttg atgccgaatc gtggcgggat
      721 catcggcagg cagcgcatat cccagcgttt ccacgccggc gtgtagtcgc ccggatcctt
      781 cagcgtgcag aggtggccgt aggtccatga gaccacgtag ccgttgccct cataataccc
      841 atctcgccgc gtgtttgccc ccagcacacg cgcaatctcc agtgccacgc tcggcttctc
      901 cgcaatgcaa agtctcattc tctgtgttat gatacgtgtt aggcgcgcaa aggtgcatcg
      961 atcagtcggc ctcaccgaga gcctcttccg aggctgggaa gtttgcctgg tacccggaca
     1021 act
//
LOCUS       SEQF2634|AYYE01000512.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccctcagcgg catcggcgac tacacggccg ccgccatcgt gtccttcgcc accggcgccc
       61 cgtatgccgt cgtcgacggg aatgtgttgc gcgtcatcgg ccgactcttc gccatcgata
      121 cgcccaccga cacctccgcc ggccgacacc tctacaacga tctggcccgc agtctcctcc
      181 cgcccgatca ggccggcaca cacaaccaag ccatcatgga gttcggcgcc ctgcagtgcg
      241 tcccccgcaa ccc
//
LOCUS       SEQF2634|AYYE01000513.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtcaaggcg agttccacct ccgcaccctc aagtggcgca tcgagaacaa cgacaagctg
       61 gccatcgagt tcctcgagcc taaaatcccc taccgcgaga cgatcaccaa gtccgcccgg
      121 gctgactatc gccacaagaa acagtctggc ggcgccggac agtttggcga ggtacacctc
      181 atcatcgagc cctactacga gggcatgcca gcccccggca cctaccgctt cggcggccaa
      241 gagtatcgca tgaacgtccg cgacacgcag gtttacgacc tcgagtgggg c
//
LOCUS       SEQF2634|AYYE01000514.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(1..333)
                     /gene="lgt"
                     /locus_tag="SEQF2634_00146"
                     /EC_number="2.4.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01147"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolipoprotein diacylglyceryl transferase"
                     /translation="MLWTFDKLVVPTGLVAALIRIGNLMNHEIYGHPTDLPWGFRFVK
                     NLYAWRHGAAPIFTPPSHPTQLYEAICYLLTFVLCMWLYFKRDAWKREGLIFGIFMIC
                     IFSARHTQ"
ORIGIN      
        1 ctattgcgta tggcgcgcgc tgaagatgca gatcatgaag atgccgaaga tgagcccctc
       61 gcgcttccag gcgtcccgct tgaagtagag ccacatgcag aggacgaagg taaggaggta
      121 gcagatggcc tcgtagagct gcgtcgggtg tgagggcggg gtgaagatgg gcgcggcgcc
      181 gtgacgccag gcgtagaggt tcttgacgaa gcggaaaccc cacggcaggt cggtcgggtg
      241 gccatagatc tcgtggttca tcaggttgcc gatgcggatc agcgccgcca ccagcccggt
      301 ggggacgacg agcttgtcga acgtccagag catgctccgg tgcgacacgt aacgcgagaa
      361 gaaatagagg atagagggta gaggatagag ggtagaggat agaggg
//
LOCUS       SEQF2634|AYYE01000515.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccacaagt gacctttcgt gttgctggca ggaacgtaat acttgaagat gttcttatcg
       61 taggagacat ctggtgccgt agggttagga caaccagctg aaggcgcttt ctgtgtaata
      121 ttccaaccgg ggttttgctg gttagctacg tagaacttat ggttatagtt aacggctgca
      181 ccgttgttat agcccaaata gatatcgccc ttgtgcgaga tgatgtccat cttattggct
      241 gttgcacctg agttttccca atagtctacc atcgctgtcc agatatgatt ctcagccttg
      301 atctccgtca cac
//
LOCUS       SEQF2634|AYYE01000516.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgttacatc cgatcgcgga ggagatcctt agcagatgcc gagaggaaca aacggtgaaa
       61 gagaaaggcg acgaccttgt ctttccacgc agttgcagtc gtagtgcgat gaataacaaa
      121 ctgagcactg tgaggctggc atgtggcatc agacaacgcc tgtctttcca cgtggctcgt
      181 catacattcg ggacgttgtc actcagtgca ggcatcccga tagagagcat cgccaagatg
      241 atgggacacg cgtccatatc cagcacgcag atctatgcgc aggtgacgga caaaaagatc
      301 tcggaagaca tggac
//
LOCUS       SEQF2634|AYYE01000517.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctcggaaga gaccgtccgg cagctcacgg ccaaggcctc gatcttcaac gccctcggcg
       61 acgggctgcg ccgacagacg gagcgccgcg cggccagtgg ctccaaactt cggaaaggtg
      121 cctactggca gacgatgctc cagtggcaca cggaggaatg ccggcggtcg gccgaaacgt
      181 atggcgtggc cgtccccgag tacaccaacg cacgcagcct cgagcgcgcc ttccgcgcct
      241 acatggccga gggg
//
LOCUS       SEQF2634|AYYE01000518.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             87..257
                     /locus_tag="SEQF2634_00147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVNRDKNLTPIIRILILKTFYYLVPVNIRLIDCITKTPQIVYF
                     RSSLNLNKSSAY"
ORIGIN      
        1 gacagcctta tgatggatct tgatcgtgaa gtagctcatt ttccgtattt tatataattt
       61 ccaacatcac acctaaataa gaggtcgtga cggtcaatcg cgataagaat ttgacgccaa
      121 ttattaggat actcattttg aagacgtttt attatctggt gccagttaac attcgactga
      181 ttgattgcat tacgaagacg ccccagattg tttatttccg gagtagcctg aaccttaaca
      241 aaagcagtgc ctactaatcc gggtaaggga atgggcataa tgc
//
LOCUS       SEQF2634|AYYE01000519.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatcagccaa cgcacccgcg aagcgctggc acgtaaaaag gccgaagggg tcgtgctcgg
       61 gaggccgaaa gggcgcaaga ctgccccaga aaagcacaag ctctatccta agcgtgagct
      121 gatccggggc ttactcgcgg agaaggtctc caaacggcag atcgctaaaa tctgcaagtg
      181 cgaccgaaac acattggcgc gatacatcaa ggaggtaatt gagaaggaag catgctaatc
      241 acttacgagg attatgatcc gcgtattcgt ttgccatcaa tagag
//
LOCUS       SEQF2634|AYYE01000520.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctatacc taaacatctc caattctcat cttcccaaca aataaaagaa gtccgtccct
       61 gccaagccac cccatctccg accgacgacg gacaaaaaac acgccccctt ttcgtgcgtc
      121 agggtaggag cgcatcgcat acgcccccat agttccatca gaaaacagcg agcgaacata
      181 tcgatcagcc cgttcctcgt tatatgaaaa tatctacaca taaacatcta caattttcat
      241 cttcccaaca tctcaaagaa gccagtcccc gccaagacag ctcttctccg accgacggcg
      301 gacaaagaaa atgccccctg cgggggcttg actttctttt gtctcctt
//
LOCUS       SEQF2634|AYYE01000521.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaaggtcgtc gctaccgcct ccttgccgaa cagcagctcc gacaggagat ggggtgaggg
       61 ctatctttct agaaaaacat ctccgacagc cgtcctgtca agcaaagaat ccccgcaaag
      121 ccctgtaaac atcatccggc aggccttctt ttttttcggg aagggctgcc ccgcaccacc
      181 gtctatgtct tcttttttcg ggtaggactg ccccgcacca ccgtccatgc cgtttttttc
      241 ggagaagacc gcccgcgcag ctctttcaga gatatattac aaaatgcaca actattcaag
      301 gccttatct
//
LOCUS       SEQF2634|AYYE01000522.1  461 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggtgcgatg gtatagagta ggccacccgt cttgtagacg tcacggggtt tcagaccctt
       61 ctcgtctggt gatgagggtt gaggctgctc ggccttcttt ttgccgaata gacgttcgaa
      121 gaaggtgcct tctttcttcc ccggctcggt aaggggtcgg gtagagggct tctgactggg
      181 cgtggtaggc gttgttcgag gctgttcgtt tctcgttttc tcctggacct cacgcgctat
      241 ccttttgcca gtgtcaaaga gatagagttc atagtcttcg atcattttga tcagcttgtt
      301 ggcataggcg cgatcggtgg cgtagccaca ttcttgcaag cctttggccc atccgcgata
      361 gtctgtcttg cggagaagga agagtttgct gtagcgcttt ttgtcgacta agaaacggga
      421 gtgatcttca taggattcgg ccacgtacat tatcactata t
//
LOCUS       SEQF2634|AYYE01000523.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(74..259)
                     /locus_tag="SEQF2634_00148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEVTSKSDFLRDLLEKQVGRIKMSILKDALGEDYEYVKALRTA
                     HPTYGVQARMLYTPNNL"
ORIGIN      
        1 acccgtaaca cagcgctaag ggccatgcta cggggtattg cttgtttgtt ttgtttgatt
       61 tcatcgggtt gtgtcagaga ttattgggcg tgtaaagcat gcgcgcttgc acgccgtagg
      121 tcggatgggc cgtgcggagg gccttgacat attcgtagtc ctcgccgagg gcatccttca
      181 ggatagacat cttgatgcgc cccacctgtt tttcgagcag atcgcgcagg aagtcgctct
      241 tggaggtcac ctcgatcacg ttatagttga tgatc
//
LOCUS       SEQF2634|AYYE01000524.1 1300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             52..213
                     /locus_tag="SEQF2634_00149"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGLVEVIRTNVQENTSAEVLGQKWTKFLTDGAPAIAIEPDDRT
                     LLLAVNTKI"
     CDS             complement(223..417)
                     /locus_tag="SEQF2634_00150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFQHITKLGFYTLELGLLLLIGIVIYLGTIATPKGGGMYMINTS
                     LSTTAKWLLRRCYLLSFFCK"
ORIGIN      
        1 gatgagacta caggtaagta tagagacctc aatagaccta cacgcaaggt tatgaacgga
       61 cttgttgagg tcattcgtac taatgtccag gaaaacacgt cagcagaagt gcttgggcag
      121 aagtggacca aattcctaac ggatggtgct cctgctattg cgatagagcc cgatgatcgc
      181 accctgctgc ttgccgtaaa tactaagatc taaaacatga agctatttac agaagaagga
      241 gagcaagtaa caacgtctca gcaaccattt agcagtggtg gagagggagg tgtttatcat
      301 gtacatacct ccccctttgg gcgtggctat tgtgccaaga tatatcacaa ttccaatcag
      361 aagcaacaag ccaagctcaa gggtatagaa gccaagcttc gttatatgct ggaacatcag
      421 cccagcgaac tgatgggtaa tatgtgggcg ctctcttggc ctgtttcctt actttatacc
      481 gctaagcagg aatttagagg cttcgtgatg cccctagctt ttgatggtag tgtgaagcta
      541 accgaactaa taagcagtat agatacccca tcacccctaa agaaaagctt ttgggatcat
      601 tggtcacaag atgattggga tcgttttagc ttgcgctcaa aagagggtct actcaatcgc
      661 ttaaagctta tagtgaatat ctgtatgccg attaacaagg tgcatcaagt tggctcgtat
      721 gtcttcgtgg atatgaagcc tagtaatatc ttggtcaatg gtaaggggca gattacactc
      781 tgtgatatgg atagtttgca gattagtgat aagggaaaac tgatattccc ctcacccgtc
      841 aatacacccg actatacacc tcccgataca atacgtaaga tcaagataca gatgtatgat
      901 gggcaacagc aggatgttcc agtctttgat gaatcttggg atagatatag tcttggggtc
      961 atcatctatc agatgctctt tatgatgcat ccttttgctt gtacggctat ggatgatagt
     1021 ctgacgacga caacagaaaa ggttgctaag ggactgtatg tgcatggtac actcaaagga
     1081 cagatcaaga aagcgcatcc ctaccatgat aatctgaagc gatgtcctaa aatcgtccag
     1141 gacctattct tcaagacctt tgatccatct aagggcttga agcatcctat ccagcgtact
     1201 tcggctaatg attggggctt aaatctgtat gcagagatac agaagctctc tcttaattca
     1261 cagcctattg acggtggttc aaagcctatc ccacctaaac
//
LOCUS       SEQF2634|AYYE01000525.1  473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcttataaa ggtaggcagc catgttgacc tggactttga ccaccagttc gttccagccc
       61 acaagttcga tgctaagtat tcttataagc aggaccttgg ctattttcct ggttgggcct
      121 ccattggggg aatcatagtc ggaggtgaga accgtgacgg aaacaccaat gtgaaattcc
      181 atcaggagga cacgctccgt cgcattatgg atcgtgtaac ctcagaactt ggtgtggtaa
      241 tagagcgttt ccgtgctgac tgcgggtcgt tctcaaagga aatcatccaa accgtagagc
      301 agcgctgcaa cacgttctac attcgtgctg ccaactgcgg cagtcgctac gagaatttcc
      361 aacagttgaa ggaatggaaa gacgttgagg ttggctatga gaaatgcgat gtcacatcca
      421 tcagcataga cagcttgata gaaggaaagt catacaggct cgtcgtacag cgg
//
LOCUS       SEQF2634|AYYE01000526.1  340 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aagtcgcaga gggcgacgat gtcgcgtttg ccggcctcac ggagcaacca gccattggct
       61 ttgtgcatga ggtcgtgcgg gtgggtgagg ttgcggaggg ccagctcgaa ggtcagatcc
      121 gtgtgcccct gccgcagcca gtacatggtg gcgacgatgg caatgcgttt gtcccacatc
      181 cgctcggagt cagaaaggct gcggaggagg tcggcgttgt tcgtgtcgaa cgtctcgcgg
      241 ccggggatct tatacgccgt caagtccacc aaatcccagt tgtcgatgtg cgcgcgatga
      301 cggaggtaga agtcggccgt ggccgcgcgt accacccgcg
//
LOCUS       SEQF2634|AYYE01000527.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggttgtagcg gatcatgtcg tcgacaaaca tgaagtagtg catgccctca tgctcgggca
       61 gggcgataaa gcgcggcaca ttcgagtgcg gtattttgat cagcacatag agcggttcgc
      121 gcgtctcgcg cttgaggata cgggcgatga ggtagagccg gcggtcgcgg atgaaggtgc
      181 ggaaaccttc atggagcgtg acaggagaga ggtaggggaa gatctcttcg tcgaaatagc
      241 ggcgaacaaa atcgcggtgg aagggcagcg gctcgtgcgt ctgatagagg taaacgcgct
      301 ggcgacgcag ctcgggcagg atgccgtcgt tgaagatgct gtagaagtcc tgctgctgac
      361 ggttcacctc ggtggt
//
LOCUS       SEQF2634|AYYE01000528.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtcttggtg attggcatgg tacagcagac atggacggcg ggacactctt cactcagttc
       61 tctcacttca tagatatcct ctactggctt tttggtgata tcacagatat acaggcgcgt
      121 tttgctgatt ttaaccacga gcgccttacc gattttgagg attctggtat cgtcagtttt
      181 cgatttacga acggcggtct cggttctctt aattattcaa cgtcggtatg ggataagaac
      241 caagagagta gcctgacaat cattgctgaa a
//
LOCUS       SEQF2634|AYYE01000529.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctttggcta tcgtgacggg tggctcactg accaactcgc gtccgatgcg ttcgctcatc
       61 tccgaacagg gatcgagtgc ctcaccccaa gcccggagca ccgcgttatc cgacgccatc
      121 gagcgcgtgc gtatccgtcc gatggcttcc agggcacgct tgagctgcac cacctcgcgc
      181 ggcgataccc gccccacggc caccttggaa atgatccgct ccacgtcgcc cacttcggcc
      241 agctgcccga tcagtgcctc acgcag
//
LOCUS       SEQF2634|AYYE01000530.1  750 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(16..618)
                     /locus_tag="SEQF2634_00151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRLRHLGHAVRPVLHLDGKPLAAARAVRFGGHIPHPVCPLGRM
                     ETLEKQARTRGAGMGGRHPLCAHRRVFHQSVRVSELPNPHGLARENAPRGRLSFRQQT
                     ELWAACTQHAPLLPAGAKHDAILQLQVLPRLAALGLQAGQRPGACAAQRHRGLQPPHG
                     RHRGPAPAEPGLLLAHARERVRRRQHPPRHLRQDRLPACR"
ORIGIN      
        1 acgtaattct cacgcttatc gacaggccgg tagacgatct tgccgaagat gtcgcggcgg
       61 gtgttgacga cgtcgtaccc gttctcttgc gtgagccagt aatagtccgg gttctgctgg
      121 agcagggcca cggtgtcgcc cgtggggagg ttgaagacca cgatgtcgtt gcgctgcaca
      181 tgccccaggc ctttgacccg cttgtagccc caatgcggcc agtcgaggta ggacttgcag
      241 ttgaagaatg gcatcgtgtt ttgcaccagc gggaaggaga ggggcgtgtt gggtacacgc
      301 ggcccatagc tcagtttgct gacgaaaaga tagtcgccca cgaggagcgt tttctcgagc
      361 gaggccgtgg ggatttggta gttctgaaac acgaacagat tgatgaaata cacggcgatg
      421 agcgcaaaga ggatgtcgtc cacccattcc agcgcctcgc gtacgtgctt gtttttcgag
      481 cgtttccatg cgccccaggg gacaaaccgg gtgaggaata tgtccgccaa aacgaacagc
      541 ccgagcagca gccagaggtt ttccatccaa atgcaaaaca ggacgtacag cgtggcccag
      601 atgccgaagc cgatccattg tcttcttgaa atcttcttca ttgtgctatt gtgtgtgtag
      661 ggtgggtggc cgccttaggc gttcacccgg agtaaatcat tcataccaaa gacgcccctt
      721 cgcccgacga tgaactcggc cgccaggagg
//
LOCUS       SEQF2634|AYYE01000531.1  839 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..839
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(116..721)
                     /locus_tag="SEQF2634_00152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSLLPPGSTPLERRLAQTCSGISDLQVPLRDLWNPATCPVSFL
                     PYLAWAFSVDRWDEDWTESVKRQVVKDAFYIHQHKGTTSAVRRVVEPFGFLIRIIEWW
                     QTGETPGTFRLDIGVQDQGITEDTYLELERLISDAKPCSRHMIGMSINLQTSGPHWVG
                     AASYLGEEITIYPYINETIISGGTAHEGGAVHVIDTMRVNP"
ORIGIN      
        1 acggcgccgc catcatcgac cgccatatgg gtaattttta aaggcacacc gagcgcggcg
       61 gcgctggcaa gtttcgccgc gccaatatcc gtcagcaggg tataaaattt tgtgctcatg
      121 gattcactct cattgtgtca ataacatgga ccgccccgcc ttcatgcgcg gtgccaccgg
      181 aaataattgt ttcgttgata tacggataga tcgtgatttc ttcgccaaga tagctggcgg
      241 ctcccaccca atgcgggccg ctggtctgca ggttgatgga catgccgatc atgtgacggc
      301 tgcatggttt ggcatcgctt atcagtcgct caagttccag ataggtatct tcagtgatgc
      361 cctggtcctg cacgccgata tccagacgaa acgtgcccgg tgtctctccg gtctgccacc
      421 actcaataat gcggatcaga aagccgaacg gctccaccac ccgccgcacg gcactggtgg
      481 tccctttatg ctgatgaata taaaaagcat ccttcaccac ctggcgcttg acactttctg
      541 tccagtcctc gtcccagcga tccacagaga acgcccaggc gagataaggc aggaaactga
      601 ccggacaggt tgccggattc cacaagtcac gaagcggcac ctgcagatca gaaatcccgc
      661 tgcaggtttg cgccagtcgg cgctccagtg gtgttgaacc cggtggcagc agactattca
      721 tccgttcctc cgttggttac gctccactgc gtacatgatg ccgcctgtgt tttgttcagg
      781 accacatccg ccagaggaga agccagctcc acacgctgca caccctcaac atgcaaggc
//
LOCUS       SEQF2634|AYYE01000532.1  625 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..625
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..219
                     /locus_tag="SEQF2634_00153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLRHTTERVRILHMLLGLGDDLAALEQTTESLARLDLALMRAD
                     AVQAVHEGLDAAVEGLERKGGDEVGLL"
ORIGIN      
        1 cccatgcacc tgcggcacac aacggaacga gtacggatcc tgcacatgct tcttgggctg
       61 ggcgatgatc tcgctgccct cgagcagacg acggaaagcc tcgcccgtct cgatctggcc
      121 cttatgcggg cggatgcggt gcaggcagtc catgaagggc tcgatgcggc cgtcgaaggc
      181 ctcgagcgaa agggcggcga tgaggtcggc cttctttgag aggcggaagg cgcgcaggag
      241 ggcgaagacg ccgttggcgc tcatgaattg tgtgccgttg agcagggcca agccctcttt
      301 gctcatcagc cggacaggcg accagccaaa ctcgtcgagc acgctgatgg cctcgcactt
      361 cttgccttta taatagacgt cgccgacgcc gatgagcggc aggaagaggt tggccagcgg
      421 ggcgaggtcg cccgaggcac ccagcgagcc gcggtcgtag acgataggca tgacgtcgtt
      481 gttgaagaag tcgaggattc gctgcacggt gatcacctgc acgccgctgt gacccaacga
      541 cagggcgtgg gccttgagca gcatcatcag cttgactacg acgggctgaa tctcctcgcc
      601 tacactgcaa gcgtgactct tgatc
//
LOCUS       SEQF2634|AYYE01000533.1  449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgtggggca agtcggcgta ttctcgaaaa tgttcacgtt ccagttaccc ttgttggctt
       61 gggtcttcat gaagaggcca tagcccgtga ctgtctcacc gtgcagggtg cctgtacccg
      121 gtacgctacc cataccgtca ccgctaccac cgtaatacgc aaaccgctta tagacgtcga
      181 tgtagtccga agccacagct gcaaaaccac ccttggtgat agccgttccg ttggcatcct
      241 tatcaaactt catcaagaag tcacgtgcct tgttttcgct tgagattgca tcgcaatgga
      301 ggtcatcacc acaagtagtg ccgttgtagc cccaaccgat cttggcctgt ccgccgtcac
      361 gacaaggcgt ataatccttg ctcaggaacg gatcatgacg cgtaccaatg ttttgcagac
      421 caccatagtt cagcttgatg ttattgtct
//
LOCUS       SEQF2634|AYYE01000534.1  585 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..585
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 acaggctcta cgtcgaggct tggcgctcgg gttgcgaggg ctgcaccgtc tatcgcgacg
       61 gatcgcgcgc cggcgtgctt atctccgccg aggacaagaa gaagaaagga gagaccaaga
      121 tggctccccc gcagatcgtc tccacccgcc cgcaggaact ggacgctgac gtggtgaagt
      181 tccagaacaa ccgcgagaaa tggatcgcct tcgtgggcct gctcaacggt cgcccctacg
      241 agatcttcac cggtctggcc gacgacgaag agggcatcat gttgcccaag acggtcgaga
      301 aaggctccat catcaagagt tacgactccg atggtcgcaa gcattacgac ttccagttca
      361 agaacaagcg cggcttcaag atgacgctcg agggcctcga cagtaagttc gagccagagt
      421 attggaacta cgccaagctg atttccggtg tcctgcgcta cggcatgccc atcacgcagg
      481 ttatcaagct ggtgcaggag atggagctga acaatgaatc gatcaacacg tggaagaacg
      541 gtgtggcgcg tgcgctgaag aagtacctcc cgaacggtac ggagg
//
LOCUS       SEQF2634|AYYE01000535.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtctcgggct actggtttcg gccggcctac actgtgggca cgccgacgtt ggacaccgtg
       61 atggaggcct tccgcaacgt cttttgcgag ctcacggagc tgggtctgcc catgccggcc
      121 gagttagaag tggagcatca cctgatgcaa aacatcgact ggctgcccga ggccttccaa
      181 ttcgtccgat tctgttcgtc gcccaccgag aaacgggccg agcagaacat ccggtcgctc
      241 aaatggggca catcgaagaa gcac
//
LOCUS       SEQF2634|AYYE01000536.1  865 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..865
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             62..745
                     /locus_tag="SEQF2634_00154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRELLGGTLFPDTMKQYDDYSIREALHNAITHQDYTLQEYINFV
                     ENPGNVYYENGGSFIPSTLQKALAIRGPQRHFRDECLCKAMVHFNMIDTVSRGIKNIS
                     NEQWRRYFPMLDYEIDAANKVVGVRLYGNAINEKYTKILKENKTLTLQECIALDAVQK
                     GHQINKDTAKELLDKGLIKREYPNYQISLGVAKMTHQLPEYTRVSRLERSKLKQMGGF
                     GLETGYMGY"
ORIGIN      
        1 tttcacagct ccattcatat tgacagtaga cgagattctt agtaagatcc gtaatctgac
       61 tatgcgtgaa ttgctaggtg gaacgttgtt tcctgacaca atgaaacagt acgacgacta
      121 tagcattcgt gaagcattac ataacgccat tacccatcag gattatacat tgcaggagta
      181 tatcaacttc gttgagaatc ctggcaacgt gtattatgag aatggtggca gtttcattcc
      241 tagtactttg cagaaagcat tggcaattcg tggccctcag cgtcatttta gggatgagtg
      301 tctctgtaag gcaatggtac atttcaatat gatagatacc gtaagccgtg gtattaagaa
      361 catttccaac gagcaatggc gacgttattt cccaatgcta gactatgaga ttgatgcagc
      421 aaacaaagtt gtaggtgtga ggctctatgg caatgccatt aacgagaaat acaccaagat
      481 actgaaagag aacaagaccc ttactttgca agagtgtatt gctcttgatg ctgtgcaaaa
      541 aggacatcag attaacaaag acacagcaaa ggaattatta gacaaagggt tgataaagag
      601 agaatatccc aattaccaaa tctcattggg tgttgctaag atgacacacc aattgccaga
      661 atatactcgt gttagcagac tggaacgttc taaactgaaa caaatggggg gatttgggtt
      721 ggaaaccgga tatatggggt attgatggat acgcatcttt atccgctcca ggagcagaaa
      781 tttataaagc ccaagtccaa ggtcatacaa gttgtatttg ggagtgtaat gacaagacat
      841 atcgcaaaat aaccccattc aaatc
//
LOCUS       SEQF2634|AYYE01000537.1  751 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..751
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             165..395
                     /locus_tag="SEQF2634_00155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMTMGVSVMTKKGLTACQISGARLSVWTKSRAKRESDWPFWWK
                     ESQKKMTMPKTAKRAYMRRLISPAISARSSGV"
ORIGIN      
        1 tctgttcgct gtcggatagt ctcttgaatt cggttcccga ggggtagccc tgcatgaagg
       61 agaagatggc caggaagagg aaggccaggc cggcgatacc cataccgatg gcaatctttc
      121 ggggggtcga aatctcgcgg ccgcgtttgc tgagggcacc gaagatgagc atgacaatgg
      181 gcgtgagcgt gatgacgaag aaggggttga cggcctgcca aatctccggg gcgaggttgt
      241 cggtctggac aaagtcacgg gcgaagaggg agagcgattg gccgttctgg tggaaggaga
      301 gccagaagaa gatgacgatg cctaagacgg caaagagggc gtacatgcgg cgcttgatct
      361 cgcccgccat ctcggcccgc tcctccgggg tgtaatcctc cacgacctgt ttctctttct
      421 tggcgggcac ggggaagatg cgctggttaa ccacgaaaat aatcagtgag ataagcatgg
      481 cggccacaga agcgatgaag gaatagtgga tgccggtgtt gaagatgtcg aggtagctct
      541 cgcagaaggc gcgaatggaa tcgggtgaat tggcgtctac cgtgccgccg actttaccga
      601 tcagcccgag cagattcttc atcggatcgc caaccatgga ggcgccttct aagatgtact
      661 ggtggcaggc ggcgggcagg gcagcgttgt agatcaggcc gtgcttattg agccaccact
      721 cgcgcagcaa gggggcaacg aagggtgcga t
//
LOCUS       SEQF2634|AYYE01000538.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             4..174
                     /locus_tag="SEQF2634_00156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKTTKHFFKFFNGIQTNIDFLAKTYTISNMKEMNEEEIRATIR
                     SSRGKNFLDEEQ"
ORIGIN      
        1 gtgatgaaca agaccaccaa acacttcttc aagttcttca atggcattca gacgaacatt
       61 gactttctgg ccaaaacgta cacgatttcg aatatgaagg agatgaacga ggaggagatc
      121 cgcgccacca tccgcagcag tcggggaaag aactttttag acgaagaaca atgacacggc
      181 gcctatcaat catcgtcccc tgttataacg aggaggctgt gctggccgag tcgtatcggc
      241 gcacgcgagc tgtgatcgat cgtctgccct gcgagggcga gattatttac atcaatgatg
      301 gcagtcgaga cggtacgcgc aacatgctga acgagttagc cgacgaagat ccaagggtga
      361 aagtgctcca cttctcgcgc aactttggcc atcaacccgc cgtatctgcc tc
//
LOCUS       SEQF2634|AYYE01000539.1  575 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggcccgtcc ctacgaccat ttccaattcc aacgcgtggg ctacttcaac ctcgatcccg
       61 acagccgcga cggacgtctc atcttcaacc gcaccgtctc cctgcgcgat acctggagca
      121 agaagaagaa ccgatgaccg ccctggaacg atttaacgag atgcgcgaac acggcacgga
      181 ggcttacttc gatgccgacg agattgtaga gctgatcgag catttcgacg aagaggacga
      241 tcgcagaggc tacacgcaag ccctggagtt agggctcagg ctacaccccg aggatgtgga
      301 gatacagacg atgaaatgtc ggctctacat gtacgacaag gagtacgata aggccttgca
      361 aatgatcacc tcgctgcgca accatgccga cgcggagaca atgatcctca acgccatgga
      421 gctggaatgt ctctatgcca ccgaccgggc agacgaggcc accaccctgc tccgacgtat
      481 gcccgcgaac gaagacacgg aggcgatcta cgaggccgtg gccgccatgc tcgtcgagat
      541 ggatcgcaac gaagaggccc tgctggtcgt gaacc
//
LOCUS       SEQF2634|AYYE01000540.1  475 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..475
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 taaaaagaga agtcggaaca agacggtgga aataaaaatt ccccaagata cggtcaagaa
       61 gaaacttctt gcgtatgatg tcgtagaaat aaagaaacac aacggcaagg aaatatggaa
      121 accgaaagca agacccgaac tgaacttcaa cgataatttg gaaatcctgc gcaggtataa
      181 ttctgaaatt agaggcttgt acaattattt cggcatagct gttaattgcg cagaccagct
      241 ctccaatttc ggttatatca tggagtatag tatgtacaaa acatttgcag ccaagtatcg
      301 aagcaaagta aagaagatat gcaaaaaata caagcataac ggaatattct gcgtcaagta
      361 tcagaacaaa gcaggcaaac aaaaggaaga gtacttctat aaaggaggtt tcaaacgcca
      421 aaagccatca aaggataaca aaatagacat actccccaaa ttcataatgc acacc
//
LOCUS       SEQF2634|AYYE01000541.1  448 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaacaccgc atctacacct tttaatatct cttctacagg aaaaggtagt tcatgaagtg
       61 ggttgcgcag gtgttgattt ctactaaagg ggaaaggctg catacagcct ttctttccca
      121 acatagggtc gatcagaatt ttctttcccc catattcaac gattatcgtt gcatttctta
      181 tttgctggat attcattgtt tattaacaat taaagtttaa cattggcttc cagcataata
      241 ctatgcttca gtggttcatc atcatcagag aacgaatttg ccttatattg tacacaaagc
      301 acgagcattt cgttgctgcc tgtgttcttg aaagcacgtt tgccattggg cgcaattctc
      361 acgatgcttc cctccgaaac gggaaatcgt ttgccgtcta catcgaaaat gccttcacct
      421 ttaagaatga aataaagctc ttcgtgcg
//
LOCUS       SEQF2634|AYYE01000542.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acaagcagaa gcaaacgtat gtagtctccc cggtgagtag gcgtgaccat atcaacgtgc
       61 taattaatgc acatgatgtg acgggcgtta ggttcatgac ttctcttgtg tcaatagtga
      121 ttccacgata tcactattga tacaaggaca ttctgcagaa atatcccaag gtcgaaaaca
      181 tctatttatc acaaaataat atccgctctt atccataata agaagttcga atagtagtgg
      241 gcataagat
//
LOCUS       SEQF2634|AYYE01000543.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaccacatct ctcaaaagcc atacagggaa tttttctagg agttgtcatt gcaacccgcc
       61 aacccgtaaa acttcgtaac caaagctata ggaagcaatg catgccaaac taactccact
      121 atattatttc gttacctctc aattcttgaa ctgcctctac agttaatctt tcttttttgt
      181 ctccaaggat acaatcacac cttccattcc accaaatttt tctgcaactt ttttttcgct
      241 gattaaaaaa gaaaggcgtg atagatgtag aaacatacag
//
LOCUS       SEQF2634|AYYE01000544.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcatacacc atgaagcgct ccatgcctga ggcagtggcg cgttcctatg ttgtgaataa
       61 gccattgtct cagacaatac taaatacccg gtcaatgtgt tcgcgattgt cctatccaat
      121 cataaataag aatcactcca tttattattg atcgagtgga taacaaatgg gattgcttgt
      181 atttgttgtt gatcgagaca ataatgaatg cctcgatcag gtgtttagta ttgtctgaga
      241 caatgggact tttctgttcg gggaggggct tattg
//
LOCUS       SEQF2634|AYYE01000545.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 actctacctc gcagccggat gcgaacgggt cgaccattat gccacggacc cttcgctccg
       61 gctcgatttt tctacggaca ccctcacgtt cgacaccctt tttaccacca tcgggtccgt
      121 cacgaagcag ttcatggtct ataacccgca cggtgaaaac ctccgcatcg agtctgtcac
      181 gctggccagg ggagggcgca gcggattccg cctcaatgtg gatggtcgta aaggcgactc
      241 cttcagcggc atcgatcttt ggaaacgcga cagcctg
//
LOCUS       SEQF2634|AYYE01000546.1  305 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ccctcaccgt gggcgacgag ctactggtgc agatcgccaa agagcccatc tcgacaaagg
       61 gcccacgact gacggccgaa atatccttcg ccggacgatt cctcgtcctg atcccctttg
      121 cggacaaaat atccgtctcc accaaaatca aatcgagcga agagcgagcc cgccttcgcc
      181 aactcattca aagcgtaaag ccgaaaaact tcagcgtcat cgtccgcacc tctgccgagg
      241 gcaaacgcgt ggccgaactg gacggcgaac tgcgcatcct acagaaacgc tgggaggaca
      301 acatc
//
LOCUS       SEQF2634|AYYE01000547.1  551 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ttctttgcgg acattgttgt tgaattttgc ttcatactcc gctatatact tgtctaattt
       61 atcaagatag atgttggcaa gtacagggct gatgatgcca ccttgcggtg tcccgttata
      121 tgtgtgaaaa tattcccaat cttcgatgta ccctgcattc aggaatttac ggataagccg
      181 aatgaaacgg acatcatcaa tgcgttcttc aaggattcct atcatcacat cgtgattgat
      241 gttgtcaaag aaccccttta tgtcgccttc gatataccat ttcaccccac agaatgattt
      301 ttcaatctgt ttaagggcgg tgtggcagct ccgttgggga cggaaaccat gcgaagagtg
      361 ttcaaaactc tcctcgtata tggcttccaa taccatttta accacctcct gcaatagctt
      421 atcctccgta gcaggaatgc caagaggacg cattttcccg tttttcttgg gtatatacgt
      481 tctccttgac ggtttgggct ggtagctttc atccttcaat gatgctatca agtcttcaat
      541 gcgcttgata t
//
LOCUS       SEQF2634|AYYE01000548.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 taaaacgaag tgagtacgct gcttttgatg ccgttccaaa ggcgcgtggc atcgcttccc
       61 gaggcgcctt ggttgatgat ttcacgtagc tcgcgaacga gtggaaatag ctcatgctca
      121 gcgcgcggcc agcggtcgat gtccgccgga tcagtggccg gaaggaggac gcatttgagt
      181 ccgccaaagc cattgtaccg ccgcagtgtc gcccgatcgc tttccgacgg cgcgcggcgc
      241 gtgttttcta aggccagcag ggtgc
//
LOCUS       SEQF2634|AYYE01000549.1  651 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggagcaca gcggccacgc ggcgggcggt ggcgttcaga tcctcgcgca cggcatgctc
       61 aagcagggcg acgtcgataa cgccgtcgta cttcgtgtag ccgatcatgt ccacgaaatt
      121 gcggatcgag gcaggggtga agccgcggcg gcgatagcca cagatggtcg gcatgcgggg
      181 gtcgtcccaa ccgttgacgc ggtgctcctt gacgagctgc aacagtttgc gcttgctcat
      241 gacggtgtag gtcaggttga ggcggttgaa ctccgtctga cgggtgcggt aattgtcctc
      301 ggtcttgaag gggctttcga tgaggcggtc gatgaagtag tcgtagagcg ggcggtgcac
      361 ctcgaactcg agcgtgcaga gcgagtgggt gacaccctcg aaatagtcgc tctggccgtg
      421 ggcaaagtcg tacatggggt agacgttcca agtgcggccg gtgcgatggt gaggcgtttt
      481 gatgatgcga tagatgatcg ggtcgcggaa gtgcatgttg ggcgatgcca tatcgatttt
      541 ggcgcggagg gtcatggcgc cttcgtcgaa ctcgccgctg ttcatgcgca agaagaggtc
      601 tcgactctcc gccgcggggc ggttgcggaa ggggctttcg cggccggcga c
//
LOCUS       SEQF2634|AYYE01000550.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgaatgttg ggtctaatga tgtatccgcg agataggaga ctgtcgcttt aacagacttc
       61 tctggaaagt tgaacttact tactaagctg tatattttcg attgatctgt tattgtggcg
      121 ttgaaatctt caatagaccg gcacaaccca taagcatatc tcccagggtt cacaaaccca
      181 aagaaactct cggttgtcga cggataaacc ttctgaacct gttcgatgta gttaggcagc
      241 aagtattcgt acgcgttata atacattacc tcgatatatc taatacgccc atcatctccg
      301 gtgcggtaga gaatatgggc cctcccattc cccaccttgt agtcat
//
LOCUS       SEQF2634|AYYE01000551.1 2057 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2057
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1295..1615)
                     /locus_tag="SEQF2634_00157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLFKAFKRCVGFRRLSLSAAHVTIAKLEEAEVALLMVDVVRDG
                     LQAAEEERLAHYVQVGTQRVHERYAGVGRHRCEAFVVGSARERIVHDLVEACAAELLG
                     DERL"
ORIGIN      
        1 gctgaagatc gtctgtggcg cgcccaatgt ggcggccgga cagatggttg tcgtggccgt
       61 gatcggcacg aagctctatg acggcgacaa ggagtttgta atcaagaaaa gcaagatacg
      121 cggcgaggag tcgttcggca tgatctgcgc cgaagatgag atcggcgtcg gtgcgagcca
      181 cgacggcatc attgtcctgc ccgctgacac gcccgtgggc ctgcccgcgg cggaatacta
      241 taaggtcgag acggaccacg tgctggaggt cgacatcacg ccgaaccgcg tcgatgcaac
      301 gtcgcactac ggcgtggccc gcgacttggc cgcctacctc cagcaacggg gcacacccgt
      361 agcgctgcaa cgcccatcga ccgaggcttt cagcatcgac gacccatcgc cggccattcc
      421 catcgagtcc gttgactcca agggctgccc acgttactcc ggcctgacga tccgcggtgt
      481 gactgtccgc gagagtcccg agtggctgcg gcgacgattg acggccatcg gcctcagacc
      541 gatcaacaac gtggtggacg ttacgaatta cgtcctgcac gagctcggtc aaccgttgca
      601 cgcctttgac gcagcgaaga tcgccggcag ccggattcag gttcgtacca tgcctgcggg
      661 cacaccgttc acgacgctcg acggcataga acgcacactc actgccgacg atctgatgat
      721 ctgcgacgcc gagaaaccga tgtgtatcgg cggcgtattt ggcggactcg attcgggcgt
      781 gacagcgtcc acgacggacg tcttcctcga gtcggcttgc ttcaatccca catggatccg
      841 tcgcacggca cgacgcttcg gactgagcac agatgcctcc ttccgcttcg agcgcggcct
      901 ggatccgaac ggcacgattg aggtgctcaa acgcgccgca ttactcatcc gtgaagttgc
      961 tggcggacgc atcacgggtg agattcaaga cgtctatccg aacaaagtcg agccgtacgc
     1021 cgtcgacatc acctaccgca agattgatga gacaatcggg cagaccatcc cgcccgagac
     1081 agtgaagagc atcctccgct cgttagaaat agagatcgct catgagacac ccgagggcct
     1141 ctcgctgcgt gtgcccgtct accgcatcga cgtccgccgc gacgtcgacg taatcgaaga
     1201 catccttcgc atttacggat acaacaacgt ggccttcgac gaccgcgtgc agtccacgct
     1261 gagctatcgc acgccgacgg accgcagcca acgcttagag tcgctcatct ccgagcagct
     1321 ctgcggcgca ggcttccacg agatcatgaa caattcgctc acgcgccgag ccaactacga
     1381 aggcctcgca acgatgcctg ccgacgcctg cgtaacgctc atgaacccgc tgagtgccga
     1441 cctgaacgta atgcgccaaa cgctcctctt cggcggcttg cagaccatcg cgcacaacat
     1501 caaccataag cagcgcaacc tccgcttctt cgagtttggc aattgttaca tgcgccgcgc
     1561 tgagggacag tctgcggaag ccgacacacc gcttaaaggc tttgaagagg agcatcgact
     1621 ggggctttgg ctcagtggca cacgcacgga aaacagttgg ctgcacgccg acgaacagac
     1681 ctctgtttac gagctgaagg cttatgtgga gaacatcctc cggcgcgtcg gcgtagatga
     1741 gaagaaaacc gtgcgacgca cattcaccaa cgagatttac tcctccggca tgaccatcga
     1801 gacggccgcg ggacgcactc tggccacttt cggcatcgtc gaccgacgca ttgctcgaca
     1861 ggcagacatc gacacggaag tcagctttgc cgaactgtcg tggacggcac tgatgaaaga
     1921 gacacgtcgg gcgacaaccg tcttcagtga gatcccgaaa ttccccgaag tgcggcgtga
     1981 tttggcgctg ctcgtcgaca ccgccgtgac gttcgcacaa atcgaacaga cagccgccga
     2041 gacggatcgc aaactgt
//
LOCUS       SEQF2634|AYYE01000552.1  987 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..987
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(619..792)
                     /locus_tag="SEQF2634_00158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPGLDEEVITRLPDPAAPYTMLIEETSLSACRTTIPVVSQGFSA
                     INVSITSDCGVIG"
ORIGIN      
        1 gttttgatct ccgtaggggt acagacatta gaaccacgcg tggttttgat ctccgtaggg
       61 gtacagacat tagaaccacg cgctgggagt ggctccctat tccttgatat cggagatacg
      121 caagagggat cggcgcacgg atccaccgtc ggatggcctt cgttagaggt tttcactctg
      181 ttccgtctgc tcctatatag atgtaagcaa aggcctgcgt ggtaaagaaa atttgaaagt
      241 tatttgctgc tgtgataagc ttttctattt ttgcgacgga tacctaaaaa acaatagctt
      301 atggcaagag taaaaggaat ggtagtcgta aacaccgaaa ggtgtaaagg ctgcgactta
      361 tgtgtagtag cgtgtcccag tgacgtcttg gagttgcatc cgcgagaggt caacaacaag
      421 ggataccatt atgtgtacat gaagacgcct aaggcgtgca ctggctgctg tagctgcggc
      481 tgggtgtgcc cagacgcctg tctgacgatt tacagggcta aagtaggatg aacgagccat
      541 ggaagatgtc agattaatga agggaaacga agcgatcgca catgctgcga tacgctccgg
      601 agcggacggc tatttcggtt atccgatcac gccacagtcc gaggtaatgg agacattgat
      661 ggctgagaag ccttgggaaa cgaccggtat ggtcgtcctg caggctgaga gcgaggtctc
      721 ctcgatcaac atggtgtatg gtgctgcggg gtcgggcaaa cgagtgatga cctcttcgtc
      781 cagcccgggc atgagcttga tgcaggaggg cgtctcttac atcgcgggtg ccgagctgcc
      841 ctgtttgctg gtgaacgtta tgcgtggcgg cccgggtctg ggaacgatcc agccgagtca
      901 ggcagactat tttcaaaccg tcaaaggcgg cgggcatggc gattatcgcc tcatcacatt
      961 ggcaccctcg tcggtgcagg agatggc
//
LOCUS       SEQF2634|AYYE01000553.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaaagatccc aacaagccca tcggcacctt catgttcctc ggccccacgg gcgtcggcaa
       61 gacgcatctg gccaagaaac tcgccgagtt ccttttcgac tccgacgacg cgctgatccg
      121 tatcgacatg agcgagtacc tcgaaaagtt cgccgtctcc cgcctcatcg gcgcgcctcc
      181 gggctacgtc ggttacgaag agggtggcca gctgaccgag aaggtgcgcc gcaaacccta
      241 ctccgtcgtc ctgcttgacg
//
LOCUS       SEQF2634|AYYE01000554.1  353 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttcgattg gtttttaggt tacgactttg gagtgaaccg cccccggccg gggcaaggtt
       61 tttcgtggta caaacggcgg tttgtgtcac aaaaacacac cttgcccggc ctttgggccg
      121 tatgccaaaa gggcagctca actcctcaac tttcaattcg gcggcaaagc tatgcagact
      181 ctgcaatccg cttgtaataa gggatgttgg aacttcttcc cgcgatttcc cgctgtatcc
      241 ttgaggggtc gggcgtgact gacctaccga cttacttcgc cccggactta ctgactaacc
      301 gacggactga cctattgact ccttgcccaa ccgacttatc gaccgtctga ctc
//
LOCUS       SEQF2634|AYYE01000555.1  368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctctacgcc gcctgcaccg aacagggcgc cgacgtagcc gtcggatcgc gctactgcaa
       61 cggcgtgaac gtggtcaact ggcccctcgg gcgcgtcctc atgtcgtact acgcctcggc
      121 ctacgtccgc ttcgtgaccg gcctcaaggt gcacgacacc acggccggat tcaagtgcta
      181 ccgccgccag gtgctcgaga cgatcgagct ggacaagatc cgtttcaagg gctacgcctt
      241 ccagatcgaa atgaaataca ccgcccatcg ctgcggattc aagatcgtgg aggtgcccat
      301 cgtcttcgtc aaccgcgtgc tggggacatc caaaatgaac tcatccatct tcggcgaggc
      361 gccccccg
//
LOCUS       SEQF2634|AYYE01000556.1  956 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..956
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             16..537
                     /gene="ywrO_1"
                     /locus_tag="SEQF2634_00159"
                     /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="MVNRRILEVVKRELPEVTIDSLSEHYPDFRIDTAAEQKKVVDAD
                     VIVWQFPLFWFAKPSLLQRWEEEVFTHGFSHGTNGKALQGKKLILSVTTGAPAEFYAR
                     EGRPNGGLEDVLMPATQATVSLTGMTLVDPVVITYGVSYAFRNDPEQAKELDRKADDH
                     AARLVALLRDAAK"
ORIGIN      
        1 atccagcgcg gctccgtggt gaaccgtcgc atccttgagg tggtgaagcg agaactgcct
       61 gaagtgacta ttgactcgct gagcgagcat tatcccgact tccgcatcga cacggcggcg
      121 gagcagaaga aggtggtcga cgccgacgtg atcgtctggc aattccccct cttttggttc
      181 gccaaaccgt cgctgctgca gcgctgggag gaggaggtat ttactcacgg cttctcgcac
      241 ggcacgaatg gcaaggcgct gcaaggtaaa aagctcatcc tatccgtcac caccggcgcc
      301 ccggccgagt tctacgcccg cgaaggccga cccaacggcg gactggaaga cgtgctcatg
      361 cccgccacgc aggctacggt cagcttgacc ggcatgacgc tcgtcgatcc ggtggtcatc
      421 acctacggag tctcctatgc gttccgcaat gatccggaac aggccaagga gttggaccgc
      481 aaggccgacg atcacgccgc ccgactggtg gccctgctcc gcgacgcagc caaataaaca
      541 gggatagaaa cttagcgtac tgatttgtcc tatttggatc ggtcgctccc gaaaccgccc
      601 ctcatcgggc ggagggagtg gccgattgtt ttttaccccc tacacgcggc tcggagcgaa
      661 tggccgcgac gcggggaatc gtctcaaaga gtgtatcttt gaggccgata aaacaacatc
      721 tcaaccacta atagcttaaa gaaatggaaa caaaatcttc atccatcatc cgtaagcccg
      781 cctttcggat cgccatcgtg gccgtagtgc tcatcggact ctacgctttt ttcgcgggta
      841 cttacaacag aatggtccag ctcgacgaga acgtgcaagg cgcctgggga caggtcgaaa
      901 accagtacca acggcgcgcg gatctgatcc ccaacctcgt caacacggtc aaaggt
//
LOCUS       SEQF2634|AYYE01000557.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgattgttct ataccgaggc gctgttttaa gtttatcggt gaggtttttt aaggagggtt
       61 tggcagaaag agagctgcaa tatgacttct gcagattcac tggttctctc gtaattgacg
      121 gtcattctcc tgtagttttc gagaaggttc tttctacgat ccatctgagg taaattacca
      181 taagttaaag aagctatctg gaatttattt cggagaatat acagaagata tttccggaaa
      241 ttttattttt gtcttttttt tgaaagatac aacaggctgt atggtgaaaa agatggaaca
      301 aaattcccag aaatagattt ggatagctcc gactaaacgg ccccttaaaa taatcactta
      361 atcactcaat aaatttagaa t
//
LOCUS       SEQF2634|AYYE01000558.1  704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             73..666
                     /gene="recB"
                     /locus_tag="SEQF2634_00160"
                     /EC_number="3.1.11.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01485"
                     /codon_start=1
                     /transl_table=11
                     /product="RecBCD enzyme subunit RecB"
                     /translation="MIMENLILQRIIAQRYPILLIDESQDTKKELVDAFFRIQENFKE
                     IFMLGLLGDQKQRIYNDGKENMASIIPPEWEQPVKKMNYRCAKRIIKLANTIGKDIDI
                     HAEQVSREDAIEGFARLFVVQQRDGINKNEVEQIVMKSMCDLTKDPKWFEPNADVKIL
                     ILEHMMAARRLGFEQFFEPLNKVNRYQMTFLQGYGYY"
ORIGIN      
        1 tatagtccta atggaagcaa ccttgaaaat aatgcgctta agcatgctga ggtaattaag
       61 atttccgctc aaatgattat ggagaatttg atactccagc gaatcatagc acagcgatac
      121 ccaattcttc tgatagatga gagtcaagat acaaaaaaag aacttgtaga tgctttcttt
      181 agaatccagg agaatttcaa agagatattt atgctcgggc ttcttggcga ccaaaaacag
      241 cgaatctata atgacggaaa ggagaacatg gcgagtatta ttcctccaga gtgggaacag
      301 cctgtcaaga agatgaacta tcgttgcgcc aagcgaatta tcaagctggc gaatacaatc
      361 ggtaaagaca tagacattca tgcagaacag gtttcacgtg aagatgctat tgaaggattc
      421 gctcgactat ttgtggttca acaacgcgat ggaataaata agaatgaggt tgaacaaata
      481 gttatgaagt caatgtgtga tcttactaaa gatccgaaat ggtttgaacc aaatgctgat
      541 gtcaaaatac tgattttgga acacatgatg gccgcaaggc gattaggttt tgagcagttt
      601 tttgaaccgt taaacaaggt aaatagatac cagatgactt ttctgcaggg ttatggttat
      661 tattgatgat tccgaggcga aaggttttat gtttagttat gaca
//
LOCUS       SEQF2634|AYYE01000559.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggagcgcct ccgtcaggcg gcggtcggtc ggggcgtcgc ccgtgcgtcg ggtggtgccg
       61 gcgatcgggt cgatgaaggc gcgttggccc tcaatcttgc agtgcgtttc gggcgatgag
      121 ccgaagatgc ggtagccgcc gaagtcgaaa tagaagagat agggcgaggg gttgatgcga
      181 cgcagggcac gatagacggg gaagtcgtcg ccgtcaaaag gctggatgaa gcggcgcgag
      241 aggacgatct ggaagacgtc gccccgcatg cagtgggcaa tgccctgccg cacattggcg
      301 cgcagctcct cgtcggtgag ggtgctcacc gccgggccgc gtcgggcgaa ggtgtaggtg
      361 gcatagttgc ggttgtcgat ggccgcctcc agcgccggca gcccgctcgc ctcgccgtcg
      421 gccctaagct
//
LOCUS       SEQF2634|AYYE01000560.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(45..197)
                     /locus_tag="SEQF2634_00161"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQISYGADCPESDRQADFQQVRGEIATDPFLAPLLSEMEHKAE
                     QARAML"
ORIGIN      
        1 ctgctgtcag cactctggaa gaaacttccc agcgcgtcaa acgctcagag catagctcgc
       61 gcctgctccg ccttatgttc catctcgctg aggagggggg ccaggaaggg gtcggtggcg
      121 atctctccgc gcacctgctg gaaatcggcc tgccgatcgc tctcggggca gtcggcgccg
      181 tagctgattt gcgacacgcc gaagtactcc aaggcggcct ccttagagag gcgatggcgg
      241 acggtgtcga gcgtcgagac gtagcgcttc agatg
//
LOCUS       SEQF2634|AYYE01000561.1  498 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 caggatatcc agatcgggcg acgctccatg tggttgcctc cgtagttgac gatgcagcgg
       61 cggtagaggg ccagattgcg ctcgttgaga tcgatggtgg cgcctttgcg tgggatccag
      121 atggggccga agtcgtcgcg tgtccaaccg gtgacgtacc ccggggggta ggtcgctccg
      181 ccgagctcag cgggctccac cttgatggta cgcacgaagg ggagcttacg cagataggcc
      241 aacgcttcgg cggtcaatgg gaggcgatag acggggttgt agcgtccgtc cgcattggtg
      301 gtgaagccga ggtaagccag ggcttcgtag tagtataggt cttcgttatg ctgcccggcg
      361 gagaccagtc tgcggtcctc gcggctgatg ttcatcttgc ggaactgctc ctcggtgagg
      421 agtgtgccgt tggtctcgac gaagtagcag agctgcatgc agacgggatc tttctggagg
      481 cggccgttga tgtagagc
//
LOCUS       SEQF2634|AYYE01000562.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccccgattat tcaacccccc taataggaaa gaacatgaag aagattacca tccaactact
       61 ggccgtcgca ggcgcgatgg ccttgttcgc tgtgtggggc acgtacctca cctccatgtc
      121 gcgctacctc gggcctgcgg gcatgggcga acacatcgga cttttctatt ccgtgcaagg
      181 tcttgtctcc atcttcatgc ccacgctgtt cggcatcctg gccgaccgct acgtgccggc
      241 tcaacgcatg ctcgccctct gccacttagc ctccggtctc ttcatggctg cggcgggtgc
      301 ctatgggctc tcggccggac cgtccgttgc cttcggaacc ttctttgcgc tctacacgct
      361 gggcgtagct ttctac
//
LOCUS       SEQF2634|AYYE01000563.1  510 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(182..469)
                     /locus_tag="SEQF2634_00162"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRHELLAAAATAIDRDIYAHYRFYPSNYVAYDLLHATLRFRMN
                     YDLRDKARFEAYLQRQLDRIDLPQKDEPYLRTKMLEMYANPLKNHWDTKPE"
ORIGIN      
        1 atgtaggaga ggtccttggc cacctgcacg ggggttacgc ccgtctcctc tccgatgcgg
       61 gtggaggaga cgaccgtttc gccgcgcccg cggatcagct tgaggtaagc cagataccag
      121 ggcaggcggc ggagtgtggg ttcgggcagg cgttcgtggc ggggacgttc gtcggaggcg
      181 gtcattcggg tttcgtgtcc cagtggttct tgagggggtt ggcgtacatc tcgagcattt
      241 tggtgcgcag gtagggctcg tctttttggg gcaggtcgat gcggtcgagt tgtcgctgga
      301 ggtaagcctc gaagcgggct ttgtcgcgga ggtcgtagtt catgcggaag cgcagcgtgg
      361 cgtgtagcag atcgtaggcc acgtaattgc ttgggtagaa gcggtaatgg gcgtagatgt
      421 cgcggtctat agccgttgct gcggccgcga ggagctcgtg gcggggcatg gcggggtcga
      481 actgtcggag ggtgtcgttc aggctgtctc
//
LOCUS       SEQF2634|AYYE01000564.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgggcgatgc ccgctattac aactccgcgc tctccaccag accgtacacg gagtgggcat
       61 agagagacgg gaaagcgaaa agtcctgccg gcgggagcat gtctcctacc agcaggactt
      121 tttgctttcc cgtccctcag cccgaacgaa ataaaccttg agcgtgacga gatcgccttg
      181 tttcaagcgt catatccgcg gttgataaga cttgtccgtt ggcgatgatt tatagaccta
      241 ctat
//
LOCUS       SEQF2634|AYYE01000565.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccccttcttc cacgagacgg gcaactggtt cctgcctttc acccctcgac acacggctct
       61 ccgcgaccac aacggcgaca gctttgccga cggcatactg agcttggccg ccttcatgtg
      121 cgactctgac aagtattcct tctgcttcag catacttcac ctgcccgacg cacaacggcg
      181 cgcgcggggc gagcagctcc gtggcgactt ctcccaactc cgagagcagg aagccgccga
      241 actgggcgat cgcggcaagc acgaggagcg actcatcggc ctctacatcc gtaacctcta
      301 ccg
//
LOCUS       SEQF2634|AYYE01000566.1 1591 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1591
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(202..948)
                     /locus_tag="SEQF2634_00163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQFDTVLKLINTEERKNMEFVWGKLLYKKEDQSDIEALLEKIV
                     EVSNDKTINKVLIRHADVFKYLGEGNIIADIQARNYILKMLSTLYNPEENLNFEYEGN
                     PLRKVLEHVFRTANDYGLLPDECINTQGHIVLLDASRFMGGLNINCYQGKNVTHQIRY
                     GTAGDGKNGENGDSIFSQDIANYVRNILRFSSSDSHTNKDKKFRIKDDFKELFFSFVL
                     QLSHIIKWFGGYIEKHPDREVNKLKIQRIG"
ORIGIN      
        1 cactgaagta gtgtctacag ctatggcagc accaataagg tgcttcattt cgtgtgcctt
       61 tacgtatcac ctcttttgat ccacaatgaa ggcacttttt tcgagtttga tctcttataa
      121 tactatgaga tacaacatac gcatgtttca cagtctgtta tttcccctgc aagaacatat
      181 ttagccttaa gtaggtaaac actatccaat ccgttgtatt ttcaatttgt tgacttctct
      241 gtctggatgt ttttctatgt acccaccaaa ccacttgatt atatgcgaaa gctgaagcac
      301 aaagctgaaa aacaattctt taaaatcatc tttaattctg aattttttgt ctttattggt
      361 gtgcgaatca gagcttgaga atcttaatat atttcgcacg taattagcaa tatcttgtga
      421 aaaaatagaa tctccatttt ctccattctt cccatctcct gctgttccat atctaatttg
      481 atgggtaaca tttttccctt gatagcaatt tatgtttagt cctcccataa aacgactagc
      541 atctaaaaga actatatgtc cttgagtgtt tatacactca tctggcaata aaccataatc
      601 atttgccgtt cggaaaacat gctctagaac ctttctcaaa gggttacctt catattcaaa
      661 attgaggttt tcctctggat tatacaaggt gcttagcatt ttaagtatat agttgcgagc
      721 ttgtatatca gctatgatat tcccctctcc aaggtatttg aacacgtcgg cgtggcgaat
      781 gagtactttg tttattgtct tatcgtttga tacttctact atcttctcaa ggagagcctc
      841 tatatcgctt tgatcctcct ttttatacag gagcttcccc caaacaaact ccatattttt
      901 acgctcctca gtgttaataa gtttcaaaac agtatcaaac tgattcattg tacctgcaga
      961 aagaacatac cacggaataa actcgtgttt ctctccaaat attctagaaa ggcgtacgga
     1021 tgcttgcccc agaaagaatt cacttggttt cgagtctgtt ctcttcagct tacagtaggc
     1081 atctaatatg aggttgtata attggattgg agcaaccaga gttgccagcg tcactttttc
     1141 tcgagcgtcc ccgcccgagc gactttttag cgtcacttac gacccagtgg ccccgtcaag
     1201 cgacttttta gcgtcactta cgacccagcg gctccgtcaa gcgagttgcc ggcgtcactt
     1261 tttctcgagc atcccctttc tcggcggaca gactcgcaag gcacggcgta gcttctgcgt
     1321 ctgcttgctg cccatcagcg gacgcatctc ttgttgctgt ctctgtaagc cattattgaa
     1381 gattgactga gcgtcttgac tttctgcgcc tccttctctc ggcaaagggc cagatagatg
     1441 tctccaaacg tctggcgaga gtgcactcac accgaaacgc atcagcgcca aaatgagacg
     1501 agggacgctg gaggcttaca agcaaacctt ccttgtacct gccaagctga cagatcgtcg
     1561 ggcagtctat ttgaatagag acacacagga g
//
LOCUS       SEQF2634|AYYE01000567.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctctattact ccgaccgtgt gagccccgac tctgtcgcgc cgctgactga ttacctcctt
       61 agagacgtcg ccgtgctgat ccaaaccttt cgttggaaat aagtaccccc ttaccgtgcc
      121 attgcttgaa attcatacgc ggtcggagtg ccgatgggga ctgtggcgca tagacgaaac
      181 aggattggag ttgctcgacg ggctggagcg acgggacgcc tatcagccgt ttctcgagag
      241 tgtccgcgcg gagggtcgtc gtacggagtg gttagctgtt cgcgcgctgt tgcgtgccat
      301 tcttggctat gaaccgaccg tcaactaccg ccccgaaggc taccccgagg tcgatggatg
      361 gcacgtcagc ttctcgcat
//
LOCUS       SEQF2634|AYYE01000568.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctccttctt cgacaaaaaa ccttcaatca acaccgctga ggagattgta cacacctctt
       61 tccgaccggt tgcttaggtc gaactcgcgt gaattaagtt ttttctattt ggctagccac
      121 aagtatagct tcaattgtaa aaaggagtgg tggaccatat tccttctctg agcgagtttc
      181 actcattaca gccctctcct gtccattatt ttcaaatcct caaggacttt atcaaaccaa
      241 cgcgtctttt tcgactcata cccagcattt cttgcttccc taaatatgta tttattgaaa
      301 ggaagcactt gatttaactc agactcctcc ttatactgaa tatatc
//
LOCUS       SEQF2634|AYYE01000569.1 2807 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2807
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             71..1384
                     /gene="tuaD"
                     /locus_tag="SEQF2634_00164"
                     /EC_number="1.1.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32271"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 6-dehydrogenase TuaD"
                     /translation="MKIAIVGTGYVGLVTGTCFAEMGVEVFCVDIDRQKIENLRNGVV
                     PIYEPGLEEMVIRNYEVGRLHFTTDLTEVLDQVEIVFSAVGTPPDEDGSADLKYVLDV
                     ARTIGRAMNKYLLVVTKSTVPVGTARRIRQTIADELDRRGVTIDFDIASNPEFLKEGA
                     AVKDFMHPDRIVVGVESDRARRLMEKLYHPFMLNNFRIIYMDIPSAEMTKYAANAMLA
                     TRISFMNDMANLCEIIGADVNMVRKGIGADTRIGSSFLYAGCGYGGSCFPKDVKALIS
                     TASDHGYPMRILQAVEDVNEEQKTLLFRKLSAHFGGDLRGRKVAMWGLAFKPETDDMR
                     EAPSLVLIDRLLEAGCQITAYDPVAIPEARRRIGDRIAYAKNIYETVEGADVLMVVTE
                     WKEFRLPAWPRIRSLMKTPLILDGRNIYNIAEIEEAGFTYHCIGR"
     CDS             1413..1874
                     /gene="nlpE"
                     /locus_tag="SEQF2634_00165"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40710"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein NlpE"
                     /translation="MKKNLLLCGMAAALTLSLASCNSAGKVNDNAEAPTDSTVAVAEA
                     QPESAAFDKAGVYTGVIPCADCGGIETTLELRADGTYSLTEIYKDKKDGRFESSGKFQ
                     WDAANACITVGEGEDLISYIVEGDHLIMLDQDGHRVTGELADHYVLTKQAV"
     CDS             complement(1944..2714)
                     /locus_tag="SEQF2634_00166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLYAYDATQQREANGAYRRYTVGGTATQIERDTVGPDIRLLYL
                     NDSTWSEGDKTNETPFFVAHLRDASGINITGSSVGHDITLTIDNNPALSYNLNSYYAD
                     RTDVQGEGVVRFSIPRLAEGTHTAEFKVWDIFNNSTTRTFTFQVEKGLRPSITELRAG
                     PVPARDQVTFYLDHNRPESRMEVTIGVYDLAGRLQWQHTEQGSSELFHAYTVTWDLTN
                     GRGARLRPGIYIYRAAIRTAGSSEATRAQKMVILGTKN"
ORIGIN      
        1 gccccggccc gcttccctac aattcgcttc ttttgcgccc caaatcactt acctattata
       61 tacgtaacga atgaagattg caatcgttgg aacaggctac gtcggtctcg tcaccggcac
      121 ctgctttgct gagatgggcg tcgaggtgtt ctgtgtggac atcgatcgcc aaaagattga
      181 gaacctccgg aacggcgtcg tgccgatcta tgaacccggc ctcgaggaga tggtgatccg
      241 caactacgaa gtcggccggc tccatttcac cactgacctg accgaggtgc tcgaccaggt
      301 cgagatcgtc tttagcgccg tcggtacgcc gccggacgag gacggcagcg ccgacctcaa
      361 gtacgtcctc gacgtggccc gcaccatcgg ccgggcgatg aacaaatacc tcctggtggt
      421 caccaaaagc accgtccccg tgggcaccgc ccgccgcatc cgccagacca tcgccgacga
      481 gctcgaccgc cgcggcgtga cgatcgactt cgacatcgcc tccaaccccg agttcctcaa
      541 ggagggcgcc gccgtcaagg acttcatgca ccccgaccgc atcgtcgtcg gcgtcgagtc
      601 cgaccgcgcc cgacggctca tggagaagct ctatcacccc tttatgctca acaatttccg
      661 catcatttat atggacatcc cctcggccga gatgaccaaa tatgccgcca acgccatgct
      721 cgccacccgc atcagcttca tgaacgacat ggccaacctc tgcgagatta tcggcgccga
      781 cgtcaacatg gtgcgcaagg gcatcggcgc cgacacccgt atcggcagca gcttcctcta
      841 cgccggctgc ggctacggcg gctcgtgctt ccccaaggat gtcaaggcgc tcatcagcac
      901 cgcctccgat cacggctacc cgatgcgcat ccttcaggcc gtggaggacg tgaacgagga
      961 gcagaagacg ctccttttcc gcaaactctc ggcccacttc ggcggcgatc tccgaggccg
     1021 caaagtggcc atgtggggcc tagccttcaa gcccgaaacg gacgacatgc gcgaggcccc
     1081 gtcgctcgtc ctcatcgatc gactgcttga ggccggttgc cagattacgg cctacgaccc
     1141 cgtggccatc cccgaggctc gccgccgcat cggtgatcgc atcgcctacg ccaagaacat
     1201 ctacgagacc gtcgaaggcg ccgacgtgct catggtggtc accgagtgga aggagttccg
     1261 cctgcccgcc tggccccgca tccgcagcct gatgaagacg cccctcatcc tcgacggccg
     1321 caacatctac aacatcgccg agatcgaaga agccggcttt acctatcact gcatcggacg
     1381 ataatccaca accattatat aatagtagag atatgaagaa gaacctctta ctctgcggca
     1441 tggccgccgc gctgacgctg agcttggcgt catgcaattc ggccggaaaa gtgaacgaca
     1501 acgccgaggc gccgaccgat agcacggtcg ccgtggccga ggcccaaccg gaatccgcag
     1561 ccttcgacaa ggcgggcgtc tacaccggcg tcatcccctg cgccgactgt ggcggcatcg
     1621 agacaaccct cgagctgcgt gccgatggca cctacagcct gaccgagatc tacaaggaca
     1681 agaaggacgg ccgattcgag tccagcggga agttccagtg ggacgccgct aacgcctgca
     1741 tcaccgtggg cgagggtgag gacctgatct cttacatcgt cgagggcgac cacctcatca
     1801 tgctcgatca ggacggccac cgcgtcaccg gtgagttggc cgaccactac gtgttgacta
     1861 agcaggccgt gtaagcgaaa agctgaaaac tgaagccggg tacacgaggg aacgcatccc
     1921 atcatgtacc cggcttttcg tttttagttt ttcgttccga ggatcaccat cttctgggcg
     1981 cgggtggcct ctgacgagcc cgccgtacgg atggccgcgc ggtagatgta gatgccgggg
     2041 cgcagacggg cgccgcgtcc gttggtcaag tcccacgtga cggtgtaggc gtggaaaagc
     2101 tccgacgatc cctgctcggt gtgctgccat tgcaggcgac ccgccagatc gtagacgccg
     2161 atcgtgactt ccatgcgtga ctccgggcga ttgtggtcga gatagaaggt cacctggtcg
     2221 cgggctggca cggggccggc gcgtagctcg gtgatggacg gtcggagtcc cttctcgact
     2281 tggaaggtga aggtgcgcgt ggtggagttg ttgaagatgt cccacacctt gaactccgcc
     2341 gtgtgcgtcc cctcggcaag gcgcgggatg gagaagcgca ccacgccctc accctggaca
     2401 tcggtacggt cggcgtagta gctgttcagg ttgtagctga gggcgggatt gttgtcgatg
     2461 gtcagcgtga tgtcgtgccc gacgctgctg ccggtgatgt tgattcccga ggcgtcgcgc
     2521 aggtgggcga cgaagaaggg cgtctcgttc gtcttgtcgc cctcgctcca agtgctgtcg
     2581 ttgaggtaga gcaggcggat gtccgggccg acggtgtcgc gttcgatctg ggtggcggtg
     2641 ccgcccacgg tatagcgacg gtaggcgccg tttgcctcgc gctgctgcgt ggcgtcgtag
     2701 gcgtagaggc tcattttccc gttgcgattg gagtaagaga tccatttcgt gtttgaggac
     2761 gacctttctg cttcaaaaac atcttgctcc aattcggggg gagcatc
//
LOCUS       SEQF2634|AYYE01000570.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacagctgct attttcatta cgacgaagcg ggctgcgtcg ccgccctcac ccaagccctc
       61 ggagagaaag tgaaccacgg cgtcgcccac acctacgacc tgacgcgcta caattgggat
      121 cacatcgccc aacagaccta cgccgtctac ctccaaaccg ttcaacgaga gaaaaccacg
      181 gagcaaacgt gcgtttgacg taggccatct catcgcttac gattgcttga gggaatcgac
      241 cgaaaaaa
//
LOCUS       SEQF2634|AYYE01000571.1  530 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(147..530)
                     /locus_tag="SEQF2634_00167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDFSIPLFANIHLCGSVFTETFLVCVVSQLLYGHLPDPATLTL
                     FIVILGIFAVGAPGVPGGTVLASLGIVTSVLGFGDSGTALLIAIFALQDGFGTACNIT
                     GDGALSLITDTYAKRHVPDLEAEAL"
ORIGIN      
        1 gttcttgggt gcgcggtgaa aacggcggcc cgtttttcac cattcttagc tgcgcggtca
       61 aaaacagagc cgccgttcac accgcctaac tcttggggcg atgcaaacgg cggacggctt
      121 gaggcgtatc cgatcggccg atgggcttac agggcctcgg cctcgaggtc ggggacgtgg
      181 cgcttggcat aggtgtcggt gatgagcgag agggcgccgt cgccggtgat gttgcaggcc
      241 gtgccgaagc cgtcttgcag ggcgaagatg gcgatgagga gcgccgtgcc tgagtcgccg
      301 aaaccgagca cggaggtgac gatgccgagc gaggcgagca ccgtgccacc cggtacgccg
      361 ggtgcaccta cggcgaagat gcccaggatg acgatgaaga gcgtcagcgt ggcggggtct
      421 ggcaggtggc cgtagagcag ctgcgagacg acgcagacga ggaacgtctc cgtaaagacc
      481 gaaccgcaga gatggatgtt ggcaaagagc ggaatggaga agtcggtcac
//
LOCUS       SEQF2634|AYYE01000572.1  703 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..703
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(370..675)
                     /locus_tag="SEQF2634_00168"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDESVDSRNKVAVGGVGSATFELDEANRTVALDVYPVLISLSIG
                     TILTLQIVDERRNTSLRKWGGADLAEALNEGIEAPGFVGTVPNGEVADVTDQLKGAG"
ORIGIN      
        1 ggcctcgaca actcgaaaaa gtacacatat atataatgta aggagaacga caaaatgaaa
       61 gtagatggat tgagcatagg actgctcctt tcgatggaag attttggcta tcaatccctg
      121 atacaggaga tgcttccgga tctgccgctc gaaaccgcgg atgaaggcta ttccgacaaa
      181 ctcaaatcgg ccgtcgagga ctatcgggcg gcttatcgcg cgttcgacga cgccgtcgaa
      241 acctctggga ccacctctcc agccgtcatc gccgcccgcc acgacaaggc gcgcgacaac
      301 gcctggcgta cccttcgcgc ttacgttaag gtctgcaccc gccatcctga tccagacgtg
      361 gccgccacct caacccgcgc ccttcaactg atccgtaaca tcggcgacct ctccattcgg
      421 aaccgtaccg acgaaaccgg gcgcctcaat accctcattc agagcctccg cgagatcggc
      481 gccgccccac ttgcgcaggc tggtattacg cctttcatcg acgatctgga gcgtaaggat
      541 cgtgcctatc gagaggctta tcaacactgg atagacgtca agggcgaccg tacgattggc
      601 ctcgtccaac tcaaacgtcg cgctgccgac gccgcctacc gcaaccttat tacgactgtc
      661 aacgctctca tccacctcaa cggttacgga ctttgggcac ccc
//
LOCUS       SEQF2634|AYYE01000573.1  513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgatgacgaa gtaggtgcgg atggccagag ggctctcgat ggtggatcgg aggctgctcg
       61 tggggtggag atagacatag aggcgggcgc cgatcagtag ggcgaggtag ggcagggaga
      121 ggacaagcag ggcgttgtgc gcgaaggccg acgcgaggtc agcgtgcagc agggcgtgga
      181 ctgcgcgctg cgaaccgcag ccggggcatt tgagtccagt cagcatgagg aacgcgcatt
      241 tggggaagaa gaccgaggtg gtcgggctga cgcggtagta gacgatggtc agcgcgacca
      301 gagcaatcag cagtagcggc aggctgaaga tcagcaatcg tcgacgagtg gggtgtgaca
      361 tggggggagg gacaaaaagc gagcggcacg cccgtctatc gatagagtga agaagacagg
      421 cgcaccgcgt aagtgaaacc gatggcgagt acgacggatt aggcatccat gaaccctgca
      481 gcggcgacta caacaacaaa gaggaggtag agt
//
LOCUS       SEQF2634|AYYE01000574.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatgcgagtg gcattgccat cgccttcgcg cagcagggcc agcatcaggt gttccggccc
       61 gatgtaaccg ttctgcaaac ggcttgcttc ttcgcgaccg gcttcgatca cgtcgttcat
      121 tcttttggaa tagctattac tcatactctt catgctttgt tctccgcaaa attacacatg
      181 gcctcactct ttccaaacat catgccaaag cacggattgg aaaggagggc agggacggga
      241 gatagtggga tcacggggga aaaactgggg ggggatacgt caaaaagaaa aggaacgtga
      301 ccgaatcgcc acgctcctta ttcttctctt cgaggttcct agc
//
LOCUS       SEQF2634|AYYE01000575.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(77..391)
                     /locus_tag="SEQF2634_00169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKRQFLLGVPLDAVATVDVDDMHGLGVLDDEVGAAFVGDGAAE
                     ERLDLLRDAEVVEDGELAGVEFDDFFLFGSDEADVVVDALEDVLVVDVDVLERGVEDV
                     AQ"
ORIGIN      
        1 ggacaacatc ctcaaagtgg ccgccaagac gaaagcccca ctcgtcatct acgaggaaac
       61 ggcccgcacc gtcgctctac tgcgcgacat cttcaacgcc tcgttccaaa acatctacgt
      121 caacgaccaa cacgtcttcg agagcgtcta cgactacgtc agcctcatcg ctcccgaaca
      181 gaaagaaatc gtcaaactct acaccggcga gctccccatc ttcgacaact tcggcgtcac
      241 gaagcagatc aagtcgctct tcggccgcac cgtcacctac aaaggcggcg cctacctcat
      301 catcgagcac accgaggcca tgcatgtcat cgacgtcaac agtggcaacc gcgtcaaggg
      361 gaacaccgag caggaactgt ctcttataca catct
//
LOCUS       SEQF2634|AYYE01000576.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctttgagcaa tcagcgatcc tcgtcccgcc gcgagacggc atctcaaccg tcattttggc
       61 ctcgtcccgc cgcgggacgg cgtctcaatc gtcattttag cctcgttccg ccacgggacg
      121 gcgtctcaac cgtcattttg gcctcgtccc gccacgggac agcgtctcaa ccgtcatttt
      181 ggcctcgtcc cgccgcggga cagcgtctca accgtcattt tggcctcgtc ccgccacggg
      241 atggcgt
//
LOCUS       SEQF2634|AYYE01000577.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acttgtatct ctcggcttgt attgggcaac aatgacaagc tctccactga atttgagata
       61 ttcgtgaaga cccttcagaa gagcctcaat ccaggcgtca atgcggagca atgtatcgag
      121 atgttggcgc agcaccttat cacgcgcccc gtctttgatg ctttatttgc cgactatcaa
      181 ttcgtcagca acaactctat ttcttcctct atgcagagga tggtagagct gctcgagacc
      241 gaagcggtgg acaaagacct ctcagact
//
LOCUS       SEQF2634|AYYE01000578.1 1535 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1535
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(381..1319)
                     /locus_tag="SEQF2634_00170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENIRPKIALLVIYNHRYDENISRIERIYSCRFTYLYHVMPFYD
                     GDKSNVLSVYESSYQYQSYVAQAYQQIKRSEAKCVYSHFFVVADDMIINPNITEDNLF
                     EYTGIGVDECYIISVRDISKEKYPMSQFHTISSFNVKIGGDKIPTYDEAIERMRVYGC
                     IEHFAFRWSQLAQHLAHLLISLFGAKKKYQVKMIFKVLKMFFLRKKFSYPIVWGGCDC
                     LLLTESVMSTFCTYCGVFAASELFVEFAIPTALILSTRKIITSDDIRLSCIAQLYMVN
                     EAAFCEKYRYSLTSLLEDYPKDVFFIHPIKLSKWIK"
ORIGIN      
        1 accttgatat gtatttggag gagaactatt caatttttct ctcaataaac ccgtgtctaa
       61 taaatacgaa tgtttgtcta tatcgcaaaa aatgacattt cctccacaat aacgaataca
      121 gttagcactt gcagcaaaag ttatcggtgt aacaattact ctgtcattaa ttttaacgcc
      181 taaggctttt gacgataagt gaaggccggc ggtcgcatta ttcactgcta cagcatattt
      241 cgcacctaca taatcggcaa aggctctctc aaattcctgt atcttagggc cctgtgtgag
      301 taagtccgat tttaaaacat ctactacagc ttgaatatcc tcatctgtaa tattctgttt
      361 cccatatgga ataaagggaa ctattttatc cattttgaaa gtttgattgg gtgaatgaaa
      421 aatacgtcct tgggataatc ctctaacagg ctggtcaagc tatacctata tttctcacaa
      481 aatgccgctt cgttaaccat ataaagttga gcgatacaac taagccttat atcgtcactt
      541 gttatgattt ttctagtcga taaaataagg gctgtaggga ttgcaaactc tacaaacaac
      601 tccgaagcag caaacacccc gcaataagtg caaaaggtcg acataaccga ttccgtcaac
      661 aacaagcagt cacaaccgcc ccacacaatt gggtagctga attttttgcg aagaaaaaac
      721 atctttaaca ctttgaatat catctttact tgatattttt ttttagctcc aaacaaggat
      781 attagtagat gtgctaaatg ttgagccaac tgactccacc taaaagcgaa gtgctctata
      841 catccatata ccctcattcg ctcaatggct tcatcatatg ttggaatctt gtccccccct
      901 attttcacat taaaggagct tatcgtatga aactgagaca tcggatactt ttcctttgat
      961 atatctcgta cacttataat ataacactca tctaccccta ttcccgtata ttcgaaaaga
     1021 ttgtcttctg taatatttgg attaatgatc atatcatcag ctaccacaaa gaaatgagaa
     1081 tatacacact tcgcctccga cctctttatc tgttgatatg cctgtgctac ataagactga
     1141 tattgataag atgactcata aacagataga acatttgatt tatccccatc ataaaacggc
     1201 atgacatggt acaaataagt aaatctgcat gaataaatcc tttctatacg agaaatattc
     1261 tcatcatatc gatgattata tataaccaac aatgcaatct ttggtcttat attttccata
     1321 acaaactaca actttatcac ccaatgacta ataagataat agatcttgaa aacttaaatc
     1381 catagcctgg tgcatgcgct ttaatcaccg aaggaatctc aaaaaaatcc ttttccgtat
     1441 gatagatcaa tattaaaaga atcggatggt ctttcttaat tgagtctacc cctccatagg
     1501 gaaaccacat caaaatttga ggagctcttt gggat
//
LOCUS       SEQF2634|AYYE01000579.1  332 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctctacaat gcgcagaacg cgcaagccgg tggcgccggt cagccctcag gcaacgcctc
       61 cgcgggcaat gcctcgaaca acgacggcgg caacgtgacg gatgtagact ttgaggaagt
      121 gaagtaatcc tcgcaatcca tctcttagag cgttattcgt accatcatac aagtgtgagg
      181 aaatcgcagt cggcccggta atacggtgca ggctgcgatt tctgtctcaa ttagaagtct
      241 catagataga aataataggc agttagatca tgaatttaga attagatttt tcacctgatg
      301 taaagtacat cctcagaaag gtctgcgaac ac
//
LOCUS       SEQF2634|AYYE01000580.1  314 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgacacactt cagaacgagt cgttgcacaa agtggatagg gacgctgtcg tggccgtata
       61 cgaagagata atgaacaaga aggtagaact tgttgtacat cgtggggcaa tgcaatattt
      121 gttcgatgat tatccccccg aaaagtctcc gttaatcaaa aatctggaca atccttacta
      181 tgtgtttgaa gattgcccaa gattgaagaa tggtcagttc acaagtctat atcatgggaa
      241 acgcctgact ctatttaatc ccgttttgaa ggactctctt tacgagccca gtccaaaacg
      301 gatgcgtgct gcac
//
LOCUS       SEQF2634|AYYE01000581.1  933 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(120..767)
                     /locus_tag="SEQF2634_00171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNITDFFRRQTASELTTADTPYGRFDLAKKADARRVKAVIAEVQ
                     RQAESLTRQEIDSWRSGWQQALDVENPSRLRLYNVYRDVEVDGHLSGAIGQINGFVKA
                     RSFKIMFGEKEDEEARRIFDRTWFKTLVDLYFSARYWGHTLIQLGDVVFTEGGVPAYD
                     SVLLIPRRHVIPEYGRVVAEQGDDWRKGIEYRRPPFSDWLMEFFFSEVLRLNSCL"
ORIGIN      
        1 agaccggaag agaacaaaga gatagccaca atgctggcga atcgccacgg acacaagatc
       61 gatttgatcg aaagagcaga gaatggaaag agtgcagatg ccttcaacca cactttgggc
      121 tacaaacagg agttcaaacg gagcacctct gagaaaaaga attccatcag ccagtcggag
      181 aagggcgggc ggcgatactc gatacccttg cgccagtcgt ctccctgctc ggcaacgaca
      241 cggccgtatt ccggaatgac gtgtcggcgg ggaatgagca ggacactgtc gtaggctggc
      301 acgccaccct cggtgaagac gacgtcgcct aactggataa gtgtatgacc ccagtagcgg
      361 gcggagaaat agaggtcgac gagtgtcttg aaccaagtgc gatcgaagat gcggcgtgcc
      421 tcctcgtctt ccttctcacc gaacatgatc ttgaagctgc gtgccttgac gaagccgttg
      481 atctgtccga tggcgccaga gaggtggccg tcgacctcga cgtcgcggta gacattgtag
      541 aggcgaaggc gggagggatt ctccacgtcg agcgcctgct gccagccgga gcgccacgag
      601 tcgatctctt gccgggtgag cgattcggcc tgtcgttgta cttcggctat gacggccttc
      661 actcgccggg cgtcggcctt cttggcgagg tcgaagcggc cgtagggggt gtctgcggtg
      721 gtcagctcgg aagctgtctg ccgcctgaaa aagtcggtga tgttcattgt cgggggttgt
      781 tgaattgttg ggttgttgag gtgttgaggc cttcggcctg ttgaggtgtt tatctgttgt
      841 tcgttggctt gacaggcagt ccaacaactc aacaactcaa cagggcgcag ccctcaacga
      901 ataaaccgga tagccagcca cgcggccatg ccg
//
LOCUS       SEQF2634|AYYE01000582.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctcgagaag gaagacatca tcaagcggct gctgtcgttg gagttcaacc gcatgctcga
       61 ctattaccgc gacgccgagg tgatcgaaga tgtggacgac gcccgcccgg agcgccgcga
      121 gaaaggcgac aagaaggagc gcgccgaccg acgcgccgcc aagcgcgaaa gccgcggaaa
      181 cgacacgggc ttccgccgcc tgcgcctcaa cttcggaaag gacgacggcc tctaccccgc
      241 gcaggtgatc gacctgatca accgctgtgt gcccggtcgt aaggtggaga tcggacgcat
      301 agagatcgga cgcgatagca g
//
LOCUS       SEQF2634|AYYE01000583.1  477 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             78..455
                     /locus_tag="SEQF2634_00172"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWGIGGKAPHDNSPRHNPAPARNHFENLGHPSAPAAYSGGGDFM
                     LMASAEKQFVNSGNKPVPVGKQFANLGHPSALIGNHFTNLRHTVAPIKNPFGNLFHDH
                     ALVEAFNEALFCDHTLIEVFNGV"
ORIGIN      
        1 acccggccag cttccccgcc cccggtgggg gcttgatttt cttttgcgcc cttttcttgt
       61 atcaagacaa gaaaagggtg tgggggatag ggggcaaagc ccctcacgac aatagccccc
      121 gacacaaccc cgcccccgcc agaaaccatt tcgagaacct cggacaccca tccgcccccg
      181 ccgcatattc cggtgggggc gatttcatgt taatggcctc cgccgaaaaa caattcgtga
      241 actccggaaa caaacccgtc cctgtcggaa aacaattcgc gaacctcgga cacccatccg
      301 cccttatcgg aaaccatttc acgaacctcc ggcacaccgt cgcccccata aaaaatccgt
      361 ttgggaacct atttcacgat cacgccctcg ttgaggcctt caatgaggcg ttattttgcg
      421 atcacaccct cattgaagtg ttcaatgggg tgtaattgtg cagtcacgcc cccgttg
//
LOCUS       SEQF2634|AYYE01000584.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgatagcca tcgtcagcgg cgtttcggag agggttacgg gcagtcggaa gaggctcagc
       61 cgtttcatgc ggtgcccaac gacgacctgc tcgtcgagat agagagtggt gtcgacgtca
      121 gaagggtcga cggtctcgtt cggtacggcc tgctgcgcct gtacggcgcc cgccatcccg
      181 tcacagccac gtgccaaagt cgtttgtcaa gccttctagt cctctttttc tcagccgatc
      241 aaaccttaaa ag
//
LOCUS       SEQF2634|AYYE01000585.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctgtagccc atacagcatg gaatgtggtg tcagttgtga tcgtgaattg agcaccggct
       61 ttcttcaaat cgctcggcac atcaagtttt ttcgtgatct cattcgtaac actggcactc
      121 cagccgataa acactttctt agtagaagtc aaatcgcccc gatcctttat cgtcactaca
      181 gctccactgt tataacgatt cggatctgtc ggaacggttc ccgtagcacc atttgcgaca
      241 taggtcacgc ccttctgcag gtagtcgggc acattgtcgc tctgaccgtt cggacccgtc
      301 ttgtcctcac cccatacggc gtagaggttt gcgagtgcgg a
//
LOCUS       SEQF2634|AYYE01000586.1  311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggcctgcat ggtcttgagg agctgctcga tggtcgttcc ggtcaggtcg gccggcttac
       61 cgttgatgta cacgatggcc ggcttaccga cgatggagat tccgccgttg gcatcgacga
      121 tgacgcccgg caactggcgg agtacgtcgg ccgcgttctt gcccgcggtc agcatgtaga
      181 cttcagggcg gacaatcatt cggtcagcct tctgcaagac ggctggggcc gcggccgtga
      241 ctgtcacttc gctcagcccg acgcccgttt cagcgagggt gatcgtgccg aggtccggtt
      301 cggaggcgcg g
//
LOCUS       SEQF2634|AYYE01000587.1 1115 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1115
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             143..934
                     /locus_tag="SEQF2634_00173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADLLTAPIRNRLTSERRGLGLLARSRTLSARADYDFKLPLEML
                     FCYVGASYVQQRNSLMPSLAVSPQLIEATVRCMPHHTRHASVYFGVTKRFQSVGTKAA
                     LNAGFTRGQQAMIQNERRYDYQLSTLWFTPTVVAKPFGDPVELAYSYRFVKTFNRIRS
                     GRTSSHLSQTHDIRLHLQPAAAWLLTAASDITTEAWSTGRPVTATLFDLGLSYRHRAL
                     RLSLDLRNVFNRRHYSYSLFSAVNTYTYSYRLRGRELWLTASLTR"
ORIGIN      
        1 ggactacacc aaccggggga gcctccccgc gacttatcgg acgggccgat ggacggccgc
       61 cccgtcgctt tacttctact atgcgctctc gccgcgatcc atcgtccggc tgcagggggc
      121 gtatgcggag acggacggcg atttggccga cttgctcacc gcgcccatcc gcaatcgcct
      181 gacgtccgag cggcgtggcc tcggcctgct cgcccgtagc cgcacgcttt ccgcccgggc
      241 cgattacgac ttcaagctgc ccctcgaaat gcttttctgc tacgtcggcg cgtcgtacgt
      301 gcagcagcgc aacagcctga tgccgtcgct ggcggtcagt ccgcagctga tcgaagcgac
      361 ggtccgctgc atgccccatc atacgcgcca cgcaagtgtc tacttcggcg tcaccaaacg
      421 cttccagtcc gtcgggacaa aggcggcgct caacgccggc ttcacgcgtg ggcagcaggc
      481 gatgatccaa aacgaacggc ggtacgacta ccaactgagc acgctttggt tcaccccgac
      541 cgtcgtcgct aagcccttcg gcgaccccgt agagttggcc tatagctacc gcttcgtcaa
      601 gactttcaac cgcatccgca gcggccgcac gtcgtcgcat ctctcgcaga cgcacgacat
      661 ccggctgcat ctccagcccg ccgccgcatg gctcctcacg gccgcgtccg acatcaccac
      721 cgaggcctgg tccaccggcc gccccgtcac cgccaccctc ttcgaccttg gcctctcgta
      781 tcgtcaccgc gccttgcgcc tcagcctcga cctgcgcaac gtcttcaacc gtcggcatta
      841 cagctattcg cttttcagcg ccgtcaacac ctacacctat agctatcgcc tccgcggccg
      901 tgagctgtgg ctcaccgctt cgcttacgcg atgatgccgg gcgtcgcctc catcgtttgg
      961 ggaaatgctt gcaattccaa acagcttctt gagatctacg tacgggcgtt ctgctcgctc
     1021 gtcgctatgt cacttgggag gagtctctgg gtcgaaagcg acgccagaat gtcgcatgac
     1081 ggggccgcca cccccgattc acaccgcggg aaggc
//
LOCUS       SEQF2634|AYYE01000588.1  267 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcctacatga gcctcaagcg ctggcaggga caggtgttct ccggacccgc catcagcacc
       61 gtcatgtcta tccgtaatcc gatcagtaac ccgggctact tagacgaaaa gttctcgcag
      121 attgtcgact tcatcgagta ctaccactcg ctggcggcct tcgatcagat caacgtcacc
      181 gaccgcctcg cggccatgct cgccttgcgc tacaacatgt tccgccgcaa catcacaacc
      241 agcaagtcgg acaaccgcgt cgtgacc
//
LOCUS       SEQF2634|AYYE01000589.1  429 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             14..310
                     /locus_tag="SEQF2634_00174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAYNVKKKAVGRPKREKFDAYRDITEAQHRKALEAAFAEKEAY
                     GYQELADALRKAYASVGVSLSGNKVVSLITTLKNKRMIEQKQGKKYSFLPDFHY"
ORIGIN      
        1 gctgcccgaa ctgttggatg cctacaacgt caagaagaag gcggtaggcc ggccgaaacg
       61 ggaaaagttc gatgcctatc gtgacattac cgaagcacaa catcgcaagg cgttggaagc
      121 ggcttttgcg gagaaagaag catacggcta tcaggaattg gcagacgcgc tacggaaggc
      181 ctatgcctcg gtcggtgttt cgctcagtgg aaacaaggtg gtcagcctga ttaccacact
      241 gaagaataag cgaatgatcg aacagaaaca gggcaagaaa tacagcttcc tgcccgactt
      301 ccactattga aaccccaact tcgccatcgc tttactttac ttcggggtgc ctatatataa
      361 ggactaaagc aaagtgattc gggggcaccc ggcatgcact ttactttatt cccgtaccct
      421 atatatacg
//
LOCUS       SEQF2634|AYYE01000590.1 3014 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3014
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             304..1812
                     /gene="degP"
                     /locus_tag="SEQF2634_00175"
                     /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
                     VFKQPVHLTGYEAAPAERTDFTYAADMAVHAVVHIKATTKVDTRMQRGGDIFDPFEFF
                     FGNGGGFQQRTPQPRVGSGSGVIISTDGYIVTNNHVVENSDELEVTLNDNRKFPAKII
                     GTDPSTDIALIKIEAKDLKTLPFGDSEQLKVGEWVLAVGNPFNLNSTVTAGIVSAKGR
                     GIMSGGSDRNKIESFIQTDAAVNPGNSGGALVNTRGELVGINTAIYSETGNFAGYSFA
                     VPISIAGKVVSDLKQYGAVQRAVLGISIQNAEAAASNDKKVKELEGAYVAEFGQHSSA
                     KTAGLEVGDVITAVNGVRVRSSNALQEQIGKFRPGDKVKLDVDRYGSKKTFTVELRNS
                     QGSTAVVKKNGDASEVLGAAFRALSDEQKREYGVSYGIEVNGISRGKVQEAGIRKGFI
                     IMVVNDQRISSPEDLFQIVERVQKGSSEEQGLFIKGFYPNGRTQFYAINLSE"
     CDS             1918..2778
                     /gene="sigA"
                     /locus_tag="SEQF2634_00176"
                     /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"
ORIGIN      
        1 aaggaaatga gccgaaaaag tttgtggcgg ccgatttcct caaggaaatg ggccgaaaaa
       61 gtttgtggcg agcgatttcc tccaggaaat gggccgaaac ggtttcgggc gacccgattg
      121 cattgccatt tctgccgccc tgtcaggtcc ggggcgaggg agccgggcgg tggccgttaa
      181 gcccggttaa gtctgaaaag tagctggtta aaagtgccga aagcgcagcg gagcaaagaa
      241 taattgcacc ctttttgagt tttcagaccg catctaatct ctaatcaatt aaagatcgaa
      301 acaatgaatg caatgtggaa aaaaggattg gcggtcgccc tcgtagcggc gatcagcttc
      361 gtgtcggccc tgggcgccgt cacgtatatg gctcaccgca acgccgacgt gcgcgccatg
      421 gtgggcgaca acgatgtgtt caaacagccg gtgcacctga cgggctatga ggccgcgccg
      481 gccgaacgca ccgactttac ctacgccgcc gacatggccg tgcacgccgt ggtgcacatc
      541 aaagccacca ccaaggtgga cacacgcatg cagcgcggcg gcgacatctt cgaccccttc
      601 gagttcttct tcggcaacgg cggcggcttt cagcagcgca caccgcagcc gcgcgtcggg
      661 tcgggctcag gcgtgatcat ctccaccgac ggctatatcg taacgaacaa ccacgtggtc
      721 gagaactccg acgagctgga ggtgacgctc aacgacaacc gtaagttccc cgccaagatc
      781 atcggcaccg atcccagcac ggacatcgcc ctgatcaaga tcgaggcgaa ggacctcaag
      841 acgctcccct tcggcgactc cgagcagctc aaggtgggcg aatgggtctt ggccgtcggt
      901 aacccgttca acctgaactc aaccgtcacc gcgggcatcg tcagcgccaa aggccgcggc
      961 atcatgtccg gcggctcgga tcgcaacaag atcgagtcgt tcatccagac cgacgcggcc
     1021 gtgaacccgg gtaacagtgg cggcgcactc gtcaacacac gcggcgagct ggtaggcatc
     1081 aacacggcca tttattccga gacgggcaac ttcgctggct actccttcgc cgtacccatc
     1141 agcattgcgg gcaaggtggt cagcgacctc aagcagtatg gcgccgtgca gcgtgccgtc
     1201 ttaggcatat cgattcagaa tgcggaggcc gctgcctcga atgataagaa ggtcaaggag
     1261 cttgagggcg cctatgtggc tgagttcggc cagcacagct cggcgaagac agccggcctg
     1321 gaggtgggcg acgtcatcac ggccgtcaat ggcgtgcgcg tccgttcgtc caacgcgctg
     1381 caggagcaga tcggcaagtt ccgcccgggc gacaaggtga agctcgacgt ggaccgctac
     1441 ggatcgaaga agaccttcac cgtggagctg cgcaactcgc aaggcagcac ggcggtggtg
     1501 aagaagaatg gcgacgcgtc ggaggtgctc ggagccgcct tccgcgccct cagcgacgaa
     1561 caaaaacgcg agtacggtgt tagttatggc atcgaggtca acggcatcag ccgcggcaag
     1621 gtgcaggagg ctggcatccg caagggcttc atcatcatgg tggtgaacga ccagcggatc
     1681 tcctcgcccg aagacctctt ccagatcgtg gaacgtgtgc agaaaggctc gtccgaggag
     1741 caaggcctct tcatcaaagg cttctacccg aacggtcgca cccagttcta cgccatcaat
     1801 ctgtcggagt aaaccgatgg gcgagacgcc gcagcatagc gcctatgcgt gaagatgcag
     1861 cgcctcgccc tatctttgca ccctgtattc cattgatata tatcatcatc ttatcgaatg
     1921 agacaattaa agattaccaa gtcaatcacc aatcgtgaga gtgcatcgtt agacaaatac
     1981 ctccaggaga tcggccgcga agacctgatc accgtcgagg aagaagtcga gcttgcacaa
     2041 gccatcaaga aaggcgaccg caaagcgctg gagaagctca ccaaagccaa cctgcgcttc
     2101 gtcgtttccg tggctaagca gtaccagaac caaggcctga gcctgcccga cctcatcaac
     2161 gagggcaacc tgggactgat caaagccgcc gagaaattcg acgagacacg cgggttcaag
     2221 ttcatctctt acgccgtgtg gtggatccgc cagtccatct tgcaggccct ggccgagcag
     2281 tcacgtatcg tgcgcttgcc gctcaatcag gtcgggtcgc tcaacaagat cggcaaggtg
     2341 ctttcccgct tcgagcagga gaatgagcgt cgcccgtcgg ccgaagagct ggccgaagag
     2401 ctggacatcc ccgtggacaa gatcacggac accctcaagg tctccggccg acacgtctcg
     2461 gtggacgccc ccttcgtcga aggcgaggac aacagcctgc tcgatgtgct tgtcaacgag
     2521 gacaccccca acacggatgg gacattgatg tacgaatcgc tgtcgaggga aatcgacaga
     2581 gcacttgcta cactcaccga gcgcgaaagc gacatcatta agatgttctt cggcatcggc
     2641 tgccaagaag ttacactgga agagatcggc gataaattcg ggctcactcg cgagcgcgtc
     2701 cgccagatca aggagaaagc catccgacgc ttacggcagg gtacacgcag caagctgctg
     2761 aaaacttatt tgggttgagc tttacggata cacgtcgccc ccgcccgatg aaggacgcgg
     2821 ggtaaaaact ccaagctcgg ggaaaaaaga atcccgggag tgcttctatc aaaagagcgc
     2881 ttccgggatt tccttgttta tggccttgtc ttttctcttg agggatcttc ttttcttgcc
     2941 ttgatgcaag aaaagaagca aaagaaaatc aaggcgtcag ggacgccagc caactttgca
     3001 gcggccttat ttct
//
LOCUS       SEQF2634|AYYE01000591.1  324 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tctggggcgt gaccatcgtg gccgtagcct acgtcgggct gaacgccacg ttcctcagcc
       61 tcgtgccgca cgaggaaatg cagggcaagt tgcaggtggg atttatcgcc gcgcaacacc
      121 tcttcggacc caccggtgcg agcctgatgg cgggtgtgat cggactgtta ctcgtttcgt
      181 cgatcagctc gatgattttc atcgggccgc gcgtttcgca ggtgatgggt gaggattata
      241 cgctgttccg cttcttgtcg caccgtagcc gacggggcac gccgaccgtg gccgtggccg
      301 tacagtccgc catcagtctg ctgg
//
LOCUS       SEQF2634|AYYE01000592.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaaagttccg agaggtgccg tcgtgtcgca cgggtggggt cgggcctaca tgacgcctgc
       61 cacgccccgc ggttgtgcag cctctttatc ggtctacttt tgccgccgcg ataagtaaaa
      121 acagtacact acaataacac atgaagcaat caatgaagcg aggcacactc tgtgtgcaag
      181 gcggctggca accgaagaac ggtgagccgc gcgtggtacc gatctatcag agcaccacgt
      241 tcaagtatga atcaagcgac gagatggggc gactcttcga cctcgagg
//
LOCUS       SEQF2634|AYYE01000593.1  639 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..639
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             6..161
                     /locus_tag="SEQF2634_00177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRRKMQQRFIVTVEFIDWKMEPEPMSVVSRFSRRMSMLWTTA
                     SAVLSLP"
ORIGIN      
        1 ggttgatgcc gcggaggcgg aagatgcagc agaggttcat cgtgacggtg gagttcatcg
       61 attggaagat ggagccggag ccgatgagcg tcgtgtcgcg cttctcgcgg aggatgtcca
      121 tgctgtggac gacggcctcg gccgtgctgt cgttgccgta gaggatgccc acgtcgtggc
      181 ggtcgatgta gtcggcgtcg aggccggcct gacggagggc gtcgcgggtg gcgacgtagg
      241 cgtacttggc ttgttcgggc atgtaggtgc gctggctgcg gctgagttcg cccttgaggt
      301 cgggtgtgtc gagccgggcg gtgagtgccg accggaagcc gaggtctttg cgctgagggt
      361 cgagggtgat gcccgaccgt ccctcgcgga gggattgctc gacggcgtcg ggcgtggtgc
      421 ccaggcagga gtagatgccc aggccggtaa tgactgctct gttcattctt cggtgtagtt
      481 atgagaagtt acgggccaag gcccgagtag ttagaggtag taaagggtag agacgtaaaa
      541 aatgccgggc acccccgtgg gtacccggca ttttcgcgtt taggttaccc ttattcctcc
      601 ggcaggcggt aggggcgtat tgcatacgcc ccaccacac
//
LOCUS       SEQF2634|AYYE01000594.1 3063 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3063
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(519..2720)
                     /gene="hppA1"
                     /locus_tag="SEQF2634_00178"
                     /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="METLFVIVPLAAVLALAFAYVFYSQMRKESEGTPTMQEIAEHVR
                     KGAMAYLKQQYKVVAIVFVILALFFAVLAYGFHVQNPWVPFAFLTGGFFSGLAGFIGM
                     KTATAASARTANAARNSLNSGLKIAFRSGAVMGLTVVGLGLLDISVWYLVLNAFVDAT
                     GPQKLVVITTTMLTFGMGASTQALFARVGGGIYTKAADVGADLVGKVEAGIPEDDPRN
                     PATIADNVGDNVGDVAGMGADLYESYCGSILATAALGASAFYNDGDVQAKAVFAPMLI
                     AAVGIILSIVGIYTVKTKEGAGMSQLLKSLGFGVNLSSALIAAASFGILYLLEIPNWA
                     GLSCSVIVGLVAGFIIGQSTEYYTSHSHKPTQTIAHSAESGPATVIISGLGMGMISTA
                     VPVITIAVAIILAFLFATGFDTANLLTAHNLSLGLYGIGIAAVGMLSTLGITLATDAY
                     GPIADNAGGNAEMSRLEPHVRQRTDVLDALGNTTAATGKGFAIGSAALTALALLASYI
                     EEVKIGLQHIGTTTIDIAGRTVDVAQATIPDFMAYYQVDLMNPKVLIGVFVGSMMAFL
                     FCGLTMNAVGRAAGKMVEEVRRQFREIKGILTGDATPDYARCVAISTQGAQREMLFPS
                     LLAIIVPVLVGIFFGVSGVLGLLVGGLGAGFVLAVFMANSGGAWDNAKKYIEEGNMGG
                     KGSEAHKATVVGDTVGDPFKDTSGPSLNILIKLMSMVSIVMAGLTVAFSIL"
ORIGIN      
        1 gctgtgatat ggcttccgca tatgtctggc aggccgcctg ccaacatcgt cggagtgttc
       61 ggtgactctg gcaggcggcc tgccaacgtt accggagtct tcgatagtcc cggcaggcgg
      121 cctgccaacg ttaccagagt ctccgatagt cccggcaggc ggcctgccag agtcaccgaa
      181 cactctggcc actttggaag gccgcctgcc agccctttcg cccccggatg ttcagcgtct
      241 cgccccctga gcaacaggcc gacgtatgat cacgataggc tcatagataa cagcagacag
      301 ccccaccgat aggtatcgat ggggctgtcg gtttatctgc gatcaccgga tccgatttat
      361 ttcggaggct accctcgaag atgtttctga tgattttgat tcatcgttag acgatcacag
      421 caagctcgtg tgaggattga tgatggaaca aaagggcaga aacaggctcc gataggtccg
      481 aaacagaaaa gagaaagatc cgccaaaaga gcttctcatt aaaggatcga gaaagctacg
      541 gtcaatccgg ccatgacgat cgagaccatc gacatgagct tgatcagaat gttgagcgac
      601 gggccggagg tgtccttaaa cgggtcgccg acggtgtcgc ccaccacggt ggccttatgc
      661 gcttcggagc ccttgcctcc catgttgcct tcctcgatgt atttcttcgc attgtcccat
      721 gcgccacccg agttagccat gaaaacggcc aggacgaagc ctgcacccag tccgccgacc
      781 agcaatccca gcacaccaga cactccgaag aagatgccga cgagcaccgg cacgatgatc
      841 gccagcagcg acgggaagag catttcacgt tgtgcaccct gcgtggagat ggccacacag
      901 cgagcataat caggcgtggc atcgccggtc aggataccct tgatctcgcg gaattgtcgg
      961 cgtacctcct cgaccatctt gcctgctgcc cgtcccacgg cgttcatcgt tagcccgcag
     1021 aacaggaagg ccatcatgga gccaacgaag acaccgatca acaccttcgg gttcatcaaa
     1081 tccacttgat agtaagccat gaagtcgggg atggtggctt gtgccacgtc gacggtacgg
     1141 cccgcgatgt cgatagtcgt tgtgccgatg tgttgcagac cgatcttcac ttcctcgatg
     1201 taggaggcca ggagggcgag ggctgtcagg gcggctgagc cgatggcgaa gcctttgcct
     1261 gtggctgccg tggtgttgcc cagggcgtcg agcacgtcgg tacgttggcg gacgtgtggc
     1321 tcgagccgac tcatctcggc gttaccaccg gcattgtccg cgataggtcc gtaggcgtcg
     1381 gtggcgaggg tgatgccgag tgtggagagc atgccgacgg ccgcgatacc aatgccatag
     1441 aggccgaggc tgaggttgtg cgccgtgagc aggttggccg tgtcaaaccc agtggcaaag
     1501 aggaaggcga ggatgatggc cacggcgatc gtgatcaccg ggacggccgt ggagatcatc
     1561 cccatgccga gtccggagat aatgaccgtg gcgggaccag actccgcgct gtgagcgatc
     1621 gtttgcgtcg gtttgtgaga atgcgacgtg tagtattcgg tcgattggcc gatgatgaag
     1681 cctgccacca acccgacgat cacggagcag gagaggccgg cccagtttgg aatctcgagc
     1741 agatagagta tgccgaaaga agcagcagca atcagggcgg agctgaggtt cacgccgaag
     1801 ccgagcgact tgagcagctg gctcatgccc gctccctcct tcgttttgac ggtgtaaatg
     1861 ccgacgatgg agagaatgat gccaacggcg gcgatcagca tgggggcaaa gacggcctta
     1921 gcctgtacgt cgccatcgtt atagaaggct gaggctccga gtgcggccgt ggccaggatg
     1981 gatccgcagt acgactcgta aagatccgcg cccataccgg ccacatcgcc gacattgtcg
     2041 cctacgttgt ccgcaatcgt ggccggattg cgggggtcgt cctccgggat cccggcttcg
     2101 accttcccca ccagatcggc acccacgtct gcggccttcg tatagatgcc gccacccacg
     2161 cgggcgaaga gtgcttgcgt cgaagctccc attccaaagg tgagcatggt cgtcgtgatc
     2221 actacgagct tctggggccc agtggcgtct acaaaggcgt tgaggacgag gtaccagacc
     2281 gagatgtcaa gtagccccaa accgaccaca gtaagcccca tcactgcgcc agatcgaaaa
     2341 gcgatcttca gaccagagtt gagcgagttg cgcgctgcgt tcgctgtgcg ggccgaggcc
     2401 gcggtggccg ttttcatccc gataaacccg gctaatccgg agaagaatcc accggtcagg
     2461 aaggcaaacg gaacccaagg gttctgcaca tgaaagccat aggctagtac tgcaaaaaac
     2521 aacgccaaga taacaaagac aatagcgaca actttgtact gttgcttcag gtaagccatc
     2581 gcgcccttcc gcacatgctc tgcgatttct tgcatggtgg gggtaccttc actttctttc
     2641 ctcatttggc tgtagaagac gtaggcaaac gccagcgcca gcaccgcagc caatgggact
     2701 attacgaata gtgtttccat aggagtgtaa tgagtttggt gtgatgtgta tgtataaatt
     2761 actgcgcgaa aatagcgtct tcttcttttg tggtccaaag ttgttttcag attaaaatta
     2821 tccaccctct tagatctcaa aaatcgctct gccatggtcg ctgtcggagc agtcaaaagt
     2881 ggccggggtc tcggaaggcg tcagggatgc cggccgaaca cctcaaaagc ccgtacccgg
     2941 caaacttcgc aggcggccgc agccgccccg aggcctcgga aagtatcaaa acgcgccgct
     3001 gaacgtttcc gagggctcgg aaggcgtcaa aacgcgccgc tgaacgtttc cgagggctcg
     3061 gaa
//
LOCUS       SEQF2634|AYYE01000595.1  370 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(254..364)
                     /locus_tag="SEQF2634_00179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRLGPAGASQRAARVIAALTHSGTRPKSPPSVEA"
ORIGIN      
        1 caggtgtaga cgcggtcgtc catcttaaag aggatgcgca ggatgggaat gatgagcgcg
       61 aaggagaaga cgttgaggat ggcggagagg atgttgaagg cgatgttcag cgccatgaag
      121 cgtttatagg gcggaacgaa ccgtcgcagg acgcggaaga agtctttcat attctatcta
      181 tacgtgggat gaaccttgcg tggggatggc cctccttctc ttctctggat ggaagaaaag
      241 aggccaaaga agatcaggcc tccaccgagg gaggggattt tggccgggta ccggagtggg
      301 tgagggcggc gatgacccgc gctgcgcgct gcgaggcgcc ggcggggccg aggcgctgga
      361 tcatgcggtc
//
LOCUS       SEQF2634|AYYE01000596.1 1273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             248..1204
                     /locus_tag="SEQF2634_00180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLQELTNTYKNLVRRIDNGQMKEAFDLLTHFITVTGQHAFTSR
                     VEELQNTYRYMLHYYVEGSNDPTRHRIRADIRRRAYELADAVRHATFGDISPATYYSV
                     RRSVRYAGIGITSILRQVALYAEAGDREHGEPAANRLFDALWTTEFIDADTASTLREA
                     LCSRSFPTDVKTLLVSALLLGLQASFDREKMRLLFDAAALSDADTVNVSLQALVAICL
                     TLYTYSTRIDLYPEVQERLEMLAEMPDFRRRLSSVIVRFILTRETEKVAHRLKDEILP
                     EIMKLTTQGGKGPTTDFLKEIAGEEMNPEWMERMVGRSDNEA"
ORIGIN      
        1 cagcgcggct gcgtgggctt cttcttcttt acgataatcg tacgcatgac gatcttgttc
       61 tttttcaact tacgcttcat tgtatgactc gcttatgatt tacgccgcaa agatatgcgc
      121 ggccgatggc ctcgagctat gtctggaggt gagatgttta tccgcttttt ggcatggcat
      181 ttgtaaaatc aactggcatt ttatttcaca cgaaataccc catcactcca atatagaccc
      241 ccaaccaatg actctccaag agcttaccaa cacctataaa aatctcgtca ggcgaatcga
      301 caacggccag atgaaagagg ctttcgacct gctcactcat ttcatcacgg tcaccggcca
      361 acacgccttc acctcccgag tcgaggagct acagaacaca tatagatata tgttgcacta
      421 ctacgtcgaa ggctccaacg acccgacgcg tcaccgtatc cgtgccgaca tccgtcgccg
      481 tgcttatgag ctggccgacg ctgtccgtca cgcaaccttt ggcgacatct cacccgccac
      541 ttattactcc gtccgtcgct ccgtccgcta tgcgggcatt ggcatcacgt ccatcctgcg
      601 gcaagtggcg ctttacgccg aggccggcga ccgtgagcac ggcgagcccg cggccaatcg
      661 tctcttcgat gcgctctgga caactgaatt tatcgacgcc gacaccgcgt ccaccctacg
      721 tgaagcactg tgcagccgtt cgttccccac cgacgtaaag acgcttctcg tctctgccct
      781 tctgctcggc ttgcaagcgt cgttcgatcg agagaagatg cgcctactct tcgacgccgc
      841 cgcactctct gacgccgaca cggtcaacgt cagtctgcaa gcgctcgtgg ctatctgcct
      901 cacgctctac acctacagca cgcgaatcga cctctatccc gaggtgcagg aacgactcga
      961 gatgctggcc gagatgcccg acttccgccg ccgactctcc tccgtcatcg tccgcttcat
     1021 cctcacccgc gagacggaga aggtggccca tcgactcaaa gacgagatcc tgcccgagat
     1081 catgaagctg accacacaag gcggcaaggg ccctacgacg gacttcctca aggagattgc
     1141 cggcgaggag atgaaccccg aatggatgga gcgcatggtt gggcggagcg acaatgaagc
     1201 gtaagttgaa aaagaacaag atcgtcatgc gtacgattat cgtaaagaag aagaagccca
     1261 cgcagccgcg ctg
//
LOCUS       SEQF2634|AYYE01000597.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cactaaggcc atcagaaagt cccgaaactt ggctggcgtc cctgacgcct tgattttctt
       61 ttgcttcttt tcttgcatca aggcaagaaa agaagagtag aagaggcaaa acacgctacg
      121 cctcaaactc cctactaggt aggaagtgca aaacgcgcca cgtttcggtg ttgctaccaa
      181 gtaggaagtg caaaacgcgt cgcgtttcag tgttgctact aagtaggaag tgcaaaacgc
      241 gccacgtttc gaggtctcat ggtaggggcg tattgcatac gccccaccga atggccccgc
      301 ag
//
LOCUS       SEQF2634|AYYE01000598.1 2845 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2845
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             83..850
                     /locus_tag="SEQF2634_00181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIFIGIAAGVCFYYTSLTVNVVGMLLLVWANSYDSADGQLARM
                     TGQKSPLGRVLDGFCGDVWFFTIYVAICLRLMPEWGLWIWLLAIVTGSYHSKQAAMAD
                     YYRNIHLLFLKGRAGSELSHSQAVAESYRRMTWRGDFVYKLFEMFYLRYTRGQERSTP
                     RFQEMMDVIRHDYADEAPEWFRTAFRTRSLPLMKYTNMLSFNTRVIALFVSLLIDTPW
                     LYFAFELTVLNAMLIYMVRTHERFCAQFTEQLKEAVR"
     CDS             847..1563
                     /gene="yjjG_1"
                     /locus_tag="SEQF2634_00182"
                     /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
                     RAAYVHAERTMAQLPLVRPEHTFADMMRIKIDLQVDWLQEKSALPDFRATRHVRRRLA
                     GRCYASAERCVAAARPLIAALAERYPLALVSNFYGNIGAVLHDFRLDRYFPHVIESAV
                     VGVRKPDPAIFRLGLDALGISDASSTVIIGDSYDKDILPAASLGCRTVWLKNIGWKPY
                     TGAEQADVVITDFKELEELL"
     CDS             1560..2660
                     /gene="fic"
                     /locus_tag="SEQF2634_00183"
                     /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="MIYLHEREEWWRFRYDTEAIETPLRHAHDRQARLSALAGAMWRD
                     MQDDLTLSSLSDELVHSSAIEGERLDLTEVRSSIARRLGIDTAGLIPSSRYVDGVVEM
                     LLDATQHYDAPLTRERLFGWHAALFPTGYSGPYRIEVARYRTGQMQVVSGPMGRERVH
                     YMAPAPDRLPTEMARFLAWINASNEREDGVLKAAIAHLWFVSIHPFDDGNGRIARAIT
                     DLLLSRAEGHARRFYSMSSSIMQHRRDYYDVLERTQHGDGEITDWLQWFLACLSETIE
                     AVLERISTAFHKHHFFHAHRTMAMNERQRLLISRLFDGLEGKLTVAKWAKLAKCSRIE
                     AEADIADLVSRGILREDRSTRHISYSLETEAL"
ORIGIN      
        1 catctggttt taccgcccca tcggctaccg ctgggcgctg ctcttccaca ggttaggcgt
       61 ctcgcccaac gcgatcacga tcatggccat cttcatcggc attgccgccg gcgtatgctt
      121 ctattacacc agcctcacgg tgaacgtggt cggcatgctg ctgctcgtct gggccaactc
      181 ctacgacagc gccgacgggc agttggcgcg catgacgggc cagaagtcgc ccctcgggcg
      241 cgtgctggac gggttctgtg gcgacgtctg gttcttcacc atctacgtag ccatctgcct
      301 gcgactcatg cccgagtggg ggctgtggat ctggctactg gccatcgtca cgggcagcta
      361 ccacagcaag caggccgcca tggccgacta ttaccgcaac atccacctgc tcttcctcaa
      421 ggggcgtgcg ggaagcgagc tgtcgcactc gcaggccgtc gcagagagct accgccggat
      481 gacgtggcgc ggcgacttcg tctacaagct cttcgagatg ttctacctcc gctacacccg
      541 tggccaagag cgctccacgc cgcgctttca ggagatgatg gacgtcatcc gccacgacta
      601 tgccgacgag gcgcccgagt ggttccgcac ggccttccgc acccggagcc ttccgctgat
      661 gaagtacacc aatatgctct cgttcaacac gcgcgtcatc gccctcttcg tctcgctact
      721 catcgacacg ccgtggctct acttcgcatt cgagctgact gtgctcaacg cgatgcttat
      781 ctatatggta cggacgcacg agcgcttctg cgcccagttc accgagcaac tgaaggaggc
      841 tgtgagatga aaatggatca catcgcggcg ctcctcttcg actacggggg cacgatcgac
      901 agcaacgggc tgcattggtc ggaggtcatt tggcaggcct acgaggcgga ggatgtgccg
      961 gtcacgaagg aggactttcg cgcggcctac gtacacgccg agcggaccat ggcgcagctg
     1021 ccactcgtac ggcccgagca cacgttcgcg gacatgatgc ggatcaagat cgacctgcag
     1081 gtggactggc tgcaagagaa gtccgcgctg cccgatttcc gtgccacgcg ccacgtgagg
     1141 cgtcgtctgg cagggcgttg ctatgcctcg gccgagcggt gcgtagcggc tgcacgcccc
     1201 ctcatcgcag ccttggccga gcggtatccg ctggcgctcg tctcgaactt ctacggcaac
     1261 atcggcgccg tgctgcacga cttccggctg gatcggtact tcccgcacgt catcgagtca
     1321 gccgtggtgg gtgtccgcaa gcccgacccc gccatcttcc gcctcggcct cgacgcctta
     1381 ggcatcagcg acgcctcgag cacggtcatc atcggcgact cgtacgacaa ggacatcctg
     1441 cccgccgcct cgctcggttg ccgcaccgtc tggctgaaga acatcggctg gaaaccctac
     1501 accggcgcag agcaggccga cgtggtgatc accgacttca aggagctgga ggagctgcta
     1561 tgatctatct gcacgaacga gaggagtggt ggcgcttccg ctacgacacg gaggccattg
     1621 agacgccctt gcgccacgca cacgaccggc aggcgcggct ttcggccctg gcgggggcga
     1681 tgtggcgcga tatgcaggac gacctgacgc tctcctccct ctccgacgag ctcgtgcact
     1741 cctccgccat cgagggcgaa cggttagacc tgaccgaggt gcgctcctcc atcgcccgac
     1801 ggttaggcat cgatactgcc gggctcatcc cttcttcacg ctacgtggac ggggtcgtgg
     1861 aaatgctcct cgacgccaca cagcactacg acgcccccct tacccgcgag cgcctcttcg
     1921 gttggcacgc cgccctcttc cccaccggat acagcgggcc gtatcggatc gaagtagcgc
     1981 gttatcgcac gggccagatg caggtcgtgt ccggcccaat ggggcgtgag cgcgtgcatt
     2041 acatggctcc cgccccggac cgactgccca ccgagatggc gcgtttccta gcctggatca
     2101 atgcctccaa tgagcgtgaa gacggcgtgc tcaaggcggc catcgcccac ctttggttcg
     2161 tctccatcca ccccttcgac gacggcaacg gacgcatcgc ccgcgccatc accgacctgc
     2221 ttctgtcgcg cgctgaaggc catgcgcggc gcttctatag catgtcgtcc agcatcatgc
     2281 agcaccgaag ggactactac gacgtgctcg aacgcaccca gcacggcgac ggcgagatca
     2341 ccgattggct ccagtggttc ctcgcctgcc taagcgaaac gatcgaggcc gtattggagc
     2401 ggatctccac ggccttccat aagcatcact tcttccatgc gcatcgaact atggcgatga
     2461 acgagcgaca acgcctgctc atcagccgac tgtttgacgg tctcgaaggc aagctcaccg
     2521 ttgccaaatg ggccaagctg gccaagtgtt cccgcatcga ggcagaggct gacatcgcag
     2581 atctggtatc gagaggcatc ctccgcgagg atcgatccac gcgccacatc agctacagcc
     2641 tcgagaccga ggccttgtag gccctcctca tcagacatac cctctggcag accgccgttt
     2701 gcatcgcccc aagagttagg cggtgtgaac ggcggccccg tttttgatcg cgcagctaag
     2761 aatagtgaaa aacaggccgc ctttttcacc gcgcacccaa gaactgtgaa aaacagaccg
     2821 cctttttcac cgcgcaccca agaac
//
LOCUS       SEQF2634|AYYE01000599.1 1188 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1188
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(576..896)
                     /locus_tag="SEQF2634_00184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTFCPPAPLLRKVSQRISPSLISTSNSSASGKTATVAADVWTR
                     PCVSVCGTRCTRCTPDSYLSVPYTLSPVTVKMISLNPPEVPSLTLDTATPHPFISQYL
                     AYIR"
ORIGIN      
        1 ctgtatggtg atgagaaata cgtactgaat gaggacttcg tgtttgattc tcccagcgga
       61 gcggccggcg cctgcttggg gcgaagcagc aacggctatg atgtatggaa aaccgaggca
      121 ggcgtgacgc tcaaatcata tttggaaaat ctaaaacaaa cgcatcccta aatgaacgct
      181 aaccccatcc ttcaaaagct cgacggcctt acggcgcgtt tcgaggaggt gtcgacgctg
      241 atcactgatc ccgaggtcat cgctgatcgc aaccgtttcg tgcggctgac caaagaatac
      301 aaaggcctcg aagagttgct ggccgcaaaa cgcgactacg aacaactgtt ggccaacctc
      361 gacgaggcgc gaagcatcgt catgaacgac gacgatccgg acctcaagga gatggcccgc
      421 gaagagatcg cgaccggtga ggagcgtctg cccgccctgg aggagcagat caagctcatg
      481 ctcgtacctg ccgatccgga ggacgctaag aacgccatcg tcgagattcg cggcggcacg
      541 ggcggcgacg aggccgcact ctttgccggc gacctctatc ggatgtacgc caaatactgc
      601 gagataaagg gatggggagt ggccgtgtcg agcgtcagcg agggcacctc gggcggattc
      661 aaggagatca tcttcaccgt cacgggcgac aacgtgtacg gcacgcttaa atacgagtcg
      721 ggcgtgcacc gcgtgcagcg tgtgccgcag accgagacgc agggacgcgt ccacacgtcg
      781 gcggctaccg tggccgtctt gcctgaggcc gacgagttcg acgtggagat taacgagggc
      841 gagatccgtt gggacacctt ccgcagcagc ggcgcgggcg gacagaacgt gaacaaggtg
      901 gagtcgggcg tcaggctgaa ctatacgtgg cgcaaccccg tcacgggcga gtcagaagag
      961 atccgcatcg agtgtaccga gacgcgcgac cagccgaaga acaaggagcg cgccctctca
     1021 cgcctccgct ccttcatcta cgaccgcgag cacagcaaat acatggacga catcgcctcg
     1081 cgtcgcaaga ccatggtctc caccggcgac cgttcggcca agatccgcac ctacaacttt
     1141 ccccaaggtc gcatcaccga ccaccgcatc aattacacca tttacaac
//
LOCUS       SEQF2634|AYYE01000600.1  564 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(36..440)
                     /locus_tag="SEQF2634_00185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKKKGVANRKICQKIGLAYGGFTGENKKRPVNSDA
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEEIKSLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQAKRDRSPAKGD"
ORIGIN      
        1 gtcgttcctt atcctcgatc tctttttgtc tggcctcaat ctcccttcgc tgggcttcga
       61 tctctctttg cctgggcttc gatctccctc tgtttggcct caatggcggt gcgcaagtgc
      121 tcattttcag cttctaagcg gccgactttg acagatagag actttatttc ttcgatgaag
      181 ccggggaagg ccggttccga tggtgggggt gccacttccg gcgccgattg ctcgcgcagc
      241 atagacccct gacccgtcaa aagccatcgg ggatttacat cgggatactc ggctaataaa
      301 ttagctattg catcagaatt tacaggcctt ttcttgttct cacccgtgaa accaccataa
      361 gccaaaccga ttttctgaca gatttttcga tttgcgactc cctttttctt agctatttgc
      421 aagattcttt ccttgatcat actggttttt gagctaaaat attttgccga acggaaaata
      481 tattaattgc cttgcagcgc tttcctgata ggaaggcgcg ctaaagataa gatatatgag
      541 tacgaataat gaaatgagaa agat
//
LOCUS       SEQF2634|AYYE01000601.1  449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttccagcgt aaaagagcgc cttaagtgcc tggaaagcat agcgattctt gaggaaggca
       61 ttcgtttcgg ctctgtaatc ccgaatagct tcctcgacca gctcctcaga cgtcttttga
      121 ggcgtatcag actgcggatt attgtaatac gaccacggat tgatcggtgt gcaggcgtag
      181 ttgtctacct ggtgggccag gcgtacgaag cgctcgaagg ctttcacctt cggactcgag
      241 gagtttgcga tggccgcaac ctttttaccc tcaagcatga aggctgcaat ctgttcccga
      301 gtgagttttc catccaaaaa gtcataccaa tcgttagtta cctcctcgtt gaatcggcgg
      361 ggatgctggt catcgtgtcc gttgtaaaac gtcgtgttgg ggtcataaaa gaggggccga
      421 taggccgccg catccctcat catcagctc
//
LOCUS       SEQF2634|AYYE01000602.1  390 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataaagccct gcttgactaa acgtgcgtca acgtagaccc aagaggagtc gccagcgggt
       61 gcttcctcga gcttgaactc cttctgcacg ccgtcttttt ggtagatgaa gacgtattcg
      121 tcttgcggag cgtcagcagg gatctccatc agtttgggga tgttcgcgcc gaccttatag
      181 gggcggaaat cgatcatcgg caggtggctg tagttccagt aacagaaggc gacgccaaaa
      241 gcgaaggcga agagtgcgac gatggagtgt gcccggttgc tatagcaggg tgtgagccgc
      301 cgacagtaga tgaaggcaat gatggcggcg actgagagga tgatgttttt gtagaacgtc
      361 tgccacttgg cgatgaacga cgacaagatc
//
LOCUS       SEQF2634|AYYE01000603.1 1066 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(424..816)
                     /locus_tag="SEQF2634_00186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAAATGETESGDSEPLTEVKEEALTEMKEEATREAGPGDSEPP
                     AEAKEEASEETPAAPVYDYEVLPHNRDGATEEQIAMAKKVLDQNADIPAVYIVGGLYL
                     SEEWRADRLSENGERKVTIRRIIKEKGS"
ORIGIN      
        1 atgcaccacg gtagcccgta tcggtcagga cgtccgtcag cgtcacgtgc ggcacgatgc
       61 gcgtgccggg caccgagatg agccttctga gggcaacgcg ccccgactgg cattccaagt
      121 aggcacggat cagcgccgaa tcgggctcga tgaccacaag cgtgtcgcgc accgtttccg
      181 tcacctcctg ccgtgtcacc tcgcgctctg ccggcacacg gtagacgtga cagccgacgg
      241 tcagccatat cagcgccatc agcgctatcc atcgattcat tgttagctgt tagttgctcg
      301 tccctcccct gagagagggc ctcccccgcc caccttttta ggggtaggca agggggaaag
      361 cccttccatg aacagaacga agtattcacc tgtcgtgcgg cctctgtcgg ccccactaat
      421 tgattaagaa cctttctctt tgatgatacg gcggatggtc actttgcgtt ctccgttctc
      481 ggacaatctg tcggcgcgcc attcctcgga gaggtagagc ccgcccacga tatagacggc
      541 cgggatgtcc gcgttttgat caagcacctt cttcgccatc gcgatctgct cctccgtagc
      601 cccgtcccgg ttgtggggga gcacctcgta gtcgtacacc ggtgcggccg gtgtctcctc
      661 cgatgcctcc tcctttgcct ccgcaggcgg ctccgaatca cccggcccgg cttcgcgggt
      721 ggcctcctcc ttcatctctg tcagagcctc ctccttcact tccgtcaggg gttccgaatc
      781 gcccgactct gtttcgccag tggccgcggc ctgcactcac tgcaccccca aaaaagagag
      841 gcacccaccg acgcctgcct cgcctttccg agggtgcgga ggctacgcga aggcggagag
      901 ggtgccccag aaacaataac acaaatgaaa aacagagaat aatcgaagtc tatctaccct
      961 caccgcgtct tacagtgccc cgcggcgagg gtcgccgcgc accaaaaacg cgtttggagc
     1021 ccaaaatgac cctcggattg cgtcaaaaac aggatttaag ccctgt
//
LOCUS       SEQF2634|AYYE01000604.1 1247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 catcatgtgt cgctactacg ggacgttgcc cacgcagatg cgtcaccttt ggtttgccac
       61 ccgattcctg tgggcaaaag cttcctttga aattttataa tgagtggcag attgaaaata
      121 gtaaagtaca attacataga tgctctaaga ggttgggcaa ttttaggggt tgtttcaacg
      181 cactgtgatt acacgcagct accctctccc ttattggtta atattctaaa atcaggaggt
      241 aacggcgtac aattattctt tgttgtaagt gcatgcactt tatggctgtc tctaacagct
      301 cggaaatcag aaaaaggatt tatctccaat ttctttattc gccgcatttt tagaatagcg
      361 ccactgtatt acttagctat tatttattac ctgtttcaag atgggcttgg ttcgaatggg
      421 ataggagctg tgtcgagtat aagtattggg aatattctat cgaatgtgtt gtttgttcat
      481 ggaattaatc catattggat caatagtttg gttccgggag ggtggtctat aacagatgaa
      541 gtgatgtttt actgtatctt gcctatttta ttttatcaga taaaatccat agatcacgcg
      601 ctctcctttt tctttgtctc cctttttcta aaaggaacgt tgcattttat tttatcttct
      661 atacctatga tatcagactc gattctatgg aattcttttt tgttttacta tttccctaat
      721 caacttcctg tctttctctg tggcgttatt cttttctttc ttatctttac gcccaaagaa
      781 caattgaaaa tatctccaat tgtcctccta ataatttcgc ttattattct attcgatttg
      841 tgtacgaaga aacctatcat attctaccac atccaatttg ggttggcttt cgttcttatg
      901 ggctatatgt tatcattaaa gccttattct ctattagtaa atagattcac tcggtatgtt
      961 ggcaaggtga gtttcggaat ctatttcact cattttgcag tgttgcatta tttagaaagc
     1021 tggtgtcagg aaacttgggg aagaatattg ggcgggcatt ggtgcattca atatatcaat
     1081 aaatggggag gggctttttt gtttgaatat tgtatagtcc ttttgatttc tctcgcagta
     1141 tcatctcttt tgtattattg gattgaggta ccatgccaaa gattgggggc tcaaataata
     1201 cgcaaaagaa tagatagata taatcgaaat ataaaggagg acaattg
//
LOCUS       SEQF2634|AYYE01000605.1  652 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccttcgtct ccctctcagg cgtgtggatc aacctcaagc gacttcgccg caaaagcaaa
       61 aagcggagag cttgaggctg tttgactacg ctgactacta cttcttatta ccccctaact
      121 acttattcga atgaaaacct atttcatcgc ctttctactg atgattaccg aaatcagcta
      181 cgcgcatgac ggagaaaact tccgcgccgc agacatgctc aagtccatgc aacccggcga
      241 caaagctgcc attgtcatgg tctacttcgg gtccacgcac gacgacaccc gagctctcac
      301 catcgatgct ctgacccgcg aggtacgcac cgcctactcg acgctggagg tacgcgaggc
      361 ctacacctca cgtatcgtgc gccgccggct ccatgatcgt ggcgtcgaaa catctgctcc
      421 gcttgaagtg ctgaagcaac tcaaagccga cggcttcacc caccttgtca tccaatccgc
      481 caacatcatc gaaggcgtag agatggaggc cttgcgtcgc gaggtggcat ccgtagccgc
      541 cgacttcaag gagatccgta tcggcacccc gctgctctac atgccggagg attacgcggc
      601 cgtgatccgc gccctcgctc tcgcgccagc tgaaggcgcc gccgacgtct gg
//
LOCUS       SEQF2634|AYYE01000606.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             5..178
                     /locus_tag="SEQF2634_00187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRDEGTIFWISDRAQFTPKTIRTRDERADLVYAVKVRVQNPEG
                     RYKMGMYGEITFQ"
ORIGIN      
        1 gccgatgcat cgcgacgagg gcaccatctt ttggattagc gaccgcgcgc aatttacgcc
       61 gaagaccatc cgcacacgag atgagcgcgc cgatttggtg tacgccgtca aggtacgtgt
      121 acagaacccc gaggggcgct acaagatggg catgtatggc gaaatcacct tccaataatt
      181 cccggcgatg gacctcattg cagcagaagg catcgaaaag cgcttcgggc agctgacggc
      241 actccgagac atctccctcc gcgtccgccg cggggagctg tacggactga ttggccc
//
LOCUS       SEQF2634|AYYE01000607.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcgtcggcg gcctggatga tgaggtccca gaagcggcgg cgggtgatcg ggtcgacgcc
       61 accggttggt tcgtccagga agacgatgcg cgggcgatgg atgacggcta cggagaaggc
      121 gagcttctgt ttccagccta aggggaggga tcccacccgg tggtgagcct cttcttgcag
      181 ctcgagacgg cttatgagct cctcgccacg ctctcggatg gcccgtttgg agagtccata
      241 gatgccacca aagagtcgga tgttttcggc gacggttaaa tcttcataga gtgagaagcg
      301 ctgactcatg tagccgatat gatgtttgat gcggtcggca tcgcgataga cgtcgaagcc
      361 tgctacctcg gcgcggcccg cggtggggct gagcaggccg catagcatgc gcatggctgt
      421 cgtttttccg gcgccgtt
//
LOCUS       SEQF2634|AYYE01000608.1  608 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atatactata ggtatacatt cagatgaatc atttagaatg cgtgactgcg cagcgaaacc
       61 agtggtattg gtatctgctg atcctcttcc tgagtttcct catttcaaac accctcggca
      121 ccatccccta tatagccgtc cttgtgtgga acattctgcg gtcggggggg ctgcaaaaca
      181 tgccggagat gctctccggt ggcaacctct cgtttttgac cgaagggatt gactcgaacc
      241 tgatgctttt cgtgatgctt ttcgccttcg tgatcctgtt ggtggcaggc gcttacctga
      301 tccagcagct gcaggggcgc acgtggcgga tggtggtcaa cgggacgcag cgggtgcgct
      361 ggagtcattt cttcggtggc tttgccgtgt ggggcgtcat caacctggtc tcgatggctg
      421 tgggctacgt gacggatccg ggcaatttcg agttccgctt cgatgccgcg cggttcatcc
      481 cgctggtgct ggtggcggtg acgatgatcc cgatccagtc cgcctcagag gagttcttct
      541 ttcgtggcta tctggctcag ggcgtggcct cgtggacggg cagtcggtgg tgggcgctgg
      601 tggtgcct
//
LOCUS       SEQF2634|AYYE01000609.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtttgtcaat gacgccggtc agaagcaaaa gtatatggtg tattacctcg catcatgatg
       61 gatgcacgcc gacttaatga tgggatgggg tattatattg gtggccaggt gcttagattg
      121 atgaataaga ggggaatttt agtaaagaat gccgctattc ttatattggg aatcactttt
      181 aaggagaatt gtccggatat acgtaataca aaagtgatag atgtttattt agctttgcac
      241 gagtacacag cgaatattat gtttcttgat ccttgggc
//
LOCUS       SEQF2634|AYYE01000610.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgtggattt gggttcgccc aacctcattg cgggaaaggc agacggagcg gagaatgtca
       61 tccgtgtgaa agcgacagtc aagaacttcc gagaggagac gaatatgagt gtaatcacgg
      121 aggacggtgc gttttacacc tttaatgtca agtatgccga cgagccgctg ctcttgaacg
      181 tggagatgac ggactttatt catgacggtg cgagcgtaaa ccgcccgaac aatgcgttgg
      241 aggtttatct caaggaactc ggcagcgaaa gtccgatgct ggtaaggc
//
LOCUS       SEQF2634|AYYE01000611.1  488 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtatcgacc acctttaggt agttgatctt gttcggcgag ttatggtagg tgtgcagtcg
       61 gtaaggtgtg ccgtgtaggg cgtcggtgag caggtgggta aggcggtcga agtggtcgcg
      121 ggggataccg aaatccatgt cgtcgtccca ggggataaat ccgccgtgac ggacggcgcc
      181 gagcatggtg ccgcccagca tgtagtaagg gatggcgttc tctcggcaga cgcgatcgag
      241 gatggcggcc atgtcgagca gcaggcggtg gcattcgtgg atgtcgatcg gtctcatggg
      301 cgggatgtcg atggggcttt catgcactgt cggtagaacg cgatgagccg cgggtagtag
      361 ttctccgtgt tgaaatgttc gcgggcaaag gcgagtgcgg cgcgttgcat agcggcatag
      421 gcatcgctcg agaggcttgc ggcggcggtc agtttggcgc gcagatcgtc ggcgttgcga
      481 ctctcgaa
//
LOCUS       SEQF2634|AYYE01000612.1  756 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcttaggac aaacaaggtt ttacggcgag aatactacct gcaatgaaat ggaagtgtgg
       61 agattgtcgt ctaaacggct tgccgccccg accttttttg tccgtagaag cccggaacta
      121 cctttgccgc tgacaacgaa caaccgatcc cgacatgata caccagcata agtggaggat
      181 gtgcaaggag agaagcaggg cgaaaacaaa aaacgtagtc ttcgaagact gcatttcatc
      241 ataagattag aacacacgga aaataaaaag ccacccaacg gacggcttta cgaaaaaaac
      301 gagaaaaaaa ttcttttttc tcacgatatc cccttatctt tgcaataggt tattcgagtt
      361 atgcaaagcg ttgtatatcg ctgttgaaga taggtcgcta aatcattacc tattgcattt
      421 cataacccat taggctattg aatgccaatc atttgaacct aaatgataga tttttcgggt
      481 aaaaatacag tacaacatga gatgtcatgt agtggaaggc atgatttcct gactacatct
      541 aactacaccc taacccttct tctttcaccg ccttatccct gttgtagtca cgtagtaaga
      601 tctattcggt gaaaggaaaa aagacctgtt agggcggccg tcaggggatc acactgacgt
      661 cgcttgttgc tttttgatca gcttgtccat gtcttccgag atctttttgt ccgtcacctg
      721 cgcatagatc tgcgtgcttg taatggacgc atgtcc
//
LOCUS       SEQF2634|AYYE01000613.1  969 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..969
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(421..813)
                     /locus_tag="SEQF2634_00188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGRAERVGVVGDASRGPVHLLQPELAVVRGRRIEGIEEVGARH
                     AVELHEVARQMLVHDGRPYAAVGEPAEDLARRLPTGREGHVARTDHVAVGPLHPAGVD
                     RSRGERWHGVVSRGKDQAARVWQVGLGQ"
ORIGIN      
        1 ggatggtgtc ggccacataa ctaccggggc gaagccccat gactaccccg gccacaaggc
       61 cgcataacta ccggggcgaa gccccataac taccgcgccg caaggcgcat aactaccctc
      121 tacatgcata cctatataat agccggcatt cggcgcgacc cacgattctc gccccagcac
      181 gaggccaacg acgaggccat cttccgcctc acggccgagg cgctgcgggc acgtggctgc
      241 acggtgcggg agtacaccga ggccgacctc tgggccgatg ccgtgagcgc cgatgcagtg
      301 tttggcatgg cccgcgaccc gcgctcgatc cgctgtttgc agcgcatgga ggacggcggg
      361 ctgccggtca tcaactccag ttacgccatt gcccgctgtg gccgtgagcc gatgacgcgc
      421 ctactgaccg aggccgactt gccacacccg cgcagcctga tccttcccac ggctgacgac
      481 cccgtgccag cgctcgcctc ggctgcgatc gacgcctgct gggtgaagcg ggccgacggc
      541 cacgtggtcg gtgcgggcga cgtgaccttc gcggccagtc gggaggcgac gcgcgaggtc
      601 ttccgcaggc tctccgacgg cggcatacgg acggccgtcg tgaacgagca tctgacgggc
      661 gacctcgtga agttctacgg cgtggcgggc accgacttct tctatgcctt ctatccgacg
      721 gccacgcacc acggcaagtt cgggctggag caggtgaacg ggcccgcgcg aggcatcgcc
      781 tacgacgccg acgcgctccg cacgacctgc catcgcgccg ccaccgtgct cggcctgcgc
      841 gtctatggcg gcgactgcat cgtgtccgac accgacgggc tcgtgcgcct gatcgacttc
      901 aacgactggc ccagcttcgc cccctgtcgc gaggcggcgg caccgtttat cgcctcctgt
      961 ataataggt
//
LOCUS       SEQF2634|AYYE01000614.1  393 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgaaaatcag ctggattgga tgttgggtag ctgtatttta cttttacggc aaatgtcgga
       61 tagcttatgt caaaccaaat caaaggcgca agcccttggt tttcggcgta ttcaaggaag
      121 gctttattat tcattttgga gtggcttaat gatgaaaaag cgattatttc tcacatttat
      181 cttgactttg gtgcctttgg gatagcacaa agccgatgga acatcaagag tgataggtga
      241 attgtcattc aattccacga ttaaaggaga ttgccctccc gaataaacca cggcgctgaa
      301 ttcaaattca ttaagagttt tctgccgact cagccaaagg cccattggct gaaccattgt
      361 gcaaggtttc ccatcatggt atccaatgag tgc
//
LOCUS       SEQF2634|AYYE01000615.1 2592 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2592
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             50..679
                     /gene="nagK"
                     /locus_tag="SEQF2634_00189"
                     /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="MLIEHFGSLVVGMNYADHNKELQHTFFSPEPTIFMKSDPVLKDG
                     KPFFLPDFTDEVHYETELVIKINRLGKNIDERFAARYYDEVTVGIDFTARDRQRDLRS
                     KGLPWELCKAFDNAAAVGRFVPLQEVGGEIGQITFRLDLNGQTVQLGRTADMLFPVDR
                     IVAFVSRFFTLRMGDLIYTGTPSGVGPVAIGDHLEGFIGDKRLLDFYIK"
ORIGIN      
        1 acttgtcgac gcggagcaga gattggttcg ggtcggccgt aaaccggaaa tgctcataga
       61 gcacttcggg agcctcgtcg tcggcatgaa ctacgccgat cacaataaag aactacagca
      121 cacgtttttc tccccggagc ctacgatctt catgaaatcc gatcccgtgc tgaaagatgg
      181 caagcccttc ttcctccccg actttacgga cgaggtgcac tacgagacgg agctcgtcat
      241 caagatcaac aggctgggta aaaacatcga cgaacggttc gctgctcgat actatgacga
      301 ggtgaccgtc ggcatagact tcaccgctcg cgatcggcag cgagacctgc gctccaaagg
      361 tctgccctgg gagctctgta aggcctttga caacgccgca gccgtcggcc gcttcgtccc
      421 cttgcaagag gtgggcggcg aaatcggcca aatcaccttc cgtctcgacc tcaacggtca
      481 gacagtgcaa ctgggccgaa cggccgacat gctcttcccc gtcgaccgca tcgttgcctt
      541 cgtcagtcga ttctttaccc tgcgcatggg cgacttgatc tacaccggca ccccctcggg
      601 cgtcggcccc gtagccatcg gcgaccattt agagggcttc atcggcgaca agcggttgct
      661 cgatttctac attaagtaat ttggttttcc cccatctccc gttgtttcaa acagtgggaa
      721 acgtctgcgg ccgggatctc tcattgtccg aaacaatggg taatgccgtc tgcgtgaagg
      781 tctcaccgtc tcgaacaatg ggtaatgcct gcgctcggga tctcttattg tcttgaacaa
      841 tgacgcgttt ccaccacagg aaaatcccgt tgtcttagac aatactaaat acccgatccg
      901 ggtattcaat aatgtctcag acaataacaa atggacgagc cggtaatcta cgatcgtctc
      961 gggcgatcat aaacgagatg actattgttt agtattgtct cgatcaatca cgaatacctt
     1021 gatcaggtat ttagtattgt ctgagacaac gattcctgga tacgtctgtt ttctcttatt
     1081 gtctcggaca atgagacctt caggcagagg gcattttctg ttgtctcaga caatgagacc
     1141 ttcaggcaga aggcgttttc tattgtttcg gacaatgaga ccttcaggcg cgaggtgttt
     1201 cttattgctc aaaacagcgg aagatgggta catttttcga acttcttcgt ttgaatccat
     1261 ggcgcgttat ccatagattc gccccacttt ttcgctcatg tctacatcta acttctacat
     1321 atgacacgta tactgaccac gatatgctgc gccctcgccc tctgggccct taccgccacg
     1381 gccgcgcgcg cagacgccaa gctctatgcc cgcagctccg cgctggctga gggacggtgg
     1441 gtgaaggtcc gcgtcactga cgacggcatc tacaaactca cctacgacca gctccgcgcc
     1501 atgggcttcg cggacccggc gaaggtctcc gtccacggct acggcggcta catcctcgac
     1561 gaggacttct cgcacggcgg ctatgtcgac gacctacccg ccacacccgt ctaccgaggc
     1621 gcggactaca tcctctttta cgggcgcggc cccatcaagt ggacctacga ccgcaaggcc
     1681 ggcaccttca cccacgaggt gaacccctac gccacgcacg gttactactt cgtgaccgac
     1741 gctacgccca ccgccgacgc gagcacgacc tccaccgacg tcacggccgc acgcgacgtg
     1801 accgtcttcg acgaccacct gctgcacgag gtggatcgcg agttccttca gaaattaggg
     1861 cagaccggat ccggccgtga cctcttcggc gagagttttt ccagcaccct atcgcagact
     1921 ttccccttct ccgtgccggg catcacgggc gaagaaggta aagtcacgct ccgtttcgtg
     1981 gcctacaccg gggtgacggg cgccggcaca gtcacgctcg cgatcgacgg cacgcagctg
     2041 ctccgcggca cgatcccgtt cgacaacgag acctacacca aagcccacga atacgtcggc
     2101 accagctcct ggcgcggcga aaagagcgag gcgccgaagg tgaccgtggc ctacgacaag
     2161 gcagcggccg ccaacagctt cctcgactac atccgcctcc aggtccgccg cacgctccgc
     2221 gcctacgacg cgcccttcac cttcttccgc gacttgacct cgatgcgttc cgcctcccgc
     2281 ttcgtcatct ccggcgccac ggaggcgatg atcgtcctcg acgtcaccca ccctcaacgc
     2341 gtcagccgca tggcgacacg ccgcgacggc tccgcgctca cgttctccat ccccgccagt
     2401 ggcgacacgc tccgggagtt cgtgctgatc gaccccacga agaccttccc cacccccgag
     2461 accgtcgggg ccgtgacggc gcaaaacctg cacgcccttc cgcaaaccga catggtgatc
     2521 ctctctcccc cggccttcct cagcgaagcc gagcggctgg ccgccaagca ccgcacgaag
     2581 cgcgactcga tc
//
LOCUS       SEQF2634|AYYE01000616.1  942 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..942
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 atcgtaggcc acgcgcgagg tggtgatcag cgcaatgccg ccactcttct cgttggggaa
       61 gacatcctcg ccggcagagg tgaccgtgtg atcgaagggc gtgaaatcgc acgaagccgt
      121 gatccagagc ggcaggtggg agtaggtata ttgctggatc atgctctggg tgatgacgtg
      181 ctcatcgctc agggcttggg cgttaccgtg gccattgtag ttgatcagca tggtgccttc
      241 gcgctgcagg tttcggaggg cggtgaccac gtcggggtag gcgccgctgc cgcctccgcc
      301 cgagctgctc ttcttataag cgtcgaaaag gaggcggtgg ttgatgcact ccgggtaatt
      361 ctgctccacg aattgcgaga ggcggttggc gtcgctcatg tggcgcgtct tgtagccgtc
      421 ggtggagttg ccgtcgtcgc cgatgaagca gagattgttt ttccaggcgc cgaaggaggg
      481 gttatcgatg tagccgacga ccttgttgac ggccgcgcgc gcctggctga tcgtgcggac
      541 ggggaatcgg ccgatgccga gtcgcaggtt gcaggtgccg atgcgagctc cctcgccgtc
      601 gtccagaaaa ccgaagtaat catccgtcac aaaggtctcg tgctcctcgc cgccgcccgt
      661 ccaattgcca cctaaggaga agtgggactg gtaagtgagg aggaaattcg tcatgtctat
      721 ccccttccag gccgaagaaa gctgacggtt gtcgtgcgac ccatcgccga agagcaacag
      781 atatttcggg gcgtcggact ccgaggagcg acggtcgtaa aacatcttca tgaagcggcg
      841 gatggcggtt gcatctggcg tgccgctcga aaattcgttg tagacctgct cgggagtaac
      901 gatggtgacg ctgatcgagt cgcgcttcgt gcggtgcttg gc
//
LOCUS       SEQF2634|AYYE01000617.1  339 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agtatctgca cattatgacg gacgacgtga attcgccctc cacctggcat cagagttggc
       61 aaaacttcgt gcctcgcaac cgcgacccga aggactatat ttccaacgcc aattttcgaa
      121 gcaacctcaa gagtggcaag gattattaca ggcgttatcg agaccttagc gtgatcctga
      181 ccgtcgcttg gtactttctc tgcatggccg atgcgtacgt cgacgcgcag ctcttcgatt
      241 tcgacatctc ccccgatctg tctctgcacc tcaccccgac cgtcaccccg ctaacgaacc
      301 gatcgtccgc cgcgtttggt ttggcgtgca gtatccact
//
LOCUS       SEQF2634|AYYE01000618.1 2950 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2950
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             20..1018
                     /gene="rluD_1"
                     /locus_tag="SEQF2634_00190"
                     /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="MLYEHFRFTADPNQSLLRVDKFLIDRMTHTSRNRIQLAADAGYV
                     RVDGVPVKNNYRVKPGDVVTIVMARPRHAFEVIAEDIPLNIVYEDEDLLVVNKPAGLV
                     VHPGHGNYTGTLVNALAYYLRNLPNYDPNDPRLGLVHRIDKDTSGLLVVAKNIDAKAH
                     LSRQFFEKTTQRCYQTLVWGIPKADEGHIEGNIGRDLRDRLRMAVYPPGSEEGKWAAT
                     NYRVTERLGYVSLLTCQLETGRTHQIRAHMSHIGHPVFNDARYGGERILKGRPTGSYR
                     QFVQEAFDTCPRQALHAETLGFVHPTTGKELFFTAPLPDDMQGLLNKWRTYCANNT"
     CDS             1042..2031
                     /gene="ddlB"
                     /locus_tag="SEQF2634_00191"
                     /EC_number="6.3.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07862"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanine--D-alanine ligase B"
                     /translation="MKKQIALVAGGYSGEYEVSLKSADGLYSFIDRTRYDLHRVLLTR
                     EAWSVLLADGSQVPIDRNDFSYRTPDGRQVHFDLAYITIHGTPGEDGRLQGYFDMIGL
                     PYSSCGTLASALTFNKYTCTQFLRSQGLRVADAIRLRRGEQVSEDTVVKSLDLPVFVK
                     PNAGGSSLGTTKVKVADKIEEAVRRALTCDDEVIIERFVAGTEVTCGCYQANGRMTLL
                     PLTEVVTSNDFFDFDAKYNGQVSEITPARISDEMTQRVQNLTQNIYRLIGAKGIIRVD
                     FILPPDGSEPVVLEVNTTPGMTTTSFIPQQIRAAGLQITEVMTEIIENELNNR"
ORIGIN      
        1 cgacgacgag gctcccgaag tgctctatga gcatttccgg tttacggccg acccgaacca
       61 atctctgctc cgcgtcgaca agttcctcat cgaccgcatg acgcatacga gccgcaaccg
      121 cattcagctg gctgccgatg caggctatgt gcgggtggac ggggtgccgg taaagaacaa
      181 ctaccgggtg aagccgggcg acgtggtcac gatcgtcatg gcgcgtccgc ggcacgcctt
      241 cgaagtcatc gcggaggata ttcccctcaa tatcgtttat gaggacgagg acctgctggt
      301 ggtcaataag ccggcgggtc ttgttgtgca tcccgggcac ggcaactaca ccggcacgct
      361 ggtcaacgcc ctggcctact acctccgcaa cctgccgaat tacgacccca acgacccccg
      421 cctgggactc gtgcaccgta tcgacaaaga cacgtccgga ctgctcgtcg tagccaaaaa
      481 catcgacgcg aaggcgcacc tcagccgcca atttttcgag aagactaccc aacgctgcta
      541 ccagacactc gtctggggca tccccaaagc ggacgagggg cacatcgagg gtaacatcgg
      601 ccgcgaccta cgcgaccgcc tccgcatggc agtctatccg cccggaagcg aggagggaaa
      661 gtgggccgcc acaaactacc gcgtcaccga acggctggga tacgtcagcc tcttaacttg
      721 ccaactcgag accggtcgca cgcaccagat ccgcgcccac atgagccaca tcggccaccc
      781 cgtcttcaac gacgcccgct acggcggcga acgcatcctc aagggacgcc ccacgggcag
      841 ctaccgacag ttcgtgcagg aggccttcga cacctgtccg cgtcaggctt tgcacgccga
      901 gacgttaggc ttcgtgcatc ccaccacggg aaaggagctc tttttcacgg ctccattgcc
      961 cgacgatatg caggggctgc tcaataaatg gcgcacctac tgcgccaaca acacctaacc
     1021 cttaccaccc atagacgaac aatgaaaaag cagattgcac tggtagccgg gggctactcc
     1081 ggcgagtacg aagtctcgct caagagcgcc gacggcctct attcctttat cgatcgaacg
     1141 cgctacgacc tccatcgcgt actcctgacc cgtgaagcct ggagcgtact cctggccgac
     1201 ggatcccagg tgcccataga tcgcaatgac ttcagctacc gcacccccga cggccgacaa
     1261 gtacacttcg acttggccta cattaccatc cacggcacgc caggcgagga cggtcggctg
     1321 cagggctatt tcgacatgat cggcctcccc tactcctcct gcggcacgtt ggcctcggcc
     1381 ctcaccttta ataaatacac ctgcacgcag ttcctacgca gtcagggtct acgtgtcgcc
     1441 gacgcgatcc gtctgcggcg cggcgagcag gtctccgagg acacggtcgt caagagcctc
     1501 gacctgcccg tcttcgtcaa acccaacgcg ggggggagca gcctcggcac gacaaaggtg
     1561 aaggtggctg acaagatcga ggaggccgta cggcgagccc tcacctgcga cgacgaggtg
     1621 atcatcgagc gcttcgtggc cggtaccgag gtgacgtgcg gctgttacca ggcgaatggg
     1681 cgcatgacgc tgctgccgct gacggaggtc gtgaccagta acgacttctt cgacttcgac
     1741 gccaaataca acggacaggt gagcgagatt acccccgcgc ggatctcaga cgagatgacc
     1801 cagagggtcc aaaacttgac gcaaaacatc taccgcctga tcggggccaa gggaatcatc
     1861 cgcgtggact tcattctccc cccggacggc agcgaacccg tcgtgctgga ggtaaacacc
     1921 accccgggca tgaccacaac gagcttcatc ccgcagcaga tccgcgccgc cggtctccaa
     1981 atcaccgagg tgatgacgga aatcattgag aacgagctaa acaaccgctg aacaacaccc
     2041 caccccaccc ttcctatcca cataaacacc gagacatcgc aatggaaacg acctacccct
     2101 cccccgcatt cgacgacatc cgccccgtaa acgacgcgga agtgccccaa gccgtcgagg
     2161 atctgatctc gtccgacgga ctctggcgcg ccctcagcta catcgccccg gatgccgacc
     2221 gcgcagccct catcgagacg atgcgctcct gccgcaccaa ggctgaattt aagcagacca
     2281 tcagctacaa gacagtcatg gccatcgcac ggcggagcac cttctcgctg accatctccg
     2341 gccgcagccg actgcccgaa ggcaaagcgc cctgcacctt catctccaac caccgcgaca
     2401 ttgtcctcga cgccgccttc ctcaacgtcc tactctacga cgtgggctac gacatgaccc
     2461 aaatcgccat cggggacaac ctcctcatct atccctggat ccgactcctg gtgcggctca
     2521 acaacagctt catcgtcaag cgcaacctat cggcccggcg actgctcgaa aacagccgca
     2581 tcctctcggc ctacatccgc cacaccctcc gccagacgca cgagtccatc tggatcgccc
     2641 agcgagaggg ccgcgccaaa gactccaacg accagaccca gacctcagtc ctcaaaatgc
     2701 tctgcatggc cggagagggc gacgagggtc tactcgacaa cctgatggag ctcaacatcg
     2761 tgcccatcgc catctcctac gagtacgacc cctgcgacta cctcaaagct cgagagttcc
     2821 aactgaggcg cgacgacctg aactacgtca agagcgagcg cgacgacctg ctgagcatgg
     2881 agaccggcat catgggcgac aaagggcgcg tgcatttcac catcggcacg ccccccaacg
     2941 acaccctccg
//
LOCUS       SEQF2634|AYYE01000619.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcaggaggta tagcgcgaac ggttcagacc tattctgccg agtaaaccat aaaagagaat
       61 aaggatacag aatgcccgcc gatggatacg atgcttcggc ctacttttgt gggcagaaag
      121 ggccgaccga gagtggtcgg cgacgacttt ttgaggtatc agaccgaaag atgcacgcct
      181 tgacgtgtca attcctcgcg ccgttcggag gtggttcgaa atcactgtgc cgacggtgcg
      241 tacctacccg aggcgtagcc ttctgactac gcttaactac cgcgccagag gcgcataact
      301 accggggcga agccctataa ctacttacta aacggatatg aagaaaatat tgatcgtgtc
      361 gggacatacc gacatccagc gcggctccgt ggtga
//
LOCUS       SEQF2634|AYYE01000620.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatagatatc ggtcgtttat ccctcgacaa cgtggccatg ctcaccctct cagtcggtca
       61 agaggaggag ctgctgcaat ccgcccgcat gtcagcgtca gcagctgtgc tcagcatccg
      121 caccgaggta cctcaattca catcaaagcg ccgccacagt ctgcaagccc acatccgagc
      181 tggatctttt ggcttcgtca acccttacct gcgacttgcc actcgatgga atgcccatac
      241 cgcgctctcg gtcgacgcta atc
//
LOCUS       SEQF2634|AYYE01000621.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctatacccca tccgattcgc ggcagacctt ctgccccgat tcctatgcct tgtagaggta
       61 gtgtttatgc catgaacggt atgtccaaaa gaatttatcc actgtttatg actcagtcat
      121 caagtaaaaa gatgtatgac acttgtctat gatcaaaaca tgatagtcag tcatttttaa
      181 cctatgattt ctctatgaat atcgtgtcaa aatgacttat aagctcgttc atcttcaaaa
      241 tatagacgct aaaagcc
//
LOCUS       SEQF2634|AYYE01000622.1  549 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttgagggt gactttatat gagttttgtc tttttttagc tcatctatct ttccttctaa
       61 cttttgacgt aagtctccga ttattgacac caccttaccc tctgcaatag taaagtagat
      121 caaaccaaac aaatagatgt cggcatctat gatagaagag aatgttttgg gaaaatcctt
      181 gttctctatg catgctttaa gcttgtcgta tctactacga ttacaattct tagatcctaa
      241 taggcgacta aagatagact cgtcctcgtt attgacttca gccaagatat aagactcata
      301 gtattgttcc attttagttt tatatttttg cgcaagccct cttgtattgt catccttttt
      361 atattgggac aataatgata gatatcgcac aaaatcaatg ggagcattat tgatagttat
      421 atcatatgca aatggaggcg agaaccattt attaaagcca tttctttgaa aatacaacga
      481 tttgcgactc tctatttgcg atagagatct gcccttaatg tttatattac ggaagactga
      541 ggtatacag
//
LOCUS       SEQF2634|AYYE01000623.1  405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgctatgat gttggagatc gtgacgaccg tctcggagac gactcgctcc gtcatgaact
       61 cgatgcggta tcgatcatcc acgcgcaccg actccaatcc cgctttatca ccacgcagca
      121 cttcgtaatg caggctgttg tatcggaaca agtcctcgac aacagagacg gactccaaga
      181 ggtcgatcgt cttacgatac ttccggacgg tctgcggctg gaagcgatgc tttttatcgc
      241 ccgtctttcc cgtctcgtag agttctttca gatacgcctt atcaaacgtg atctccatct
      301 ctctttcact cgtctaattc gtggacaaag atacctcctt cgcatcctcc gcccccgtgc
      361 ctttttggcg gcgggcacga cgttgcgaca ggctctgctt gtagg
//
LOCUS       SEQF2634|AYYE01000624.1  205 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatgaggaac gcctattcta tatcctttat gctcataaag agcaattgac aaaaagagaa
       61 ttacagcgtt gcatttccaa tcatacctat accactctgt taggcaataa aaagaatatg
      121 tttcatcggc gtaaaagaga gcatacggta ggcggcaaga caagccgtat aggtttttcc
      181 tgcacctgtg gcaagcacca tcaac
//
LOCUS       SEQF2634|AYYE01000625.1 2125 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2125
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             230..1000
                     /gene="trkA"
                     /locus_tag="SEQF2634_00192"
                     /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="MIIPRGMDHIKSGDIVFVTTTREHIEDVRIKTGKQNPEVKKIII
                     MGGGRIAIKTAHFLPDNIHITIIEADRDKCAKISAQVPKNVLVIHGDGRDTDLLVQEG
                     IDDAQAFVALTEIAGTNILACLAAKRYGVFKTIAQVENLDYISLAAKVDIGTVINKKL
                     IAAGHIYQFLLDADVANVKCLAFARADVAELVAKPDSKITRKPIKDMRLPKDMTLGGL
                     IRNGIPMMVEGDTQIRANDHVMVFCFDSAMRKLKDYFN"
     CDS             1239..2060
                     /locus_tag="SEQF2634_00193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHHVCRRAGHVYHRSPCRRLPIRPPRRHDQRHPDLDPTLPFRH
                     AALPHQRLHPERHRRLFRDHLRLHHHRCHHPGRHRAAASRTALLAKPHPVAGWHWHDC
                     LHCRPITHVRWCRLPAIRRRNARYHPRSLPPAHHPGSPAHLRTLRPHHSGLPSPPLDR
                     PHEPIRCSQPRPDHRSHRRLFHQKQRPRLLALRLHGVYRHPGHVHRRHQLHIALLRPP
                     RTQPKALSRPRVSLVLHRHRHHHHSDHRVDPAASQRDQPRAGLPPRPLSHHRPRL"
ORIGIN      
        1 ggagggtgtg gaaggcctcg cgtcgtccgg tgagtatctt gtgactataa gcctgatgcc
       61 cgacgtccca gacgatgcgg tcgtcgggtg tgttgaagac gtaatgcagg gccacggtca
      121 gctccacggc gccgaggctg gcgccgaggt gtccgggccg ctctgagagc acgtcgatga
      181 tgtatttcct cagctcatcg cataccgcgg ggagcttatc gacggcgaga tgatcatccc
      241 ccgcggtatg gaccacatca agtctggcga catcgtcttt gtcaccacca cccgcgaaca
      301 catcgaggat gtacgcatca agaccggtaa gcagaatccg gaggtgaaga agatcatcat
      361 catgggcggc ggacgcatcg ctatcaagac ggcgcacttt ctgcctgaca acattcacat
      421 caccatcatc gaagccgacc gcgacaagtg tgcaaagatc tccgcacagg tgcccaagaa
      481 cgtgctcgtc atccacggtg atgggcgcga caccgacttg cttgtgcagg agggcatcga
      541 cgacgcacag gccttcgtgg ccctgaccga aatcgcgggc acgaacatcc tggcctgtct
      601 ggcagccaag cgttacggcg tcttcaagac catcgcacag gtggagaacc ttgactacat
      661 ctccctggcc gccaaggtgg acattggcac ggtgatcaat aagaagctca tcgccgcggg
      721 gcacatctac cagttcctcc tcgacgccga cgtggccaac gtcaagtgcc tcgcctttgc
      781 tcgcgccgac gtggccgagc tcgtggccaa acccgactcg aagatcaccc gcaagcccat
      841 caaggacatg cgtctgccga aggacatgac cctgggcgga ctcatccgca acggtatccc
      901 catgatggtg gagggtgaca cgcagatccg cgccaacgac cacgtcatgg tcttctgctt
      961 cgactcagcc atgcgcaaac tcaaggatta cttcaactga aaagcgaacg acgaaaggct
     1021 aaaagctaac aacggcgtgc gtcaagcaag tgtaccccgc tgtttttagc tctcaccgtt
     1081 cgtttttagc cgcccccatc tatgtttcac caactcaacg tccgcttcat catcaagttc
     1141 ttgggcacga tgcacatgct cgagagcctc tttatgctct ccgccgtagc cgtttccttc
     1201 tggtataacg acagcgacct catcccgctg gccatctcgt gcgccatcat gtttgccgcc
     1261 gggctggcca tgtatatcac cggtcgccat gccgacgact accgatccgg ccgccgcgaa
     1321 ggcatgatca gcgtcaccct gacctggatc ctactctccc ttttcggcat gctgccctac
     1381 ctcatcagcg gctacatccc gaacgtcacc gacgcctttt tcgagaccat ctccggcttc
     1441 accaccaccg gtgccaccat cctggacgac atcgagcggc tgcctcacgg actgctcttc
     1501 tggcgaagcc tcacccagtg gcagggtggc attggcatga ttgtcttcac tgtcgcccta
     1561 ttacccatgt tcggtggtgc cgcctcccag ctattcgacg ccgaaacgcc cggtatcacc
     1621 cacgatcgct tccgcccgcg catcacccag gtagcccagc gcatcttcgg actctacgtc
     1681 ctcatcactc tggccttcct tctcctcctt tggatcggcc ccatgaacct attcgatgct
     1741 ctcaaccacg ccctgaccac cgtagccacc ggcggctatt ccaccaaaaa caacggcctc
     1801 gcctactggc actccgccta cacggagtat atcgtcatcc tgggcatgtt catcggcgcc
     1861 accaacttca cattgctcta cttcgccctc cgcggacaca gccaaaagct ctttcacgac
     1921 cacgagtttc gctggttctg catcgtcatc gccaccacca ccatagtgac caccgcgtgg
     1981 atcctgctgc gtcacaacga gaccaacccc gagctggcct tccgccacgc cctctttcac
     2041 atcaccgccc tcgtctctaa caccggctta ctgaccgtca actattcctc ctggggctcc
     2101 ttctttgccg tcatcgccct cttcg
//
LOCUS       SEQF2634|AYYE01000626.1 2568 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             44..292
                     /locus_tag="SEQF2634_00194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDGSSSSDVMMFGSRPPLRPVVAQGDSFSISSSVLRGRKGGST
                     TFSISCPIIPSESTMAGVRYLNARSKPSATKSAISCTC"
     CDS             322..666
                     /locus_tag="SEQF2634_00195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYEEIGCEDADYLLVAFGSSARICQKAMEVARGEGLKLGLLRP
                     ITLWPFPTKAISDRADKVKGILSVELNAGQMVEDVRLAVNGRVKVEHFGRLGGIVFTP
                     DEIIAAVKEKLM"
     CDS             704..880
                     /locus_tag="SEQF2634_00196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGDRWDELFTLLFMLLAIAAGILYFTVKGNRLPFMLCGGAAI
                     LLRLVQYFLRMGGR"
     CDS             911..1735
                     /gene="korB_1"
                     /locus_tag="SEQF2634_00197"
                     /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="METLELIETETELVETLTEPNEIDFDIIKPENLVYTKPALMNDT
                     PMHYCPGCSHGVIHKLVAEVIGEMGMEDKTVAVSPVGCAVFAYNYIDVDWVEAAHGRA
                     PAVATALKRVNPGKLVFTYQGDGDLAAIGTAETIHAANRGENIVIIFVNNAIYGMTGG
                     QMAPTTLIGMPTATCPYGRDVALNGYPLKIGNILAQLDGTCLVTRQSVQTPAAVRKTK
                     KMLRLAFENSMAGKGTSVVEVVSTCSSGWKKSPTASNRWMEENMFPAYPLGDLKNI"
     CDS             1771..2316
                     /gene="porC"
                     /locus_tag="SEQF2634_00198"
                     /EC_number="1.2.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05650"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate synthase subunit PorC"
                     /translation="MQHEIIIAGFGGQGVLSMGKILAYSGLMEDKEVTWMPSYGPEQR
                     GGTANVTVILNDERISSPILNSYDVAIVLNQPSLDKFEPKVKPGGVLIYDGYGIQRPA
                     ARTDINVYRIDAMDAATELNMQKTFNMIVLGGLLKVVPMVQMESVLRGLKKTLPERHH
                     KLIPVNEEAIRKGMELIRKVG"
ORIGIN      
        1 gatctggcga tacttctcta acaggtgcag gttgcgcttt tccatgatgg acggatcgag
       61 ctcgagcgac gtgatgatgt tcggctcgcg cccgcccttg cgacccgtcg tggcccaagg
      121 cgattctttc tcgatttctt cgtccgtctt gcgtgggcgg aaaggcggca gcacgacctt
      181 ctccatcagc tgcccgatca taccgtcaga aagcaccatg gccggcgtcc gatacttgaa
      241 cgccaggtca aagcccagcg ccacgaagtc ggccatctcc tgcacctgtt agagaagtat
      301 cgccagatcg aagagaacga ggtgcgctac gaagaaatcg gctgtgagga tgccgactat
      361 ctgttggttg ccttcggttc gtcggctcgc atttgccaga aggccatgga agtggcgcgt
      421 ggcgagggtc tgaagctggg tctgcttagg cccatcaccc tgtggccgtt ccccacgaag
      481 gccatctcag accgtgcgga caaagtcaag ggcatcctct ccgtcgagct caacgcgggc
      541 cagatggtag aagacgttcg gctggctgtc aacggacgcg tgaaagtgga acacttcggc
      601 cgcttgggcg gaatcgtctt cacaccggac gagatcatcg ccgcggtgaa ggagaaactg
      661 atgtgacgct tataccgtaa acattgaaag gagaccagac aagatgagac gcggagaccg
      721 atgggacgaa ctattcacgt tactattcat gctgctcgcc atcgcggccg gcatcctcta
      781 ttttacggta aaaggaaatc gcctgccctt catgctgtgc ggtggcgcgg ctatcctgct
      841 gcgactggtg cagtatttcc tacgaatggg cgggcgataa gtcgataatc ataaaagaca
      901 cctgcataaa atggaaacat tagaattgat cgaaaccgaa actgagttgg tggaaacgct
      961 gaccgaaccc aatgagatag actttgatat catcaaaccg gaaaacctcg tctacacgaa
     1021 gccggcgctg atgaacgata cccccatgca ctactgcccc ggctgtagcc acggcgtgat
     1081 ccacaaactg gtcgcggaag tgatcggcga gatgggcatg gaggataaga cggtggccgt
     1141 gtcacctgtg ggctgcgccg tctttgcata caactatatt gatgtggact gggtggaagc
     1201 ggcccacgga cgcgcaccgg ccgtagccac ggccctcaaa cgcgtgaacc cgggcaagct
     1261 ggtcttcacc tatcagggcg acggcgactt ggccgccatt ggtaccgctg agaccatcca
     1321 cgccgccaat cgcggggaaa acatcgtcat catcttcgtc aacaacgcca tctacggcat
     1381 gacgggcgga cagatggccc ccaccacgct gataggtatg cccacagcca cctgccccta
     1441 cggccgcgac gtggccctga atggctaccc gctcaagatt ggtaacatcc tggctcagct
     1501 cgacggcacc tgcctcgtga cccgccagag cgtccagaca cccgccgctg taaggaagac
     1561 gaagaagatg ctccgactgg ctttcgagaa ctcgatggcc ggcaaaggca cctccgttgt
     1621 ggaagtcgtt tcgacttgct cctcaggttg gaagaagtcg cccacggcgt ccaaccgctg
     1681 gatggaagag aacatgttcc ccgcctatcc gctgggcgac ctgaagaata tctgatcccg
     1741 atccgtttaa ccgataaaga agatacaacc atgcagcatg agattatcat cgccggattc
     1801 ggcggacagg gagtgctctc gatgggtaag attttggctt actcggggct gatggaagac
     1861 aaggaggtca cctggatgcc ctcctacggc ccggagcagc gcggcggcac ggccaacgtg
     1921 accgtgattc tgaatgacga gcggatcagc tcgccgatcc tgaactcgta cgacgttgct
     1981 atcgtgctca atcagccctc gttggacaag tttgagccga aggtgaagcc gggcggcgtc
     2041 ctgatctacg acggctatgg catacagcgc cccgccgcac gcaccgatat caacgtctat
     2101 cgcatcgacg cgatggacgc ggctacggag ctgaacatgc agaagacgtt caacatgatc
     2161 gtcctcggcg gcctcctcaa ggtggtgccg atggtacaga tggaaagcgt cctgcgcggg
     2221 ctgaagaaga cgctccccga gcggcaccac aagctgatcc ccgtcaacga ggaggctatc
     2281 cgcaagggca tggagctgat tcgtaaggtc ggctaaggcc ggccccactt gatgcgattt
     2341 ttctttttca taagtcatca acattagacg tgagccgtcg ccttcagagt gctttactcg
     2401 gagggcggcg gctctttttt tgcccggacc ggatgtagat cgggaagcgc atcttttgaa
     2461 aagacgtcgg tgatctccgg agccgcgtcg tgtcgcatga aatggtattt ccggtcgtcg
     2521 aagccgtttc gtgtcgcatg aaatgacatt tccgaccgtc gaagccgt
//
LOCUS       SEQF2634|AYYE01000627.1  386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atataatccg cataggcgcg gaaggaggcg ttgcgccagc gcgtgttgtg cgaatcgcgg
       61 tgcacccgtc ggcgcccgcc cagatcgggg aggtggaggt aagcgatgcc gctcgcgggg
      121 agcgacgctt gcagggcttc ctggttgtac tgcggatact tgttcgagcc cggtaggccg
      181 cggatgtcga ccagcaggcg gatgtcgaac gatcgcagca tggcgatgaa gacctcgatc
      241 gggtgggtgg agtggccgat ggtgtagacc acgcgctcag gttgcgacat ggcgcagggc
      301 gtatttcagc actcgatgcc cggccgggcc tcgacgccaa gagtgtagta atgcttcacc
      361 tcctgcatgt cggtgacgag gtcagc
//
LOCUS       SEQF2634|AYYE01000628.1  863 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..863
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             69..839
                     /locus_tag="SEQF2634_00199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMTTEHRQKTGAFYTPRPWAELAVAYLRRVLPEFDQCIFYDPA
                     AGEGALLEALPPNVEKYGTTLEPADVEILRAKGFTAWPFDFLLGEAEHLPRVLFDAAR
                     MHRLVVFTNPPFINATNGQLREAHRTSNAAALFIYRAFEELGAQVYAGFNKADLWQAS
                     MLCDFRGDMAELCIEIPAAFVTPSYTWPGLKGKWPLLFNILAPIYGDIKGGFCAYTRA
                     ESDDVHCFHSYEAPGFLIPADVYEQYPEFSTEGGIINN"
ORIGIN      
        1 ggtgagcccc agccttacaa cctcacatgg ggctccgagc aacacagcaa ctatatctgg
       61 taaacgacat ggaaatgaca accgagcacc gccaaaagac gggagctttc tataccccgc
      121 ggccgtgggc tgagttggct gtggcgtacc tccggagggt gctcccggag tttgaccaat
      181 gcatctttta cgaccccgcc gccggagagg gagccttgct cgaggctctg ccgccgaacg
      241 tggagaaata cggcaccacg ctcgagcccg ccgacgtgga gattctccgc gccaagggct
      301 tcaccgcatg gccgttcgac ttcctactgg gcgaggccga gcaccttccg cgggtgctgt
      361 ttgacgccgc acgtatgcac cgcctcgtcg tcttcaccaa cccacccttc ataaacgcca
      421 caaacggcca gctgcgcgag gcgcaccgca cgagcaacgc cgccgcgctc ttcatctacc
      481 gcgcctttga ggagctcgga gcgcaggtct acgccggatt caacaaggcg gatctttggc
      541 aggcctccat gctttgtgat ttccgtggcg atatggcgga gctctgcatc gaaatccccg
      601 ccgccttcgt cacgccctcc tacacgtggc cgggactaaa gggcaagtgg ccgctcctat
      661 tcaacatcct cgccccgata tacggagaca tcaaaggcgg cttctgcgcc tacacccgcg
      721 ccgagtctga cgacgtgcac tgctttcact cttacgaggc acccggcttc cttatccccg
      781 ccgacgtcta cgaacaatac cccgaattct ccaccgaggg cggtataatt aacaactaac
      841 aactcccgac aatgaacatc acc
//
LOCUS       SEQF2634|AYYE01000629.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccccgaagcg gtggcagtga tgatgttcta tcagattggg gaacttttct ccgatatagc
       61 ggtggaacgg agcagggctt cgattgcggc attgatggat atccgtccgg attatgccaa
      121 tattgagaaa gagggaaatc taacacgggt gtctccatcg gatgtcccgg tcggcagtat
      181 catagtagta aaaccgggag agaaaatacc attggacgga aagataatct ccggaagtac
      241 gactctcgac acggcggcgt tgacaggtga aagccttccg cgtgagg
//
LOCUS       SEQF2634|AYYE01000630.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgggatttgg aaggtcagct gattcgtctt gaacgatcgc aacatcgtca gcccattcca
       61 aagctggatc tcatacgtac ttgtaacgct ctttgtggtc aaagagcctt gaccttgggg
      121 agacagaatc ccatcgtccg gttccgtcag tttgagtgtc acaacatccg tggcggggtt
      181 ggggaaaagg ctaaaagaag accgaggctt accaatgata aagccatcta ctctcactcc
      241 tttagaatca catgcattag cgtaatacag t
//
LOCUS       SEQF2634|AYYE01000631.1  400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgatgaacc aggcagccac agcgcccacc acaaatcccg caatgctctt gacgtcccat
       61 cgggtgactt cgcgcgagac aaaccacgtg gatgccagta caagcccaaa gaagaaggcc
      121 catacgagca cgggttggtg gacgagcagg taggtcacaa gccgggccag cgagaagatg
      181 ctgatgccga taccggccac gatggccagc aggaagttgc cgttgatggc ctgccagaag
      241 gcgccgaggc ggaaggtgaa gagtagccgt agcgaggcgg gcgatccgat gcgtttgatg
      301 gaatcgatca actcgccgta gatgccgacg atgaaggcga tcgtgccgcc ggagacgccc
      361 gggatgacgt ccgctgcgcc catgccaata cccttgaggg
//
LOCUS       SEQF2634|AYYE01000632.1 1072 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1072
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(361..804)
                     /locus_tag="SEQF2634_00200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVFITVISMLALAACNNNAQQQDTAAADSTAQAQEAPATGGD
                     RDEHGCIPSAGQSWSQLRQECVQVFEVGTRLNPVEKKEGEAVISAFVLFNDDRSKAEI
                     FLPNSDVESIILDKAADGTYKADRYAFNDAEQALYVDGKKAFVKE"
ORIGIN      
        1 cgatgaagca ctgcgagccg tagcggtggg tggtgatggt ggggatgcgg cggtcgatgt
       61 aggctatttc gccgtatcgc tggcctttga cgaactgtgc gatgtaaaca cgtcgaccgg
      121 ctccgactgc gcggagggcc aatccaatgg cagcggtggt cttacccttg ccgttgccgg
      181 tgtagagatg tacgtaactc atagtggatt gatattagta ggttgaatag gatttagttt
      241 gaggtagttt gaaggagagt ggggaggggg aaaacgaggc gagagaatgc atgtctcgtc
      301 cttctgcata aaagagcaat gccccgactg tccgaacgtc gattccttgg ggctgcctca
      361 tcattctttc acgaaagcct ttttaccgtc cacataaagt gcctgttcag cgtcgttgaa
      421 ggcatagcga tcggccttat aggtgccatc ggctgccttg tcgaggatga tggattccac
      481 gtcgctgttg ggcaggaaga tctcggcttt cgagcggtcg tcgttgaaga gtacgaaggc
      541 gctgatgacg gcttcgccct ctttcttttc tacggggttc aggcgggtgc cgacctcgaa
      601 gacttgcaca cattcttggc gcagctggct ccatgactgt ccggccgagg gaatgcaacc
      661 gtgctcgtcg cggtcgcctc ctgtggcggg ggcttcctgc gcctgcgcgg tagaatcggc
      721 ggcggcagtg tcttgctgct gggcgttgtt attacatgcg gccaaggcca gcatgctgat
      781 cactgtgata aatactttct tcattgtctt gtcatgtaga aattaaaatc tgggggcaaa
      841 gatacatagg ctgcaagggc tttgtacata gagggggaca tgaatagcag gaaataggct
      901 tcgccccgcg gcgggacgag acctaaatga ccattgagat gccaccccgt ggcgggacaa
      961 gatcaaaatg accgttgaga cgccatcccg cggcgggacg agatcaaaat ggccgttgag
     1021 acgccatccc gtggcgggac gagatcaaaa tggccgttga gacgccatcc cg
//
LOCUS       SEQF2634|AYYE01000633.1  783 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..783
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(332..745)
                     /locus_tag="SEQF2634_00201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILPGISGSFILVLLGKYFYIMEAVKTLNLPVMLVFIAGAAIGI
                     SLFSHALSYALHRFHNVTIAVLSGFMLGSLNKVWPWKETIETYVDSHGEVRPLIEANI
                     LPDHLVWEGVALAVAGFALVCVLELTAGRKAKNAG"
ORIGIN      
        1 gttgtagttt ggctcgcgac gattgtagtt cgactcgtcg acggtggtac cgcggtcctc
       61 ggcgaagaag gactgcaact cggggaacgt gcgtgcaggc gcaaagtcca gcgcctcgga
      121 atgatacact tgcgtgtcgg gattgatagg ttctttcttc aaagcatcga gggtgaaagg
      181 gccctgcttc atgccgttct tgaggtaata atattccttt tccattatga gtttaggggg
      241 ttgatgaata atcgggagaa aaactaagcg cgctcgctgc gcatgtcagg gaaacgaaaa
      301 aggccgggta gatgttcacg gctactcacg gctatccggc atttttcgct tttctcccgg
      361 cggtaagttc gagcacgcag acgagggcga atccggctac ggccagggcg acgccttccc
      421 agacgaggtg gtctggcagg atgttggcct cgatcagcgg acgcacttcg ccgtgactgt
      481 ctacataggt ctcgatcgtc tctttccacg gccatacctt attgagcgac ccgagcataa
      541 agccgctcag gacggcaatg gtgacgttgt gaaaccgatg cagggcgtac gatagggcgt
      601 gcgaaaagag tgagataccg atggctgcac cggcgatgaa gacaagcatg acgggcaggt
      661 tgagcgtctt gacagcctcc atgatgtaga agtatttgcc cagtagcacg aggatgaagc
      721 tgcccgagat gccaggcaag atcatggcgc agatggcgat ggcgccgcag aggaagatga
      781 acc
//
LOCUS       SEQF2634|AYYE01000634.1  528 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             4..447
                     /locus_tag="SEQF2634_00202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIDEIDLHLHPSLEQEVVAALHATFPQVQFIISTHSAAVISNL
                     NTAKQGNEEPANCVLFMQEGQEQADPLPNIYGLDYNAALRDFMDTPASSGEIRRLRNE
                     YLTFCSLGLDKEAESTMAEIKKQLGREDHPILEQIRKDAEAYEVH"
ORIGIN      
        1 attgtggtga tcgatgagat tgacttgcac ttgcacccct cgttggagca ggaagtggtg
       61 gcagccttgc acgctacttt ccctcaggtg cagttcatta tttctaccca ttcggctgcc
      121 gtgatctcca acttgaatac ggcgaaacag gggaatgaag agcctgctaa ttgtgtcctt
      181 tttatgcagg aagggcagga acaggctgac cctctgccca acatctacgg cttggattac
      241 aacgctgccc tgcgggactt tatggatact ccggcaagca gtggagagat ccgtcggctg
      301 agaaatgagt atttgacatt ctgttcgttg gggctggata aggaggctga atcaacgatg
      361 gcagagatca aaaagcagtt ggggcgcgag gatcacccca tactcgagca aatacgaaaa
      421 gacgccgagg cgtatgaagt acattgataa gtatagtcgt catgaggagg cgcacgactt
      481 caatgtgcgg tacctgaaag actgttaccg cggtgacatc catagtcc
//
LOCUS       SEQF2634|AYYE01000635.1  403 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             251..388
                     /locus_tag="SEQF2634_00203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKRVDSMRILYIAVHENNCGWGAEYFVNDGFNEIGVATSFITS
                     R"
ORIGIN      
        1 atgttgcgac aaccacgcac cccaccaact aaaagagcta ttggctataa tgaaatggtg
       61 gcaaaaactc atcagttgca gttcgtagag ttcatcgtcg aaattatcga tatagacaga
      121 tttgcaccct cttcaaagag gtaaagcacg agccaataga tgaggtgttg agccggcgaa
      181 tctatagtta tgagcagcat cttaatggca aatacaacat gctgccttat gcgttttatt
      241 attggaaaaa atggagaagc gggtggactc gatgagaata ttgtacatcg ctgtgcatga
      301 gaataactgc ggctggggtg ccgaatattt tgtaaacgat ggatttaatg aaataggggt
      361 agcgacatcc ttcatcacat caagatagcg aataagtttg gtg
//
LOCUS       SEQF2634|AYYE01000636.1  904 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..904
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcacaacctt gctctcgggt actcctagac caccgaaagt acctagattt aaccaaggca
       61 tcgtgataaa gagtgtctga ttggcctctt cgccactatg aggggtaaag agtggtagcc
      121 atacatctag atccttatca tgatagcccc cacgaccatc accaatatga gttgtgagga
      181 caccatgagg gctatagatc gctaccatac aagtagcagc aaagtctttg atgtcgcatt
      241 gctccttttg tgctttaaga gctagctcct ttgctatcaa gcctaatacc cccttagctt
      301 gcttgctcca ttcgccttgt gtaggtaggc tctgacgctc cataaactgt tgctcggtaa
      361 tccacttcga gaatagtgct atcgcgtgct gacacacaag agccgaacca tcctgactac
      421 gcttagccga acccgcacca tccgagatca cgcatatacc ccaaccatga cctaggtctt
      481 gataggcatt gctatcctga caaggcatat tattcttggt atgccctaca ccaataacag
      541 agtcagctac gatggtccaa ctgcccgact gattgatata ggcaggcttt acttgaggct
      601 tcgtggcttc ttctgtttgc tcttgtggtt cttctgtctt tgatacttct tgtttggcgt
      661 ctataggctt tacctctttt actagtatgg tttgaggtgc ttctgcttgt gtattagctt
      721 ggtcttttac atgctcattc atttgcactt cgttttgaga ggtcttagac ctcttaatga
      781 tggcatctgc ctcttttctg cgtttaggct tccaaatcca tactgctaaa gcccctagag
      841 ccacaagagc caagccatac atcgcccaac tacttgtaga tggcttatct tgcttgttcg
      901 tatc
//
LOCUS       SEQF2634|AYYE01000637.1 1091 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1091
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(300..977)
                     /locus_tag="SEQF2634_00204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPEVFDFLRELRANNNREWFQDNKKRYDALRADFISDVGQLIN
                     RIATFDPEIAGLDARSCVYRIYRDLRFSPDKTPYKTYFSAYMTGFGGRSSAYGGYYIH
                     LEPDTPQLAGGVWCPTSPMLKQLRRDICDNMDELAAIIDTPAFRRTFGTFTGEQLTRM
                     PQGFPADTPRGELLRFKSYVVMSVKPESYFTAPDWLDRATEDFRLLQPLNRFLNYTIG
                     EFFGKEP"
ORIGIN      
        1 gtgcaggccg cttgagacat aggcggtcag gctgagcgga gtcaatccgc caccggaacc
       61 gacggtgatg aggtggcgtg gctggaagcg gttggctaag cggaagagcc atcgagagtc
      121 gcgtaacggc agtcggtcgt gtgggtcggc aagggcgtgc gcagcgtgca ggcgagtgta
      181 ggcgtaataa ccgcgtgact cttcgagcac gttcgtgatc aggtcgaaga cgaagggcga
      241 atggataccg tagcccttgc ggcagaacag gcggcggtag aggggaatga tgaggcgtct
      301 catggctctt tgccgaagaa ttcgccgatg gtgtagttca agaaacggtt gaggggctgc
      361 aggaggcgga agtcttccgt ggcgcggtcg agccagtctg gggcggtgaa gtatgattcg
      421 ggcttgacgc tcatcacgac gtaactcttg aagcgcaata gttcgccgcg aggcgtgtcg
      481 gcggggaagc cttggggcat gcgcgtgagc tgttcgccgg tgaaggtgcc gaacgtgcga
      541 cggaaggcgg gtgtgtcgat gatggctgcc agctcgtcca tgttgtcgca gatgtcgcgg
      601 cggagctgct tgagcatggg cgaggtggga caccagacgc cgcctgccaa ctggggagtg
      661 tcgggctcga gatggatgta atagccgcca tacgcgctcg atcggccgcc gaagccggtc
      721 atgtaggcgc tgaaataggt cttgtagggc gtcttgtcgg gtgagaagcg gaggtcgcga
      781 tagatgcgat agacacagct gcgggcatcg agtccggcaa tctcggggtc gaaggtggcg
      841 atgcggttga tcagctggcc gacgtcgctg atgaagtcgg cgcgtagggc gtcgtaacgc
      901 ttcttgttgt cctgaaacca ttcgcggtta ttgttggcgc gtagctcgcg caggaagtca
      961 aatacttcgg gggtcattgt gcggggttgt tatacgtgag aggtagaaat tgctttagag
     1021 taccgccgac gtcgcggcca atgctttggg agttgcgcaa cctgcgcaga tctcgcggca
     1081 aatgctttgg c
//
LOCUS       SEQF2634|AYYE01000638.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agagacagtc aacgagctga aatacacggt gcgcgagcaa cgccctgaca aatccgggag
       61 aaattcattc ccgtcgggac atacagccgc agcctttatg ggagcggagt tcctgtggca
      121 ggaatacaaa gacgtgtcgc cttggtatgg catcggcgga tatgtgatag ccgccggaac
      181 aggggcgtta agggcgtgga acgacaagta ttgggtctgg gatgtcgttt tcggcgcagt
      241 tcggcatgga actcatctat gttcactttt ccggcaatat ctttggccac atcactgcgg
      301 tca
//
LOCUS       SEQF2634|AYYE01000639.1  452 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             27..233
                     /locus_tag="SEQF2634_00205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAASSNGQIRPIQTIDLFMSVLTLCLGTFLITPVFQNVWEMSD
                     AEYSELICRRRTEIKETILSRLKP"
ORIGIN      
        1 acattattgc accgatcgat gcggaattgc gcgcggcatc ctccaatgga caaattcgtc
       61 ccattcagac catcgatttg ttcatgtctg tcctgacgtt gtgcctcggt acgtttttga
      121 tcacacccgt tttccaaaat gtgtgggaaa tgagcgacgc ggagtactcg gaactcatct
      181 gccgtcggcg gacggagatt aaagagacca tccttagccg attgaagcca tgacacggac
      241 agcttatatc acggtctcga aggggcgtgc ctgtgccgtg gcgatgggag cgctcctcac
      301 ggcgatgcag ctcacagccc aggatagccg gacggctctt tcgctcgata gctgtcaggc
      361 gtgggcggcg gagcaccatc ctacggcgaa acgatacgct atcgcggcgg agaacgggga
      421 tgcctcggcg agtaatgccg ccaaagggcg gt
//
LOCUS       SEQF2634|AYYE01000640.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcccaacgtg gtatccgctc gatggcgtct tgcttttccg agaggtattt gccgatgctg
       61 caaaacacga tggcggccaa aaaggtgaat tgaatcgggc cgaaagtggc caccgtccag
      121 tcgtggaact gctggacgcc cgttggcaga tagttgtggt aattcgagag taatgtcacc
      181 gggaggtaac acagcgcccc gatgccaatg gcccaccccg tggatagccg tttgctgatg
      241 tagtacacca gcgggatggc tatcatcagc gccatgacga accaggagcc gcggaaggtg
      301 ctgcccagaa aaaagttgc
//
LOCUS       SEQF2634|AYYE01000641.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttcggtcgt ccgcgctgga aagtacgttt gcttcaatct ctttcagtct ttgctgcgct
       61 tgttgcagtt cggacttcaa gtgctcagcc gacgcagtaa tgtgttcaat ttcatttcgt
      121 tccgcaatca actcttgctt ggaagcatct tgcgctgtgt taccggcctc cttgtttttg
      181 gccttctttc tatgccggaa aaggttggcg cacaaaacgc caaccaaaaa tccggccagg
      241 atatagagg
//
LOCUS       SEQF2634|AYYE01000642.1  349 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caacccgccc gttgtaggcc cccagttcca tccccctcga atccaaccga aatccaagca
       61 aaatgtactg aatgtttggc gcctcttttt ctcacatccc tgtctctcag tgttttccgt
      121 ttcccccgtt gtacttaatg ttttgtgggg catccaccga cagaggtagc catcttcttg
      181 gtccacctca atccgaagca gtccctcaaa gtctcccgtt ccgctcctag aggagatatt
      241 gatgccccct tcgccctctt ctctttcttc ctttaaggga aagcacatgg gataacagca
      301 aaaaagaatc cctccgccga tcttaatcga tcaacagagg gacttccct
//
LOCUS       SEQF2634|AYYE01000643.1  511 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..511
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tccgtttcgg tccgcaggcc ataagatttg aggccgatac gcactttcga ggaggagtat
       61 cttgaggccg tttcgagtcg ccgaagcgct tcttcacata gctgaaggcc gtttgtagaa
      121 cagcttattt ttcctcagcg cgttttggat ttgaggccga tacacatttt cggaaagggg
      181 tatcttgaag ccatttcaag tcgccgaagc gcttcttcac atagccgaag gctgtctgta
      241 gaacggttca tttttcctta gcgcgttttg gatttgaggc agatacgcac tttctgagag
      301 aagtatcttg aagccgtttc gagtcgccga agcgcttctt tacatagccg aaggccgtct
      361 gtagaatagc ttatttttcc tcagcgcgtt ttggacttga ggccgataca cattctcggg
      421 aaggggtatc ttgaagccat ttcaagtcgc cgaagcgctt ctttacatag ctgaaggctg
      481 tgagtagttt tcattgttga catatcaacg c
//
LOCUS       SEQF2634|AYYE01000644.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgctggcta agacacatcg cgacgagatg atggcggtgc ttgatgcgga ttatcccgcc
       61 tatggttggg cgaaaaacaa gggctacccg acggtcgccc accgtgacgc gatccgtcgg
      121 ttcggcgtca caccgcacca ccgacgctct ttcgcactgt tgcccgaagc gacgcagggg
      181 gagattgtgt ttggggtgtg atccatagcc cccacgaaaa aaaaatcctt gcaaaggtct
      241 cccgaggtgg gagtgtcctc tgcaaggatt tgcgtatagc
//
LOCUS       SEQF2634|AYYE01000645.1 4661 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4661
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             237..1199
                     /locus_tag="SEQF2634_00206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEIIEIDPIGMKKLDNGQHVHFHSRAYDLVNEYEPAKIGLPEP
                     LKTEWKGNIDTEEDIGKEVVAETLTKTMNKKNEERDRILTYIFRLIRACVFSPEEAEE
                     KAASELALVINSYGRVQRESFDRQSSHIDGLLVDLKKTENAAHVTTLRLTSALAKLEA
                     ANGECKKLYLQSVKNPHRSNLPTAAEVRPKTDAIYNRVVFMLKAAYVSGVASVDKAAL
                     KQLAEHLNSLVDRTDKAYHQSLAQKKSAADKKKKKPDTPPQPKEPKPKKPKEGDKPDI
                     HLPEPEAPKKPEGGGEGKKPDTGSGGGGGTSGGGSSPEITLPEE"
     CDS             1292..1534
                     /locus_tag="SEQF2634_00207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTTGKVEIALHLDKGLIDQLEKEAKRENKSLNGYVEKMLRKLI
                     RRQPNPETMEAIREARENDNLEVLDVDHFKEFVASL"
     CDS             1538..1807
                     /locus_tag="SEQF2634_00208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIRITSRFKKDVKRIQHMPEKVDRLDKVVKQLRQSGTLLPEY
                     RPHRLTGNYRGCMECHVESDSLLIWIDETESIIKLLRYGSHAELF"
     CDS             1959..2825
                     /gene="ytnP"
                     /locus_tag="SEQF2634_00209"
                     /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="MKIFLFNAGLFYADGGAMFGAVPRTAWGRRYEADHLNRCVLAMQ
                     IGLVRVEDRILLIDTGVGTKHLERLSRSYYAFHQLTDPAVTLTRLGIRPDDVTDVILT
                     HLHFDHCGGTTRMDDLGRIVATYPRARVHVSRAQLDACAAPNALEKDSFSTEHIDAIR
                     HAGLLSPIDTFETLIHPLVRLTLHDGHTDGQIAVRIQRPDGGPGVLFPGDIIPTAAHL
                     SPTWISAYDIRPLDSYRERCLLLDEAARDHLRVVFCHDAYRPSALVRKTNDFYTASPT
                     PSPTAQPEIFSI"
     CDS             3148..3918
                     /gene="soj"
                     /locus_tag="SEQF2634_00210"
                     /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"
ORIGIN      
        1 ggttttgggc tttgccactc gacatggagc gaaacccgcc gggttttggg ctttgccaca
       61 agtttgaatg aaacccggcg ggttttgctc agatctgtgg caaacgcaga ccgttcgccg
      121 atcggtcgtg gggcgcagcg cacgtcccgg atccgaaaag tgacgcgtat ttcttgcatc
      181 tatctgatct atgcttattt ttgatcgttt ttatacccat tcaaattaat gacacaatgg
      241 acgaaatcat tgaaattgat cccataggga tgaaaaagct cgacaacggg caacacgtac
      301 attttcacag cagggcttac gatttagtca acgaatacga gcctgcaaaa atcggactcc
      361 cggagccgct caaaacggag tggaaaggca acatcgatac cgaagaagac atcggtaagg
      421 aggtggtcgc agagacgcta accaaaacga tgaacaaaaa gaacgaggag cgtgatcgca
      481 ttcttactta catcttccgg ttgattcgtg cttgcgtctt ctcaccggaa gaggccgagg
      541 agaaggctgc gtcggagttg gcgctggtaa tcaacagcta cggacgggtg cagcgcgagt
      601 cgttcgaccg ccaatcgtcg catatcgatg gcctgctggt cgacctgaag aaaaccgaga
      661 acgctgcgca cgtgaccacg ttgcgcctca cgtctgccct cgcgaaattg gaggcggcca
      721 acggggaatg caaaaagctc tatctgcaga gtgtcaagaa cccgcaccga agcaatttgc
      781 cgacggcggc tgaagtgcga ccgaagacgg atgccattta taaccgcgtg gtctttatgc
      841 tcaaagcggc ctatgtctcc ggcgtcgcgt cggtcgataa agcggcgctc aagcagctcg
      901 ccgagcacct gaacagcctc gtcgaccgga ccgataaggc ttaccaccag agtctggctc
      961 agaagaaatc ggcggcagac aaaaagaaga agaaaccgga caccccgccc caaccgaaag
     1021 agccgaagcc caagaaaccg aaggagggcg acaagccgga tatccatctc cccgagccgg
     1081 aggcgccgaa gaagcccgag ggtggcggcg aaggcaagaa accggacacg ggcagtggcg
     1141 gcggcggtgg cacgtcgggt ggcggaagca gtccggagat cactttgcca gaagagtaaa
     1201 gaaacggaag gtgaacccct aaaaaggccc ggtacccggc gggttttccc cctggtatcg
     1261 ggcgctaatt tttagattga ttgagatcat cgtgggaacg acagggaaag tagaaattgc
     1321 ccttcatctg gataaaggtc tgatcgacca actggaaaaa gaggcgaaga gggagaacaa
     1381 aagcctgaac ggctatgtag aaaagatgct tcggaagcta atccgtcgtc agcctaatcc
     1441 cgagacgatg gaagccattc gtgaagcccg cgagaacgac aatttggagg tgctcgatgt
     1501 cgatcatttc aaagaattcg tcgcctcgct gtagattatg aaggaaattc ggatcacaag
     1561 ccgattcaag aaggatgtga agaggataca gcacatgcct gaaaaagtag atcgtttgga
     1621 caaagtggtc aaacagctac gtcaatcagg cacccttctt ccggaatata gacctcaccg
     1681 gctcacagga aactatcgag gctgcatgga atgtcatgtg gaaagcgatt ctttactcat
     1741 ttggatagat gaaaccgaat cgattataaa actgcttcgg tatggttctc atgcagagct
     1801 attctaaccg tatatactcc aaaaattctg tcggataaaa agggcaactc ctatcctcgc
     1861 cttgtctaac ggagcttctt ttttctcatc ataattctcg gggctcacaa gtccatttca
     1921 acgggcagac attatatctg tcctgttctt tcaccaatat gaagatattc ctttttaacg
     1981 caggactttt ttatgccgac gggggtgcca tgttcggcgc cgtgccacgt acggcttggg
     2041 gacgacgtta cgaggcggat cacctgaacc gttgtgtgct ggccatgcag atcggtctgg
     2101 tccgtgtcga ggatcgcatc ctgctgattg acacaggcgt cggcacgaaa catctggaac
     2161 ggctcagccg atcgtattac gcttttcatc aattgacgga ccccgccgtt acgctgactc
     2221 gcctcggcat ccggcctgac gacgtgacgg acgtcatcct cacccacctg cactttgatc
     2281 actgcggcgg cacgacccga atggacgact tggggcgcat cgtagccacc tacccgcgcg
     2341 ctcgcgttca cgtcagccgt gcccagctcg acgcctgcgc cgctccaaac gccctcgaga
     2401 aagactcctt ttccaccgaa catatcgacg ccatccgcca cgccggcctc ctctccccca
     2461 tcgacacgtt cgagacgctc atccatccac tcgtccgcct gaccctacac gatggccaca
     2521 cggatgggca gatcgccgtc cgcatccaac gccccgacgg tgggccgggc gtgctcttcc
     2581 ccggcgacat catccccacg gcggcccacc tatcccccac gtggatctcg gcctacgaca
     2641 tccgccccct ggactcctac cgcgagcgct gcctcctgct cgacgaggcc gccagagatc
     2701 acctccgcgt agttttctgt cacgacgcct atcgcccctc cgccctcgtc cgcaaaacga
     2761 acgacttcta taccgcctcc cccaccccat cgccgacagc gcaacccgag attttttcca
     2821 tctgacacgc atggaggaat ccgtttcctt tcagtagatc cccgtcgacc cttaggtagg
     2881 tgccggcgta gggacgtatt gaatacgtcc cttgggacgc ttcgcaagag gcgtagatta
     2941 ggcgttaggt gcatgcggag cgtctgtttt tccctcccaa cgaggctccc ccaccctatc
     3001 accgacagca cttcccgcca cgttagggcc gttccacgca tggacgtatt ccaataaaca
     3061 caaaacagaa ctacctttgc gccgaacaaa ggccgacgca gaacgtggaa caagccgacc
     3121 tttgacttgt ctcaaagcca atattcaatg ggaaaagtta tcgcattagc caatcaaaaa
     3181 ggcggcgtgg gaaagaccac gacaacgatc aatctggctg cctcgctggc tgcgctggag
     3241 aagcgcgtgc tcgtcatcga cgccgatccg caggccaacg cctcctccgg attgggtgtc
     3301 gacattaaga atttacccac ctcgctctac gaatgcctta tcaatggcga cgagccgcag
     3361 gaggccatcg tgcgcaccga actcgatgga ctcgaggtgc tcccctcgca catcgatttg
     3421 gtcggcgccg agatagaaat gctcaacatg gagcggcggg aacagatttt gaagcgcgtc
     3481 gtccagcccc tccgcgacag ctacgacttc atcctcatcg attgctcgcc ctcactcgga
     3541 ctgatcaccg tcaacgccct cacggccgca gacgcagtca tcatccccgt gcaatgcgaa
     3601 tattttgccc ttgagggcat tagcaagctg ctgaacacga tcaaaatcat caagtcgaag
     3661 ctcaacccat ccctcgagat cgaaggtttt ttgatcacca tgtatgacgc acgcctccgc
     3721 gtggccaatc agatctacga agaggtcaag cgccccttcc aagacctggt tttcaagacc
     3781 gtcatccgcc gcaacgtcaa actggtcgag gcctccagct tcggccgacc catcctcctc
     3841 tacgacgccg agtcgcaggg ctcgacgaac cacatgcagc tcgcccagga gattatcgaa
     3901 aagaacacca ccgcataaat acgcacctct tatggccaaa gccacacgca acagattagg
     3961 tcgcggactc gacgcactgc tcgccccgcc agacgaaatc gtgacgagcg gatcgtcgtc
     4021 cattaacgaa atagagcttg atcgcatcga gcccaacccc ggacagccac gctccatttt
     4081 cgaagaagaa tcactcgagg aattggccca gtccctccgc acatacggcg tcatacagcc
     4141 gatcatactc aaagaaaaag gcgatggcca ttacttgatc atcgcgggcg agcgccgcta
     4201 tcgggctgcc gaaaggatcg ggttagacaa gatccccgcc tacatcaaga ccgccgaaga
     4261 cgagaatatc gctgagctgg ccctcattga gaacatccag cgcgaagatc tgaacgccat
     4321 cgaaacggcc ctcgcttatc agcggctaat cgacgccaac ggatttacgc aagagcaact
     4381 cagcgagcgc gtgggcaaga agcgcgctac ggtggctaac tacctgcgtt tgctcaagct
     4441 cccggcggag attcaggtcg gactcaagga taagcgcatc gacatggggc acgctcgcgc
     4501 cctgctctcg gtggaggatc cggaggtgca attggccctc tacgagcaga ttttgacgca
     4561 gggactctcg gtgcgcaccg tcgaagagct ggctcgcaac gcctccgccg aggtcaagca
     4621 ccaacaggcc gaggccgacc ctaagcgccg tccccacaag c
//
LOCUS       SEQF2634|AYYE01000646.1 1162 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1162
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(488..1018)
                     /locus_tag="SEQF2634_00211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRKIAIFFGYPCRGVLNTPYRRPHRWSNGKKNRHFSGRPCRGV
                     LNTSYKRPRQGPNESNSDSIFDSPDKNEPQTRRIFYSPGETKPYPFRVFQSPTEIGSQ
                     IHRVFQSRTERDGCTRRIRHVPDMKEYNMRCRYKPFTLKESFLHCIWRSIDQKEARMH
                     CKWHLHGLKEVYLRRG"
ORIGIN      
        1 cgtctgtccg tgtagggcgc aacagcatac gccccataga cggccacacc ggtggtcgaa
       61 cggatagaaa aaaacgccat tttttcgggt acccgtgtag gggcgtattg catacgcccc
      121 acagacggcc acaccagagg ccgaatgaat ctaatcccca cccaaaaatc cattccccga
      181 acaaaacgcg gccctatccc cacccggttt tccattcccc gaacaaaacg cgaccctatt
      241 cccacccggt tttccattcc ccgaccgaaa aacatcctca accttgacgc ataaggcata
      301 ttcccagcat aaaagaacgc tatatgcgtt gcatattggc atctcccact gcaaaagagc
      361 agcatatgca gcgcggattc atttctatcg cacggaacga ataccatttg cattgcatgt
      421 tctatcttct aaggctaaaa gaagatcttt tgcaacgcag attatatcct cccgatccat
      481 taggatccta tccacggcgc agatagactt cttttaatcc atgaagatgc catttgcaat
      541 gcatacgtgc ttctttctga tcaatagatc gccatatgca atgcagaaac gattctttca
      601 gtgtgaaagg tttgtatctg caacgcatat tgtattcttt catatcggga acatgcctta
      661 tgcgccgggt acagccatcc ctttcggtcc gggattgaaa aacccgatgg atttgagatc
      721 caatttcggt cggggattgg aaaacccgga agggataggg tttcgtttca cccggggaat
      781 agaaaatccg gcgggtttga ggttcgtttt tatccgggga atcaaaaatc gaatcggaat
      841 tggattcatt cggcccctgg cgtggccgtt tgtaggacgt attcaatacg cccctacacg
      901 ggcgacctga aaaatggcga tttttctttc cgttcgacca ccggtgtggc cgtctgtaag
      961 gcgtattcaa tacgccccta cacggatacc cgaaaaaaat ggcgattttt ctatccattc
     1021 ggccactgcc gtggtcgttt gtggggcgta tgcaatacac ccctacacgg gtacccgaaa
     1081 aaatggtgat ttttctatcc gttcggcctc tggcgtggcc gtttgtgggg cgtatgcaat
     1141 acgcccctac acgggcgacc ta
//
LOCUS       SEQF2634|AYYE01000647.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaaatggatg tgaggaagta acgtgttcct tctctcatca gacagtcggt tcatcaatcg
       61 cagcacctcg ggcaacagct ttacacggca gaggacacct gttttctgtc ggttgaattt
      121 cagccaaagg acgccctcgt cgtcgcgaat gagatgctca gggttcagcg ccatcaaatc
      181 gcaataggcg gcgccggtgt aacaggcgaa aagaaacaca tcgcgcgctg tctccaagtc
      241 agcctcccag ccgtcaaaac agagcgcctt taacttgtcc aacgcttcct tatcgagcgc
      301 tttgggcagt cgactgtctc ccttgtctac atgcacattg tcgaatagca aggagtctgc
      361 cgcgccctct cgatacgcca gcttgcagac cttcttga
//
LOCUS       SEQF2634|AYYE01000648.1 1853 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1853
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(96..260)
                     /locus_tag="SEQF2634_00212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSARYCSRIAESVFEHCKASACFMSDVTCASASASFFSLLAED
                     VQEGSSVMSA"
     CDS             complement(313..573)
                     /locus_tag="SEQF2634_00213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIGYGAVVINASQGRFVRQYGFCGQRVGLFVKRDCCFGMPAFI
                     LVEASADKQLDKELWEDGCHFFGLSVTAVAAFQLALDGVGDT"
     CDS             complement(744..902)
                     /locus_tag="SEQF2634_00214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLNALVSPRESASRSASSEMAKALSYSPSRFNVIMRSFLMSIR
                     FLTSLVNV"
ORIGIN      
        1 tccccccccc ccccgttaac taaaagaaac aattaccgct gtgtaaggac gtgtgacaca
       61 agagactctc ttgtaatggc cacggccata tgcttttatg cgctcatcac actgctaccc
      121 tcctgcacgt cctccgcgag cagggagaag aacgaagccg aagcacttgc acacgtcacg
      181 tcgctcatga agcaggccga cgccttgcaa tgttcgaaca cggattcggc gatccggctg
      241 cagtatcggg cactcaacat attacaacct ttcctcgcga acgattcgct gcgcaccgcg
      301 ttatggatta aactaggtgt ctcctactcc atcaagggcg agttggaacg cagcgacagc
      361 tgttacgcta aggccgaaga agtggcagcc atcttcccaa agctccttgt cgagctgctt
      421 atcggcagag gcttcaacca agataaacgc gggcataccg aagcagcaat cgcgctttac
      481 gaacaggcct acacgctggc cgcagaagcc gtattgccgg acgaaacggc cctgcgacgc
      541 attgataaca accgcgccgt atcctatcag catcgggcgc aatacgactc ggccatgatc
      601 tgtctccaac gagctttgct ggtagcggaa aagcagggtg aaagcaaagc cgcagctgac
      661 gctctgatga gcatggggta tgttcgcacc cgcatgcgcg atgatgaaca ggccgactcg
      721 ctcttccggc tggcggactc catctataca ttaaccaacg atgtgagaaa acggatcgac
      781 atcaaaaacg atcgcataat cacgttgaac cgactcgggc tgtatgacaa ggccttggcc
      841 atctcactcg aggccgaacg actggctgac tctctcggcg acaccaaggc gttaagtgtc
      901 atttacaaca accgaggaaa tatctatttc gagtggaaag attacagccg cgcccttgac
      961 atgacgcacc gctcactgga gcagatggag ctgacgggtg acaccgttgg catcatcgcc
     1021 tcactcaact cttcggcctc catccatatc gagacgaaag actatgccga agccatccgt
     1081 gagagcatga gggccttgca actctcggat gagaaacacg tgctcattta cctccaagac
     1141 atctatgaga atatcgccac cgcctgcatc cgctcaggcg actttcgtgc aggagtcgaa
     1201 tatctcgaaa agcggaacgc gctgaaggat tccgtcttta cgcgggagaa atacgccgtg
     1261 atcgaggagg tgaaaacgcg ctacgaaacg gagaagcaac agcagcggct gcaaatcgct
     1321 atgctccgac tcaagaaaaa tcgtcaaggg atctttgcaa tggccgcgtt ttcggtactg
     1381 atttcgatcg ctttcgttta cgtctatacc gaacagcgcc gtaaactgca gcaatacatc
     1441 ctgatcgccc gacaagggga acgggtagag gaactgacgg agcagacact ggctccgcaa
     1501 tgtgacagcg accaatcgga gcggagtgcc acgggactat ccgaggagaa aagtaaggag
     1561 ctgctgcgcg tcctacaaga ctgtatggag aatcgcatgc tctataagga tccctctctc
     1621 tcactcgagg ccctagccga agccgttggt acgaaccgta gctatctctc tatcctcatc
     1681 aacagccgca tgaagaaggg ctttacggaa tacgtaaact tctatcgtat cagagagggt
     1741 aaacgcttac tgaaagagac agactgtaaa atcatcacca tctctcaaga ggtcggatac
     1801 ggctccccac aatcgttcta cacagccttt cgtaacgcca cacagctcac ccc
//
LOCUS       SEQF2634|AYYE01000649.1  738 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             10..399
                     /locus_tag="SEQF2634_00215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPHLGLPPLRLGHDHAALALMCIAVSLSAVGYGLAIGSVARTAQ
                     QASIFGAVSVVILAAIGGVWIPTFVMPPLMRTVARISPLNWGLEGFNTLFVRGGGLSD
                     VAPYAAASLVFFAIMLGVAIVRRKMKS"
ORIGIN      
        1 ctctacctca tgccccacct tggcctgccg cccctccgcc tcggccacga ccacgccgcc
       61 ctcgccctga tgtgcatcgc cgtctcgctg tcggctgtgg gttacggctt ggccatcggc
      121 agtgtggccc gcacggcgca acaggcgagc atcttcggcg ccgtgtccgt cgtcatcttg
      181 gcggccatcg gcggcgtgtg gatccccacg ttcgtcatgc caccccttat gcgcaccgtc
      241 gcccgcatct cacccctgaa ctggggattg gaaggcttca acacgctctt cgtacggggc
      301 ggcggactgt cggacgtggc cccctatgcc gctgcctcac tcgtcttctt tgccatcatg
      361 ctcggcgtgg cgatcgtcag aaggaaaatg aaaagctaac agagagaaac tgtcggtgaa
      421 ccggcaaaac ggcctacctg catcggcggg tataatgaca aagcgggctg caccatctgc
      481 gacggatgat gcagcccgct tgtttcgtga gttcggccta aaagattgca ggccttcttc
      541 tgattggacg gcctcggcga gcaactctcc aagaaataag caacagggat tgcgcatggt
      601 tgtgtgaatc tctcggcatt tgccgcggcg tctgcgcagg ttgcgcaact cccaaagcat
      661 ttgccgcggc gtctgcgcag gttgcgcaac tcccaaagca tttgccgaga cgttggcgca
      721 ggttgcgcaa ctcccaaa
//
LOCUS       SEQF2634|AYYE01000650.1 1331 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             592..1002
                     /locus_tag="SEQF2634_00216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCTANSRCRLRSRNQLLTPTTNTAPKTHDEVTVCRNLFTAIGE
                     SATAQKSNISLRTVSGLNCMPTGYCIHALATRIHSAERVAPMTVSHVEARCMPRLTLP
                     QPKYITATNVASMKKATMPSMASGAPKMSPTNQL"
     CDS             1057..1197
                     /locus_tag="SEQF2634_00217"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKLMPKSFIQNLVVCFQNARPVRTYIVSIKAMTTPSPIVSGTN
                     SQ"
ORIGIN      
        1 agccacatca ccagtatgaa catgagcacg aagtatccgc ccagcgccac catcacgtga
       61 aacgcgtaga aggtcaggcc cacgggcggg atcagctcgg ctggatcctt gatatacccg
      121 tagccgaagt tggggaagtt ctcctccagc acagcccgac tggtgcgcat ggcctcctca
      181 tccttcgccg cgagtgcctt gcgatagtca gccagcgctg cgatggcaag gcgtccgctg
      241 gcgatgcgtt cctcgaccga gagcgcccgt gcgcccgacc gcgtcgtgta tccaccctcg
      301 atcaggtcag tgatgcccgg aacgaacgcg tccagatctc gctccgccag atacgacagc
      361 gcgtagggga tctccacctt catcacgaac ggatccgtac tgtcagcgtg cgactgctta
      421 gccgggttca gtatgcccac ggccaccaac cccgcaccgt ttgtgccctt atacaggccc
      481 tccatggcgg ccagcttcat gggctgaaac tgcgccacgt tatacgccga accgtcgccc
      541 gtcaagacgg ccaaccccga ggccaccagc ccgaagatgg cagcgacacg tatgctctgc
      601 accgcaaatt cacgatgccg gctgcggagc aggaaccaac tgctgacgcc caccacaaac
      661 acggcgccca agacccacga cgaggtcacg gtgtgcagga acttgttcac cgccatcggc
      721 gagagcgcca cggcccagaa gtcaaacatc tcgttgcgca ccgtgtccgg gttgaactgc
      781 atgcccacgg gatactgcat ccacgcgttg gccacaagga tccacagcgc cgagagggtg
      841 gccccgatga ccgtcagcca cgtagaagcc aggtgcatgc cacggctcac cttgccccag
      901 ccgaaataca tcacggccac aaacgtggcc tccatgaaga aggccacaat gccttcgatg
      961 gccagtggcg cgccgaagat gtcgcccacg aaccagctgt agttcgacca gttggtgccg
     1021 aactcaaact ccagaatcag ccccgtggcc acgccgatgg cgaagttgat gccgaagagc
     1081 ttcatccaga acttggtcgt ctgtttccaa aacgcccgcc ccgtgcggac gtacatcgtc
     1141 tccatcaagg ccatgacgac gcccagccca atcgtgagcg gcacaaacag ccagtgatag
     1201 atggccgtca gcgcaaactg cgcccgcgac cagtcgatca aagaagtatc caattgttgc
     1261 atatataaat gtgtagttag agtaagtcgg tgggggtcag ggtgtggcgc ggtggatgag
     1321 ttcttcggag a
//
LOCUS       SEQF2634|AYYE01000651.1 1623 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1623
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(788..1570)
                     /gene="murE"
                     /locus_tag="SEQF2634_00218"
                     /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="MPAEAFALTNADDKSGAVMLQNTAARKLTYSLRTAADFKGKIVE
                     AHFEGTELLIDGRDVTVAFVGRFNAYNLLAVYGTAVALGEDAEQVLVALSSLRPVAGR
                     FETITSPEGFTAIVDYAHTPDALANVLTSIHEVLRGTGRVITVVGAGGNRDTGKRPLM
                     AREADRQSDQLILTSDNPRFEDPDAIIREMEAGLDTAARVRVLCITDRLSAIKTACRL
                     ARRGDVVLVAGKGHEDYQEVRGVKHPFDDREVLRTLFSTSKA"
ORIGIN      
        1 gtgtaggcca gcaccccaag cgcgatgccg acgatggccg agctgcccgc cgccagtccg
       61 tcgagtccgt cggtgaggtt cgtgccgttt gagacggcag tgacgacgaa gatggtcatc
      121 agcacaaaga gcagccaggt gacttctgtc ttgtagcgac cggcccaagc ggccagcacg
      181 gagtagtcga agttgttgtt cttgacaaag gggatggtcg tcttggtcga cttcacttcg
      241 ctggggtgga tacgcacctc ctcgatcgtg tcctgccccg cgcggcggat ctccatgttt
      301 tcgcggatca cgacgtccgg actgaaatag agcgtcaggc cgacaatcag cccgaggcct
      361 acttgggcga tgatcttgaa gcgcccgtgc agcccctcct tgtctttctt gaagaccttg
      421 atatagtcgt ctgcaaagcc cagtgtgccc aaccagatgg tggtgatgag cataaggatc
      481 aggtagatgt tgttcagccg ggcgaagaag agcaagggga cgatgatggc aataatgatg
      541 atgatgccgc ccatcgtggg tgtacctttc ttgctcagct gaccttcgag acccagttca
      601 cggacggttt cgccgatctg aaggcggcgc aggcggtcaa tgatgcgtcg accgatggcc
      661 gtggagatga agagggccag gatgaaggcc atcacggagc ggaaggagac gtatttgaag
      721 acgcccgcgc cggggacgtc cagttgatcc aagtagttga atagttcgta cagcatgggg
      781 ccttcggtta tgctttagag gtggagaaaa gggtgcgcaa tacctcgcga tcgtcgaagg
      841 ggtgctttac gccgcgcacc tcctgatagt cctcatgccc cttaccggcc acgagcacga
      901 cgtcgccacg gcgagccagt cggcaggccg tcttgatggc cgacagtcgg tcggtgatgc
      961 agagcacacg cacccgagcg gcggtgtcca gcccggcctc catctcgcga atgatggcgt
     1021 ctggatcctc aaagcgggga ttgtctgacg taagaatgag ctggtcgctc tgtcggtcgg
     1081 cctcacgggc catcagcgga cgcttgcccg tatcccgatt gccgcccgct cccaccacgg
     1141 tgatcacgcg ccccgtgccc cgcaacactt cgtggatgct cgtcagcaca ttagccagcg
     1201 cgtccggcgt gtgggcgtaa tcgacgatgg ccgtaaagcc ctcaggcgac gtgatcgtct
     1261 cgaaccgtcc ggctacgggc cggaggctgc tcagcgccac aagcacctgc tccgcatcct
     1321 cgcctaacgc caccgccgtg ccatagacgg ccagcaggtt gtaggcattg aaacggccca
     1381 cgaaagccac cgtcacgtcg cgcccatcga tgagcaactc cgttccctcg aaatgcgctt
     1441 ccacgatctt gcccttgaag tcggctgcgg tgcggagcga ataggtcagc ttgcgggcgg
     1501 ccgtgttttg cagcatgacg gcgcccgact tgtcgtcggc gttagtcaat gcgaaggcct
     1561 cggcgggcaa cgtgtcgaag aaacgcttct tggcgcggag gtaattatcg accgtcttgt
     1621 gat
//
LOCUS       SEQF2634|AYYE01000652.1 1257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             165..1127
                     /locus_tag="SEQF2634_00219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEDIAKFHGAYFGRHSLSTRNVRGQRERKRLYSFPDFHIDTF
                     AMNPIFGSVGKDNYVYHFVGSGVLGNNLLSLCSWLFSVDEGRVRVFSVLNDKRLEQES
                     KGFHKIQDGLENDGITARIGSLKEELTFTLDLGNNVDVLVNNEVATQLKERYPYQVIL
                     TLRGDNSVDSLFVFDGVPVVWDGITIPNCQIAHKSKFAVNKNFFGSQLMHRFNFILNY
                     SGEEGDPLYIQPRKGFEAERAMPILSALGLQIEARAQGFVVSRLELGGIAEKAGIALG
                     DVVLELDGRAPKASLTSQDFIRYTADKKEIRLRIKGKGEKRLAL"
ORIGIN      
        1 atccgatcgt gcgatacagc gcacacaatt accaagagtt ccaacgcatt cctgatgaac
       61 tgtctcttga tattcctttt tcctatgacg gtcatttttc cgtgccctgt actattgatg
      121 gtaaagaggt gagcctgatt gtggatacaa aggcgacttg tattatgaaa gaagaagaca
      181 tcgcaaagtt tcacggtgcc tatttcggaa ggcattcgct ttctacaagg aacgttcgcg
      241 gacagcggga gcggaaacgc ctctatagct tccccgattt ccacatcgat acgtttgcga
      301 tgaatcccat tttcggatcc gtcgggaagg acaattacgt gtaccacttt gtgggaagcg
      361 gtgttttggg aaacaatcta ttgagcttgt gcagctggct tttttcggtg gacgagggac
      421 gggtgcgcgt cttcagtgtg ctcaatgata agcggctcga acaggagagc aagggcttcc
      481 ataaaattca ggacggactg gaaaacgacg gtattaccgc ccggatcggg tcattgaaag
      541 aggagctgac gtttacgctc gatctcggga acaacgttga tgttttggtc aacaacgagg
      601 tggctaccca gctgaaggag cggtatccct atcaggtgat tcttacgttg cggggcgata
      661 acagtgtcga ctccttgttt gtgtttgatg gtgttccggt ggtgtgggat gggataacga
      721 ttcccaactg ccaaatcgca cacaaatcca agtttgctgt taacaagaac ttcttcggat
      781 ctcaattgat gcaccgcttc aatttcatct tgaattattc cggagaggaa ggagatcctc
      841 tgtacatcca gccgagaaaa ggatttgagg cggagcgcgc gatgcccatt ctctccgcct
      901 tggggctcca aatagaggcg agggcgcaag gcttcgtcgt ctctcgattg gagctgggcg
      961 gcatcgccga gaaggccggc atcgccttag gtgatgtggt gctggagttg gacggacgcg
     1021 cgcccaaagc ctcactcacc agccaagatt tcatccgata tacagccgat aagaaggaaa
     1081 tccgcttacg aatcaagggt aagggagaga agcggctggc gctgtgaggt cttgtttcct
     1141 cgagtggatt cctccaaccg atcccttttg aaggcgttcc ccagagtaaa ttcctccaac
     1201 cgatctcttt tgaaggaatt tctccgagta aattcctcca accgatctct tttgaag
//
LOCUS       SEQF2634|AYYE01000653.1  971 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..971
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cgccagaggg ctgcccaagc tctatgcctc cgagaaacag cttatcggag aggaggtaag
       61 gcctttttgt tttggagaac gggggagatt cctgcatgga atgttttact ataggtgtga
      121 gatacgtgtg aatatcatat agtgcacaac atgatataga gttatgatac agctcgaatt
      181 gggggacgtg ttcccttctt tctgtagagt gtttttattc gcggtagaac acaaaacggc
      241 atgggaaact tgccatggta tcaaaaaact tcactggaat aattcagtgt tgaacttaaa
      301 aaaaacgata agatgaaatt ggaagttatt gacctcctgg atcttatgga agtgaaaggt
      361 ggcggtggtc ctgcatcacc tatcattgtt atttgtgcgc atggggcgag tgctgtaaca
      421 tgcactgctc agggttcagg aattgttcgc agagactgat gaattctatg attaaggagg
      481 aatgaagggc gtcgtgctca tatcataact ctgttaatca ttggaatgag ctgtctaata
      541 gcggcgatta caatcttatc tatctcttag taagctagca gccgctattt gctgtaattt
      601 aggtgggatg atttccacag gggatatcgt cccacctttt tctcattttg ccatgcggac
      661 tttttcaaat atatttgggt gacttgttcg tgaaacaatg ttgctaccac actctatcaa
      721 aacactagct ctaagccaaa gatataggtg taatccctaa atgctcaaaa aagcgagcgc
      781 gcaatttaag aaattaacat caaaaacatt gtaattatga agggcgaggt tgttcttaat
      841 cccgattatt attttataag agatgaagat cgtgtctcat tgcgttcggg aaggtatgta
      901 aataaaataa gcaattcatc ttggcttagt tttattcatc catttcaagc ctatatactg
      961 tcgttgtttg c
//
LOCUS       SEQF2634|AYYE01000654.1  876 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(152..742)
                     /locus_tag="SEQF2634_00220"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTEKVVKETRAEFMAGTAYGELLQHKSFFTPNGDYYLACNSVN
                     AGAKSSTQQHGALLRIKKGATEFDKSYRGYNHPKGKIVTADCLSPTKALLYIQDPEHT
                     GAKGWGADYNCYYAILDLTTDQLTEIQYNGTNLPFSSGTFSQRSLVLGNKAYIGVNPK
                     DAPTCIYIYDIPSGQVTKGMIIAKGYHFERIVGIEE"
ORIGIN      
        1 ggtcgcgctc atctacgttg gggaagggat ggtagacgag caccaacccc gacaagcacc
       61 acatcagaaa gaacagtccg acgactgcgc ccacccatcg gtggatccga aacagccact
      121 tattcatcaa ttctcagagt gttgataccg tttattcctc gatgcccacg atgcgttcga
      181 agtggtaacc cttggcgatg atcatgccct tggtcacctg gcccgacggg atgtcgtaga
      241 tgtagataca cgtaggtgcg tccttcgggt tgacaccgat gtaggccttg ttaccgagga
      301 cgagtgagcg ctgcgagaag gtaccgctgc tgaagggcag gttggtgccg ttgtattgga
      361 tctcggtcag ctgatccgtc gtcaggtcga ggatggcgta gtagcaattg tagtcagcgc
      421 cccagccctt ggctccggtg tgctccgggt cttggatgta gagcagcgcc ttggtcggag
      481 agagacagtc ggcggtaaca atcttgcctt tggggtggtt gtagccgcgg tagctcttgt
      541 cgaactccgt cgcgcccttc ttgatgcgga gcagggcgcc gtgctgttgc gtggagctct
      601 tggcgccggc gttcacactg ttgcaagcca gataatagtc gccattgggg gtgaagaagc
      661 tcttgtgctg gagcagttcg ccgtaagccg tgccggccat gaactcggcg cgcgtctcct
      721 taaccacctt ctctgtcttc atgtctgcgg cgttgatgaa ggccagctga aaataagagc
      781 gttcgttgtt gtagacgaag gcgtagagga tcttgccgtc gcgatagttg gcgatgccgg
      841 aggtgttgaa cttgtctttg tctggcggtg caggca
//
LOCUS       SEQF2634|AYYE01000655.1  450 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcacgactct gcccttcggc gcgcaacgct caaccgctga agtaccgcct cgtcaccgag
       61 cgcgacgagt gcgatcggct cttccccacg ctccgctggg cggcctacct caaagactgg
      121 ggcggaccgg ccgagggcga acgacccgca gcatacctca tccaactcct cgatacgcgc
      181 atcgtccgcg atccctactg cgacgacggc atccaggccc tcgccatcct gctctcgctc
      241 gctgagcatg gcctgggcgg gtgcatcatc aaggccttta atgccaaaca gattcaggcc
      301 gacttccgac tgcctgatta cctcgaggta cgcaccgtgc tggccatcgg acggccgcga
      361 gagaccgtcg tcatcgagcc gatgtcgccc gacggcgatt accgctattg gcgcgatgcc
      421 gcgggtgtgc accatgtgcc gaagcgcgcc
//
LOCUS       SEQF2634|AYYE01000656.1  521 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(272..487)
                     /locus_tag="SEQF2634_00221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIFKRLYITWLTQKIAFKVWRSMSFHNTGDMKEYVDPISMIDA
                     TVDRVLHMYRYNKKLRARFDKEENLVD"
ORIGIN      
        1 tcgtcaaccc tcgcaaaaag catcatggtg taaaacaaag cttctactat acaatcgacg
       61 gagagaatta tgaagaaagt ctacaaaccg tcgactttga agtcggcctg acgaatgaag
      121 aagggagcgg tggaggaaag atcggcgttt cgttggctag tattattagt ttcgatgtaa
      181 acggcggagg taaaacctca aactcgtctg tcactcgcat tcggttttca atacctatgc
      241 tcctacccgt ctataagagt cacgagaaag actaatcgac aaggttctct tccttgtcga
      301 atcgcgctct cagcttcttg ttatatcgat acatgtgcaa tacccgatcg actgtagcat
      361 caatcatcga gatcggatcg acgtattctt tcatgtcccc tgtgttgtgg aaagacatac
      421 tccgccacac tttgaaggcg atcttttgag taagccatgt gatgtatagg cgcttgaaaa
      481 tattcatagg agaatgggct atcgggttgg ttccaacttg t
//
LOCUS       SEQF2634|AYYE01000657.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatctggatc catctcgttc ggagtcgagc gatcgatttg gggcacttgc ttggtgcgtt
       61 ttactactcg cacggcgtgc aggccccgaa acccgccggg ttttactacc cgcacggcgt
      121 acaagccccg aaacccgccg ggttttgcta cccgcacggc gtgcaagccc cgaaacctgc
      181 cgggttttgc tattcgcacg gcatgcaagc cctgaaaccc gccgggtttt gctattcgca
      241 cagcgtgcaa gccccaaaac ccgccgagtt ttgctactcg cacggcgtgc aagccccgaa
      301 acctgccgg
//
LOCUS       SEQF2634|AYYE01000658.1  473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtcacttaca ccagacatag atctcatcac acgcaacaaa atgaccgtat ccaagatgaa
       61 agaggccgta tggcaagacg ataattgcat ccttatcaag ggagcaaggg tcaacaatct
      121 gaaaaatata gatgtacgta tcccgagaga ccgcttcgtg gtcattacgg ggctttcggg
      181 cagcggaaag tcgtcactgg ctttcgatac gctctatgcc gagggccaac gacgctatgt
      241 ggagagtctg tcagcctatg ccaggcagtt tcttggccga atgagtaagc cggaatgtga
      301 ttatattaaa ggtatacccc cggccattgc cattgagcag aaagtgagcg tccggaatcc
      361 ccgatcaacg gtcgggacgt cgactgaaat ctatgattac ctccgattgt tattcgcgcg
      421 actgggtcgt actttttcgc ctgtctctgg ccaggaggtg aagaagcatc aag
//
LOCUS       SEQF2634|AYYE01000659.1  994 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..994
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(765..977)
                     /locus_tag="SEQF2634_00222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDTAKVSAEMKAYRPIPVIADFRDASGGDTMKASIDANYRQIK
                     QEILSLVDSEIARIKSDPKLQGLMKG"
ORIGIN      
        1 gcagattggt gcaaagtccc acaactatcc acgaagcgac agataactga ggcggaggag
       61 tctggccctt ttctgctttg tagcgtgcca ttatatcctc aagccatcgt ttgggtctcc
      121 cccaaaaacg gaaatagtca atgatcctac attgaactaa tcgtgcttca aaattgtgat
      181 aatcgtctga tagatcactc aattgcgagc catctggtga cacagccatt accaatccac
      241 cccaaccaag gttgtaaggg tgcaataccg gtattttgca ttgccgacaa tgcgcatcga
      301 acagaaacgg cacatttgac gagaaatcaa gtgcattcac ggccgcggaa tgtccttcca
      361 gtaattcaac catgttgtct ttatctatga aggtattcat ggctgtgata tttgcgcttg
      421 ggttgatgct tagcaacctc tctttcaacg cttcaacctt tggtcttcca atgtcgcata
      481 tccgataatt ctgtcggttc agatttgatt cttccacctt atctccatcc acaatggtta
      541 gcgtttcaaa tccaaatcta agtgcgcatt cggcaatgat actgccaata ccggctccac
      601 ccaaaaacac tcgaaacctg cgaatttgtt cttgctcctc cacacctacg tagatgcgat
      661 ttctactgta tctctcttcc atttttctct gatttgtttc cgcaaaggtc cacaagatcg
      721 gggaatccaa ccatgcgaat gtgcacttct tctaagaaaa gcgctcaccc cttcatcagc
      781 ccctgtaact tcgggtcgga tttgatgcgg gcgatttcgg agtccacgag cgagaggatc
      841 tcttgcttga tttggcgata gttcgcgtcg atggaggcct tcatcgtgtc acctcccgag
      901 gcgtcgcgga agtcagcgat gacagggatc gggcggtagg ccttcatctc agcggacact
      961 ttggcggtat cgaccacaat ctccgcatgg aaga
//
LOCUS       SEQF2634|AYYE01000660.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcacgtgga cttcatgcct tcggcggaag gccggttgtg tgatcaaaat ttgatgacgc
       61 gcgagcaaca agaagctggc gcgtgatcaa aatttgatga cgcgcgagca acaacaagct
      121 ggcgtgtgat caaattttga tgacacacga gcaataagaa gctggcacgt gatcaaaatt
      181 tgatgacgca cgagcaacaa gaagctggca cgtgatcaaa atttgatgac tcacgagcaa
      241 taagaagctg gcacgtgatc aaattttgat
//
LOCUS       SEQF2634|AYYE01000661.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcacaagata gtaccgcaaa acgaacctgc gggccgtcta aaaattaagg aaaagcagca
       61 aaggtgcatt tttaaaatat gaaatgaaga taccgcagta ccaattattt tcgcagtaca
      121 aataatgcgc ggccggtgca tttttcgaaa gaacgcgaga caaacaggac aattaaagtt
      181 agtttttcga gttagcgtgt ttgaatactg caagatacaa gataaataga gtagttgaaa
      241 ctagatatca attgcacaca agatcggcgc taagcatgcc acaa
//
LOCUS       SEQF2634|AYYE01000662.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggcgtgccca tcgagaccgt cagcaagatg cttggacata gcacggtgcg catgaccgaa
       61 cgatatgcga aagttacccc tcagaaacta ttcgaggagt ttgatcgctt gatcgccttc
      121 accgaagact tacacctgac catttaacca caaagcacta tgagaagtac attcaaaatc
      181 ctgttctaca tcaacagaca gaagacaaaa gtagacggca agacggccat cttttgccgc
      241 gtcaccatcg atggtaggag cacagctatt accacaggtg aggaactg
//
LOCUS       SEQF2634|AYYE01000663.1  650 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             120..368
                     /locus_tag="SEQF2634_00223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVSESYPELKANENFLMLQSQLEGTENRIAVERKRFNELVNVY
                     NGYIRHFPNNFFAQAFGFQRRAYFEADKESEKAPNVSF"
ORIGIN      
        1 tcattgaggc gcgcgccaag gccacccaga tcaccgtcga ccccaatcac ctcgacgagg
       61 ccgcgctgaa gcgcttttcc gcagcacaag gcgaactctc ctccgcctta ggtcgcctca
      121 tggcggtatc ggagagctac ccggagctga aggcgaacga gaacttcctc atgctccagt
      181 ctcagctcga gggaaccgaa aaccgcattg cggtggagag gaaacggttc aacgaattgg
      241 tgaacgttta caacggctac atccgccact tccccaacaa cttctttgcg caagcctttg
      301 gcttccaacg ccgcgcctat tttgaggccg acaaggagtc ggagaaagcg cccaacgtca
      361 gcttctaacg ccgcaaaggg atgaccgcga gaaggctata cctggggctc attgtctgga
      421 tcgtgagctg gctctccgtc ggcctatcgg cccagacgag agacgtttac agcgtggagg
      481 acgtgccgaa cgtgcaactc atcgacagta cgcgcttcgt ctccgacccg aacgacgcca
      541 tccccgacga cgacgaggcc gccctcaacc gccgcctcgg tcagctccgc gattcgctct
      601 cggtggagat cgccatcgtc gtcatcccgg cctatgacgt ggagaagtac
//
LOCUS       SEQF2634|AYYE01000664.1  515 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agacgacttg atagacggtc ttctcggggt cgatggcggc gtgcgactgg tcgacgtagc
       61 cgatgcggac ggtctcgcca acggcaaact cgccgcggtc gatcgattcc tggcccatga
      121 tcatgcggaa aagggtagtc ttaccggcgc cgttgggacc gatgacgccc acgatgccgt
      181 tgggcgggag catgaaattg aggtcgtcga agaggagtcg gtcgccaaag gccttggcta
      241 cgtgttgcgc ttcgatcacc ttgttgccga ggcgtgggcc gttggggatg aagatttcga
      301 gcttcgtctc gcgctccttc tgatcctcgt tgaggagggc ttcgtaagag ttcagacggg
      361 ccttaccctt ggcctgacga gccttggggg ccatgcgaat ccattccagc tcgcgctcga
      421 gcgtcttgcg acgtttgctg gcttgcttct cttcttgggc catacgctgg gtcttctggt
      481 cgagccagga ggaggagttg ccacgccagg ggatg
//
LOCUS       SEQF2634|AYYE01000665.1  418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 taaacgcaga gcgtattcgc aacgagaacc gcatcgagat ggaaaaggct gaaaagtctt
       61 accggtcggc gatgcttgct ttccggcaac tgctgaacac ggacaccgtg gtcgttccgg
      121 aggacgtttc gcttcccgtc atacgacagg aaatgccgga ggcatccgtt tccttcgagc
      181 aaacgccttt gggcggaatg tatgccgcac ggataacggc atccgagcgt aacctcagcc
      241 ttgccaaaca agggtatatg ccgggactga gcataggctt gacagggcag ctgctcatca
      301 agggcttcaa tccttacgac atcgagcgca gcaggtttga caagggaaat ttcatgggct
      361 tcgaggtagg cgtgagcata cccctgttct ggggcggtca gaatgcgaag gtaaaggc
//
LOCUS       SEQF2634|AYYE01000666.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 actagtgaaa ttagccttac tcccttctcg aagttaatca tgcattatgg tgtaaaaaat
       61 gcaactcgcg ttgctctact ttttcccgaa tttccaaata cgcagctggg gtgattgctc
      121 gatttcgtaa cgaaagtttt gtttataaaa accgcgaaaa ccttctgtaa cagatagatt
      181 tttacagcgc tgatatacaa tgacatcagc tgtaatggaa aataactgaa atatgaatgg
      241 cgagagactg cttgcttgta ttaagcaa
//
LOCUS       SEQF2634|AYYE01000667.1  391 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(26..211)
                     /gene="rnd"
                     /locus_tag="SEQF2634_00224"
                     /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="MPSYGINEAGLQKIYAILFQKKISKRARLTNWDANVLTSAQQKY
                     AALDAWACLRIYKHLCS"
ORIGIN      
        1 ggcttgaggt aaatcttggg gtatatcatg agcagaggtg tttgtagatg cgcaggcagg
       61 cccaagcgtc gagggcggcg tatttctgtt gcgcggaggt gagcacgttg gcgtcccagt
      121 tggtgaggcg tgcccgtttg gagattttct tttggaagag gatggcgtag atcttttgca
      181 ggccggcctc gttgatgccg taagagggca tgagcttttg tagttcttat tgacgatata
      241 gcttttcccg acgcggacga ggggggaatt ggagccggcg gtttgtttgt tgagcatttc
      301 ctcgatgcgc ccgaggttga tggcgaaggt gaactggatg ccttcggtga gcagcagacg
      361 ggtatagttg cggtcggcct cgaggtagag g
//
LOCUS       SEQF2634|AYYE01000668.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaaaggctca aacaagttgt ttcaaggttt ccgacgcctc ggggcgtcta cggacggccc
       61 ctgccggggc agggaagccg gccgggtacc cgaagggacc cgaatgcacg tacccgtgta
      121 ggggcgggcg tctgcggacg ccggcgaatt tggccgggta catgtagggg gcgaatgatt
      181 gtatccgggt aggggcgaat tgcattcgcc ctccaaacgg gcccagacag ggccgaatga
      241 tcaggcgggg cgtctgcgga
//
LOCUS       SEQF2634|AYYE01000669.1  531 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             17..394
                     /gene="prs"
                     /locus_tag="SEQF2634_00225"
                     /EC_number="2.7.6.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14193"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-phosphate pyrophosphokinase"
                     /translation="MVICYKRRLEANQISDMKILGDVEGKDVLLIDDIVDTAGTITRA
                     ADLLKQHGAKSVRAMASHAVMSDPATERIANSCLEEMIFTDSIPYQKECSKVTILSVA
                     DMFAEAIRRVCHDESISTLYAIR"
ORIGIN      
        1 gttcctcgag ctgccgatgg tgatctgcta caagaggcgc ctagaggcca accagatcag
       61 cgacatgaag atcctcggcg acgtggaggg caaggacgtc cttcttatcg acgacattgt
      121 ggacacggct ggcaccatca cccgtgcagc cgacctgctc aagcaacacg gcgccaagtc
      181 cgtccgcgcg atggccagcc acgctgtcat gtccgatccc gccacggagc gcattgccaa
      241 ctcctgcctc gaggagatga tcttcaccga ctcgatcccc taccagaagg agtgcagcaa
      301 agtcaccatc ctctccgtgg ccgacatgtt cgctgaagcc atccgccgcg tctgccacga
      361 cgagtcgatc agcacactgt atgccatcag gtaacccccc tctaacccca ttcaattatg
      421 attatcgact tccccaacat cccagaacaa cgcctgccga acttcaaggg cggtgagaaa
      481 gagtacatcg cccgcatgtt cttcgtcggg cagaacctca tcatgtacgg c
//
LOCUS       SEQF2634|AYYE01000670.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(54..233)
                     /gene="trpD_1"
                     /locus_tag="SEQF2634_00226"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00211"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MLENRSTAAQKQAVVANAAFAIRLMRPDTPLPDCIAEATETIDS
                     GRALQTLKRFVELNQ"
ORIGIN      
        1 agcaaaagaa aatcaaggca ccaggggtgc cggccaagct ggctgggtac ctgttattga
       61 ttgagttcta cgaatcgctt gagggtttgg agggcgcggc cgctgtcgat ggtctcggta
      121 gcttcggcga tgcagtcggg cagaggggtg tcggggcgca tgaggcggat ggcgaaggcg
      181 gcattggcga cgacggcttg cttctgcgcg gctgtcgaac ggttctcgag cacgcggcgg
      241 aagatgtcgg cggcttcgtc gggtgtcgca ccgccataaa gctcctccgg ac
//
LOCUS       SEQF2634|AYYE01000671.1 1642 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1642
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(482..1507)
                     /locus_tag="SEQF2634_00227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADDLKGPLDAIDALNQKMRDAADAKRALIGGGGGGGVVPSGGS
                     GKGGGKSDKDGKKQYNPETLGWYKQQIAELQEKQQAADEQHAMQLQKQISLLKTQLAM
                     REALIESENKPLKRTGPMPWEKQRILKDGDKDGPKLNLPLKFDPGELKRVSREIKERM
                     EKMFPEAEYYKKVSKGLNGVADVMGNLGRAVGSTAGAWLEWGQSVLQAIAAAIPQITQ
                     LTQKQIAQGTANAYAGATGAGASVASTPYIGPILAIAAIASVLAAMASIPKYAEGGLA
                     YGKTLGIFGEYANASTNPEVVAPLSKLRDLIEPAGGVGGEVVFRIAGRDLEGVLNKRS
                     QVSRRTR"
ORIGIN      
        1 gttcgtcccc gtctgttcga aggcaatgcg gtcgagcagg gcaaagtcgc tgaaggtcag
       61 tgagacctca tagtcccgct cacggctgaa aggctcctcg tagatctccg gatcgagcat
      121 accgctccag tagagcttat tgttgcggta gatgtcgagc cgtgtgctgc cagcctgggt
      181 ggtgtagagg ttgacaaact ggcgatccgt ctccgagacg accatcagcg tagccgccga
      241 cgacatcacg ggctccagct tgtccacctc ggcccactcg atcgacaccg gcgtctcgta
      301 gggaaacgtc agctcgaccg gcttacccgt gaagccttcc tgccagatct ccgcccgata
      361 gcgcgacccg gcgatgctca taaactcgcc cgtatagcgt atgcccttag ccactgtcgt
      421 tgaatggtta gttgttgaat tgttgagaag cctgtcggcc tgtttagttg tttgttgttt
      481 gctatctcgt tcttcggctc acttgcgagc gcttgttcaa taccccttcc aaatcacgcc
      541 cggcgatgcg gaagaccacc tcgccgccta cccctccagc cggttcgatc aggtcgcgca
      601 gcttggagag cggtgccacc acctcggggt tcgtcgaggc attggcatac tcaccgaata
      661 tacccagcgt cttgccgtaa gccagaccgc cctctgcgta cttcgggata gaggccattg
      721 cggccagcac cgaggctatc gccgcaatgg cgaggatcgg gccgatgtat ggtgtcgaag
      781 cgaccgatgc accagcacct gtagcaccgg cgtaggcgtt ggctgtaccc tgtgcgatct
      841 gcttttgcgt cagctgtgtg atctgtggaa tggctgctgc aatggcttgc aatacgcttt
      901 gcccccactc gagccatgcc ccggccgtac tgccgaccgc tcgtcccaga ttacccatca
      961 cgtctgccac gccgttcagt cctttggaga ctttcttgta atactccgcc tcgggaaaca
     1021 tcttctccat ccgctccttg atctctcgcg acacgcgctt gagttcgccg gggtcgaact
     1081 tgaggggaag gttcagcttg gggccgtcct tgtcgccatc tttgaggatc cgctgcttct
     1141 cccacggcat cggcccggta cgctttagcg gcttgttctc ggactcgatt agagcctcgc
     1201 gcatagccag ctgcgtctta agcaggctga tctgcttctg aagctgcatg gcgtgctgtt
     1261 cgtcagcggc ctgttgcttc tcttgcagct cggcgatctg ctgtttgtac cagccgagtg
     1321 tctccgggtt gtactgtttc ttgccgtctt tatcgctctt gccgccgcct ttgcccgatc
     1381 cgccggaggg cacgacccct ccgccaccgc cgccacctat cagcgcccgc ttggcatcgg
     1441 ccgcatcgcg catcttctgg ttcagtgcgt cgatagcatc cagtggcccc ttcagatcat
     1501 cggccacact gtgcccccag ctggggaggt taaacaggcg gcggagcgtg tcgatcagcg
     1561 tacggatggc gccgatggcc ttctcgatgg acttaatgac cagctcgtag atccacttag
     1621 cccacttcgc aatagcttga aa
//
LOCUS       SEQF2634|AYYE01000672.1  404 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gagcttcacg cgcccactcc ggaaggctcg gtctatctct tcgtggctca tgagggactc
       61 ctctacaata aagttggggt tggccgcgag cagttggacg atctgtcggg aataggtgtc
      121 gtgagcgtag tcgcagacga cgatccgtgc gtctttgatc tcgttcgtca gcgcaaagcc
      181 gagcaagaca acgagagtga tgggcaatcc gaaaagaatc atcaaggtgc gcacatcacg
      241 gaacatctgg atgaactctt tccggaggaa aataaggaac tgagacataa gaaaatggat
      301 gagctaaaaa caacaatcga aaaaagtaga ggctctttcc gctcacgggc ttcttttctt
      361 gccttgatgc aagaaaagaa ccaaaagaaa atcaaggcgt cagg
//
LOCUS       SEQF2634|AYYE01000673.1  427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agcctaccct ctgacgactt tggcagcaat tggacgcaac atcatgccgg aatgcactgc
       61 atgcttggat gtcggggatg ctcatcacac tttcgcctcc gagaactcat cccagccaac
      121 catgaagaaa caggcagata aaagcaacat aaacaccgat aaaacatcag acagcgtcgg
      181 acgctcatcc aagaacggag agatcgaggc ctacctctct cagcattacg tattccgata
      241 caacaccgtt tggggacggg cggaatatcg cggccgggag gacacccgat tcgtaaaagt
      301 cggtcgctat gagatcaaca cgctgcgccg cgaactcgac aacgaggccg ggatcacgac
      361 ctccccagac aacctctact cgttcattga aagcgacttt tctccacgcg tcaatcccat
      421 acaggaa
//
LOCUS       SEQF2634|AYYE01000674.1  843 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             60..593
                     /locus_tag="SEQF2634_00228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFNATKEDLNGDQIKDLVFVLRNKKSKKRVLVIAFGQKKGRKY
                     VLHRQDDGRFIWPKGNKTAFKELSIDRSEDKKHNNVLRIDFLLPGKQGFEYYEHFKFR
                     FQNGRFELIGWDREVCKKGSKWPREVTSVNFSTQTIIYEDRTKKSETRQKHFDYGRLK
                     TLGTVVPGEFSMNYDKL"
ORIGIN      
        1 acctaaagct gcccaaagag gccgaatccg caagcgactt tgcccctgac gggtggcgtg
       61 tgtacttcaa cgccacgaag gaagacctga atggtgacca gatcaaagac ttagtcttcg
      121 tcttgcgaaa caaaaagtct aaaaagcgtg tcctcgtcat cgccttcggc cagaagaagg
      181 ggcgcaaata cgttctgcac aggcaagacg acggccgctt catctggccc aaaggcaata
      241 aaacagcctt taaagagctg agcattgata ggtctgaaga taagaagcac aacaatgtgc
      301 tccgcatcga cttcctcctg cccggcaaac aaggtttcga gtattacgag cacttcaaat
      361 tccgcttcca aaacggccgc ttcgagctca tcggctggga tcgagaggta tgtaaaaagg
      421 gaagtaaatg gccgcgcgag gtcacgagcg taaacttctc cacccagaca atcatctacg
      481 aagaccgcac gaagaagtcc gaaacgcgcc agaagcactt tgactacggc cgcctgaaga
      541 ccctcggtac cgttgtgccc ggtgagttca gcatgaatta cgacaagctg taaacaagag
      601 cgcagcacaa cgggaagaga ttgcccatct cccctcggaa aagaggacac gaatccccgt
      661 cggatccctt ccggcgggga ttcttttgtc tttgcacgct gtgcaagtag cgaacttggg
      721 tgaattatcc tatgtcgcct gcaaacttgg ctggcgcccc tggcgccctt cggggcttgc
      781 acgccatgcg aatagtaaaa ctcggtgggt ttcgagcctt gcacgccgtg cgagtagcaa
      841 aac
//
LOCUS       SEQF2634|AYYE01000675.1  429 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(174..416)
                     /gene="purA_1"
                     /locus_tag="SEQF2634_00229"
                     /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="MAYRVDGVETDRFPFDLSKAEPIYAELPGWRTDMSRMKSEDEFP
                     EEFNAYLTFLEDELGVPIKIVSVGPDREQTIIRYNE"
ORIGIN      
        1 gtaatcattg gatgttgggg ataggtgata atactttgtt tggggaatcg tcgaggcaaa
       61 ataatagtcc tcacggagga tggaggcgct tcgtgacgtc tccgagcttc cggaggacta
      121 tgctttttgt ccttcagccc gtgcggttga aggcaaaaag aatgccagac ggcctactcg
      181 ttgtagcgga tgatagtctg ctcgcgatcg ggtccgactg agacgatctt aatgggtacg
      241 cccagctcat cctcgaggaa agtcaaatag gcgttgaact cctcggggaa ttcgtcttcg
      301 ctcttcatcc ttgacatatc ggtacgccat ccgggcagct ccgcgtatat gggttcggcc
      361 tttgaaaggt caaaggggaa gcgatccgtc tccaccccgt ccacgcgata ggccacacaa
      421 gccttgatg
//
LOCUS       SEQF2634|AYYE01000676.1 3714 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3714
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             227..1819
                     /locus_tag="SEQF2634_00230"
                     /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
                     TALLAKVHLVWAQSDTEYSQAHQRELFGQAVAYASKVEEKYKLLDRYCDNWSVDKKLG
                     NAELIFTVEHKFGINRNVIGRCVLSTGFTNDKQPVIAALDNSLYDLFDANDQRRDASV
                     TKRLYDPFTGHWFDFDRIRFRKYIDTIEMAKYSAPYISGQNTSSSVLRYAEVLLIKAE
                     AENELNGPTETAYKAINEVRRRAFYDSYAQIQRAPADGSKTELSGLSQEAFRQAVRTE
                     QLKEFIMEGTRWFDLKRWHILVKTIREKVPATDLKHQNISPKHYFLPIPSEQIALNPA
                     LKQNWGYDGQTSGDPYTAKGWQ"
     CDS             1859..2947
                     /locus_tag="SEQF2634_00231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKTTTHLLRAALLAAAATALLALRAGAQTPTDYNKRELMLQTL
                     DQSRPNDYVPVFFNIHFKEHEGLDAVRAHVDWFRRTHVDFVNVKYEYFPPSHAVRTPA
                     DWKRIRPFSPEVWEEQLLVIRELKRELGSEALIIPTVFSPLRVLIQAAGVPLSSDKAG
                     RAAMVELIRRDPEAIRPALEAVTQSLVHYIREARRAGADGFYISSQGDDLEEFAGDIF
                     RRILKPYDRQLADVAAEVAPFNILHICESGGHITPATFDDYLDYPGSIINPPMHNFKD
                     STLTLRQISERFRRPVLGGMQRWGALYKGTLEEAKAEVDAILREAPANFIFGADDSLP
                     NDSDPEKVRRLVDYIHTWRLTHKASAAQ"
     CDS             complement(3008..3616)
                     /locus_tag="SEQF2634_00232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADDDDGQDGQEDAEAGHVALVRQGREVGRDIDGQHGHEHTANE
                     QEDNVAELQQQACDVHCVGAKGAKAEEDGQQQGRHDAHYGRYVDTEDEFGQLAQTFFS
                     RPYVQQRDGLITHQRGERGGANGRDVGQEEGEEDQSCGTLTQGRDRRSHETDDDQGDE
                     EEDDLPRNLLDGKDGADALFPDEAPREEAHDDGDEEYDDGVG"
ORIGIN      
        1 gggccgctgg cacgcagcgg cgccaaaaag tcgcttgacg gacccgctgg cacgcagcgg
       61 cgtcaaaaag tcgcttgacg gggccgctgg cacgcagcgg cgccaaaaag tcgctcggac
      121 ggggccgctc tcgcgccaaa gtgagccaga aagtcgctcg accgcgagaa tgacatcccc
      181 caaacggacg ataactacca ctccaaacta tttctcaccc ctccctatga agatgaataa
      241 gaagactacc ctatacctgc tcgcagccgc gctgtcggct ccgctgctga gcgcctgcac
      301 cgacttggat cagacgccgc tcagctcgat tgaaaagaac gacttctatc agaccgaggc
      361 cgacctgcaa gccgccctct acggcgtcta tcagatcctc tcggacaacg atctggccgg
      421 cgagatgtac ggcatctaca acaccgagat gatcttcttc aacgatctgc aaagcgaata
      481 cgcccgccgt ggcaccgcca acagcccgga catcgccgag atcggcaact tcgccatcac
      541 gcccaccaac accttcgtcg tctccacctg gttggtgcac tacacgggca tcaatcgcgc
      601 caacgtactc atcgataaag ccgaggccaa cacggccatc tcggatcgtg tccgcgccgc
      661 catcgtgggg caggccaagt tcctccgcgc gctgtattac ttcgacttgg tgcgctatta
      721 cggcgacgtg ccgctcgtac ttcacgacgg cgagggggag ggccagcctc gcacagcaac
      781 agacaaagtc tatgagcaga tcgtggccga cctcaaggcc gccgagggca tccccgcggg
      841 ctattcgtcg ctgccgagcg tagcgtcagc aggtgccgca acggccttgc tggctaaggt
      901 gcacctggtc tgggcgcaga gcgatacgga gtattctcag gctcaccagc gggagctctt
      961 cggccaggcc gtagcctacg cctcgaaggt ggaggagaaa tacaaactgc tggatcgcta
     1021 ttgcgacaac tggtcggtgg ataagaagct gggcaacgcc gaactgatct tcaccgtgga
     1081 gcataagttc ggcatcaacc gcaacgtcat cggtcgctgt gtgctctcca ccggcttcac
     1141 gaacgataag cagcccgtca tcgccgcgct cgacaactcg ctctacgacc tcttcgacgc
     1201 caacgatcag cgccgcgacg cctccgtcac caagcgcctc tacgacccct tcaccggcca
     1261 ctggttcgac ttcgatcgca tccgcttccg caaatacatc gacacgatag agatggccaa
     1321 gtattccgcc ccctatatct cggggcagaa caccagctcc tccgtcctgc gctatgccga
     1381 ggtgctgctc atcaaggccg aggccgagaa cgagctgaac ggccccaccg agacggctta
     1441 caaggccatc aacgaggtgc gtcggcgtgc cttctacgac tcttacgccc agatccagcg
     1501 cgcacccgcc gacggatcga agacggagct ctcgggcctc agccaagaag ccttccgaca
     1561 ggccgtacgc acggagcagc tcaaggagtt catcatggag ggtacgcgct ggttcgacct
     1621 caagcgctgg catatcctcg tcaagacgat ccgcgaaaag gtgccggcca cggacctcaa
     1681 gcaccagaac atctcgccca agcattactt cctgcccatc ccctccgagc agatcgccct
     1741 caatcccgcc ctgaagcaga actggggcta cgacggacag acctccggcg atccctacac
     1801 ggccaaaggc tggcaatagt ccccctcctt tttactcacc cttatactcg acaagacaat
     1861 gagcaagaca acgacccacc tcctccgggc ggccctcctt gcggccgccg ccaccgccct
     1921 cttggcccta cgcgccgggg cacagactcc cacggactac aacaagcgcg agctgatgct
     1981 ccagacgctg gatcaaagca ggccgaacga ctacgtcccc gtcttcttca acatccactt
     2041 caaggagcac gaaggcctcg acgccgtccg ggcccacgtg gactggttcc gccgcaccca
     2101 tgtggacttc gtgaacgtca aatacgaata ctttcccccc tcgcatgccg tccgtacgcc
     2161 agccgattgg aagcgcatcc ggcccttcag ccccgaggtg tgggaggagc agctactcgt
     2221 catccgcgag ctgaagcgcg agctgggcag cgaggcgctg atcatcccca ccgtcttctc
     2281 tccgctgcgc gtactgatcc aggcggccgg tgtccccctc tcgagcgata aggcggggcg
     2341 cgcggctatg gtcgagctga tccgccgcga tcccgaggcc atccgtccgg ctctggaggc
     2401 cgtcacccag agccttgtgc actacatccg cgaggcccga cgcgccggag ccgatggttt
     2461 ctacatctcc agccaaggcg acgatctgga ggagttcgcg ggcgacatct tccgccgcat
     2521 tctcaagccc tacgaccgcc aattggccga cgtggccgct gaggtggccc ctttcaacat
     2581 cctccacatc tgcgaatcgg gcggccatat cacccccgcc accttcgacg attacctcga
     2641 ctatcccggc agcatcatca atccccccat gcacaacttc aaggatagca ccctcaccct
     2701 tcggcagatc tcggagcgtt tccgtcgccc cgtcctgggc ggcatgcagc gatggggtgc
     2761 cctgtacaaa ggcacgctgg aggaggccaa ggccgaagtg gacgccatcc tgcgtgaggc
     2821 gcccgccaac ttcatcttcg gcgccgacga ctccctgccc aacgattccg accccgagaa
     2881 ggtgcgccgc ctggtggact acatccacac ctggcgactg acccacaagg cgtccgcggc
     2941 ccaataattc cccctcaaca tgtctaacca ttcacccctc agaagccatc attcaatgaa
     3001 aaagatccta tccaactcca tcgtcatact cctcatcgcc gtcgtcgtgg gcctcttcac
     3061 ggggcgcctc gtcggggaag agggcatccg caccatcctt tccatcaagc aaattacggg
     3121 gcagatcatc ttcttcctcg tccccctgat cgtcatcggt ttcgtggctc cttctatcac
     3181 ggccctgcgt caaggtgcca cacgactgat cttcttcgcc ttcctcctgg cctacgtctc
     3241 gtccgttggc gccgccacgt tcgccgcgtt ggtgggttat cagaccatcc cgctgctgaa
     3301 catacggccg gctgaagaag gtctgcgcca gctgcccgaa ctcatcttcc gtgtcgacat
     3361 accgcccgta atgagcgtca tgtcggccct gctgctggcc gtcttcctcg gctttggcgc
     3421 ccttcgcacc aacgcagtgg acgtcacacg cctgctgctg cagttccgcg acattgtcct
     3481 cctgctcgtt cgccgtgtgc tcatgcccgt gctgcccgtc tatatcgcgg ccaacttcgc
     3541 ggccctgtct tacgagggcg acgtggcccg cctcggcatc ttcctgcccg tcctggccat
     3601 cgtcatcgtc tgccattacc tctggctcgc cctgctctac ggcaccgcct cggcctactc
     3661 ccggaagaac ggctggaacg tcctccgcta ttacggcccg gcctacctca cggc
//
LOCUS       SEQF2634|AYYE01000677.1  615 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..615
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ctttatcccc attgccgacg gacgcgcagg cgtagagatg agcggtgtcg tgggtgaaac
       61 gtatcagatg tcacgcacca cgcagctccg tagacatgcc gccgagcgtc gtccgccgga
      121 gtattgcatt ggcgacttta tcctccgatc cttctatcaa gtggtccgta gcgaccgctg
      181 gctcgatctg atgctcagcg ccaatctcaa gacggccagc ggtaaccggt tggccgacgc
      241 gcgatacacc gacgcggcct cgtactggtt cgatgccact gccggacgcg acctcttcca
      301 actcgacgac ggacgcgtcg ctcttcgact acagggcatg ctcggcttct attgctggat
      361 gacgaacgat gcggtctatc gccaaaacga cgcgctgctt ttcggcgccg gattgagcgg
      421 acgcctctac aacgtctctt tcgccgccga ctactccggt ttcagcggct acaaaaacac
      481 cggtgatcat cccgccacct accgttacaa actcgagtat gaataccgca aaaacatcct
      541 ctccctccgg tttcgctatg gcgtctttga caaccgctac gacagttttt ccgtcggcta
      601 tatccgctgt ttctg
//
LOCUS       SEQF2634|AYYE01000678.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcaaccaaat cgccttctcc ggcgccgagg agttcgtcaa gaaatacaag gacaacgcgg
       61 ccgccatcat cggccacttt gggctcggct tctactcctc gttcatggtg tcgaaaaagg
      121 tggagatcgt cacccgctcg tatcaagagg gcgccacggc cgtgcggtgg agctgcgagg
      181 gcacgccgga atacgaaatg accgagacga agaaggacga ccgcggcacg gacatcatcc
      241 tctacatcga cgccgccttc cttatcggtc tgctcggagg
//
LOCUS       SEQF2634|AYYE01000679.1 1035 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1035
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gaagagggtg caaatctgtt tatatcgatc cttccaatta tattgttctt cagcagattg
       61 ccttgccttt actttctcgc tttcaataga tgaacgatgg agtaaataaa actgtaactc
      121 ttcttctaat gaggaaagtg aaattttgca ctgcggccaa aaataaccat cgctgcgagc
      181 atacaaataa tcaatcgcga caagtcgtcc attcacatct ggctgaacaa attcattcat
      241 cggtgcatta tcgctaatga tacagggcaa tccgcacgcc aatgcttcaa caaccgtcaa
      301 acccaagcca tccaatatag aaggatagac ataaacatca ccttcagtgt atagcccagg
      361 agctggtacc gttttttgta cgacggatat acgcggatgt ctctcggcta tgcgacacac
      421 ctcatcgtcc aaataggcag atagccgttc ttgagtatgg ataagtaaac gactattagg
      481 gtcatctata gcagcgaaag ctcgaatagt cgaatccgtt cctttacgaa tcggattcat
      541 tccggctgaa tgaaaaaaca ctatcgatga tgcctcgaca tccttcttgc tttgtggtcg
      601 gaacaaatcg atatcggtac cccatgggac gtaataagca tgcgctatct ccttaaataa
      661 attataatgc ctctgtgtgt tacagatcag gaaatcgtac gcagcgaaaa aagggacggt
      721 tttttccgtg taataatcga cataagtacc agtaataatc cccatctctt tgcaccagac
      781 aactggttcc caccaatttt gctcattgaa taaaacaacc tcgatttgtt tattcttcaa
      841 ccagccgata aaatctggac gatcaatact cgttgctccg tagtaatatt tctttgattt
      901 ttttccccac gtcacattct ctttgtccca ttggttgttt tttttcgcat aggcttcccc
      961 cccacgtgca tagacaaata cgcaattttc cagatcagag gataaggcat ccatatactg
     1021 tcgagacacg taagc
//
LOCUS       SEQF2634|AYYE01000680.1 1427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             321..1283
                     /locus_tag="SEQF2634_00233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMKPVKAIDKTMSGQYQLDLHTDYQQRLYGVISKIEPEKIFLD
                     AADIARWHTGIESESEIAREGRASKESESIKKKDEERDEIITALFQEIRQADKSPIPT
                     RQASGHVLRLIVDTYKGLQSERWAGKTAHINGLLNDLGKPESAAAVTAIGVGQLVTML
                     RTANDEFNTLRESRSSKAAGINLPSSASVRKANDQMTTDIFFHIQMAYSMATNEAERK
                     VVGELIDQINQRIREAKATFNQSEAQRKRRDKKRRGNDPDIRLPEDERPKKPDGPKDP
                     KDPKEPKEPKKPETPGGGEPPKKPDEKPKPGGDGGGPDIHLPEE"
ORIGIN      
        1 gctcagacac ccccgtcgga ctctccaacg aggcgtcttt ttgctcagac acccccgtcg
       61 gacttttttc ggggggatga tgtagcccgg tggccccggt cggaacatcc ggcggtgggc
      121 ctatcgcggt caggcgctgc tatcggagca cgtggcagcc gccccattct ttgcggtgct
      181 ccagtcgggc cgttcgacgt gagcgcggga tcgacagcca tccgcggcaa aaaatgctgc
      241 gagggccgtc ggcgcctccc cgcccctcgg gccgcttccg acatttaccc tttcacatta
      301 gtgttaagcc aaaaacgttt atgtccatga aacctgtaaa ggctatagac aaaacaatga
      361 gtgggcagta ccaactggac ctgcacacag attatcaaca acgcctctat ggcgtgatct
      421 cgaaaatcga gccggagaaa atcttcctcg acgcagccga catcgctcgg tggcacacgg
      481 ggatcgaatc cgagagcgaa attgcccgtg aggggcgcgc ttccaaagag tctgaatcga
      541 tcaagaagaa ggacgaggag cgcgacgaga tcatcacggc cctgttccaa gagattcggc
      601 aggccgacaa gtctcccatc cccacccgcc aggcctcggg ccacgtgctg cgactgatcg
      661 tagacaccta caagggcctg cagagcgaac gctgggccgg aaagacggct cacatcaacg
      721 gcctgctcaa cgacctgggt aagcccgagt ccgcagccgc ggtgacggcc atcggagtgg
      781 gccaactcgt gactatgctg cgcacggcca acgacgaatt caacaccctg cgtgagtcgc
      841 gatcgtcgaa ggcggccggc atcaacctgc cctccagcgc ctcggtgcgg aaggctaacg
      901 accagatgac caccgacatc tttttccaca tccaaatggc ctactcaatg gccaccaacg
      961 aggcggaacg gaaggtggtc ggcgaattga tcgaccagat caaccagcgt atccgtgaag
     1021 ccaaagccac ctttaaccag agcgaggccc aacggaaacg tcgcgacaaa aagcggaggg
     1081 gcaacgaccc cgacatccgt ttaccggagg acgagaggcc taagaagccc gacgggccga
     1141 aggatccaaa agatcccaag gagccgaagg agcctaagaa gccggagacg cccggtggtg
     1201 gcgagccacc caagaaaccc gacgagaaac ccaagccggg tggcgacggt ggcggcccag
     1261 atatccatct gccggaggaa taggcggagc gatctgagaa caatttgttg aacaactcaa
     1321 ccagccgggt acatatggag gcgactcaca tgtatccggc tttttcatac cccgcttcgt
     1381 cgcccgattt gcaccccttt tcgccacggt attgcacagg cgggggg
//
LOCUS       SEQF2634|AYYE01000681.1  360 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatcgacgac gagttcatga aagccgtcgt taacgacacc ccctaccgcc agcaataccc
       61 catcgcaggc cccgatccga tggtaaaaaa ggacatcagc gcccgctcgc tgtggaagaa
      121 gatcatccac aacgcatgga aatcagccga gccaggcgtg ctcttctggg acaccatcct
      181 gcgcgaatcc gtgcccgaca cctacgccga tctgggcttc cgcaccgtct ccaccaatcc
      241 ctgcggcgag attcctctct gtccctacga cagctgcaga ctgctggcta tcaacctcta
      301 ctcctatgtt gtcaacccct ttacacccga tgcgcacttc gacttcgacc tgttcaggaa
//
LOCUS       SEQF2634|AYYE01000682.1  531 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gatcaaagcg atgcgatcac agcgcacagc ctcgtccatg taaggcgttg aaacaagcat
       61 cgtgatccct tgccgcttga ggccgctcaa catgtcccag aactcgtgtc gcgaaacgac
      121 atcgacaccc gtcgtaggtt cgtctaagaa aagcactcgc ggacggtgga tcaatgcaca
      181 acagagggcc aatttttgct tcatgccccc agataaacgg cctgcgcgtc ggctgcggaa
      241 cggctcgatc tggacataaa tgtcacggat gaggtcgtaa ttgtcttcga gacgtgttcc
      301 aaacagggtg gcaaagaatt ccagattctc tttgacggtt aaatctggat agagtgagaa
      361 gcggccgggc atgtagccga ctgccgcacg gatgcgacgg taatccgtgg caatgtcgag
      421 gccatccacc gtggcgcgtc cgccgtccgg tggcatgagg gtcgtcaaaa tccgaaagaa
      481 ggccgtcttg cccgggccgt cggggccaat cagcccgtaa agctcgccgc g
//
LOCUS       SEQF2634|AYYE01000683.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtggctgatg cgcgcgggtt ggaggtacgt ctctcggaat gcggccaaat cctccttgtg
       61 gctcttagcc tttcgaggag ccgcagcagg tggagagggt ggagcggaga gagcgggcgc
      121 aacaacttcc gccggaggag gatcaaacgt gcttcttgtc gcctcgatct ctacgggcgg
      181 atcgaaaaag ggcgactctt ctactgtgcg acgtttgacg ccatagtcgc ccagttctt
//
LOCUS       SEQF2634|AYYE01000684.1  689 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             216..434
                     /locus_tag="SEQF2634_00234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVCRLVEDQQIDGFEQQPNHGQPAALSAGKHADFLVRRLAAEHK
                     RPEDVTNLRPYVARGHIVDSFKDGLRFV"
ORIGIN      
        1 gccgtacgcc gctctaactc acgcagattc tcgatccttt tgcgctcgag gaagtcgtag
       61 atccccccga ggtgctcgcg gacgcggccc ccgccgaact cgtacacttt atccaccaat
      121 ccgtcgagga attcgcggtc gtgcgagacg gcgatgagcg tcccgtcgaa gtcgctgagc
      181 gcctccttaa gcacgtcctt cgagcgcatg tctaaatggt ttgtcggctc gtcgaggatc
      241 agcagattga cgggttcgag cagcaaccga atcatggcca gccggctgcg ctctccgccg
      301 gaaagcacgc cgactttctt gtccgacgcc tcgccgccga acataaacgc cccgaggatg
      361 tcacgaatct tcgtccgtat gtcgcccgtg gccacatagt cgatagtttc aaagacggtc
      421 ttcgtttcgt ctaagagttg ggcctgattc tgcgcgaaat agccaattcg gacattgtga
      481 ccgaggagta gcgtgccgct ataatccgcg atctcgccca tgatacactt gacgagcgtc
      541 gattttccct cgccattttt ccccacgaag gcgactttgt ctccgcgatg aatcgtaaac
      601 gtagcatccg aaaagacgag gtggtcgcca tatcgtttcg tgagatgttc cgcaatcacg
      661 ggatacgagc cctgtctctt atacacatt
//
LOCUS       SEQF2634|AYYE01000685.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caataacccc cacgccacgg ggcggctcta cttcgtcaac ctgccgccgg cctttgagga
       61 tggcggagcc actgtaaagg agtgacgaca ccacgttccg aacctattgg aatacgttcc
      121 gaggtggttg taatacgttc ggaacctatt ggaatacgtt ccgaggtggt tgcaatacgt
      181 tccgaaccta ttggaatacg ttggggaggt ggtcggaata cgttccgaac ctattcgaat
      241 acgttgggga gg
//
LOCUS       SEQF2634|AYYE01000686.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtcgaagcc gatcgagggc ttgggcgaga gcatgatctt gttcagctcg tcggcgatgc
       61 gctccttgga tatgatggcg atgcgttcgc ggttgcgggc gatggcgtcg aaggtctccg
      121 gatcgaggtc gaagcccagt tgcgaggcga atcgcacggc gcgcatcatg cgcagcgggt
      181 cgtcgctgaa ggtcacgtcc gggtcgcgcg gagtgacgat gcgcagcgcc tccaggtcgt
      241 ccagcccccc gaagggatcg atcaattcgc cgtagatggg gttgcagcat ttggccaggt
      301 ggtactccac gcc
//
LOCUS       SEQF2634|AYYE01000687.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccgcactcg caaacctcta cgccgtatgg ggtgaggaca agacgggtcc gaacggtcag
       61 agcgacaatg tgcccgacta cctacagaag ggcgtgacct atgtcggtaa cggcaatgac
      121 ggtggtacgg cccctgtgga taacaatcgc tacaatgacg gcacgatggt taccgtgaag
      181 ggcaaaggct ccttgacgcg tacaaaggcc gcctttatag gttggagctt tggcacctca
      241 ggtctgatca cagccaagac cgatgtgccg agcgatttga agaaagccgg tgctcaattc
      301 acgatcacaa ctgacaccac attccatgct gtatgggcta caga
//
LOCUS       SEQF2634|AYYE01000688.1 2196 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2196
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(295..993)
                     /locus_tag="SEQF2634_00235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFILEIMTTFLLNLLLFLGIVWMLLGMGYFGYQGWQSRGQKQ
                     DPSDTSGNASGEESQEAKLHDLVGKSRPFVSPPIPEVPAVSSQPTPDGGRGTFVEAYA
                     TDGIGKANAADEIDEDEVIREDLSLSDEPLPEVSPTAILSRDLARVNGWSRNDDALDE
                     EAPDDVRTTLQSLRGTDLMEKYKAYLAEQERDHRKLLAAIRRSEEAETQTSEVIPTPI
                     QDESTDDKPLSYYL"
     CDS             complement(990..1511)
                     /locus_tag="SEQF2634_00236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSIQERRQQILSEKLREMGDIGVKTRTPEESPSFDPPVDLGAI
                     EDAQNPEAIPEETAAEQPQAITEQETAPASPPKDPKPRVKKDESTATPGVSFEQYSAR
                     FLVSVRTDASKSGFTIRSSILQLLRDILRDVRARITLTAYIENILLDHLKTHQSLLNK
                     AADRHKRNPTINL"
     CDS             complement(1508..2173)
                     /locus_tag="SEQF2634_00237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVDCDGTQESFFKLRERERTLIEDSKELSDQLMAHFTRFGKPA
                     YPIIRSRPGRAIGDAEAFLRKTDKTAALVIFDFPGHAGAEELLELSIGMDYIITPIEA
                     DPQSLVSSFAYAQTIRDLGVSFGDARIRDLLLLWNKINRSANMAVVDYYTRYAEDESL
                     NLFNARIYHSVRFARELGQGGVKGVFRSSYLPPARALRLPTGIDAWVEETIERLHLNP
                     AAV"
ORIGIN      
        1 ccccgggtcg aaataggagg tgaccatttt cgtggcctcg ttgatacccg acagcccgtt
       61 gccctgcgcg aaggcggcag gggcgagaac agtggagagt agaaacaggg atagctgcgt
      121 gaatttcttt ttgttcatga tgcggtttgt tattcggtag atatggtatg cattgggagt
      181 ttttgctttc tggaaaaggt ggggaacggc cgccggatcc ggctctgtac tttcatccgt
      241 gtgtagcctt caggcagcac gcccccttcc tttcgtttct gtttgggtcg ctgtttataa
      301 gtagtacgac agcggtttgt cgtctgtgct ctcgtcctga atcggagtag gaatgacttc
      361 tgacgtttgc gtctcagcct cctccgaccg tctaatggcg gcgaggagtt tgcggtgatc
      421 gcgctcctgt tctgccagat acgccttgta tttctccatc aggtcggtgc cgcgcagact
      481 ttgcagggtc gtccggacat cgtcgggcgc ttcctcgtcg agtgcgtcat cgttccgact
      541 ccatccgttg acacgcgcca aatcccgcga gaggatggcc gtcggagaca cctcgggcag
      601 cggttcgtcg gacagcgaca ggtcttcgcg tatcacttcg tcttcatcga tttcatcggc
      661 tgcattggcc ttaccgattc catccgtcgc atacgcttcg acaaatgtac ccctgccgcc
      721 atccggcgtt ggttgcgagg aaacggcggg aacttccggg ataggcgggg aaacaaacgg
      781 ccgactctta ccgactaaat cgtgtagttt ggcttcttgt gactcctctc cggaagcgtt
      841 tccggaggtg tcggacggat cctgtttttg gcctcgggat tgccatccct gataaccgaa
      901 gtagcccatc ccaagcaaca tccacacgat gcccaagaag agaagcagat tcaaaaggaa
      961 ggtggtcatg atttctaaga tgaatgcttt cataagttga tcgttggatt gcgcttgtgt
     1021 cggtcggccg ctttgttcag cagcgactgg tgcgttttga ggtggtcgag aaggatgttt
     1081 tcgatgtagg ccgtgagcgt gattcgcgcg cgaacgtccc gaaggatatc ccgcaacaat
     1141 tgcaggatgc tgctgcggat cgtgaagccc gacttgctgg catctgtgcg tacggagacg
     1201 agaaagcggg cgctgtactg ctcgaaagac accccgggcg ttgccgtcga ttcgtccttt
     1261 tttactctcg gtttcgggtc tttgggcgga gatgcggggg cggtctcttg ttcggtgatg
     1321 gcttgcggct gttccgccgc ggtttcttca gggatcgctt ccggattctg ggcatcctct
     1381 atcgccccga gatctacggg cggatcgaag gaaggcgact cctcgggcgt acgtgtcttt
     1441 acgccgatgt cacccatctc gcggagcttc tcactcagga tctgctgccg cctctcttgg
     1501 atggaactca tacggcggca ggattcaagt ggagcctttc gatcgtctcc tcgacccacg
     1561 cgtcgatgcc cgtcggtaga cggagcgcgc gggcgggcgg cagataggag cttcggaaga
     1621 cacccttcac accgccttgc cccagctcgc gggcgaagcg gacggaatgg tagatgcggg
     1681 cattgaaaag gttcagggat tcatcctcgg catatcgggt ataataatcg acaacggcca
     1741 tattggcact gcggttgatc ttgttccaca agagaagcag gtcgcgaatg cgggcgtcgc
     1801 cgaagctgac gccgaggtcg cggatagtct gcgcgtaggc gaagctggaa acgagcgact
     1861 gcgggtcggc ttcgatgggc gtgatgatgt agtccattcc aatagagagt tcgagcagct
     1921 cctccgctcc ggcatggccg gggaagtcga agatgaccaa ggctgccgtt ttgtcggtct
     1981 ttcggaggaa cgcctccgcg tcaccaatgg ctcggccggg gcgcgagcga atgatggggt
     2041 aggccggctt cccgaaccgt gtgaagtgcg ccatcagttg gtcgctcagc tccttggaat
     2101 cttcgatgag tgtgcgctcc cgttcccgca gtttgaagaa cgattcctgc gtcccgtcgc
     2161 aatcgacgac caacaggggg atcccttttt cgtagt
//
LOCUS       SEQF2634|AYYE01000689.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             3..245
                     /locus_tag="SEQF2634_00238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEQIPAFEAAASGVWRKEDELRTLKRNAAELDRKIALSLKKDE
                     AKEDEAAIGKQVSVLEPPATKAERPLPGNETKLRVR"
ORIGIN      
        1 aggtgaagga gcagatccca gccttcgagg ccgctgcctc aggcgtctgg cggaaagagg
       61 acgagctacg tacgctgaag aggaacgcgg cggagctgga tcggaagatc gcgctctcat
      121 taaagaagga cgaggcgaaa gaagacgaag ctgcgatcgg taagcaggtt tccgttctag
      181 agccgccggc caccaaagct gaacggccac tacctggtaa cgaaacgaag ctgcgtgtgc
      241 gctgagtggg tggaggcaga tatcattgtt gttgatttta caaattaact cacgcactca
      301 ttcttgacta tagacttagt tcaccctcag tttaagtaag aattacagcg agtcgctttg
      361 taaaggcaca tccgtagtat taccattata tggattgact tagttc
//
LOCUS       SEQF2634|AYYE01000690.1  816 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..816
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             36..221
                     /locus_tag="SEQF2634_00239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHKTFVQVDEEGTEAAGITLVGIKKSSKSSFFMVDRPFLFVIR
                     EKSTGVILFIGEIGEIQ"
ORIGIN      
        1 gcattgctga cgtcaccggc ttgtacatct ccaaggtgat ccacaagacc tttgtgcagg
       61 tggacgaaga aggcaccgag gcggccggta tcacgttggt gggcataaag aagagcagca
      121 aatcgtcttt cttcatggtc gatcggccct tcctcttcgt cattcgcgag aagagcacgg
      181 gcgtgattct ctttatcggg gagatcggag agatccaatg attccacaca cgctatgttt
      241 catttcaaat acacatcgct ctatgaaaaa gttattcctc tacgcagggc tactcgccct
      301 gctggttgcc gccggatgta agtcggacgg cgacgaaccg atccctgagc cgaagccgaa
      361 gccgacgccg ggagcaacgg tggacacgac gcgacacatc acgccagtcg cccccgtcga
      421 actgaagaag gccgaaaagg tggcgcgtga caacgccttc accttcgacc tgctccgcgc
      481 cgtcaggaag catacagaca agacgaacgt gttcatctcg ccccttagcg tcagcatggc
      541 gctgaacatg acactcaatg gtgccgccgg cactacggcc gacgagatgc gcaccgccct
      601 ccgcgagtcg ggctactcga cggccgacat caacgcctac agccgtgagc tccgcgaggc
      661 cctgctccgg gctgacccaa agacgacgat cggcatcgcc aactccatct ggtaccgtca
      721 gggggcaacc gtcaaggcac ccttcatcga ggccaaccgc acgtattacg acgccgaagt
      781 gcaggcctta gacttctctt cgccatcggc cacggc
//
LOCUS       SEQF2634|AYYE01000691.1 3951 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3951
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(58..513)
                     /gene="rpiB"
                     /locus_tag="SEQF2634_00240"
                     /EC_number="5.3.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37351"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-5-phosphate isomerase B"
                     /translation="MSAMDTQPLPIGFACDHAGIEIKEALMKHVAELGYEVRDFGTDT
                     SDSCDYPDYAHPLAEAVEAGAVYPGIGLCGSGNGIGMTLNKHQSIRAALCWNDETARL
                     SRAHNDANVLVLPARFVTVEEAVRMVDIFLTTTFDGGRHRRRVEKIPVV"
     CDS             complement(510..2696)
                     /gene="tkt"
                     /locus_tag="SEQF2634_00241"
                     /EC_number="2.2.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A0I9QGZ2"
                     /codon_start=1
                     /transl_table=11
                     /product="Transketolase"
                     /translation="MAAKVALTLAPAKSDGALYLCPHRGGSPSKGAPTTCDYRAVRRM
                     TTPNYLLYMNTDNMNRAADNIRILAASMVEKARSGHPGGAMGGADFVNVLFAEFLNYN
                     PERPDYPYRDRFFLDPGHMSPMLYGVLAAAGLMPLTELENFRQWGSHTPGHPERDVQH
                     GIENTSGPLGQGHAMALGAAIAERFMVARFGEWMAHKTYAYISDGGIEEEVSQGVGRL
                     AGHLGLHNFIMYYDANNIQLSTKVDEVNTEDVAAKYRAWDWRVITINGQSVEEIRRAL
                     REAHAETERPTLIIGKTIMGRGAVDAEGHSFEDRVSTHGQPLSAAGADIDATIRHLGG
                     DPAHPFALFPETTEIYGRRREALLAWYGARMEAEERFRREQPALAAKLDRFLSGEMPE
                     IDYAAIAMKRDTATRAASAAMLALYAEQVENMVVSSADLSNSDKTDGFLKHTHAFTKG
                     DFTGQFLQMGVSELTMACVMNGMALHGGILPVCGTFFVFSDYMKPAVRLAALMELHVV
                     YVWTHDSFRVGEDGPTHQPIEHEAQIRLMEHLRNHSGHRSMLVLRPADADETVYAWKM
                     ALESYRPTALLLSRQNITSLPAASGDRRAEARRIEQGGYVVMDTEGTPDIVLVASGSE
                     VSTLVEGAELLAAEGIRARVVSVPSEGLFRDQDADYQQSILPAGVRRFGLTSGLPVAL
                     EGLVGEGGLVHGLSSFGYSAPYKVLDRKFGFTGERVSELVKKFLGK"
     CDS             2723..3619
                     /locus_tag="SEQF2634_00242"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSTTSTPPRPKVTGKTVFTGTMAFLVVLFSMPLGHALMILMEH
                     YLQPPWLYYAAFSMGAVGLAVTVAGVFVRGDTRQTLFGLFGGLLFWTGWIEFLFVYYA
                     HRFGVEPLRNAAGEIVTKPEYLIMPSSFGFWAMFMLLYLFSVRTGCNFFNYLQRVFFR
                     QSTVRVELKPLARHTALITFMELNLILWTSYLVLLFCYDDHFLGDRHPVTTLVAFGAL
                     ASSFYMFGRLIRISSWGYAIRYAIPTVIVFWTFVEVIMRWQILHEIWVHPLEYRNEML
                     IILVAFIVLLGVIIYRSWRRKG"
ORIGIN      
        1 agcaaaagaa agtcaaggcc tctaccgagg ccaaggaagt ttaccgtccc ccttcgatta
       61 caccaccggg atcttctcca cgcggcggcg gtggcggcca ccgtcgaagg tggtcgtgag
      121 gaagatgtcg accatgcgca cggcctcctc gacggtcacg aagcgtgcgg gcaggacgag
      181 cacgtttgca tcgttgtggg cacgcgagag gcgcgccgtc tcgtcgttcc aacagagcgc
      241 cgcacggatg ctttggtgct tgttgagcgt catgccgata ccgttgcccg agccacagag
      301 gccgatgccg ggatagacgg cgcccgcctc cacggcctcg gccaacggat gggcgtagtc
      361 gggataatcg caactgtcag acgtatccgt accaaagtcg cgcacctcgt aacctaactc
      421 ggccacgtgc ttcatgagtg cttccttaat ctctatgccc gcgtgatcgc aagcaaaacc
      481 tatcggtaaa ggttgtgtgt ccatcgcact catttcccca agaacttttt gaccaactca
      541 ctgacgcgct caccggtgaa cccaaacttg cgatcgagca ccttgtacgg cgccgaataa
      601 ccgaacgacg acaggccgtg caccaagcct ccctcgccaa cgagtccctc taacgccacg
      661 ggcaggccgg atgtgaggcc gaagcgacgt acaccggcag gcaatatgct ctgctgatag
      721 tccgcatcct gatcgcggaa gaggccttcg gacggcaccg acacgacgcg tgcgcggatg
      781 ccctcggcag ccaacagctc agcgccttcg acaagcgtag agacctccga tccggaagct
      841 accaggacga tgtccggcgt gccctcggtg tccatcacca cgtaaccgcc ctgctcaatg
      901 cgacgagcct ccgcgcgacg gtcgcccgag gcggcgggca gcgaggtgat gttctgacgc
      961 gacagcagca acgccgtggg gcggtaactc tcgagcgcca tcttccaggc gtagaccgtc
     1021 tcgtcagcgt cggcggggcg gaggacgagc atcgagcggt ggccgctgtg gttacgcaga
     1081 tgctccatga ggcggatctg agcctcgtgt tcgatgggct ggtgcgtggg accgtcctca
     1141 ccgacgcgga aggagtcgtg cgtccaaacg tagaccacgt gcagctccat gagcgcggcc
     1201 aatcggacgg ccggcttcat gtagtccgaa aagacgaaga aagtgccgca gacgggcagg
     1261 atgccgccgt gcagcgccat gccgttcatc acgcaggcca tcgtcagctc gctgacgccc
     1321 atttgcagga actgccccgt gaagtcgccc ttggtgaagg cgtgcgtgtg cttgaggaag
     1381 ccgtccgtct tgtccgagtt gctgaggtcg gctgaggaga cgaccatgtt ctccacctgc
     1441 tccgcataga gcgccagcat ggcggctgag gcggcgcggg tagctgtgtc acgcttcatc
     1501 gctatggcgg cgtaatcgat ttcgggcatc tcgccgctga ggaaacggtc gagcttggcg
     1561 gccagcgcgg gctgttcgcg gcggaaacgc tcctcggctt ccatgcgtgc accgtaccaa
     1621 gcgagcaacg cctcacgccg acggccgtag atctccgtcg tttcggggaa gagggcgaag
     1681 gggtgcgcgg ggtcgccgcc gagatggcgg atggtggcat cgatgtcggc acccgcggcg
     1741 gagaggggct ggccgtgcgt agagacgcga tcctcgaagc tatgcccttc agcatccacg
     1801 gcgccacggc ccatgatggt cttgccgatg atcagcgtgg ggcgctccgt ctcggcgtga
     1861 gcctcacgga gggcacggcg gatctcttcg acggactgcc cattgatggt gatcacgcgc
     1921 cagtcccaag cgcggtattt ggcggccaca tcctcggtgt tgacctcgtc gaccttggta
     1981 gagagctgga tgttgttcgc gtcgtaatac atgatgaagt tgtgcagccc gaggtgccca
     2041 gccagtcggc cgacgccctg cgagacttcc tcctcgatac cgccgtcgga gatgtaggcg
     2101 tacgtcttgt gggccatcca ttcgccgaag cgagccacca tgaagcgttc ggcgatggcg
     2161 gcgccgaggg ccatggcgtg tccctgccca agcgggccgg aggtattctc gataccgtgc
     2221 tgcacgtcgc gctcggggtg accgggggtg tggctgcccc actggcggaa gttctccagc
     2281 tccgtgagcg gcatgagtcc agctgcggcc agcacgccgt agagcatggg cgacatgtgt
     2341 ccggggtcga ggaagaagcg gtcgcggtag ggatagtcgg gccgctcggg gttgtagttc
     2401 agaaactcgg caaagagtac gttgacgaaa tcggcgccgc ccatggcgcc accggggtgt
     2461 ccggatcggg ctttttcgac catcgatgcg gccaggatcc ggatgttgtc cgccgcacga
     2521 ttcatgttgt cggtattcat atataataag tagttaggag tagtcatgcg cctgacggcg
     2581 cggtagtcac aagtagtggg ggcgccctta ctcgggctgc cccctctgtg cgggcaaagg
     2641 tacagcgccc cgtctgattt agccggtgcc aaggtcaggg ctacttttgc ggccatcatt
     2701 ctacacttca aattttacac taatgacctc tacaacctct actccccccc gcccgaaggt
     2761 gaccggcaag acggtcttta cgggcacgat ggccttcctt gtcgtactct tctccatgcc
     2821 tctggggcat gcgctgatga tcctcatgga gcattaccta cagccgcctt ggctctacta
     2881 cgctgccttt tcgatgggcg ccgtgggact ggcggtgacc gtggctggcg tcttcgtgcg
     2941 cggcgacaca cgccagacac ttttcggact cttcggcgga ctgctcttct ggacgggctg
     3001 gattgagttc ctcttcgtct attacgcgca ccgcttcggc gtggagccgc tcaggaatgc
     3061 ggccggcgag attgtcacca agccggagta cctcatcatg ccctcctcgt ttggcttttg
     3121 ggccatgttc atgttgctct atctctttag cgtccgcacg gggtgcaact tcttcaacta
     3181 cctgcagcgc gtcttcttcc gccagagcac ggtgcgcgtg gagctgaagc cgctggctcg
     3241 ccacacggcg ctgatcacgt tcatggagct gaacctgatc ctctggacca gctacctcgt
     3301 gttgctcttc tgttacgacg accatttcct cggcgaccgc caccccgtca cgacgctcgt
     3361 ggccttcggc gccctagcct cgtcgttcta catgttcggc cgcctgatcc gcatctcgag
     3421 ctggggctac gccatccgct atgccatccc tacggtgatc gtcttctgga ccttcgtgga
     3481 ggtgatcatg cgttggcaga tcctgcacga gatctgggtg cacccgctgg agtatcgcaa
     3541 cgaaatgctg atcatcctcg tggcttttat tgtgctgctg ggggtaatca tctatcgttc
     3601 gtggcggcgg aagggctgat cggtggatac cggatctcgt cccctcaagg ggatagggcg
     3661 taatttcagg atgacacccc cgtcccctca ggggatagac cgtaatttca gaatgacacc
     3721 cccaccccct caggggatag accgtaattt cagaatgaca cccccatccc ctgaggggat
     3781 agaccgtaat ttcaggatga cacccccacc ccctcagggg ataggagcta ttttcaggat
     3841 gacacccccg tcccctcagg ggatagaccg tgatttcagg atgacgcccc catcccctca
     3901 ggggatagac cgtaatttca gaatgacgtc cccgtcccct caggggatag g
//
LOCUS       SEQF2634|AYYE01000692.1  601 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..601
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             59..373
                     /locus_tag="SEQF2634_00243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLFINGVLGDVIEVRKPPVTFSFRVLDLTESRMGAPLVPRFME
                     NVTPPEQYEILEMNRISGFVDRARGLGRPTKKERRDLEQFTHPDAPDFPFFDLDEDDD
                     GE"
ORIGIN      
        1 cgtatcgtat gagtttcagg ctaagcgggg caacctgctc ggcaaacgca cgtctcaagt
       61 gttcctcttc atcaatggag tcttgggcga cgtcatcgag gtgcgtaagc caccagtcac
      121 cttctctttc cgcgtgctcg acctcacgga gagccgcatg ggtgcgccgc ttgtgccgcg
      181 gttcatggag aacgtcacgc cgcccgagca gtacgagatt ctggagatga accgcatctc
      241 cggctttgtc gaccgcgccc gtggcctggg tcgaccgacc aagaaggagc ggcgcgatct
      301 ggagcaattc acgcaccccg acgctccgga cttccccttc ttcgacctcg atgaggacga
      361 cgacggcgaa taagctcagc ctcacatccc ccctcctgtc gggttcgggc cacgcctccc
      421 ctatcagaag acgaaaaggt gaccaccccc gtccgggtag tcaccttttc tcatgcaggt
      481 tgtttgtgtc agtggatcac gatccgcctg atcacggctt tccgtttagt agttgtgctc
      541 cccctcctgc atctccttct ggtcgatctt gtgcagatgc agcgcacgcc aggtgtagaa
      601 c
//
LOCUS       SEQF2634|AYYE01000693.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagagacgtc gctcagcgat tgggtcacgg tgctgaagcg ttcgaggtag taagagggta
       61 gttagaagta ggcttcaacg tcgctcaaac agataaacgc ataaacagat aaacagataa
      121 acgaagacat gaatcggatt ggctttttag cgctcctcgc gggcgtttgg atgatgctca
      181 cccccgccat gcaggcgcag gaagacggcg gacggcccgc gcgccgatcg ccacagatgg
      241 ggcgtagcag cgaacgtaac cgacaaaatg acagcgacgg cgatctgccc gagcttaccg
      301 tccgcgccca gcacctcaac gatcagctga cgcaggaggt gggcaacgcc cgctggatgc
      361 gcatcatcta ccgcgagttg aacatgctgg aggcggtgct atccatcacg gagttgttgt
      421 acatatcgcg
//
LOCUS       SEQF2634|AYYE01000694.1 2647 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2647
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(171..1841)
                     /gene="dpp5_1"
                     /locus_tag="SEQF2634_00244"
                     /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="MNMNKGLAACTMLAMMACNTTDQKKEGASDQAVIGAPEVKIENG
                     QMTPEVLWAFGRVGNVSVSPDGKQIAYTVTYYSIPENRGNADLYIMDADGTNKKQLTR
                     TAASESAVAWKPDGKAIAYLREGKLWNIAPDGSAEKQVSDIEQSIEGFLYAPAGDKIL
                     LVIPTKIEKCMNGDLYEDLDKAKAYVYDDLMYRHWDTWKDGSYNHLYLGDVKGDKVKT
                     IEDIMPGEPFDSPVKPFGGTEQIAWSPDGSVIVYTCKKLSGRDYAFQTNSNLYAYTLA
                     DKQTRLLTPDMPGYDQNPQFSPDGKTLLWSSMRRGGYEADKERMMMMEWPNGQMVDVS
                     DSLDASPSSLQWTPDGKTIYLTAPIKEAYQIFAFDVASRSFRQLTDGNQDYQHVALAG
                     DKLIATRTTLVDPAEIYSVDPATGKGTDLSQVNKDLLSKLNLPTFEKRFVTTTDNKQM
                     VTWVVYPPKFDASKKYPILLMCTGGPQGVLSPSFSYRWSYMLMAAQGYVVVVPARRGT
                     SGSGQEWADAISKHHGTQDEQEKEGDCVAIVVTAFGRVVMRLRRGSQK"
     CDS             complement(2022..2621)
                     /locus_tag="SEQF2634_00245"
                     /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="METEIDTDTAHFRLICAQKIDEQSLANAFRLYESGDIHRMEIGT
                     TRGLCDIHRYLFDGLYPFAGEVREKNIAKGGFRFANSLYLRPALEAIERMPEGTFEEI
                     VEKYVEMNVAHPFMEGNGRSMRIWLDGMLRRSLGRVIDWRQVDKSVYLSAMERSPIND
                     LELRTLLGAHLTDRIDDREVIFKGIEQSYYYEGYRPGEE"
ORIGIN      
        1 gctcatttcc tcaggaaatc ggccgccaca aaactttttc agctcatttc ctcaggaaat
       61 cgctcgccac aaactttttc agctcatttc ctcaggaaat cggccactca cttactcact
      121 catttcctca ggaaatcgta ggatggccta catcgaactt gacgttataa ctacttctga
      181 ctaccgcgcc gaaggcgcat aactacccgg ccgaaggccg taactacgat tgcgacgcag
      241 tcgccttctt tctcttgctc atcctgcgta ccgtgatgct tcgagatggc gtcggcccac
      301 tcctgacccg atccggacgt gccgcggcga gcaggcacaa caactacata accctgtgca
      361 gccatcaaca tatagctcca ccggtagcta aacgacgggc tgagcacgcc ctgcgggcca
      421 ccggtgcaca tgagcaggat gggatacttc ttcgaggcat cgaacttggg cgggtagacc
      481 acccaggtca ccatctgctt gttgtctgtc gtggtcacga aacgcttctc gaacgtcggc
      541 aggttgagtt tgctcagcaa atccttgttc acctgcgaga gatctgtgcc cttacccgta
      601 gctgggtcga cactgtagat ctcggctgga tcgacaagcg tggtgcgcgt agcgatcagt
      661 ttatcgccag ccaacgccac gtgttgataa tcctgattgc catcggtcag ctgacggaag
      721 gagcgagagg ctacgtcgaa ggcgaagatc tgataggcct ccttgatcgg ggcggtgagg
      781 tagatcgtct taccgtcggg cgtccactgc agcgacgaag gactggcgtc gagcgagtcg
      841 gagacgtcca ccatctgtcc gttcggccac tccatcatca tcatccgctc cttgtctgcc
      901 tcgtatccgc cgcggcgcat gctggaccag aggagcgtct tgccatcagg cgagaattgt
      961 gggttctggt cgtagcccgg catgtcgggc gtcaggaggc gcgtctgctt gtcggccaac
     1021 gtgtaggcgt agaggttgga gttggtttgg aaggcatagt cgcgtccgga gagcttctta
     1081 caggtgtaga cgatcacgga tccgtcgggg ctccaagcga tctgctccgt gccaccaaag
     1141 ggtttcacag gcgagtcgaa gggttcgccg ggcatgatgt cctcgatggt cttcaccttg
     1201 tcgcccttca cgtcgccgag gtagaggtga ttgtaggaac cgtccttcca cgtgtcccaa
     1261 tggcggtaca taagatcgtc gtagacgtag gccttggcct tgtcgaggtc ctcatagagg
     1321 tcgccattca tgcacttttc gatcttggtg gggatcacga gcaagatctt atcgccagct
     1381 ggggcgtaga ggaatccttc gatcgattgc tcgatgtcgg acacttgctt ctcggcgcta
     1441 ccgtccgggg cgatgttcca gagtttaccc tcacgcaggt aggcgatagc cttgccgtcg
     1501 ggcttccaag ccacggcact ctcgctggcg gcggtgcggg tgagttgctt cttattcgtg
     1561 ccgtctgcgt ccatgatgta gagatcggcg ttgccgcggt tttcggggat gctgtagtag
     1621 gtcaccgtgt aggcgatttg cttaccgtcg ggcgatacgc tgacgttgcc tactcgaccg
     1681 aaagcccaga gcacctcggg ggtcatctgt ccgttctcga tcttcacttc tggcgctccg
     1741 atcacagcct gatccgaggc gccttctttc ttctgatccg ttgtgttaca tgccatcatg
     1801 gccaacatgg tgcatgcagc taatcctttg ttcatattca tatgggtcta aaagtttgtt
     1861 ggttacgccg gtaaaagtac aaacggaatc taaacggggg tgtagggacg tcgcagtgca
     1921 gaccaaaggg acaaatcatc atcagccccg aggtagagcg acatcaacgg tggatcaaca
     1981 ttccgggggc tgatgacgcc gccccctctc cccgttctcc gtcactcctc ccccggccgg
     2041 tagccctcgt agtaatacga ctgttcgata cccttaaaaa tcacctcgcg atcgtcaata
     2101 cgatccgtga ggtgcgcacc cagcagcgtg cgcagttcca aatcgttgat cggactgcgc
     2161 tccatggccg agaggtagac cgacttatcc acctgccgcc agtcgatcac ccgaccgagg
     2221 ctgcgccgca gcatcccatc aagccaaata cgcatcgacc gtccgttgcc ctccatgaag
     2281 gggtgggcca cattcatctc cacgtatttt tctacgatct cctcaaacgt tccctccggc
     2341 atccgttcga tggcctcgag cgcaggccgc aagtagaggc tattcgcaaa ccgaaagcca
     2401 cccttagcaa tattcttttc acgtacctcg ccggcgaagg ggtaaagccc atcaaagagg
     2461 taacggtgga tgtcgcacaa gccgcgcgtc gtgcctatct ccatgcggtg gatgtcgccc
     2521 gactcgtaca gccggaaggc attcgccagg ctttgttcgt ctatcttttg cgcacaaatc
     2581 aatcgaaagt gtgcagtgtc cgtgtctatt tctgtctcca aaacgcgtga agtattggtt
     2641 gacgtag
//
LOCUS       SEQF2634|AYYE01000695.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gccgcacacg gctttcacgc catctgtttc aacagcgaga cggcacaaat accggagaat
       61 atcatagaaa gtcttcggct tcgcttccgc catatcatcc tgctgtacga tacggatgaa
      121 acgggcaaac gggaatcgga gcgacaggcg gaacagcttg cggggtatca tgtgctcaat
      181 ctgacgctcc cccttcaagg catcaaaagc gaaaaagaca tctccgatta cttccaatta
      241 gggtatggag aaaaggattt gagagcgct
//
LOCUS       SEQF2634|AYYE01000696.1  704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             212..562
                     /gene="hxlR"
                     /locus_tag="SEQF2634_00246"
                     /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
                     WAERHFGEVTGAVS"
ORIGIN      
        1 cggcgcgaag ccgtctctct ttgacgaggc aaaggtgccc gtgttcgtcg ggctgtgaaa
       61 gaaggcaccg gagggtgcgt cagttaccgg ggggtaagaa ttggggcgga atcagcgggg
      121 cagtttggaa gattaaccga gattaacgag ggggcttggc gccgactgtt cgcacctcta
      181 cctttgtccg cccatagcat cccccaaacg tatgatcgac attaaaacga attaccccaa
      241 ttgtcccatc cggcatgtca ttagttgctt cggcgacaag tggtctatcc tcgttctttg
      301 gacgttgcac gactgcccgg ggggcgtact ccgcttcagc gaattgggcc ggagcatggc
      361 cgactgctcg caaaaaatgc tcgcagcgac gctcaagaac ttggagcgca gccgcctgat
      421 tcgtcgtgtg gtttatcccg aggtgccacc ccgggtggag tattcgctta cggagactgg
      481 gcgctcgctt attccggtgc tggcgacgct gatcgagtgg gccgagcggc acttcggcga
      541 ggtgaccggc gcagtgtcgt aaaacgaaca gcaccgcggg cttaccgtcg cctcgagggc
      601 agagaaaaag ggtatccctc tccagaaaag gaggtggata ccctttttac gttcctgcca
      661 gcaggaatag ggtgcgtcga ttggtcagaa gcgcgagctg gctc
//
LOCUS       SEQF2634|AYYE01000697.1  427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attgaatgct atcatagtgt aagacaagga agcccttgct tgcgtatcgc ggcaggtacg
       61 ggtcttcctt gtcttgccgg caaacataag tggatgaaat gattttctct gcgttggaaa
      121 atgaagaagc ggaaaaagga agagcaagga aaggagcata atgaaaagga gacatatcgg
      181 gcacgtaccg gaagacggtg caggattctt atctgcggaa gcggcgtatt aggttgcgtc
      241 atcggctttt gcatttattc ttgggttatg gaatgtcccg accctgattg ccgtttccat
      301 tatgcacctt ttgtcggaat gctgatagac ggtgttgcac tggctgtctt ggctacactc
      361 gtattaagga gaccattgca cggtatttca aaggtataca gggttgtggt tacttcgtat
      421 atcactg
//
LOCUS       SEQF2634|AYYE01000698.1 3362 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(410..2515)
                     /gene="yrrB"
                     /locus_tag="SEQF2634_00247"
                     /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
                     LGYLTRAAMYLEKGDTAKALSDYDRAIALDSFYAPCYANRALTLYQSGRYTEALKDLD
                     QAIRLNTREPGYYINRGLVRYELNDLRGAMADYDQVIEMDADNRIARFNRGLLRAQVG
                     DDNRAIEDFDVVLRLEPDNDIARYNRATLLFKTGDYRATIRDLDAVLRRYPDFVQGYY
                     YRADVKRRLNDLKGADRDYIAAMKIEEDRRRGRRSVASTAAKDSTRSGANDRTREESD
                     RNIEKFSRLVVYDRKEEQKSKYQSEIRGRVQDRNVQVELEPMFILTYYERQADVRERV
                     FYDRLVERFNDRRVLAWRLLLTNREAALTEEQIAAHFASIDSYSKRIERTPGNADLHF
                     GRALDYLLVQDFTEALHDLDRTIELAPDAASLAYFARAVVRYKQLESARSQQPDVTSA
                     AASPFRFGAAATRPSTSADTRDSSPADEARRHEHELILRDYDQVIRLAPDFAFAYFNR
                     GNLRCTGRDFRAAIADYDEAIRRDPELAEAYFNRGLAELSMGNATRGIADLSKAGELG
                     LPSAYSIIRRMTEESKSNE"
     CDS             complement(2522..3082)
                     /gene="def"
                     /locus_tag="SEQF2634_00248"
                     /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
                     GLAAPQIGRSIKLLVIDGTPLANDHLDCKDFKRVLINPEIVEESPERVTYEEGCLSFP
                     GVHERVTRAERIRVKYLNERFEPVEEALGGFAARIVEHECEHLAGELFIDNISPIRRQ
                     LNKAKLNNIIKGKASCRYRIKPANKK"
     CDS             complement(3146..3361)
                     /gene="yrrK"
                     /locus_tag="SEQF2634_00249"
                     /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="MEAALPTGVEVTFYDERFTSVMAHRAMIDGGLGRKRRQDKALVD
                     EISAVLILQGYMEWMKSPGAGGHPYLL"
ORIGIN      
        1 gtttcgtgtc gcatgaaatg acatttccgg ccgtcgaagc cgtttcgtgt cgcatgaaat
       61 ggcatttccg gccgtcgaag ccgtttcatg tcgcatgaaa tgacatttcc ggccgtcgaa
      121 gccgtttcgt gtcgcatgag atggcatttc cggtcttcgg agccgtttta tgtcgtatga
      181 aatgacattt ccgaccgtcg aagccgtttc tggtgacccg aaatggctaa aaacctcttt
      241 ttggtcgctt ttggtgaccc gaaatggcca caaactactt tttagccgtt tcgggcgaaa
      301 agatgcgctt tcgagggggg cgatacgtct gtccaaaaag cagaaaggcc gttcgacact
      361 tcgtcaaacg gccttttttc gtggatacag gggggcaccg aacgggcggc tactcgttgc
      421 tcttgctttc ctccgtcatg cgacggatga tgctgtaggc gctcggtaga cccaactcgc
      481 cggccttgct caggtcggcg atgccgcgcg tggcgttgcc catcgagagc tcggccagcc
      541 cacggttgaa gtaggcctcg gccagctcgg ggtcacggcg gatggcctcg tcatagtcgg
      601 cgatggcggc gcggaagtct cggcccgtgc agcgcaggtt gccgcggttg aagtaggcaa
      661 aggcgaagtc cggagcgagg cggatgacct ggtcatagtc gcgcaagatc agctcgtgct
      721 catgccgccg agcctcgtcg gcgggggagg agtcgcgggt gtcggccgag gtggacggtc
      781 gcgtggcggc agcgccgaat cggaagggcg aggcggcggc agatgtgacg tcaggctgtt
      841 gcgaacgcgc ggactcgagc tgcttgtaac gcaccacggc gcgggcgaag taggcgaggg
      901 aggcagcgtc cggggccagc tcaatcgtgc ggtcgaggtc gtgcagggcc tcggtgaaat
      961 cctgtacgag caggtagtcc agggcgcgcc cgaagtgcag atcggcgttg ccgggcgtgc
     1021 gttcgatgcg cttggaatag ctgtcgatgg aggcgaagtg ggccgcgatc tgttcttcgg
     1081 tcagggccgc ctcgcggttg gttaggagca gtcgccaggc cagcacccga cggtcgttga
     1141 agcgctccac aagccggtcg tagaagacgc gctcgcggac gtcggcctgc cgttcgtagt
     1201 acgtgaggat gaacatcggc tctagctcca cctgcacgtt gcggtcctgc acccggccgc
     1261 ggatctcgct ttgatacttg cttttctgct cctccttgcg gtcgtagacg acgaggcggc
     1321 tgaacttttc gatgttgcgg tccgactcct cgcgcgtgcg atcgttggcg cccgaccggg
     1381 tgctgtcctt cgcggcggtg gaggcgacgc tgcggcgtcc acgccggcga tcctcctcga
     1441 tcttcatcgc cgcgatatag tcgcgatcgg cgcccttgag gtcgttcagg cgtcgcttca
     1501 cgtcggcgcg gtaatagtag ccctggacaa agtcggggta gcgacggagc acggcgtcga
     1561 ggtcgcggat cgtggcccga tagtcgcccg ttttgaagag caacgtggcg cggttatagc
     1621 gggctatgtc gttgtcaggc tccagtcgga gcacgacgtc gaagtcctcg atggcgcggt
     1681 tgtcgtcgcc cacctgcgcc cggagcagtc cgcgattgaa gcgggcgatg cggttgtcgg
     1741 cgtccatttc gatcacctga tcatagtcgg ccatcgctcc gcgcaggtcg ttcagctcgt
     1801 agcgcaccag tccgcggttg atgtaataac cgggctcccg ggtgttgagt cggatggctt
     1861 ggtcgagatc cttgagcgcc tcggtgtagc gaccggactg gtaaagcgtc agggcgcggt
     1921 tggcgtagca cggtgcatag aacgaatcga gggcgatggc ccgatcgtag tccgaaagcg
     1981 ccttcgccgt gtcgcccttt tcgagataca tggcagcgcg cgtgaggtag cccagcgact
     2041 gcttcgggtg cgcgcgaatc agttcctcga agacttgctc ggcgtccgtg aaatccttct
     2101 tctgtacgta tgcgatagct ttgttcgaca tcatcgcccg gtcgcccggc ttgaactcca
     2161 gccccttcgt gtaatcctcg atcgctccgg catacttctc gaggctctgc cgggcgatgc
     2221 cgcgcgcata gtaggcctgc gccaggaagg ggttgcgctc gaggctgagc gtgcaatcct
     2281 cttcggcgcc ctggaagtca tccaagttca gcttcgccac agcgcggtag aagtacggct
     2341 cagccatcca tggcttggcc ttgatcacct ggttgaagta ctggatggac aggacataat
     2401 cctcgaaata gagcgcatta cggccgatgg ccatcacccg gtcggtgttg acctgcgcct
     2461 gcatgtgcac cgcgatcgcg agcaggaaaa agaggtatgt cagtgcccgt ctcatggcga
     2521 cttacttttt gttggccggc ttgatgcggt agcggcacga cgctttgccc ttgatgatgt
     2581 tgttcagctt ggccttgttc agctgccggc ggatgggcga gatgttgtcg atgaagagct
     2641 ctccagccag gtgttcgcac tcgtgctcca cgatgcgcgc tgcgaatccg cccagcgcct
     2701 cctcgaccgg ctcgaagcgt tcgttcaggt acttcacgcg gatgcgctcg gcccgcgtca
     2761 cgcgctcatg cacgccgggg aagctgaggc agccctcctc ataggtcacg cgttccggac
     2821 tctcctccac gatctcgggg ttgatcagca cgcgtttgaa gtctttgcag tccagatgat
     2881 cgttggccag cggtgtgccg tcgatcacaa gcagcttgat cgagcgcccg atctgcggcg
     2941 cagccagccc gatgccatca gcattgtaca tcgtctcaaa catgtcggcg atcagctgtt
     3001 gcagctcagg atagctactg tcgatgggct tcgtttcttc tcttagtacg gcttggccgt
     3061 aggtataaat cggtagtatc attagtagta ataagtagtt atgtgggcct gatgcccaca
     3121 gtcgttatag ggttgttata agtagtcaaa gtaggtatgg atgaccgcca gcgccgggac
     3181 ttttcatcca ttccatatag ccctgcagga tgagcacggc gctgatctcg tcgaccaagg
     3241 ctttgtcttg ccgacgtttc cgaccgagtc ctccgtcgat catcgcccga tgcgccatga
     3301 cggacgtgaa gcgttcgtcg taaaacgtaa cctccacacc tgtcggcagt gcggcctcca
     3361 ac
//
LOCUS       SEQF2634|AYYE01000699.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             32..280
                     /locus_tag="SEQF2634_00250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDGVSAFMGSHRSGGDAVAGIDGVAEVDRLLCGVVVIRQMPIH
                     GRDPHVFDAILAKHTLSHFASRQASGQGHLRILFELAF"
ORIGIN      
        1 agcggagctt aagcggagcg taggcgcaag catgttggac ggcgtgtccg cattcatggg
       61 cagccaccgc agcggcggcg atgctgttgc tggcatagac ggagtcgctg aggttgaccg
      121 tcttctttgt ggggtcgtag tgatccgtca gatgcccatc cacggacgtg acccgcacgt
      181 cttcgatgcc attctggcga agcatacgct cagccacttc gcgtcccgtc aggcctccgg
      241 gcaagggcac ctgagaatac ttttcgaact tgctttttaa gcgacttgac accagccagc
      301 tcagcgcggc tatgccgata aaaatgaccc agtaaagggc cgttgaagag gtaatcattg
      361 gttgtagggg ataggtgata at
//
LOCUS       SEQF2634|AYYE01000700.1  448 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgtgactgc atgatggagt ctatctctct atgtcgccta taatttgtgt gagcaggatg
       61 tatttcctgc ctattcctat tttaatatgg cgtacgggag gatgtgatat gattgtattt
      121 gcgtttacgt gtgtgcacag aatgctgtaa atcatatttt cagatgaaaa tccatgcacg
      181 atctatttat gcataatgtg aaattcattt gtgtggtgat gatgaattga tagcgtatga
      241 ttcataagat aatgatgaca cgtagtattg tttctaatta tctatatgaa tttgtgctgt
      301 cgggattatt tttatttgtt agggtgctct atatgaaatg atggcacaat ttaatttgcg
      361 tattgttctt tatcatgtgc acgcacttta atatgatgac aatgaggata gacaggatgt
      421 gggtggcgtg gtgagctgat gattatgt
//
LOCUS       SEQF2634|AYYE01000701.1 1163 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1163
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             358..768
                     /locus_tag="SEQF2634_00251"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHELVPIGVVGIVFYFTYKMIELPSRRREREMMIERMGRTNGTV
                     PNLLSTDLPKRSFSGLRLGCLLIGVGLGLLVGLIINTALAHGGYSMNKWSEEQLFEVA
                     YGAPVLIFGGLGLLCSYLLERRLSTDDKQRSERP"
ORIGIN      
        1 gatttacatg tacgatatat aaatgatccg tttctatggg gagatttaca caaacggctc
       61 tttttagggc ttgcaagcgt gtcggctggg gaaacgaggc actttttgga actgacatcg
      121 gtgtcggata ggcaaacgag gcactttttg gagctgacac cggcgtcgga taggtaaacg
      181 gggcctgatt ggcatcgcac tggtcggggt ggctgcggag ggcggcgaag tttggtccgg
      241 cgcaggcatg gaggcgccga ttgtaacctg cgtccatccc tcgcgtccat agggcaaaca
      301 gaaacgagag agatttcaaa ccgtatttaa tcagcattta attgaaagga tagcgttatg
      361 catgaattag tgcctatagg tgttgtaggg atcgtgtttt acttcacgta taagatgatc
      421 gagttgcctt cgcggcgtag agagcgagag atgatgatcg agcgaatggg ccgtacgaac
      481 ggcacggtgc cgaatctgtt gagtacagac ctacccaagc ggtcgttcag tgggctccgg
      541 ttgggctgcc tgttgattgg cgtcggactg ggtctgctgg tcgggctgat catcaacacg
      601 gccctggcgc acggcggata cagcatgaac aaatggtccg aggagcaact cttcgaggtg
      661 gcttacggag cgccggtgct catcttcgga ggccttggcc tgctgtgttc ctacctgttg
      721 gagcgtcggc tatcaaccga cgacaagcaa cggagcgagc gaccgtaagc ccctccgtcc
      781 ccgccctgct acgtatgtga aacagccccc atccgaatct tatcgggtgg gggctgttgg
      841 gtgttataga taggtatggt tgggtttacc tatctatcat cccatttttt tcaattgtac
      901 gacttatgat atacggatac atcagggtga gcagcgaccg gcagacggtg gagaatcagc
      961 ggtttgagat caataacttt tgccagcggc aggcgttgcc ggtagacgac tggatcgagg
     1021 agacgatcag cggaacgaag gactacgata agcggcgcct ggggcgacta ctcaagcgtg
     1081 tcggcaagga cgacatcatc atctgcagcg agctctcgcg cctagggcgc aacctgttta
     1141 tgattatgga gatcctcaac atc
//
LOCUS       SEQF2634|AYYE01000702.1  384 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..384
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aaatacaaga gctgagtaga aaaattgagg gtgcaaagag caaaacggca aaaaatatgt
       61 cacaatgcat caaacgaaca tatcttgtta caaatcgctt agtttcgtca ctagaaccga
      121 aggtgcttga caggtttata acatttgaaa caggaatctt atcaccaacg tccatcactc
      181 gtctgaagta gcgcatacag ttcaaatcaa gatcgttaac aatatgatta gagtgcgtgc
      241 ttagtacaag ctgacataag gcgattttat tgccagtata ttcaggaaga aatacaagag
      301 ctgagtagaa aaattgaggg tgcaaagagc aaaacggcaa agacctattt ttcaaatgtt
      361 gacaaatttc gggacctgaa gcat
//
LOCUS       SEQF2634|AYYE01000703.1 3691 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3691
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             79..1473
                     /gene="mepA_1"
                     /locus_tag="SEQF2634_00252"
                     /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
                     LTLVTQILTIIPCYIYMEPLLRLFGASDRTLPYAVEYLQIVIPANFFAAFSFGYNAIM
                     RASGYPRKAMTTMLLSALINVVLDYVFIYPMGMGIRGAAIATAIAMIICAAYVLSHFF
                     LPSSIVRFRRTAFRPSWAIMRAITAIGVAPFAMQLTGSAVNVIMNRSFVAYGTTPEES
                     DLAIGAFGIISSYAMLIVMLILGVAQGMQPIVGFNYGARHMHRVRMTYAYSAGTNLFF
                     SLVGFAVAELDPRAIVSLFTISEPLIALCTTALRIGIIGVSLIGFQITTTQLFQSIGR
                     SRLAIFLSLTRQLLFLIPALLIIPRFLGLNGVWWSLPVSDLASVGVAVVLIISRWKLL
                     EGTEAKTADASPEE"
     CDS             complement(1499..2431)
                     /gene="xerD_1"
                     /locus_tag="SEQF2634_00253"
                     /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
                     AAEGRSVRDVTYADLQQFVAQLYDAGISARSQARIISGIRSFYRYLVLEGYLQNDPTQ
                     LLESPKIGRRLPEVLAVGEIDRILATIDVSTPSGRRNRAMIEVLYSCGLRVSELTGLR
                     YPDVHFDEGYIRVLGKGKKERLVPISRTALNEIRNYLPDRLAIASAKGFEDILFVNPH
                     GRSLSRVMVFKIVKEYAALAGITKTISPHTFRHSFATHLLEGGANLRGIQMMLGHETI
                     TATEIYTHLDREALRREIIEHHPRNISWRREHGE"
     CDS             2572..2988
                     /gene="aroQ"
                     /locus_tag="SEQF2634_00254"
                     /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="MKKILIINGPNLNLLGRREPDVYGNTSFEAYLDQLRADFPQYEI
                     TSYQSNIEGELINKIHEAGFSSDGIVLNAGAYTHTSIALHDAIRAVTAPVIEVHISNV
                     YTREAFRHHSCIAAACRGVIAGFGLASYRLALEAFK"
     CDS             3081..3623
                     /gene="pyk_2"
                     /locus_tag="SEQF2634_00255"
                     /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
                     LPSLTEKDRRNIEWAVAISN"
ORIGIN      
        1 gatcgtccgg cagatcagag cgcgtctgca gggctaacct cgcccgactg tttttcatct
       61 ttagttattc aattgcttat ggctgaagcc aaacaaattc aagcgctgga gcaggagcgc
      121 atacctcgcc tgctattcaa ttatgccgtg cccgcagtgg ttgggacggt ggtcaattcg
      181 ttgtacaaca ttgtggatcg gatcttcatc ggtcagggcg tgagcgaata cgcgctctcg
      241 ggactggcca tcacgttccc gatcctcctc ttcctgcaag ccttcggtat gctggttggc
      301 gctggtgcat cggtgcgggt atccatcctg ctcgggcagc gcaacacccc tcgggcagag
      361 cagacacttg ccaacgccgt ctacctcacg ctcgtcacgc agatccttac catcatcccg
      421 tgctacatct atatggagcc gctgctgcga ctcttcggtg ccagcgaccg cacgttgccc
      481 tatgccgtgg agtatctgca gatcgtcatc ccggccaact tcttcgcggc cttcagcttc
      541 ggttacaacg ccatcatgcg cgcctcgggc tatccgcgca aggccatgac gacgatgctc
      601 ctcagcgcgc tgatcaacgt ggtgctggac tatgtcttta tctatccgat gggtatgggc
      661 atccgcggcg cagccatcgc cacggccatt gcgatgatca tctgtgctgc gtacgtcctg
      721 tcgcacttct tcctgccgag cagcatcgtg cggttccgtc ggacagcctt ccgcccgtcg
      781 tgggcaatca tgcgcgccat cacggccatc ggcgtcgcac ccttcgccat gcagcttacg
      841 ggtagcgcgg tgaacgtcat catgaaccgc tcgttcgtgg cttatggcac gacgcccgag
      901 gagtccgacc tggccatcgg tgctttcggc atcatcagca gttatgccat gctcatcgtc
      961 atgctgatcc ttggtgtggc gcagggcatg cagcctattg tgggcttcaa ttacggcgca
     1021 cgccacatgc accgcgtgcg catgacctac gcctacagtg cgggcacgaa cctcttcttc
     1081 agtcttgtcg gctttgccgt agccgaactg gatccccgcg ctatcgtcag tctcttcacc
     1141 atcagcgagc ccttgatcgc gctttgcacg acggccttgc gcattggcat catcggcgta
     1201 tcactcatcg gatttcagat caccaccacg caactcttcc aaagcatcgg ccgcagtcgg
     1261 ctggccatct tcctcagcct gacgcgccag ctactcttcc tcatccccgc gctgctgatc
     1321 atccctcgtt tccttggcct caacggcgta tggtggagcc tgcctgtcag cgacctggcg
     1381 tctgtcggcg tcgctgtggt gctgatcatc agtcgatgga agttgcttga gggcacggag
     1441 gcgaagacgg ccgacgcgtc gccggaggaa taagaaggca caacatctct accgcccttt
     1501 attcgccgtg ttcgcggcgc caagaaatgt tgcgcgggtg atgctcgatg atttcgcggc
     1561 ggagcgcctc gcggtcaagg tgggtataga tctcggtggc ggtgatcgtc tcatggccca
     1621 acatcatctg gataccgcgc aggttggcgc cgccctcgag caagtgtgtc gcgaaggaat
     1681 ggcgaaaggt gtgggggcta atggtcttcg tgataccggc caatgcggcg tactccttga
     1741 cgatcttaaa gaccatgacg cgtgagagcg atcggccgtg cggattgaca aagagaatgt
     1801 cctcgaaacc cttggccgaa gcgatggcga gtcggtcggg caggtagttg cggatctcat
     1861 tgagagccgt ccgagagatc ggcaccaagc gctccttttt gcccttgccg aggactcgga
     1921 tatagccctc gtcgaagtga acgtccgggt aacgcaagcc ggtcaattcc gatacacgta
     1981 ggccgcagct atagagcacc tcgatcatgg cacggtttcg tcggccggag ggtgtggaca
     2041 cgtcgatcgt ggcgaggata cggtcgatct cgccgacggc caagacttcg ggcagccgtc
     2101 gaccaatctt gggcgattcg agcagctgcg tcggatcgtt ttggagatag ccctcgagaa
     2161 cgagatagcg ataaaaggac cggatgccag agatgatccg tgcctgcgag cgtgccgaga
     2221 taccggcgtc gtagagttgg gctacgaact gctgcaaatc ggcgtaagta acatcccgca
     2281 ccgaccgccc ctcggcagcc acgaagcgga agagcttgtc cagatcgctg acataggctt
     2341 ccacggtgtt ttttgacagc ccgcgctcga ggcggagata gatctcatac attttgaccg
     2401 gatcgtctgt cggccactct tttacttgca tattttacgt attgcgataa gttcatgact
     2461 gggaaacatg gcaaggtgcg cgtggtcagc gacacggggc gccccggccg ccatgttcca
     2521 acgtctcctt acttttgcgc gtctccaaaa agcgacaaat attagaagga aatgaagaag
     2581 atactgatca tcaacgggcc aaacctaaac ctcttggggc ggcgcgaacc agacgtgtac
     2641 ggaaatacct cgtttgaggc ctacctcgac caactccggg cagattttcc gcagtacgaa
     2701 atcacctcct accaaagcaa catcgaaggc gaactgatca acaagatcca cgaggcaggc
     2761 ttttcgagcg acgggatcgt gctcaacgcc ggcgcctata cccacacctc gatcgcattg
     2821 cacgacgcca tccgcgccgt caccgcaccg gtgatcgaag tgcatatctc taatgtgtac
     2881 acccgcgaag cctttcgcca tcactcctgc atagccgctg cctgtcgcgg ggtgattgcg
     2941 ggattcgggt tggcgtcgta caggttggcc ttggaagcgt tcaaatagtt ctcttcaaac
     3001 ggatacgcaa atcctctcca attatcattc accatcgggc ggacactctg cggtttgccc
     3061 ctaaatacac tccccaaaca atgaagcata ccaaaatagt agccacgatc tcggaccagc
     3121 gttgcgaggt cgattttatc cgctcacttt acgaagcggg tatgaatgtc gtgcgtctca
     3181 acacggcgca catgaatgag gaaggtctgc accgtgtcgt atcgaacgtg cgcatggtgt
     3241 ccggacgcat cggcatcctc atcgacacca agggccctga aatacgcacc accccctgtg
     3301 ccgccccgat cgagtttcgg acgggcgatc gcgtcgtcat gcagggccgt cccgacggag
     3361 agaccaccca tgagtgcatc tgtgtctcct atcccgattt tgtcaaagac ctctcggccg
     3421 acagtgacat tctcatcgat gatggcgatc tggagctgaa ggtgatcgaa aaacaggccg
     3481 agcaattgat ttgcgaggtg cagaacaacg ccactctcgg cagtcgcaag agtgtcaacg
     3541 tgcccggcgt acggatcaat ctgccgtcgc taaccgaaaa ggaccggcgc aacatcgagt
     3601 gggccgtcgc cataagcaat tgaataacta aagatgaaaa acagtcgggc gaggttagcc
     3661 ctgcagacgc gctctgatct gccggacgat c
//
LOCUS       SEQF2634|AYYE01000704.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttggtggaaa tcattgttgg gtttgctctt tattttcaac gcattaaaga tacaaatctc
       61 actcttgact cccacttctt tttatccctt ttcttacgtc gaactcacgt taattatgta
      121 ttttgggatg taaaatcagg cgcgaatcct acaaattgct gataatcaat tgatatagcg
      181 gagagaggat ctggccgagc tttttctcgc gaaagatgta ctccagtgcg ttgcctccgt
      241 gtgcgatggc
//
LOCUS       SEQF2634|AYYE01000705.1  578 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..578
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gggcaattct atgccctgcc acagtcgccg cagacgctca agcagctgct gatggtctcc
       61 ggcttcgacc gctatttcca gatcgtgaaa tgcttccgcg acgaagacct ccgcgccgac
      121 cgtcagccgg agttcacgca gatcgactgc gagatgagct tcgtggagca ggacgacgtc
      181 atcacgctct ttgagggcat ggtgcgccac ctcttccgcg ccgtcctcgg cgtggagttc
      241 tccagcgagg ccttcccgcg catgacgtgg cacgacgcca tgaagtatta cggctccgac
      301 aagcccgacc tgcgcttcgg catgcgtttc gtggagatca ccgacctgat gaagggacac
      361 ggatttggcg tcttcgaccg tgcggactac atcgccggca tccgggctga gggtgcagcc
      421 acctacacgc gcaagcagct cgacgaactg accaagtttg tggagcggcc gcagatcggg
      481 gccaagggtc tcatctacgc ccgcgtggag ccggacggac acgtcaagtc gagcatcgac
      541 aagtatttca cccaggagca gctgcaggcc atgaaggc
//
LOCUS       SEQF2634|AYYE01000706.1  844 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..844
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             298..468
                     /locus_tag="SEQF2634_00256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGTASNMIAANATIAMYTCLFISLLTVKLLFGSKYTLLLLQPG
                     CKDGVIIVLTHC"
     CDS             complement(446..841)
                     /gene="cadA"
                     /locus_tag="SEQF2634_00257"
                     /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="MRFVEVLCKEHARSPIAFVGDGINDAPVIKLADIGIAMGAVGSD
                     AAIEAADIVLMNDNPMNIVEGMMIARKTLSIVKQNIVFAIGIKLLMLLLGALGVVNMW
                     AAVFADVGVTILAILNALRSIRVSNVLKQ"
ORIGIN      
        1 gcattggtcc gggtcagttc cgccgattgg tagatggcga tgccttccca ttcgcatgga
       61 atcttctttt ccggaaacag ttcggcaatt gccatcctgc atatcgcaca gacaaatgcc
      121 ggaattatct tataggaagt attgttgtgt gcatcggatt tggatatgaa caatccgcca
      181 ttctctatgc acgccgtgcc gtcatcgttg tggcctgtat gttcgtcatt atccgtgttg
      241 tcgctgtcac agtgttccac aaccgtacat agcgctttat cgtggtgatg atgcggaatg
      301 aatggcacgg caagcaacat gattgccgcc aacgccacta tcgctatgta cacttgcctt
      361 ttcatctctt tgttgacagt aaaactgctt ttcggatcca aatatacgct tttacttttg
      421 caacccggtt gcaaagatgg agttattatt gttttaacac attgctgaca cgtatgctcc
      481 ttaatgcatt gagtatggca agtatggtaa cacctacatc ggcaaacacg gcagcccaca
      541 tgttgacaac gcccaacgct cccaacagca acatcaggag tttgatgccg atggcgaata
      601 cgatgttctg tttcactatg cttaacgtct tgcgcgctat catcatgcct tcgacgatat
      661 tcatgggatt atcattcatc aatacgatgt cggcggcttc aatggcggcg tcactgccga
      721 cagcacccat ggcaatgcct atgtcagcaa gtttgatgac cggagcatcg ttgatgccgt
      781 cgccgacaaa agcgatggga gaccgggcat gttctttaca cagtacctcg acaaacctca
      841 cctt
//
LOCUS       SEQF2634|AYYE01000707.1 5532 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5532
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             2478..3974
                     /locus_tag="SEQF2634_00258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLIIRQSIKGAIVSYVGSGVGFLITMFVVTKCLTPEIFGLTVI
                     LYEVAALVSSFAQLGISSSALRFFPSFKDPKNGDNGFFFYLLLLPSVGLLIFIPIFLL
                     SRSLIVSLWSQNAVLIIDYYYWIIPLIVFCTYWVVFETYSTLQMRIVIPKFIREVGVR
                     IMLLFVYVFFSLDILNVRGLVGGVIIVYGMAMLFTFAYICLITSISLDHNHSFINKSL
                     RKQVLNYTVSLVLGSLSGSLLNQLDLFMISSRIGLSSAGIYRIAFYISVVIDIPYRSI
                     SSISSPIAAKALQDENMEVANSLYQKVALNQFIVGSCIFVLLWVNIDNLFSIIPNGVI
                     YAQGKWVVFFLALARIISTTLAFGAILISFSRFYYWNLFFSLFLSCIGIGANLLLIPR
                     LGITGAAVATLITCLLSYVVQQGVVLFKIKANPFTAGFIKQIILVFLLFLLNGILPDW
                     SYNPIVDGFYRTLIIGTVTVGGLYWLQVSEEFSVLINKYIFRRGLYKE"
     CDS             4044..5063
                     /gene="pseB"
                     /locus_tag="SEQF2634_00259"
                     /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"
ORIGIN      
        1 gtggctgggg caatgtgaaa ttgttaggag gcacagcgtg tgcttttcta ttaaaataga
       61 cattatctat ttccacttct tcatctaagc acatatgaag actgctttcc caagcaatgt
      121 cctatagtaa tgatgtatcc ttttgtcaat tcagctcatt cggccacgcg tacctcacat
      181 attctttgat aggcctctta ttgcaaatat agctaagaag atttatacat ccctttttgc
      241 ctgttgctta gattgaatac acgtgctgat agtggtccac catcactctc tgacagaaag
      301 ctatttttct tatgttttaa ggataggtag tgccagctat ggtgggttta acttgatttt
      361 acagcaaata cttgttttga ttgtaataaa aatgcaccca aagagagacg acggcctgaa
      421 ataaattcaa tctatcatca gattaacctc tttgtatttg tgaaatgcgt gtttatacag
      481 tcaaattgga ggaggctaaa aaatgacaaa acacaaacat ttttatggcc agttcaaact
      541 actggagcaa gaaataaggg ggctgtgtag actttagtac aaaagtcagc ggacgtatag
      601 gctatgtctc ttgtaattct acaagctgtt ttgaatctat cggtaagttt ttttcaagga
      661 ggatttggca gaaagagggg tacaacatgg cttctgcgga ttcactgctt cgctcgtaat
      721 cgatagtcat tctcctgtag ttttctatct aaaagaatgt cctttctatg atctatctga
      781 ggggaaatgc cacagacttg cgagcaggtt cttgggagca aagtacaact tcaaaatccc
      841 atccaagtcc ctttgacaaa ctctgccaac ggacctcgat atccaccatc agcaaggagt
      901 attttaagct cggaaaatct acctgcaagt cgctttataa caggtactgc gcctttagaa
      961 tcatggatat ttgctggatg aatcaccgtt gccataggaa gtccaagcgt atatctacaa
     1021 cgatatgttc tttccttcct ttgatcttct tacctccatc aattccgcat tccttaccgt
     1081 tttggtgaga ggttcgtacg cttctctgag tctatgatac caagactcga agattttctg
     1141 ccaataggat tttcgaaccg aatctcttag ccaatacatc agctcttcaa agacttcttc
     1201 ttatttctaa tttcgaaaat aaaagtagac tgtttgccac ggagtgaaat ctctggggag
     1261 cattcgccat tggcaccccg tttttgttat gtacagtagg gtatacaaaa tccttcggag
     1321 aggatttttt tcggtgtctt tcccgtggtt caaatagatt tttcatactt ttccactgtt
     1381 tatcggtcag gttggttggg tattctctca tcactttgat attgccaacc atagagttag
     1441 aaagaatttt ccgatcggca gaccgatata gatccgattc ttttcccact cccttttctc
     1501 tcttagtgag agaatctctc agggcttcat ccaataaatt caaaacatct tctaaggctt
     1561 agaagattgc taccgcctat cggcacagga acacatccac tccaaaaaac gacaattttt
     1621 cagaagactc ctgtaagaat tattggaggg tccgatggtg tgcagattag cctactttgt
     1681 gaagcagtcg gggcgacata ttacgtctta cgtcgatgat actcacaacg gatgctctac
     1741 ttatacatgg ataggtatta gacaaatgtt tacagtgagg gaagggagga taaatagcat
     1801 caatattaac ggaccgctta atatacacat atggtgcacg ttacaaccat aacgatttta
     1861 ccatcgctct ttataaggcc actttggaag gatatcctca aggtatagaa ttattgaatc
     1921 tactattgct ataataaaaa gttttggaag aggacgaaat gcacgaaaat caaaagatcg
     1981 tctactctct attttctgga tttgaacttg attgagatcg gctatggacg tctctctaaa
     2041 aagaaggtca ccaatacgaa tcgaggttga aacgtattag agaagaaggt aaatagaggt
     2101 tgtagattca gccgcaagaa cgtgcgtttt gagttactct cccattttct aattgcgtgc
     2161 tccctttgtt aaactactct gcgtctttga actatagtaa tactcgacgt gatttatttg
     2221 gcacgtcccc tgtataagaa aaaagcacaa gatcaacgta aaaacggata tccgaagttg
     2281 cgctcacgtg tgatatatca aaccttctga ttttgaagaa gattgattca acgtaactac
     2341 agctatgtaa caactaaaag gtatctatgt gggagtatac tccctttcca tgaagaagag
     2401 atgtgtacag atgtcgctta tttcggaatt atgtatatat cccttgtttt tatagatttg
     2461 acaaggaaat ataaaggatg ggactcataa ttcgccaaag tataaagggg gccattgtta
     2521 gttacgtagg ctcaggagtt ggtttcctga taactatgtt tgttgtaacg aagtgtctta
     2581 ctccggagat ttttgggtta actgtcatat tatatgaggt tgctgcatta gtctcgtcgt
     2641 ttgctcaatt aggcatatct tcatcggcct taaggttctt cccatctttt aaagatccta
     2701 agaatggaga taacggattc tttttttatt tgctattgct cccttcagtg ggattgttga
     2761 tttttattcc gattttccta ctctcaagaa gtctcattgt aagtttatgg tcacagaatg
     2821 ctgtattaat aatcgattat tactattgga ttattccttt aattgttttc tgtacgtatt
     2881 gggtggtatt tgagacatat tcaactttgc aaatgcgcat tgtcattccg aaatttattc
     2941 gtgaagtagg tgttcgtata atgcttctat ttgtctatgt ttttttttcg cttgatatat
     3001 taaatgtaag aggactagtt ggtggtgtta tcattgtgta tggaatggca atgctattta
     3061 catttgcata catctgccta attacttcta tatcattaga tcataatcac tctttcatta
     3121 ataagtcatt aagaaaacaa gtccttaact ataccgtctc tttagtattg gggtcattaa
     3181 gcggaagttt gctgaatcaa ttagacctat ttatgataag ttcccgaatt gggcttagtt
     3241 ctgccgggat ttatcgcatt gctttttata tatctgtcgt tatagatatt ccatatcgtt
     3301 ccatatcctc aatttcttcg ccgattgctg caaaggcact tcaggatgag aatatggagg
     3361 tagcaaacag tctttaccag aaggtcgcat taaaccaatt tattgtagga agttgtattt
     3421 ttgttcttct ttgggttaat atcgataatt tattttcaat cataccgaat ggagtaatat
     3481 atgcacaagg taagtgggtt gtcttttttc tagcattagc tagaataata tctacaactc
     3541 ttgcttttgg tgcaatattg atttcttttt cacgattcta ttattggaac ctattttttt
     3601 cacttttctt atcctgtata ggtataggag ccaaccttct tcttattccg cgattgggaa
     3661 ttactggtgc tgccgttgca acgctgatta cttgtctgtt atcgtacgtg gttcagcaag
     3721 gggttgttct gtttaaaata aaagcaaatc catttacagc agggtttatt aaacagataa
     3781 ttttagtttt tctgctattc ttgctaaatg gaattctgcc agattggagt tataatccta
     3841 ttgtagatgg attctatagg accttgatta ttggtacggt taccgtggga ggattatatt
     3901 ggttgcaagt ctcggaagag ttttcagtgc ttataaataa atatatattc agacgcggcc
     3961 tgtacaaaga atagcaaata gaaattgcct ttagtttgat ggcgggcgtt gttgaatatt
     4021 aacacaatta caactatcta tttatgttga atgggaaatc tgttttgata acaggaggaa
     4081 ctggttcctt tggcaatgca tttgttaaaa cgatacttag agattatcca gatgtgaaga
     4141 ggattgtggt atattcgaga ggagagttaa agcagtataa tatgcagcag gtataccccc
     4201 aatcgatata tcgacaaatg cggtatttta ttggtgatgt tagagatgct gaacgcatta
     4261 aacaggcatg tgagggtatt gatattatta ttcatgccgc tgcgatgaaa caagttgata
     4321 cggctgaata taatcccgaa gaatgtataa aaacaaatgt tgggggggct caaaatgtta
     4381 ttcatgctgc cctgcattgt ggtgttaagc atgtcgtagc tctttcgaca gataaggctt
     4441 gcgcaccgat taatttgtat ggagccacaa agctcacttc tgataaattg tttattgcgg
     4501 caaataatat aagaggatct cgtgatgtaa gattttctgt tgttcgatac ggtaatgtta
     4561 tgggttctag agggtctgtt atcccgtttt ttctcgaaaa gaagagggac ggagctgatt
     4621 atcttcccat cactgataga agaatgacga gatttaatat ttccttagaa gaaggagttg
     4681 cattggttat gtatgcgata aaacatcata taggagggga gatttttgtt cctaaaatac
     4741 cgtcatatag gatcattgat atagctcgag caatagcccc ggaaatgcct ataaaagaga
     4801 ttggaataag gccaggggag aaattacatg aggaaatgat tactgttacg gatgcggaga
     4861 acaccctaga tatagggaat tattacgcaa ttcttcctac tatctcatat ggctatatga
     4921 aagaagaata tatagcgcat catggcgcaa tgtttatgcc tactggcttt cattacagtt
     4981 cggataataa tattaaatgg gagactgttg aatcgatacg agaaaaaatc aaaaagttta
     5041 tagatcctaa tttttgcgtg tagtagtatg taaaattgtt tacggaaagc cttgattctg
     5101 ctgtcaaaat tcagcataag ttaaaacatg catcctatgc cggaaggtta ctattgttcc
     5161 tgatcaatgt ttgctgttga tctcatttga gagcggtgtc ttatgttatt tactgtcggt
     5221 ggaaccatgt cttttaatat gtaatatgat tgataataaa gcgcacgcat aggctagatg
     5281 taaatatttt tgcgcgccgt catgctcatt aatgttctcc cgaattggtg tctatttccg
     5341 aagaacgagg ataagggtta acagggcaac cgcatcaaaa agacattagt tttgagatat
     5401 ggaaaagatc gactatttct cttctgtccc ggatcctcgc gtgaagggac gttgcaagca
     5461 caagttgagc gacatattaa tcatcgctat agccacttat ctctgtggcg gagacgatta
     5521 cgcatctatg ta
//
LOCUS       SEQF2634|AYYE01000708.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(14..265)
                     /locus_tag="SEQF2634_00260"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDVLTFCLTPANVDDRDPRVWRVFTKVLYGKVFADKGYIKQEF
                     FENLFNQGIHLVHGLKSNMKNKLMPLWDKMMLLMPHRDS"
ORIGIN      
        1 gtacataact ttctcatgaa tctctgtgcg gcattagcag catcattttg tcccataagg
       61 gcataagctt gtttttcatg tttgatttga gcccatgaac gaggtggatg ccttggttga
      121 agaggttctc aaagaattct tgcttgatgt agcccttatc ggcaaatact ttgccgtaga
      181 gcaccttggt gaagactctc cacaccctag ggtccctgtc gtccacgttt gcgggagtta
      241 ggcagaacgt gagtacatcg cccatctcgt tgcacagcag atgaagcttg aagccatgac
      301 accgcccc
//
LOCUS       SEQF2634|AYYE01000709.1 1895 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1895
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(522..719)
                     /locus_tag="SEQF2634_00261"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQSLYYRHLYLIPGEEGQFKVLSSYEINKIDIFKRGHRGDRGS
                     QYLLRLEPVVRLQVVECQIRV"
     CDS             complement(1010..1291)
                     /locus_tag="SEQF2634_00262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNQWLRNRLQLRAVLGHEVYKRLVELAKEANGIPIQETGAKW
                     FKTWQSSGRLPARSATYLALANKPIANAEESQMLKKIKLVASERSIVAY"
ORIGIN      
        1 gaaccataca aaggctttct aatagagaat gatacacaac taacggagtt ttaatgtcta
       61 taaaagtacc gagaaagctg ttttttatgc gtcagccctg atagtagaac tgacggataa
      121 agagtatctg gagctggaat gtccgtactg aaaagagttt acagtcgagg cggtagttag
      181 cgatagggct gactatgtcc ttgagctaag gacagaatcc attttcagga aacaaaagta
      241 caccttcggg aaaagtgtaa ctttttaaca acaaggtgtg agcagcaaaa gcttaggtgc
      301 ttgctgaacg agtagatccg aacttatcag acttgactgc ttgcatcaga gtctgtaacc
      361 tactgattga tgcggctgcg ctccattgtt catagacaca acttgttcaa ccagcaaacc
      421 taaggcaaag gaacgcttct catcagagag aaaccaaaag tttccgaaaa tgtctcttat
      481 gcgctctaaa aagaacgttg tgcagcaaaa gtctatccgc gtcatactct gatttggcat
      541 tccacgacct gtaggcgtac cacaggctcc aaacgaagca aatactgcga gccgcggtca
      601 cctctgtgac cgcgcttaaa aatatctatt ttatttattt cataggagct caatactttg
      661 aattggccct cctctccagg gatcagatag aggtgtctat aatatagcga ctgccgcatc
      721 tctcacaagt gagagatagg taaaactctt gccacagctg caggcgatag gggttaagtc
      781 ggctactatt agcggcctag gcctcgtaga ggtgagctta taacgtattg accaagtcaa
      841 aataacacct gaagttgcgc cgagagtcaa ttgagaattg aagcgacttt gagtcgcatc
      901 agctgcaatc ttgtcatagg acggaggttt ctccaagcct ctgttcgcag agtacagaga
      961 gttcgtacca actaacctcc ggccagcctt tcggatgata ctttaaatat caataagcaa
     1021 caatagaacg ctccgaagct actagcttta tctttttgag catctgggat tcctcggcgt
     1081 ttgcaatagg cttgttggcc aaagccaagt aagtcgcaga gcgcgcagga agccttccac
     1141 tactttgcca agtcttaaac cacttggctc cagtttcttg tatcggaata ccgttggctt
     1201 ctttggcaag ctctaccagc cgcttataga cttcgtgtcc gagaacggct cgcagctgca
     1261 ggcggttgcg gagccattgg ttatctttca tagtcgagca tgcttggttc cgaacttgcc
     1321 tggaaagcta tgaagaatcg attctttgtt ctactactcc atcttcagta ctcgaaagcg
     1381 aagatccgct tttgaggttc tttttaccta aaagaatggg agggggtaaa cttgtaaccc
     1441 aaactgtgcg gctcacaaag gatgtacttg tagtgactat cgaaaccgaa taattagtct
     1501 tagaggaggg tttagcgatt cttaaaggag cctcaagcaa tcgggatcac aggaaaaccg
     1561 catcaaaata taaaagtcta atttttagac atgctcttca gtctctaaca ttgaattttc
     1621 actgtgggat ttctaagcta acacccatta tcggttagtt gtatctatgt gaaaaaattc
     1681 ctcataatta ccgcctgatc aggattaggc gaaatacttg ctctcatcaa gttttttttc
     1741 accagcatta attgcttttt ttgtggatat tctccagagc gcattaatcc tggggacaaa
     1801 aagcatacac tgaccacgat taagaaggtt gtttctgcct ccacttcaat ggtgctggat
     1861 gagttggaag aattatacgg atcaatagtt aaagc
//
LOCUS       SEQF2634|AYYE01000710.1 1122 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1122
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(61..228)
                     /locus_tag="SEQF2634_00263"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEALLMPSKASPPVMAPSPMTATTCRPPSPAISKAVDMPKAAEM
                     EFEACPAMKVS"
     CDS             complement(751..915)
                     /locus_tag="SEQF2634_00264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQKGIMPSLAMPAEKVTAWPSAIPTSKARSGKAFIMYVMEQPV
                     GMAGVTPVMR"
ORIGIN      
        1 cttccacacc ctccgccagt tcgggggcat cggcggattc ccacaccccg aagagagcgc
       61 ctacgatacc ttcatcgccg ggcacgcctc gaactccatc tctgccgcct tgggcatgtc
      121 caccgccttt gagatagccg gcgagggggg ccgacacgtc gtggccgtca tcggcgacgg
      181 cgccatgacc ggcggactgg ccttcgaggg catcaataac gcctccatcg accccaacaa
      241 cctgctgatt gtgcttaacg ataacgacat gtcgatcgac cgcaacgtgg gcggcatgaa
      301 ccgttacctc gtcgacatca ccaccagcca gacctacaac cacatccgct acgaggtcta
      361 ccagaagctc ctcaagctga acctcatctc cgaagatcgg cgcgagaaca tcttgcgctt
      421 caacaacagc ctcaaggccc tcatcaaccg ccagcacaac ctcttcgagg gcttcagcat
      481 ccgctacttc gggcctatcg acggccacga cgtgggcgat ctggtcaaga agctgggcga
      541 catcaaggaa atgaagggcc ccaagctgct ccacatcaaa acgaagaaag gcaagggcta
      601 caaacccgcc gagcagtcgg ccaccgtctg gcatgccccc gggcgcttca ataaggatac
      661 cggccagcgc ctcctacccg aacggacgaa cgagccgcag ctctatcagg acgtcttcgg
      721 ccatacgctc gtggagttgg ccgagaaaga tcagcgcatc acgggtgtca ccccggccat
      781 gcccacgggt tgctccatga cgtacatgat gaaagccttc cccgatcgcg ccttcgacgt
      841 cggtattgcc gagggccacg ccgtgacctt ctctgcgggc atggccaagg agggcatgat
      901 ccccttctgc aacatctact cctccttcct acagcgcgcc tatgatcagg tgatccacga
      961 cgctgccata ctgaaattgc acgtcgtgct ctgcctcgac cgcgcgggcc tcgtgggtga
     1021 ggatggcgtc acgcaccacg gcgccttcga cctggcttac ctccgcccca tcccgaacgt
     1081 gatcatctcc tcccccctcg acgagatcga cctccgcaac ct
//
LOCUS       SEQF2634|AYYE01000711.1  914 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..914
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gagacaggtg ctggggcgta tgcaatacgc ccctacacat atagatcaaa aattgggtgg
       61 tctcttggct gatgatttgc aaactcggta cgtgctaggg cgtattcaat acgcccctac
      121 cctaacgggc aaaaaattgg atggcctctt ggctgatgat tcgcaaactg ggtacgtgcg
      181 ggggcatatg ctgttgcgcc ctgcccatac ggatcaaaaa tcggattcct ttttatccat
      241 tgaatcgcct gccggttacg cgcgggggcg tatgctgttg cgccctaccc atacggatca
      301 aaaaatcgat tcccatttat ctattggatc gtccgcccgg tacgtatcta ttaaatacgt
      361 attgattgaa tcatataccc gtcaaaaatt cgattcccca ttaaaatatc ctacctgaaa
      421 cgacccattt tcggtgtatc agtgtagggg cgtattgcat acgccccaca aacgaccccg
      481 tcaggggacg aatgaatcta tttgccatcc attttttgaa tacacgtaat ccatcgaatc
      541 aaaaatctgg tacgttttag ggtgtatgca atacgtccct acacatacgg atcaaaaatt
      601 caattcccct ctatacattg aatcgtccgc ccggtacgtt ttggggcgca tgctatacgc
      661 ccctaccctg acggatcaaa aattcgattt ccttttatcc attgaatcaa aaacccgata
      721 cgtttggggt tgcatgtctt tacagtctat ccattcccgg cgaggaaccc ttaaaatttg
      781 tatgaacata cccaaaaccc gccgaggatt cgatgaatat ggccattttc acgcaaaacc
      841 cgccggggat gggacgaata tggccatatt cacgcaaaac cagccgagga tgggatagat
      901 atggccatat tcac
//
LOCUS       SEQF2634|AYYE01000712.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccggcagggt aggggcgtat cgcatacgcc ccccgagcgc caccatcggt ggcgaataca
       61 tgttccacat tcggcccctt cgggtccgcc taagagggcg tatgcgatac gcccctacag
      121 ccgggtaccc ggccaaactt cgccggcgtc cgcagacgcc atcggccata cttcgccggc
      181 gtccgcagac gccccccgaa gcagagaggg agacacgcgc ccagcgggac gcccgtatcc
      241 gccgcctgtt ggcgaactac ccggccttct caagagtact actttccgca ctacatgcgc
      301 cgcacagacc ccgccacggg cctcgtgacg ggcatcgtac acatggcgcc cccttccaca
      361 atgctgcctt ccgtgggcgg ctgcggccgc cggcgaagtt tgcctgatac ccgtaaggcc
      421 tgtacccggc
//
LOCUS       SEQF2634|AYYE01000713.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggtagttat gtggccttgc ggccacggta gttatgcggc cttgcggccg cggtagttat
       61 cggcctaacg gccgcggtag taggcgtatt gcatacgccc ggtagttatg gcgcttcgcg
      121 ccgggtagtc agagggtagc tatatggtag ttacatggta gaatctactt ctaactactc
      181 ggggctttag ccccgtacta ccgcggccga caggctgcat aactacccgg gcgaagcccg
      241 taactaccgc gccgcaaggc gcataactac cc
//
LOCUS       SEQF2634|AYYE01000714.1 1685 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1685
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(92..376)
                     /locus_tag="SEQF2634_00265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKSSNALIAKLEDSIFNEPPPVIRNDEAKTIDSSLSFMVFSPC
                     NTIVKDVDLRIEYIVASIVALFSVSVLVAGSNVTVPLWTAGKPPEAEMSV"
ORIGIN      
        1 tcgcggggct ggcaggagcc atcgcgccgc agacagcggc ggcgaaggac tacgacatcc
       61 ggatcggcaa cgagtggatc acctccgata attacaccga catctccgcc tcgggcggct
      121 tcccggccgt ccagagtggc acggtgacgt ttgaccccgc caccaacacg ctgacgctaa
      181 ataatgccac gatcgaagcg actatatatt ctatgcgtaa gtcaacatct ttcacgatcg
      241 tattgcatgg cgaaaacacc ataaaggata agctggagtc gatcgtcttc gcttcgtcat
      301 tacgaatcac cggcgggggc tcattgaata tcgagtcctc taatttggcg ataagtgcat
      361 ttgacgattt gaccatagac ggatgcaaca tcaaagccaa tcggcggatc gatgtatctg
      421 gaagcctaca gatcaataac agcaatgtga ctgtccgcga tcggaatagc ggttacacat
      481 tgaaagcatc gaacggcatt gcactttcag gttgtcagat tgtcagcccc tacggcgcac
      541 aaatcaagag gatcaagggc ttcggcggag agtcttacac cgtggtaacg gacttaggag
      601 atatatgtga ggaggtcatc atcgagtcgg gcaacggtac gaagccgccc gaacccaagc
      661 ccgaagaagc caagttcacc ctcgagccta aggagctgaa ggtggatgcc gacggaggca
      721 agaaggaggt cacgctcagc tgcgacgaat tctattacgt tagttctacc gataagccgg
      781 attggctgga cgttagcgga tatagtaccg gttatacaaa aagccaaaca cttacgatca
      841 tcgccaagcc caacaccggc agcaagcgcg agggcgtgat caccttccat accatcgaag
      901 gcgacgtcac gctcaaggtc acgcaggagg gcggcggcac caagccggag ccggagaagg
      961 ctgtctttac cctcgaaccc aaagagctaa aggtggaaac gggcggaggc aagaaggagg
     1021 tcacgctcag ctgcaacgta ccctatcaca tcgatggcct taataagccg gattggctat
     1081 cggttagcgg aaacagtgcc gactatgagg ccatccaaaa gatgacgatc accgtagaac
     1141 ccaacaccgg cggcaagcgc gagggcgtga tcaccttcaa aaccaccgaa ggcgacgtca
     1201 cgctcaaggt gacgcaggag gccgcaggca caaagcccga gcccaaagcc cccaagctca
     1261 ccctgaaccc cgagaagtta gaggtcgatg caagcgcgca aaagaaaaag gtgaccctga
     1321 ccagcgatgt gccagtccat ataaataagg cctatgcacc ggaatggata gactggagcg
     1381 cagagagtga tgaagcctat agcaaaagct acacccttac gatcggcttc gaggctaaca
     1441 acgaaggcag catgcgcgcg ggtgggatct ccttcttcgt cagtacagag agcggggaag
     1501 agtataaagt cgtcctgccc gtcagacaaa aggctgcggg cgacaagccc gaaccggaga
     1561 agcccaccct caccctatct atcagcttca agggcgacgg ctcggccatc ccagccgggg
     1621 gcggcacgaa ggaggtcacc gtcacgtcca acggccagtg gtcggcctcc ttgcccaaag
     1681 actgc
//
LOCUS       SEQF2634|AYYE01000715.1 3210 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3210
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(697..2322)
                     /locus_tag="SEQF2634_00266"
                     /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             complement(2343..3035)
                     /locus_tag="SEQF2634_00267"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSLRPYFNVYAVRTKVQDTLLYAYIRDFSGQEYQQSKHASTAH
                     RRALAMASSISGFTKDNSVISVIVNTKVFLGLTYMTDQVLAYAYSALSSSSTHFRGII
                     LHETVGHGIGKLADEYSILSSCGSKDYIAEGHKKNWYMNISLTNDPEKVPWAQFLKDK
                     RYVTEDIGIYEGGGGCFKEGVWRSAKGGDDTPIGFNAPSRRAIYDHVMQVTTGRTPTY
                     EEFVQFDLAHRK"
ORIGIN      
        1 tttagttaac gggggggggg ggtgaatgtc cttttcttgt tgaagcaagt cttttcggac
       61 aatttgctcc ggtgttggga tgcagatgtc tgtggaggga gaatcggggt aattgatctt
      121 cttcatgttc atatcctgat cgttaaaatg tcgtgatatg ccaaagataa ggatatatag
      181 gctcgcacat acacagagag gtgaacaaaa caagccatga gagttttttt gatgtgctga
      241 gaagctaatt tgaatttatt gagtgattgt ttttaaggag ctgtttgggc ggatcttctc
      301 tatatctatt tcgggcctat ttgaggccta tttccgccct tctgtcctat ctttttcgtc
      361 catagctcgc tcaagctcct taaaagatga aacaagattc ccggaaatat ctgctgtata
      421 tcctctgaaa taaattccaa acagcttctg agacatacgc cctccttagc gtgtatggta
      481 tgacgttctg acactacctt ttttgcattt cttgcaaatc caaacagttt gtcattagag
      541 gaattcgcgt tttagctcta atgaccgcca ttagaattag agcgaatctc tcttgcaaga
      601 atataattgc cttatggccg attcttttca acaaatactc ggctccattt tcacccgctt
      661 cctgaaagtt ttattggata gtagtgatat tatttctcag tttactataa tcttttgggt
      721 atactctcct gcccgtataa tatagacgcc ggcagcaaga ggaacggagt tatcgcccgc
      781 cgaagcacgg aaggtgtgta caagtccgcc gcttagatta taaacctgag ttaatacagt
      841 gtgcggcaac gagaggcaga gtcgtccttt ggtggtatag atgcgtgcct caggtaggac
      901 gatgttggcc acagttgact cgacgatctg cttaaactct ttccatacag gtgccgttgc
      961 ataagccgct ctcgatccct tgggaatgta gagtgttact tccgagagct ttatcccgtt
     1021 aaaggagctt ccatctacag ccggcgggtt tttgcttttc actattatgc tcttcagacc
     1081 agaacaatcc tcaaaggcac tgttttcaat tgttgtcagc tttgcaggga gcgtaataga
     1141 catcagagct gaattacccc aaaaagcact gtatccaatt gttgttactc cggaaggaac
     1201 gtcatacgtc gatctcttat tcccattggg atattggata agaaaggttt ttgctttatt
     1261 aaaaagtaca ccgtcaacag aggtgtaatg cgtattgccg gactctacta tgatctgcga
     1321 taagttttta cacaaagaga atggtgcgtt ccccagtttt tccaccattg atggtattgt
     1381 gatcgacggc attccacaat acataaaaga ccatcctcca atctctttca gtcctgttgg
     1441 aagcgttaca gatactagat tgtgagcgcc atagaaagca caatatccaa ttcttgttac
     1501 ttcaggcgga agaacataca ccttgttcga tgatccggct ggatactgaa tcaggctttt
     1561 cttacttcta tctagcagta caccatttat tgatacatag ttagtattac ccttctcaac
     1621 ggaaacagaa actagttttg ttgaaataaa aggacagtct ccgacagtgt ctacatctgc
     1681 agggatagaa actgacgtca attcccagca ataagcgaaa gagcctccac ctaatttttt
     1741 cagtccggct ggaagcatga tagtggtcaa tttgctacaa gacgaaaagg catcatttcc
     1801 aatccgagaa acacccgtag gaaaattgat agaggttaat gctttacatg cgttaaaagc
     1861 cttatctccg atttctttca gtccagccgg gagcgtgact gtagtcaact tactacacga
     1921 cgaaaaagcg ttatctccaa tttctatcag ccccgtttga aacttgacag cggtcagatt
     1981 cccacatgac gtaaatgcac tattcccgat tcgcctcagt ccgacaggaa gagttaatgt
     2041 ggtaagattc gcttccttaa aggcttcatc actaatactt gtcacccctt ccttcacaac
     2101 cacagtcttt atgtttgatt tcaacccttt ccagggcggc tcatatagcc agttaaattc
     2161 cggcatgtct ccctttccgg agagggtaag ggtgccggta tcgtatgtcc acgatagcgc
     2221 acccacttta ccgcttgttt ttgtctgtgc ataggagctg tttccattta ccaaacagaa
     2281 aaggatcgca atccatataa ggtgtattct tttattatcc atgatttcat ctcattaccg
     2341 tgttactttc tatgcgccaa atcaaattgg acaaactctt cataggtggg agttctgccc
     2401 gttgtcacct gcatgacatg gtcgtaaata gctctccggg aaggggcgtt gaatccaata
     2461 ggtgtatcgt ctccaccttt agctgaacgc catacacctt ctttgaagca tccaccgcct
     2521 ccttcatata ttcctatatc ttctgttaca tagcgtttgt ctttaagaaa ttgagcccaa
     2581 ggcacttttt ccggatcatt agttaatgaa atattcatat accaattttt cttatgtccc
     2641 tctgcgatat agtcctttga tccgcaagaa gacaaaatgc tgtattcatc tgccaactta
     2701 ccaataccgt gccctactgt ttcatgtaaa attataccgc gaaagtgtgt actgctactt
     2761 gataaagccg aataagcata agccagtacc tgatctgtca tgtaagtaag tccgagaaag
     2821 accttcgtgt ttacgataac gctgatcaca gaattgtctt tcgtgaatcc cgatatagat
     2881 gaagccatag cgagggctct acgatgagca gtggatgcat gcttcgattg ttgatattct
     2941 tgaccactaa aatctcggat gtatgcgtac agcaaagtat cctgtacttt cgttcggacg
     3001 gcatagacat tgaaataagg ccgcagagaa ttcatcggct ctacggaaaa aagatacttg
     3061 taagattgtt ccatcagttt ttcataatgg ccttctcgaa cgtagtcttc agaaaaacct
     3121 atacccatca gtacgatgtt gtaccccttg cctatagtcg ctttttggag cgtagtgaca
     3181 acaacgtcaa ccttagacag atcctctgtc
//
LOCUS       SEQF2634|AYYE01000716.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tattctctaa tgtggatatc aaaggcggca ttgctatcat gtatagagat gccgagcgtc
       61 gttttcggaa aatcggagta ttcaaggccc acgccgagct ggagggtatt acgcagaaag
      121 tggcaagtca tatgccctct tcgctaactg agatcatcta tgccgaatcg agctacagct
      181 tcaatatgaa taacgaagag gcggctctta tagtcaagga gcgcttaggc aatgacaaga
      241 agataatcag caatgtattc gacaagctgc cggatctatt cacgccagaa caacgagagg
      301 gaacgatcgg attctatggc aggacaaagg gcggtagctg tctctttata cacatctctg
      361 atggcgcgag gg
//
LOCUS       SEQF2634|AYYE01000717.1 1239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             375..488
                     /locus_tag="SEQF2634_00268"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYVLELSGMRNGVALPQQTIDGLNMLEKLNLVMINV"
     CDS             518..1165
                     /locus_tag="SEQF2634_00269"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSCINTYAQLGYQYGSEYIYLKPDRTMYFIQTKDVVSERTMED
                     TLSVRQQQKIVKSFDKISTNRFLVVSAEEAVANTLGYVSDVYRNPDQCKIVVLPRIVL
                     SMKEGRMIDPILEKFYGKVSVEQKDGSRYILRCHLNHSKDVLDVIAMLNTLNEIEWCE
                     PEMLSDYKLDNPLYSAQYYLKNTGQNGGIRGIDINAEPAWQITNGSPNIKVAVIP"
ORIGIN      
        1 gtcgtatgaa aaccatagat gatactccgc cagacttgtc agggcgccct taggaaccgc
       61 accccggagg cgcagcgaga taaatcgatc cgaatgcgga gtttgtgatt aacggaaaac
      121 atgatgagaa atgaaggcga agttcatttt gtggattagc gctctctttc ttctactggc
      181 aggtggaggg tgcgaaaaag gaaaagacgt ctcccaatgc tatactggaa aagtgctcac
      241 tctggttggc attggacttg agcaatataa cattatcgaa atcacgtcta ctcctcgatt
      301 tggcggagat ttatctatag gttctaccat tacctttaat agaggtgatt ttagtcccaa
      361 actaaaaatc ggagatgtgg tacgttttag aattatcagg tatgaggaat ggagtggccc
      421 tgccacagca gaccatcgat ggcctcaata tgttggagaa gttgaacctt gtaatgatta
      481 atgtgtgatg aaaagaatca tatcagccat tgtattaatg ctctcgtgca taaatacata
      541 tgctcagctt ggttaccagt atggatcgga atatatctat ttgaaacccg accgcacgat
      601 gtattttata cagacaaagg atgtcgtaag cgaaaggacg atggaagata ccttgagtgt
      661 tcggcagcag caaaaaatag taaagtcatt cgataagatt tccaccaacc gatttcttgt
      721 tgtttcagca gaagaagcag ttgcaaatac attgggttat gtttccgacg tatacagaaa
      781 cccagatcaa tgcaaaattg ttgttttgcc tcggattgta ctttctatga aagaaggccg
      841 aatgattgat cccatcttgg agaagtttta tggaaaagtg tccgtagagc aaaaggatgg
      901 atctaggtat atcctgagat gccatctgaa tcattccaaa gatgtattgg acgtgatagc
      961 aatgctgaac actttaaacg aaattgaatg gtgtgaacca gaaatgttat cagactacaa
     1021 gttggataat ccgctttatt ctgctcaata ctatctaaag aataccggac agaatggtgg
     1081 aattagaggt attgatatca atgccgagcc ggcatggcag atcacgaatg ggagccccaa
     1141 tataaaagtt gcagtaatac cttaattccg cagcataaat tcttgtaaga actccaagtg
     1201 tctgagaaac aaagttctca aaacacttgg atatgtcag
//
LOCUS       SEQF2634|AYYE01000718.1  516 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aagcggggca acctgctcgg caaacgcacg taccaggtgt tcctctttat caatggtgtc
       61 ctgggcccgc tcttgttggg cacggccgtg ggcacgttct tcagcggcgc ttcgttcgtc
      121 gtggaccgcg tgcaactgac ggacatcggt atgccggtca tctcgcgttg ggccacgtcg
      181 tggcacgggc tcgaggctgc gctcgtggtg tggaacctgc tccttggtgc gtccgtcttc
      241 ttcctctccc gtgtgctggc gctgctctat ttcatcaaca acatccgcga cgaggaggtg
      301 agcgccgctt gtcgtcgccg cctgcccatc gaggcggtgg ccttccttgt ggtcttcctg
      361 ccctttgtgg gtcacctgct catggccgac ggcttcgcgg tcgatccggc cacgggcaat
      421 gtcttcatgg agccgcataa gtacctcaac aacctcgtgc agatgccgct cgtgggggtg
      481 ctcttcttgg tcggtgttgt gggagtactc ttcggc
//
LOCUS       SEQF2634|AYYE01000719.1 2843 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2843
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             166..315
                     /locus_tag="SEQF2634_00270"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPHLYHQVQIGESMHSISQYYGIQVSTLYALNEKNQSYVPREGE
                     TLKLR"
     CDS             330..2000
                     /gene="lytG"
                     /locus_tag="SEQF2634_00271"
                     /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="MMRPRTLSLYRLAVIIGCITLASSPVLVERMEAGKTEVRNLDAC
                     EEYIQAYHQAAIHQQTRHRIPASITLAQGLLESSAGKSYLAIQGNNHFGIKCGNWTGD
                     YLYKQDDGRLERFRKYTSVEQSYEDHSHFIADRAHYKSLFELKPTDYVGWAHGLKRCG
                     YATDPKYASKLIELIERYELHAYDLASASSSEPIASRPARSVSTPSAPAKRSATSPEV
                     KPERKKPAETKPAAATQREPGTKPTAHGIKVPKKSKPEAAASKAQKEPAAQPAPAKPT
                     PKKEAAPAAKPAPALKADAPKPAAKPAADPKAAAAKKPAPAEVKKPAPAPKPDAPKPA
                     AKPAADPKAAAAKKPAPADAKKPAPAPKADAPKSAAKPATDSKAAAAVKKPATAVKKS
                     AIASAKKPVATKKAVSPPAAKKPAPTPKKQSGKLVASSEKSKATPTKKVTPKDQRAPQ
                     AKKPAASVVNKAKTPAAKPAAKPTAAKPAAKPATKSAAKPAAKATAAKPTAKPAAKTA
                     LVKKTTPQASQKKEPKTPQKTSTLRRHNNNERPTVHTARRQRLERRRA"
     CDS             complement(2299..2835)
                     /locus_tag="SEQF2634_00272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPQPTAKEYPLFFLRHTNHSCVAKGYPLNDGSVGARGREDEAAG
                     IYVEAFDGVREAETTGVNEIVRNGGVKTLGVFLGQVVGEDIMARAGESVATHAAVVGM
                     LIGSLTKGGQSDDDVAGADARIIDHIGAAHAAGDGAIDNDRAYQIAHIGRLAARGVNA
                     DAHLTQLGQQLVCAVDDG"
ORIGIN      
        1 ggcctactct ataccatcgc acgctacaac gacaccttcg atcggatcgc tcaggatctc
       61 ggcttcacgg cacgcgaact ggcgcgattc aacgaatcac ccgagaactt ctccctgcga
      121 cggggggata tcgtttacct ggagaaaaag aagaaacggg ccgatatgcc tcatctttat
      181 catcaggtgc agatcggaga atctatgcac agcatttctc agtactacgg catacaggtc
      241 agtacgctct atgccctgaa cgagaaaaac caaagttatg tgccccgaga gggagagaca
      301 cttaaactca gataatagaa ctttcataca tgatgcgccc acgtacatta tcactatatc
      361 gtcttgccgt tattataggc tgtattacgc ttgccagtag ccccgtgctc gtcgaacgca
      421 tggaggctgg caaaacagag gttcgaaatt tggatgcttg tgaagagtat atccaggctt
      481 atcatcaggc tgcgatccat cagcagacca gacatcgtat acctgccagt attaccttgg
      541 cacagggtct ccttgaatcg agcgcaggga aaagttacct agctattcag ggtaacaatc
      601 acttcggtat caaatgcgga aactggacgg gtgactatct ctacaaacaa gatgatggtc
      661 gcttggaacg ctttcgtaag tacacctccg tagaacaatc ctacgaggat cactcgcact
      721 tcatcgctga cagagcgcac tacaagtccc tctttgagct caagccaacg gactatgtgg
      781 gttgggcgca tggattgaaa cgatgtggtt acgccaccga tcccaagtat gccagtaagc
      841 tgatcgagct gattgagcgt tacgagctgc acgcctatga cctggccagt gcctcgtcct
      901 ccgaacccat cgcctcgaga cccgcaagga gcgtctccac accatcagca cccgccaagc
      961 gttccgccac ctcacccgag gtgaagccgg agcgcaagaa acctgcggaa accaaacccg
     1021 ctgccgccac gcaacgtgag ccgggaacga aacccacagc ccacggtatc aaggtgccca
     1081 agaaatcgaa accggaagcg gccgcttcca aagctcaaaa agagccagct gcccaacctg
     1141 caccggcgaa acctacaccg aaaaaggaag ccgccccagc tgctaaacca gcacctgctc
     1201 tcaaagcgga tgctcccaag cctgccgcga aacccgcagc cgatccgaaa gctgctgctg
     1261 cgaaaaagcc agctccggct gaggtaaaga aaccagcacc tgccccaaaa ccagatgctc
     1321 ctaagcccgc cgcgaaaccc gctgccgatc cgaaagctgc ggccgccaag aagccagctc
     1381 cggctgacgc taagaaaccg gctcctgccc caaaagcgga tgctcccaaa tctgctgcga
     1441 aacccgctac cgattcgaag gctgcggccg ctgtaaaaaa acctgcgact gccgtcaaga
     1501 agtcagccat agccagcgcc aagaaaccgg tggcgacgaa gaaagccgtc tccccacccg
     1561 ccgcgaagaa gcctgccccg acaccgaaga aacagtcggg taagctggtg gcatcgtcgg
     1621 agaagtctaa agcgactcca acgaaaaagg tcactcctaa agatcagcgc gcgccgcagg
     1681 caaagaagcc tgcggcttct gtcgttaata aggcgaagac tcccgctgct aaaccggccg
     1741 ccaaaccaac tgccgctaag cccgccgcta aaccggccac aaagtctgct gccaaaccag
     1801 cagccaaagc cactgccgcg aagccgacgg ctaagcctgc agccaaaacg gctctcgtca
     1861 agaagacgac ccctcaggct tctcagaaaa aagaacccaa aacaccgcag aaaacgtcta
     1921 ctctcagaag acacaataat aatgagcgac caacggtaca cacggcgcgg cgtcagcgcc
     1981 tcgaaagaag acgtgcataa cgccattcga cgcatcgaca agggcctttt cccaaaggct
     2041 ttttgcaaaa tcatccctga catacttggt gctgatcctg cttactgcaa catcatgcac
     2101 gctgatggcg ccggcaccaa gtcggcgctt gcttatctat actggcgcga aacgggcgac
     2161 ctcagcgtct ggaagggcat cgcgcaggac gcgctgatca tgaacatcga cgacctgctt
     2221 tgcgtcggcg ccacggacaa catccttgtc tcaagcacca tcgggcgcaa caaactgttg
     2281 attcccggcg aggtgatctc agccatcatc aacggcacag acgagctgct ggccgagctg
     2341 cgtgagatgg gcatcggcgt ttacgccacg ggcggcgaga cggccgatgt gggcgatttg
     2401 gtacgcacga tcattgtcga tagcaccgtc acctgccgca tgcgccgcgc cgatgtgatc
     2461 gataatgcgc gcatccgctc cggcgacgtc atcgtcggat tggcctcctt tggtcaagct
     2521 acctatgagc atgcctacaa cggcggcatg ggtagcaacg gactcaccag cgcgcgccat
     2581 gatgtcttcg cccactactt ggccgagaaa taccccgaga gttttgacgc cgccgttcct
     2641 gacgatctcg tttacgccgg tggtctctgc ctcacggacg ccatcgaagg cctcaacgta
     2701 gatgccggcc gcctcgtcct ctctcccacg cgcacctacg ctcccgtcat tcagcggata
     2761 gccttttgct acgcaagaat gattggtatg cctcaagaaa aagaggggat actctttggc
     2821 tgtgggctga ggcacgacga cct
//
LOCUS       SEQF2634|AYYE01000720.1  428 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..428
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 atattatact tccgacattc cgctaagccg cgggccatgg aaactttggg gtttaccagg
       61 tttgatcgtc catgccacag atgcagatgg atattttctt tttgagacga ccaactttga
      121 gcgcatacca gagtccgtgg tacgtccgat cttgtatatc catcgtaaag agggatccaa
      181 gggcgactac aaaggagctg agtataaaaa ggtctccaag aaaacctata tacagtatga
      241 aaaagcctat catgaagatg taaatgcttt tagagagttt gaattcgggc acaaggtttt
      301 cactcctgac ggcagcccat tgcccataac aaaaacggat tatatcccac tggagaaata
      361 gcttttactt ttcaagaagt actttacaga cctcagtttg tgcttttctt tagacgaaag
      421 acacatcc
//
LOCUS       SEQF2634|AYYE01000721.1  653 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atccactgct tgtcgtccat cgtcacgatg tggtctggcg tgaggttgga cacgtcgatg
       61 taagccagtc cggtgaagca ggaaaagatg aagatgtccc gcaccaactc cagtcgcagg
      121 atgcccaaat ccttgttggc cactcgaagg atctcttcgt ctgtcaggaa gcctctgtcc
      181 acaggctcca tgtggaagcg gagattgacg aaaggatcat ggtggagaat gccgagcttt
      241 cccccgaaga gggtaatcgt cttgaacgtc ttcagcgtct tggtggccgt gttgggcgct
      301 tgcccgacgg ttgtccgaag gtagaggtcg aaatcatgga gcacgacgta ggtcagctcg
      361 gagagcttta agtcggtgcg gctgtatttg cttttcagga aggccgtgaa atgctttttg
      421 cacacgttgt atttctgcaa tgtcgcagca gaaaccgaca cgccgacctg cttcttgaca
      481 tcggtaatat gcctgtcgaa aagctccatg atcgtaccga tgtcttcttt ctttccgagg
      541 aactccattt tgatgcgctc caaggataga ctttcgttga actccatcct ccgaaagatg
      601 tttagcaatc cgttttggat gttatccaat tcgagattga ggctgagcac ttc
//
LOCUS       SEQF2634|AYYE01000722.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagtgataat gtaacatggg ctgttggagg tggtcaaatt gaaagcggcc aaggcactaa
       61 ccaaatattt gttaaaacaa gcaatgcagg tcgatttttt atatgggcga gaaagaggaa
      121 tcgttgtggt acgggggggg ccacagattt agtggaacaa tcaagatttc aaattacttt
      181 tccctctccc ccaaccccgc cacggatgta gtgacactca aactgacgaa agggg
//
LOCUS       SEQF2634|AYYE01000723.1 2396 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2396
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             178..612
                     /locus_tag="SEQF2634_00273"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEDIVGQPSAAHGVADDLRHTEERGLERGCARGDERHVSVGEQ
                     LVGEIEDDLRQRVPTAEATSVVVHRQPGRTGHYRAKRGETASHVEHGRQILRDLVPPA
                     TGQDGQQRPTVVRHGRNAGYGAAPEVLHGVDRRVADVIDGIV"
     CDS             complement(1252..2034)
                     /gene="surE"
                     /locus_tag="SEQF2634_00274"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96112"
                     /codon_start=1
                     /transl_table=11
                     /product="5'-nucleotidase SurE"
                     /translation="MNQRPLILVSNDDGVDARGIRALAEGMRLLGDVFVMAPDGPRSG
                     MSSAITTTQPITYRVLSEAEGMTICSCSGTPTDCVKLAVSEVLDRKPDLLVSGVNHGG
                     NEALSVHYSGTIGAAIEGCVLDIPSLGVSLVHYRSEADFSEAVRLAQRVAKDMLRNGL
                     PHGTYLNLNVPNTPHVKGLTICRQADGRWIREFDRVSTPDGSPAFRMSGEYLNYPPIQ
                     PDNDTQRLSEGWASIVPCLLDVTHHAFMNELKSRGLDDAVAR"
ORIGIN      
        1 gcgctggatc atgcggtcgt agccgtcgag catctggcga cgctcggggg tgtcgtccgt
       61 gaggcgcgag agggcctcgg tgatgcgctg gcgagtgaaa cgtccgccga agagctcggg
      121 gacgacgggc tcgccgacga tgaggttgac gagcgagatg tagggcacgc ggaagaaatg
      181 gtcgaagaca tagttggcca accgtccgcc gcccacggcg tagcagacga cttgcggcac
      241 acggaagagc gcggcctcga gcgtggctgt gcccgaggtg acgagcgcca cgtgagcgtg
      301 ggcgagcagc tcgtaggtga gatcgaagac gatctccggc aacgcgtccc gacggccgag
      361 gctacgtcgg tagtcgtcca tcgtcaaccc gggcgcaccg gccactaccg ggcgaagcgt
      421 ggggaaacgg cgagccacgt cgagcatggt cggcagattc tccgcgatct cgttccgccg
      481 gctaccggcc aggatggcca gcaacggccg accgtcgtcc gccacgggcg aaacgccggc
      541 tacggcgctg cgccggaagt tctccacggc gtcgaccgac gggttgccga cgtaatcgac
      601 ggcatagtct aacgagcgat agaagtccgt ctcgaagggc aggatgcaga gcatgcgatc
      661 gaccgtgcgg cggatggagt gtatgcggcc acgtttccaa gcccagatct tgggcgagat
      721 gtagtagcag acgggtcgcc ggagcgtgtc gtgcacgtag cgggcgatgc gaaggttgaa
      781 gccgggatag tcgacgggga tgactacatc gggacgccag gtacagatgt cgtcacggca
      841 gaggcgcatg ttgcgggcga tggtgcgcgc gtgaagcacg acggggatga tgcccatgta
      901 ggccatctcg cggtagtgca tgacgcacgt ccccccgaca gcgcacatga ggtcgccgcc
      961 gaagaagcgg aactccgcct gcggatcttc gtcgcgcagc gccgccatca ggttcgaggc
     1021 gtgcaagtcg ccggaggctt cgccggcaat gaggtagtat ttcatctctt atagggtggt
     1081 tacgcgccgt tggcgcggga ggaggtgatt gcacgtaccg cggtaggggc gtattgaata
     1141 cgccctacaa gcgggccaac ggcccgaata catgtatccg gcatttgccc cgtgccgggg
     1201 catttgtagg gcgtatgcaa tacgccccta ccgcagtacg tgcaaccttt actatcgcgc
     1261 aaccgcatcg tccaacccac ggctcttcaa ctcattcata aacgcgtggt gcgtcacgtc
     1321 gagcaggcag ggcacgatcg aggcccaacc ttcggagagg cgctgcgtgt cgttgtcggg
     1381 ctggatgggg ggatagttca ggtactcacc cgacatgcgg aaggccggcg agccgtcggg
     1441 cgtggagacg cggtcgaact cccggatcca ccgtccgtcg gcctgacggc agatggtgag
     1501 gcccttgacg tggggcgtgt tggggacgtt gaggttgagg tatgtgccgt gtggcaggcc
     1561 gttccggagc atgtctttgg ccacgcgctg ggcgagtcgg acggcctcgg agaagtcggc
     1621 ctcgctgcga tagtgcacca aggagacacc gagcgagggg atgtcgagga cgcagccttc
     1681 gatggcggcg ccgatggtgc cggagtagtg tacgctgagg gcctcgttgc cgccgtggtt
     1741 gacgcccgag acgagcaggt cgggcttgcg gtcgagcact tcgctgacgg ccaacttcac
     1801 gcagtcggtc ggtgtgcccg agcaactgca gatggtcata ccctccgctt cggagagcac
     1861 ccggtaggtg atgggctgtg tagtagtgat ggcggacgac atgcccgagc ggggcccatc
     1921 gggggccatg acgaagacgt cgcccagcag gcgcatgcct tcggccagcg cacggatacc
     1981 gcgcgcatcg acgccgtcgt cgttagatac caatatcaag ggtcgctgat tcatttgttc
     2041 tgtcattctt tcaattaacg gggcgcaaaa gtggggcatt aatctcaaga tagctgtctg
     2101 gcggagtgtc tgtgggggat aacgttccaa aatgtgaggg gatgagggct cttttctcca
     2161 attacacctc atcccctgag gggacggggg cgtcatcctg aaattacacc ctatcccctg
     2221 aggggacggc agtgtcattc tggaattacg gtctatcccc tgaggggacg gggctttttt
     2281 tgcgattaca ccctcatccc ctgaggggac gggagcgtca tcctgaaatt acgccctatc
     2341 ccctcagggg acgggggcgt cattctgaaa ttacggtcta tcccctgagg ggatgg
//
LOCUS       SEQF2634|AYYE01000724.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aacgccgtgc cttgcaggtc gcgggctttg cccacggaga ctgtcccggc tttcatgtcc
       61 agattgttgt ccaatgccat gtcgatgcac tcctgcaacg tcatggtctt ttcctgtgca
      121 ggtgacgaca gcggcagtgc gccgatacat accgttaaaa tgatatactt gaatgttttc
      181 atgcttcctt acgattttct cttgtgaatg tcttatatat tgacggcaag acgatgagtg
      241 tcaggat
//
LOCUS       SEQF2634|AYYE01000725.1  323 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagcgttttc cctccttatc ctcagtgttc catcaatcca tggcgcagcg agtcctttcg
       61 ccgacttttg ccgccaaaag aaacagcaag cgcgggcagt cgcactggtt tgcttcaatc
      121 caattacgca acctcatacg aatcaaagca ccatgcaaat catcctgtta gatggcaagg
      181 cttgggagcg acaccgctcc gcttttgccg actttatcca ccgcatcgag cggctcattg
      241 gcaatccgcc cgaggccgac gaatggctcg acaacgacgc cgtatgccgc cggctgagca
      301 tcagccctcg caccctgcag acc
//
LOCUS       SEQF2634|AYYE01000726.1 1959 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1959
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             182..379
                     /locus_tag="SEQF2634_00275"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKKEHSNLIKEHLKKRGFTQTWLAKELGMSFSITNAYVHNCK
                     QPNLTLYQDLPTGLVAPTFLL"
     CDS             692..1900
                     /gene="fucP_1"
                     /locus_tag="SEQF2634_00276"
                     /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
                     FLIASFTCGTANTFLQAAINPYVTILGPTESAAKRISMMGMINKLAWPVSPLFIALFA
                     GASGSVGIDDLGKPFAVIICLFIILGVVALLSPLPEVKAAGEDSDNSDEDDQEVSAYA
                     NSKNSIFQFPHLVLGAIAIFFYVGSETIVLGTLIDYANELGLDHPENYSWITPICISI
                     GYITGIILIPKYLSQTRALQICSFVALVGTSLVVVLPGTYSIYCIGVMALGCSLMWPA
                     FWPLALMDLGKFTKKGSSILTMGLIGGAAITVLFGLLKDVTNTRYAYGLCFICFGYIS
                     LYAFKGYKLR"
ORIGIN      
        1 atctaagacc gataacgtta cgctgaagtt tgcgcagttc ctctatttct tgttccggta
       61 gtttgaatga catatctgcc acaaagaaga tgtttttgtt ttaccgtttc tgttcgcaat
      121 ccttttccgt ttggctataa gtttatagtt ttgcagacaa tatcaagata aatatcatcc
      181 gatgggacag aagaaagagc atagcaacct catcaaagag catttgaaga agcgaggttt
      241 cacccaaaca tggctcgcca aagagttggg tatgagtttc agtatcacca acgcctacgt
      301 tcacaattgc aagcaaccta atcttacgtt ataccaggac ttgccaactg ggttagttgc
      361 ccctaccttt ttactttgaa aatggttccc aagtcgatat tatgagtttt gggataatgt
      421 ccaacagtaa gaataaaaat agggaacact tgggagaaag attaggctag agatatttaa
      481 cgtaaagcta atgaagcttt gcggcagtct tcatcaacaa ggattgcaat catctatgtg
      541 ataataatgt tgttttttta cgctaaaagt agagttcttt aaaaagagtt ttgtgattgc
      601 tggttgacta tgtatcactc caatagaaaa atttaatccc ctccgcatcg tttgatcgaa
      661 atactaatta atattattgt gttatgagtt tatgaaagaa caaaagaatt ttcttgtccc
      721 tatggcattc ttagggctta tgtttttcac ttgtggtttt gcattgggta ttaattcatt
      781 gttggttcca gtattgaagg tttcattaag tgtttcttca atggaagcat atatgcttat
      841 tggcgcaaca ttcttacctt tccttctttt tggttatcct gcgggaatat taatcagtaa
      901 gattggctac aagcgcacga tggcaatatc gtttggaatg tttgcggtag cttttggagc
      961 ttttatcttt tcggcatcag aaaagagttt ccccttgttt ttgatagctt cttttacctg
     1021 cggaacggct aacacttttt tgcaagcagc tattaatcct tatgtcacga tattaggacc
     1081 tacggaaagt gcagcaaagc gaatttctat gatgggtatg attaataagt tggcttggcc
     1141 agtatcacca ttatttattg ctctttttgc aggtgcttcg ggtagtgttg gtattgatga
     1201 tttaggaaag ccctttgctg ttattatttg tcttttcatt attttgggtg ttgtggctct
     1261 tttgtcgcca ttaccagaag tgaaggcagc tggtgaagat agtgataata gtgatgaaga
     1321 tgaccaagag gtttcagcct atgccaatag taagaattct atattccaat ttccacattt
     1381 ggtgttgggt gctattgcta ttttctttta tgtaggttct gagacgattg ttttgggaac
     1441 gcttatagat tatgcaaatg agttaggatt ggatcatcct gaaaactatt cttggattac
     1501 acctatctgt attagtattg gttatataac gggaatcata cttattccta aatatctctc
     1561 acagacacgc gctctgcaga tttgttcttt cgtggctttg gtgggtacat cccttgttgt
     1621 agttcttcct ggaacctata gcatttactg cattggcgta atggctttgg gatgttcgct
     1681 tatgtggccg gcattttggc ctttagcttt gatggatttg gggaagttta ccaaaaaagg
     1741 ctcatcgatt ctgacgatgg ggcttattgg tggagctgcg ataacagtac tctttggact
     1801 tttaaaagat gtcacaaaca ctcgatacgc ctatggcctt tgctttatat gctttggtta
     1861 tatttcgctt tatgcattca aggggtataa gttacgttaa caacatcttg atctcactat
     1921 gccctaacat cttggacacg ctctcaattg acatccctt
//
LOCUS       SEQF2634|AYYE01000727.1  537 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttgcaggcc ggcctcgttg atgccgtaag agggcatgag cttttgtagt tcgataaagc
       61 ccgccggctg gagcgtctcc acccgttcac gaagcatatg gaagtcgtcg gccagcgaga
      121 ggccgatctt cgtcacgtcg gcgtcagaaa ggaagcccac aagaggctcc ggaataccgc
      181 cgaagaaatc aatccccaca tcccggctgc agcacgatgg atcggcgcca cgccgctcgt
      241 cgtcttcctg gccgtttacc tgctgacctc gctcatcctc cgcgactttt acgcgatgcc
      301 catcaccgtg gccttcctcg tctcctcggt ctacgccgtg gccatcaccc gcgggctatc
      361 gaccgagaaa cgcgtcctgc gcttctcacg cggcgtggcg gactacaacc tgctgatgat
      421 gatctggatc ttcgtcctgg cgggtgcctt ctccgaggcc gccaagagca tcggcgccat
      481 cgacgctacg gtccacctca tcctccgcct attgcccgcc ggactgctcc taccggg
//
LOCUS       SEQF2634|AYYE01000728.1 3045 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3045
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             443..1276
                     /locus_tag="SEQF2634_00277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLHTASRTTEVDAVSDQIVAMYEARTALKTEPYLAATMATLK
                     SQSEQITEAIKRLKILSELEDLDAVRDRAISALGHVLNGYANMPTDDARQHTPPLKKV
                     FDNYTLSITRENYESESSLIESLLADLSATALQVHITALPGVSEAIAAVRTAQSAFTT
                     KQVVYLEALAKDKTLQSASALKLSLLTTINTKLIRYLDVMKDVDAAKYADFAAAVAQA
                     VDEQNAVIAMRHTLDEKKKKEGNGGDTKKKKGKEKDKGKEKDKKKEKDDEGDDITLPT
                     E"
     CDS             1303..2574
                     /gene="wbpA"
                     /locus_tag="SEQF2634_00278"
                     /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"
ORIGIN      
        1 gaacaaggtt atatagaggc gatagagacg catacttata aaagacgagc ggaagatttg
       61 gccacacttt ttgcagaata tccatttgat cccacggtgg aagcaattga tcggacgcga
      121 ttgtctaagg cgcgctctga agctacctgt ctatatcgaa aagttgtcat tgaagaaagg
      181 tgtatgcgct ttcgtcagcg ggtacggaga tttattcgac gataatgtta tcgcaatgaa
      241 tcatctcgca gtgatgctgt tagtgttgtt attataatgg aatctcattc ataaatgtag
      301 ctgtaatcgt tgccgtaacg aaccgtcccg cagaaaaatt gcaggtgtcg ttactgtaac
      361 gattctttct acagaaaagg agcaacagac gtttccataa cgaattgaca aatagcatgt
      421 cttgatggga aggataagaa aaatgaagta tttacacacg gcaagtcgaa ccactgaggt
      481 ggatgccgtt tctgatcaga ttgttgcgat gtatgaagcc cgaacggctc tgaagacgga
      541 accatatctt gcggctacga tggcgacgtt gaaaagccaa tcagaacaga ttacggaggc
      601 aattaaacgg cttaaaattc tgagtgagtt agaggatctc gatgctgttc gagaccgagc
      661 gatcagtgcg ctgggacatg tgcttaatgg atatgcgaat atgccgacag acgatgcacg
      721 tcaacatacg ccgcctctga aaaaagtgtt tgataattat acgctctcta ttactcgcga
      781 gaattatgag agtgaatcgt ctttgatcga atcgctgctt gctgatttga gcgcaacggc
      841 attgcaagtg catattacag cgcttccggg tgtgagtgag gcaattgcag ctgtacgcac
      901 ggcgcagtct gcgtttacta ccaagcaggt agtatatttg gaggcgttag ctaaagacaa
      961 gactttgcag agtgccagtg cgcttaaact ctccttgttg acaacgatta acaccaaact
     1021 tattcgctat cttgatgtga tgaaggatgt cgatgcggca aaatatgctg atttcgcagc
     1081 agccgttgca caggctgtcg atgagcagaa tgccgttatc gcaatgcgcc acaccctcga
     1141 tgagaaaaag aagaaagagg gaaacggtgg tgacactaag aagaaaaagg gtaaggaaaa
     1201 agacaaagga aaagagaagg acaagaaaaa ggagaaagat gacgaaggcg atgatattac
     1261 gttgccaacg gagtagcggc tttttatcgg aagaggaata agatgaaaat agcgattata
     1321 ggattaggat atgtgggatt accgttggcg gtagcgtttg cagagcatta tccgactgtc
     1381 ggctttgaca tcaatcgtaa acggattgtc gaattgcaga aagggcttga tcacacccaa
     1441 gaaatggatc gtgacaggct gcagggagcc ctatccagta cagaagaaaa aggcttgaca
     1501 ctgactgaca acaatgagca gttaagtgat tgtacggtat ttattgtgac cgtcccaacg
     1561 ccgatcacga aatttaagac ccctgattta gctccgctat tggctgcgtc ggctacggta
     1621 ggtcgggcgt taaagtctgg ggatattgtt atttacgaat cgacagttta ccccggatgt
     1681 acggaggagg actgtgtgcc tgtcttggaa aaagcctcag ggttaaagta taatgttgat
     1741 ttcttctgtg gttattctcc tgaacgaatc aatcccggcg accgaaaaaa tacattagaa
     1801 acgatccaga aggttgtttc tggttcgact gaggaggtcg ccgagaaggt tgaaatactt
     1861 tatcgatcaa tccttcccgc cagtacgttt cgtgcgtcgt cgattaaggt tgcagaagca
     1921 tgcaaggcga tcgaaaatgc acaacgcgat gtaaacatct catttgtcaa tgaattgtcg
     1981 ctaatttttg atcgtatggg aatagatacg caggaggtgc ttgaagcagc tgccacaaaa
     2041 tggaacttcc tgaagttcac tcccggcttg gttggcggac attgcattgg tgttgatcct
     2101 tattacttga tgcataagtc acagtgttta ggctataatc ctcaggtgat cctttccggc
     2161 cgctctgtca acgatgggat ggggcgtttt gtggcttcaa agacggttaa attgatgatt
     2221 cgtcacggca ttcggatagt cgggagtcgt gtattggtac ttggatttac atttaaggag
     2281 aattgtccgg acacacggaa tacaaaagtg gttgatgtga tcgatgagtt gaaggatttc
     2341 ggcattcatg tggatgtgta tgatcctcat gcattgcgtg atgaagtaaa agcagaatat
     2401 gccattgatt tactcgctca gcagcctgat cccaaacaat atgacggtat cattttgacg
     2461 gttgctcacg acgaatttcg ttcgatcgac ttcagctttg ttcgcaacca acctactgtc
     2521 ttatttgacg taaaagggat cctcgataaa tcgcttatcc acgggcgact ttaatcgatt
     2581 tatttgtcct ttatgatgcg gttagcacct atagtactct tcacatataa tcgtccggtg
     2641 catactcgcc aaacaatcga tgcattgtta aaaaacgaat atgcctcgga aagcgatttg
     2701 attatttttt cggatgctcc caaaaactgc gttgctgaag atggggtgcg ccaaacaaga
     2761 gcatacttaa gagagatcac cggttttcgt tcaatcaagt taatcgagcg tgcagaaaat
     2821 atgggactgg cagcaaacat cattgacgga gtaactcaag ttgtgaatga atacggtcga
     2881 attattgtct tggaagatga tttgttgaca tctccttttt ttttaaaata catgaatgag
     2941 gcgctctcta tgtatgaaga tgccaatgag gttattagtg tgcattggta tatattcccg
     3001 atcaaaacga agttaccgga gtcgtttttt attcgtcgta ctgat
//
LOCUS       SEQF2634|AYYE01000729.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggagatgtc tgtcataaag tcaggatgga tcggattgca acggtgcgat cggcggggat
       61 cgtcgaagtt gatgacgaaa aattgcggct tgacagggta cgcatcgagg tgctggcgca
      121 gatggttgta agcgatttca gacaggtcag gatatttata atcatagaca tacatcgcga
      181 atgccttctc gatctgctgc ttgatgtagt tgtttacgat ggcgtacgac ttgcccgatc
      241 cgggtgtgcc gagcaccatt g
//
LOCUS       SEQF2634|AYYE01000730.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggatataag taccgattct ctccacagcc tcggctggta agctgctcaa atagtactgt
       61 ttatcacgcc gctctgttcc gtcagagaag gtgacaagac gctcgacctg aactaaagaa
      121 gacatatttc tccatggctc atattgcgat tcatctaaga cttcttgggg ccgaagcgct
      181 gtataaatcc gctcctccac ccgcccatga tccttatcca atgtgctgta tgtaaactgc
      241 gtgtagcggc cg
//
LOCUS       SEQF2634|AYYE01000731.1  734 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..734
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(391..621)
                     /locus_tag="SEQF2634_00279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAKNHDYGEAWRSMRVASYTDLILMKLSRVKEIEDHRGQVAVS
                     EGISANYMDIVNYALFGIIKLSTEEITPTHHA"
ORIGIN      
        1 gctgagagga tgatgttttt gtcgaacgtc tgccagttgg tgatgatcag cgcgtcgcca
       61 aagcatccgc agtcaggcac ggggttgtag agcgccagat agagtgtcac gggcgtcata
      121 atggccatga aaaggaggat gcccagcgtg gagagtcggc ggtggacacc gagcaggacg
      181 cagacgccaa gcataaactc gaaggcgatc atggcgaacg atagtagcgc gtcggaccat
      241 atggcgtgcc cccagccgaa ggcggtgaag tagtcgccca ttttgatgat ggtgccttct
      301 gggtcgatag ccttgacggt gcccgaaaag atgaaggtga cgcccagcaa tatccggctg
      361 agctcggcta tgatcttgat aagagtctct ttacgcatga tgtgtagggg tgatttcttc
      421 cgttgagagt ttgatgatcc cgaagagagc gtagttgacg atgtccatat agttggcgct
      481 gatcccttcg gagacagcca cctgtccgcg gtggtcttcg atctccttga cgcgactcag
      541 cttcatcaga atcagatctg tgtaggaggc cacgcgcatg ctgcgccatg cctcgccata
      601 gtcgtgattc ttggccagca tgagcgtggt agacgttttg atgtgggcgt catagagcga
      661 gagagcccgc tccgggtcga tatccggctt gtcgacggcc cccagctcaa gctgtatcag
      721 tccgacgatg ccat
//
LOCUS       SEQF2634|AYYE01000732.1  588 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(197..571)
                     /locus_tag="SEQF2634_00280"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVGDGGGVLPTPDAKQTALVNEKRRAALNMLYIDPQNSSQIIA
                     EQVIPENEGGWWIREVGLFDESGALIAVGNCPESYKPQLAEGSGRTQTVRMVLITSST
                     DNITLKIDPAVVLATRKYVDDK"
ORIGIN      
        1 gctaaggaca gtcagtacca cctctgcagg tgccggactg gttgcactgg catccgccac
       61 ccgaccgtcg gcgcttcggg catgaaattc ataggctgca gttggccccg caactgaaag
      121 cccttcaaag gctgcaggca cacgcaggcg taacgcttca tcgctttcca tcacagccgc
      181 aacgggcggc acagcgtcac ttgtcatcca catacttgcg ggttgccagc acgacggcag
      241 ggtcgatttt cagggtgata ttgtccgtgc tgctggtaat cagcaccatg cgcacggtct
      301 gggtacgccc actgccttca gccagttgcg gcttatagct ttccgggcag tttcccacgg
      361 caatcaatgc cccggactca tcaaacaggc ccacttcacg tatccaccaa ccgccctcat
      421 tttcagggat tacctgttca gcaataatct ggctactgtt ctgcgggtcg atatagagca
      481 tattcagcgc agcccggcgt ttctcattca ccagtgcagt ctgctttgca tccggcgttg
      541 gcaatactcc gccgccatcg ccgaccgcca tatgggtaat ttttaaag
//
LOCUS       SEQF2634|AYYE01000733.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctgatacca caagccaaac ccacggtgct cagtttgtta ttcatcacac tgcggctgca
       61 actgcgtgga aagacaaggg cgtcgacttc ttctttcacc gtcagctctt cttggctctt
      121 attgaggatc gactccgcga tcggatgtaa tggcacaaca gactccactt tcgttttctg
      181 cctctcctta cagatatatc tcctaccgtc ggccgcggtc tggatatgcg agaatttcag
      241 gcgctccata tccgcaatgg ccagtccggt gaagcaggag aagagaaaca tctgtcgagc
      301 ctgttctgct tccctgtcgt ttattcgcag cgccatgagt ttg
//
LOCUS       SEQF2634|AYYE01000734.1  513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             25..183
                     /locus_tag="SEQF2634_00281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEAEYCDRVSMMVDGRIEALNSPEALKRQFEASTMDEVFLQLA
                     RKATRGDD"
ORIGIN      
        1 accgtctttg taacgactca ctacatggac gaagccgagt attgcgaccg tgtttctatg
       61 atggtcgacg gccgcatcga ggctctcaat agtccagagg ccctcaagcg ccaatttgag
      121 gcctccacca tggatgaagt cttccttcaa ctggcccgga aggccacccg cggagatgat
      181 tagtcgaaat gtgaagcgat tgttaacgtc catcttagat ggaacaccga aacgcggcgc
      241 gttttgcact tccaccttag atggaacacc gaaacgcggc gcgttttgca cctccacctt
      301 agatggacgt ttgaaacgtg atgcgttttt atgtccccgg gtaggggcgt attgcatacg
      361 ccccaccaaa cgttcccgca aggggatggg atctgcaaaa ggcgaccaaa cgtgcgactc
      421 tttgtcccct acggggccat tcagtggggc gtatgcaata cgcccctacc atgagacctc
      481 gaaacgtggc gcgttttgga cttcctactt agt
//
LOCUS       SEQF2634|AYYE01000735.1 5539 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             292..513
                     /locus_tag="SEQF2634_00282"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMAIFTQNPPGMGRIWPYLRETRREWDEYGYSYRILAGVRIKY
                     ISSFVIFGEDRNVCVKVFLKLGKNRKVGG"
     CDS             646..1683
                     /locus_tag="SEQF2634_00283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVIIRKPGMKKLDNSLHSKFHSSAYDLVTAADITKLGIPSE
                     LMTEWDGNNALETDITKVSQASDETRLMKEKNKERDRLVTYIMGTIRNAQFLPDQDMI
                     EASMRLTAVVKPYVGVQNESFDRETADIKGLLADLRKTENSADVTKLGLSPILTKLES
                     ANKAFDALFTKRMTANTGAKLPSASKVRLESDAIYDRVILMLQWNYLFGATPIDPKAI
                     ETLAENLCRLADRIDKGYNQSVAQRRAAAEKKKKPTDPKDPHAPKDPKPSEPKDPKTP
                     KDPQPKKPKDDGKPDIHLPEEDPSKQPGGSGGTGKQPEGGGGKQPEGGGGAGSGDTGG
                     SGNPDIHLPTE"
     CDS             2551..5007
                     /gene="fyuA"
                     /locus_tag="SEQF2634_00284"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46359"
                     /codon_start=1
                     /transl_table=11
                     /product="Pesticin receptor"
                     /translation="MLRLGCIAKSLHVVIAAEGSFAVLCGHEKERMAGYASHAVLTLH
                     LLMTKKIHRLALMLCALCLTEMGWASDGRPQTDGDTIKTYDIDEIVITSSRKETNRTE
                     QLPGALTVLSPRQADLRQIGSVKRLSAFIPNLYIPDYGSRGTSAIYIRGVGARSSGQT
                     VGLYVDDVPYPDKGSFDFELPDIRRIEVLRGPQGTLYGRNAMGGIIHVHTFSPLEHQG
                     TRVGVTYGNYGNLGLRASHAMRLGDRTGLQVGGYYRRHTGFFENVFDGTRADGEQTIG
                     GNVKVVRRFSNALTATLAIVGSYTNQGAFPYGLRNDSTGRIEPVNLNDPSSYRRTTTN
                     SSLTLKYVTPQFVATYTTGWQFLHDRMEMDQDFMPLSLFTLDQRRRHHAFNQELSVTG
                     TVGRYRWTVGACGFYDHLRTNADVTFKEEGIRAAMQKAFDGMRAQNPRMPRLRVTDNR
                     LELPSAFDESSLGMAIYHQSTLDNFLLPGLSLTAGLRMDIERRRLHYEASGKMNLAIL
                     MPPVYPKETDISALYPASSFDEHLSSDEWQVLPRLALRYAWTPRTSLYAAVAKGYKTG
                     GYNVQMSADLMQSRMQNDIMDAFRHIVPTLPHFDKIQPKEALAYRPENAWCYEAGIKS
                     EPIKNRLHTELTVFYMDIRDLQLTHFTASGTGRMLSNAGRAVSCGIEASLSARIASGL
                     TADVNWGYTHATFRNYNDGRTDYRGKFIPYAPRHTVSLGIHYERRLHSRLIDRIFAAA
                     QYNGVGPIHWTEANDIRQPLYHTLDARAGIGRGALTCSLGGQNLTGTGYAAFYFRSFG
                     RSFIQKGRPAQVAIRLEYAF"
     CDS             5035..5355
                     /locus_tag="SEQF2634_00285"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFLTTYNLWGLVIGVATFLIIGLFHPLVVKAEYYFGAGIWWAF
                     LLAGLVFMGLSVMVHHLILSTIFGVIAFSSFWSILEVRDQEKRVEKGWFPANPKRAAK
                     KKQK"
ORIGIN      
        1 tgggatagat atggccatat tcacgcaaaa cccgtcgagg atcggacgaa tatggccatt
       61 ttcacgtaaa acccgccgag gatcggacga atatggccat tttcacgcga aactcgccgg
      121 ggataggatg aatatggcca tattcacgcg aaacccgccg aggatgggaa agatatggcc
      181 attttcacgc gaaacccgcc gaggattaga cagatatggc cattttcacg caaaacccgc
      241 cgaggattgg acgaatatgg ccatattcac gcaaaacccg ccgaggatag gatgaatatg
      301 gccatattca cgcaaaaccc gccggggatg gggcgaatat ggccatatct acgcgaaacc
      361 cgccgggaat gggacgaata tggctacagc tatcggatcc ttgccggggt taggataaag
      421 tacatatcga gctttgtcat ctttggcgag gataggaatg tctgcgtgaa ggtcttcctc
      481 aaactgggta agaataggaa agtgggcggg tagatccgct ctatccgtgg caagaaaaag
      541 aaggtatgag ggtggatttt tctcgtcctc gacaaaaaaa gtgagccacg tgtatggtgg
      601 ttagaaaaaa cgacgtatgt ttgcagtcgt atataaaaca catctatgaa aaagacggtt
      661 attatcagaa agcccggaat gaagaagtta gacaactcct tacattcgaa gttccacagc
      721 tccgcgtacg acctcgttac cgcggcagac attaccaagc tcggcatccc ctctgaactg
      781 atgacggaat gggatggcaa caacgcgctc gagacggaca ttaccaaggt gtcgcaagcc
      841 agcgacgaga cgcgcctgat gaaggaaaag aataaggaac gcgaccggct ggtgacttac
      901 atcatgggca cgattcgcaa tgcacagttc ctcccggatc aagacatgat cgaggcgtcc
      961 atgcgtctga cggcagtggt caagccctac gtgggtgtac aaaacgagtc gttcgaccgc
     1021 gagacagccg acatcaaagg actattggcc gacctgagga agacggaaaa ctcggccgac
     1081 gtcacgaagc tggggctatc gcctatcctc accaagttag aatcggctaa taaggccttc
     1141 gacgccttgt ttaccaagcg catgacggct aacaccggcg ctaagctacc gtccgccagc
     1201 aaggtgcggc tggaatcgga cgctatctac gatcgcgtga tcttgatgct ccagtggaac
     1261 tacctctttg gcgcaacccc gatcgatccg aaagccatcg agacactggc agagaatctt
     1321 tgccggctgg ccgaccgcat tgacaagggc tataaccaaa gcgtcgcgca aaggagggcc
     1381 gcggccgaga agaagaaaaa gccgaccgat cctaaggatc cccatgcgcc caaggatccc
     1441 aaaccgagcg agccgaagga tcccaagacg cccaaggatc cccaaccgaa gaagccgaag
     1501 gatgacggga agcccgacat tcatcttccc gaagaggatc cttcgaagca gcccggaggc
     1561 agcggtggca cgggcaagca acccgaaggc ggtggcggca agcagccgga aggtggcggc
     1621 ggcgcgggta gcggtgacac gggcggttcg ggcaatcccg acattcacct gccgacagag
     1681 tgagacaagc gaactaaaag caaggtcccc agggtccgtt tgtgggcgta tggcatacgt
     1741 cccacgaacg gttccgtcag ggggcgaacg aatcctgtca caacccattt ttagggtact
     1801 ggtgtagggg tgtatggcat acgtcccacg aatgcccatg acaatgggca aatgattcgc
     1861 ccgccagata cgtgcagggg cgtattcaat acgcccctac ccatacggat caaaaattgg
     1921 attccctttt gtccattgaa tcgtctgctc ggtacgcgcg ggtacatatt taataggtac
     1981 atacccttac ggattaaaaa ttggattctt ctctattcat tgaatcaaaa gccgggtacg
     2041 ttttggggcg tatgcaatac gcccctaccc atacggatca aaaattggat tccttttttc
     2101 ccattgaatc gtctgcccga tacgcgctgg ggcgtatgct gttgcgccct accctaacgg
     2161 atcaaaaatt cgattccctt ctattcattg aatcaaaaac ctgatacgtg cgggggcgta
     2221 tgctgttgcg ccctacccat acggatcaaa aattcgattc ctctttatcc attgattcgc
     2281 ccgcccggta cattttgggg cgtattcaat acgcccctac ccttacggat caaaaattca
     2341 attcctcttt atccattgat tcgcccgccc ggtacgtgca ggggcgtatt gaatacgccc
     2401 ctacccatac ggatcaaaaa ttggattctt ctctattcat tgaatcaaaa acccggtacg
     2461 cgcgggtacc tatataatag gtatataccg ggaatgacct tgatcgggta ggcggggtgc
     2521 ttcgtttttc ttttttcgtt tttcgattcc atgctccgcc tagggtgcat tgcaaaatca
     2581 ctacatgtag tgattgccgc ggaggggagc tttgccgtcc tttgcggcca cgaaaaggaa
     2641 cgaatggcgg gctatgcgtc tcacgccgtg cttacgctgc atttactcat gacgaagaaa
     2701 attcaccgat tggcgctcat gctatgcgcc ctctgcctaa ccgaaatggg ctgggcaagc
     2761 gatggccgcc cccaaacgga tggcgacacg atcaagacgt acgatatcga cgagatcgtg
     2821 atcacttcct cgcgcaagga aacgaatcgc accgagcaac tgcccggcgc actgaccgtc
     2881 ctttcgccgc ggcaggccga cctccgacag atcggctccg tgaagcgcct gagcgccttc
     2941 ataccgaatc tctacatccc cgattatggg tcgcgcggca cctcggccat ctatatccgt
     3001 ggcgtgggag ccagaagcag cggccagacg gtaggccttt acgtcgatga tgtgccgtac
     3061 cccgacaagg gctctttcga ttttgaactg cctgatattc gccgcatcga ggtcttacgc
     3121 ggaccgcaag ggacgctcta tggtcgtaac gcgatgggtg gtatcattca cgtgcatacc
     3181 ttctcccccc tcgagcacca aggcacacgc gtcggggtga cgtatggcaa ctacggcaac
     3241 ctcggtctcc gcgcctcgca tgccatgcgt ctcggcgatc gcaccggcct acaggtcggg
     3301 ggatactatc ggcggcacac gggcttcttc gaaaacgtct ttgatggcac aagggccgac
     3361 ggcgagcaga ccatcggcgg caatgtgaag gtggtgcgcc gcttctcgaa tgccctcacc
     3421 gccacgttgg ccatagtcgg gagctacacg aatcaaggcg ccttcccgta cggcctgcgc
     3481 aacgacagca cgggtcgcat cgagcccgtg aatctgaatg acccctcgtc gtaccgccgc
     3541 accacgacca atagcagcct aacgctcaag tacgtgactc cgcaatttgt cgccacatac
     3601 accaccggat ggcagttcct acacgaccgc atggagatgg atcaggactt tatgcccctc
     3661 tctctcttta cgctcgatca acgccggcgc caccacgcct tcaatcaaga actttccgtc
     3721 acgggcacag tcgggcgcta ccgctggacc gtcggcgcct gcggtttcta tgaccatctg
     3781 cggacgaatg ccgacgtgac cttcaaagag gaaggcatcc gcgcggccat gcaaaaagcc
     3841 ttcgacggaa tgcgggccca gaacccgcgc atgcctcgcc tgcgtgtgac ggacaatcgt
     3901 ctggagctgc cctctgcctt cgacgaatcg tcgctcggaa tggccatcta ccaccagtct
     3961 acgctcgaca attttctcct gcccggcctc tcgctcactg ccggactgcg tatggatatc
     4021 gagcgccggc ggctgcacta cgaagccagc ggcaagatga acctggcgat cctcatgcct
     4081 cccgtatacc cgaaggagac ggatatcagc gcgctctacc ccgcctcatc cttcgatgaa
     4141 catctttcgt cggacgagtg gcaagtgctt ccccgactgg ctttgcgata cgcctggaca
     4201 ccgcgcacga gcctctatgc ggctgtggct aagggctaca agacgggcgg ctacaacgtg
     4261 cagatgtcgg cagacctgat gcagtcacgt atgcaaaacg acatcatgga cgcattccgc
     4321 cacatcgtgc ctacgctccc ccacttcgat aaaatacagc ccaaggaggc cctcgcctat
     4381 cgcccggaaa acgcctggtg ctatgaggcg gggatcaagt ccgagccgat aaaaaaccga
     4441 ttgcacaccg agcttactgt cttctacatg gacattcgcg acttgcagct gacgcatttt
     4501 accgccagcg gcacaggacg catgctcagc aacgccggcc gtgccgtcag ctgcggcatc
     4561 gaggcgtccc tcagcgcacg cattgcctcc gggctcacgg ccgacgtgaa ctggggctac
     4621 acgcatgcca cctttcgcaa ctataacgat ggccgcacgg actaccgcgg aaaatttatc
     4681 ccttatgccc cgcgccatac cgtcagcctc ggtatccatt acgagcgacg gctgcacagc
     4741 cgcctgatcg accgtatttt tgccgcggcg cagtataacg gcgtcggccc gattcactgg
     4801 accgaggcga acgacattcg ccaacccctc taccacaccc tcgacgcccg ggccggcata
     4861 ggtcgcggcg ccctcacatg ctccctcggc ggccaaaact tgaccgggac gggctatgct
     4921 gctttttatt tccgttcttt cggtcgcagc ttcatccaga agggtcgacc cgcccaggta
     4981 gccattcgtc ttgaatacgc tttctaaaaa cccatacaag caacaataat cacaatggaa
     5041 ttccttacta cttacaacct ttggggccta gtcataggcg tggccacttt cctcattatc
     5101 gggcttttcc atcccctcgt cgtcaaggct gaatattatt tcggcgcagg catttggtgg
     5161 gccttcctct tagccggact cgtctttatg ggcctgtccg tgatggtgca ccacctcatt
     5221 ctgtccacga ttttcggagt catcgccttc tcctccttct ggtcgatctt ggaagtgaga
     5281 gaccaagaga agcgcgtaga aaaaggctgg tttccggcca atcccaagcg cgcggccaag
     5341 aaaaaacaga agtgatcgcc cattcgccat cgcccgagca gtcgtttcct cggtaagaat
     5401 ccgatgcacc gtcaccccga ccaccccatc cttcgtccgt cagggtaggg gcgtatcgca
     5461 tacatccccg aacgtatccg gtttttgatt caataggttc cagacatacc catccttacc
     5521 ggctatagga ttcaataaa
//
LOCUS       SEQF2634|AYYE01000736.1  457 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(136..402)
                     /locus_tag="SEQF2634_00286"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIAQTPKKRAAFNLSVGLLDRLKKKATEEHQSVDDFVESILL
                     DAIYYEPNEATLEAIEEARSGRYAGTLDASSFEAFMKSIEAIED"
ORIGIN      
        1 tcgccaagtc tcccctccta cccccgcata taataaggaa acgcgcgtgc gcgtacatta
       61 tatatatagc aatggccggc atccgtcctg aggaagatac cggccattga tgtccaaaaa
      121 caagaacagg cgattttagt cttcgatcgc ctcgatggac ttcataaacg cttcaaaact
      181 gcttgcatcc agtgtgcccg cataccgacc tgagcgcgct tcctcgatgg cctcaagggt
      241 cgcttcgttc ggctcgtaat aaatggcgtc cagcaggatg ctctctacaa agtcatccac
      301 gctttggtgc tcctctgtgg cttttttctt caggcggtca aggagcccta cactcagatt
      361 gaatgcagcc cgtttttttg gtgtttgtgc aatcgtttcc attggatgtc tcgtttttgg
      421 gggttgtacg aagatgggat gttacgcacc cttccgt
//
LOCUS       SEQF2634|AYYE01000737.1 3762 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3762
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(429..1739)
                     /locus_tag="SEQF2634_00287"
                     /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
                     HDLDRLALSEYLSYEICGCRPDDVIQLMATNDRCFMAGQACLLGSFRLGSAIVRVGNG
                     IPELQWNMIRRLRPTVCVCVPSFILKLIDYARAQGIDYRSCSLRRAFCVGETVRTDTH
                     ELNLLGRKIHDLWPELSLHVNYASTEMQSSFMECERQCGSHHKPDLTIVEFLDDDNRP
                     VGPDEPGEITITTLGVEGMPVVRFKTGDVCRHFEAPCACGRHSLRVGPIIGRKGQMIK
                     FKGTALYPAALYDILDNVPEVTNYIVEVYTNAIGTDGIRILVGAGESADEGFEKRLKD
                     LFRSKVRVAPDIVFAPAELIARKQMPPTSRKLIKFIDYRGETFA"
     CDS             complement(1815..3563)
                     /locus_tag="SEQF2634_00288"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFNTDKMNKTSWLVCALILMQSGGMLLAQKAPKWAERARRSVF
                     TIEATDKSGNVTRGTGFFVGDQGEAVSNYTLFIGADRATVIDADGGRLPVVCILGADD
                     LYDVIRFKVSSQKKLPGLTPAVSQPAVGDRAYLIPASSAKGAAPAVGAISEVTRIKEQ
                     YGYYRVDMPLTREQVSAPLLNEGGQAFALAQADASGKGKTYGIDLAYIMSLRPAATDV
                     LNKVYSSIGIRTAWASSADEALVALMLYAAQQDAHAYLATLDDFIATFPSSPDGYLTR
                     ASHYVYQRKKLSDVGTEQQLLSRAEADLASAQKLFGDNVAEGYYNHAKLIYGVSAADS
                     TLTAPGWTMDRAADWIAKAIAADDRPLYRQLEADIAFFRGDYAKAAADYALVNQGPGA
                     SASSFYMAAKTEEQLEAPDTTRMFILMDSAITRATGVNPTDAATYIMDAVDMRMRRGQ
                     FAEAVKLYDRYYALTGGEVMPRFYYYREQAKFRANDMDGALSDIRLALEGDPNNALYL
                     AEEGSIYLRKQDFAKARQSLERCIAQAPDFSAGHRLLGLCLVRSGKKAEGCRAFERAK
                     ELGDPVVERLMKQHCQ"
     CDS             complement(3560..3727)
                     /locus_tag="SEQF2634_00289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSNEASFHSDAPSVHFFDGFGGLVAAGGSRSEGADSPAAGDGK
                     EEMKDGVLLRP"
ORIGIN      
        1 atcggcgcag gttgcgcaac tcccaaagca tttgccgcga catctgcgca ggttgcgcaa
       61 ctcccaaagc atttgccgcg gcatcggcgc aggttgcgca actcccaagg catttgccgc
      121 gacatctgcg caggttgcgc aactcccaaa gcatttgccg agacagcggc gcaggttgcg
      181 caactcccaa agcatttgcc gcgatgtctg cgcaggttgc gcaactccca aagcatttgc
      241 cgagacggcg gcgcaggttg cgccgatccc aaagcatttg ccgagacggc ggcgcaggtt
      301 gcgcaactcc caaagcattg ccgcgacgtc tgcgcaggtt gcgccgatcc caaagctttt
      361 gccgagacgg cggcgcaggt tgcgcaactc ccaaagcatt tgccgcgacg tctgcgcagg
      421 ttgcgccgct atgcgaaggt ctcccctctg taatcgatga acttgatcag cttcctactc
      481 gtcggtggca tctgcttgcg ggcgatcagc tcggccggcg cgaagacaat gtccggcgcg
      541 acacgcactt tggaccgaaa gagatccttg agacgcttct cgaagccttc gtcagcagac
      601 tcgccggcac cgaccaggat gcgtatgccg tccgtgccga tggcgttggt gtagacttcg
      661 acgatgtagt tcgtgacttc gggcacgttg tcgaggatat cgtagagggc ggccggatag
      721 agcgctgtgc ccttgaattt gatcatctgc cctttgcgac cgatgatcgg gccgacacgt
      781 aacgagtgac ggccgcaggc gcagggcgct tcgaaatggc ggcagacgtc gcccgtcttg
      841 aaacggacga ccggcatacc ttccacgccg agcgtggtga tggtaatctc gcctggctcg
      901 tcggggccga cggggcggtt gtcgtcgtcg agaaactcca cgatggtcag gtcgggcttg
      961 tggtgcgagc cgcattggcg ttcgcactcc atgaaggagg attgcatctc ggtggaggcg
     1021 tagttgacgt gtagcgacag ctcgggccag agatcgtgga tcttgcggcc aagtaggttc
     1081 agctcgtggg tgtcggtgcg gactgtttcg ccgacacaga aggcgcggcg gaggctacag
     1141 cttcggtaat cgatgccttg agcgcgggcg tagtcgatca gcttgaggat gaaggagggg
     1201 acgcacacgc agacggtcgg gcggaggcgc cggatcatgt tccattgcag ttcggggatg
     1261 ccgttgccca cgcggacgat ggccgacccg aggcggaagc tgcccaagag gcacgcttga
     1321 ccggccatga agcagcggtc gttggtggcc atgagttgga tgacatcgtc cgggcgacag
     1381 ccgcagatct cgtacgagag gtattcgctg agcgcgaggc gatcgaggtc gtggcgggtg
     1441 tcggcgaagg tgaccggctc gccgagggtg ccggaggtgg tgacgtagtc gaggatctcg
     1501 gtgcggggga cgcagaggaa gtcctcgttg tggcgttgga gatcctcctt ggtcgtgacg
     1561 gggagtcgca cgagatcttc gagacgccgg atgctgctga cgtcgatgcc gacttcggca
     1621 aatcggcggc ggtagaaggg cgaccgttca ttgacgtaag ccagtgtctc gacgaggcac
     1681 tgctcttgat aggctttgat ctccgcctga gggagatact gaaaggctac actatccatg
     1741 gtgtgacacg aaaaatgaaa agctacaaac ggacgatcgg cgggcgggca cccaccgatc
     1801 gaagccgccg atggttactg gcaatgctgc ttcatgagac gttcgaccac gggatcgccc
     1861 agctctttgg cgcgttcgaa agcgcggcag ccctcggcct tcttcccgct gcggacgagg
     1921 cagagcccga gcaggcggtg acccgccgag aagtcggggg cctgcgcgat gcagcgctcc
     1981 aggctctgtc gggccttggc gaagtcctgc ttgcggaggt agatggagcc ctcttcggcc
     2041 aggtagagcg cattattggg gtcgccctcg agtgcgaggc ggatgtcgga gagggcgccg
     2101 tccatgtcgt tcgcccggaa cttagcctgc tctcggtagt agtagaagcg cggcatgact
     2161 tcgccacccg tgagggcata gtagcggtcg tagagcttta cggcttcagc gaactggcca
     2221 cggcgcatgc gcatatcgac ggcgtccatg atgtacgtag ccgcgtcggt cgggttgaca
     2281 cctgtggcac gcgtgatggc gctatccatg aggataaaca tgcgggtggt gtcgggagcc
     2341 tcgagctgct cctcggtctt ggcggccatg taaaacgaag aggccgaggc accggggcct
     2401 tggttgacga gtgcataatc ggcggccgcc ttggcgtagt cgccgcggaa gaaggcaatg
     2461 tcggcctcga gctgtcggta gagggggcgg tcgtctgcgg cgatggcctt agcgatccag
     2521 tcggcggcgc ggtccatcgt ccagccggga gccgtgaggg tggagtcggc ggcggagacg
     2581 ccatagatga gcttcgcgtg gttgtagtag ccctcggcga cattgtctcc gaacagcttc
     2641 tgcgccgacg ctaagtccgc ctcagcccgg ctgagcagct gctgctcggt gcccacgtcg
     2701 gagagctttt tccgctggta gacgtagtgc gaagcccgcg tcaggtaacc atccggggag
     2761 ctgggaaagg tggcgatgaa gtcgtccagg gtggcgagat aggcgtgcgc gtcctgctgg
     2821 gcggcgtaga gcatgagggc cacgagcgcc tcgtcggccg agctggccca agccgtccgg
     2881 atgccgatgg aggagtagac tttgttcagg acatcagttg ccgccggccg cagactcatg
     2941 atataagcca gatcaatgcc gtacgtcttg cccttgcccg aggcgtcggc ctgcgccagg
     3001 gcaaacgcct ggccgccctc gttcagcagc ggcgcactga cctgctcgcg cgtgaggggc
     3061 atgtcgacgc ggtagtagcc atactgttcc ttgatgcggg tcacctccga gatggcgccc
     3121 acggccggcg ccgcgccctt agccgacgag gcggggatga ggtaagcccg atctccgacg
     3181 gcgggctggc tcacggctgg ggtcaagccg ggcagtttct tctgcgagct gaccttgaac
     3241 cggatcacgt cgtacagatc atccgcgccg aggatgcaga ccaccggcag gcgtccgccg
     3301 tcggcatcga tcaccgtggc ccgatcggcg cctataaata aggtatagtt agagacggcc
     3361 tcgccctggt cgcccacaaa aaatcccgtg ccgcgcgtga cattgccact cttgtccgtg
     3421 gcctcaatcg taaagaccga ccgccgcgcc cgctcggccc acttcggcgc cttctgcgcc
     3481 agcaacattc cgccgctttg catcaaaatc aaagcgcaca ctaaccaact cgtcttattc
     3541 atcttatccg tattaaaatt catgggcgca aaagtacgcc gtccttcatt tcctctttcc
     3601 catcgccggc cgcggggctg tccgcgcctt ccgagcgcga tccaccggca gccaccaagc
     3661 ccccgaagcc gtcaaaaaaa tgcacagatg gggcgtctga gtgaaaagac gcctcgttgg
     3721 aaaccatttt gagggcgtct gagtgaaaag acgccccatt gg
//
LOCUS       SEQF2634|AYYE01000738.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaacagcaga caggggacaa ccggcgaaaa gaaaatcaac caacgcctcg cagcgttcag
       61 ggagcttgtg gaaaaggcct acgcggaaat gcttacgaag gacggcgtgg tcagtgcaga
      121 actccttaag aaccgcttgc aaggcaccgt tgccgcacca accactcttt tagccatgag
      181 cgaggcggaa ctgcaatccg tgaagacatg cgtgggcaag tcaaaggcag aaagtactta
      241 cca
//
LOCUS       SEQF2634|AYYE01000739.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agctggacgc cgcctggaag cagtccacgg cccagaagaa gcgcgcgccc cgcaagccat
       61 ccgtccccaa ggaacccaag cagccgaagg agcccaagga gcccaaggag cctaaagacc
      121 ctaaagaccc gaagcaaccc aaggatccga agaagccggg cggcagtgat cccaaggatc
      181 ccaaagatcc caaagacccc aagaagccgg gcggtggctc cggcgaacag ccccagccgg
      241 gcggcgagaa accgaagaag ccgggcggcg acggcaatcc ggacatcacc ctgccggagg
      301 aataaatgtt tatgtgttgg ggcctaacgg ccctgtttag gtgtttaggg gcgcaacagg
      361 atacgcccca cagacgtccc ggcagggacg ggcgccgg
//
LOCUS       SEQF2634|AYYE01000740.1  796 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..796
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             292..414
                     /locus_tag="SEQF2634_00290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRSSSVRTSPMISSESGRMFTISTTRSVRPDFSEYCVV"
     CDS             421..663
                     /locus_tag="SEQF2634_00291"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSIGPRTVCAPLHFCPTSSTALPAVRSRSFIRLSISIIGIISS
                     SVRKPIVTTFAAIIRRGVHQGLFSFFQFMSIVSSIV"
ORIGIN      
        1 cggatgcgga acgacaccgt gcgaccctcg gccaacggcc gcgcgttcac gagacacgac
       61 acgcccgagt tgagcagttc gttgtggcgt atgccggggt cgagcgtctt ctgtgtcgaa
      121 ccccactcca cagccacggg ctcgctgatg ccgcgcaggt cggaaaggcc gaggttcagc
      181 atggcatcct ccagcggaaa gtccggatcg cccgggcgca gcggcacttc gggcggaagg
      241 acgaaggtgc cgcgtagctc catcgtggat cgatagacga cggcctcgta gatgccgcgc
      301 cgcagctcct ccgtgcgcac gtcgccgatg atatcgagcg aatcgggcag gatgttcacc
      361 atctccacca cgcgctccgt gcgccccgac ttctcggagt attgcgtggt atagtacggg
      421 atggtcagca tcgggccgag gacggtctgc gccccgctcc acttctgccc cacctcttcg
      481 acggcattgc cggccgtccg ttcgcgctcg ttcatcagac tttcgatcag catcatcggg
      541 atcatcagca gcagcgtcag gaagccgatc gtaaccacct tcgccgccat catccggcgc
      601 ggtgtccacc aaggtctatt ttcattcttc cagttcatgt ctattgtttc ttctattgta
      661 tgaatgtgta cggcatagaa acgtaattcg agggcgaata gtttactgcc gacaatatgt
      721 cagccgcata ggcgtttggc agggcgtatg ctgtgtgcct ccaccgtgcc gaaggcgcat
      781 aactacccct gactac
//
LOCUS       SEQF2634|AYYE01000741.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggcaatgct ttccgtctcg tcgttggcag atcggatcag gtcggcgata ccgtcgatga
       61 ccacgaggtg gatgccgccg tgccggtgat gaaacagatc catgctttcg cggatcagtt
      121 tcaaacggtc tttgcgggag agggaggcca aatagagcga gtggtagaag tcgggcacgg
      181 ccgcaagcga tgcacgccgc aacgtcttgc ctaagttctt atggagctgt gcctcggact
      241 gctccgtgtc gtaatgcagg acgaccagcc gcttgggatt ggctgtgact tccaagccca
      301 gcgtccgtt
//
LOCUS       SEQF2634|AYYE01000742.1  421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtcgcatgac gagaccaaaa tggccattga gacgctgtcc cgccacggga tgagaccaaa
       61 atggccattg agacgctgtc ccgccacggg atgagaccaa aatggccatt gagacgccgt
      121 cccgccacgg gatgagacca aaatggccgt tgagacgccg tcccgccacg ggacaagacc
      181 aaaacgacca ttgagacgcc atcccgccac gggacgagac caaaatggcc attgagacgc
      241 catcgtgtcg catgacgagg ccaaaatggc cattgagacg ccatcgtgcc gcatgacgag
      301 accaaaatgg ccattgagac gccatcccgc cacgggacga gaccaaaatg gccgttgaga
      361 cgccatcccg ccacgggacg agaccaaaat ggccattgag acgccatcgt gtcgcatgac
      421 g
//
LOCUS       SEQF2634|AYYE01000743.1 1191 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             71..826
                     /gene="mutS"
                     /locus_tag="SEQF2634_00292"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56239"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutS"
                     /translation="MAGKSALLRQTALIALLAQVGSFVPAESARIGWVDKIFTRVGAS
                     DNISAGESTFMVEMNEAANILNNLSARSLVLFDELGRGTSTYDGISIAWAIVEYIHEH
                     PTASARTLFATHYHELNEMARSFPRIRNFNVSVRESGNRVIFLRKLVSGGSEHSFGIH
                     VARMAGMPRSIVERSGEILARLERGGAQAKPVVVDVPKSAKGQAYQLSFFQLDDPVLS
                     QVRDEICNLDLNNLTPLEALNKLSEIKRIIQVK"
ORIGIN      
        1 tccttatgta gccaacgacg tctatctcga tcgtcgtgaa cagcagatcc tcatcatcac
       61 tgggccaaac atggccggta agtcggcgct gcttcgccag accgccctca tcgccctgct
      121 ggcccaggtg ggcagcttcg tgcccgctga gagcgcgcgt atcggttggg tggacaagat
      181 cttcacgcgt gtcggagcgt cggacaacat ctccgcgggc gaatccacct tcatggtcga
      241 gatgaacgag gcggcgaaca tcctcaacaa cctctctgcg cgcagtcttg tgctcttcga
      301 tgagttagga cgcggcacga gcacctatga cggcatctcc atcgcctggg ccatcgtcga
      361 gtatatccat gaacacccga cggcgtcggc ccgcacgctc tttgccaccc attaccacga
      421 gctgaacgag atggcccgca gctttccgcg tatccgcaac ttcaacgtct cggtgcggga
      481 gtcgggcaat cgggtcatct tcctccgcaa gctcgtatcc gggggcagtg agcacagctt
      541 cggtatccac gtggcgcgta tggcgggcat gccgcggagc atcgtcgagc ggtcgggcga
      601 gatcctcgct cgtctggagc gaggcggggc gcaagccaag cccgtagtgg tcgatgtgcc
      661 caaatcggcg aagggccagg cctatcagct gagctttttc cagttagacg atccggtgct
      721 cagtcaggtg cgcgacgaga tctgcaacct tgacctaaac aatctcacgc cgctcgaagc
      781 gttgaataag ctgagtgaga tcaaacgaat tattcaagtc aaatagaggg cggagaggaa
      841 agaatgatgc taccgatgcg gttcttacta ctactcccta ctgaatcaaa acagcttcta
      901 agtatgatac gtggcatgaa gtcgatcatc aagtccaccc gcgggctgct gctccttgtg
      961 gcggccagtg cggtgctgct caccctcgcc aactcctgtt cggaggtgag gcacatgagc
     1021 gccgaggtgg cttaccggac agaagcccag ctgggcgaag gcgccatctg gcaccccgat
     1081 cgtggctccc tcttttgggt agacatcgaa aagcgcacgc tctatgagtt tatgccggag
     1141 aagaagaaat gccgctcgtg gcagttcgat cggaaggtga cgaccgtcgt t
//
LOCUS       SEQF2634|AYYE01000744.1  442 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             28..261
                     /locus_tag="SEQF2634_00293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSSHLHPDERGAGQKEVIKKGEAVGYSPLYPLPIIISLSFLLN
                     SMEAYLFRKYISRRLQTETAIVPSIFLLGNTKN"
ORIGIN      
        1 gacagcaatc atagactcca gacgattatg aaatcttccc acttgcatcc cgatgaaagg
       61 ggtgcaggtc aaaaagaagt tatcaagaag ggagaggcag taggctattc accactttat
      121 cccctcccta ttatcatctc cctgtccttt ctgttgaaca gcatggaagc gtatttgttc
      181 agaaagtaca taagtagaag attgcagaca gagactgcca ttgtaccgtc aatcttcctg
      241 ttgggcaata ccaagaactg atgaatatat atcctttttc tttcactgat tatatcttac
      301 cacattacca caataagagt taaagcaatg aaagagaaag gactaatctg tagttgagtg
      361 cttaaaataa ttgtactacg cagtaactac atttgccttt cttctttcac tgctttatta
      421 tggttaaaag gaagattata tg
//
LOCUS       SEQF2634|AYYE01000745.1  738 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             1..339
                     /gene="appC"
                     /locus_tag="SEQF2634_00294"
                     /EC_number="1.10.3.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26459"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd-II ubiquinol oxidase subunit 1"
                     /translation="MALGGYFVLMFLLVLWLGRKNRIASHRWLQTVCLWTIPLAFVAS
                     QSGWIVAEAGRQPWVIQDLMPTTAAVSKLQTGSVQLTFFLFLILFTVLLVAELRIMTR
                     AIKQGPDMES"
ORIGIN      
        1 gtggcgctgg gtggatactt cgtgctcatg ttcctcctgg tgctgtggct cgggcgaaag
       61 aaccggatcg cgtcgcaccg ttggctgcag accgtctgcc tctggaccat cccgttggct
      121 tttgtggcca gccaatccgg ctggatcgtg gccgaagcgg ggcgtcagcc gtgggtcatc
      181 caagacctga tgccgacgac agccgcggtc tcgaagctgc agaccggctc ggtgcagctc
      241 accttcttcc ttttcctcat tctcttcacc gtgctgttag tggccgagct gcgcatcatg
      301 acgcgggcca tcaagcaggg accggacatg gaatcttaac ccttagcaca tcgtctcatg
      361 gatataacgt atagctttct tcaacactac tggtggttgc tcgtgtcgct gcttggcgca
      421 ctgttggtgt tcctcatgtt cgtacagggc gggcagtcgc tgctcttcac cgtcggccgc
      481 acggagcggc aacagaagct gctgatcaac tctatcggcc gcaagtggga gttcacgttc
      541 acgacgctcg tgaccttcgg cggcgccttc ttcgcctcct tcccgctgtt ttactccacc
      601 agcttcggcg gagcctattg ggtgtggacg atcatcctgc tgtgcttcgt gctgcaggcc
      661 gtatcgtatg agtttcaggc taagcggggc aacctgctcg gcaaacgcac gtaccaggtg
      721 ttcctcttca tcaatggt
//
LOCUS       SEQF2634|AYYE01000746.1 7445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             178..429
                     /locus_tag="SEQF2634_00295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVDAFEHIIRSGTVIFETQVMDMDVCVVLRQRFDVTIRIFFVL
                     LRVNLIHAIEADTDVLPLVDEIHQLLDGAVQLSDDVLDR"
     CDS             1351..1578
                     /locus_tag="SEQF2634_00296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAKVLTGVREKSFTRVGDENGIAFPLLSYGIHHHEMLLIPVND
                     TGQKGFVGQFLESQSPADSTESDLFSSFADT"
     CDS             complement(1808..4180)
                     /locus_tag="SEQF2634_00297"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWLDTNKYSGIFWRGVRLLVLISTLLGGQMPVTKAQELTGRVVD
                     DAKRPMEFVNVVAYALPDSAFVAGAITDANGAFSLSVPGTAAKRVLKVSFVGYETQVV
                     EARPGVVVTLRPEAAALGEVTVTADRIRRSAGGYTANLLGSTVTQGRQTDEILALLPG
                     VTRRDGALEVLGQAVGTVYVDGIRLTSTKELAALPADRIRRVQVDYTPGSSEFASTRG
                     AVIRITLRKELDGGYYGYAMAGADVYSKYGFSRDFAYAVYNGRFNRLSLYNVLSYTDY
                     YLATDDENTYDFLRTGRAQRTDVQSRGWTHRLYDRLSLTYDLTPRNTLGTSLYFSTDH
                     AKPRTDVATFVRTPSGWADTALYTTRIETPYTYRTYQGTLRFDRELDDQGSTFNIGAD
                     YLRQYARNRMQTLRLLSSPDLDTLSNRSEETTNMLEARTSLNKNFASGLAINGGLAYR
                     RITVDYDLTNERHLRTLPYAEGQMPAIYAEVQGPIGKRLQYGVGLRVQESRIAYRPDA
                     AADLIVHDDWDAYSSFNLLWMINEARKISATLNYTEAVDDIPYSALTTHREYTDDHSY
                     TTGNPDLVPCKSHTLTAALDLYDHLSFNTIYIYNETPIYYATRVDPALPSVTYTKPMN
                     AKYERFLGLSAEARFDPLPWWKLKSMVMYTLFGSKSEDFDVSGQQKYYFSLSNTFRFT
                     PHMGASLDGYYEPTFHFTDRIYRTVYEMSGSVYHTFLRDRLALRLNFKLFRHGRVIDT
                     ETPDLRLVEANRSHEQYFGLSLSYSFSGGRSVDVKQTEEIQSYEKIRDKR"
     CDS             complement(4198..5490)
                     /locus_tag="SEQF2634_00298"
                     /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             5552..5806
                     /locus_tag="SEQF2634_00299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLVKNIDFYFHIYIPYTPIVYLLYDVSCFASIDGLQSMWKSAL
                     WLRILDLGYILNGFSHSLPPTFKDCNTQLLRHTWGYNTSL"
     CDS             complement(5748..5927)
                     /locus_tag="SEQF2634_00300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTVAVLAVAAIRLDHRHKAQGRVEAEHHLLKGLDRFEDLFTEK
                     YCIPMYASTIVYYNL"
     CDS             complement(6564..7202)
                     /locus_tag="SEQF2634_00301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLISTYGEYAIWQLSVRSLYQLAEFVVCQNHEHHTKRIGDNF
                     QSEVLAVYKEELRYYERSQTLIATTADDQIIGSIRLMNWDREQPLPMQTYFNLSSFEK
                     ALPLSTNIWHIGRFAVSAKAGASGLTLFKLLLLYAMRPVYESDNDLALAECDNKLLRI
                     MRLMGIQVQSIGESMEYLGSETTPVYATRDGLTNFFSKNRWLMDRCTTVAIA"
ORIGIN      
        1 ttgcatcact gctccgcact gtgtacgcca ccatgagagg ttgaatgtcg agaggttttc
       61 atcgccaatg cgaatctccc cctcattggg tgcatagaaa cccaacagca gtttcaccag
      121 cgtcgtctta ccacttccac tggcgcccac gatggccgtc acctttcctt gaggaatatg
      181 caggtcgatg ccttcgagca cataatccgg tcgggcaccg tcatatttga aacacaagtc
      241 atggatatgg atgtttgtgt tgttctcagg caacgctttg acgtgacgat ccgcatcttc
      301 ttcgttctgc tgcgtgtgaa tctcattcat gcgatcgagg ctgatactga cgtcctgcca
      361 ttggtagatg aaattcatca actgctcgac ggggctgttc agctgtccga tgatgtattg
      421 gatagatagc atcatgccca gtgtcaggct gccattgatt acagccgcgg cagccaatgc
      481 ggtcacaagg acattcttca gctcattgat aaagatgccc ccggcttctt gattctgcga
      541 cagattgagt gcctgcatgt tcacgtcgaa caggtcggcc tgcacatctt cccattccca
      601 ccgtttgcgt tgctcacacc cttgcaattt gatctcctgc atacccgtga taagctggta
      661 caccacatta cggttgatgc ccagctgctc aaacatcttg tagtccaatt ggcgacgctt
      721 ctttagaaat actcgtatcc aaatgccata aaggatgctt ccggcaagga agacaaggaa
      781 aatggggata tgatagatgc acagtacgac ggagaagatg acgaacgtga aggccgaaaa
      841 gatgatggag atcgtttgat tggtgaggaa gttctcgatg cgtcgatggt cttcgatgcg
      901 ttgtaagagg tcgcctgtca gcttggtgtc gaaaaacttc atcggtagct tcattagttt
      961 gatgaagaag tcggagataa gcgacacgtt gatccgcgtg ctgatgtgca gcaggatctt
     1021 acggcggata aagtcgatgg ccgtacggct gaaaagcagc atcatctcag caagtaaaac
     1081 caaccaaacg aaaccaatgt cttttccttg aatccctgta tcaacgatgg cctgtgtcag
     1141 gaatgggaaa acgagttgca acaagctccc gataaacagc ccaagtatca attggccgaa
     1201 gaagcgacgg tagcgaagca ggtatttcca aagaaagcga atgcgatttt ctgacggttg
     1261 ctggtccccc tcctgttcgt aaaacaactg cgtgggctcc atcagcaagg cgatgccttt
     1321 ttcttctccg ttggtacggg tgctgaccca atgctcgcaa aagtcctcac gggagtacgt
     1381 gagaagtcct ttacccgggt cggcgacgaa aatggtatag cctttccgct gctttcgtac
     1441 ggcatacacc accacgaaat gctcctgatt ccagtgaacg atacagggca aaagggcttt
     1501 gtcggccaat ttctcgaaag tcaatcgccc gccgacagta cggaatccga tctcttcagc
     1561 agctttgctg atacctaaca atgacacgcc gtctcgagca agggcgcatc gctcgcgcaa
     1621 atgctctagc gtgtaatgac gcccataatg ctgcgcaatc atggcaaggc ttgccggacc
     1681 gcagtccatc gcatcaggct gtttgacgaa gaaaaatttt ttcaaaggaa tccgatttag
     1741 ttatcccaat aaaacatcca ccttaaaggt gtttttaatg ttggttagca tatagcctca
     1801 tcttgtctca ccgtttgtcg cggatctttt cgtaggactg gatctcctcc gtctgcttga
     1861 cgtccacgct gcggccgccg ctgaaggagt acgagagcga gaggccgaag tattgctcgt
     1921 gcgagcggtt ggcctctacg aggcgaaggt cgggcgtctc ggtgtcgatc acgcggccgt
     1981 ggcggaagag cttgaagttg agccggagtg ccagccgatc gcgcaggaag gtgtgataga
     2041 cgctacccga catctcatag acggtgcggt agatacggtc ggtgaagtgg aacgtaggct
     2101 cgtaatagcc atcgagcgaa gcgcccatgt gtggtgtgaa acggaacgtg ttcgagagcg
     2161 agaaatagta tttctgctga ccgctgacgt cgaaatcctc cgacttggat ccgaaaagcg
     2221 tgtacatcac catgctcttt agcttccacc acggcagggg atcgaagcgt gcctcggcgc
     2281 tgaggccgag gaagcgttca tatttggcgt tcatgggttt cgtgtaagtc acggacggca
     2341 gggcaggatc cacccgcgtg gcgtagtaga tcggggtctc gttgtagatg tagatcgtgt
     2401 tgaaggagag atggtcgtag aggtcaaggg cggccgtgag ggtgtgcgac ttgcagggga
     2461 cgaggtcggg gttgccggtc gtgtagctgt ggtcgtcggt gtactcgcgg tgagtcgtga
     2521 gggcgctgta ggggatgtcg tcgacggctt cggtgtagtt cagggtggcg gagatcttac
     2581 gcgcctcgtt gatcatccac agcaggttga aggaggagta agcgtcccaa tcgtcgtgca
     2641 cgatgaggtc ggcggctgca tccgggcgat aggcgatgcg gctctcctgc acgcgcagcc
     2701 cgacgccgta ctgtaggcgt ttgccgatag ggccttgcac ctcggcatag atggcgggca
     2761 tttgtccctc ggcgtaaggc aaggtgcgga ggtggcgctc gttggtgagg tcgtaatcca
     2821 cggtgatgcg acgataagcc agaccgccgt tgatggcgag gccggaggcg aagttcttgt
     2881 tgagcgacgt gcgagcctcg agcatgttcg tcgtctcttc ggagcgattc gaaagggtgt
     2941 ctaaatcggg cgaggagagg aggcgcaggg tctgcatgcg attgcgggcg tactggcgga
     3001 ggtagtcggc gccgatgttg aaggtgctac cctgatcgtc cagctcgcgg tcgaagcgga
     3061 gggtgccttg atacgtgcga taggtgtagg gcgtctcgat gcgtgtggtg tagagcgccg
     3121 tgtcggccca gcccgacggg gtgcgcacga acgtggccac gtcggtgcgg ggtttggcgt
     3181 ggtcggtgga gaagtatagc gaggtgccga gggtgttgcg cggggtgagg tcgtaggtca
     3241 ggctgaggcg gtcgtagagg cggtgcgtcc agccgcgaga ctgtacgtcg gtacgctgcg
     3301 cgcgtcccgt gcggaggaag tcgtacgtgt tttcgtcgtc ggtggcgagg tagtaatcgg
     3361 tataagagag gacattgtag aggctcaggc gattgaatcg gccgttgtag acagcgtagg
     3421 caaagtcgcg cgagaagccg tatttggaat acacatcggc gccggccatg gcataaccgt
     3481 agtatccgcc atccagctct ttgcggagtg tgatgcggat cacggcgccg cgtgtggagg
     3541 caaattcact gctgccgggc gtgtaatcca cctgcacacg acggatgcgg tcggcgggca
     3601 gggcggccag ttccttggtg ctggtcagcc ggatgccgtc cacgtagacc gttccgacgg
     3661 cttgcccgag cacttcgagc gctccatcac gacgcgtcac gccgggcagt aatgccagta
     3721 tctcgtccgt ctgtcggccc tgcgtcacgg tcgagccgag caggttggcc gtgtatccgc
     3781 ctgcactgcg gcgaatgcga tcggccgtca ccgtgacctc gccgagcgct gccgcctcgg
     3841 gtcgtaaggt gacgacgacg cccggccgtg cctcaacgac ttgcgtctca tagcccacga
     3901 aggagacctt cagcacacgc ttcgccgccg tgccagggac ggacaacgag aaggcaccat
     3961 tggcgtcggt gatcgccccc gccacaaagg cagaatcggg cagcgcatag gctaccacat
     4021 tgacaaactc catcggacgt ttcgcgtcgt ccaccacgcg tccggtcagc tcctgcgctt
     4081 ttgtcacagg catttgtccc cccaacaatg tcgagatgag caccaataac ctcacccctc
     4141 tccaaaatat tccgctgtac ttatttgtat ctaaccacat aactactata ataactacta
     4201 tacatagtgg ggataaagag actttaggcg ataaataatt tggttcaatt tctcttcttc
     4261 cgaaattggt tgaggacagc actccttatc aaaggattca tatcgtcgct gagagcagat
     4321 ggtgcatatt ggtaatatta tgcactctcc gcattctttg ttgaagaacg aatgttttct
     4381 ttcttcgtac tttttattgt attgaatatc gccatttgga agtagaattc ctattctgtt
     4441 ctctttcttg aaatcccttg ctgtacattt aaataaatca ccattgtaat tcaccactat
     4501 agaattctca aaatcagcat aacagaagga ggatatggca cctacccctt ctaggttatt
     4561 gtcaaaacct ttttcagata aaagcatctt gatgttatct atttctttgt atgtgtctat
     4621 ttttggaaca tcctgccata cttgttgaaa ctgaaaggtt atcctatctc tacattccaa
     4681 tggaaattta ctaacatcgt ctattaaata ttggaatgag cctatgtttt tcgatgtgta
     4741 attacatcgt attgccacct ttattccaag ctctaacgca tgtcgtatat ttttcaaaga
     4801 aagatcatag ctccctatgg cagaatttat cctttttgtt aaattatgct cgtctcttcc
     4861 gccatcaaat ggaacttgga taaaggtgtc caattgcgat aaagagatgg ctttaattat
     4921 attgggacta agcagcgttg catttgttgt aaaatgcaat ttcagccgtt taccttgcaa
     4981 ttcgcaatgt cttttcgcat agttgattat atcgaacact acttctcttg tcttaaacaa
     5041 aggttctccg ccaaaaaaag acaaattcaa ttcctctagt ttcctttttc ttacgatatt
     5101 aaacagcaaa gattttatcc catcaagcac ctctagagtg atcttactgt taggtattaa
     5161 tgtctcatag caataccagc acttaaggtt acaatccaaa gttggattta ttgttaggtc
     5221 aaatttcttt gacgagttta aactctcgcg aatgttttcc attacagacg tctgctcatc
     5281 aacatcatcg catataacat agccacggct ctttaactca ttataaagat ctggatgtat
     5341 tgtagataaa tcatctatct tatctttatg taaattaata atactcctaa gacttctcat
     5401 cataatcatg gctgaatccg ttaaataatt atataaaata aacccaccat tagacaattc
     5461 ataaaatatg ttgtaagcac tccatttcat tgtgatatta tttgtcttac gctaaaactt
     5521 ttattctgac tgatattaaa acaggaagta aatgctactt gtaaagaata tagactttta
     5581 ctttcacatt tacattcctt atacgcctat cgtatatctt ctatacgatg tctcatgctt
     5641 tgcctcaatt gatggtctac aatccatgtg gaaatccgcc ttgtggctta gaatcctcga
     5701 cctaggctat atacttaacg gctttagcca tagtctgccg cccactttca aagattgtaa
     5761 tacacaattg ttgaggcata catggggata caatacttct ctgtaaacag atcctcgaat
     5821 ctatcgaggc ccttgaggag gtggtgttcc gcctccaccc gtccctgggc cttgtggcgg
     5881 tggtccagac gaatcgcggc tacagcgagg acagccacag ttcccattaa gcaatcctgg
     5941 agtagaacag tttcggttgc ttatcgaagc gagactataa tctccattag gtatagtgac
     6001 aaaaccacct tttaagagcc cctgctctgt ataagacaaa ggcatcaaca taagatcttt
     6061 gtctactttt ttgagatctt ccatgtttgt cgtaattaca ttgtttacat tacggttctc
     6121 ataattgcat ccatttttta atgcagtttc ccgatacaat tcatccatca atggaaagtt
     6181 cggttggaaa ttgctgcact gctatactcg ttactatact atgcttcgct ttcagcagat
     6241 tgttaactca tccttacttc gctatatact ctgctctatt tgttcaatct ccgacaacgt
     6301 tgattgctgt acatgatcgt gtagttgcga tcattatcgc gccaaattgc agactccttg
     6361 cgagagagtc tttattggtc tttacagcac tttacgtaga cagagctttg tatatgtatt
     6421 acaatcttac atcacattgt catcggttct tcctcgtttt taacgacgcc gcaaaagtat
     6481 ggtcgcgatt ttcccctcac aataccccaa acgggtagtt tttgtatttc aattcaaaaa
     6541 ctacccgttt ggggtatatt ttattaggcg atcgcaactg tggtgcaacg atccataagc
     6601 catcggttct tgctgaagaa attggtcagt ccgtcacgtg tagcatacac aggagtcgtt
     6661 tcagaaccta aatactccat gctttctcct atactttgta cctgtattcc cattaatcgc
     6721 ataatacgca acaatttatt gtcacattcg gctaatgcta agtcattatc actctcataa
     6781 acaggtctca ttgcatagag gagaagtagc ttaaacagtg taagtccgct ggcccccgct
     6841 ttggcactga cggcaaatcg tcctatatgc caaatattag tactgagagg taaagccttc
     6901 tcgaaggatg acaagttgaa atacgtttgc ataggaagcg gttgctctct atcccaattc
     6961 attagtcgga tcgaaccgat aatttggtca tcggcagtcg tggctatcaa ggtttgagag
     7021 cgttcataat atcgtaattc ttctttatat acagcaagca cctcactttg aaaattatct
     7081 ccgattcttt ttgtgtgatg ttcgtggttt tggcagacca cgaactcggc caactggtac
     7141 aaagaacgca ctgaaagctg ccaaatggcg tactcgccgt aagtcgaaat aagtcgattc
     7201 atatcgttcc tttttatatt tacggagaca aaactataat tggtttcgta ttctaagtaa
     7261 gtagatcgct gtaattagtt agcattatgg tcttggcact acatctatca aatggcattg
     7321 aagtgtcaac taattatggt gcgctactta ttgtcttgtg ctgtttgtaa cagggctgac
     7381 gcacaatcgc ttttcgaggt cagggattct gtttagcttc gtcccatcat actatacatg
     7441 ctgtc
//
LOCUS       SEQF2634|AYYE01000747.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             213..353
                     /locus_tag="SEQF2634_00302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHELFYLSSDRILMTHELFYLSRDQILITHELFYLSRDQILIT
                     QG"
ORIGIN      
        1 aggtacgaga gtgaaaaaac atggcgcgcg aggtaaaaag tgtggcgcgc gaggcacgtg
       61 gacttcatgc cttcggcgga aagccggttg tgtgatcaaa atttgatgac tcgcgagcaa
      121 caagaagctg gcgcgtgatc aaaatttgat gatgcacgag caataagaag ctggcacgtg
      181 atcaaatttt gttcacgcgt gatcgaattt tgatgacaca cgagcttttt tacctctcga
      241 gtgatcgaat tttgatgacg cacgagcttt tttacctctc acgtgatcaa attttgatca
      301 cacacgagct tttttacctc tcacgtgatc aaattttgat cacacagggt tgaaagaagc
      361 gcataggtga ggtgaaaact gtggcgcaag aggggcgggg agtggctgcc cagccgtatt
      421 cgttctcctg tttacatt
//
LOCUS       SEQF2634|AYYE01000748.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcaaattttg atgacgtgcg agcaacagga agctggcatg tgatcaaatt ttgttcacgt
       61 gtgatcgaat tttgatgaca cacgagtaag atgaagctgg tgtgtgatca aaatttgatg
      121 acacgcgagc ttttttatct ctcacgtgat cgaattttga tgacacgaga ggttgctagc
      181 ctctcacatg atcgaatttt gatcataatg ggctgagaga agtgcatagg tgaggtagaa
      241 agtgtggcgc aagaggggcg gagagtagcc gcccagccgt attcgttcgc ctgtttacat
      301 ttgcggccaa ttgatcaaga aagataaatc gcagtgaaag agattgtatt catacggcag
      361 aacatcgaga ag
//
LOCUS       SEQF2634|AYYE01000749.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             86..274
                     /locus_tag="SEQF2634_00303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSVGMWLRFGCLGVLLSCSPTEGTESVTDIAFYLALAATVGWI
                     WWRDRARVKRIADHLGED"
ORIGIN      
        1 atacaagagc gggcattcat ccctcacggg aagctcggag ggcgtatgcg atacgcccct
       61 acggatgttt ttgggcgcgc tcagaatgac aagcgtgggg atgtggcttc ggttcggatg
      121 cctcggggtg ttgctctcgt gcagcccgac ggaggggacg gaatcggtca cagacattgc
      181 cttttacctg gctctggccg cgaccgtggg ctggatctgg tggcgtgacc gggcacgagt
      241 gaagcgaata gctgaccacc tgggcgagga ttaattgttg ctttgttcaa tgtctaaata
      301 ac
//
LOCUS       SEQF2634|AYYE01000750.1 1057 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1057
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             12..287
                     /locus_tag="SEQF2634_00304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDDADVPSLLAMTYLCRAQKISAGKDFSRFTDTLKGRKRGCTL
                     SRCSPVFFVYPLPHYDKMSVANTRHPTPRFGTPFGEWDGESPERASN"
ORIGIN      
        1 gcaaccgcct gatgatggac gacgccgatg tgcccagcct tctggccatg acttaccttt
       61 gtcgcgcaca aaagatcagt gccggtaaag actttagtcg ctttactgac actctaaaag
      121 ggcgaaaaag gggctgcaca cttagtcggt gcagtcccgt tttttttgtc tatcccctcc
      181 cccactacga caaaatgtca gttgcaaata ctcgtcaccc tacgccgcgc tttggcacgc
      241 cgtttggaga atgggacggc gaatcgcccg aaagggcatc caactaacca gaatttcaaa
      301 tagtaaaaac agatatagaa catgggaaag attattggta tagacttagg aacaaccaac
      361 tcgtgtgtcg ccgtattgga aggcaacgag ccggtagtga ttgcgaacag tgagggtaaa
      421 cgcaccacgc cttccgtggt agctttcgta gaaggtggcg aacggaaagt gggcgatccg
      481 gccaaacgac aggccatcac taacccgcag aaaacgattt tctcgatcaa gcgtttcatg
      541 ggcgagacgt tcgatcaggt acaaaaagaa attgcccgcg tgccgtataa ggtagtgcgg
      601 ggcgacaaca atacgccgcg tgtcgacatc gacggacggc tctacacgcc gcaggaaatc
      661 tcggccatga tcctgcaaaa gatgaagaag acggccgcga attatctggg tcaggaggtg
      721 tcggaggccg tgatcacggt gccggcttac ttcagcgacg cacagcgtca ggccaccaaa
      781 gaggccggcg agatcgctgg cttgaaggtg cgccgaatcg tcaacgaacc tacggccgca
      841 tcgctggctt acggtctcga caaggcaaat aaggacatga agattgccgt cttcgacctc
      901 ggtggcggta cgttcgatat ctccatcttg gagctcggcg gcggcgtctt tgaggtaaag
      961 tcgaccaacg gcgatacgca cctcggcggc gacgacaaca ccgccgtccg cgatgaaacg
     1021 gactacacgc tgtcgctccg cccggccgtc tccgaac
//
LOCUS       SEQF2634|AYYE01000751.1  975 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..975
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gctctacaca gacgcagtca gaggattact ctaccgacct ctcggcttat acgcaaggca
       61 tcgcgccgat ctatcccgtc tacctgcgcg ataaagacgg aaacatcatg cagaattccc
      121 tcgggaaaat gtatgactac ggcacaatca ataccccctt gggcttggca cgcccggctt
      181 acccgaactc gtcaatccaa gagtcgatcc ttgatttgca aaagacgaag gcgcactcac
      241 tgaatggaaa tgcctttgcc gatgtcctct ttacgagcga actcaaactg acgctcagcg
      301 cagccacgtc agtcaacgga cggcgccact tctccaccgg caatcccttc tacgggaccg
      361 gcgtagagaa aaaaggcacc gtcagcgttt accattaccg caccaccaca ctcaaccttc
      421 aacagctctt gaactacaac cacaccttcg gcgaacatca caacgtctcc gccctactcg
      481 gccatgagtt ctacaaatac aggtatgagg aactggccgc aagcaagagc aacatgttct
      541 cttactgggg caaccacgaa ctgaacggag ccgtgatcga cagcaagtcg tcggcatctt
      601 acgccactaa ctacaacacc gagggctact tcttccgtgg gctctatgat tacgacggca
      661 aatactttgg ctccgcctcc ttccgccgcg acgcctcctc acgcttccac ccggataatt
      721 ggtggggcaa cttctactcc atcggtggcg cctacctgat ctcgcaagag gactggttca
      781 aatcaaaagc cttcgatctg ctcaagatca agttctccat cggtcagcag ggtaacgaca
      841 acatcggttc ctacaattac actgaccagt acaccatcct caatagcaac gacgaactct
      901 cgctccgctt tgtcgataag ggaaagaaga atatcacgtg ggaaacgaac acaaacgtca
      961 acctcggcgc cgagt
//
LOCUS       SEQF2634|AYYE01000752.111824 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11824
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..738
                     /locus_tag="SEQF2634_00305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRELKNVTERLSILEVDVLLRVLLAEAADNLQRLGVTLLADIDV
                     RQRLGEEGAVRRLLGRLGGGSGRRRLTDGALQATLVEAFATVRNEGVDEVLVAHLRLG
                     GGFGGRLRGGVCGEPTQIVGRGGGVEGAVGLVRCGTARGGVGRVLQTGLVLEQQKEAC
                     AVWYTDGQALQLTLESEVARESEVLEVKHPRSVEAGEGLHDPRQLRQRGSREQCGAVD
                     VAIEFFAGHGGEGYQSATVAL"
     CDS             complement(711..1235)
                     /locus_tag="SEQF2634_00306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTSIYKILAAVVGVILLGGCSISYQFSGTSIDYTQVRSISIKD
                     FSNMAPLVYGPLAQRFTDELKDKFVRQTKLQMLRENGTLDLEGEITGYELTPQAVRDD
                     GNKALAALTRLTVTVRVRYTNRVNPDKDFEQSFSSYKEFENSRTIDQVQEQLCREIID
                     DLVNQIYNATVADW"
     CDS             complement(1373..2572)
                     /gene="vnfA"
                     /locus_tag="SEQF2634_00307"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12627"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitrogen fixation protein VnfA"
                     /translation="MKEESIQQVKQRFGIIGNDATLNRAIDVAMQVAPTDLSVLITGE
                     SGVGKENFPQIIHQNSHRKHGTYIAVNCGAIPEGTIDSELFGHEKGSFTGALADRKGY
                     FEVADGGTIFLDEVGELPIPTQARLLRVLESGEFIKVGSSKVLKTNVRIVAATNVNLV
                     DAVAHNRFREDLYYRLNTVPIVIPPLRDRGDDILLLFRKFASDAAEKYRVPAIRLEDD
                     ARQLLLTYRWPGNVRELKNVTERLSILEPERTINADRLRPYLPNIEATHLPVPVGRPQ
                     EDGKLFSSEREILYQVLFDMKKDVTDLKKLVHDIMSGSMPTAAVPVEPQPVPYVAPKP
                     HPVHEAETVEEAEAVEEPMALGDLERQMIRRALERHGGRRKAAAADLGISERTLYRKI
                     KEYGLLD"
     CDS             2882..3046
                     /locus_tag="SEQF2634_00308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVYNDPLIERPLIYIVYFIHLVEVVKKHNVYVYRFIKSGQIDD
                     VFLGNVIQLG"
     CDS             3619..4581
                     /gene="czcD"
                     /locus_tag="SEQF2634_00309"
                     /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="MHTHHHHEHDHDCDHAHGHGHAHHHHHGADMKGRKLLWATALNF
                     SITLVQIVGGLVSNSLSLLSDAVHNLGDSSAIFIAFLAGRHAEKCPDLRKTFGYKRSE
                     ILAALFNAVALIVICVFLFVEAYERFRNPEPIRGAVMLIVATFGLLANLIAVVMLHRD
                     REHNLNIRAAYLHLLGDTLSSVAVVLGGIAIWIWKLYWLDPLITVAVGVYIIWHTWGI
                     VRQTVDILMQAAPEGVDLHAVQRHTEDMAEVKDMHHLHIWKMDDEHIHLEAHINLCEN
                     LPLSDAQAIGRRIEEMLRTEFGISHVTLQLEYEGCHLQCGLIQA"
     CDS             complement(4672..5316)
                     /locus_tag="SEQF2634_00310"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKMLLIICLTALACSADAQSCWRWLGIKPAYKLKNELSISWG
                     LVENPFEMYHDDTPGWPEGRFEGNTPWERYDRSRYSYGDRIYTQALSVGYTQELSRWL
                     ALGVQTSYSGIYQSQRLDGMSVDHLYTHRLAIYPAVRFTYLNRPMVRLYSGLGLGVGM
                     KWEREFFNPDVRYSVFPTGQVTFFGVSVGRALFANWELGYGVKGYLTLGMGYRW"
     tRNA            5487..5559
                     /locus_tag="SEQF2634_00311"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             5894..7300
                     /gene="arnC"
                     /locus_tag="SEQF2634_00312"
                     /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
                     KSDYDTLKLGRAYFGDFDPFGDFDLLFGAAKLNLKMTEIIIRYKDREYGSTQISRFRH
                     GWLLIKMCAFAARKIKFI"
     CDS             7329..8054
                     /gene="menG"
                     /locus_tag="SEQF2634_00313"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67062"
                     /codon_start=1
                     /transl_table=11
                     /product="Demethylmenaquinone methyltransferase"
                     /translation="MEERLEHEIAHGKYLVEHGAGEVWNWESPAGKERWRRRVKMLTE
                     FIQADSVVLELGCGTGYFTKEIIKTGAKVTAIDISPDLLAVAREQVRASNVTFMEENA
                     YRMTFPDNYFDYIIGSSVLHHLDIPKALSEMFRVLKPGGRIAFTEPNMMNPQIAIQKN
                     IPYIKRKLGDSPDETAFFRWRLRKLLRSYGFVDIAIRPFDFLHPATPVKMIPFISGIG
                     LSIEKCPIVKEISGSLFIKASKQ"
     CDS             8051..9973
                     /locus_tag="SEQF2634_00314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKASHTTSFAQRFDAFFDRHRRAFFMLTMALATLMSIVMFDAKV
                     SLSGDDCDYILAADDFWHHFIFPGHHGSLYPIVLSPFVGLFGYRLVLLKFLSVLFTVG
                     AFGFLYKAFERRIPSAVLIPSMLLAAICSYIFFYAGYTYSEPLFMLLQSIYFYFFSRY
                     FWVEGSTPSYTLRKDWKKYLTLGALTLAMGLTREIGFCVIGVVILYFAIKGRWKDLLY
                     TVGAALLMLAAFYLVKAILWPNVAAGHSFTNLMAKDYYNPNAGMEDTAGLLSRFWDNS
                     RVYLSAFLCQMMGVIPETPSNWFDMSATRTLIIYGLYFAALVVILVRRDAPLLFAGLY
                     AGVLNFASFVVLQIIWAQDRLITIYYPLILLFLLGALYYAFSSARLRRFFIVYPVVLL
                     ILLGGTLNITRNRVGRTLPVLQQNLLLGDPLYGFTPDWQNFIKASQWVATNTEKDAVI
                     VSRKPSMSKVYTGRDFTGLPASLTVPADTLNYLKGDTGLVAVVADGSKGVMSGEVLRY
                     IITPLSKFMVGNTPSAAVCVYTFPRANLAEALHEMEQMGVPYTLDLDQAIAQCQTADV
                     RIYDPDMMLRLLKEQHVTYLLLAQLRIDPTRNTGQYINNIHRYAWFISTKYPDSFEII
                     KTFGTSEPCEILKLIR"
     CDS             10082..10918
                     /gene="nfo"
                     /locus_tag="SEQF2634_00315"
                     /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
                     DEGDVAAFLQFAAEHDIAQIVAHAPYTLNACAADPNIRRFATETMADDLRRMEYVPGN
                     YYNFHPGSHVKQGVEVGTELIVEMLNRILRPEQRTTVLLETMAGKGSEVGRTFEELRA
                     IIDRVELSDHLGVCLDTCHIFDGGYDIVHHLDDVLADFDRVIGLDRLRAIHLNDSLNT
                     LGSHKDRHAKIGEGNIGLEALTRVINHPALRSLPFNLETPNELDGYAAEIKLLKSLRT
                     DD"
ORIGIN      
        1 taccgctggc ccggcaatgt gcgcgaactg aagaacgtca ccgagcgcct ctccatcctc
       61 gaagtagatg ttcttctccg ggtgcttctc gctgaggctg cggataatct ccagcgcctt
      121 ggcgtaacgc ttctggcgga tatagacgtg cgccagcgtc tcggtgaaga aggagctgtc
      181 cgccgcctgc tcggtcggct tgggggcggg agcgggcgac gtcggctcac tgacggcgcg
      241 ttgcaggcga cgcttgtcga ggcgttcgct accgtgcgca atgaaggagt cgatgaggtc
      301 ttggtggcgc atcttaggct cggcggcggg ttcggcgggc ggctccgtgg cggtgtctgt
      361 ggtgagccaa cgcagatagt cggtcgaggc ggaggagtcg aaggcgccgt gggcctcgtc
      421 cgttgtggga cggcgcgcgg gggcgtcggc cgtgtccttc agacgggcct cgtcctggag
      481 caacagaaag aggcgtgcgc ggtctggtac accgacggcc aagcgctcca gctcaccctt
      541 gagtcggagg tcgcccgtga gagcgaggtt cttgaggtaa agcatccgcg cagcgtggaa
      601 gcaggggaag gcctccacga tccgcgccag ctcaggcagc gtggcagccg tgagcagtgc
      661 ggggcggtcg atgtagcgat agaattcttc gcgggtcatg ggggtgaggg ttaccagtcg
      721 gctacggtgg cgttgtagat ctgattgacg aggtcgtcga tgatctcgcg acagagctgc
      781 tcctgcacct gatcgatggt gcgtgagttc tcaaactctt tgtacgacga gaacgactgc
      841 tcgaaatcct tgtcgggatt cacgcggttc gtgtagcgca cgcggacggt gacggtcagg
      901 cgggtcaggg cggccaaggc cttgttgcca tcgtcacgca cggcctgcgg tgtcagctcg
      961 tagcccgtga tctcgccctc gagatccagc gtaccgttct cgcgaagcat ttgcagcttg
     1021 gtctgtcgga cgaacttgtc cttgagctcg tccgtgaagc gttgtgccag cggaccgtag
     1081 acgaggggcg ccatgttgga gaaatccttg atggagatgg agcgcacctg cgtataatcg
     1141 atcgacgtgc cactaaactg atacgagatg gagcagccgc ccagcaggat cacccccacg
     1201 acggccgcca gtatcttata gatagatgtg tgcatattcc attatgagag ggatttggag
     1261 agtggcgaca gatgcaaggc gtccaagacc gaggcggagg gagcatactt tagtatgtga
     1321 ccgaacgcca agagtcgcag gcaacgcagc agatgtgccg ctatacaagg ccctaatcta
     1381 gtagtccata ttccttaatc ttacgataga gcgtccgctc cgagatgccc agatcagccg
     1441 ccgcagcctt ccgacggccg ccatgtcgct ccagtgcgcg gcggatcatc tgtcgctcca
     1501 gatcgccgag cgccatcggc tcctccaccg cctcggcctc ctcgaccgtc tccgcctcat
     1561 gcaccggatg cggcttgggg gcgacgtacg gcacgggctg cggctccacg ggcacggccg
     1621 cggtcggcat gctgccgctc atgatgtcgt gcaccagctt cttaagatcg gtgacgtctt
     1681 tcttcatatc gaagagcacc tgatagagga tctcgcgctc gctcgagaag agcttgccgt
     1741 cctcctgcgg ccgaccgaca ggcacaggca gatgcgtggc ctcgatgttg ggcaggtagg
     1801 ggcgtaggcg atcggcgttg atggtgcgtt caggctcaag gatggagagg cgctcggtga
     1861 cgttcttcag ttcgcgcaca ttgccgggcc agcggtaggt gaggagcagc tggcgggcgt
     1921 cgtcctccag ccggatggcc ggcacgcgat acttctcggc cgcatcgctg gcgaacttgc
     1981 ggaagaggag caggatgtcg tcgccacggt cgcgcagcgg ggggatgacg atgggcaccg
     2041 tgttgaggcg atagtaaaga tcctcgcgga agcggttgtg ggccacggcg tcgactaggt
     2101 tcacgttcgt ggcggccacg atgcggacgt tcgtcttgag caccttcgac gatccgacct
     2161 tgatgaattc gccgctctcc agcacacgca gcaggcgtgc ctgggtcggg atgggcagct
     2221 cgcccacctc gtcgaggaag atggtgccgc cgtcggccac ttcgaagtac cccttgcggt
     2281 cggccaaggc gccggtgaac gatcccttct cgtgcccgaa cagctccgaa tcgatcgtgc
     2341 cctcggggat ggcgccgcag ttgacggcga tgtatgtacc gtgtttgcgg tggctgtttt
     2401 ggtggatgat ctgcggaaag ttttccttgc ccacgccgct ctcgcccgtg atcagcacgg
     2461 agaggtcggt gggagccacc tgcatggcca cgtcgatggc tcggttgagc gtcgcgtcgt
     2521 taccgatgat cccgaagcgc tgcttgactt gttgtatgga ttcttctttc atatctggtg
     2581 tgtatattct gtcagttttg cctgacaaaa ttacaacgat accctcaaac cgatcgtgtt
     2641 caccccttcg ccgcaccgat aagctccgaa aagcgcctcg tttagttcat cagcagccct
     2701 gcaagccccc aaaagcgcct catttggccc ttcggaagcg ctgtaagctc cgaaaagcgc
     2761 ctcgtttggc ccgtcggcag ccctgcgagc ccccaaaagc gtctcatttg gcccttcgcc
     2821 ttccttgcaa gttccgaaaa gtgccttgtt tggcccttcg acagccttgc aagccccaaa
     2881 aatggccgtt tataatgatc ccctgataga aagacctctt atatacatcg tgtattttat
     2941 tcacctcgtt gaggtggtta aaaaacacaa tgtatatgtt tatcgcttta ttaagtcagg
     3001 ccaaatagac gatgtgtttc tcgggaacgt gatacagttg ggctaaataa acactgtata
     3061 tttcattcga tttattgatt tggttcaaat atacatcgta tatatatgcc actttgatga
     3121 attgggttga atatacagtg tgtttttaat ccaagtgata gacttggatc gaataaacgc
     3181 tgtgtattta gctctcgtct atcgattgat tcaaatatac gatgtctaat tgacccgatt
     3241 tattcatgtg attgttatat acgatgtgtg taagagctta tttatagagt tgatcagtat
     3301 atacatcgta tattttaccc gatttgttga ggtgatatca acacacggcg taaatatcgg
     3361 ctgattgata aatagctttc ttatagacgg cactttttgg ggcttgcaag ggaggcgaag
     3421 ggcccaaaaa gatacttttt gaggcttgca gggctgtcga caggccaaac gaggcgcttt
     3481 tcggggttta cagggctgcc gatgggacaa acgaggtgct ttttggggcc gcggcgagtg
     3541 atggaaggca aacgaggtgc gccgcgaggg ctgcttatct ttgtccacgc gaatccacat
     3601 taaatacaga tccacattat gcatacccat catcaccacg aacacgatca cgactgtgat
     3661 cacgcgcacg gccacggtca tgcgcaccat caccaccacg gggccgacat gaaggggcgc
     3721 aaactgctct gggcaacggc gctgaacttc tcgatcacgc tcgtgcagat cgtcggcgga
     3781 ctcgtctcga acagcctctc gctgctctcc gatgcggtcc acaatctggg cgactcgtcg
     3841 gccatcttca tcgccttcct ggctggccga cacgccgaga agtgccccga cctgcgcaag
     3901 acattcggct acaaacgctc cgagatcttg gccgcactct tcaacgccgt ggcgctgatc
     3961 gtgatctgcg tcttcctctt cgtcgaggcc tatgagcgct tccggaaccc cgagccaatc
     4021 cgcggcgcgg tgatgctcat cgtggccacc tttgggctac tggccaacct gatcgcggtc
     4081 gtcatgctgc accgcgaccg ggagcacaac ctgaacatcc gcgcggctta tctgcatctg
     4141 cttggtgaca cgctctcgtc cgtggctgtc gtcctgggcg gcatcgccat ctggatttgg
     4201 aagctgtatt ggctcgatcc gctgatcacg gtggccgtgg gcgtgtatat catctggcac
     4261 acgtggggca tcgtccgcca gacggtcgac atcctcatgc aggccgcgcc cgagggcgtc
     4321 gatctgcacg ccgtgcagcg tcacacggag gacatggccg aggttaagga catgcaccac
     4381 ctgcacatct ggaagatgga cgacgagcat atccacctcg aggcgcacat caacctctgc
     4441 gaaaatctgc cgctctcgga cgcgcaagcc atcggccgac gcatcgagga aatgctgcgt
     4501 acggagttcg gcatcagtca cgttaccctg caattggaat acgagggctg ccacctccag
     4561 tgcggcctga tccaggcgta gtgaggcggc ccaaattgcc agcccacaaa caagcgcggg
     4621 tgaggactca gatggatcca tctcagcctc acccgctcgc tttctgtatc gttaccagcg
     4681 gtagcccatg cccagcgtca ggtagccctt cacgccatag cccagctccc agttggcaaa
     4741 cagcgcacgc cccacggaga caccgaagaa ggtcacctgc ccagtgggaa agacgctata
     4801 ccgcacgtct gggttgaaaa actcccgttc ccatttcatg cccacgccca gcccaaggcc
     4861 tgaatagagg cggaccatcg gccggttgag gtacgtgaaa cgtacggcgg gatagatggc
     4921 caggcgatgc gtgtaaaggt gatccaccga catgccgtcg aggcgttggc tctggtagat
     4981 gcccgagtag gacgtctgta cacccagcgc cagccaacgg ctcagctctt gggtgtagcc
     5041 caccgacagc gcctgcgtat agatacggtc accgtagctg tatcggctgc ggtcgtagcg
     5101 ctcccacggt gtgttcccct cgaatcgccc ctcaggccag ccaggtgtat catcgtgata
     5161 catctcgaac gggttctcga ccaatcccca gctgattgat agctcatttt tcagtttata
     5221 ggccggtttg atccccagcc aacgccaaca tgactgcgcg tcggcgctgc aggccagagc
     5281 agtcaagcaa atgataagca gcatcttttt tgtcatatcc gtaattgtag atttgtgagg
     5341 gggcaaatgt aaagcagccc gtcctgccgc cgcagatagc cttgtggcga tagatggggg
     5401 gttgctttcc ggtacacctc gaaaagagcc gggcgatttt gcatttatcg gatcgttttt
     5461 acctttgcgg ccgttaacaa caagatcgcg gagtggagca ggggtagctc gttgggctca
     5521 taacccaaag gtcgtaagtt cgaatcttac ctccgcaaca gtgataagcc ccgtcggtag
     5581 tttcatgccg gcggggcttt ttcgtgtcta ttccttggct gatggtttcc atgtcgagag
     5641 gcaatcgtta cggggtggca gagatgggcg ctgcaagggc ggagcgtcta tcgggtgcgt
     5701 gtgaatggcg catacttcgc gggcactcac aagtttgcgc accgctttac atgtgcgata
     5761 cttaggacta cttgtaaagt cacacgagcc ttcgcacctg cttcggataa ggctttcttc
     5821 tacttttgcg cgcgcaatca gaaaaaggcg cggactgtcc tcacacgagg cggccgatgc
     5881 gtcttccccc cgaatgaaca agcaatccat catagattat tacaaccgga cggcgcccga
     5941 acggcagcgc cacaaacata tgcgccgtta ttaccaccgt tcgctggagc gctacttctc
     6001 gtttatcatc ccgcccggca gccgtgtgtt agagatcgga tgtgggacgg gcgaactctt
     6061 agcggctatg cggccagcct acggcgtggg tatcgacttc tcagaacgga tgatcgaaat
     6121 agcccgacga accttcccgg agctgcgctt cgaggtggac gacatcgagg agctacgtct
     6181 cagcgagacg tttgactata tcataatgtc cgacctgacg atgtcgctct gggatgtgca
     6241 gcgcgccttt gagcatctgc cgcaagtatg ccacgagcgt acgcggatcg ttatttccaa
     6301 ctataacttc ctctgggagc cgatcctcaa gctggccgag cggctcggcc tgaagctcca
     6361 gcaaccgaac cagaactggc tctcggtaca ggatatcgat aatctgctcc gtctgacagg
     6421 ctttgagcgg gtgaagcgtg aaaacaagat cctgctgccc atcaacatcc cgctgctgac
     6481 ccccttctgc aaccgtttct tggcgaacct gccgcccttt caccgcttgg acttggtgaa
     6541 cctgatcgta gcccgacctg agcctcgacg ggaggcaccc gagcggacgg tgtccatcat
     6601 cgtcccggct cgcaatgagc gagggaacat cgagaatgct gtccggaggt tacctgcctt
     6661 cggcgcctca caagagtttg tcttcgtcga aggacactcc gaggatggga cgtacgagga
     6721 gatgctccgt gtgcgcgacg cctatccaga gaagcggatc aaggtgctca tccagtcagg
     6781 ccgcggaaag ggcaacgccg tgcgcgaagg tttcgaggcg gctacgggcg agatgctctt
     6841 catcctcgac gccgacctga cgacgccgcc tgaggatatg ccgaagtttt acgaggcgct
     6901 ccgccaaggt aagggtgagt tcatcaatgg ttgcaggctc gtttacccga tggaaaagca
     6961 ggcgatgcgg ctcctgaacc tgattgccaa caagagtttc ggggtgctct tctcctacct
     7021 gctggggcag gggctgaagg acacgctctg cggcacgaag gtgctctaca agtcggacta
     7081 cgacacgctc aaattaggtc gtgcctattt cggcgacttc gatcccttcg gcgattttga
     7141 cctgctcttc ggggccgcca agctaaacct gaagatgacg gagatcatca tccgatataa
     7201 ggatcgcgag tatggctcca cgcagatcag tcgtttccga cacggttggc tgctgataaa
     7261 gatgtgcgcc ttcgccgcac ggaagatcaa gttcatttga aaaaggaaca agagagaatt
     7321 cagaaagaat ggaagagaga ttagaacatg agatcgccca cgggaaatac ctggtggaac
     7381 atggtgccgg ggaggtctgg aactgggaat cgccggctgg aaaagaacgc tggcggaggc
     7441 gggtgaaaat gcttaccgaa tttattcagg ccgatagtgt agtgttggaa ttaggctgtg
     7501 gaacgggcta tttcaccaag gaaatcatca agactggcgc taaggtgacg gccatagaca
     7561 tttcgcctga ccttctggct gtcgcccgag agcaagtgag ggcttccaat gtgacgttta
     7621 tggaagagaa tgcctatcgg atgacgttcc cagacaatta cttcgattat atcattggta
     7681 gttccgtgtt gcatcacctc gacataccca aagctctgtc agagatgttt cgcgtgctga
     7741 agcccggtgg tcgcattgct tttaccgagc cgaacatgat gaacccacaa atagcgattc
     7801 aaaagaatat cccttacatc aaacgtaagc tgggagattc gcccgatgaa acggccttct
     7861 tccggtggcg cctgcgtaag ctgctacggt cttatggctt tgtggatatt gctatccgcc
     7921 ccttcgactt tttgcacccg gctacaccgg ttaagatgat tccgttcatc tccggtatag
     7981 gcctcagcat tgagaaatgt ccgatcgtca aagaaatatc cggttcactc tttattaaag
     8041 caagcaaaca atgaaagcct ctcacactac ctctttcgcc caacggttcg acgccttttt
     8101 cgatcgacat cggcgggctt ttttcatgct cacgatggct ctggccacgc tgatgagcat
     8161 cgttatgttt gacgccaaag tcagcctcag cggcgacgat tgtgactata tccttgccgc
     8221 cgacgacttt tggcaccact tcatcttccc cggccatcac ggttcgcttt accccatcgt
     8281 cctctcaccc tttgtcggac tgttcgggta tcgactcgtc ctgcttaagt tcctctccgt
     8341 cctcttcacc gttggtgcct ttgggttcct ttacaaggcc ttcgagaggc ggatcccgtc
     8401 ggctgtgctg attccgtcca tgctgctggc tgccatctgc tcctacatct tcttttatgc
     8461 cggctacacc tacagcgaac cgcttttcat gctccttcag tcgatctact tctacttctt
     8521 ctcccgctat ttctgggtgg agggtagcac accgagctat acgctcagaa aggactggaa
     8581 gaagtacctc actctcggcg ccctgacact ggcgatggga ctgacgcgcg agattggctt
     8641 ctgtgtcatc ggcgtcgtta tcctctattt tgcgatcaag ggccgatgga aggatctgct
     8701 ctacaccgtc ggtgcggcgc tgctgatgct cgctgccttc tatttggtca aggctatcct
     8761 ctggccgaac gttgcggcag gccacagctt caccaacctc atggcgaagg attactacaa
     8821 ccccaacgcg ggtatggagg ataccgccgg actcctctct cgcttctggg acaactcccg
     8881 agtctacctc tcggctttcc tctgccaaat gatgggcgtg atccctgaga cacccagcaa
     8941 ctggttcgac atgagcgcca cacggacgct catcatctac gggctctact tcgccgcact
     9001 ggtggtcatc ttggtgcgtc gtgatgcccc gctgcttttc gcgggactct atgctggggt
     9061 gctcaacttc gccagcttcg ttgtcctgca aatcatctgg gcgcaggatc gattgattac
     9121 gatctactat cccctcatcc ttctcttcct gctcggtgca ctctattacg ccttcagctc
     9181 ggcgcggcta cgacggttct ttatcgtcta ccctgtggtg ctactcatcc tgctgggcgg
     9241 tacgttgaac atcacccgca accgggtggg tcgcacgttg cccgtccttc agcaaaacct
     9301 gctgctgggc gatccgctct acggcttcac gcccgactgg caaaacttca tcaaggccag
     9361 ccaatgggtt gcgacgaaca cagagaagga cgccgtgatc gtcagccgta agccgtctat
     9421 gtcgaaggtc tacaccggac gcgactttac cgggttgcct gcctcactga ccgtgcctgc
     9481 cgacacgctg aactatctca aaggtgatac ggggctcgtg gctgtcgtgg ccgacggatc
     9541 gaagggcgtt atgtcgggcg aggtgctccg ctacatcatc acgcccctga gcaagttcat
     9601 ggttggcaat acgccgtctg cggccgtctg cgtctacacc ttcccacgcg caaacttagc
     9661 ggaggctctc cacgagatgg agcagatggg cgtgccctac acgctcgact tggatcaagc
     9721 catcgctcag tgtcaaactg cggacgttcg tatctacgac ccagacatga tgctgcgcct
     9781 gctcaaggag caacatgtca cctacctgct gctggctcag ctacgtatcg accccacacg
     9841 caacacgggg cagtacatca acaatatcca tcgctacgcc tggtttatat ctaccaaata
     9901 ccccgacagt ttcgagatca tcaagacctt cggcacctcc gaaccgtgcg agatcctgaa
     9961 gctgattcgg taacagtctt gcgggcgtat tccgtttaac gaccgagcgc ccgcaagcct
    10021 tctacaaccc tcattacaac ccgcggctca gtcgcataac tccacatcac gacttgtaat
    10081 catgtttcga atcggttgtc acctctctgc ctccaaaggc ttcctcgcca tgggcaaagc
    10141 cgccgtatcc gtcggcgcca acaccttcca gttcttcacc cgtaacccac gcggtggcag
    10201 tgccaaagcc atcgacgagg gcgacgtcgc ggccttcctg caattcgcag ctgaacacga
    10261 catcgcccag atcgtcgccc atgcgcccta cacactcaac gcttgcgctg ctgatccgaa
    10321 tatccgtcgt tttgccaccg aaacgatggc cgacgatctg cggcgcatgg agtatgtgcc
    10381 cggcaactac tacaacttcc accccggcag ccacgtcaag cagggcgtcg aggtgggtac
    10441 ggagctcatc gtcgagatgc tcaaccggat ccttcgcccc gaacaacgca ccacggtgct
    10501 actcgaaacg atggccggga agggcagcga ggtgggacgc accttcgagg agctgcgcgc
    10561 catcatcgac cgggtggagc tgagcgacca tcttggcgtc tgcctcgaca cgtgccacat
    10621 cttcgacggt ggctacgaca ttgtccatca cctcgacgat gtcctcgccg acttcgatcg
    10681 tgtgatcgga ctcgaccggc tccgcgccat ccacctcaac gatagcctca acacactcgg
    10741 cagtcacaag gatcgtcacg ccaagatcgg cgaggggaac atcggccttg aggcccttac
    10801 gcgtgtcatc aaccatccgg ccctgcgcag cctgcccttc aacctcgaga cgcccaacga
    10861 gctggacggc tatgcggccg aaatcaaact cctgaagtct ctgcgtacgg atgattaaga
    10921 aagttgtcat caccctcctg ctcctcctcc tcgtcatcgg cggtggaggc ggcgcctacc
    10981 tgctcctggc ccccaacttc gccccagcgc gtggcacggc ctacgtctac gtccgccctg
    11041 acgacacctt cgacgacctc tgccgacagc tcactgactc ggccggatgc cgccagatgg
    11101 agaccttccg actcgccgca catgcgctgc gctacgccga ccgccgcatg cccacaggcc
    11161 gctacgccgt ccgcccgggt atgaacaacc tcgacctgct gctcgatctg cgccgcggca
    11221 accagtcgcc cgtccgcatc accttccaga acgtccgcct caaacacgac ctctccgagc
    11281 ggctcgccga tcagctcatg gtcgacgccc ccgccatcga gtcgcttctg gacgatagca
    11341 cctactgcgc caacctgggc ttcacgccgg agaccatcaa ggcgatgttt atccccaaca
    11401 cctacgaggt ctattggaac atcccggccg acaagctgct gcgccgcatg aagcgcgaat
    11461 acgacgcctt ctggaccgag gcacgccgca accgcgccga gcagatccgc ctcacgcctg
    11521 tggaagtctc catcctggcc tcgatcgtcg aagaggagtc ggccatcccg gacgagtacc
    11581 cgaccatcgc cggcctttac ctcaatcgcc tctaccgcgg catgctcctc caggccgacc
    11641 ccacggtgaa gtatgccgtc ggcgactttg ccctccagcg catcctcgat cgccacaagg
    11701 aggtcgattc gccctacaac acctacctct accccggcct gccccccggc cccctacgcg
    11761 tgccgtcgat cacggccatc gacgctgtcc tccaccatgc ccagcacgac tatatctata
    11821 tgtg
//
LOCUS       SEQF2634|AYYE01000753.1  710 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             4..630
                     /locus_tag="SEQF2634_00316"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDDGQEEAIRHVEVVVVLRLAGHEHIRTCRCGVAPKERAASTA
                     EGHAPHRPIAERGVAHAGHMEHALQVMQKVRLTHRLRQLTDGSRSGLRPGVTQWVEII
                     GHLLIGMRCEQGPHHGAAQVARQDGLYAHLGFDMQRADGADVWLTAFRGTESPLAPAA
                     EAACVVGSDVASPGVGQGRAHSIGVRLRHEGDELQQTVRQRTEDARVL"
ORIGIN      
        1 atagtgcccg acgacggcca ggaggaggct atccgccacg tcgaagtagt cgttgtactt
       61 cgcctcgccg gtcacgaaca catccgcacc tgccgctgcg gcgtcgcgcc aaaggaacgc
      121 gccgcttcca ccgcagaggg ccacgcgccg caccggccga ttgcggagcg cggagtggcg
      181 cacgcagggc acatggagca cgctcttcaa gtgatgcaga aagtccgcct cactcatcgg
      241 ctccgccagc tcaccgacgg ctcccgatcc ggcctgcgac caggggttac tcaatgggta
      301 gagatcatag gccacctcct catagggatg cgctgcgagc aaggcccgca ccacggcgct
      361 gcgcaggtgg cgcggcagga cggtctctac gcgcacctcg ggttcgacat gcagcgcgcc
      421 gacggtgccg acgtatggct gacagccttc cgtggcacgg aatcgcccct cgccccggct
      481 gctgaagctg catgcgtcgt aggctccgat gtggccagcc ccggcgtcgg ccagggccgc
      541 gcgcacagca tcggcgtgcg cctccggcac gaaggtgacg agcttcagca gaccgtccga
      601 cagcggacgg aggatgcgcg tgttttgtag cccgagcagc tcggccagct tgtagttgac
      661 gccacccgtg gcgttgtcga gattcgtatg ggctgtctct taacacatct
//
LOCUS       SEQF2634|AYYE01000754.1 2724 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2724
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             248..2293
                     /gene="glgB"
                     /locus_tag="SEQF2634_00317"
                     /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="MMNKLMLIQKDPWLEPYAEAIEGRHNDVIKKEQDLTQNGRLSLS
                     DFASGYLYFGLQRMADGGWVFREWAPNATAIYLVGDFNGWEKREDYRLRRLEGAAGNW
                     EIVLPADALHHGDLYKLRMEWEGGAGERIPAWCRRVVQDETTKIFSAQVWDPAEKYKF
                     RVNDFRPDTSPLLIYECHIGMATEEEKTGTYEEFRLKVLPRVARDGYNAIQIMAIQEH
                     PYYGSFGYHVSSFFAASSRFGTPEELKRLIDDAHALGLAVIMDIVHSHAVKNEAEGLG
                     RFDGSYHQYFHTGERREHRAWDSLCFDYGRNEVLHFLLSNCKFWLDEYRFDGFRFDGV
                     TSMLYYSHGLGEAFSNYGDYYNGHQDGDAIVYLTLANRLIHEVNPHAVTIAEEVSGMP
                     GLAARFEDGGYDFDYRMAMNIPDFWIKTLKEKKDEDWHPSAIWWETTNRRADEKTISY
                     AESHDQALVGDKTIIFWLIDADMYWHMQTNDRNLTVERGLALHKMIRLVTATTMNGGY
                     LNFMGNEFGHPEWIDFPREGNGWSYKYARRQWGLVDNPDLKYHFLGDFDHAMLALIHS
                     VPAFQALPLQKVWDNDGDQVLAYMRGDFVFAFNFSPTHSFTDYGLLTPEGSYRVVLNT
                     DDPLYGGNGLTDDSVEHFTQPDPLYAPDGKGWLKLYLPARTAMVLRRVTPKKRKPKR"
ORIGIN      
        1 ccaccggtgt ggccgtctat ggggcgtatg ctgttgcgcc ctacacggac agacgaaaac
       61 cgggctggtt tttggttcgt atttcgaggg gtggcggaaa aggggacggg gcgtgggttg
      121 tgcgaaaagt ggggtaggcg cgcttccata attatacggc gactgttacc tttgcgggcg
      181 cgtcgcagga tgggaccaat catcgcttcc gctcacgcat tcataatctc taactatgta
      241 gcataagatg atgaacaaac tgatgctgat tcagaaagac ccttggctgg agccctatgc
      301 cgaagccatc gaagggcgac ataatgatgt gattaagaag gaacaagact tgacgcagaa
      361 tggacggctt agcctctctg actttgcatc gggatacctc tatttcggcc ttcagcggat
      421 ggccgacgga gggtgggtgt tccgggaatg ggctccgaat gccaccgcga tatacctcgt
      481 gggcgacttt aacggttggg aaaaacgcga ggattaccgt ctgcggcgct tggaaggtgc
      541 ggcgggcaac tgggaaatcg tgctgcctgc ggacgcgctt caccacggcg acctgtataa
      601 gctccgcatg gagtgggagg gaggcgctgg cgaacgcatt ccggcttggt gtcggcgtgt
      661 ggtgcaagac gagacgacga agatcttttc ggcccaggtt tgggatccgg cggagaaata
      721 caagttccgc gtcaacgatt ttcggcctga cacttcgccg ctgctcatct acgagtgcca
      781 tattggcatg gccacggagg aagagaagac cggaacctac gaggaatttc gtctcaaagt
      841 gctgccgcgc gtggcccgcg acgggtataa cgccatccag atcatggcca tccaagagca
      901 cccgtattac ggctcctttg gctatcatgt gagcagtttc ttcgcggcct cgtctcgctt
      961 tggcaccccg gaagagctga aacggctgat cgacgatgcg catgcgctcg gcttagccgt
     1021 gattatggac attgtgcata gccacgcggt caagaatgag gcggaaggct tgggacgctt
     1081 tgacggatcg taccaccaat attttcacac cggagaacgg cgtgagcacc gcgcttggga
     1141 ttcgctttgc ttcgattacg ggcgtaacga ggtgcttcat tttctgcttt ctaactgcaa
     1201 attctggctc gacgagtatc gtttcgacgg attccgcttc gatggcgtta cctccatgct
     1261 ttactatagc cacggcctcg gggaagcctt tagcaactac ggcgactatt acaacggcca
     1321 tcaggacggc gatgcgatcg tctacctgac cctcgccaac aggctgattc acgaggtcaa
     1381 cccgcacgcg gtgacgatcg ccgaggaggt gagcggtatg ccaggcttgg ctgcccgatt
     1441 cgaggacggg ggctacgatt tcgactaccg aatggccatg aatatccccg atttttggat
     1501 caaaacactc aaggagaaga aggacgagga ctggcatccg tcggccattt ggtgggagac
     1561 cacgaatcgg cgcgcggatg agaagacgat cagctatgcg gagagccacg accaggcgct
     1621 tgtgggtgac aagacgatta tcttctggct catcgacgcg gatatgtatt ggcacatgca
     1681 gacgaacgac agaaacctca ccgtagagcg tggcctggcc cttcataaga tgatccgcct
     1741 cgtgacggcg accaccatga acggtggtta tctgaacttt atgggcaacg agtttggcca
     1801 tccggagtgg atagactttc cgcgcgaggg caacggttgg tcatacaaat acgcccgcag
     1861 acagtggggg cttgtggata atccggactt gaaatatcat tttctcggcg attttgacca
     1921 tgccatgttg gcactgatcc acagcgtgcc cgcgtttcag gcgctcccgc tgcaaaaggt
     1981 gtgggacaac gacggggatc aggtgctggc ttacatgcgc ggcgattttg tgttcgcgtt
     2041 taacttcagc ccaacgcatt ccttcaccga ctacggtctg cttacgcccg aaggcagcta
     2101 tcgggtggtg ctcaacaccg acgatccgct ctacggaggc aatgggctca cggacgacag
     2161 cgtagaacac ttcacccaac ccgatccgct ttacgccccc gacgggaaag gctggctcaa
     2221 gctctacctg cccgcccgca cggccatggt tttgcgtcgc gtaacgccca agaagcgaaa
     2281 accgaagcgg taaaggatgc ccgagagggc aagcgataga aatctgatta aagttcaaca
     2341 tatcaagcac ttctgtaagc tcatcgccac tcatttttag cttgtgagtg agcgtaacaa
     2401 cgaaatgaat ccctatgttt ttcggccgat actgaaagaa gtcctttggg gcggcgcggc
     2461 catctgtcct tttaagtccc tgccccccga tccgcgcaag attggcgaaa gctgggaagt
     2521 gtctgacgta gacggtcggc cgtcggtcgt agccgatggg ccggaggagg gcgtcacgct
     2581 cggcgaattg gttcgtcgac acggcgccga tctcgtcgga ggccgcattt tggaacgttt
     2641 tgggtcgcgc ttcccacttc tggtcaagtt tattgatgcc cgagacgacc tctccgtaca
     2701 agtgcacccg gatgacaatc tggc
//
LOCUS       SEQF2634|AYYE01000755.1 6350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             127..405
                     /locus_tag="SEQF2634_00318"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFVDKNPLIESGQINSVYLSRIIEVGLIDAVHISHLIGLVKIY
                     GVYFIHLIEASVINSVYLTHLIEVIRIYDVYRGRLNRWIYKDEVSIYR"
     CDS             517..1380
                     /locus_tag="SEQF2634_00319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPLHGVQGGKRGTFGPLHDLHIDKRGEKEMEEEVQIQKLSQER
                     LDNALHLHFHASVRDWLLEADLKKIGLPKELVEEYEKCVQDEQEMIKETRARFETPHI
                     AKKEKECNHWLSYIAAVVRAMRLSPDPDEVKAAEMLYLLWRSDKPLQGVSLGRKSAGI
                     TSLLIDLKDDRYAPLITRLRLDRGVQLLDEANQALEDLQLQRIKARSKPDLPSSTDLR
                     PTTDAVYRRIVKYLELSYMNASPDGQAAITELVHLINKMVDHTRTAYKQSLSQRRARR
                     RQKEAREEGQS"
     CDS             1427..1855
                     /locus_tag="SEQF2634_00320"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYMKTKAIYNLEAAAALIDKQDERYYTASIHHAYYAVFQYMKYV
                     LANTGTSPLSYKEQDEKARSKGSHKYVIEQIVLRIALQMGTYKKARKFGQAVRELKGE
                     RVEADYSTRLFTLEECLACKQQAEDLIAKLVIYLETYERS"
     CDS             1842..2195
                     /locus_tag="SEQF2634_00321"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDLDLEQILRRWAQDLVSRYTWLTIRFEYSEKRGVYLVSYSPS
                     EKIDESESFARETMEFENRMNDLYDDNAPLFCDEEELFKLSSEAEVIRYHTPEKVDQH
                     SVPKKKKSSLAAAIL"
     CDS             2434..5253
                     /gene="susC_1"
                     /locus_tag="SEQF2634_00322"
                     /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
                     VNLVTRHGTYAVTDEKGTYNLPITRGDSVTVSYVGYEPQTLPAFYLIDHHEIRLKTGA
                     ELREVVVTASIASARNAKAVGSKIDKVDVERLMDQGTGSNLADIIDGRISGVQMFQSN
                     GKVGMPIRFNMRSGATLSMDRDPIIYVDGVRYNNSHTSDINTSQDAMSSLNDLPLEDI
                     ASIDVIKGPAAAASYGAEAANGVIVITTKRRSSAAADGGNLTGTVKFTQGVNTLARRY
                     TQFVNNDDINNFFVNGNITRLYANLSKRFSPGNQLYFSLDENHTAGIIPGNRDVRHAL
                     MAAYDVTQDKFGMNVSLRYINGSLSVPQTAQGKNDAIWNLMRTQKPWGYVSERTWRAQ
                     SWTYDNDRVIGQARLSYLLPGAVKVETLLGMDVNFIRGEYLLPYGYLLNTNDKGARNV
                     SNRRNSTLNWDIKANRRFDLGGGWQTTLTLLSQIVRRYETVNTVSTSVFSGNVTQLSA
                     ASEKQVSESDFEQRTWGLYGEAFFNYRNTLFINAGLRRDASNLIGANVASIYYPSLSV
                     SYNQQAFKWRAAYGESGRLPYPTDAHTAYALTGSSAYGPLVAPSTQGNPNIRPERMRE
                     IELGTDVNLKRHRIGLSLYGQFTSDAIIYVPLRSSLGWLGSRPENIGSVRGYGFELNW
                     NGTVWQNRRAGNALDLFVSVNGQTNEVTNTGGRTIENLPNVIKEGQPAYAFYYKKVEG
                     ARYDAKGVYKGAQESKEYEYLGKPFPTVNGAVGFELKLFHNLTFNARVNYATGASVYN
                     QSYYNVAGLGDNLKKREDLKAALAKETPGTDAYRATAEQLAHTERNRDNYIEKADFIR
                     LSSLSAGYDFSSPVRRATHQLIKTCRLMLSAQNLILITNYSGAEPQIEANGGTRQTRG
                     IGSLSRDITNAPAPRSFIASLTIGF"
     CDS             complement(5485..6228)
                     /locus_tag="SEQF2634_00323"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALQVGEVAVALLVRGRGDSLPLGVVAQAVYDVGVNLHVAGRLA
                     KGRIEAVGRAVDVVDDLHRGLFAEGGIEVGRGFGVLPATHVEFAEQGFGAAHGQIAIE
                     GTTHAAEHLGVGLADGCLEVGDGLGVERLVGEVLTVHGHLASRRGVRREAVGQQLVGI
                     AGIEVPRVAGIGADDGVALRAVIFRRGLDGEELFGAGAEVLQVVEDAVGLAARRGGVV
                     VAEGFIDEGVGHLRRCQLVGHRAEGHEGG"
ORIGIN      
        1 gcacctcgca gatcacctcg tccgacgggg agacggaatc caaaaaacag cgtagaagaa
       61 aaccacatga ttcagtcgga ctgaattgat aaggtatata agaatcacag gtttcaatcc
      121 actcctatga acttcgtcga taagaatccc ctgatagaat cgggtcaaat aaacagcgtg
      181 tatttgagtc gaattataga ggtgggtctt attgatgctg tgcatataag ccacttgata
      241 ggattggtaa aaatatacgg tgtatatttc atacacctaa tagaagcttc tgttattaac
      301 tccgtgtatt taactcactt gatagaagtg attagaatat acgatgtgta tagaggccgg
      361 ttgaatcgtt ggatatataa agacgaggta tctatttatc gatgaataga agggatttcg
      421 atagacattg ataaacggag tcgatggata gatgtggctt caatctgctt cgtagataag
      481 caccgatgga tagatgggat ttcaacaaac cgctaaatgt tacctttgca cggggtgcaa
      541 gggggtaaac gaggcacgtt tggccccctg cacgacctgc acatagacaa acgaggagaa
      601 aaagagatgg aagaagaagt gcaaatccaa aaactcagtc aggagcggct cgacaacgcc
      661 ctgcacctgc attttcacgc ctccgttcgc gattggctgc tcgaggcgga cttgaaaaag
      721 atcgggttgc cgaaggaact cgtcgaggag tacgagaaat gtgtccaaga cgagcaggag
      781 atgattaagg agacccgcgc gcggtttgag acaccacata tcgcaaagaa ggagaaggaa
      841 tgcaaccatt ggctgtcgta catcgcggcc gtggtgcggg ccatgcgcct ctcgccggat
      901 ccggacgagg tgaaggccgc cgaaatgctc tacctcctgt ggcgctccga taagccactt
      961 cagggagtgt ccctcgggcg gaagtcagcc ggcataacgt ccctgctgat cgatctcaaa
     1021 gatgaccgct acgccccgct tattacgcgc ctccgactcg accgtggcgt gcaactgctc
     1081 gatgaggcga accaggcgct ggaagactta cagctgcaac gaattaaggc gcggtcgaag
     1141 ccagacctac cctcgtctac cgacctccgc cccacgacgg acgccgtcta tcgccgcatc
     1201 gtcaagtatt tagagctgtc gtacatgaac gcctcacccg atggacaggc cgctatcacc
     1261 gagctggtac atctgatcaa taagatggtc gaccataccc gcacagccta caagcagagc
     1321 ctgtcgcaac gccgcgcccg ccgtcgccaa aaggaagcca gagaggaggg gcagtcgtga
     1381 gacaatcgaa ggaactatgt ttgccttcgg taagcgataa aggataatgt acatgaagac
     1441 gaaagccatc tacaatttgg aagcagctgc ggcccttatt gataaacagg acgagcgcta
     1501 ttacacggct agcatacacc acgcctatta tgccgtgttt cagtacatga agtacgtatt
     1561 ggcaaacacc ggaacgtctc cgctgtccta caaagagcag gatgagaaag cgaggagtaa
     1621 ggggtcacac aaatacgtga ttgagcagat cgtactgcgg atcgcgctac agatgggcac
     1681 ctataagaag gcgcgaaagt ttggacaggc ggtgcgtgaa ttgaaaggag aaagagtgga
     1741 agccgattac agtacacggc tgttcacttt agaggaatgt ctggcgtgca aacaacaggc
     1801 agaagatttg attgcgaaac tggtaatata tttagagacc tatgagagat cttgatttgg
     1861 aacagatcct gcggcgatgg gcgcaggact tggtcagtcg ctacacctgg ctgacgatcc
     1921 gatttgaata cagcgaaaag agaggcgtat atctcgtctc ctactcaccc tcagaaaaga
     1981 tcgacgagag cgaatctttc gcccgtgaga cgatggaatt cgagaatcgg atgaatgatc
     2041 tatacgacga caatgcaccg ctattctgcg acgaggagga gcttttcaag ctctcttctg
     2101 aggcggaggt gatccgttac cacacacccg agaaggtgga tcagcatagc gtgccgaaga
     2161 aaaagaagtc gtcgttagct gccgctatac tctgagtcgc acagcctgcg gcgtcctgcg
     2221 aatcagccct gccggtggga aggtgaagac ctcacccttt cagccggcag ggctttttat
     2281 gtccctcgcc cgtttcctcc ccattgatag ggagaaaagg ggagtttgca ttccctgcag
     2341 agccgcataa acagctataa ttagggaggg gccacgggca gtggcgggcg tacttttgcg
     2401 cccgctaaaa atcaattgta atagaagaac agtatgacaa aaagaactac gcagttttat
     2461 ctgctcaccc tcctcttcct gctctgcacc gccaccacgg ccctggcaca gcgacgcgtg
     2521 gagggacgcg tggtagacaa cgaaacgggc gagacgctgc ccggcgtgaa cctcgtcact
     2581 cgacacggga cgtatgccgt caccgatgaa aagggtacct acaacctgcc catcacacgg
     2641 ggcgactcgg tcaccgtctc ctacgtcggc tatgagccgc agaccctccc cgccttttac
     2701 ctcatcgacc atcacgagat ccgcctgaag acgggcgcag agcttcgcga agtggtcgtc
     2761 accgccagta tcgccagcgc acgcaacgcc aaggccgtcg gatcgaagat cgacaaggtg
     2821 gacgtggagc ggctcatgga tcagggcaca ggctcgaacc tggccgacat tatcgacgga
     2881 cgcatcagcg gtgtgcagat gttccaatcc aacggtaagg tgggtatgcc catccgcttc
     2941 aacatgcgta gcggcgccac gctcagcatg gaccgcgacc cgatcatcta cgtagacggt
     3001 gtgcgctaca ataactccca tacgtccgac atcaacacct cgcaagacgc catgagctcc
     3061 ctcaacgacc tgccgctgga ggacatcgcc tccatcgacg tcatcaaggg tccggctgcc
     3121 gcagcctcct acggcgccga ggcggccaac ggtgtcatcg tcatcaccac caagcgtcgc
     3181 agctcggccg cagccgacgg cggcaacctg acgggtacgg tcaagttcac ccagggcgtc
     3241 aacacgctgg cccgccgata cacgcagttc gtcaacaacg acgacatcaa taacttcttc
     3301 gtcaacggca acatcacccg cctctatgcc aatctctcca agcgcttctc gcccggcaac
     3361 cagctctatt tctcgctcga cgagaaccac accgccggca tcatccccgg caaccgcgac
     3421 gtgcgccacg ccctcatggc cgcctacgac gtgacccaag acaagttcgg catgaacgtc
     3481 agcttgcgtt acatcaatgg ttcgctcagc gtgccgcaga cggcgcaggg aaagaacgac
     3541 gcgatctgga acctcatgcg cacgcagaag ccgtggggct acgtcagcga acgcacctgg
     3601 cgcgcacagt cgtggacgta cgacaacgac cgtgtcatcg gtcaagcccg cctcagctac
     3661 ctcttgcccg gcgctgtgaa ggtcgagacg ctcctcggca tggacgtgaa cttcatccgt
     3721 ggcgaatacc tcttgcccta cggctacctg ctcaacacga acgacaaggg cgcgcgcaac
     3781 gtcagcaacc gtcgcaactc gacgctcaac tgggacatca aggccaaccg tcgcttcgac
     3841 ctcggtggcg gatggcagac caccctgacg ctcctctcgc agattgtccg ccgctacgag
     3901 acggtcaaca ccgtctccac aagcgtcttc agcggcaacg tcacgcagct ctcggccgcg
     3961 tccgagaagc aagtcagtga gtcggacttt gagcagcgca cgtggggact ctacggcgag
     4021 gcgttcttca actatcgcaa cacgctcttc atcaacgccg gcctccgccg cgacgcctcg
     4081 aacctgatcg gcgccaacgt ggccagcatc tattatccct cgctcagcgt atcgtacaat
     4141 caacaggcct tcaagtggcg cgccgcctat ggcgagtcgg gccgcctgcc ttaccccacc
     4201 gatgcgcaca cggcctacgc cctgaccggc agctcggcct acggtccgct cgtggcgccc
     4261 tccacgcagg gcaatcccaa catccgcccc gaacgcatgc gcgagatcga gttaggtacg
     4321 gacgtcaacc tgaagcgcca ccgcattggc ctctcgctct atggccaatt cacctcagac
     4381 gccatcatct acgtgcccct gcgcagctcc ctcggctggc tcggttcgcg cccggagaac
     4441 atcggtagtg tgcgcggcta cggcttcgaa ctgaactgga atggcacggt ctggcagaat
     4501 cgccgcgcag gcaacgccct cgacctcttc gtcagtgtga acggacaaac gaacgaggtg
     4561 acgaacaccg gcggccgcac aatcgagaac ctgcccaacg tgatcaagga gggtcagccg
     4621 gcctacgcct tctattataa aaaggtagag ggcgcgcgct acgatgccaa aggcgtctat
     4681 aagggtgcgc aggagagtaa ggagtatgaa tatctcggca aacccttccc gacggtcaac
     4741 ggtgcggtgg gcttcgagct gaagctgttc cataacctca ccttcaacgc ccgcgtgaac
     4801 tatgccaccg gcgcgtcggt ctataaccag agctactaca acgtggccgg cttgggcgat
     4861 aacctcaaga agcgcgaaga cctcaaggct gcgctggcca aggagacgcc gggcacggac
     4921 gcttatcgcg ctacggccga acagctggcg cacacggagc gcaatcgcga taactacatc
     4981 gagaaggccg acttcatccg cctcagcagc ctctctgcgg gctacgactt cagctcgccc
     5041 gtgcgtcggg ccacgcatca gctgatcaag acgtgtcgcc tgatgctctc ggcgcagaac
     5101 ctcatcctca tcaccaacta cagcggcgcc gagccgcaga tcgaggccaa cggcggcaca
     5161 cgccagacgc gtggcatcgg cagcctctcg cgcgacatca ccaacgcccc cgcgccgcgc
     5221 tcattcatcg cttcactcac catcggattc taaacaatga cacagataga cataatgaag
     5281 aacctccgct atatcctcct ttcggccgtc gctctcgtca ccctggccgg ctgcgacaaa
     5341 tggatcgaca acgccaagac gccctccaac tcgctcacgt acgacgacct gcgccgaccc
     5401 ggcatgatgg cctccgtcaa aggcaagacc ctcaccgacg gcgccctcac ggctaacgtc
     5461 aagacactgg ccggacaggc ctcctcagcc gccttcatgg ccctcggcgc gatgaccgac
     5521 gagctgacac cgacgaaggt gcccaacgcc ctcgtctata aagccctcag cgacgacaac
     5581 gcctcctctg cgggcggcga ggccgacggc gtcttcaaca acctgcaaaa cctccgcgcc
     5641 cgcgccgaag agctcctcgc catcgaggcc tcgacggaag atgacggctc ggagggctac
     5701 accgtcgtcc gcgcctatgc ccgccacacg gggcacctct atgccggcta tgcctacaag
     5761 ctgctggccg actgcttctc gtcgaacccc tcggcggctg gcgaggtgcc cgtgaacggt
     5821 aagaacctca cccacgaggc gctctacgcc gaggccatca cccacctcca ggcagccgtc
     5881 cgcgaggccg acaccgaggt gctccgcggc atgggtggtg ccttcaatcg cgatctggcc
     5941 gtgggcagcg ccgaagcctt gctctgcaaa ctctacatga gtcgcgggca gtacgccgaa
     6001 gcctctgccc acctcgatgc cgccctcggc gaaaaggcca cgatgcagat cgtctacaac
     6061 gtcaacggct cgcccaacgg cctctattcg acccttggcg agacggcccg cgacgtggag
     6121 gttgacgccg acatcgtaaa cagcctgcgc aacgacgccg agcggaaggc tgtccccacg
     6181 gccacgaaca aggagggcaa ccgctacctc accaacctgc aacgccatag cccgttgacc
     6241 atcaccgatg gcgccgagat gctcctcatt cgcgccgagt tgatcgtccg cggcgtgcgc
     6301 acgggcgacg ctctggctgc cgtcaaccgc gtcatcacga cctacgatgc
//
LOCUS       SEQF2634|AYYE01000756.1 2532 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2532
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             105..608
                     /gene="lolA_1"
                     /locus_tag="SEQF2634_00324"
                     /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="MKCDFTQVKQLSFMNDKVTSEGRMYYKKANKIRWEYTRPYAYVF
                     STDGTTVHMTSGKGGASNRVPVKSSKLFSEISRVMVGGVSGAGLVDSPDFSSTFSVGQ
                     SDWQITLTPRKKEVRDLFASVRLYVGKSDGRVRRVELEEKSGDRTTITLKNVQANVNV
                     DDALFTR"
     CDS             580..1194
                     /locus_tag="SEQF2634_00325"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTMRYSLVKGLRIAAHLRYAAKPLAFMLCLLLLTGCAATRNVQ
                     QREASTARVWTPAMRSAEEKNTYRVRLRAAGRDLTGICVTKRVGDEWRGSLVNEFGSK
                     AFDFVTTARRGTLLNVFPMMDRWYIRRTVAADLHFLFEVDNAEATFARRVGRSERGDT
                     IVAVSGRWRMTATPHDSTVTLVNTRRNIVYELRRMAETDDGSDE"
     CDS             1187..1744
                     /locus_tag="SEQF2634_00326"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNGAATLRLPLDYPLTTRGQPRNYRGRRPHNYPLTTPYRMLID
                     SLFTIRSREETPAGCTYVLAPETGHAIYGAHFPGSPVTPGVCIIQTVKELVERSIGRP
                     LFLRTVRNAKFLHVIDPRQATEVTFPLAISRPDEGGVAVSCVVTDGGEAVFAKVSLLL
                     EEVEGRRSPSVLSFLPIITYAPSAV"
     CDS             1741..2430
                     /locus_tag="SEQF2634_00327"
                     /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="MIDEVLATGARVIVVNDGSTDGTADVLRGYARRGVEVVAYAKNR
                     GKGYALSRGFDRAEAMGFDRVVTMDADGQHSVADLPRFVEATAVHPNALLMGRRTVEG
                     EMPQGNTFANRLSNFWFAVQTVRRLRDTQNGFRLYPLSAMRGMRPLTSRYEAELELAV
                     RCAWRGLPIVAVPVTVNYAPRGGRVTHFRPGRDFLRISLLNTALTLLALVYGYPSMLV
                     RRIVRHHPNDQ"
ORIGIN      
        1 cgtctgctca gcctgcaaga cctcattacg actgcgcggc aagcgaggca caacgcaagg
       61 aaatcgtagc taagatcacg cagacggccg ccagcgtacg cacaatgaag tgcgacttta
      121 cgcaggtcaa gcagctgtcg tttatgaatg acaaagtgac atccgagggg cggatgtatt
      181 ataagaaggc aaacaaaatc cgctgggaat acacgcggcc gtacgcctac gtcttctcga
      241 ccgatggcac gacggtgcac atgacctcgg gcaagggcgg cgcttcgaac cgtgtgccgg
      301 tgaagtcgag caagctcttc agcgagatca gtcgcgtgat ggtcggcggt gtaagcgggg
      361 cgggcctggt ggattcgccc gacttctcgt ccaccttctc cgtcgggcag agcgattggc
      421 agatcacgct cacgccacgc aagaaggagg tgcgcgacct cttcgcctcc gtacggctct
      481 acgtcggcaa gtccgacgga cgcgtgcggc gcgtggagct cgaggagaag agcggcgacc
      541 ggacgacgat cacgctcaag aatgtgcagg ctaatgtcaa tgtggacgat gcgctattca
      601 ctcgttaagg ggcttcgcat agcagcgcat ctgcgctacg ctgcaaagcc tctcgccttt
      661 atgctgtgcc tcctgctgct gacgggctgc gctgcgacgc gcaatgtcca gcagcgtgaa
      721 gcgtcgacgg cgcgcgtatg gacgccggcc atgcgatcgg cggaggagaa gaacacgtat
      781 cgcgtgcgcc ttcgggcggc gggccgtgac ctgacgggca tctgcgtcac gaaacgcgtg
      841 ggcgacgaat ggcgcggctc gctcgtgaac gagttcggga gcaaggcctt cgacttcgtc
      901 accacggcgc gtcggggtac gttgcttaac gtctttccga tgatggaccg gtggtacatc
      961 cggcggaccg tcgcggccga cctgcacttc ctgttcgagg tcgacaatgc cgaagccacg
     1021 ttcgcccgtc gggtggggcg cagcgagcgg ggcgacacga tcgtagccgt ttcaggtcgg
     1081 tggcgcatga ccgcgacgcc gcacgacagt accgtgacgc tcgtcaatac ccgccgcaac
     1141 atcgtctacg aactgcgccg aatggccgag acggacgacg gcagcgatga gtaacggggc
     1201 cgccaccctc agactacccc ttgactaccc tctaactacc cggggccagc cccgtaacta
     1261 ccgcggccgc aggccgcata actacccttt gactaccccc tatcgtatgt tgattgattc
     1321 cctattcacg atccgcagcc gtgaggaaac gcctgcggga tgcacctatg tgctggcgcc
     1381 cgaaaccggc cacgcgatct atggcgcaca cttccccgga agccccgtga cgcccggcgt
     1441 gtgcatcatt caaacggtga aggagctcgt ggagcggtcc atcggtcggc cgctcttcct
     1501 gcgcactgtt cggaacgcca aattcctcca cgtcatcgac ccgcgtcagg ccaccgaagt
     1561 gaccttcccg ctcgccatct cccgaccgga cgagggcggt gtcgccgtgt cgtgcgtcgt
     1621 gaccgacggc ggcgaggcgg tctttgccaa ggtcagcctg ctacttgagg aggtggaggg
     1681 aagacgcagc ccttctgtgt tatcgttcct acctataata acgtacgcac cgtcggcggt
     1741 gtgatcgacg aggtgctggc aacgggtgct cgcgtgatcg tcgtcaacga cggctcgacg
     1801 gatggcacgg ccgacgtact gcgaggctat gccaggcggg gcgtggaggt ggtggcctac
     1861 gcgaagaatc gcggcaaggg gtacgccctg tcgcgcggtt tcgatcgggc ggaggcgatg
     1921 ggtttcgatc gcgtcgtgac gatggatgcc gatgggcaac acagcgtagc cgacttgcca
     1981 cgcttcgttg aagccacggc tgtgcacccg aacgcgctgc tgatgggccg tcggacggtg
     2041 gagggcgaga tgccgcaggg caacacgttc gccaaccggc tgtcgaactt ctggttcgcc
     2101 gtgcagacgg tccgtcgcct gcgtgacacg cagaacgggt tccgcctcta tccgctatcg
     2161 gccatgcgtg gcatgcgtcc gctgacgtcg cgctacgagg ccgagttaga gttggccgtg
     2221 cgttgtgcat ggcgcgggct gcctatcgtg gccgtccccg tgaccgtcaa ctatgccccc
     2281 cggggcggtc gcgtgacaca tttccgaccg ggccgcgact tcctccgcat tagtctgctc
     2341 aacacggcac tcaccctgct ggcgcttgtg tatggctacc cgtcgatgct cgttcggcga
     2401 atcgtgaggc atcatcctaa tgatcaatga ttatctccaa tcggccatta gagatgatcg
     2461 tctcctccgg ccggcagggt aggggcgtat tgcatacgcc ctacttaacg ccccaatagg
     2521 ggcgaataat cc
//
LOCUS       SEQF2634|AYYE01000757.1  504 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggcagaata ggtctaagcc gttcgcgcta tacctcctgc cgtctatcct cccgccaaaa
       61 aattcttcct tttttcgttc tccttatcga agaatctccc cttctcctaa acgtaatccc
      121 acgtcaatcc ttcaaatccg atttttctgc cggcagggta ggggcgtatt gcatacgccc
      181 taccaaacgc cccgcaaagg gcgaatgggt agacgttgaa tctatatggg gcgtatgcaa
      241 tatgccccta catgggtatc tatctgataa ccgattagac atgatggaat gaaatacgta
      301 ttcgtctctg attgtccgag acaatagata acacctaccc gaggaatctg cgattgtccg
      361 agacatggca aaaagggaca cgtattcatc tccgattgtc tgagacaatg ggaaatacct
      421 ggccgaggaa tccttggttg tctccatcaa taacaaccct caagtcatgg gggttaacgt
      481 tgtccgagac aatagtaacc ctca
//
LOCUS       SEQF2634|AYYE01000758.1  282 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 caccatgccc gccacggtgt cctcccggac gtagcagtcg atcagatgga gcgaagtttt
       61 ggggggtatt cgaggaaggg acggacatcg acttgaagga gaaccagcgc accgacgcct
      121 tcaatatcta tgaccggcgt gtggatcgag ccaactccga gctctccaag atcctgctct
      181 accagacgat gaccatcgac aacggcagca gtctctcgca gtcggaggta cacctggaag
      241 tgcttaagaa cctgatcgag gagattgccg acggcctacg cg
//
LOCUS       SEQF2634|AYYE01000759.1  946 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..946
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 acaggtacta cttgtggccc tgtcccagat caatgtatca ttcagccata ctttctgctg
       61 aatatccatt gtgggggaat gatagaactc taccttaaat agatcacgac gtccatctcc
      121 ccaatctaca agagtcatcg ttgtcgttat tgtcccttta tccggcctta catcggggta
      181 aatggtcatt aaataataag gtaggaaggt gctctccggg gggctgatcg aaaagcccct
      241 gggattgtca gaccaagggt tataattacg caattcagct ccatccctta catcgtagat
      301 atcaatctta gaaagatcca ctttgtttgg agatgtagat gagggatcta ataaatcatt
      361 tccatcctta tctattatgc gcaaatcaat gaatgcaaga cacgtgtagt tttgacagtc
      421 ggaggaatca ctcttcttta tggagggcat cgtatcattt tctatgaggt ccatctcatc
      481 gcttatctct gctgtatcca tttcttttct cgaacaagca gagagggata gcatcagtag
      541 aaaaatcatg aagatgatgt ccctcatgtt cctcttagtt tcatctcctc tttcttgggc
      601 caatttcata tgcctctcta tttattattg tgtgagaaaa tctgcaaccc gctttgatgg
      661 agctgcggag gcaaagatag atgattcatc tgtgaattaa gacatcacgg cgccttattt
      721 tatccttgct atttgtatga atttcaagca tatccctcgt tttgaggagg aatcatagag
      781 gtatgtgcta tccatcccaa gaaatggggg tctgaggcgc gtgtatgccc taaccgcggc
      841 gcgtttacat gtttctatgt aggggcgtat tgaatacgcc ctaccggcga cccatttatg
      901 gggcgaatga tccgaatgat cgatcaccga tgcgcattct tgtccc
//
LOCUS       SEQF2634|AYYE01000760.1  914 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..914
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(76..846)
                     /gene="ydfG"
                     /locus_tag="SEQF2634_00328"
                     /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 aacgtatcgt aaccacgttc ggaacgtatc ataaccacgt tcggaacgta tcgacaccca
       61 cctcggaacg gtatttcagc ccttcggcgt gcgatggatg gtgcgggcgt cggcctgggc
      121 agtgggcatg acgaggatgt cctgcaggtc gacgtgcgcg ggggcggtga gggcgaagcg
      181 gatggtgcgg gcgatgtcgt cggccgagag cggcgtgtag ccgtcataga cgctggcggc
      241 gcgttggttg tcgcccttga agcggacgat ggagaactcc gtctccacgg cgccggggca
      301 gatgaggctc acgcggatgc cgtagggcag gaggtcctga cgcatgcctt ggctgagggc
      361 gcgcacggcg tgcttcgtgg cgcagtagac ggcgccgccg gggtagacct cgcggctgga
      421 gatggagccg aggttgacga tgtggccagc gcggcgggcg accatgcccg gggcgacggc
      481 gcgggtgacg tagagcaggc ctttgatgtt ggtgtcgatc atgcgttccc agtcgtcggg
      541 gtcgccctcg tggatcgact cgagaccgac ggccagtccg gcgttgttga tgagcgtgtc
      601 gatggcctgc cattcgtcgg gcaggctggc gatagcctcc tcgacggcgt cacggcggcg
      661 gacatcgaaa gcgagcgcca ggaagcggct cttggggtag gtacgggcca gctcgtcgcg
      721 gagggcttcg aggcgttcgc ggcgtcggcc ggtgaggatc aggtggtggc catcttgggc
      781 caatacgtgg gccgtagccc gaccgatgcc tgcggtagca ccggtgatca ttgtgatggg
      841 ttgcatagag ggtagagttt agagggtaga gtttagaggg tggagggtag agggtggagg
      901 gtagagggta gagg
//
LOCUS       SEQF2634|AYYE01000761.1  723 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..723
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aggcaaatcc aacctgctgc aggccttcga ctttttgcgg aaggagaggt agttcttgac
       61 tttgaattct tgtatcatat gtggtgcttg gttggggatg gcccgcaaag atagatccgc
      121 tgcgcaaagc ctctttggcg ccattgtctc tgtttttcgc ccgccacaaa atccatttgc
      181 ccgaaaacct cgcacaatcg ctccaacgga aagtctgtgg ggcgaaaacc tcgcacaatc
      241 ggcccaacag gaagattgtg gggcgaaaac ctcgcacaat caccccaccg ggaagtctgc
      301 ggggtgaaaa cctcgcacaa tcactccaac gggaaccgtg tgggacgaaa acctcgcaca
      361 atcaccccaa cgggaatcgt gtggcctgaa aaacttgcac aatcgcccca acgaaaagtc
      421 tgtggcctga aaacctcgca caatcggccc aacgagacgg ttttggggcg aaaaacttgc
      481 tcaatcgctc gccacggaag tgtttgggcc ggttgtccgc cgcaggattt ccgtgatttt
      541 atggctgagt cacagcctga ggctttcggt cgctgtttcg gaaagcgatg gccgaccgtc
      601 ggcttggggt tgcctacgcg gtcggtgatc catggccttc ggcgagagat gctctcattt
      661 tgtgatccac cataaccttc ggaaaagtgc ggctccgttt tttgatcttc ccaaagcctg
      721 agg
//
LOCUS       SEQF2634|AYYE01000762.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcctgtcct tggcggggag ggcgaggggg cgtatgcaat acgcccctac gcattcggca
       61 ggaagaaaga gcgacccttg gactttcccg tccccgaaaa gggtgggatt caaaaatgta
      121 cccgctaacc cttagccgac aggaatcgga aagagcgacc cttgggcttt ctcacccttg
      181 gcgagttgga ttaaggggcg tatgcaatac gcccctaccc attcggcaga aaaaaagagc
      241 gacccttggg ctttcccgtc ctcgaaaagg atgggattca aaaatgtacc ccctaaccct
      301 tagccgacac gaatcggaaa g
//
LOCUS       SEQF2634|AYYE01000763.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcctcattgt gcgacacaat gagacttaaa agttccgaga ggccctatcg tgtcacacaa
       61 tgagacctaa aaattccgag aggccctatc gtgtcacaca atgggaccta aaagttccga
      121 gaggcgccgt cgtgtcgcac aatgagacct aaaagttccg agaggcccta tcgtgccaca
      181 caatgagact taaaagttcc gagaggccct atcgtgtcac acaatgagac ctaaaagttc
      241 cgaga
//
LOCUS       SEQF2634|AYYE01000764.1  854 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(599..850)
                     /locus_tag="SEQF2634_00329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKRQDHLYVVVEIEGYLYLTRGAVFSYHEFSRAVSDPRMTDEE
                     WQKTLEKKPRHGVPDWMRELILPGAIPVDNEKVFYSGGC"
ORIGIN      
        1 tgggtcggtc gggcaggtag gcccagttct ctgacgggac acgcagcgag gtgaagaccc
       61 aaacgcggcg gggcgactcg gccaagagca gggggcggca ggcggcgtcg gcggtggagt
      121 ccatgccgaa gggcgtcatg ccgtggcgga gcacctgctg gcgggtgtcc cggaggccct
      181 cgcgcccctg atccatggtg tggttgttgg ctaagttgag gtgggggacg ccgtggcgac
      241 ggaggccggc aagccattcg ggttcggcgc gaaagataaa gcgcttatgg acaggccgtc
      301 ggatgcgtgt ggcgggacat tcgaggttgg ccaccacacg tccgcaacgg cggaagaggg
      361 agtcgatttc cggggcaaag agggcgtcca cgccgtggcg ttcgatggac tgccgcacgc
      421 cccggtcgag catgacgtcg ccgacgaagg ccacccgaag cgtgtccgga ggcgtcgcgg
      481 ccgggctgtg acccaaagaa atggccccca ccacgaggag cgggagccat gcagaaaggt
      541 gtctcatagg gcagacggtg agcggacgca gtgtgcgcgg tcgatgaagc ggggaggctc
      601 agcagccgcc gctgtaaaac accttctcgt tgtccaccgg gatggccccg gggaggatca
      661 gttcacgcat ccagtccggc acaccgtggc gaggcttttt ctcgagcgtc ttctgccatt
      721 cctcgtcggt catgcgcgga tcgcttacgg cgcggctgaa ttcatgataa gagaagacgg
      781 cgccgcgggt gaggtagagg tatccctcga tctcgacgac gacgtagagg tggtcctgtc
      841 tcttgtacac atct
//
LOCUS       SEQF2634|AYYE01000765.1 4499 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4499
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             40..744
                     /locus_tag="SEQF2634_00330"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGRTTFQKIICNNCGRAADFTVTVPRDVVLSLANQFGNIYINR
                     ATQPLTVTVKYGDLYLKEASTASVNVSFGKASIDRCAMLNLNSQYSGITLGTVGQLTG
                     QTKFDGTYRIESVGRCTLTAGYTQIRIDRLSESCVVDKLRFSGLRIGEVARGFSEISV
                     KASYSEVHLGLTPGHAFRADLSASYGQIHTGDLNIRAADTRSGHTNQLSGTAGASESP
                     RARVSVTSSFGDIYLK"
     CDS             896..1573
                     /gene="glxR"
                     /locus_tag="SEQF2634_00331"
                     /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="MDASTGWARMWRLLNEEERSILRANSIIAHYKRNQIIYSEGDEP
                     KEMMCLLKGKVKIAKEGVGGRSQIIRMIRPIQYFAYRAYFAKERYLTSATACDLSTVC
                     AIPMTIVDMLIHANSRLAMFFIRQLSADLGIADERTVNLTQKHIRGRLAESLLFLKDS
                     YGLEEDGATISIYLSREDLANLSNMTSSNAIRTLSSFASERIIAMDGRKIKLIDEDQL
                     RKISRMG"
     CDS             complement(1687..3138)
                     /gene="pbuG"
                     /locus_tag="SEQF2634_00332"
                     /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="MKRMLLTVLLVSLCAMGSTAAKKVYRRQIVKEFSVGARPELALS
                     NCFGEIRIVEGADRKITVRVELRGEGKTDEEARRYAEAVNVDLSLSGNRVEGRTTFQK
                     IIFTTTAIISMFSTLIMALYARLPFALAPGMGLNAFFAYTVCTKMGYDWSFALTAVLI
                     EGVTFIILTETNLRDAIVNAIPASIRNAIGPGIGLYIAFIGLKNGGVIASSPATFVTL
                     GTITSGPGLLSIIGLVLTGTLLILNVRGALLLGILGTTLIGLPMGLTTFGGVAGLPPS
                     IAPIAFKFDFTHVFTVDMLIVVLTFLFIDMFDTIGTLVGVSTKAGMLRNGQVPHLKRA
                     FMADAVGTTIGSMMGSSAIATYVESASGVAQGGRSGLTAFTTAVCFAVALIFAPLFLS
                     IPGSATCPVLVIVGLFMLSPIRDIDLDDYSESLPAFICLVLMPLTYSISDGILIGIIS
                     YVVLNLLGGKRRKLTPTMYVLAVLFILKYVFIG"
     CDS             complement(3135..3656)
                     /locus_tag="SEQF2634_00333"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTNDKLENRLQAQAAEIFAADTPPAGHRERFAQRLDAERALRR
                     RRRLSWRLAIGAVALAAAVALMAVWLWPTTVASDGCDDAAESPVEVQRYYAMKLDHEL
                     EATRALIGDTDNEDRRALLEELQAMQVEDVPDVQLPDDERITLIVRVYTSKIDALKHI
                     QTQLSTHYKKEES"
     CDS             complement(3653..4198)
                     /gene="rpoE_1"
                     /locus_tag="SEQF2634_00334"
                     /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
                     EPPSDEPDDPDELPDTDTIRRSVERLPETYRNILRLRLFGQMRFADIAAALRANPSSV
                     RVQYTRGLSRLRKLLTRKEEG"
ORIGIN      
        1 gaagccgtca acgtcgacct ctcgctgtcg ggtaaccgag tggagggtcg gacgaccttc
       61 caaaagatca tctgtaataa ctgcggccgt gcggcggact tcaccgtgac ggttccgcgc
      121 gacgtcgtcc tctcgctcgc caaccagttc ggcaacatct acatcaaccg ggccacgcaa
      181 ccgctcaccg tcacggtgaa gtatggcgac ctctacctca aggaggcttc gacggcctcg
      241 gtcaacgtct cctttggcaa ggcctccatc gaccgttgcg cgatgctcaa cctcaatagc
      301 cagtattcag gcatcaccct cggcaccgtg gggcagctca cgggccagac gaagttcgac
      361 ggcacctacc gcatcgaatc tgtcggccga tgcacattga ccgcgggcta tacgcagata
      421 aggatcgatc ggctgagcga atcgtgcgtc gtggacaaat tgcgcttcag cggcctcagg
      481 atcggcgagg tggcgcgtgg tttcagcgag atctccgtca aagcctccta cagcgaggtg
      541 cacctcggcc tgacgcccgg tcacgctttc cgcgccgacc tctcggcttc ttacggccaa
      601 atccataccg gcgacctgaa tatccgtgct gccgatacgc ggagcggaca caccaatcag
      661 ctttcgggca cggctggcgc gtcggagagt ccgcgggcac gagtgagcgt cacgtcctcg
      721 ttcggagata tttatctgaa gtgaggctgg aatgacgttg aaacactgtt tgaacgcctt
      781 ctctgcgctc tgatccatct tcgattttga gatttccgga ttggtttaca tttggcccgt
      841 caaaatagtt ataccaagta ggacataagt ggaattagaa agagaaacag aagaaatgga
      901 tgcctcgacg ggctgggccc gcatgtggag gctgctgaac gaggaagagc gtagcatctt
      961 acgtgcaaat tcaatcattg cgcactataa gcgcaaccag atcatttact ccgaaggcga
     1021 cgaaccgaaa gagatgatgt gtttgctcaa ggggaaggtc aaaatcgcca aggaaggcgt
     1081 gggcggacgt agccagatta tccgcatgat acgccccatc cagtactttg cttaccgggc
     1141 ttatttcgcg aaggagcgtt acctgaccag cgctacggcc tgcgatctgt ctacggtctg
     1201 tgccatcccc atgacgattg ttgacatgct catccatgcc aactcgcggc tggctatgtt
     1261 ttttatccgc cagctctcgg ccgatctggg tatcgccgac gaacggaccg tgaatcttac
     1321 gcagaagcat atccgcggcc gattggccga gtcgctgctc ttcctcaagg atagttacgg
     1381 gctggaggag gacggtgcca cgatcagcat ctatctctcg cgtgaggatc tggcgaacct
     1441 ctcgaacatg acttcctcga acgccatccg aacgctctcc tcctttgctt ccgagcggat
     1501 catagcgatg gacggccgca agatcaagtt gatcgacgag gatcagcttc gcaagatcag
     1561 tcggatggga tagggaggga acggtaaagc gaaatagtag aaaggaaaaa gtcctgccgg
     1621 cggaaagggt atcgcacccc tcttctgccg gcaggacttt ccgttttccg cttttcgttt
     1681 tccgcgctac ccgataaaga cgtatttcag gatgaagagc acggccagaa catacatcgt
     1741 cggggtgagc ttgcgacgct tgccgccgag caggttcagg acaacgtagc tgatgatgcc
     1801 gatcaatatg ccgtccgaga tgctatacgt gaggggcatg aggacgaggc agatgaaggc
     1861 ggggagcgat tcggaatagt cgtctaagtc aatgtcacgg atagggctga gcatgaagag
     1921 accgacgatg acgagtacgg ggcacgtagc cgaaccgggg atggagagga agagcggtgc
     1981 gaagatgagt gccacggcaa agcatacggc cgtggtgaag gccgtaagtc ccgatcggcc
     2041 accttgcgcc acgcccgagg cgctctccac atacgtcgcg atggcgctcg atcccatcat
     2101 cgacccgatg gttgtgccta cggcgtcggc catgaaggcg cgcttgaggt gtggcacttg
     2161 accgttccgc agcatccccg ccttggtgga gacgccgacg agtgtgccga tcgtgtcgaa
     2221 catgtcaatg aagaggaacg taagcacgac gatgagcatg tcgaccgtga agacgtgtgt
     2281 gaagtcaaac ttgaaggcga tcggagcgat ggacggcggc aggccagcca caccgccaaa
     2341 cgtggtcagg cccatcggta ggccgatgag cgtcgtgccg aggatgccga gcagtagggc
     2401 gccgcggacg ttgaggatga gcaatgtgcc cgtcagcaca aggccgatga tggagagtag
     2461 tccggggcct gaggtgatgg ttccgagcgt gacaaacgtg gccgggctgg aggcgatgac
     2521 gccgccattc ttcagtccga tgaaagcaat gtagagcccg atgcccggcc cgatggcatt
     2581 gcggatagag gcggggatgg cgttgacaat ggcgtcgcgg aggttcgtct cggtgaggat
     2641 gataaatgtc acgccctcga taagcacggc ggtgagggcg aacgaccagt cgtagcccat
     2701 cttggtgcag acggtgtagg caaagaaggc gttcaggccc atgcctggcg ccagggcgaa
     2761 gggtaggcgg gcgtaaagcg ccatgatgag ggtggagaac atagagatga tggccgtggt
     2821 ggtgaagatg atcttttgga aggtcgtccg accctccact cggttacccg acagcgagag
     2881 gtcgacgttg acggcttcgg cataccgacg cgcctcctca tccgtcttac cctcgccgcg
     2941 cagctccacg cgcacagtga tcttacgatc cgccccttcg acgatgcgaa tctcgccgaa
     3001 gcagttgcta agggcgagct caggacgcgc tccgacactg aactccttca caatctgccg
     3061 ccgataaacc ttcttggcgg ctgtgctgcc catggcgcaa aggctcacga gcagcacggt
     3121 aagcagcatt cttttcatga ttcctctttc ttatagtggg ttgataattg cgtttggatg
     3181 tgcttcagcg cgtcgatctt ggaggtgtag acgcgcacga tgagggtgat tcgctcgtcg
     3241 tcgggcagct gcacgtcggg cacgtcctcg acctgcatgg cttgaagttc ttcgagcaaa
     3301 gcgcggcgat cttcattatc agtgtcgccg atcagggcac gcgtggcctc cagctcgtga
     3361 tcgagcttca tggcataata gcgctgcacc tcgacgggcg attccgcagc atcgtcgcag
     3421 ccgtcgctcg caaccgtcgt cggccacagc cagacggcca taagggccac ggccgctgcc
     3481 agcgccacgg caccgatggc caatcgccac gacagccgac gtcgccgacg caatgcgcgc
     3541 tcggcgtcta atcgttgggc aaagcgttcg cgatggcccg ccggcggtgt atcggcggca
     3601 aagatctccg cggcctgcgc ctggagcctg ttttctaatt tatcgttcgt gttcatcctt
     3661 cttcctttcg tgttaagagt ttgcgcagcc tcgacaggcc gcgggtgtat tgcacgcgca
     3721 cgctggatgg gttggcccga agcgccgcgg caatgtcggc aaagcgcatc tggccgaaga
     3781 ggcgcagacg gagtatgttg cggtaggtct ccggcagacg ctccacactg cggcggatcg
     3841 tgtccgtgtc gggcagctcg tccgggtcgt caggttcgtc tgagggaggc tcgtgcagca
     3901 tgtcttcgtt gatagcgatc gtgagcggag catggtccct acgcaggcgg tcgatggccg
     3961 cattcgtagc catgcgacgc aggtaacgcg tcatggcggc ggcgtcagac tgtagcaggg
     4021 agggccggag gagcaccttc atcagcacat cttgcatcac ctcttccgcc tcatcgcccg
     4081 cgcccagcac ggcagctgcg ctgtgatagg tcggcccgtg aaaactgtcg taaaacgcca
     4141 gctgcgacgc ccgctgctcg cgccttacac cctcgatgat ctgctcgtaa ctgtccattg
     4201 ttcgcatctt tttccatcca tctaccccct taacgcaccc acagcgaaaa tgctacaggt
     4261 ggggaggaga agtttttcta tcggtaaaga acaatccgcg tttttgatgg taaaaacaaa
     4321 ggccccctgc catcgtgcca cacaatggga tctaaaagtt ccgagaggcg ccatcgtgtc
     4381 acacaatgga acctaaaagt tctgagaggc cctattgtgc cacacaatga gacttaaaag
     4441 ttccgagagg ccctatcgtg tcacacaatg agacctaaaa gttccgagag gctccatcg
//
LOCUS       SEQF2634|AYYE01000766.1  493 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..493
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ccgcacatcc ggtcagtgta ctaatcgccg ttccggtaga ggcagttccg aatgttgttg
       61 cgatacccat tgctgcagcc tgtcctccaa ggacagttgc tgtgccagtt gctattccgg
      121 ctccgctttt gattttgtct gatgtcttca tcttcttcta ttttcttgat actgcaaatc
      181 tagacacttt tgacgaatat tttttttgtc cgttgccatc tgttgtttac tatatcattt
      241 tgattttaat actgcaaaga tattctatta tagcgaatat tcttttcgta tcacatatgg
      301 ttgctcatct ttctttatca tatggagacc tttgcacaat caagcggtct attttatcac
      361 ttatcctatt gtatattagc gtgttatttc gtatattagc actacaagat gacacgaaac
      421 tatggcaaga caaggaaaat cgaccaacga cgaagtctca tttgcagacg ttatgttaga
      481 gaagagatac agg
//
LOCUS       SEQF2634|AYYE01000767.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gttatcagat aggtacccat gtaggggcgt attgcatacg ccccatatgg attcaacgtt
       61 taccctcgcg ccctttgccg ggcgtttggt agggcgtatg taatacgccc ctacatttcc
      121 ggaaaaagat aaggtttcct tgggtaggta ttacctattg tctcggacaa tggcggataa
      181 atccgtattt cattccttca tatttaatcg gttatcagat aggtacccat gtaggggcgt
      241 attgaatacg cc
//
LOCUS       SEQF2634|AYYE01000768.1  279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtgaggctc cccaggcgac ccgctgcgat aacccgaaaa agtacagctc cagactgcct
       61 tcagcttttg gtcaatcccc tgcaaaaagt cccaccagcc ttcggaattg tgctctgaaa
      121 agacgttcag gccaggccgc ctccagcttt ggggagatcc tctgcgaaaa gccactccag
      181 cctttggaaa tgtaccccga aaaaacgttc acgccagact gccttcgact ttgggttgat
      241 cccctccaaa aagcctctcc agccttcgga gatgtaccc
//
LOCUS       SEQF2634|AYYE01000769.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cttcacatcc acatcggcca cttccggatg agacggttct gccaacggat gggaatggcg
       61 aaatatctgg tgcggaggcg cgtgcggtca catcgatgga ttgctcaggt ttgaatttat
      121 cctcagtgga agggctcgaa tatttcacct cgttagagga gctaaaatgt caggacaatc
      181 gaatcaccac gttggatatg agttactttc cagcgctgcg ttcgttggat tgcgcacgaa
      241 ataagctgca ctatttgaac gtgaaggc
//
LOCUS       SEQF2634|AYYE01000770.1  403 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccacgaaggc caggccatag atcgtagatg tcggctcgag gataagtgga tagcgcaatt
       61 ccatcgacag gcgggagtag gcgtaggcgt agggcacgac gctgttgccg gcgatggagt
      121 tgttttcgta gccgcgtagg gcaacaagct cggtgggata gccgttgccg gaatagcccg
      181 acatgccgtc gccacccatt tgataagact cgaaggggga gattttatgt cggttgtagt
      241 agccaaggaa gccgtactcc acacgggtca tgaggaccgg cgtacgcttg gggccgttgt
      301 tttgcggcag gggcgtgagg ggaaagaaca tcttgccttg gaatttccac ttgtggtact
      361 cgatcagctt gtggcgctcg gccgggtcgt tgatcttgga gta
//
LOCUS       SEQF2634|AYYE01000771.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggccaaccgc acgtattacg acgccgaagt gcaggcgctt gacttctctt cgccatcggc
       61 cacggcgact atcaacggct ggtgcgcccg caagacgaac aacaagatca aggagatcgt
      121 gaagcaggtg gatcccacga ccttcatgta tctcatcaac gccgtctatt tcaagggcac
      181 gtggactact cgcttcgaga agaaaaacac tcgcaacatg atcttccagc gggccgacgg
      241 ctcgacgcag aaggtgcaga tg
//
LOCUS       SEQF2634|AYYE01000772.1  904 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..904
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             251..397
                     /locus_tag="SEQF2634_00335"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNLKKCLTTFFYVQTDIVSPVTIRTLLMNVHQKKLIAINSQEC
                     HELR"
     CDS             complement(565..759)
                     /locus_tag="SEQF2634_00336"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRTVTRFVLPAVNLIFPYPQDSFCVIVFMIIDMNTFYDLLFF
                     FSHDDVKSDTSSFGIKQVFP"
ORIGIN      
        1 cgatgtgaag tctttataaa taaattttct ggtaagagaa aatctgcgga acaaactact
       61 caagatcttc tacattcttc ctctatcaaa agtctttatg atgccggagc acatatttcc
      121 ggacttgatg gtcttcacgc caagtttctc ttgactgatg caaattgtgg tattatcaca
      181 agcctcaatt tcaccccgaa cagcatcaac aaaatctctg aattgggagt caaactgggc
      241 ggggaggaat atgatgaact tgaagaagtg tttgactaca tttttttacg tccagaccga
      301 tatcgtttcg ccagttacga ttcgcacttt acttatgaac gtccatcaga agaaattgat
      361 tgcgatcaac tctcaagaat gtcacgaatt aagatgactc ttgcaaagac atccagaggt
      421 aaaagtgaag ccttggcaga ctgcgatatt cacgaccttc gcagtgagat ttttgatatt
      481 ataaaatcta cagaatctgg cgaggatctg tacttggcta catattcctt agaacctaat
      541 gcaaaggatg ctgacggtgt gtcgttaggg aaacacttgc ttgatgccaa aagaagaggt
      601 gtcagacttc acatcgtcat gagagaagaa aaaaagcagg tcataaaagg tattcatatc
      661 aattatcata aagacaatca cgcaaaagct gtcttgagga taaggaaaga tcaagttcac
      721 agctggtaac acgaatctcg tcaccgtcct ctttttcacg acagaatgtg gatatcgata
      781 ttctattatt gaaaatcgtt agtatatacc cattttcatc tttagctcta taacagtcta
      841 tgaaaaaggt ttgagttgaa aagtaagctg ggtcagagga aagtaattca gccaattcta
      901 tatg
//
LOCUS       SEQF2634|AYYE01000773.1  731 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cacagagtca gcgcgatgta tggatgaagg ccaaccggct ggtaaagcaa tttttgagtg
       61 ttatgggagg cggcgatgag tgattttccc cgcctctagc tacattaatt atagatatga
      121 gaagaagtat aatcacggcc ttggcagcgc tctgcctgac cgccgccgcg ctggcgcaaa
      181 acgcgaaaat tgacggcatc cgcaaggaat acgccgccat caaggccgat gtggctgacc
      241 tgcaacgcgc aggcgccaaa ggcaaatggt acgtcctgac gctggacgat aacgcttacg
      301 gacgacgtta tgtcggctca gatcatttcc gcgcgcggct tcatttttat tacgagctgg
      361 agagtgagac ggtcatcccc atcctgcgtt atgccaccga agaggtggag gccgacgagc
      421 aacgtatccg tcgagaggcg ctctacaccg acggacagcc cgtttatatc tacgagaagg
      481 acagcgacca ggataacgtc gaacgcacac tcttcttgga cgaaggcgaa ccgatacagt
      541 acgccgaaaa caacaaagtc ctgaccggcg atgaggcaac ggacgccgcc ggtatgttgc
      601 tttggcaggc ggagaacctg atgaagcgct tcgagggatc tttcggcgac tcgcccgagg
      661 atacgtcctc cagaaatacg cgatctcccc caagcctcag gctacgtggc gccgacgacg
      721 tccaacgacc t
//
LOCUS       SEQF2634|AYYE01000774.1  327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgctgttgt aagccacccg accgagccca gagaggtatt tggatagcat catcgcgaag
       61 gtcgttttgc cgtttttcgt atccccgtaa atgatccagc tgcccgtcag ctggggatca
      121 cccaccgcat cgcgccacac gccatcaaac ccgagcgtgt tgaacttcgt ggccaacaca
      181 ttgcgcgctg tcagtccctt cttcatcgtc gttatgccct ttttgacagt tcgatgttta
      241 tgcgtcggag ggatggcgta ttgtcttcgc ccatcagacg gcgaagcagg cgattcacat
      301 ccgtatccgc cccggcgttg gctttga
//
LOCUS       SEQF2634|AYYE01000775.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             66..263
                     /locus_tag="SEQF2634_00337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGILKVTQHNPKDTWQYVPMQDFTATSDIDWSQSVAEIDQQLY
                     RKYALSQEEIAFIEKMIKPMV"
ORIGIN      
        1 gcttcgatac aaaggctgaa gcagaagcct gcttgaagta tgtaaagacc aaattcgccc
       61 gcaccatgct gggtatattg aaagtcactc agcataaccc caaagacacg tggcaatatg
      121 ttcccatgca ggatttcacg gccacctcgg acatcgattg gtcgcaatcc gtggccgaga
      181 tcgatcaaca gctctatcgc aagtatgcac taagccaaga agagatcgcc ttcatcgaaa
      241 agatgatcaa acccatggtg taaagccccc tccgcacttt tggaa
//
LOCUS       SEQF2634|AYYE01000776.1  429 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attgaccgtc cctaacacgt tcgacatgtg cgtcacggcc accagacgcg tccggtcggt
       61 gaacaatccc ggcagcgcct ccaaatccag tgtgccgtgc tcatcgatgg gaattactcg
      121 cagccgcatg ccttgcaatt gccacggcac aatgttcgaa tgatgttcca tggccgtgac
      181 aatcacctcg tcacctggct gcatgcaagc gcgtgcataa ctcgaagcca caagattgat
      241 cgcctccgtt gtgccccgcg tgaagatgat ctcagccgac gacggtgcat tcagaaacgc
      301 ccgcacggtc tcacgcgcgg cctcatgtgc ctccgtagcc tgctggctga gaaaatgcac
      361 accgcggtgg atgttggcgt tgacgttgta ataggctgct tcgatctttt ccaccacgca
      421 acgcggctt
//
LOCUS       SEQF2634|AYYE01000777.1 1539 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(498..899)
                     /locus_tag="SEQF2634_00338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDTEIYSDEHLLAELHSLKESIDRIADFILEMKRDYSVLDEKI
                     ELNSTDVMRLLGISRASLARWRNARAIPFRYVSSNHVVYPFKGLYIAVKTGRASFKGF
                     RRVEALQRLNAYKDGILKGYMGDSKIPFEEL"
ORIGIN      
        1 gaagcgttgc aaggtctttg tgtcgatacc gtaacgtccc caaaaggcca attcttccat
       61 cctgcacggt tgttcgacaa tgctaaatcg ccctttattc cagggtgtat tctcgtgctc
      121 tgacggttgg ggcaaagcaa ccgatccgga attgggagct tttcttacag gcgcagcact
      181 acgtgctttt ccgggaagtg aaatactcag ttgtagatct cggatgatgg tttctaagac
      241 ctgcataaac tccgtgtgcg catcgagtcc ctgcatggtc gcagcgaacc aaaagcaatc
      301 gccggagtag aggtcattcc cgaagtcttt catccgataa cagtctgact tggcgtcgag
      361 atagatgttg catgaagccc gtttgtcgtc atatagaggg ttccggaagt tacgcttagg
      421 gacaaagttg atgggcatat agaagtagaa aatgtccaac cccctgttgg tgcgttgtag
      481 gatttcttct ttgacgttca tagttcctca aatgggattt tcgagtcgcc catgtagcct
      541 ttcaggatgc cgtctttgta ggcattgagt cgttgcaggg cctcgacacg tcggaagcct
      601 ttgaaggaag ctcgtcctgt cttgacggcg atatacagcc ctttgaacgg atagaccaca
      661 tgattgctcg atacataccg aaagggtatt gcacgggcat tacgccaacg ggccagcgat
      721 gcacgcgaga tgccaagcag acgcatgaca tcggtagagt tcaactcgat cttctcgtcc
      781 aacaccgagt aatctcgttt catctcaagt atgaagtcgg caatccggtc tatgctttcc
      841 ttcaatgagt gcaactctgc cagcaaatgt tcgtcggaat aaatctcagt atccatcatt
      901 tcccatccat taagtgaaga agttgcggat tctttgaatg cttaaggatc tttccgagag
      961 cttctggttg atcctctaaa tatcgagaaa accaatagct atttagcatc attttctcga
     1021 cttgttccat ttgaagagca tacaataagg ggataatatc ctcttttgca attgtcgtat
     1081 agaccctgtt ctttttatac tcagtcttca aacagtcaat cacccccttt ggggaatgga
     1141 aaatgactac atccttgtcg aaagcactga cacatcggcg ataagtgtca tgtgtctttt
     1201 cattttgcag gcttttagaa aattggaata ctccatatct gcaagatctg ctctttcttt
     1261 gagattatca cactgggcgc acatcatttc aagggattct cctacgatgt atacgcaccg
     1321 ttctttttct gttataattc tcttgttggt gtccatgcat ataatacaat cataacggcc
     1381 gcaaagttct gacgagagag gtctatcatt agaatatcta attgccaatg ttggtattag
     1441 aataccatcc gccattttta gttcatgttc ttgtggtgcc acactacctt cagggacaat
     1501 cagtgcacgg tgcaagtccc cttatatata taggggctt
//
LOCUS       SEQF2634|AYYE01000778.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catacgccct ttgcggggcg tttggtgggg cgtatgcaat acgcccctac cctgtcggaa
       61 aaagatgagg cttcctcggg taggtacttc ctatcgtctg ggacaatggc ggatcaatac
      121 gcgtcctttt tctccatgtc taatcggtta tcagataggt gcccatgtag gggcgtattg
      181 catacgctcc ttgcgcgttt atcgtctacc cccacgccct ttgcagggcg tttggtgggg
      241 cgtatgcaat acgccccta
//
LOCUS       SEQF2634|AYYE01000779.1  422 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             39..419
                     /locus_tag="SEQF2634_00339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWITGVGKDVHPLTQSDLRELIAGDIDTECHVREVGDAIKGLPR
                     CSHLVGADVAGHHGSTRGVHDVTPAQSVVHLLHLHGQGAGFFVDAVDGRVQGGPLCGD
                     LLLKHGHLCRCIVKLLARRGVASH"
ORIGIN      
        1 gtccaaaaga tggtgcactc gtcgcgatgc atcggcttat gtggatcacc ggagtcggta
       61 aagacgttca cccgctgacc caatcggact tgcgagagct gatcgccggt gatatagaca
      121 cggagtgtca tgtgcgagag gtcggcgatg cgataaaggg gctgcccagg tgcagtcatc
      181 tcgttggcgc ggacgtagcg ggtcatcacg gttccacgcg tggggttcac gatgtgacac
      241 cggcgcagtc ggtcgtccat ttgctccacc tgcacggcca gggcgcgggc ttctttgtcg
      301 atgccgtcga cggacgtgtg cagggtggac ctttgtgcgg cgatttgctt ctgaagcacg
      361 gccacttgtg ccgttgcatc gtcaagttgc ttgctcgtcg cggcgtcgcc agccactaaa
      421 tg
//
LOCUS       SEQF2634|AYYE01000780.1 3142 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3142
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..2796
                     /locus_tag="SEQF2634_00340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVVLELNVPDVVRSLADNNPDANFNKALDAAYARQATSQKNYI
                     DLFAEEYKKLDPGAHLAALFSTFELKDKITPQSSDAQVIAVLKEELQSAIDNSFNVLR
                     TRIDRFGVVSPNIQRLETAGRILVELPGVKEPARVRKLLQGSANLEFWETYNLTEIGQ
                     QLTAADHALAEALKSTKSSSSATTDTTATAAKSDLTAKADSATSETDSLMAQINAESQ
                     QSPAAGQMTAEEYAKEHPLFALLQLNVDRTGRYLVPGPVVGYAKKTDMDKITEYLNRP
                     EVKAVLPNNVLFRWSVKAMDDNDQFYQLFALKVTNRDGTPALSGDVVTNAVADFAQQQ
                     IGRPQYQVSMTMNAEGAREWARLTKENIKRSIAIVLDGMVYSAPTVQSEITGGQSQIT
                     GNFTQDEGKDLANVLKSGKMAASVNIVQEDIVGPSLGQEAINAGIISFALALILLMVY
                     MCAMYGLLPGMIANGALVINIFFTMGILASFQAVLTLPGIAGMVLTLGMAVDANVLIY
                     ERSKEELRAGKPLARAIADGYSNAFSAIFDSNLTTIITGVVLFVFGTGPIRGFATTLI
                     IGLISSFLTSVFITRLVYEALLAKEKIKHLTFTTSISKNFLNDPKINFLGKRKVGYII
                     PLAIILLGCVSMATIGLNNGIDFTGGRNYVIRFDKDVRTDEVRAALEPQFKGGSVSVI
                     TIGSQNQVRVSTNYKITDNSAGIDDEIIGKLYAGLKPFLGNATQEQFASDNIQSSQKV
                     GPSMADDIKNSAVLAVLFAMVCMALYILVRFRDVAFSVGVFVSVAVTTLCIIAFYTLL
                     WKIMPFSMEVDQTFIAAILTVIGYSINDTVVVFDRIRETIKLYPKRDRYEVINDALNS
                     TLSRTFSTSLSTFIVVFVIFLLGGSTIQSFTFAILLGVIVGTYSTLFVATPIAYEIQH
                     RKSLKAAGATAAAATA"
     CDS             complement(2730..2966)
                     /locus_tag="SEQF2634_00341"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSSCKHFQIQNDLSIPSHQLEEKVFERYQPQKRRGGCPTYVET
                     APFSQRRNLKAIRYAVAAAAVAPAALSDLRCWIS"
     CDS             complement(3041..3139)
                     /locus_tag="SEQF2634_00342"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVVLELNVPDVVRSLADNNPDANFNKAGRST"
ORIGIN      
        1 ggtatgaacg tcgtattgga gcttaacgtg cccgatgttg ttcgttcgct ggcggacaat
       61 aatcccgacg ccaacttcaa caaggcgctc gatgcagctt atgcccgtca ggcaaccagc
      121 cagaagaact acatcgattt gtttgccgaa gaatacaaga agctggatcc gggcgctcat
      181 ctcgcagccc tcttcagcac ttttgagttg aaagataaaa tcactcccca aagctccgac
      241 gcgcaagtca ttgccgtact gaaagaggag ctgcagagcg ctatcgacaa ttcatttaat
      301 gtattgcgca cacgtatcga ccgcttcggc gtcgtgtcgc ccaacatcca acgcctcgag
      361 acggccggtc gtatcctcgt cgagctgccg ggtgtgaagg agccggcacg tgtccgcaaa
      421 ctcttgcagg gtagcgccaa tctggagttc tgggagacat acaacctgac cgagatcgga
      481 cagcaactca ccgccgctga ccacgctttg gcggaggcgc tgaagtccac aaagtcttcg
      541 tccagcgcca caaccgatac aacggctacc gccgccaaat ccgacctcac agctaaggct
      601 gactcagcca cctcagagac cgattcgctc atggcgcaga ttaacgccga aagccaacag
      661 tcgcctgcag ccggtcagat gaccgctgag gaatacgcca aggagcaccc gctctttgcc
      721 ctgttgcaat tgaatgtcga ccgcaccggt cgctacctcg ttcccggccc cgtcgtaggt
      781 tacgccaaga agacggacat ggacaagatc accgaatatc tcaaccggcc cgaagtgaag
      841 gctgtgttgc ccaacaatgt cctcttccgc tggagcgtga aggcgatgga cgataacgat
      901 caattctatc agctctttgc cctgaaggtc accaaccgtg acggtacgcc cgccctgagt
      961 ggcgacgtag tcacgaatgc cgtggccgac ttcgcccagc agcagatcgg ccgcccacag
     1021 taccaagtca gcatgacgat gaacgccgaa ggtgcccgcg aatgggcccg cctgaccaag
     1081 gagaacatca agcgtagcat cgccatcgta ctcgacggca tggtctactc cgcccccacg
     1141 gtacagtcag aaatcaccgg tggccagtcg cagatcacgg gtaacttcac ccaagatgaa
     1201 ggcaaggact tggccaacgt gctcaagtcg ggtaagatgg ccgcctcggt caacattgtg
     1261 caggaagaca tcgtcgggcc gtcgctcggg caggaagcca tcaacgccgg tatcatctcg
     1321 tttgccctcg cactcatcct cctcatggtc tacatgtgcg ctatgtatgg cctgttgccg
     1381 ggtatgattg ctaacggcgc cctcgtcatc aacatcttct ttacgatggg tatcctcgcc
     1441 tccttccaag ctgtgctcac cctgcccggt atcgccggta tggtgcttac gctcggtatg
     1501 gcggtcgacg ctaacgtgct catctatgag cgatcgaaag aggagctccg cgcaggcaaa
     1561 cctttggccc gtgccattgc cgatggttac tccaatgcct tctccgccat cttcgactcg
     1621 aacctcacga caatcatcac cggtgtcgta ctctttgtct ttggtaccgg ccccatccgc
     1681 ggttttgcca ctacgctgat catcggcttg atctcatcct tcctgacctc tgtcttcatc
     1741 acacgtctcg tctacgaagc cctcttagct aaggagaaga tcaagcatct gaccttcacc
     1801 acatcgatct cgaagaactt cctcaacgat ccgaagatca acttcctcgg taagcgtaag
     1861 gtgggctaca tcatcccgct cgccatcatc cttctcggtt gtgtttcgat ggctacgatt
     1921 ggcctcaaca acggcatcga ctttaccggt ggtcgcaact atgtgatccg tttcgataag
     1981 gatgttcgca ccgacgaggt gcgtgcggcc ctcgaaccgc aattcaaagg cggatccgtc
     2041 agcgtcatca ccatcggctc gcagaaccag gtgcgcgtct cgaccaacta taagatcacg
     2101 gacaactcgg ccggcattga cgacgaaatc atcggcaagc tctacgccgg cctcaagccc
     2161 ttccttggca acgccacaca ggagcagttc gcctcggaca acatccaaag ctcgcagaag
     2221 gtcggcccca gcatggcgga cgacatcaag aacagcgccg tcctggccgt cctcttcgct
     2281 atggtttgca tggcgctcta catcctcgtc cgtttccgcg acgtagcctt ctccgtcggt
     2341 gtgttcgtct ctgtggccgt caccacgctc tgcattattg ccttctacac gctgctgtgg
     2401 aagatcatgc ctttctctat ggaggtcgac cagaccttca ttgcggccat tctgaccgtc
     2461 atcggttact cgatcaacga caccgtggtc gtcttcgacc gtatccgcga gacgatcaag
     2521 ctctatccca agcgcgaccg ttacgaggtg atcaacgacg ccctgaactc cacactctcg
     2581 cgtacgttca gcacgtcact ctccaccttc atcgtcgtct tcgtgatctt cctcctcggc
     2641 ggatccacga tccagagctt cacgttcgcc atccttctcg gtgtcatcgt cggcacctac
     2701 tccacactct tcgtggccac gccgatcgct tacgagatcc aacatcgcaa atcgctcaag
     2761 gcggccggtg caacggcagc cgctgcgacg gcataacgta tagcttttaa gtttctcctc
     2821 tgactgaagg gggctgtctc cacataggtg gggcagcccc ctcgtctttt ttgaggttgg
     2881 tacctctcaa ataccttttc ttctaactgg tgggaaggga tcgagaggtc attctggatt
     2941 tggaagtgtt tgcaggaact ctgcatcgag agcctatcta tctgaatgga agaatgttac
     3001 ctataatgta aaagagaata ggtaacgatt aggtaatgag ctaagtgctt cgacctgctt
     3061 tgttgaagtt ggcgtcggga ttattgtccg ccagcgaacg aacaacatcg ggcacgttaa
     3121 gctccaatac gacgttcata cc
//
LOCUS       SEQF2634|AYYE01000781.1  421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             20..244
                     /locus_tag="SEQF2634_00343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRGTQEAYKQTFLVPVKLTDRRAVYLSRATQERADFVVRRLGD
                     RGANLSSFVERIVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 gaaacgcacc agcgccaaaa tgaagcgagg gacacaggag gcttacaagc agaccttcct
       61 tgttcctgtc aaactgacag atcgtcgggc ggtctatttg agtagggcga cacaagagcg
      121 cgccgacttc gttgtccgtc gattgggaga caggggcgcc aatctgtcga gcttcgtgga
      181 gcgcattgtg cgcgcccatt tggaagacta cgccgaggaa atcgaggaat ggcgaaagct
      241 gtaatccaag cacactgatt catcaaagag ttcacgaacg atatgcaacc taacaagcag
      301 taaccatctg aatgcagggc acgcagtgat tgtaagaaat acagcgggta cgtaccggag
      361 gtgacgacgg taatgcaaga cgtcagtttg ttcccacaaa ctgcgcttgc tcccccgccc
      421 t
//
LOCUS       SEQF2634|AYYE01000782.1  863 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..863
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(606..800)
                     /locus_tag="SEQF2634_00344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTIFTAMANTIMDSGFSIALINQQNTENKDYNAVFWFNIFMAL
                     GMYIILFDSILFIPRIYPLW"
ORIGIN      
        1 ctccgtttta ggatcagttt tttctaagga gaaagagcac cgattgattt ttttaagatc
       61 gtggaatgaa tggggggagg gaaattatat agaaccagat ttgagatttg gcaggtcctt
      121 tctggaagta ctaagaagtg aaatacgtga tttgtatgga taaaataaag atagctgtta
      181 taggcttggg gtatgtgggt cttcctttag ccaaattatt gtctacgaaa tattcgacaa
      241 ttggatacga tataagtgaa gagcgagtaa attcgcttat aagaggccac gacgtaacct
      301 tagaaatctc ttccgagtca cttagggtag ctatagataa tggattacaa tgtacgacaa
      361 atattgagga cactaaggat tgtaatgtat atatagtgac tgttccgact cctattgatt
      421 gtggtaatcg gccggattta ggacctttgc tatctgctag cagggctgtg ggctctgtta
      481 tctctagaaa taatatcgtc atatatgaat ctacggttta tccaggaatg actgaagaga
      541 tctgtattcc cgagattgaa cgtgtttctg gaatgaagtt taatactgat ttttttgctg
      601 gatattcacc agagcggata aatccggggg ataaagagta tactgtcgaa aagtatgatg
      661 tacatcccga gggccataaa tatattaaac caaaaaacag cattatagtc cttattctca
      721 gtgttttgtt ggtttatcaa tgcaatggag aaaccactat ccataatagt atttgccata
      781 gccgtgaaga ttgtcaacat tgcaagcaat ccataatcgt ctggtgatag gattcgggca
      841 atgactatgc caaaactcat acc
//
LOCUS       SEQF2634|AYYE01000783.1  533 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..533
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(71..475)
                     /locus_tag="SEQF2634_00345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTSPDRAKFIDRMRERGIETVTRINAAGRLYGITFIDDANGIA
                     VNGSRLGKGFAANVFNAYFAGGANPFIDEGWPKEKEERAAVVEELTECPNDMPPTEID
                     LSLQVHGADLRELAFQRRLRNRARVRLRRKSR"
ORIGIN      
        1 aggctaaacc ctggagggtt tagcgctccg acgaccgtcg aagagcagaa tctttcagag
       61 ttcggacttg ctaccgcgat tttcggcgta aacgcacgcg ggcgcggttt ctcagccgac
      121 gttggaaggc caattcccga aggtcggcgc cgtgtacctg caaactgaga tcgatctccg
      181 tcgggggcat gtcgttcggg cattctgtca gttcctccac cacagccgcc cgttcttctt
      241 tctcttttgg ccagccttca tctatgaacg gattcgcgcc gcccgcgaaa taggcattga
      301 acacgttcgc cgcgaagccc ttcccgaggc gcgaaccatt gactgcgatg ccgttcgcat
      361 cgtcgatgaa ggtgatgccg tacaggcgtc cggcagcgtt gattcgggtc acggtttcga
      421 tgccgcgctc acgcatgcga tcaatgaact tcgcacggtc gggcgacgtc tgcatcacgt
      481 cggcaatcgc acggcggatc gctcccgccc gctctcggac aacgcttttc gac
//
LOCUS       SEQF2634|AYYE01000784.1 1070 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1070
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(552..1016)
                     /locus_tag="SEQF2634_00346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVEVERGAYVGVSEQGADRLIVAPHLNAARGERVAKPVELQVG
                     KAELLDQGVVIRPIDTWLGGLRFVGEHVVFGADDMIELPKLLRQLAAKGDVSDGVDRL
                     GVSLHQLCPLQAEISVHRRDALDGALHANHAFLDVDIRPSEGTQFADAQACV"
ORIGIN      
        1 gtctcggccc ccgtgttcgt ggacggcgcc gagcgcctga cccacttccc ccggatggat
       61 catcaggcca tcctgctcaa ggtggcgcaa ggggtccggc cgatgcgggt agaatgcgcg
      121 gaggcgcaaa aagaggagga gagggcatga aaaccttcaa agaactcgcc cacgcatggt
      181 tggaggataa gaggaaatac gtcaagccct ccacgatagg cacctatgca ttgcagatga
      241 acaaacacat tctgccggca ttcggagatc acgagtctgt ctcggagaac gacgtgcagg
      301 cgttcatttt ggataagctg catagcggga tgaacatcaa aagcgtcagg gatattgtgg
      361 tcacgactaa gtccatcgtc tacttccgag agaagcagct ggggctccca catgtaggca
      421 tgcggctcgt ttaccccacg catgccatga agcaggatcg ggtaagcacg ctctcacgcc
      481 agcaacagaa agtgatcacg gactacgtga tagccaactt cacgtttcgc aacctcggtc
      541 tcctcatctg cctaaacaca ggcctgcgca tcggcgaact gtgtgccctc cgatggtcgg
      601 atatcgacgt caaggaaggc gtgattcgcg tgcagcgcac catccagcgc gtcccttcgg
      661 tggacagaga tctccgcctg aaggggacaa agctgatgga gactgacccc aagacgatca
      721 actccgtccg agacatcccc tttggcggca agctggcgca acagcttcgg aagctcaatc
      781 atatcgtctg ccccgaatac tacgtgctca ccaacgaacc taagcccacc gagccacgtg
      841 tctatcggac gtattacaac gccctgatcg agcagctcgg ccttccccac ctgaagttcc
      901 acgggcttcg ccacacgttc gccacgcgct gcattgaggt ggggtgcgac tataagacgg
      961 tcagcgccct gctcggacac gccgacataa gcaccacgct caacctctac gtccatccgg
     1021 atatggatca aaagcggcgg ttcgtcgaga agatgaataa ggaactgaga
//
LOCUS       SEQF2634|AYYE01000785.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agacagaagg tgtgtcgggc ggtgtgcgaa gtgaagggta gcgcgatacc ggcccgcagc
       61 ctgagaacct tcagatgcga ttgataggtc aggtaattga tgtgaggaag cagcgtgtcc
      121 cttccttcat cagacagtct gtttatcaat cggagcgctt cgggcaacag ctttacacga
      181 cagaggacgc ctgtcttctg cctgctgaac ttcagccaaa gattgccctc atcgtcgcg
//
LOCUS       SEQF2634|AYYE01000786.1  558 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..558
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(118..558)
                     /locus_tag="SEQF2634_00347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGETAKTLSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPA
                     SKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTAKVSAEMKSYRPIPVIADFRDA
                     SGGDTMKASIDANYRQIKQEILSLVDSEIARIKADPKLQGLMKG"
ORIGIN      
        1 cacacagctc acccctgcgc agtatcgcaa ggctatacgg acggcgaacg aggcagagga
       61 gaaggctgaa agtgaaaaat gaagtaagca ccgacaagtg tgcatgacca cgcatcttca
      121 ccccttcatc agcccctgta gtttcgggtc ggctttgata cgggcgattt cggagtctac
      181 gagcgagagg atctcctgtt tgatttggcg atagttcgca tcgatggaag ccttcatcgt
      241 gtcgcctccc gaggcgtcgc ggaagtcggc tatgacgggg attgggcggt aagacttcat
      301 ctcggctgac actttggcgg tatcgaccac aatctccgca tggaagatct tttgttcgat
      361 acgctcgtcg aagttgtcgg acacggcgcc gacaaacatg ccctgtgtca ggttgctgat
      421 cttcgaggcg ggaatcaggc tgtccatttg cgtgttgatg gaggtagaaa cgtcctgccg
      481 attgatggat acggactgcc ttctttgcag gactttgccg aaccgttcgg agagcgtctt
      541 ggcagtttct cccaccac
//
LOCUS       SEQF2634|AYYE01000787.1  682 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..682
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(78..635)
                     /locus_tag="SEQF2634_00348"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDRPEGCIVASAHVGNPELSGYLLSQQKKRINCLIYGGELKEV
                     QKNRIKILERNNIRAIPVSDDLSHIFLVNEALQGGEMVSMPCDRTLGSSKCVTCDFLG
                     APADFPIGAFVLAEQFGVPVLAMFVLKVSASGYRIHVSRIPSPAGGTKRERIESMTRA
                     YANELERIVRRYPEQWFNFYTFWKR"
ORIGIN      
        1 ttcgtgtgct cgccgttgtg cctcgaggat cctcatccga tctttggtaa aagtccgctc
       61 aagagcgggt gacattttca tcttttccag aacgtataaa agttaaacca ttgttcgggg
      121 taacgccgca cgatgcgttc gagttcattg gcataggcgc gggtcatgga ctcgatgcgt
      181 tcgcgttttg ttccccctgc gggcgaaggg atgcgagaaa catggatgcg atagcctgag
      241 gccgagacct tcagcacgaa catcgccaac acaggcaccc caaattgctc agccaacacg
      301 aaagcgccga tggggaagtc agctggcgca ccgaggaagt cgcacgtcac acacttgcta
      361 ctgcccagcg tgcgatcgca cggcatactt accatctcgc ccccttgtaa cgcctcgttg
      421 acgaggaaga tgtgcgacaa atcgtccgat acggggatgg cgcggatgtt attccgctcc
      481 aatattttga tgcgattttt ctgcacttcc ttcagttcac cgccatagat gaggcaattg
      541 atgcgctttt tctgctgact cagcaggtaa ccactcaact ccggattgcc cacatgggcg
      601 ctggccacga tgcagccctc tggccgatcg agcatggcga gaaaaagcgg gttatcaggg
      661 ttatcgacgc tgaattttgc cc
//
LOCUS       SEQF2634|AYYE01000788.1 1083 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1083
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(96..566)
                     /locus_tag="SEQF2634_00349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEERPIELRSEKVRNIIGRMPSALIRYGTMIIGAALLMLCVVS
                     AFIPYRETVPVTITIKQTDSGLQGLALVPKDRLPQIHPGSKVTIDDPLAGFIEATVSE
                     TSREPASADGRQREATIRFTSAGRLHSGDVMDGRIILSDIPILQRFLQSVGIGR"
     CDS             complement(575..1060)
                     /gene="msbA"
                     /locus_tag="SEQF2634_00350"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KQW9"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A export ATP-binding/permease protein
                     MsbA"
                     /translation="MQEGYLFSDTIARNIAISDDEIDLDRLRQAARVANIAEYVEKLP
                     LGYNTKIGQDGQGVSQGQRQRILIARVVYKNPRFIFLDEATNSLDANNERAIVENLSA
                     FYKGKTVIVVAHRLSTVKHADQIVVLDGGKIAETGTHAELTARHGKYYELVKNQLELG
                     G"
ORIGIN      
        1 ccgggatggc tatgtggaat gactcggtat ggcttgggag ggagaaggcg ggaaatggat
       61 ggaggagaaa aggaggtgct ctccgctgat ggagattaac gccctatccc caccgactgt
      121 agaaagcgtt gtaagatagg gatgtcggac aagatgattc ggccgtccat cacgtcgccc
      181 gaatgcagcc gtccggcaga agtgaaccgg atcgtggcct ccctttgccg accatcggct
      241 gatgccggct ctcttgaggt ttcgctgacg gtcgcttcga taaagcccgc cagcgggtcg
      301 tcaatcgtca ccttgcttcc cggatgaatc tgtggaagcc gatcctttgg cacaagggcg
      361 aggccttgca gcccgctgtc agtttgcttt atggttatgg ttacgggtac cgtttcccgg
      421 taggggataa aggccgaaac gacgcaaagc atcagcaatg cggctccgat aatcatcgtc
      481 ccataacgga tcaacgccga cggcatgcgc ccgatgatgt tgcggacttt ctcgctccgc
      541 agttcgatgg gtctctcttc tttcatcgtc tacgttatcc tcccagttcc aattggttct
      601 tgactaattc gtagtacttg ccatgtcggg cggtgagttc ggcatgcgta cctgtttcag
      661 caatctttcc gccgtccaat accacgatct gatcggcgtg tttgacggta ctcaggcggt
      721 gcgccaccac gataaccgtc ttccctttgt aaaaggccga caggttctcc acgatggccc
      781 gctcattatt tgcatcgagt gaattggtgg cttcgtccaa aaagatgaat cggggattct
      841 tatacactac acgagcaatc aatatgcgtt gccgctgtcc ctgactgacg ccctgcccgt
      901 cctgcccgat cttcgtgtta taaccaagtg gcaacttctc cacatactcg gcaatgtttg
      961 ccacccgagc cgcctgacgc aagcgatcga ggtcgatttc gtcgtccgat atggcgatgt
     1021 ttcgcgcgat cgtatccgag aacaaatacc cttcttgcat cactgctccg cactgtgtac
     1081 gcc
//
LOCUS       SEQF2634|AYYE01000789.1  720 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 attctccagc ctcgagacgc cctccacgga gccgtcctgg aagagttctg cggcgatacc
       61 gctgcgcttg acgatcagct cggccatctc cacggcttgc aggttgtcgt tctcagtgcg
      121 tagctcctga atcaggccgt ggaaggcgct gagcttgcgc agtgtgcctt ggttgaccga
      181 cagcgcatag gccgcagggt cgctcacgac ggcccagagg ctgacgccgt gttcggtggc
      241 ggtgcgcatg agcttcgtga cggtcgtctc gccgatgcca cgggcaggat agttgatgat
      301 gcgcttgagt gcctcctcgt cgtcggggtt gacgatgacg cggaagtagg cgatgatgtc
      361 cttcacctcc ttacgctggt agaacgactg tccgccgtag acgcgatagg cgatgccctt
      421 cttccgcagc gcctcctcaa ggacgcgcga ctgggcattg gtgcgataga gcacggcgaa
      481 ctccgacagc ggactgtcgc cagcccgctg cagctccgtg atctgcgagg cgatgaggta
      541 ggcctcctcg tagtcggtgt atgacgacag gacgcggatc ttgctgccgg cctcgttctc
      601 ggaatagacg ttcttgggga tccgtccctt gtttttatcg atgaggctgt tggccgcctc
      661 cacgatgttg cgcgtagagc ggtagttgcg ttcgagcttg aagaggcgat actccggata
//
LOCUS       SEQF2634|AYYE01000790.1  425 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcatggagga tcttgtttga tgaatgaaac gaatcgatga ccttgaaaca tatacggagg
       61 cgctggggtt caaatttttt ctgagcggcg ctaacccctg agcgttccag cccttctttt
      121 ttctaagtga gaccaaaccc tgagggtttg aggctacttt ttttcaagtg acgctgaacc
      181 ctgagggttt agccctactt tttttcaagg agcactgacc cctgagggtt tggcccttct
      241 ttttttcaag tagcgctgac ccctgagggt ttagctctac tttttttcaa gtgacactga
      301 accctgaggg tttagccctt ctttttttct agcgaagctg acccctgagg gtttagggct
      361 actttttttc tagcgaagct gacccctgag ggtttggggc tacttttttt caagtagcgc
      421 tgacc
//
LOCUS       SEQF2634|AYYE01000791.1  415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggaagtagt gatgggcacc gtcacagcga tgaacaagcg cgaagtggtg gtcaacatcg
       61 actacaaatc ggacggcatc gtgcctatgt ctgaattccg ctacaacccc gatctcaagg
      121 tcggcgatga agtggaagtc tacgttgaga atcaagaaga caggaagggt cagctgatcc
      181 tctcgcacaa gaaggcccgc tcggcccgct cttgggaacg catcacggac gctttcgagc
      241 gcgacgaggt gctcaagggc tatgtgcgcg gacggacaaa gggcggcatg atcgtagaca
      301 tctacggtat cgacaccttc cttccgggct cgcagatcga tgtgaagccg atccgcgatt
      361 acgatgtgtt cgtcggcaaa acgatggagt tcaaggtcgt caagatcaac aagga
//
LOCUS       SEQF2634|AYYE01000792.1 6061 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6061
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             106..771
                     /locus_tag="SEQF2634_00351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFVAHRLPDGPCQHSGHDDDVSIDARIVRHAQHVDEQQFEESA
                     DFHQTLHHAVHHHGYEGEGDEQCGQCALQRGVGVLPIIIYEYHGGDTEQVQEVHPNAD
                     PHEVGDKHDPAIGVRSVGHLLPFQDQPKDKGREERRRGVDLTLDGAKPERIAERVSQR
                     AHNAAAHHHHGACQRQLALPFLEDNAPRHVRDAPKEEEDGQGAEEGRHRVDHLGHLSR
                     VRG"
     CDS             complement(1118..2221)
                     /gene="msrAB"
                     /locus_tag="SEQF2634_00352"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14930"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide methionine sulfoxide reductase
                     MsrA/MsrB"
                     /translation="MRKKQILLWASAAAGVVALFFAGRSAVARGRANAATLTNNETGT
                     KTICFAGGCFWGTEHFFKQIRGVVSTEVGYANGKTDTAPTYEEVSTETTGFVETVRVT
                     YDPAVITLDQLIQLYFQTIDPTSLNRQGNDQGTRYRTGIYYTDEADAETIHRAIAALA
                     VKLGKPVAVEEGPLRNFYPAEEYHQDYLVKHPTGYCHISPALFEMARKANPAPRYSRK
                     DDATLRRTLTEEQYDVTQNSATERPFTNAYCGEFRPGIYVDITTGEPLFVSTDKFESG
                     CGWPAFSKPIDKSLITEHADHSHGMERTEVRSKTGNAHLGHVFTDGPKDRGGLRYCIN
                     SASLRFIPRDRMEAEGYGEYLKLVPEAEAEKKE"
     CDS             complement(2755..3528)
                     /locus_tag="SEQF2634_00353"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILILGAGRMGSFFTDLLSFDHEVAVLESDPRRMRFIYNALRL
                     ASPDEVEAFAPELVINCVTLSRTLEAFDAVLPHLRPGCIISDIASVKTGLAEYYARCG
                     FPYVSTHPMFGPTFANLGNLMNENAILISEGDHLGRVFFKDLYGRLKLNIFEYTFDEH
                     DRVVAQSLGIPFASTFVFVATMEHQDAPGTTFRRHMKIARGVLSEDDYLLSEILFNPR
                     TPGQIERIREELAELQHIIARHDTEAMRAYLARLRKRIE"
     CDS             complement(3525..4628)
                     /gene="aroF"
                     /locus_tag="SEQF2634_00354"
                     /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(4742..5743)
                     /gene="dapL"
                     /locus_tag="SEQF2634_00355"
                     /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="MHGCQPYTGMPELRRGYAAWYEQWYGVTLDADREVLPLIGSKEG
                     ILHVSMAFLNPGEGVLVPNPGYPTYSSVSRLVGAELIPYTLEVSRGWQPDFEALERLV
                     AEREAALCAPIKLMWVNYPNMPTGADASDELLERLVDFGRRHGIVICHDNPYSFILND
                     HPRSILAVKGAKEVCIELNSMSKAHNMPGWRMAMLASNAQFVEWILRVKSNVDSGQFR
                     PMQSAVVEALKAPREWYDGMNAVYRRRRVLAERIMDALGCQYDQRQVGLFLWGRVPVS
                     AQSGEALADRVLQQAHVFITPGFIFGSAGDQYVRISLCCPEEALEEALERVNTRIEK"
ORIGIN      
        1 acccagcgct gcgatcagca gcacgccgag cacgtagcct tcgccaatga aggggatacc
       61 cagcaggacg atggagagca ggaacgagag acgcacacgg agcgcatggg gttcgtcgcg
      121 catcgtctcc cagatggccc atgccagcac agcggccatg atgatgacgt aagcatagac
      181 gcccgtattg tacggcatgc ccagcacgtt gacgaacagc agttcgaaga gtccgcagac
      241 ttccaccaga ccttgcacca cgccgtacat catcacggct acgagggcga aggagatgag
      301 cagtgcggtc agtgtgccct tcagcgtggg gttggggtac ttcctataat aatatacgag
      361 taccatggcg gggatacaga gcaagttcag gaggtgcacc ccaacgctga cccccatgaa
      421 gtaggcgata agcacgatcc agcgatcggc gtacggtcgg tcggccacct cctcccattt
      481 caggatcagc caaaagacaa gggccgtgaa gagcgacgaa gaggcgtaga cctcaccctc
      541 gacggcgcta aaccagaacg tatcgctgaa cgtgtaagcc agcgcgccca caatgccgca
      601 gcccatcacc atcacggtgc gtgccagcgt cagctcgcgc ttcccttcct tgaggataat
      661 gcgccgcgcc atgtgcgtga tgctccaaaa gaggaagagg atggtcaggg cgctgaagag
      721 ggccgacatc gagttgacca tcttggccac ctgagccgtg tccgaggtta gctgcgtgaa
      781 gaggttagcc atgagcataa aaaatggggc tccgggcggg tgtcccactt ctaatttgaa
      841 ggccgacgag atgaactcgc cgcaatccca gaaactaccc gtcggctcga tggtcgacag
      901 atacgtgaac gccgcgacga ggaatacgag ccatcccgtg acgttgtcga ttagcttgaa
      961 atgcttcata aaacgatgat attgtatgct tttagatgtg tctaaaaaaa cgcgtgcaaa
     1021 ggtacatgcg tgatctgaaa acgaaaaccg cacggaatgc agtatggtag cgaaaaaaga
     1081 agtgggggac gggcccaacg cccatccccc acttggctta ctccttcttt tcggcctcgg
     1141 cttcgggcac gagcttcagg tattcaccat agccctcggc ctccatgcgg tcgcgcggga
     1201 tgaaccgcag cgaggcgctg ttgatgcagt agcgcaggcc gccgcgatcc ttcgggccgt
     1261 cggtgaagac gtgccccaga tgcgcgttgc ccgtcttgct acgcacctcg gtgcgctcca
     1321 tgccatgcga atgatcggca tgctccgtga tgaggctctt gtcgatgggc ttcgaaaagg
     1381 ctggccagcc gcagcccgat tcaaacttgt cggtcgagac gaagagcggt tcgcccgtgg
     1441 tgatgtccac atagatgccg gggcggaact cgccgcagta ggcgttcgtg aaggggcgtt
     1501 cggtggcgct gttttgcgtc acgtcatact gctcttcggt gagtgtgcgg cggagcgtgg
     1561 cgtcgtcctt gcggctgtaa cgcggtgcgg ggttggcctt gcgtgccatc tcgaagaggg
     1621 ccggcgagat gtggcagtat ccggtcgggt gcttgacgag gtagtcctga tgatactcct
     1681 cggcggggta gaagttccgg agcggaccct cctccacggc tacgggtttg cccagcttca
     1741 cggccagggc ggcgatggcg cggtggatgg tctcggcgtc cgcttcgtcg gtgtagtaga
     1801 tgcccgtgcg atagcgtgtg ccttggtcgt tgccctgccg attgaggctc gtcgggtcga
     1861 tggtttggaa gtagagttgg atgagctgat cgagggtgat cactgccgga tcgtaggtca
     1921 cgcggaccgt ctcgacgaag cccgtcgtct cggtcgacac ctcctcgtag gtcggcgccg
     1981 tgtccgtctt gccgttcgca tagcccacct cggtgctcac cacgccacgg atctgcttga
     2041 agaagtgttc cgtgccccag aagcatccgc cggcaaagca gatggtcttc gttcccgtct
     2101 cgttgttcgt tagggtggcg gcattggcgc gcccacgtgc cacggcgctc cttccggcga
     2161 agaagagcgc aacgacaccg gccgcagccg atgcccacag taggatctgt ttctttctca
     2221 ttgtcgtatt cgtttaatat ggtagggcaa agataggggc gtgggggtta ccggggtgca
     2281 cgatttcctg acgagatcgg ttgggcaaaa tgtcgagcga caagggccaa ctaaggatcc
     2341 atgaaggcgt ttctttgagt aattttcacc gacgacctgc caacggtgaa aattactcaa
     2401 ggaaattcct ccaaaagaga ttggttggag gaaattactc ggagaaattc ctccaaaaga
     2461 gatcggttgg aggaaattac tcagagaaat tccttcaaaa gagatcggtt gaaggaattt
     2521 actcgaggaa acaccttcaa aagggatcgg ttggaggaat ttactcgggg ggaacgcctt
     2581 caaaagggat cggttggagg aatttacttg gggggaacgc cttcaaaagg gatctggcgg
     2641 ggggaatgtg gcgataggac acttcttttc ttgccttgat gtggggaaaa ggagcaaaag
     2701 agcatcaagg cgtcaggggt gctggcctaa ttggacgggt accaggcccg cttcttattc
     2761 gatgcgcttg cggaggcggg cgaggtaggc gcgcatggct tcggtgtcgt ggcgggcgat
     2821 gatgtgttgt agctcggcca actcctcgcg gatgcgctca atctgaccgg gcgtgcgggg
     2881 gttgaaaagg atctcggaga gcaggtagtc gtcttcggag agtacgccgc gggcgatctt
     2941 catgtggcgc cggaaggtgg ttccgggcgc gtcctgatgt tccatcgtgg ccacgaagac
     3001 gaacgtcgag gcgaagggga tgccgagcga ctgggccacg acgcggtcgt gctcgtcgaa
     3061 ggtgtattcg aagatgttca gcttgagccg gccgtagagg tctttgaaga agacccgccc
     3121 gaggtggtcg ccctcggaga tgaggatggc gttctcgttc atcaggttgc cgaggttggc
     3181 gaaggtgggg ccgaacatgg ggtgggtgga gacgtagggg aagccgcagc gggcgtagta
     3241 ttcggccagg ccggtcttga ccgaggcgat gtccgagatg atgcagccag gccggaggtg
     3301 gggcagcacg gcgtcgaagg cctcgagggt gcggctgagc gtgacgcagt tgatgaccag
     3361 ctcgggggcg aaggcctcca cctcgtcggg cgaggcgagg cggagggcgt tatagataaa
     3421 acgcatgcgg cgcgggtcgg actcgaggac ggctacctcg tgatcgaagc tgagcaggtc
     3481 ggtgaagaac gaccccatcc gacccgctcc gaggataagg atcttcatga ctcggtcgcg
     3541 ttttcgcctt ggttcatcac gatcatctgc tggcgcacgg actcctcgtg gatgttcttg
     3601 aggatggcct gcacgaagtc cggattcagc tccatcgcgg cgccggcctt ggcgcggttc
     3661 tcgaggatct cgccgtagcg tggtgactgg aggatgggca tgttgtgctc ctttttgtag
     3721 acgccgatct cgcgcgagat gcgcatgcgc ttggccagaa gctcgagcag ttgctcgtcc
     3781 acaccgtcga tctgtcggcg cagggcggag aggttctccg tcgtttgcgt ggcgtcacgg
     3841 atgacgagca ggctgagcac atagtcgagc acatcgggcg tgatctgctg tgcggcgtcg
     3901 ctccaagcct cgtcgggcga gcagtgcgac tcgatgatca ggccgtcgaa gttcaggtcc
     3961 atcgcctgct ggctgagcgg tgcgatcagc tcacgctttc cgccgatgtg gctcgggtcg
     4021 cagatgatgg gcaggttggg gatgcgtcgg cgcagctcga tggggatgtg ccagaggggc
     4081 gagttgcggt agagcttctt gtcgtacgag ctgaatccgc ggtggatgac ggcgatgcgt
     4141 cggatgccgg cgccgtagac gcgttggatg gcgccgatcc agagctctaa gtcggggttc
     4201 acggggttct tgatcagtac ggggatgtcc acgcccgaga gcgcgtcggc cacgtcctgc
     4261 atggcgaagg ggttgacggc cgtgcgggcg ccgatccaaa gcacgtccac gccggccttg
     4321 agcgcctcaa agacgtggtc gcgtgtggcc acttcggtgg ctacgtacat gcccgtctcc
     4381 tccttcacgc gtttgagcca cttcaggccc ggtgcgccga cgccctcgaa gccccccggc
     4441 cgcgtgcgcg gcttccagat ccccgcgcga aagatcttca cccccacggc ggccaatgcg
     4501 ttggcggtag tcatcacttg ctcttcggtc tccgcgctgc acgggccggc aatcaccagc
     4561 ggacgcttct cgtcgacccc cggtaatacg atggatttca aatccaaatt ctcgattttc
     4621 ttgctcattg tagtatatgt tgtagatgta tgattcattg ttagtcgggt gcccgtctct
     4681 catttttcga ttttcgttgg cctctgccga ggccggggaa gtatggccgg gtacccgtct
     4741 ctcatttttc gattctcgta ttcacccttt ccagcgcctc ctcgagcgcc tcttccggac
     4801 aacaaagcga gatgcgcacg tactgatcgc cggccgatcc gaagatgaag ccgggcgtga
     4861 tgaatacgtg ggcctgctga agcacgcggt cggccaacgc ctcgccgctc tgtgccgata
     4921 ctggcacccg tccccagagg aacaggccca cctgtcgctg gtcgtattga caaccgagcg
     4981 cgtccatgat gcgctccgcc aagacgcgcc gacggcgata gacggcattc atcccgtcgt
     5041 accattcgcg cggcgctttg agcgcttcca ccacggccga ctgcatgggg cggaactgcc
     5101 ccgagtccac attgctcttc acgcgcagga tccactccac gaactgcgca ttcgaggcca
     5161 acatggccat gcgccagccc ggcatgttgt gcgccttgct catcgaattc agctcgatgc
     5221 acacctcctt ggcgcccttc accgcgagaa tgctgcgcgg gtggtcgttc agaatgaagc
     5281 tgtacgggtt gtcgtgacag atgacgatgc cgtgccgacg cccaaagtcg accaagcgct
     5341 ccagcagctc gtccgacgcg tccgcacctg tcggcatgtt cggataattg acccacatca
     5401 acttgatcgg tgcgcacaac gctgcctcac gttcggccac gaggcgctcc aacgcctcaa
     5461 agtcgggctg ccatccgcgc gacacctcaa gcgtgtacgg gatcagctcc gcacccacca
     5521 gacggctcac cgagctataa gtcgggtatc ccgggttggg caccaagacg ccttcgccgg
     5581 ggttgaggaa ggccatagag acgtgcagga tgccctcttt cgacccgatg agtggcagca
     5641 cttcacggtc cgcatccagc gtgacgccat accattgttc gtaccacgcc gcgtagcctc
     5701 gacgcagctc gggcataccc gtgtagggct gacagccgtg cacgctcgag gtaaaagaaa
     5761 aaataaccgt atgcgtaaaa tcgacccatg atctcttcgt taaatcgtcg gcaaagatag
     5821 aatcgcattc tttctaaaca aggaataggt agagagacgc tggatgccgc ctcccgcccc
     5881 caccttcttg ctgtaccttt gcccgcgtat tattaaagca tatatcacaa gaagaaatca
     5941 tgattatagt tagtggtttg gacatccgat tcggaaagcg gatcctcttt caagacgtca
     6001 atcttcgagc tttttaggca cccagatacg gccatcgtta cggagcgact cggacatcag
     6061 c
//
LOCUS       SEQF2634|AYYE01000793.1  661 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..661
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(108..512)
                     /locus_tag="SEQF2634_00356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDNNFKPYAVGGLRLSWNIAGLYTLRKQKRQLELNARAVDVQH
                     ETFLLETKLTLNKHASEMEKLRRLMASDAEVIRLRERVKESTRNQLQFGTATANDYIL
                     HVNAENRARLGLAQHELQLLWEAYNYQMTLGE"
ORIGIN      
        1 aatcgaaggg ggacggtaaa cttccttggc ctcggtagag gccttgactt tcttttgctt
       61 cttttcttgg gtcaagccaa gaaaagaaga tatcgcagcg gtaagaacta ctctcctaac
      121 gtcatttgat agttatacgc ttcccagagc agctgcaatt catgttgtgc aaggccgagc
      181 cgcgcccgat tttccgcatt cacatgcaag atatagtcgt tggccgtcgc cgttccgaac
      241 tgcaactgat ttcgagtgct ctccttcacc cgctctcgga gccgaatcac ctccgcatcc
      301 gacgccatca gtcggcgcag cttctccatc tccgaggcat gtttgttcag cgtcaatttt
      361 gtctccagta agaacgtttc atgctgcaca tctaccgcgc gagcatttaa ttccaactga
      421 cgtttctgct tccgcagcgt gtataggcct gctatgttcc aacttagccg cagcccaccc
      481 acggcatagg gcttaaaatt gttgtcaagc atgttcagcg ccggccttcc gtaccctccc
      541 tgcacaaaaa ggctgatatg cggcaagttt atgtcatgca acaaccgccg attgacgttg
      601 atcgacgctt tttgggcttc aaacaaccgc agttccggcc gacggatctc gcccgacggc
      661 t
//
LOCUS       SEQF2634|AYYE01000794.1 2008 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2008
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(201..1991)
                     /locus_tag="SEQF2634_00357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSGTELSMLDVKNIRKVELLTNAGAKYGADVTAVIKIYTLHRA
                     TGLSVEAGANGSLSERFSHGEHASIGYKTKRLNLSAYYGYSDYRNRSHQFSIQGIEAD
                     TARQYTTDSHQLPYSREHDYSLSADWEIRSGHTIGAQLIGSRTDAGVASDDHNIVSRG
                     GVITEEFDSPSDMQHGGTDLQLNVFYNADWSKRFSTSINADYVSSRDKKFQTVRELMA
                     RDTALTDSKLLANYDIYATELTADWNLSDALSLSLGAEYSRINGSGQHFIYAGRLPES
                     HYRSTEDKAAGYAELALNLERWAFSAGLRYERVARRHTDLLDASESLSDTDVQLFPSA
                     SASYADDHFNTSLTLSTKTDRPALSYLGSRTYYQSRFLYQKGNPLLKPSTSYNLEWAF
                     GWQWLNLRAGYTRTNNYISSLFVDDPALPDAIISTWQNFPKAEFWQASIDLRRAFGPW
                     SPSLSAGVVKPQLQGVYLGETVDYNEPSYYVQTNHYLRLPLGMTFNLDFYYNSGGNQG
                     IYRFDPYWSLGAGLRKSFLSDRLDVKLSASDLFHTLDYYERARINRFSFYQNEYYAQW
                     NVSLSLIYRFNQQQLKYGGRSAAAKEKKRL"
ORIGIN      
        1 ggaatttctc cgaagaaatt cgttcaaaag cattcggttg aaggaatttc tccgaagaaa
       61 cgccttcgcc agccttcagc cggggcgtat ggcccaaagc gccggcgaag aaaaggaaaa
      121 agatcgtttg gcggccgggg gaaaacggtg aacgaaaaac gaaggccgga tatccgcatt
      181 cggggtaccc ggccaacgat tcagagccgc tttttctctt tcgcagcggc ggagcggccg
      241 ccgtacttca gttgctgctg attgaaacga tagatgaggc tgagcgagac gttccactgg
      301 gcgtaatatt cgttctgata gaagctgaag cgattgatgc gtgcccgttc gtagtaatcg
      361 agcgtgtgga aaaggtcgct ggcggagagt ttgacgtcga gtcggtcgct gaggaagctc
      421 ttgcgaagcc ctgcgccgag cgaccaatag gggtcgaagc gatagatgcc ttggttgccg
      481 ccgctgttgt agtagaagtc gaggttgaag gtcatgccga gcggcagccg gaggtagtgg
      541 ttcgtctgca cgtaatagct cggctcgttg taatcgacgg tctcgcccag gtaaacgccc
      601 tgaagttggg gcttgacgac gcccgcggag agcgatggcg accagggtcc gaaggcgcgg
      661 cggaggtcga tgctggcttg ccagaattcg gccttgggga agttctgcca ggtgctgatg
      721 atggcgtccg ggagcgccgg atcgtccaca aagaggctgg agatatagtt gttggtgcgg
      781 gtgtatccgg ctcggaggtt cagccactgc cacccgaagg cccactcgag gttgtacgag
      841 gtcgagggtt tgagcagcgg attgcccttt tggtagagga agcggctctg ataataggtc
      901 cggctgccga ggtaggagag cgcgggccga tccgttttgg tggagagggt gagggaggtg
      961 ttgaagtggt cgtcggcgta ggaggcagag gcggagggga agagctggac gtccgtgtcg
     1021 ctgaggcttt cggaggcgtc caggaggtcg gtgtggcggc gggcgacacg ctcgtagcgc
     1081 agtccggcgc tgaaggccca tcgctccagg ttcagcgcca actcggcata gcccgcagcc
     1141 ttgtcctcag tgctccgata gtgcgactcg ggcaatcggc cggcatagat gaagtgctgt
     1201 ccgctgccat tgatgcggct gtattcggcg cctaaagaga gcgagagggc gtcggagagg
     1261 ttccaatcgg ccgtgagttc ggtggcatag atgtcgtagt tggccagcag cttcgagtcg
     1321 gtcagggccg tatcccgggc cataagctcg cgcacggtct ggaacttttt gtcgcgcgag
     1381 gagacatagt cggcgttgat cgacgtcgaa aatcgcttgc tccagtcggc attatagaag
     1441 acgttcagct ggaggtccgt tccgccatgc tgcatgtcgc tcggactgtc aaactcctcc
     1501 gtgatcacgc ctccgcggct cacgatgttg tgatcgtcgg aggctacgcc ggcgtcggtg
     1561 cgcgatccaa tgagctgtgc gccgatcgta tgcccggagc ggatctccca gtcggcgctg
     1621 aggctgtagt cgtgctctcg gctgtaggga agctggtggc tgtcggtggt gtattggcgt
     1681 gcggtgtcgg cttcgattcc ttggatggag aattggtgcg agcggttgcg gtagtcgcta
     1741 tatccatagt aggccgagag gttgaggcgc ttcgttttgt agccgatcga ggcgtgctcg
     1801 ccgtggctga agcgctcgct gaggctaccg ttggcgcccg cctcgacgga gaggcccgtg
     1861 gcgcgatgca aggtgtagat cttgatcacc gccgtcacgt ccgcgccata cttagcgccg
     1921 gcgttggtca gcagttcgac cttgcgaatg ttcttcacgt cgagcatgct cagctccgta
     1981 ccactgcgca cacgtcggtt gtcgatgt
//
LOCUS       SEQF2634|AYYE01000795.1 1527 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1527
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(219..1145)
                     /gene="pheA"
                     /locus_tag="SEQF2634_00358"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J8"
                     /codon_start=1
                     /transl_table=11
                     /product="P-protein"
                     /translation="MVGSFVFLWFPHSQKRRIDRIYINDEQKGMKKKVAIQGIAGSYH
                     DVAAQRYFEGEAVEPVPCDTFREVIEHVSAGTVGMMAIENTIAGSLLQNHELIREGNC
                     RIVGEYKLRIMHSFAALPGTRAEDITEVNSHPIALMQCRDFLDTLPGAKLVECDDTAG
                     SARWVAEKQMHGHGVICARRAAEMYGLEVLAEGVETNKRNYTRFLVIARPDLAEHMQQ
                     EAVRNKASLVFALPHTSGSLSKVLTILSFYDMNLSKIQSLPIIGREWEYMFYVNLTFE
                     DYTRYRQALEAIIPLTNDLKILGEYEQGKQSI"
     CDS             complement(1192..1500)
                     /gene="ybiT"
                     /locus_tag="SEQF2634_00359"
                     /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="MAKSKQTTSRKKMLEKLNIEEIQPSSRRYPGILFNPAREPGNQI
                     LEVSGLTKTIDGHTLFRDLNFNVEKDDKIVFISRDPRAMTALFQIINGEVKAGSGARK
                     "
ORIGIN      
        1 gctcgggcat acccgtgtag ggctgatagc cgtgcacatc ggggcgtgcc acctcccgct
       61 ggagagtctc gatagccacc tccgacggtg gcaggtcggg gctgccgatg ccgaggctga
      121 tcacgcgttt gccggcggca ttcatggccg ccacttcctt cagtttcttg gagaagtaat
      181 actcctgcac cgtaccgacg cgataggccg gccgtacgct aaatgctttg ttttccttgt
      241 tcatattcgc ccagtatttt caagtcgtta gtcagcggaa tgatggcctc caaggcttgc
      301 cgatagcgcg tgtaatcctc gaaggtgaga ttgacgtaaa acatgtactc ccactcgcgc
      361 ccgatgatgg gtagcgactg gatcttggag aggttcatgt cgtaaaacga gaggatggtg
      421 agcaccttcg agaggcttcc ggaggtgtgt ggtagggcga agacgagcga cgccttgttt
      481 ctcaccgcct cttgctgcat gtgttcggcc aggtcggggc gggcgatgac gaggaagcgc
      541 gtgtagttgc gtttgttcgt ttccacaccc tcggccaaca cctccagacc gtacatctcg
      601 gccgcacgtc gggcgcagat cacgccgtga ccgtgcattt gtttctcagc cacccaacgg
      661 gcgctgccgg ccgtgtcgtc acactctacg agcttggcgc ccggcagtgt gtccaggaag
      721 tcgcgacact gcatcagcgc gatggggtgc gaattgacct cggtgatgtc ctccgcccgc
      781 gtgcctggca gcgcggcgaa ggagtgcatg atgcgcagtt tatactcccc cacaatgcgg
      841 caattgccct cgcggatcag ttcatggttt tgcagcagac tgccggcgat ggtgttctcg
      901 atggccatca tgccgacggt gccggcggat acgtgttcga tcacttcgcg aaacgtgtcg
      961 cagggcactg gctccacggc ctcgccttca aaatagcgtt gcgccgccac gtcgtgatac
     1021 gaccccgcta tgccttgtat ggctactttc ttcttcattc ctttttgttc gtcgtttata
     1081 tatatccggt cgatcctcct tttttgcgaa tgagggaacc atagaaaaac aaaagatccc
     1141 accattcatg aatggcagga tctttctcta tttccttcat aaaagtctct tctacttacg
     1201 tgcaccggat cctgccttta cttcgccgtt gatgatttgg aaaagggccg tcatggcgcg
     1261 cggatcacga ctgatgaaga cgatcttgtc gtctttctcc acgttgaagt tcaggtcgcg
     1321 gaagagcgtg tgcccgtcga tcgttttcgt cagaccgctg acttccagga tttggttgcc
     1381 cggctcgcga gcgggattga aaaggatgcc cgggtaacga cgcgacgagg gttggatctc
     1441 ctcaatgttg agcttctcga gcatcttctt gcggctcgtg gtctgcttcg acttggccac
     1501 gttggcgcta aatcggcgga taaactc
//
LOCUS       SEQF2634|AYYE01000796.1  323 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccgaacgcc acttcaacga acgtcccttc ctcgaccatg cctgctacct ctttctcacc
       61 aaaacgaccc gccagcgcat ggctcggcag agcaacttct cctcgctttg tcgcggtacg
      121 atcctgccga aggaagtggg caaccgcgaa gaggtggcca agtttatgga ggccgtcgac
      181 cagtttgagc ggatcatcaa tgacgacgac cgcatccgcc ttacacgaat gaccgaggaa
      241 gaactcgtcg gcacgaagga gaagagcggt ttgctcgatc gttacttctc actctccgac
      301 acgggtcacg cctcactcga gga
//
LOCUS       SEQF2634|AYYE01000797.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgttttcat caggtctttg gagggcggcg aaatcttcgc aatcatcggt caatctcctg
       61 ccggagactt tcagttaagt cgacgacccg ctcctgcaac cggtggatgt cggccgcgta
      121 tccctccaac ttgcggagca taacgacggc cgctttcgga gagtgatagg cattgatggc
      181 gcggacggct tggttgtaca gcacgccgat cttgttcagc gcggcggtga actcggttag
      241 cctgcggaca aagtcctcac ggctcttgtc g
//
LOCUS       SEQF2634|AYYE01000798.1  370 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acctctctca gcattacgca ttccgataca acaccgtttg gggacgagtg gaatatcacg
       61 gtcgggagga tagtcgattt gtgaaggtcg gccgctatga gatcaacaag ctgcgccgtg
      121 aactcgacaa tgaggccggg atcacgacct ccccagacaa cctctactcg atcattgaaa
      181 gcagcttttc gccccgtgtc aatcccatac aggcgtattt caaagccttg cctgccgctg
      241 cactggatga ctcaaatacg cacgccatcc gtgagttggc cgactgcgtc gtcgtccgta
      301 acccggagaa atggctgctg tacctgacaa aatggcttgt ggctgtagtt gccaacgcaa
      361 tggacgaccg
//
LOCUS       SEQF2634|AYYE01000799.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttcagagtt gaaagaccaa tacggctttg attatgagga gttgcaaata gacggtagtt
       61 tgctttggga caagcgtctt gtcaccttct ccgacggaac agagcggtct gataaacagt
      121 actacttgag cagcttacca gccgaggctg tggagaggat cggtacttat attcgtggtc
      181 attgggggat agaaaacaga ttgcattggc atcttgacgt aaccttcaga gaagaccatt
      241 gccgggcacg caaagcatac gc
//
LOCUS       SEQF2634|AYYE01000800.1  699 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(283..420)
                     /locus_tag="SEQF2634_00360"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNINHHQTKGDRSYFEWGDNMQIIRKGKGEIAMTESELVDFFCV
                     T"
     CDS             complement(417..674)
                     /gene="xerD_2"
                     /locus_tag="SEQF2634_00361"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF33"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MNNKLSTVGKACGVRQRISFHMARHTFGTLSLSAGIPIESIAKM
                     MGHASISSTQIYAQVTDKKISEDMDKLIWKYQKEETKEETV"
ORIGIN      
        1 ggtgaaagag aaaagcatac caattgatac tgccacttcc atataggaat atctgctcca
       61 tcacagatgc aggacgttgt aactcttggc agatgtattt cctgaagaag tatgcttcca
      121 tgctgtccaa ttgataagac aaagcgatga tgattgaaag cggataaagc ggaacataac
      181 ctcgtcgccg tccgttcacg tagacttccg aatctctagc gtccctttct tcaggataca
      241 agatgttttg aggagcagtt gcaatcgata attgagtttc ctctatgtta cacagaagaa
      301 atctaccaat tcgctctctg tcatggcgat ttcgcctttg cctttgcgaa tgatttgcat
      361 attgtcgccc cactcgaaat aactgcggtc tccttttgtt tgatggtgat tgatattcat
      421 acggtttcct cctttgtttc ttctttttga tatttccata tcagcttgtc catgtcttcc
      481 gagatctttt tatccgtcac ctgtgcatag atctgcgtgc tagatatgga tgcatgtccc
      541 atcatcttgg caatactctc tatcggtatg ccagcactga gcgacagggt tccgaacgtg
      601 tggcgcgcca tatggaaaga gattcgttgc ctgacgccac aggctttacc cacggtactc
      661 agtttgttat tcatcacact acgactgcaa tcgcgtgga
//
LOCUS       SEQF2634|AYYE01000801.1 6060 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6060
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..198
                     /locus_tag="SEQF2634_00362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKLKKNKIVMRTIIVKKKKPTQPRWVIDPETGEKISRTGLAM
                     RECRRRGGLLEVVDMDAVLK"
     CDS             328..618
                     /locus_tag="SEQF2634_00363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVELLQLYRIGKIRSKHKTIDAILRILIDQFSLEVLPFGDRQIK
                     TLKNLHIANDHNDPFDHMVISHAITDRLILISSDRKFERYVSQRLDFVFNVR"
     CDS             967..1635
                     /gene="ppa"
                     /locus_tag="SEQF2634_00364"
                     /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
                     HDPLDICILTEKDIAHGDIIASVRPIGGLRMLDGSAADDKIIAVLQNDATYDSYNDIG
                     DLPKIVLERLKHYFLTYKDMPGEKKKNVEIANEYGREEAYEVIRHCLEDYKVYLDEMH
                     DILR"
     CDS             1650..2810
                     /gene="pncB2"
                     /locus_tag="SEQF2634_00365"
                     /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="MIIRDFTDNDLYKFSIMNAIQKKFPDAEVVYRFVNRGETPFPEG
                     FGEALRREVDAMRTLFLTDTAEAFMRRRCYYFDNVFFDLLKGFRFNPAEVTVVQEGGR
                     LEVEVRGLWYRTVLWEVPLMAMISELYYRMTGATPAADADDRARAKARRFEELGAELS
                     EFGTRRRFSFEVQDRVIGILKECMPRVLNGTSNVYLAMLHDLIPMGTHPHEWFMYHGA
                     HYGYRVANEMAMENWVDVYDGYLGIALPDTFTSTDFFKSFSTKYAKLFDGLRCDSGDP
                     FEFTERALSYYERHRIDPKKKTVVYSDGLDLEAIARIKGHVAGRLHDVYGVGTFLTND
                     VGVQPLNIVIKLFEVKPKGETDFLPVVKLSDSPGKHTGDPDEIDLCKRMLKL"
     CDS             2880..3617
                     /locus_tag="SEQF2634_00366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKHQLFLLARELFLLEHELFLLEHELFLLVHEQKKLVRRRPIP
                     VHHPHVSPRNASTPNPHFPADMIVAEQKRQENIVEYLLYMWQVEDLIRANALDSDRIR
                     RTLVARYDVADDVRERIAQWYDNLADMMRSEGVAEHGHLQINRNVVILLNDLHLSLLR
                     NPQETTYGALYYKALPSIVRLRAKSGGAEMTEIETCLTALYGYLLLRLQGAPVSSETL
                     EAVREINLMLTFLAEKYKEEHDITHPH"
     CDS             3627..4517
                     /gene="rmlD"
                     /locus_tag="SEQF2634_00367"
                     /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
                     LCDNNAVADFVRRGRYAYIINCAAYTAVDRAESDAERCLQINRDAVGHLATAAREVGA
                     RMIHISTDYVFDGRAHRPYREDDTPSPTSVYGRTKLAGEHVLLESLPADAAILRTAWL
                     YSEVGNNFVKTMLRLGAERPEIRVVNDQIGSPTYAGDLAEAVLHVLTAPTFHPGVYHY
                     TNEGTCSWYDFACHILRVAHPTCIVRPIPTADYPTPAARPAYSVLDKTRIRTVYGLSI
                     PRWQDSLDRCLHHFMDAPSL"
     CDS             complement(4521..5549)
                     /locus_tag="SEQF2634_00368"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIVGVAFEAAGADLDEGNAAAVIRVHVRVNLEDEAGERGLFRL
                     DESLDGLHGLRRRGDANEAVEQLADAKVVQRGAEEDRGDVATEVGLDVERGIDALDQL
                     DVFAELRGGRFANAALEVGIGEVAEGNALRDHLLVGAVEIELALVEVVDAFEAVAHFD
                     GPAQGADGDLKLALDLVEEVEGSLALAVELIDEDDDGRLAHAADFHQFAGLCLDTFGG
                     VDDDDDAIDGGEGAIGVLGEVLVAGGVEDVDLVAFIIEGHGGGGHGDAALLLDLHPVG
                     GGGAADLVRLHGAGYVDGAAEEEELLGEGGFAGVGVADDGEGAAAADFVLEGHKGRGE
                     FEVVRGSE"
ORIGIN      
        1 acaatgaagc gtaagttgaa aaagaacaag atcgtcatgc gtacgattat cgtaaagaag
       61 aagaagccca cgcagccgcg ctgggtgatc gacccggaaa cgggagagaa gatttcaaga
      121 acaggccttg cgatgcgaga atgtcggaga cgcggcggac tgcttgaggt tgttgatatg
      181 gatgccgtgt taaagtgaag cgccgtgaga tacttattgg atacgaacat cttggtcttt
      241 ttggcattgg atcaagagga actctctcga gaagtccgtg atattgtaga gaactactcc
      301 aatacacttt gcacaagcgc gatctgtatg gttgagctac tccagctcta tcgcattggc
      361 aagatccgct caaagcataa aacgatcgat gccatactcc gcatcctgat tgaccagttc
      421 tcgttagagg ttttgccttt tggagatagg cagataaaga ccttgaaaaa tctgcacatc
      481 gccaacgacc acaacgaccc gttcgaccac atggtaatct cacacgccat cacggatcga
      541 ctgattctga ttagttccga cagaaagttc gaacgatacg tatctcagcg gctcgatttt
      601 gtctttaatg tgagatgagg agatgaatgg acgccgtgag gagcaatgaa cgtgggggaa
      661 cttacttgag gtagtttccc ccacgttcgt ttttcgcgcc tccattttcc gcttttccca
      721 ttcggcctac ttttgccgcg cgttgaggac gaggatgagt gagatttcat ttcgactcac
      781 atcctcgggg tgtttcataa atggatgaag tgcaagacgc agagactgag ggcgagggag
      841 tgtgctgaag cacatgaccg aagcccgaat gtcgaatgcg acgccgcaat tcgccattta
      901 tggagcaccc tcaacgaatg aaagtggtat ccaagtgatt ttttatccct atttatttcg
      961 acagatatgt acaacaaact gaacgacacc atcaccagac tgatggggct gcgctaccgc
     1021 tcgcatccgt ggcacggcat tgaggtgggc aaggaggccc cgcaagtgat tacggctttt
     1081 attgaaatgg tgcccacgga cacggtgaag tatgaactga acaaggtgaa cggcttcctc
     1141 tgcatcgacc gtccgcagcg ctactcgaac gtcgtgccgg cgctctacgg cttcattccg
     1201 cagagctatt gcggagaggg cttcgccaag tactgcatgg accagctcaa gcgcgagaat
     1261 atcatgggcg accatgaccc cttggacatc tgtatcctga ccgagaagga catcgcccac
     1321 ggcgacatca tcgcctccgt gcgacccatc ggcgggctgc gcatgctgga cggtagcgcg
     1381 gcggacgaca agatcatcgc cgtgctgcaa aacgacgcta cgtatgattc atacaacgac
     1441 atcggcgacc tgcccaagat tgtcttggag cgactcaagc actacttcct tacctacaag
     1501 gacatgccgg gcgagaagaa aaagaacgtc gagatcgcca acgaatacgg ccgcgaggag
     1561 gcttacgagg tgatccgaca ctgcctcgag gactacaagg tctacctcga cgaaatgcac
     1621 gacatcttac gataaaccag actatagata tgattattcg cgattttacg gacaacgatc
     1681 tgtacaaatt cagcatcatg aacgctatcc aaaagaagtt ccccgacgcg gaggtcgtct
     1741 atcgcttcgt caaccgtggc gagacgccct tccccgaggg cttcggcgag gccctgcgcc
     1801 gcgaggtgga cgccatgcgc acgctcttct tgacggacac cgctgaggcc ttcatgcgcc
     1861 gccgatgcta ctacttcgac aatgtctttt tcgacctcct caagggcttc cgcttcaacc
     1921 ccgccgaagt cacggtggtg caagaaggcg ggcgactgga ggtcgaagtg cgcggactgt
     1981 ggtatcgcac agtgctctgg gaggtgcccc tcatggccat gatctccgag ctctattacc
     2041 gcatgacggg cgccacgccc gcggccgacg ccgacgatcg cgcacgcgcc aaagcgcgcc
     2101 gcttcgagga gctgggcgct gagctgtcgg agttcggcac ccgaaggcgc ttctcgttcg
     2161 aggtgcagga ccgcgtcatc ggcatcctca aggagtgcat gccgcgcgtg ctcaacggca
     2221 catcgaacgt ctacctggcc atgctccacg acctcatccc catgggcacc cacccgcacg
     2281 aatggttcat gtatcacggc gcccactacg gctaccgcgt ggccaacgag atggcgatgg
     2341 agaactgggt cgacgtctac gacggttacc tcggcatcgc cctgcccgac accttcacct
     2401 cgaccgactt cttcaagagc ttctccacca aatacgccaa gctcttcgac ggcctgcgct
     2461 gcgacagcgg cgaccccttc gagttcaccg agcgcgccct cagctactat gagcgccacc
     2521 gcatcgaccc gaaaaagaag accgtcgtct acagcgacgg cctcgacctc gaagccatcg
     2581 cccgcatcaa gggccacgtg gccggccgcc tgcacgacgt ctacggcgtc ggcaccttcc
     2641 tcaccaacga cgtcggcgtg cagcccctca acatcgtcat caagctcttc gaggtcaagc
     2701 ccaagggcga aacggacttc ctgcccgtgg tcaagctctc cgactccccc ggcaagcaca
     2761 ccggcgaccc ggacgagatc gacctctgca agcgcatgct gaaactctga tctgatgcgc
     2821 cccgcagacc ccgaatcgcc ttccccaacg agtgattttt gctggtgcat gagtgatttt
     2881 tgctcaagca ccagcttttt ttgctcgcac gcgagctttt tttactcgag cacgagcttt
     2941 ttttgctcga gcatgagctt tttttactcg tccatgagca aaaaaagctc gtccgtcggc
     3001 gccccatccc ggttcatcac ccccacgttt cgccgcgaaa cgcctcaacc cccaaccccc
     3061 atttccccgc agatatgatc gtagccgaac agaagagaca agagaacatc gtcgagtacc
     3121 ttttatatat gtggcaggtg gaagacctga tccgggccaa cgccctcgac agcgaccgca
     3181 tccgccgcac cctcgtggcc cgttacgacg tggccgacga tgtgcgcgaa cgcatcgccc
     3241 agtggtatga caatctggca gacatgatgc gcagcgaagg cgtcgccgag catgggcacc
     3301 tgcagatcaa ccgcaacgtg gtgatcctcc tcaacgacct ccacctctcc ctcctccgca
     3361 atccgcagga aaccacctac ggcgcgctct attacaaggc cctgccctcc attgtccgcc
     3421 tccgcgccaa gtctggcggc gccgagatga ccgagatcga gacctgcctc accgctctct
     3481 acggctacct cctgctccgc ctccaaggcg cacccgtcag ctccgaaacg ctcgaggccg
     3541 ttcgcgaaat caacctcatg ctgacatttc tggcagagaa atacaaggag gagcacgaca
     3601 tcacccaccc tcattaatca ttcactatga atcattcact cgacatgatc cccgtactcg
     3661 tcaccggcgc ccgcggccag ttgggcgacg ccatccgccg ccgcatctac cgccacccga
     3721 actacgcctt caccctgacc gacatcgacg aactcgacct ctgcgacaac aacgccgtcg
     3781 ccgactttgt ccgccgcggt cgctacgcct acatcatcaa ttgcgccgcc tacaccgccg
     3841 tcgatcgcgc cgaaagcgac gccgaacgct gcctccagat caaccgcgac gccgtcggcc
     3901 acctcgccac ggccgcccgc gaagtcggcg cacgcatgat tcacatctcc accgattacg
     3961 tcttcgacgg ccgcgcccat cgcccctacc gcgaggacga caccccgtcg cccacctccg
     4021 tctacggccg cacgaagctc gccggcgagc acgtcctgct cgaatccctg cccgccgacg
     4081 ccgccatcct ccgcaccgcg tggctctact ccgaagtcgg caacaacttc gtcaagacca
     4141 tgctccgcct cggtgccgag cgccccgaga tccgcgtcgt gaacgatcaa atcggctcgc
     4201 ccacctacgc cggcgacctg gccgaggccg tgcttcacgt cctcaccgcg cccaccttcc
     4261 atcccggcgt ctatcattac accaacgagg gcacctgcag ctggtacgac ttcgcctgcc
     4321 acatcctccg cgtcgcccac cccacgtgca tcgtccgccc catccccacc gcggactatc
     4381 ccacgcccgc cgcgcgcccc gcctacagtg tcctcgacaa gacccgaatc cgcaccgtct
     4441 acggcctgtc catcccccgc tggcaagaca gcctcgaccg ctgcctccat catttcatgg
     4501 acgccccctc cctctaacta ctactcactt cctctgacta cttcaaactc ccctctcccc
     4561 ttatgaccct ccaagacgaa atccgccgcc gccgcacctt cgccatcatc agccaccccg
     4621 acgccggcaa aaccaccctc accgagaagc tcctcctctt cggcggcgcc atccacgtag
     4681 ccggcgccgt gaagtcgaac aagatccgcc gcaccgccac ctccgactgg atggagatcg
     4741 agaagcagcg cggcatctcc gtggccacct ccgccatggc cttcgattat gaaggctaca
     4801 agatcaacat cctcgacacc cccggccacc aagacttcgc cgaggacacc tatcgcaccc
     4861 tcaccgccgt cgatagcgtc atcatcgtca tcgacgccgc caaaggtgtc gagacacaga
     4921 cccgcaaact gatggaagtc tgccgcatgc gcaagacgcc cgtcatcgtc ttcgtcaata
     4981 agctcgaccg cgagggcaag gctcccttcg acctcctcga cgagatcgag agcgagcttc
     5041 aaatcaccgt ccgccccttg agctggccca tcgaaatggg cgaccgcttc aaaggcgtct
     5101 acaacctcta cgagcgcaag ctcgatctct accgccccga caagcaggtg gtcacggaga
     5161 gcgttgcctt cagcgacctc accgatcccg acctcgagcg ccgcattggc gaatcgtccg
     5221 ccgcgcagct ccgcgaagac atcgagctga tcgagggcgt ctatcccccg ctcgacgtcc
     5281 agacctacct cagtggcgac gtcgccccgg tcttcttcgg ctccgcgctg aacaactttg
     5341 gcgtccgcga gctgctcaac tgcttcgttc gcatcgcccc gccgccgcaa cccgtgcaga
     5401 ccgtcgagcg actcgtccag ccggaagagc ccacgttcac cggcttcgtc ttcaagattc
     5461 acgcgaacat ggacccgaat caccgcagct gcattgcctt cgtcaaggtc tgctccggcc
     5521 gcttcgaacg caacgccaac tatcgccacg tccgcctcga caagatgatg cgcttcagca
     5581 gtcccacggc cttcatggcc cagaagaaag aggtcgtcga cgaagccttc gccggcgaca
     5641 tcgtcggcct accggacacg ggcaacttca agattggcga cagcctgacc gagggcgagc
     5701 tgctccactt caaaggcctc ccacgcttct cgcccgagct tttcaagtac atcgaaaacg
     5761 ccgacccgat gcgcgccaag cagctgaaca aaggcatcga tcagctgatg gacgagggcg
     5821 tagcgcagct cttcaccaac cgcttcaatg gtcgcaagat catcggcgcc gttgggcaat
     5881 tgcagttcga ggtcatccag taccgcctgc tgcacgagta cggtgcgcag tgccgctggg
     5941 atccgctccc cctctacaaa gcctgctgga tcgagagcga cgacaaggct gcgctcgaca
     6001 gcttcatgcg ccgcaaagcc caatacatgg cctccgatca ccagggccgc gacgtctacc
//
LOCUS       SEQF2634|AYYE01000802.1 6732 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6732
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(550..1431)
                     /gene="udp"
                     /locus_tag="SEQF2634_00369"
                     /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="MDTKTNPIPPSELIINSDGSIFHLHLKPEQLADRIVLVGDPDRV
                     TMIGKYLSDIECDVCNREFHSITGRYAGKRLTILSHGIGGDNIDIVVNELDALANIDF
                     STRLPRETPRVLTLVRIGTCGGLQPWSPIGTYVAAERAVGFDGVPYFYADTERVRDLP
                     LEAALRSQLSWRIDGLRPYAIPADPELTDRITQDDIVRGITIATCSFYGAQGRSLRLP
                     LADPDLNAKVEAFEFDGRQIGNFEMESASLAALAALLGHRALTVCCVIAGRVAKNMNV
                     DYKASIVGLIEKVLERI"
     CDS             complement(1440..3044)
                     /locus_tag="SEQF2634_00370"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIPWKFLPEAKHLVEIPWKFLPEATRCLRYPQSISIFVRANSS
                     YLNKITPTPSMQRSILRIIAPTLLLWAGIAGGTRAQSLEQAKQLYNEGRYAEAKPLFE
                     QLVTQSPANTSYNLWYGVCCYETGALDTAERYLTAAYRRKSPDSYRYLADLYTRTYRF
                     DEAATMLRGHMAQLKKKRGADTAPIEQQLQALEQMQRMQEKTEVVRVIDSMVVDKDRL
                     LSTYFLSDDNGRLVPYATLFPNDANALGTSPVYVSPRGDRATYARIQDGHSALFTQSK
                     LQNEWADEQPLFPTDSADNNYPFVAGDGVTLYFASRGHGSIGGYDLFVTRYNIATNAY
                     LAPEQLGMPFNSPANDYLMVIDEAKGVGWFATDRNQPAGRVCLYLFVPNEARPRVSED
                     IDPDRLRTLSALTSLRATWPEGSDYEPLISAARTNADATSKKQAQGVEFIVNDNTVYY
                     SERDFRSADAAEAFEKAATLRKQAEVIEERLRDAYATYEKSSKADRAQLRAAIRTDER
                     ALDDLRTQIKTWEKRARNAENRTIIK"
     CDS             3315..4265
                     /locus_tag="SEQF2634_00371"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRMKKNLLLLSLLALALTACREDDPEPRITALQITAPDTTLYR
                     GDSLRLRLTPTPPDADIRGAVWTSGDSLVAVVTPDGLVRCVGPGRTVITARLEGTSLS
                     AKYDLTVAARATQSIAFSEPTLTLLVGEEQPTALVFTPANTDDRRATYTSSDTAVATV
                     SSQGVITARGRGTAVITARTADGGQKAECKVSVQHFTERISVWLSGTWIYESDNLVSA
                     CARMTLRNDSNRDLFVERFIVESDGREIHREEIGRTLSSGSKLACDVTFKNAHDPQFK
                     YQFTVGSEQYEAHYRPHMIGAKTFPADGPRTLPIVVSRRR"
     CDS             complement(4709..5704)
                     /locus_tag="SEQF2634_00372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDGHIVRLTDKEGYRLHQVVVALHVLGVVAEDRSLHDDSAELP
                     VVVQARGGGLEPHHGAEVALQRLIARVVSPGSVKAVGILHFGVPEELREVVSGGCHVL
                     HFQLGHRAISRRDGLEGPSGEEGTSHGVVGLIVLRSRACGGVGGGLGLTFHVVVHAPR
                     EGAEHGDELLLLQLPKDKIEVHVEELEVEIGGDKAGKVVVVIVLVDVKELDVVLGHDH
                     ESVAGQCLLHTRGKGFELVRVGKVAQVHAVAFGDGEVLLQQLALAGLHPVDEGLLVGL
                     QDGPERLAVSVRSSLFGAAIVPVRLAEERVQVLLHDPVALLRGGDLPVDAEQVKR"
ORIGIN      
        1 tttccgccgg tcgtagtccg ggccgtggtg agtggccacg accttcagtc cgagtagctt
       61 ggccagcggg atggcaatgc aggggccgat ggcctgaata tggaccaagt cggcttgggt
      121 gcgataggca taccagacgc tgcggagggt gtgcacggca gcctcaaagc cgctccttcg
      181 gggggcattg aggtctttga acttgacgcc ttgataggag gtgtaggggg gagattcctt
      241 gatgaaaggt ttgcgacgcg ttacggtgat gtcgccccct aaggccgcca tgcgggggca
      301 taattcttcg caatgggttt ctacgccgcc ctgtatgccg ggaaatcctc taaggccggt
      361 aacaacgatt ctcatgtgat tgtatatgca gtaaaaagta gtagggaggg aatgtttagg
      421 agtgatatgt gcgtgaggat gagagcaggc gacttgaatg tctcgcgggt atagaaacag
      481 caaacaggtg ttgaggagaa aggccccaac acctgttacg tcttatctat tatgcaataa
      541 ggtgcacgtt tatatccgct ccagcacttt ctcgatcagg ccgacgatgc tggccttgta
      601 gtccacgttc atgttcttgg ctacgcgtcc ggcgatgacg cagcagacgg tcagtgcacg
      661 gtggcccaac agggcggcca gtgcggcgag cgaggcgctc tccatctcga agttgccgat
      721 ctgtcggccg tcgaactcga aggcctctac cttggcgttc agatccggat cggccagcgg
      781 gagacggagc gaacggcctt gcgcaccgta gaagctacag gtggcgatgg tgatgccgcg
      841 cacgatgtcg tcttgggtaa tgcggtcggt cagttcgggg tcggcgggga tggcgtaggg
      901 gcgaaggccg tcgatgcgcc agctgagttg cgagcggagg gccgcctcga gcgggaggtc
      961 gcggacgcgc tcggtgtcgg cgtagaagta gggcacgcca tcaaaaccta cggcacgctc
     1021 ggcggccacg taggtgccga tcggcgacca gggttgcaga ccgccgcagg tgccgatgcg
     1081 caccagggtc agcacgcggg gagtctcacg cggcagacgg gtagagaagt caatgttggc
     1141 tagggcgtcg agctcgttga cgacgatgtc gatgttgtcg ccgccgatgc cgtgcgagag
     1201 gatggtgagg cgtttgccgg cgtagcggcc ggtgatgctg tggaactcac ggttgcagac
     1261 gtcgcactcg atgtcgctga ggtacttccc gatcatggtc acacggtcgg ggtcgcccac
     1321 gagcacgatg cggtcggcca gttgttccgg tttcaggtgc aggtgaaaga tgctgccgtc
     1381 gctgttgatg atcagttcgg acggcgggat ggggttcgtt ttcgtatcca taatagtctt
     1441 tatttgatga ttgttcggtt ctcggcattg cgggcacgct tttcccaagt cttgatttgg
     1501 gtgcggaggt cgtcgagtgc gcgctcatcg gtgcggatgg cggcgcggag ctgtgcacgg
     1561 tcggccttgc tgcttttctc gtaagtggca taggcgtcac gcagacgttc ctcgatgacc
     1621 tcggcctgct tgcgcagcgt ggcggctttc tcgaaggctt cggcggcgtc ggcactgcgg
     1681 aagtcgcgct cggaatagta gacggtgttg tcgttgacga taaactccac tccctgcgct
     1741 tgctttttgc tggtggcgtc agcgttggtg cgggcggcag agatgagggg ttcgtagtcc
     1801 gacccttcag gccaggtggc gcggagggag gtgagggcgg agagggtgcg gaggcggtcg
     1861 gggtcgatgt cttcgctgac gcgtgggcgg gcctcgttgg ggacgaagag gtagaggcag
     1921 acgcggcccg cgggctgatt acggtcggtg gcgaaccagc ctacgccttt ggcctcatcg
     1981 atgaccatca ggtagtcgtt cgcgggcgag ttgaagggca tgccgagctg ctcgggggcg
     2041 aggtaggcgt tggtggcgat gttgtagcgg gtgacgaaga ggtcgtagcc gccgatggag
     2101 ccgtgtccgc gggaggcaaa gtagagcgtg acgccgtcgc cagccacgaa ggggtagttg
     2161 ttatcggccg agtcggtggg gaagagcggc tgctcgtcgg cccattcgtt ttgcagtttc
     2221 gactgggtga agagggcgct gtggccgtcc tggatgcggg cgtaggtggc gcggtcgccc
     2281 cgggggctga cgtagacggg cgaggtgccg agggcgttgg cgtcgttggg gaagagcgtg
     2341 gcgtagggca cgaggcggcc gttgtcgtcg ctcaggaagt aggtggagag caggcgatcc
     2401 ttgtcgacca ccatgctgtc gatcacgcgc accacctccg ttttctcctg catgcgctgc
     2461 atctgctcca gggcttgcag ttgctgctct atgggagcgg tgtcggcgcc gcgcttcttc
     2521 ttgagctgag ccatgtgtcc gcggagcatc gtggcggctt cgtcgaagcg gtaggtgcgc
     2581 gtgtagaggt cggccaagta gcggtaggag tcgggcgact tgcgtcggta ggcggccgtg
     2641 aggtatcgct cggccgtgtc gagggcgccg gtctcgtagc agcagacgcc gtaccagagg
     2701 ttgtaggagg tattggcggg cgattgggtg acgagctgtt cgaagagcgg tttggcctcc
     2761 gcgtatcggc cttcgttgta caactgctta gcctgctcca ggctttgcgc ccgtgttccg
     2821 ccggcgatgc ccgcccagag gaggagggtc ggcgcgatga ttcttaggat ggatcgttgc
     2881 atactgggtg tgggggttat tttgttgaga tagctgctat tcgcgcggac aaaaatagag
     2941 atcgattggg gatagcgcag gcagcgggtg gcctctggca gaaacttcca cggtatctcc
     3001 accaggtgtt tggcctctgg cagaaacttc cacggtatcc tcaccggctg ttaggcccct
     3061 ggcagaaact tccacggtat ctccaccggg tgtttggcct ctggcagaaa cttccacggt
     3121 atccccaccg gctgtttggc ctctggcaga aacttccacg gtgttgcaca cggctgttgg
     3181 gcctctggca gaaacttcca cggtgttgca cacggctgtt ggccccctgg cagaaacttc
     3241 cacagggaag gcccgacgct cggcggggac tttgccctct atctttgccg cgcaaataga
     3301 ttcaccctat ataaatgtat cgcatgaaga agaacctcct cctcctttcc ctcttggctc
     3361 tggcgctgac cgcctgccgt gaggacgacc cggagcctcg catcacggcg ctccagatca
     3421 cagcccccga cacgacgctc tatcgcggcg actcacttcg ccttcgcctc acccccacgc
     3481 cgcccgatgc cgacatccgt ggcgcggtct ggacctccgg ggattcgctc gtggccgtcg
     3541 ttacgccgga cggactcgtg cgctgcgtcg gccccggtcg caccgtcatc acggcccggc
     3601 tggaaggcac gtcgctctcg gccaagtacg acctcaccgt tgcggcacgc gccacgcaga
     3661 gcatcgcttt cagtgagccc acgctcaccc tgctcgtcgg cgaagagcag cccaccgccc
     3721 tcgtcttcac ccccgccaac acggacgatc ggcgtgcgac ctatacctcg tccgacaccg
     3781 ccgtggccac ggtcagcagt caaggcgtca tcacggcgcg cggccgcggc acggccgtca
     3841 tcacggctcg taccgcagac ggcggtcaga aggccgagtg caaagtcagc gtgcagcact
     3901 ttaccgaacg catcagcgtt tggctctccg gcacctggat ctacgagagt gacaatctgg
     3961 tcagcgcctg cgcccgcatg accctccgca atgacagcaa ccgtgatctc ttcgtggagc
     4021 gcttcatcgt cgaaagcgac ggccgcgaga tccaccgcga agagataggt cgcacgctct
     4081 cgagcggcag taagttggcc tgcgacgtca ccttcaagaa cgcccacgat ccgcagttca
     4141 agtaccagtt caccgtcggt agcgagcagt acgaggccca ctatcgcccg cacatgatcg
     4201 gcgccaaaac gttccccgcc gacggcccgc ggacgctgcc gatcgtcgtc tctcggaggc
     4261 ggtgatagac gagccatctc ccgaatgcgc cgtatcgctg agctgcgacg gcgtgcccta
     4321 cgctccccga catggatatc cgttccgtgc cggggagtga tttttttgtg cttctgacga
     4381 tgctcaacga atggcagatt caccccgtat gaagacgccg attatggtcc tcccgccgac
     4441 tccagccgcc gatgtgcgtg ccgcggagct ggccgaaaac gactactttc gaaccgcgaa
     4501 agcaatccga cgttacagca ctcacttttt taatacatac agcatcatga gaagaagcat
     4561 tctacactta gctatcgtgg cgatcgcggg gcttagcttc gcctccgccc aagcgcagga
     4621 cggctcggac gcgccgatct tacgcgacaa ccgagtcgac acggccatcc tcagtcgccc
     4681 gatcgacccg aagatggacc tctcccgctt accgctttac ctgctccgca tctaccggca
     4741 gatccccgcc gcgcagcagg gctactggat catgcagcaa gacctgaacg cgctcttcag
     4801 ccagacggac tggtactata gccgcgccga agaggctgct tcgcacggag acggcgagcc
     4861 tttccgggcc gtcctgaagc ccgacgagca ggccttcgtc gaccgggtgc aggcccgcga
     4921 gcgcgagctg ctgaagcaga acttcaccgt ccccaaaggc taccgcgtga acctgcgcaa
     4981 ccttgccaac ccttaccaat tcgaagccct tcccgcgggt atgcaggagg cattggcccg
     5041 caacggattc gtgatcgtgc cccagaacga catccagctc tttcacgtct acgagaacaa
     5101 tgactaccac aactttccca gctttgtcac caccgatctc cacctccagc tcttccacat
     5161 gtacttcgat tttgtccttc ggcaactgga gcaggagaag ctcatcccca tgctcagcac
     5221 cttcgcgggg agcatgtaca accacatgaa acgtcaggcc gagaccgccc ccgacgccgc
     5281 cacacgcgcg gctgcggagt acaatcagac ctactacgcc gtgggatgtg ccctcctcac
     5341 cggacggccc ctccagcccg tccctgcggc ttatcgcgcg atggccgagc tggaaatgaa
     5401 gcacgtggca gccgccagag acgacttctc ggagttcttc gggtacaccg aagtgaagta
     5461 tccctacagc ctttaccgac cccggggaca ctacacgcgc aataagtcgc tggagcgcta
     5521 cttccgcgcc atgatgtggt tccaaaccgc ccccgcgtgc ctggacaacg accggcaatt
     5581 ccgcgctgtc gtcatgcagg ctgcggtcct cagcgaccac cccgaggaca tgaagcgcta
     5641 cgacgacttg atggagccga tagccttcct tgtcggtgag ccggacaatg tggccgtccg
     5701 acaagtagcc gatctgcttc gccgtggccg atacgtcctg aaggcgctca tgaccgacga
     5761 tgcgacgtta gaaaagttcc gccgagaggt gaaggtgatc gccgaggcgc aaaataggat
     5821 ccggccggat gagcgatttg agctttcatg ccgggataag atcaacctta tgccgcaacg
     5881 gtatttggca gatagtgagg tgatgctggg catggtggac aacgatagcc cgacgactcg
     5941 ccgcggctgc ccgcgcgggt tagacgtctt cgcggctttt ggcaacgaga cggccgagcg
     6001 catcctgctc gacgaattaa aagaggccac ccggtgggac cagttcaccg cccgcctttc
     6061 tcgagctaag gagcgcatgg ccggcctgga tcgcagccgg acggtctaca accgatggat
     6121 ggaggcgctg ttggagatgt cgcgggcgga cacccgctac ccctatttca tgcagacgcc
     6181 gttatgggcc aaaaagaacc tcaacacctc tctcgcctcc tgggccgagc tcaggcacga
     6241 cgtgattctc tacggcgaac agccggtggt ggccgaatgt ggtggcgggg gactgcccaa
     6301 tccctacacc gtgggctacg tggagcccaa cacgcgctat tggcgccgcg ccattgagct
     6361 gatcgacctc acggcatccg tgctccgcaa gcacgggctg acctcggagc gcattgaagc
     6421 cgtcagccag tcgctccgcg agcaaaccga gttcctgctg cgggtcagtg aaaaagaact
     6481 tagcggacag gcgctcaccg aagaggaata caaccagatc gagaccgtgg gtagcagcgt
     6541 ggaatggatc acgctcgagt tcctccgcca gggggacgag ccgctaagcg gatgggacga
     6601 cgtccatggc gccgacaagt ccgtggcagt cgtggccgac gtcttcaccg ccaacggggg
     6661 gaacaaccca gagaaatgcg tcctctacga ggccacgggg tacgtcgacc acctctacgt
     6721 cgtcgtcgag at
//
LOCUS       SEQF2634|AYYE01000803.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgtcgacggc tttctcatcc tcgaaaagga tgggattcaa aaatgtaccc ccaaaccctt
       61 agccgacacg aatcggaaag agcgaccctt tggctttccc gtccttggcg gggcggacga
      121 gggggcgtat gcaatacgcc cctacccatt cggcaggaag aaggatcacc ccttgggctt
      181 tcctgtcctt ggcggggagg gcgaggaggc gtatgcaata cacccctacc ttgctgga
//
LOCUS       SEQF2634|AYYE01000804.1  349 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             101..283
                     /locus_tag="SEQF2634_00373"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERSYHPQNGFETKRRLLTLPHKIAWIVICIVVLKAIGVSEE
                     LTAILTLLGCDMKSHR"
ORIGIN      
        1 gcgtagagcc ttgccttttc ccctcatcgt ctgccctttg ttgccctcga aacgaaaccg
       61 acatactccg agctttgaac gcaaaaaaaa tgtcagcacg atgaaaacgg aaagatctta
      121 tcacccccaa aacggatttg aaacgaaacg acgcctcctc acattaccgc ataaaatcgc
      181 ttggatagtc atctgtattg tggtgttgaa agccataggc gtttcggaag aattgaccgc
      241 catcttgacg ctccttgggt gcgacatgaa gtcgcataga taattgttga aatgatactt
      301 acgagtatca gctttaaccc gctgttccgt cagcggtagc ctaccgacc
//
LOCUS       SEQF2634|AYYE01000805.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcttggagc ggctgacccg gctgtacagc ctccgtgccg gccgtcccgt acgcttccgc
       61 acggaggtag cgcctgacga tctgaccttt caggccgacc ccgagcagct gagccaagcc
      121 atcggcaatt tgatagacaa cgccatcaag tattcccccg gcgagccgga aatcaccctc
      181 tgggccgggt gtgagggggc tttttacgcc gtcacggtga gcgatcgcgg ctgtggcatc
      241 ccttcggcct cggtcggacg gatcttcgat aagttctatc gtgttcccgc cggtgatcgt
      301 cacgatgtga agggctacgg actcggtctt taccacgtcc gacagatcgt ggagcgccat
      361 ggaggacgaa ttaccgtgtt gcctcgaccg cgtggcggtt caatct
//
LOCUS       SEQF2634|AYYE01000806.1 3536 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3536
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             14..637
                     /gene="manA"
                     /locus_tag="SEQF2634_00374"
                     /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="MWYVVQAAPGAALYSGFSRPIDADEFRRRVEERTIMEVLKRYEV
                     RPGDVFFLPPGRVHAIGAGCFVAEIQQTSDVTYRIYDYDRVGADGRKRELHVAEALEA
                     IDYTFYADHRQPYTPRYDAVVKLIHCPYFTTHLLDLTTLPMTRDFARLDSFVIYLCMA
                     GGVRLTDDLGHVRTIRRGQTVLLPATTRQVTLTPDSDGAKLLETFIA"
     CDS             755..1177
                     /locus_tag="SEQF2634_00375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYFLHADSQGEIEKRKKWLHKEFFPRGEGQMPGDYSVVKCKKI
                     FSDFEKMKADPVDVADLMLFYVEIGCRFTLAYGDIDEPFYASFARYFDKTMKYIRANN
                     LMSVYRNRAKKIVDSVYDDVGWGFPDELLDSYNKYVTK"
     CDS             complement(1318..1938)
                     /locus_tag="SEQF2634_00376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLPLTLREAIEYIGTIVFAISGIRLAAAKGFDWFGAFVVGFV
                     TAIGGGTVRDLLLDVTPFWMLSPAYLWCTLLGMIVVFIFNRQLVRLDLPFFIFDAIGL
                     ALFVVIGIEKTLDLKYPFWVAITMGTITGIVGGVMRDNFINETPLVFRKEIYALACVM
                     GGTVFAACYYLHFNHEVCELSAASTVLIIRILAIKFHWHLPKMKLR"
     CDS             complement(1951..3450)
                     /locus_tag="SEQF2634_00377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFLYLLIGLAVGFTAAWFYLQARSRNEVLQAEQTVRQELSQLE
                     QSARQELQRQLQTAEQAQLLAEQAAARESLLRQRAESDAAELKQERDRLAREHATLQA
                     ERAALVASMDALRQQAKADAAHHQQRFDEQMATLKEQFQSVARQVLDHTSERLKSENT
                     EHMERFALPLRENLTQLRTAIEQTNDATTRNTASLAEQLRQMVAQTERMDRTATNLTN
                     ALRGDNKQVGDWGELVLSELLDAQGFVRGLNYDVQDTLTDNRGQAVVHDETGQRMRPD
                     VILHYPNNEDVVIDAKVSIKAYSEYVAATDDFTRRRHLERHLQSVRSHVTELARKDYS
                     RYITAPRRAVEFVIMFVPNDAALQLALTNDPKLWQSAFEQKVFITGTQNLYAILRMIS
                     IAWRQHTQTENQKHIFQMAEELLKRVGDFVKRFDRVGESIRALSKDYDSAYNKAYSGK
                     QSIVQKANELKALGVKESQTYPLPAAVFAFDDDADATNATANELPHPQP"
ORIGIN      
        1 cggcaagacg gagatgtggt acgtcgtcca agccgccccc ggcgccgcgc tttacagtgg
       61 tttttcgcgt ccgatcgacg ccgacgagtt ccgccgtcgt gtggaagagc ggacgatcat
      121 ggaagtgctc aagcgttacg aggtccgtcc gggcgacgtc ttcttcctgc ccccgggtcg
      181 cgtgcacgcc atcggtgcgg gatgcttcgt ggccgagatt cagcaaacga gcgacgtgac
      241 gtatcgcatc tacgactatg atcgggtggg cgccgacggt cggaagcgcg aactgcatgt
      301 ggctgaggcg ctcgaagcga tcgattacac cttttacgcc gatcatcgcc agccctacac
      361 gccccgctac gacgccgtcg tcaagctcat ccactgcccc tacttcacga cccacctact
      421 cgacctcacg acgctaccca tgacgcgcga cttcgctcgc ctcgactcgt tcgtcatcta
      481 cctctgcatg gcgggtggcg ttcgcctcac ggacgacctt ggccatgtgc ggacgatccg
      541 ccgcggccag acggttctcc ttcccgccac gactcggcag gttacactca cccccgacag
      601 cgatggcgcc aagctgttgg agacgtttat cgcgtaaaaa gaggacagcg tgtcgaaagc
      661 tcaactgaaa aagtgcttca aatcgatgcc caaagaggag ctgatcgaag tcatcctcgg
      721 gttatacgat gcccgaaagg aagcgtagga ctatttggag tattttcttc atgccgatag
      781 ccaaggcgag atcgagaagc gtaagaaatg gcttcacaag gagttttttc ctcgcggaga
      841 gggccagatg cccggtgact attcggtcgt aaagtgtaag aagatctttt ccgactttga
      901 gaaaatgaag gctgatccgg tcgacgtagc ggatttgatg ctgttttacg tggagatagg
      961 atgccgattc acgctagcct atggcgacat agacgagccc ttctacgcct cctttgcacg
     1021 ctatttcgac aagacaatga agtatatccg cgccaataat ctgatgagtg tctatcggaa
     1081 tcgcgcaaaa aagatcgtcg attcagtcta cgacgatgtc ggttggggat tccccgacga
     1141 gttgctcgat agttataaca aatacgtgac gaaataggcc gtgggcgcct atccgagata
     1201 gaaaaaggag aggggaatgg ggtgccattt ccttctcctt ttttctgctt acggtatccc
     1261 gagcactttg gggcttcgta cgtattcagt gtatccgatt cccatcgaga gagcgcttca
     1321 ccgcaacttc attttgggca aatgccagtg gaatttgatc gctaaaatgc ggatgatgag
     1381 cactgtggaa gcggcggaaa gctcgcacac ctcgtgattg aaatggaggt agtagcaggc
     1441 ggcgaaaacc gttccgccca tcacgcaagc caaggcgtag atctccttac ggaagacgag
     1501 cggcgtttca ttgatgaaat tatcgcgcat cacaccgccc acaatgcccg taatggtgcc
     1561 catcgtgatc gctacccaaa agggatactt gagatcgagc gttttttcga tgccaatcac
     1621 cacgaaaagc gccaatccga tggcgtcgaa gatgaaaaag ggcaggtcaa gccgaacaag
     1681 ctggcgattg aagatgaaaa cgacaatcat accgaggagt gtgcaccaga gataggccgg
     1741 actgagcatc cagaagggcg tcacgtcgag gagcagatcg cgcaccgttc cgccaccgat
     1801 ggccgtgacg aatccgacga cgaaggcccc gaaccaatcg aaacctttgg cggcagcgag
     1861 gcggataccg ctgatggcaa agacaatcgt accgatgtat tcgatcgctt cgcggagggt
     1921 aagaggaaga gaatccatgc gttgcttggg ttagggttgg ggatgtggta actcgttggc
     1981 ggtggcgttc gtagcgtccg cgtcatcgtc gaaagcgaac acggcggcgg gcagtgggta
     2041 cgtctgcgac tctttcacgc cgagggcctt cagctcgttg gctttctgca cgatgctctg
     2101 cttgccgctg taggccttgt tgtaagcgct atcgtaatcc ttggagagtg cgcggatgct
     2161 ttcgcccacc cgatcgaaac gcttgacgaa atcacctacg cgtttgagca gctcttcggc
     2221 catttggaag atatgctttt ggttttcggt ctgcgtatgt tggcgccagg caatactgat
     2281 catgcggagg atggcgtaga ggttttgtgt gccggtgatg aacaccttct gctcgaaggc
     2341 cgactgccag agcttgggat cgttcgtgag ggccagttgc agggctgcat cgttggggac
     2401 gaacatgatg acgaactcca cagcgcggcg tggggccgtg atgtagcggc tgtagtcctt
     2461 ccgagccagt tccgtgacgt gcgagcggac gctctgcagg tgacgctcca aatgacgacg
     2521 gcgagtgaag tcgtccgtgg cggcaacgta ttcggagtag gccttgatgg agaccttggc
     2581 gtcgatcacc acgtcctcgt tgttggggta atgcaggatg acgtccgggc gcatgcgttg
     2641 gccggtctca tcgtgcacca cggcctgccc gcgattgtcg gtgagtgtgt cctgcacatc
     2701 gtagttcagt ccgcgcacga agccttgggc gtcgagcagc tcgctgagca ccaactcgcc
     2761 ccaatcgccg acctgtttgt tgtcgccgcg tagggcgttc gtcaggttgg tggccgtgcg
     2821 atccatgcgc tccgtctggg cgaccatctg gcggagctgt tcggcgagcg atgctgtgtt
     2881 gcgcgtcgtg gcgtcgttcg tttgctcgat agccgtgcgc agttgcgtca ggttttcgcg
     2941 gaggggcagg gcgaagcgct ccatgtgctc cgtgttctcg ctcttgaggc gctcggaggt
     3001 atggtcgagc acttgtcgtg cgacgctttg gaactgctcc ttgagtgtgg ccatctgttc
     3061 gtcgaagcgt tgttgatggt gtgcagcgtc ggctttcgct tgctgcctga gggcgtccat
     3121 cgacgcgacg agggcggcac gttcggcttg caacgtcgca tgctcgcgtg ccaaccgatc
     3181 acgttcctgt ttcagttcgg ctgcgtcaga ctcggcacgt tggcggagca gagactcacg
     3241 tgctgccgct tgttcggcca gtagctgcgc ttgctcagcc gtctgtagct gacgctgcag
     3301 ctcctgccgc gcagactgtt ccagctgcga caactcttgg cgcaccgtct gttcagcctg
     3361 caagacctca ttacgactgc gcgcttgcaa atagaaccag gccgcggtga agcccaccgc
     3421 caggccaatc aataaataga ggaaggtcat agggaaaatg aaaaatgaaa agggaaaagg
     3481 gaaaaatgag atgaatcagc cggtagggta ggggcgtatt gcatacgccc cacatg
//
LOCUS       SEQF2634|AYYE01000807.1  632 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..632
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aggtagaata gagggcagag ggttgactga agcccttcca ttaagaatga caattgactt
       61 acaccaataa atagacacag agatgaaagc aatcaaatgt tacgcttggg cgctgatcat
      121 ggcgctaacg acagccgttt tcacggcatg taatgatgat ccggaaccaa caccgaatcc
      181 gggtcctacg cagaaagccc acttcgacct ttgggtggct gtgggcgaag agggtggcat
      241 gggctcgacc gcagcgctgc tggtcaagag tacccagtcg ctcgacgcac aaacgcagct
      301 cgacttcaaa ggctcgggcg tagatgtgac gaagaagctc tatcaagaga ccatcatccg
      361 cggcaagtat tactaccaga ttccgcagga gaaggatcgc ttcggcaagt atcaaattgt
      421 tgacgccgga gggacgcacc agatcgccat cgtcaaggag gtcagcttca aaaagaacac
      481 gctgaaggac cgccgctaca cgcacgcctg gatcaacgac cacactctgg tgctgatcgg
      541 ctctaatggc aagtcggaca agatcctttg gatcaagatc gacaccgaga acatgacgat
      601 cctcggcgag ggcgagcttg acctgcctgc ac
//
LOCUS       SEQF2634|AYYE01000808.1  796 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..796
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(118..792)
                     /locus_tag="SEQF2634_00378"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASQLAFRGGTALHKLYLSPQPRYSEDIDLVQIHPGPIKPILFR
                     LGEVLDFLPDRVTQQKRYNNTMLFRMESEVPPVVPIRLKIEINCVEHFNELGLVKMPF
                     AVESHWFTGQCAITTYALNELLGTKLRALYQRKKGRDLFDLYVALTEAEVNTSEILQC
                     YNRYMAFSVQQPPTYKQFVANMEAKMADPDFLGDTRVFLRPERPFDPQAGYEAVRAQL
                     IDGLKK"
ORIGIN      
        1 atcttgctca gatgtatata cccgcatgat gtatttgcat taaaatattt cggcggtaaa
       61 gatacgattt ccgcgtggca ccaaacaggc gcctgtttga gattgtcttc atccgcccta
      121 tttcttcagc ccatctatca actgtgctcg caccgcttca tatccggctt gggggtcgaa
      181 cggccgctcg gggcgcagaa agacgcgcgt atcgccgaga aaatctggat cggccatttt
      241 cgcctccatg ttcgccacaa actgcttata ggtcgggggc tgctgcacag agaaagccat
      301 gtagcggttg tagcactgta agatttcgga agtgttcact tcggcttccg tcagagccac
      361 gtacagatcg aagaggtcgc gccccttttt gcgctgatac agcgcgcgga gcttcgtgcc
      421 caacaactca ttcagcgcat acgtcgtgat cgcacattgc cccgtaaacc aatgactctc
      481 caccgcgaac ggcatcttca ccagccccag ctcgttgaaa tgctcgacac aattgatctc
      541 gattttcaat cgtatgggga cgaccggagg cacctccgac tccatccgaa agagcatcgt
      601 gttattgtat cgcttttgct gggtgacacg atcgggcagg aagtccaaca cctccccgag
      661 gcggaagaga atcggcttaa tcgggccggg gtgaatctgt accaaatcaa tgtcttcgct
      721 gtatctcggc tggggcgaga ggtacagttt gtgcagcgcc gtgcctccgc gaaaggcaag
      781 ctgcgaggcc aagaac
//
LOCUS       SEQF2634|AYYE01000809.1  828 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..828
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tttcattgag gtgtatatgt atgcgtttgt agattcgttt tgtgccgcaa aggtagactt
       61 ttctctatgc ctcgtttgtg gaaagaaggc acctaaaaga tggcgcaagt gaagaagttt
      121 cccgaaacga ttctctaatc cgctataaac aagcgtataa tgattttgag taggccgaaa
      181 tgttgtccaa aaagaatcac ccaggaaaag aacaatcgac attcccaagc atcttgcgaa
      241 ttacttttca acaagttatt atctggcttg aggcacttgg tagaggggca ggtgggatga
      301 aacgagccta tctgaggggc agcgaggaca tgaaatcgcg atcctcactt ttggatatga
      361 tccatgtggg tctacttttg cggccgatga ggacatcatc ataacccata acgatcacat
      421 acacattaaa aagaaaggaa catcacccat ggcattagac aatttgattt cggtttcatt
      481 caccgacgag gagctgacga agatctccgc agccattgag cagatcaaca cgatactcaa
      541 gggtaaggct atcaacctta cgcccgagga tcgccgacag tatggcagca ttgccgatcg
      601 caataagttg ctggtagaca aggctaagtt ttacatggag aaggcgccgc acaccgtgcc
      661 gaagacgatc gacaaggccg agttcgaccg cgactatgcg gcgcgtggac aggtggagac
      721 accactccgc gagctgacca tggtggctga aaagctgcgc gacacgaaga cgttacttga
      781 ttacgacaac ttgcaaacag caacgcctca atctgttgga tctattat
//
LOCUS       SEQF2634|AYYE01000810.1 1122 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1122
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(60..1073)
                     /gene="aroB"
                     /locus_tag="SEQF2634_00379"
                     /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="MIIFTKDIAEALTAYLASKNYDKTYLVTDTNTRQHCLPLLEGTP
                     ALRDAGQITIEAGDVHKDIAQVAQIWQHLSDGGASRHSLLINLGGGMVTDLGGFAGAT
                     FKRGLHVLNIPTTLMASVDAAVGGKTGINFNGLKNEIGSFHQPDCVMIDCTFLRTLDR
                     DNLLSGLAEMIKHGLIADPDHLRALLSIDISARHFPIDPAEVERSVAVKARIVEEDPT
                     EQGIRKALNFGHTVGHAFESLSFARSRPILHGHAVAAGLVCELYLSHKHCGLSTDDLR
                     RVTHFIRSGYPPFSFSCRDYDTIYERMTHDKKNAGGRIRFALLRGIGDVVIDQEVPRR
                     CLL"
ORIGIN      
        1 ctgaggctca tcctttccta ttattatatt gtatagcata gaccccccaa tgatcatctt
       61 cacaaaagac atcgccgagg cacctcttgg tcgatgacga cgtcgccgat tccgcgcagg
      121 agggcaaacc ggatgcggcc gccggcgttc ttcttgtcgt gcgtcatgcg ttcgtagatc
      181 gtgtcgtaat cgcggcaact gaacgagaag ggaggatagc ccgaacggat gaagtgggtc
      241 acacggcgca gatcgtcggt cgagaggccg cagtgtttgt gcgagaggta gagttcgcag
      301 acgagacccg ctgcgacggc gtggccgtgg aggatgggac ggctgcgggc gaaggagagg
      361 ctctcgaagg cgtggccgac ggtgtggcca aagttgagcg ccttacggat gccctgctcg
      421 gtgggatcct cctcgacgat gcgcgctttg acagcgacgg aacgctccac ctcggcggga
      481 tcgatgggga agtggcgggc agaaatgtcg atgctgagga gggcgcgcag gtggtcagga
      541 tcggcgatga ggccgtgctt gatcatttcg gcgaggccgg agaggaggtt gtcgcggtcg
      601 agggtgcgga ggaaggtgca gtcgatcatc acgcagtcgg gctggtggaa ggagccgatc
      661 tcgttcttga ggccattgaa gttaatgccc gtctttccac ccacggcggc gtcgacggag
      721 gccatgaggg tggtggggat gttgaggacg tgtaggccgc gcttgaaggt ggcgccggcg
      781 aagcctccga ggtcggtcac catgccgccg ccgaggttga tgagcaacga gtgacgcgag
      841 gcgccgccgt cggagaggtg ctgccagatc tgggccacct gcgcgatgtc tttatggacg
      901 tcgccggcct cgatggtgat ctgcccggcg tcgcggaggg cgggggtacc ttcgagcagg
      961 ggcaggcagt gctgccgcgt attggtgtcg gtgacgaggt aggtcttgtc gtaattcttt
     1021 gacgcgagat aggcggtcag tgcctcggcg atgtcttttg tgaagatgat cattgggggg
     1081 tctatgctat acaatataat aataggaaag gatgagcctc ag
//
LOCUS       SEQF2634|AYYE01000811.1  413 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtctaagaga gtgcttttat gtgactactt tgataagtcg gcccttggtc ttttaacttc
       61 gctaaacctt acagctcttt gtgttgtttg aaggaattaa gcttttctac aagtttgtca
      121 accatcgtac aaggattgtg ctttgcatag ttagtatcct catatgattc acgcagcttt
      181 tgggcataac gtatggccaa gttctcatct ccatactttt gaagcaattc gtaaatccta
      241 ggatcttcct tttcgtattt gaatttctca cctttttttg tgcttatttt tttctcaagt
      301 ttttctatgt actgacttcg gctaattcct gtatcaagat agtcaaaatg caagtaaaac
      361 catagttcaa aggattcatt cgtccaagca ctttgaatac catgagtatt agc
//
LOCUS       SEQF2634|AYYE01000812.1 5079 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5079
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(358..1785)
                     /gene="rlmCD"
                     /locus_tag="SEQF2634_00380"
                     /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="MTRKKKPCPVVEGVKVTDVAAEGKAVARIDERVVFIPWAAPGDV
                     VDVRLTRRKSHYAEGTIIAFRERSPLRVDPFCEHFGVCGGCKWQHLPYEEQLRFKQQQ
                     VVDALTRIGHVTPREVRPILGSEQTTHYRNKLEFTFSNRRWLTAEEIDSERNDTDMNA
                     LGFHIPGMFDKVLDIRRCHLQDDVSNRIRLAVKKYCLTHDGYPFFDLKNNAGFVRTLM
                     IRTSSAGGVMVVMAFYYEDRARREALLDFIAAEVPEITSLMYVINEKCNDTLTDQDIR
                     LYRGVDHLIERMEDLQFKVGPKSFYQTNSQQAYRLYSVVREFAELSGCETVYDLYTGT
                     GTIANFVARRSRRVIGIEYVPEAIDDARVNAGLNGIENAVFYAGDMKDMLTESFIEAH
                     GRPDVVITDPPRTGMHNDVTDTILRAAPERIVYVSCNPATQARDIARMADQYEIVRIQ
                     PVDMFPHTHHVENVALLRKKCAEKC"
     CDS             1957..4677
                     /gene="ppdK"
                     /locus_tag="SEQF2634_00381"
                     /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
                     NVDYKNRTVEIDGVKLKEGDYISINGSTGEVYEGEVHTKAAELSGDFAELMTLADKYA
                     RLKVRTNADTPHDAQSARNFGAVGIGLCRTEHMFFEGEKIKAMREMILAENAEDRKKA
                     LAKILPYQQDDFKGILRVMAGYPVTVRLLDPPLHEFVPHDEKGQQEMAEAMGVSLAYI
                     RQRVEALHEQNPMLGHRGCRLGNTYPEITQMQTRAILGAALDLKKEGVETHPEIMVPL
                     TGILYEFKEQETVIRAEAEALFAERGDRIDFLVGTMIEVPRAALTADRIATSAEFFSF
                     GTNDLTQMTFGYSRDDIASFLPIYLHKKILKVDPFQVLDQKGVGSLIRMATEKGRSVR
                     PTLKCGICGEHGGEPSSVKFCHKVGLDYVSCSPFRVPIARVAAAQAAIEE"
     CDS             4702..4863
                     /locus_tag="SEQF2634_00382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIAAFASLSCHMRKPTYLPTKRVGKSAFFLGGGYWNPLAQEA
                     IWDSRFDLR"
ORIGIN      
        1 gaagggagat gcagagtcca aaattgtttt ttaccgcatt atcgatcctc cattccaacg
       61 tatcgacctc ctctttccaa tcgacggcca tgatgaaaaa cagatcgtga tcgtcttccc
      121 aatccatgac atagttgagg gttgtaaaat atccgtcatc gccctcaaaa tcgttcaggt
      181 tgtcaataaa gactgccatt tcgtcctgtt tttccttcgc cagacaaagc gcggccaacg
      241 ttctgtagcc atttttctcc gtgtcagaca gcgggcgagg ctgtggcgtc acatcgactg
      301 tctcgagcgt ttgcatcacc gcagacgact tccgtttgaa acatttgaag agtgacgcta
      361 acatttttct gcacactttt ttctcagtag agccacgttt tccacgtgat gcgtgtgggg
      421 aaacatgtcg acgggttgga tgcgcacgat ttcgtattga tccgccatcc gtgcaatgtc
      481 gcgagcctgc gtcgcggggt tacaactaac gtagacgatg cgctcgggtg ctgctcgtag
      541 gatggtgtca gtcacgtcgt tatgcatgcc cgtccgtggc gggtcagtga tcaccacgtc
      601 gggtcgcccg tgtgcctcaa tgaacgattc ggtgagcatg tccttcatgt cgcccgcgta
      661 aaagacggca ttttcgatgc cgttaagtcc ggcattcacg cgtgcgtcgt cgatagcctc
      721 cggcacatat tcaataccga tgacgcgccg cgagcgacga gctacgaaat tggcaatcgt
      781 gcccgtgccc gtgtagaggt cgtaaaccgt ttcgcaaccg ctaagctcgg caaattcacg
      841 aaccacggaa tagagcctgt aagcctgctg actgttagtt tgatagaagg atttcggccc
      901 gaccttaaat tgcaggtctt ccattcgctc gatcaaatga tccaccccgc gatagaggcg
      961 aatatcttgg tcggtcaatg tgtcattaca tttttcgttg atgacataca tcagggaagt
     1021 gatctcgggc acctccgcgg cgataaaatc gagcagcgct tccctgcgcg cgcgatcctc
     1081 ataataaaaa gccatcacga ccatcacccc gcccgctgat gaggtgcgaa tcatgagcgt
     1141 gcgaacgaac ccggcgttgt tttttaggtc aaaaaatggg tagccatcgt gcgtgaggca
     1201 atattttttg acggcgagtc ggatgcggtt cgacacgtcg tcctgtagat ggcagcggcg
     1261 aatgtccagc accttatcaa acatgcccgg aatgtggaag cccagtgcat tcatgtccgt
     1321 gtcattcctt tctgaatcaa tctcttctgc ggttagccag cggcgattag agaacgtaaa
     1381 ttcgagctta ttccgatagt gcgtcgtctg ctcggagcca agaatgggcc gcacctcacg
     1441 cggcgtcacg tgcccgatgc gagtcagggc gtcgacaact tgctgctgct taaaacgcag
     1501 ctgttcttcg tacggtaaat gttgccactt gcaacctccg cacacaccga aatgctcgca
     1561 aaacggatcc acgcgtagtg ggctcctttc tcgaaaggcg ataattgtac cctctgcgta
     1621 atgacttttt ctacgcgtaa gtcgcacatc aacaacgtct cccggggccg cccaagggat
     1681 aaacaccact ctctcgtcaa ttcttgcgac agcttttcct tcagccgcca cgtccgtcac
     1741 cttcacgccc tcaacgacgg ggcacggttt tttctttcgt gtcaaaattg caatgccatt
     1801 tgaattttca ggggcgcaaa ggtatggata gcctcaagaa gaccttggcg ccaaccagca
     1861 cgatgaaaaa aactgcgaaa acggcggtgt aacgaaagcg tatatatttg ccgccgctta
     1921 aaaaaacagc gagacacata aaaaatatac gacctaatgg aagtaaagag agtttacacc
     1981 ttcggtaacg gaaaggccga aggaaaagca gatatgagaa atctgctggg aggaaaagga
     2041 gccaatttgg cagagatgaa cttgatcggc gtgcccgttc caccgggttt cacgatcacg
     2101 acggacgtgt gcaacgaata ctatcggatt ggaaaagaga agatggtcga gttgctgcaa
     2161 gacgatgtaa aaaaagcggt cgctcacgtt gaaatgctga tgaactccaa gtttggagac
     2221 gtggaaaacc cgctgctggt ctctgtgcgc tccggtgcac gcgcctcgat gccgggcatg
     2281 atggacacca tcctcaacct cggactgaac gacgacgtcg tggaaggctt aacccgcaaa
     2341 acgggtaacc ctcgattcgc ctgggactct tatcgtcgct ttgtacagat gtatggcgac
     2401 gtcgtgctgg gcatgaagcc ggaaaataag gaggatatcg accccttcga agaaattatc
     2461 gaagatgtaa agaaggctaa gggtgtcaag ctcgacaacg aactcgaagt tgaagacctg
     2521 aaggaactcg taaagcgttt taaggcagca gtgaagaagc agacgggaaa agacttcccg
     2581 acttgcgctt atgatcagct gtggggagcc atttgcgccg tgttcgactc ttggatgaac
     2641 gagcgcgcga tcctttatag gaagatggaa ggcattcccg ctgaatgggg aacggcagtg
     2701 aacgtgcaag cgatggtgtt tggcaacatg ggcgacacat cggccacggg cgtttgcttc
     2761 tcacgcgacg cggcaactgg cgaggacctt tttaacggcg aatatttgat caatgcacaa
     2821 ggcgaggacg tcgtagccgg cattcgtaca ccgcagcaga tcaccaagat cggctctcag
     2881 cgttgggcag aactggcggg agtttccgag gccgatcgcg tggccaaata tccttccatg
     2941 gaggaagcca tgcccgagat ttacaaggaa ctcgatgaga tccagacccg cctcgagaac
     3001 cattatcacg atatgcagga catggagttc accgtacagg acggcaagct ctggttcctc
     3061 cagacgcgaa atggcaagcg tacaggttcg gccatggtga agattgcgat ggacctgctc
     3121 cgtcaaggca tgatcgacga aaagaccgcc atcaagcgca tcgacgccaa taagctcgat
     3181 gaattgctcc acccgatttt cgacaaggag gcgctgaaga aagcgaaggt gctgacgcgc
     3241 ggattacccg catcaccggg cgctgcgacg ggccagatcg tcttctttgc cgatgatgcc
     3301 gccgaatggc acgccaaggg acatcacgtg gtgatggttc gcctcgagac gtcgccagag
     3361 gatttggcag gtatggctgt agccgaaggt attttgacgg ctcgcggtgg tatgacctcg
     3421 cacgctgctg tggtggctcg tggtatgggt aaatgctgcg tatcgggcgc aggtgcactg
     3481 aacgtagact acaagaatcg cacagtcgaa attgacggtg tgaagctgaa agagggcgac
     3541 tatatctcga tcaacggttc gaccggtgag gtgtacgaag gcgaagtgca cacgaaggct
     3601 gccgagctgt caggcgactt tgcagaactg atgacgctgg cagacaagta cgcccgtctc
     3661 aaggtgcgca ccaacgccga tacgccacac gatgcacaga gcgcacgcaa ctttggcgcc
     3721 gtaggtattg gcctttgccg tacggagcac atgttcttcg agggtgaaaa aatcaaggcc
     3781 atgcgcgaga tgatcttggc tgaaaatgca gaggatcgga agaaggcact ggcgaagatc
     3841 ctgccttatc agcaggacga cttcaaaggt atcctgcgcg tgatggcagg ttatcccgtg
     3901 acggttcgct tgctcgatcc accgctgcat gagttcgttc cgcacgatga gaagggtcag
     3961 caggagatgg ctgaagcgat gggcgtaagt ctcgcataca tccgtcagcg cgtggaagcg
     4021 ctccacgagc agaacccgat gctcggtcac cgcggatgcc gtctgggcaa cacctatccg
     4081 gagattacgc agatgcagac gcgcgctatc ctcggtgccg cactcgatct gaagaaggaa
     4141 ggtgtggaga cccatccgga aatcatggtg ccgctgacgg gtatcctcta cgagttcaag
     4201 gagcaggaaa ccgtgatccg tgccgaggcc gaggcactct tcgccgagcg tggagacagg
     4261 attgatttcc tcgtgggtac gatgatcgag gtgccacgtg ccgcgctgac agctgaccgc
     4321 atcgctacgt ctgcagagtt cttctcgttt ggcacgaacg acttgacaca gatgactttc
     4381 ggttattcgc gtgacgacat tgcctccttc ctcccgatct atctgcacaa gaagatcctg
     4441 aaggtggatc cgttccaggt gctcgaccag aagggcgttg gctcgctgat ccgcatggct
     4501 acagagaagg gacgctctgt tcgcccgacg ctgaagtgcg gtatctgtgg cgaacatggt
     4561 ggcgaaccct cgtccgtgaa gttctgccac aaggtaggcc tcgactatgt cagctgctcg
     4621 ccgttccgtg tgcctatcgc ccgggttgct gcagcacagg cagccatcga agagtaatcc
     4681 gataaaccga agaaagagtg catgaggcgc atcgccgcct ttgcctctct ttcgtgccat
     4741 atgcgaaagc cgacttatct cccgacgaaa agggtgggta agtcggcttt ctttttaggg
     4801 ggtggttatt ggaatccgct ggctcaagaa gctatttggg acagccgttt tgacttgaga
     4861 tgaggctcag aagcgattca aactctggtt ttgacttgag atgaggctca gaaacgattc
     4921 aaactctggt tttgacccga gatgaggctc agaagcgatt caaactctgg ttttgacctg
     4981 agatgaggct cagaaacgat tggaaagagg aggtcgatac gttggaatgg aggatcgata
     5041 atgcggtaaa aaacaatttt ggactctgca tctcccttc
//
LOCUS       SEQF2634|AYYE01000813.1  646 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             176..478
                     /locus_tag="SEQF2634_00383"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFVVEWITMSAPHSKGRQLMGVAKVLSTMSGTPWRWAMRANFS
                     MPNTAQAGLAMVSPKTAFVFGRKARSISSSGASWLTKVKSICMRFIVTAKRLKVPP"
ORIGIN      
        1 gagctgcacc accgctttgg tgatgtaggc tgcgctgccg aaccgttgcg tgtagacgat
       61 gccgtggtag gaggcatcgg gggtggtgag gccagggaac ttctccgcgt gcgcctccca
      121 gtcgaagcgg ccgctgtcga cgatagcgcc gcccacagac gttgcgtggc cgtccatgta
      181 cttcgtcgtg gagtggatca cgatgtcggc gccccattcg aagggtcggc agttgatggg
      241 cgtggcgaaa gtgttgtcca cgatgagcgg cacgccgtgg cggtgggcta tgcgggcaaa
      301 cttctcgatg cccaacaccg cgcaggcagg gttagcgatg gtctcgccga agacggcctt
      361 cgtgttcggt cggaaggcgc ggtcgatctc ctcctccggt gcgtcttggt tgacgaaggt
      421 gaagtcgatc tgcatgcgct tcatcgtcac ggcgaagagg ttgaaggtgc cgccgtagat
      481 ctccgaggcg cagacgacat gatcgcccgc gctgcagagg ttcagtatgg cgtaaaacga
      541 agccgtctgg cccgatgcgg tgagcagggc tgctacgccg ccttcgagtg cggcgatctt
      601 ggccgccacg gtgtcgttcg tcgggttttg cagccgggtg tagaag
//
LOCUS       SEQF2634|AYYE01000814.1  317 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atattgatgt tggaacagtg tacttgcaac ccgcatctat tgaattagaa atggtaacgg
       61 ttacagaaca taacgtaatt acgaaagatg gcgtcaaaca catttttcct tcatcttatc
      121 atttaaagaa tagcaccgac gcattcatga tgttgggaaa gatgtactta cctcgcatta
      181 ctacagatgg attaaccaaa actatccgtc taaacggcgg cggaacagtg agagtcttta
      241 taaatggacg tgaggcaagt gaaaaagaga tcagctcatt acccatagaa gatatcaaac
      301 gtattgaata ccatgac
//
LOCUS       SEQF2634|AYYE01000815.1 5091 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5091
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             27..515
                     /locus_tag="SEQF2634_00384"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQSLSDVSDTIVNSYRSIAAATTTEGTEEQTVGYVQQMEQLNR
                     SLSGMNEFYSAHLDGLRAQMDTIRQINDGLGRIRDMYNNSVMDSTAFRNENERMAQLL
                     SQLNQVYGRLLQAMTINMAAPGGNMYPPQQPMYPPQGAPAAYPPQGGYAQQPPYTQQP
                     MR"
     CDS             595..1146
                     /locus_tag="SEQF2634_00385"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINLMYLVFIAMMAMNDTSSEVLSGFELVEKSLRESAATAADRN
                     RKTLEELEAANRVNPTKVGEWYKKGMEVKKQSDELFEYIQQLKLRIIRQADGKDANVD
                     QLQHKEDLDAASEVMLSPMGSEASKLKKRLEDYRAAMSRMVDDPEKRAMLERAIVSET
                     SLSDWVTVLKRSRLADTPVICSI"
     CDS             complement(996..1763)
                     /locus_tag="SEQF2634_00386"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKYRRYKNRMEMFLSSENGKRTLNFVYSWGASIVIIGALFKIL
                     HHPLGSPILSVAMVTEALVFFISAFERPSNEYHWEEVFPVLKSKNPLDRPEFGGSGNG
                     GSNGSGSIVVGDLSGLQGLGGSDSSQSLGGSSIVLGDLSGLQGGGSAPLTGNARAARS
                     AEIGMAAMGLNVSEEDTRSLSESIKKLGDAAEQIAHMADLTEATKTYIEQITGVSANL
                     ERFSTVTQSLSDVSDTIARSNMARFSGSSTMRLIAAR"
     CDS             complement(1798..3255)
                     /gene="pkn1"
                     /locus_tag="SEQF2634_00387"
                     /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="MIKKIAIMGVAAWLLTACGKMLSSDGGELVGARMASYNEPSPYG
                     MVLIKRGSFEMGPSDRDSLWGFEPDTRGVSFESFWMDETEITNAQYRQFVYWVRDSII
                     RTRLADPAYGGNELFMITEDKFGDPVTPHLDWSRPIPWKRANEDERRAIESVYYTHPV
                     TGDRSLDARQMNYKYEWFDYTAAALRRNRIDPAERERNTDYQVDPNEVVMISKDTAFF
                     DAEGRPVNQTITRPLSSPFDFLNTRIVNIYPDETSWVNDFKNAHNEPYLKMYFTHPGY
                     DDYPVVGVSWEQAEAFCVWRTEYYKKSANLPPGTVIEPFRLPTEGEWEYAARAGKSEN
                     KYPWSTNELQNAKGCFMANFKPGDGNYTEDGHLITSRVATFAPNEFGLYDMAGNVAEW
                     TSSVYTESGLSQTSDLNPDLHYHAAKEDPYEMKKKVVRGGSWKDVAEFIRSDRRTFEY
                     QNETRSYIGFRCVRTQVGFSNAKGKGNSNKSKKKK"
     CDS             complement(3283..4266)
                     /locus_tag="SEQF2634_00388"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNYRFWTLWLNLLLCATVVVAQTDAPLNHYFTAMTAYNPAAVG
                     MQSEIKATALYRLQWVGLDEGAPKSILVAADMPYRFRETQNGVGIILFNDDKSTLYKD
                     MYAAAQLAHKRRLGKGTLSIGLQVGMVNSTYQGSKARPVPEGADGSADHASEDDAIPK
                     EDLTAKGLDLAAGVMYSTDRYYIGLASAHLTAPTLQLNDNFGRKVMREYNLMAGYNIA
                     LRNPLVELRPSLLVRSDLHMSVGDVTLRAIYKKMFNGGLGVRVTDSGTTNGILYLGAD
                     IAGFRISYAYEYPFSALSRTTFGSHEAVVTYRLQLNLPKGGRNRHKSIRIL"
     CDS             complement(4402..4623)
                     /locus_tag="SEQF2634_00389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYWTLELASKLEDAPWPASKDELIDYAQRSGAPLEVIENLQEME
                     DEGEVYESIEDIWPDYPSKEDFFFNEEEY"
ORIGIN      
        1 gggccaacct cgaacgcttc agcaccgtga cccaatcgct gagcgacgtc tctgacacga
       61 tcgtcaattc gtatcgttcc atcgctgcgg ccacgacgac cgagggcacg gaggagcaga
      121 ccgtcggtta tgtgcagcag atggagcagc tgaaccgcag cctctcgggc atgaacgagt
      181 tctattcggc ccacctcgac ggtctccgtg cacagatgga taccatccga cagatcaacg
      241 acggcttggg tcgcatccgc gatatgtaca acaactccgt gatggatagc accgccttcc
      301 gcaatgagaa cgagcgtatg gcgcaactgc tctcgcagct gaatcaggtt tacggccgac
      361 tcttgcaggc tatgacgatt aacatggcgg ctccgggtgg caacatgtat cccccgcagc
      421 agcccatgta tccgccccaa ggtgcaccgg ccgcctatcc gccgcagggt ggctacgcac
      481 aacagccgcc ctacacacaa cagccgatga gataatagtc gacgaacaga gaccgatcta
      541 ccccacagta taatgtcagg aatatcaaac aatcccaatt ctccgcgtca gaagatgatc
      601 aatctgatgt acctcgtttt cattgccatg atggccatga acgatacatc gtcagaggtg
      661 ctcagcgggt tcgagctggt ggagaaaagc ctgcgcgaat ccgccgctac ggccgccgat
      721 cgcaaccgca agacgctgga ggaattggag gccgccaatc gggtgaaccc gaccaaggtt
      781 ggcgagtggt ataagaaagg catggaggtc aagaagcagt cagacgaact cttcgagtac
      841 atccagcaac tcaagctccg catcatccgc caagccgacg gaaaggatgc gaacgtggac
      901 caactgcaac acaaggaaga ccttgacgcc gcatcggagg tcatgctctc gccgatgggt
      961 agcgaggcat ccaaactgaa gaagcggctg gaggattatc gcgcggcaat gagccgcatg
     1021 gtggacgacc ccgagaaacg cgccatgttg gagcgggcga tcgtgtcaga gacgtcgctc
     1081 agcgattggg tcacggtgct gaagcgttcg aggttggccg atacgcccgt gatctgctcg
     1141 atataggtct ttgtagcctc cgtcaggtca gccatgtgag caatctgctc ggcggcgtca
     1201 cccagcttct tgatgctctc gctaaggctg cgcgtatcct cctcggaaac gttcagcccc
     1261 atcgccgcca taccgatctc agcgctacga gccgcgcgtg cattgcctgt gagcggcgca
     1321 ctgcctccgc cctgcaagcc cgacaaatcg ccaagcacaa tcgagctgcc gcccagactc
     1381 tggctgctgt cgctaccgcc aagaccttgc agaccggaca agtcgccgac tacgatcgat
     1441 ccgctgccat tgctcccgcc attgccactg ccgccgaact cgggtcggtc gagtggattc
     1501 ttggacttca acacggggaa gacctcttcc caatggtatt cgttggacgg tcgctcaaag
     1561 gctgaaatga agaacacgag ggcctccgta accatcgcca cggacaggat ggggctgccc
     1621 agcgggtggt gcaggatctt gaacaatgca ccgatgatga cgatggatgc gccccagcta
     1681 tagacaaagt tcaacgtccg tttaccgttt tcggacgaga ggaacatctc catccggttc
     1741 ttatatcttc tatattttcc catatcgctg attaattatt ggagggggga taagtgttta
     1801 cttcttcttt ttgctcttgt tgctgttgcc cttgcctttg gcgttggaga atccgacctg
     1861 tgtgcgaacg cagcggaagc cgatgtagga gcgcgtctcg ttctgatact caaacgtgcg
     1921 acggtcggaa cggataaact cggctacgtc tttccacgat ccaccgcgga ccaccttctt
     1981 cttcatttcg taggggtctt ctttggcggc gtgatagtgc aggtcggggt tgagatcgct
     2041 cgtctgacta aggcccgatt cggtgtagac cgatgaggtc cattcggcca cgttgccggc
     2101 catgtcgtag agtccgaact cgttcggggc aaaggtggcc acgcgtgaag tgatcaggtg
     2161 accgtcctca gtgtagttgc catcgcccgg tttgaagttg gccatgaagc agcccttggc
     2221 gttctgcaat tcgttggtcg accagggata tttgttctcg ctcttgcccg cgcgggcagc
     2281 gtattcccac tcgccctcag tcggcagtcg gaaaggttcg atcacggtgc ccggcggcag
     2341 gttagccgac ttcttatagt actccgtacg ccatacgcaa aaggcctcgg cctgctccca
     2401 cgatacgccc acgacggggt aatcgtcgta gcccggatgc gtgaaataca tcttcagata
     2461 cggctcgtta tgggcattct tgaagtcgtt cacccagctc gtctcgtcgg ggtagatatt
     2521 gacaatgcgc gtattgagga agtcgaacgg gctactgagg gggcgcgtga tggtctgatt
     2581 gacggggcgc ccttcggcgt caaagaaggc ggtgtctttg gagatcatca ccacctcgtt
     2641 cggatcgact tgatagtccg tgttgcgctc gcgttcggct ggatcgatgc gattgcgacg
     2701 cagcgcggca gcggtgtagt caaaccattc atatttatag ttcatctgtc gggcgtcgag
     2761 gctgcgatcg cccgtcacgg gatgcgtgta gtagacactc tcaatggcgc gacgttcgtc
     2821 ttcgttggca cgtttccaag ggataggtcg agaccagtcg aggtgcggtg tgacggggtc
     2881 tccgaactta tcctcggtga tcataaagag ctcattgccg ccataagctg gatcggccag
     2941 acgggtgcgg atgatggagt cgcgcaccca gtaaacgaat tggcgatact gggcgttggt
     3001 gatttccgtc tcgtccatcc aaaaagattc gaacgagacg ccgcgcgtat ccggctcgaa
     3061 tccccacaaa ctgtctctgt cagaaggtcc catctcaaag gatccgcgtt tgatgagcac
     3121 catcccgtaa gggctcggct cgttgtagga ggccattctg gcgccgacca gttcgccacc
     3181 gtcactggaa agcattttcc cgcacgctgt gagcagccat gccgccacgc ccatgatcgc
     3241 tatcttcttt atcatcgtct ctatgtgtct atattctctg tcttacaata ttctgatgct
     3301 cttgtgcctg tttcgccccc ccttgggcag gttcagctgc aggcgatagg tgacgacggc
     3361 ttcgtgactg ccgaaggtcg ttcgggagag cgctgaaaag ggatattcat acgcgtaact
     3421 gatgcgaaag ccggcaatgt cggcgcccaa gtagaggatg ccatttgtcg taccgctgtc
     3481 cgtgacacgc acgccgagcc ccccgttgaa catcttctta taaatggctc tgagggtcac
     3541 gtcgccgact gacatgtgca gatcagaccg caccagcagc gacggacgca attccaccaa
     3601 cgggttgcgc agagcgatat tgtatcctgc catcaaattg tattcgcgca tcaccttacg
     3661 tccgaagttg tcgttcagct gcagtgtggg tgccgtgaga tgggccgagg ccagaccgat
     3721 gtagtatctg tcggtggagt acatcactcc ggcggccagg tcgaggccct tggccgtaag
     3781 gtcttcctta gggatggcgt cgtcctcgga cgcatggtcc gcactgccgt ccgcaccttc
     3841 gggcacgggc cgcgctttag agccttggta ggtgctgttg accatgccta cttgcaggcc
     3901 aatgctgagt gtgcccttgc cgaggcgtcg cttgtgagcc agctgcgcgg cggcatacat
     3961 atctttatag agggtgcttt tgtcgtcgtt gaagaggatg atgccgacac cgttttgcgt
     4021 ctctcggaag cgataaggca tatcggcggc cacgaggatg gacttgggtg cgccctcgtc
     4081 cagcccgacc cattgcaggc ggtagagggc cgtggccttg atctcgcttt gcattcccac
     4141 cgcggcgggg ttgtaggccg tcatggccgt gaaataatga ttcagcgggg cgtccgtctg
     4201 cgccacgacg accgtcgcac acagcaggag gttaagccag agtgtccaaa aacgataatt
     4261 cttcattctc aacctacaca cagagagagg ggggtatgcg tataatacaa ctcatcacag
     4321 gcgggtaaaa ttgtatccgg acaaacgaaa aaagagctgc aagcgcgcat tggcctgcag
     4381 ctccatcatt ttctctcggt ttcaatattc ctcttcgttg aagaagaaat cttccttact
     4441 ggggtaatcc ggccatatgt cctctatgct ttcgtagacc tcgccttcat cctccatttc
     4501 ttgcaggttc tcgatcacct cgagcggggc gccggaacgt tgtgcgtagt caatcaactc
     4561 gtccttggag gcaggccaag gggcatcttc cagtttggaa gccaactcta atgtccaata
     4621 catgaagtct ccttttttat actgtttaga ttgtcattta tccttctctc cgtgcaggcg
     4681 aagtgccccc acgtgaaagg cgcgcaaaag tagacttaat ataatcactt gcaagccata
     4741 agcgaggaat ggaaaacgaa aagcgaaaaa tgtcggatgc gtccctgtca tcatgtcgca
     4801 tgacgagacc aaaatggccg ttgagacgcc atcatgtcgc atgacgagac ccaaatggcc
     4861 attgagacgc cgtcatgccg catgacgaga ccaaaatggc cattgagacg ccatcatgtc
     4921 gcatgacgag gccaaaatgg ccattgagac gccatcatgt cgcatgacaa ggccaaaatg
     4981 gccattgaga cgccatcatg ccgcatgacg agacccaaat ggtcattgag acgccatcat
     5041 gtcgcatgac gaggccaaaa tggccattga gacgccatcc cgccacggga t
//
LOCUS       SEQF2634|AYYE01000816.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(153..263)
                     /locus_tag="SEQF2634_00390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNGLEDETSVMTLFSKFSHLCIQFIEKKRLQAQIV"
ORIGIN      
        1 cgtgaggata gttctttttg aagatatatg ttccagatag actctcagtc acacggaagt
       61 ttccatcttt gtctttgaca acgatgtcac agagcatatg caaatcctcg ttggatgcac
      121 ggcaaggtaa atctaaattt ttcataatca tgtcatacta tttgggcttg aagtcgtttc
      181 ttttctataa attggatgca gaggtgggag aatttcgaga agagtgtcat gaccgatgtc
      241 tcgtcttcta gtccgttacc cataac
//
LOCUS       SEQF2634|AYYE01000817.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggaggaactt gcgcgagccg gccacgttgc atcgctcgcc gatgttgagg aagttgtttt
       61 ccggcttcac ctccagcaga tccagtccgg agagccagag cgtgtcggcc ttgggcggtg
      121 cggccggcac atgcggccgt ttgccacgcg ccagctcggg gaagtgggcg atgtgtgccg
      181 gcgtcgtacc gcagcacccc ccgacgatgt tcacgagtcc ctcgtcgata aaatccttga
      241 tctgcacggc catcttctcc ggcgtctcgt catactgtcc gaactggttc ggcaggcccg
      301 cgttggggta ggcactgatg tagagcggcg ccagatcgcc catctccttg aggtacggct
      361 tcatgtcggc cgcaccgaag gagcagttca ggccgacgct cagcagcggg atatgttgca
      421 cagaggcgag gaaggcgcca agcgtctgac ccgagaaggt gcgcccgccc ttgcccgt
//
LOCUS       SEQF2634|AYYE01000818.1  601 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..601
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             231..533
                     /gene="moeB"
                     /locus_tag="SEQF2634_00391"
                     /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"
ORIGIN      
        1 agacaggcga aattctccta ggctccttat tttgctataa ttacaaagat ctttgcgtct
       61 tgttttcaaa gatacttatt ttactcttga ttcgtacttc tttccccctt tcttatattg
      121 gcttcacgtt aatttgtgct aacaaacaaa agatcaccct ttcgggtatg acatgaagaa
      181 gaacaagatt atttctttgt cgcagcatca atcattgata tacaacacag atgaaaagat
      241 acgaacgcaa tcggatttat ctctccgaag ataatcaaaa gaagatcaaa agctatcgtg
      301 tactacttgc tggagctagt attggcagta atatagctga gatattatta aggataggct
      361 tcgagagtct aacaatcgta gatggtgaca ttgtagagga tagtaatctc aatcgacaaa
      421 attattcata ctcagatatc gggcttccca aagtagaggc cttgaaagat cgcctactta
      481 gtatcaatgc taatgcgcaa ataaaagttc tacatacttt tattgaaaag taattttact
      541 gagaaaaaag cctttgcaat gctcactaag ttggagaaac tgacacttga attggctatt
      601 a
//
LOCUS       SEQF2634|AYYE01000819.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgtggttgc actctcgcaa gagcttcgtc cactgatggg cagcgagcag acgcagaggc
       61 tacgccgtgc cttgcgggtc tgtccgccga gaaaggggac gctcgagaaa aagtgatgct
      121 ggcaactcga ttgacggggc cgctggatcg aaagtgacgc tggcaactct ggttgctcca
      181 atccaattat acaacctcat atttcaaaaa caccatgcaa atcatccttg tagacggtaa
      241 ggcttgggag cgacatcgct ccgcctttgc cgactttatc caccgcatcg agcgg
//
LOCUS       SEQF2634|AYYE01000820.1  425 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agagtacggg cgtgattctc tttatcgggg agatcggaga gatccaatga ttccacacac
       61 gctatgtttc attccaaata cacattgctc tatgaaaaag ttattcctct acgcagggct
      121 actcgccctg ctagttgccg ccggatgtaa gtcggacggc gacgaaccga tccctgaacc
      181 gaagccaacg ccaacaccaa cgccgggaac aacgccggga acaacgccgg gaacaacggt
      241 ggacacgacg cgacacatca cgccagtcgt ccccgtcgaa ctgaagaagg ccgagaaggt
      301 ggcgcgtgac aacgccttca ctttcgacct gctccgcgcc gtcaggaagc atacagacaa
      361 gacgaacgtg ttcatctcgc cgcttagcgt tagcatggcg ctgaacatga cactcaatgg
      421 tgccg
//
LOCUS       SEQF2634|AYYE01000821.111012 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11012
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             1789..2724
                     /locus_tag="SEQF2634_00392"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATRKCSFCGKSFVTRSGMQRYCSEACQAEAKRARVMQKNNLF
                     KVAQPLMEIQHQEYLTFSKAAILMGCSRQYIYKLVAIGKLKASRISNRMAFIRRADIE
                     QMLEGNPYHRILPGNTSTPRKSSSSSLPAKREKREKESEEVLDFYSGEEVMSLFKVKQ
                     SWLYTSAKRNHIPICRIAGKNYYSKKHIDEFFGVAVDISEITDWLLTEEVEELFGMKP
                     TALRAYTYRHKIPTKREYGRTYYSKSHLNELRRTDLVNDERYYTVEQVQQIYGLSSAN
                     ICHIVKVKHIEKIKVGVKNLLLRSDVERVMAERNK"
     CDS             2866..3984
                     /gene="xerD_3"
                     /locus_tag="SEQF2634_00393"
                     /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             4232..5089
                     /locus_tag="SEQF2634_00394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESSIKDKYIILGFVGFAIVLISSIATLVIADSFNQDNFVRWIV
                     FVCCNLLGWLLYLSFQTLIFDTYEIYKIKFGKKETIAEAIEVQEELSQNTLEEATSVP
                     GPTSVPEPVPESSPTKEETLIQTQPIELTIAPDLHEKNRANYASREQREKEERIRMVM
                     EYCHYYLPRIADQETVNHICTEVDKWMNLNTYTPKPIQRPFTKDINNIPLRHFVWNIS
                     ERFLYKRYYNGDNRAKFIKALFPKSFADTDLSTIKNFKVEPLKTEIPIDEPENGKLDF
                     HYPEDYVRN"
     CDS             5289..5663
                     /locus_tag="SEQF2634_00395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKSILTFNDLPEVVAQLRDEVMSLKSLLAEQRSVNNAKTVDTH
                     VPMSVDEAAEYLGIPKGTLYMKLSEGTIPATKPGKRYCLYRDELDKWLETARKNPIPL
                     SDEELNKSLSSSHRRKPNPRNW"
     CDS             5669..5989
                     /locus_tag="SEQF2634_00396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEDKNYINLIRGDLTKASQAHNGMPDSVGMMNIKTANQTILEA
                     SLLPTPRALWDSFWYEGELSCLFADSNVGKSILAGRPTARFSSLTILPTCVAPWRKAM
                     PQDG"
     CDS             5959..6555
                     /locus_tag="SEQF2634_00397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
     CDS             6559..7674
                     /locus_tag="SEQF2634_00398"
                     /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             7874..9361
                     /locus_tag="SEQF2634_00399"
                     /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(9454..10419)
                     /gene="per1"
                     /locus_tag="SEQF2634_00400"
                     /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(10427..10933)
                     /gene="acrR"
                     /locus_tag="SEQF2634_00401"
                     /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 gccgagtcgg cgtgaaccat gctgttgaaa gtcgtgtggt tgatgtcgtc gcgcagggta
       61 ggcgagagcg tgtagcgaag gccgacgtag tgcgcgggcg agatctccca attggtgccc
      121 gccgtgatgc gcacccaccg atcgacgccc gtggcgtaga gcgtgttctc ctgctgccag
      181 agggtatcga ggcgggtctg ttgcgcgatg cggctgtcga tgaggtacgc cccgcggccg
      241 tagagcgcgg tgccgaagac gtcccagccg ttccgccgcc agttcacgtt cacctgttcg
      301 cgcaggtcgg tcgtctcgcc ctcgtaccag ctcgatcgtg catcgaaccc gaagccgtcg
      361 cccgcgcgcc gcacggtatt gatacggatc acggccttga ccgaggcgtc gtagcgcgcg
      421 ccgggattgc ggacgatctc cacgtcgcgg atgtcggccg agttgagctg atccagctcc
      481 gagaggtcgc gcacctcgcg acggttgatg tagatcttgg cttcgccctt gccgaagacg
      541 gagaagacgc ccttgttgtc cgacgtcagc gagggtaggc gtcgcagcac atcgttcgcc
      601 gtgcccgccc gactcagcac ggagccctgc accgacgcca cgagcgcgtc gttcttcagt
      661 cggatggccg gccgactggc cgtcaccgtc acctcgccca gctgcgcggc ttcggcttgc
      721 agcgtgacgg tgacgcccga ctgcggcgca tcgatggttc gcgtctcata gcccacgaag
      781 gagaccttga ggaacgtgcg ccgcgcgccg ccgccctcca acgcgaacgc cccgcgggcg
      841 tcggtgatcg tgcccgtcac gagcgacgag tcaggcagcg cgtagagcgc cacgttggca
      901 aactcgatgg gttggttttg cgagtccacc acgcgcccgg tcaattgctg tgcgtgggcc
      961 gcaaccatcg cgcccacgat gccgaccaat aggaaataga atcgtctcat gtggtaatgt
     1021 tttttttatt tcaatcagtc gtgtagagcg atgcacaaca aggaagtgtc tttttgtatt
     1081 ttcttggtag aggaaagttg atttttgcag gtgtcatgct tattgttgat tgataaaaat
     1141 aaacgcacta cacgagggga gttcataaat ccaattcagg atattccttg tcgtatttgt
     1201 tcaggctgag caatagggct ctttccaaat tggatttgtc tttatatata gagcatatgt
     1261 caaatttcgc cccttgatac ttattgcgaa aacgatacca gccgcatcct ccctgacaga
     1321 tgggaaatac gtagcaatct ttgcaacact catcttcaaa aggggaacaa tcgcatgcat
     1381 atttaaacaa cagagcctcg ttgattaatt tgctctcgca aatatagaat atgtatttat
     1441 aaccatagaa caaccaaaac taatcagaaa tatccgagtg taaatcttta attaccagca
     1501 tattctaaaa tttaacactt ttcggttgcc atttgtcgct tcccaaattt ccacatattt
     1561 ttgagacgta tttctgacgt ggagaatttg cggggcttgt tttttgtcac accgtgcaga
     1621 cagttgacaa gggtttacaa ccgtttacga caagcgacaa taaccgcccc gatatgcgga
     1681 aacagtcaca ctgtgtagaa aagcgacaat ggttgacttc cgttcacatc cgtttaccat
     1741 ttcagagata taggattgaa gaaatgaacc attaaacgat aaaacggtat gaaagcaacc
     1801 agaaaatgca gtttttgcgg caagtccttt gtaacccgaa gcggtatgca aagatattgc
     1861 agtgaggctt gtcaggcaga agccaaacga gccagagtga tgcagaagaa caacctcttc
     1921 aaagtcgccc aacccttgat ggagatacag catcaggagt atctcacctt ttccaaagca
     1981 gccatcctca tgggctgttc ccgacagtac atttacaaac ttgtagccat cggcaagctg
     2041 aaagcctcac gcatcagcaa ccgcatggca ttcatccgca gagccgacat cgagcagatg
     2101 ttggagggca atccctatca ccgcatcctg cccggcaaca cctccacacc aaggaaatca
     2161 tcttcatctt ccttacctgc caaaagagaa aaaagggaaa aggaaagcga agaagtgttg
     2221 gacttctatt cgggcgagga ggtgatgtcc ctttttaagg taaagcagtc atggctttac
     2281 acttccgcca agcgtaacca tatccccatc tgccgtatcg caggaaagaa ctattacagc
     2341 aagaagcata ttgacgagtt tttcggtgtg gcagttgata ttagcgaaat taccgactgg
     2401 ctactgaccg aggaggtgga ggaactgttc ggcatgaagc cgaccgcact ccgtgcctac
     2461 acctatcgcc ataagatacc cactaaaaga gagtacgggc gtacctatta ctccaaatca
     2521 catttgaacg aactccgcag aactgacctt gtgaacgatg aacgctacta taccgttgag
     2581 caggtgcagc aaatctatgg tctttcgtca gccaacatct gccatatcgt caaggtgaag
     2641 cacatcgaaa agataaaggt gggtgtgaaa aacctgcttt tgcgctcaga tgtggagcgt
     2701 gtcatggctg aaaggaacaa ataaccgtga aaaatcggga ttatcgaaaa ttatttcaaa
     2761 atgatgtatc gtggaggtat tcacggatat ttcacgttgt tcctttgcca tcggaaacat
     2821 ggatacaact ccaaaatgta tacaaccaat taaaacataa ttattatgag taaatgcaaa
     2881 acagttacct tgcgtaagcg caagattaag aacgggacac agtattcact atgccttgac
     2941 tactatcccg gctaccgtga caatgtcacc atgagagtga ttacacgtga agccttagga
     3001 atttacatct tcgccaaacc tgcaaaccag caggaacggg acttcaacgc acgcatgatg
     3061 aagaaagcgg tcatcctgcg caaccagcgc tacgaagcca ttttcaatga aaacaacggc
     3121 ttttttgaca agaccaagat gaagggcgat ttccttgcct atttcaaagg actggctgac
     3181 cgcaagaata tcaagtggca gcacgtatac aagcatttcc agcggttcgt gaacggcaaa
     3241 tgcacctttg aggaggtgga tgtggatttg tgccgcaagt tcatggaata cctgcttgat
     3301 gcaccccaat ccatccacac caaccaaaag ctgcacatca actccgcagc aggctattgg
     3361 tcaactttcc gtgccgtgct gcacaccgcc taccgtgaca ggaagataaa ggagaaccca
     3421 aacggcttct tagaccgcat cgagtgcatt cccaccatca gggagcattt gagccaagag
     3481 gaactgatac ggcttgccga aacaccctgt gaggaggagg tcttgaaaaa agcttttctt
     3541 ttcgcctgtc ttacgggact gagaaagagc gacatcagac agctcacgtg gcagcagata
     3601 caaccataca ccaacggcag gatgttcgtt accacccgta tgcagaaaac caaagaaata
     3661 gtgcataacc ccatcagtga tgaagcctat ggactgctgg gagaacgggg cgagggactt
     3721 atctttgagg atttcaagga caagatgctg caaggaccac tccaacggtg gctcacggca
     3781 gcagggataa ccaagaaaat cacctttcac tgtacccgcc acagcttcgg aagcctgcac
     3841 gtggaaatgg gaacggacat ggctgtcatc caagcctatc tcggacataa gaacattacc
     3901 accacacaaa tctattccaa gatagcagcg cagcagatgt gtcaggtggt ggacaagata
     3961 accttgaagc gcaaggaggc ataaatgtct cacattgaca ggtattcaga ggggcggtta
     4021 tggctacaag gctataatcg cccctctatg tttttggctt gatgccacca tttataagcc
     4081 cctcagagta tgaaacagag tatgatatga tgacatttcg tgaaatacat tgaaaaagac
     4141 cgttctaacc gcaaataacg ggcagtaatt gggaaaaata gcattaactt tgcacaaaat
     4201 aatacaggaa cattcaatct ctcaacgaaa tatggaatca tcaatcaagg acaaatacat
     4261 catcttgggc tttgtcggct tcgccatcgt cctaatatct tccattgcca cgctggtaat
     4321 agcggacagc ttcaaccaag acaactttgt caggtggata gtattcgtat gctgtaacct
     4381 gttgggatgg ttgctctatc tctcctttca gacacttatc tttgatacat acgaaatcta
     4441 caaaatcaag ttcggcaaga aagaaacgat tgccgaagcc atagaggtgc aggaagaact
     4501 gtcacaaaat acacttgaag aagccacatc tgtgcctgga cctacatcag tccctgagcc
     4561 tgtacccgaa tcatccccga caaaagaaga gacacttatc caaacacaac cgatagagct
     4621 tactatcgcc ccggatcttc acgaaaagaa ccgtgccaat tacgcaagca gagagcaacg
     4681 ggaaaaggaa gagcgcatcc gcatggtcat ggagtattgc cattattacc tgcctcgcat
     4741 tgccgaccaa gaaaccgtga accacatctg tactgaggtg gacaaatgga tgaatcttaa
     4801 cacttatacc ccgaagccca tacaaagacc gtttaccaaa gacatcaaca acattccact
     4861 ccgtcacttc gtatggaata tctctgagcg tttcctgtac aagagatact acaatgggga
     4921 taaccgtgcc aagttcatca aagccctttt cccgaaatcg tttgctgata cagacttatc
     4981 aaccatcaag aatttcaagg tagagccgtt aaagacggaa attcccattg atgaacccga
     5041 aaacggcaaa cttgatttcc actatcccga ggattatgtg cggaattagg ataatcacga
     5101 caccaacgac aaccatccgg taactcataa ccgcctgttt tacatcgttt cccgagtaat
     5161 tttacccgtc atttatggct gggcttaatt attcgggaat tattttgcaa tgacgtgtcg
     5221 tggagatatt cacggatata tcatttcagt cctttgcgcc aagtcttaca aaagagacga
     5281 gtacgcgaat ggaaaaatca attcttacct tcaacgacct ccccgaggtt gtcgctcagc
     5341 ttcgagacga agtgatgagc ctgaaaagcc tgctcgccga gcagcgcagt gtgaacaatg
     5401 ccaaaacggt ggacacccac gtgcccatgt ctgtggacga ggcagcagag tatttaggta
     5461 tccctaaggg tacgctctac atgaaactgt cagaagggac aatccctgcc accaagcccg
     5521 gcaaacgcta ttgcctttac cgtgacgaac tggacaagtg gctggaaacc gcccgaaaga
     5581 atcccatacc gttgtcagac gaggaactga acaagtcctt atcctcttcc caccgtcgca
     5641 agcccaaccc acgtaactgg tgaatgatat ggaagaggat aagaactata tcaacctgat
     5701 acgtggcgac ctcacaaaag catcccaagc gcataacggt atgcccgaca gtgtaggcat
     5761 gatgaatatc aagacggcaa accaaaccat tcttgaagca tcgttattgc ctacgccccg
     5821 tgcgctgtgg gacagctttt ggtacgaggg ggaactctcc tgcttgtttg ccgattccaa
     5881 cgtgggcaag tccatccttg ccggcagacc gactgcaaga ttttcatcat tgacaatctt
     5941 acctacctgt gttgcgccat ggagaaaggc gatgccgcag gacggctgat gattcagctg
     6001 aacaatctca aaaagagata tgcgctctct atccttgtcc tggcacatac gcccaaacgc
     6061 tctttggatt gtcccatcac atccaacgac cttgccggaa gcaaacggct ctacaatttc
     6121 tttgacagcg tgttcaccat tggaaaaagt gcccaagacg gagggcttcg ctatgtgaag
     6181 cagcttaaag tgcgctatgg cacgttctct catgatgcgg ataatgtaat cgtttacgag
     6241 attgacaagg tggatgcttt cttgcagttc gtgttcaggg gctattccac ggaaaaggaa
     6301 cacttgaaaa aattgggcga caatgaatca agccaaaggg attgccaaat tctgcaactc
     6361 tcccaatcgg gcaagtccgt cagggagata gcctcacagg tgaattgtgg caagtccacc
     6421 gtaaaccgta tcatccagcg cagcaaagag agtaaaaacg caggtgtccc aagtgtccca
     6481 ctgtcccaac ccttagagtg tgggacaatg ggacaggatg ggacagccga caatcaacca
     6541 tcaaaaacgg actaagctat gggcaattat tcattacaga agtataaagg aacggcaaca
     6601 cggcatacct gccccaaatg cggagacagg cattctttcg tctattacgt ggacgaaaat
     6661 aatgtgccgt tgcatccatc ggtcggcaga tgtaaccacg aaagcggttg tgggtatcac
     6721 tacactccga aagagtattt tcaagagcat cctgaacaca gaactaccaa tgatttctct
     6781 tttgacaggc aaagagcaga gcagaagaaa gtgaagcagc aaagtaagcc gacagccatc
     6841 ggctatattc cccctcacta tgtggagaag tcgcaaagcg agcgtagcaa tttcttccgt
     6901 ttcctcttca cactccttac ttcctactat ggcgacaagg cgaaagaggt gttgaagcgg
     6961 ttgttggagg aataccgttt gggggctacc cgtgacggct ctgttatctt ttggcagata
     7021 gacaggacgg gcaaggtacg cacgggaaag gtgatgcagt acaatcccga agacggacac
     7081 cgtatcaagg gaggacagac atcggcagtg aactggatac acagcatatt gaaaaagcag
     7141 cgtgtgttgg cagaggattg gcaactatcc caatgccttt tcggggaaca cttgttgaaa
     7201 acgcatcccg acaaggtggt ggtcttggtg gaatccgaga agagtgccgt tatcggttct
     7261 gctatcttcc ccgattatgt atggctggct acgggtggta agagtcagat gagagaagag
     7321 aaactccgtg tactgtcagg gcgaaccgtg cttctctttc ccgatgccga tgcttatgcc
     7381 gagtggaaac agcgagccga gagcatgtac ttttgtaagg tggtggtttc ggacatcatc
     7441 gaaaggaatg ccaccccgaa acaaaaagaa gcccatatcg acatagccga ttggattatc
     7501 tttcagatac gggagggcaa ggtgatgagt acagccaacc acttggtcga ggctgagaga
     7561 atcctccagc ggatgataga gaagaatccc gtcctgcaaa aactgataga cgatttagac
     7621 cttgtgctgg tcggtgcatc tccaatcggc aacgatgatg aaaaacctcc ctgacggagg
     7681 agagcggaag ccgtaggctg gagtttgcag acaatggctt gccattgata tagcccacta
     7741 taactacacg ctccgcttac gtagttgtgg gctctcccga ggggattagg gttttaccct
     7801 aatgacccac tcagggcgtt tctcccctga gaacccagag caaagagtga ccctctcttt
     7861 gcaatctccg cttatgggtt gcacccctaa gaaccccatg cgtttacgga cagcggaaaa
     7921 gcaaacaata aagtacaaac ccaaaaaaca agtatctatg gcaacaaaat caagcataca
     7981 tatcaagccc tgcaatatcg catcgagtga ggctcacaac aggaggactg ccgaatacat
     8041 gcgccacatc ggagagtcca gaacctatgt ggttccagaa ctctccaccg ataatgagca
     8101 gtggataaat cccgacttcg gcagtccgga tttgcggatg cattatgaca atatcagaca
     8161 gatggtaaag gaaaagaccg gacgtgccat gcaggaaaag gagcgtgaac gcaaaggcaa
     8221 gaacggtaaa atagtcaaga ttgcgggatg ctcccccata cgtgaaggag tgctgcttgt
     8281 caggtcggac accacactgg cagacgtgcg taaattcggt gaggagtgtc aaagacgctg
     8341 gggaatcaca ccgctgcaaa tcttcctgca caaggatgaa gggcattggc tgaacggtca
     8401 gccggaagcg gaagacaggg aaagcttcaa agtcggggac agatggttca agccgaacta
     8461 tcatgcccat atcgttttcg actggatgaa ccacgaaaca ggaaagagcc gaaagctcaa
     8521 tgacgatgac atgatgcaga tgcagaccct tgcatccgac atcctgctga tggaacgcgg
     8581 gcagtcaaag gctgtcactg gtaaggagca tctggaacgg aacgacttta tcattgagaa
     8641 gcagaaagct gaactgcaac gcatggatgc agccaaacgg cacaaagaag aacagataaa
     8701 tcttgccgag caggaactga aacaggtgaa atcagaaata cgcactgaca agttaaagaa
     8761 gacagccacc acggcagcga cagccataac tagtggagtt gcttctcttt tcgggagtgg
     8821 aaaactgaaa gaactggaac gtgccaacga aaaactgcaa gacgaggttt caaaacggaa
     8881 caccaatatt gaaaaattgc agagccaagt acagcagatg cagaaacagc atgatacgca
     8941 aatccacaat ctcagagaaa tgcacaggca ggaacttgac atgaaagaaa aagaactgtc
     9001 acggctcgcc agaatcatag acaaggcttt caggtggttt ccgatgttca gggaaatgct
     9061 gcgcatggaa aagttttgtg ccatgctggg attctctaaa gaaatgactg aaagtcttat
     9121 agtcaaaaaa gaagccctga aatgtagcgg taaaatctat tccgagcaac acaggcggaa
     9181 ctttgatata aaggatgata ttttaagggt ggaaaatgac cctgacgatg aaagcaggct
     9241 gaacctgaca ataaacagga agccgattgc cgactggttc agggagcaat ggcacaggct
     9301 tagatatgga gcaagagtgc cgcaacagga agaaagaaaa agtagaggat tcaaattata
     9361 atagaagcaa tttgattagt aatctaaaag cactccgata acgattagag tgcttttaga
     9421 ttgtttatca ttaattatca aagcaagtgc agtttaagat tttactgaag tttgcattaa
     9481 taaagaatat actacagctg atatatgcgc aacatattgt gacgcttgtg attcatttcc
     9541 cttgaaatcc ttaacaaata ccgctaaggt ataactgata ttattaggca gacatatata
     9601 ggcaacatca ttgtgagctg caagaacacc attttcatta acatcacctg aacctgtctt
     9661 atgcgctata acaacccctt ctttatcaag aagtggagct gctatcctat ctacacctgt
     9721 tttgcattct tttaacgtat tcttaatgaa actttgtttc tcatcatcga taagaccttc
     9781 agtaaacaaa cgattcatca acattgcagc accaagagga gatgtatagt tagagtaagc
     9841 cttgttatgg tcagccgaca tttcctcttc cgtataagct atctgaaaac ttgaacgagg
     9901 aatgagtgtg gctataaaac tatctgtttg agcgacatta accatatcct taaacataag
     9961 gttgcttgca ttgttgtcac tctgagtaag agtataacgc agcaaatctc tcactgtcaa
    10021 tgatatgact ggccctgaat aatctttcag cataggactc caagtctttg ggtcaagttt
    10081 atccctattt atatttacta aggtatcaag tgaaattcct ttattgtcaa agtcattaca
    10141 aagagctaat gcctgatgaa ccttaaacac actcatcata ggataaacac tcttattatt
    10201 gaccttaacc gtatctctgt tattaacaat aaccgccaca ccaatttcgc caggacaagc
    10261 tgagacaatt tgagaaatgc tatcagtcaa aacatttgtt aaaggaggat ttgcgctatc
    10321 ttttgtcgct gatttatgga acaatgaaaa taccaagatg aaaatgcaaa ctaaagctat
    10381 actcaaaact acgatttgtt tttttctgtt tttttccatg tttatattat ttatatttgt
    10441 ttgacgagaa tatctttatt tgccgacaca acgtaaagct caaaaaactt gctgccgtaa
    10501 tttctattcc atccccgact tcatcaaaaa agaaacgaat tctctctctg attcgatcga
    10561 tacaattctc caaaaagatt ctcaaaggag tcggactact tgaacagtct tctgtgagat
    10621 tatcgctctt caaaaattga atcacgaacg catctgctac ctgtcgtaga agatcttcct
    10681 tgcctttgaa gtagtagaag ataatgccac gtgtaacatt tgcggctttc tctatatcag
    10741 taaaactgac cgcatcatat cctctggata agaataacct aaatgactcg gtaaggatct
    10801 tctctttctt tggataccgc atcgtctttt ctaatttgac aaattctgac atatttcttg
    10861 cttgtcgata ttgcttttga ctgactcgtt gatcagtatc attcgagcgc aaaattgcaa
    10921 tcactttttc cattccacca aatttttctg caactttttt cgctgattaa aaaagaaagg
    10981 cgtgatagat gtagaaacat acagcctgca at
//
LOCUS       SEQF2634|AYYE01000822.1 4093 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4093
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             88..1026
                     /gene="pip"
                     /locus_tag="SEQF2634_00402"
                     /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="MTRCLLLALLILGVTVEGHAQSLYVKTFGKADGVPLIFLHGGPG
                     YNAAAFESVAAQALADNGFRVLVYDRRGEGRSLHTAARYTFDEALHDIDSLCRTYDLH
                     RPVLLGHSFGGILALLYADKHPEQVRSVVLMSAPLALQASFDNIRNRCRAIYASRADS
                     VNLRYMNMLDAMDKGSMEYASYCFMHAAGNGFYVPKARTKEGQSVYATFEADSALFPL
                     SKLSEWQAPQGFHRNEHYTTLDLTDTLRRILRRGTPVYGLYGADDGLYSAAQLDALRN
                     LLGPDHMITLDSCSHNVFIDRRHAFIEVLTRHCKTK"
     CDS             1166..2638
                     /gene="pepD_1"
                     /locus_tag="SEQF2634_00403"
                     /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="MAEEIKRLAPEAVWGYFYDLTQIPRPTGHTKQVTDYLKAFGEKH
                     GLETHQDEVGNVLIRKPATPGYEGRQTVVLQAHVDMVPQKNAGVAHDFLRDPIDAYID
                     GEWVTARDTTLGADNGMGVSLAMAALTDKTIKHGPLEGLFTIDEEVGMDGAVGLKPGF
                     LKGTIMINGDSEEEGHLFVGCAGGVDMNISFNYRDGEPTPEGDVALRLTLAGLKGGHS
                     GVDIHLGRANANKLFFRFLKKAVSHYDVRLATVEGGSLRNAIPREVSAVVTVPADRVA
                     DVEQLVREHEALYRAEYKGVEGDIRFTAERTAELPATLIPEEIQDDLINAVEGCPNGP
                     ISMLHDFPGTVESSSNLAIVKSDDAAGRIDVKILVRSSSESRKDALCSSIESVFSLAG
                     AKVEQSNPYGGWQPNIDSPILRTMEKAYESLFGRKPDVTVMHAGLECGIIQEAYPDMD
                     MISFGPDIKHPHSPDEAVGIASVEKSWRLLVATLEAVPEK"
     CDS             2954..3862
                     /locus_tag="SEQF2634_00404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPFTMDLPRVLRIEPISTDRLTLPIHEMFHRKQYDLVKAIDNT
                     KLKLPANLMPNWYKGIEAEGDLSRESTFSRHTAELLKKDEERDEQLESIFFIVRGNKL
                     SSVSANREAAKRIDEKLRAYYSDTRKAPYDKESSLILGIKKDMAGFSADIATLGLTAS
                     FTQLYTINDEYIELQKTRSLAGADSQLPPASVVRPLTDAAFNIVCQYILSAYLNATTE
                     DDKALFDQLVDRMNKISRETRATQRQMQAQRKPKDPKEPKQPKDPKDPKKPDQPKDPK
                     KPDKPEQPQPPKEGGDGNPDIHLPEE"
ORIGIN      
        1 tgggcactgt ctcaactgtg agctcggtga aattgtagta tcggtgaaga tgccgattac
       61 ctcaaggcct ttaccctctg caccgtgatg acaagatgcc tgcttttagc cctgctgatt
      121 ctcggcgtta cggtcgaggg gcatgcgcaa tccctctatg tgaagacttt cggaaaggcc
      181 gacggtgtgc cgctcatctt cctgcatggc ggacccggct ataacgccgc cgcttttgaa
      241 tccgttgccg cgcaagcgct ggccgataac ggttttcgcg tgcttgtcta cgatcgacgc
      301 ggcgagggcc gcagtttgca cacggctgcg cgctacacct tcgacgaggc attgcacgac
      361 atcgacagtc tgtgccgcac gtacgacctc catcgccccg tgcttctcgg ccatagcttc
      421 ggcggcatac tggcgctgct ttacgccgac aaacaccccg aacaggtccg ttcggtcgtg
      481 ctgatgagcg cgccgcttgc cctgcaagcc tcgttcgaca atatccgcaa ccgttgtcgc
      541 gccatttacg cctcgcgtgc cgacagcgtc aacctgcgct acatgaacat gctcgacgcc
      601 atggacaagg gttcgatgga gtacgcctct tattgcttca tgcacgcggc cgggaacgga
      661 ttctatgttc cgaaagcacg cacgaaggag gggcaatccg tctacgcgac ctttgaagcg
      721 gacagtgcgt tgtttcctct ttcaaaactc tcggagtggc aggccccgca gggcttccac
      781 cgcaacgaac actatacgac gctcgacctg accgacaccc tgcgccgcat cttacgtcgt
      841 ggcacacccg tctatggcct ctacggcgcg gacgacggcc tctattccgc cgcgcagctc
      901 gatgccctcc gcaacctgct cggccccgac cacatgatca cgctcgactc ctgttcgcac
      961 aacgttttca tcgaccgccg tcacgctttt atcgaggtcc tcacgcgcca ttgtaaaacg
     1021 aaatagctga gtccctcagg acagagagag agaagaaccg cagcaccccc cgcagagacg
     1081 tcgctatgca aacgtctcta catttgcccg tgaatttttc atgtaactca tcataaccat
     1141 atcacttatc acccaattca aaatcatggc agaagaaatc aagagactgg ctcctgaagc
     1201 cgtctggggt tatttctatg acctcacaca gatcccgcgt ccgacgggtc acacgaaaca
     1261 agtaacggat tacctcaagg ccttcggaga gaagcatggc ctggagacgc accaggatga
     1321 ggtgggcaat gtgctcatcc gcaaacccgc cacgccgggc tacgaggggc ggcagacggt
     1381 cgtgctgcaa gcgcacgtcg acatggtgcc gcagaagaac gccggcgtag cgcacgactt
     1441 cctccgcgac ccgatcgacg cctacatcga cggcgagtgg gtcacggcgc gcgacacgac
     1501 cctcggcgct gacaacggca tgggcgtctc gctggccatg gccgccctga ccgacaagac
     1561 gatcaagcac ggccccctgg aaggcctctt cacgatcgac gaggaggtgg gcatggacgg
     1621 cgccgtgggc ctcaagcccg gcttcctgaa gggcacgatc atgatcaacg gcgactccga
     1681 agaggagggg cacctcttcg taggctgcgc cggcggggtg gacatgaaca tcagcttcaa
     1741 ctatcgcgac ggcgagccga cgcccgaggg cgacgtggcg ctgcgcctca ccctggccgg
     1801 actcaagggc ggccactcgg gtgtcgacat ccacctcggc cgcgccaacg ccaacaagct
     1861 cttcttccgc ttcctcaaga aggccgtcag ccactacgac gtgcgcctgg ccacggtcga
     1921 gggcggctcg ctccgcaacg ccatcccgcg cgaagtctcg gctgtcgtca cggtgcccgc
     1981 cgaccgtgtg gccgacgtgg agcagctcgt ccgcgagcac gaggcgctct accgcgcgga
     2041 gtacaagggc gtggagggcg acatccgctt caccgctgag cgcacggccg agctgcctgc
     2101 cacgctcatc ccggaagaga ttcaggacga cctgatcaac gccgtcgagg gttgcccgaa
     2161 cggcccgatc agcatgctgc acgacttccc cgggacggtc gaatcgtcgt cgaacctggc
     2221 catcgtcaag tctgacgacg ctgccggccg gatcgacgtc aagatcctcg tccgcagctc
     2281 gtccgagagt cgcaaggacg cgctctgctc atcgatcgaa agcgtcttct cgctggccgg
     2341 cgccaaggtg gagcagtcca acccctacgg cggctggcag cccaacatcg actcgcccat
     2401 cctgcgcacg atggagaagg cctacgagtc tctctttggc cgtaagccgg acgtgaccgt
     2461 catgcacgcc ggcctggagt gtggcatcat tcaggaggcc tatccagaca tggacatgat
     2521 ctccttcggc cccgacatca agcacccgca ctcgcccgac gaggccgtcg gcatcgcctc
     2581 ggtcgagaag tcgtggcgcc tgctcgtggc caccctcgag gccgtgccgg agaagtaagg
     2641 gatcaccggt cgaactacac ggttgattcg gcttttcaga cttgaaaagc cccgacctac
     2701 actgtcgatt cggcttttca gacttgaaaa acgtcgatct acactgtcga ttcggctttt
     2761 cagacttgaa aaacgccgat ctacactgtc attcgggctt ttcggatttg aaaaacgccg
     2821 aactacactg tcagcggcgt ttttcaatct tgtcatccga aaacaaccgt gtagttctcc
     2881 ccttaccctc ttagacctca aaatcgagat catacattct cgcatcaatt actaactcaa
     2941 aaaaacgact cacatggaac cattcacaat ggatttaccg agagtgttgc gcattgagcc
     3001 aataagtacg gatcgattaa ccctgccgat ccatgagatg tttcatcgta aacagtacga
     3061 cttggtcaag gccatcgaca acaccaagct gaaattgccc gccaacctca tgcccaactg
     3121 gtataaaggg attgaggccg aaggcgacct tagccgagaa tcaaccttct ctcgccatac
     3181 ggccgagcta ctgaagaaag acgaggaacg cgacgagcag ctggagagca tcttctttat
     3241 tgttcgcgga aataaactct cctccgtctc cgccaatcgt gaagccgcca aacgcatcga
     3301 cgaaaagctt cgcgcctatt attccgacac ccgtaaagcc ccttacgaca aggagagcag
     3361 cctgatctta ggtatcaaaa aagacatggc cggcttctct gccgacattg ccacgctggg
     3421 cttgaccgct tccttcacgc agctttacac catcaacgac gagtatatcg agctgcaaaa
     3481 gacacgcagc ctggcaggag ctgactccca actgccccca gccagcgtcg tccgcccgct
     3541 cacagacgcg gccttcaaca tcgtctgtca atacatcctt tcggcctatc tcaacgccac
     3601 caccgaggat gacaaggccc tcttcgacca actcgtcgac cgcatgaaca aaatctcgcg
     3661 cgagacacgg gccacccaac ggcaaatgca agcacagcgt aagccgaagg atccgaaaga
     3721 gccgaagcag cccaaggatc cgaaggaccc caagaagccc gatcagccga aggatcccaa
     3781 gaagccggac aagccagagc agccccaacc gcctaaagaa ggcggcgacg gtaatcctga
     3841 catccatctg ccggaagagt aaaccgtgaa gcagggggga gactgatgga gtcagtccgt
     3901 atccctcccc taaaaacaac gccccactgc catcgtaggc ggtggggcgt actcatctca
     3961 aatcggtcat aagagagagc actagggcaa aagttgcgta tcacattcgc ctcttatggg
     4021 gcctgtgaag aggcttgtga tcagggtccg gggacacatg aggcgtatcg caatacgtcc
     4081 ctccaccacc ggc
//
LOCUS       SEQF2634|AYYE01000823.1 1500 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1500
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             71..1231
                     /gene="czcB"
                     /locus_tag="SEQF2634_00405"
                     /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="MTIMAGALVILASCSGNKNVENQTKETEEQHTEEVELTQTQIST
                     VGITLGKVEKKELGSVIRVNGELKLNPQNKADVTSLIGGIVRKISVIEGQQVKAGQTV
                     AYIENTEIVEMQKNYLVAAKEKETAQLEQQRQRTLSAQGAGVEKTLQQAEAAYAIAQA
                     RLTGLHHQLVQIGISPEQVAAGKIVSQVPVRTTIPGVVGKVSVNTGTYVDTTTPLMQI
                     ADNSAVYASLNVFERNISQVEVGQDVDFVITNSPEARVKGKVSLVNRSMNPETKAIAV
                     HAQITGGNADRLIAGMYITGLIHTGKKEVTALPDGAIVSAEGKKFVFVLDGRQADGKE
                     QTLHFKRVEVITGAGELGYTQVDFVNPVDADATVVTGKAFYLASMSADHGEH"
     CDS             complement(1297..1491)
                     /locus_tag="SEQF2634_00406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCEKHFTRWQRKGWEHQETNHKIDIGYAACRVFTPVNEVPDGKA
                     GDQTCGKAYDDADLERLNIL"
ORIGIN      
        1 ccgtcaacga cttcaatcag gcaatcatca tgttgaacta cataaaagga aacaattgaa
       61 aacgatttat atgacaatca tggcaggcgc actcgtcatc cttgcgtcat gctccgggaa
      121 caagaacgta gaaaaccaga ctaaggagac ggaagaacag catacggaag aggtggaact
      181 gacgcagacg cagataagca ccgtgggcat cacgctgggc aaagtggaga aaaaggaact
      241 cggcagcgta attcgcgtca acggggagct gaagctaaat ccgcagaaca aggcggatgt
      301 cacgtcgctc atcggcggca tcgtccgcaa gataagtgtc atagaggggc agcaggtaaa
      361 agccggacag acggtggcct acatcgagaa cacggagatt gtggagatgc agaagaacta
      421 tcttgtggct gcaaaagaaa aggagacggc ccagctggaa cagcagaggc aacgaacgct
      481 gtccgcgcag ggagccggag tggaaaagac gctccagcaa gcggaagcgg catacgcgat
      541 cgcacaggca cgcctgacgg gattgcatca ccagttggtg caaatcggca tcagtccgga
      601 acaagtggca gcggggaaga tagtctcgca agtccccgtg cgcacgacta ttccgggcgt
      661 ggtaggcaag gtaagcgtga acaccggcac ttacgtggac accaccactc cgctgatgca
      721 gatagccgac aattcggccg tctatgccag cctcaatgtg ttcgagcgca acataagcca
      781 ggtcgaggtc gggcaggacg tggatttcgt catcacgaac agcccggagg cgcgtgtcaa
      841 aggcaaggtg tctttggtga accgctccat gaacccggag accaaggcca tcgccgtaca
      901 tgcccagatt accggaggca acgccgacag gctgattgcc ggaatgtaca tcaccggact
      961 gatacatacg ggcaaaaagg aggtcacggc tctgcctgac ggtgccatag tcagcgcgga
     1021 aggcaagaag ttcgttttcg tcctcgatgg caggcaggcg gacggaaagg agcaaacgct
     1081 gcatttcaag cgcgtggaag tcataacggg agccggcgag ctgggatata cgcaggttga
     1141 tttcgtgaac cccgtggatg cggacgccac agtagtaaca ggcaaagcat tttacctcgc
     1201 ttccatgtcc gccgaccacg gcgaacactg attatagcaa cggacatcta tgaacaggca
     1261 taacgaacgt agattgggaa gacgacggca acatcgctac aagatgttca acctttctaa
     1321 atcagcatca tcgtaagcct tgccgcaggt ctggtcgccg gctttgccgt ctggcacttc
     1381 atttaccggt gtgaagaccc gacatgcggc ataacctatg tcaatcttgt gatttgtctc
     1441 ttggtgttcc cagcctttgc gttgccaacg ggtgaagtgt ttttcgcaca tcccgaccgg
//
LOCUS       SEQF2634|AYYE01000824.1 1027 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1027
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(391..963)
                     /locus_tag="SEQF2634_00407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHQKIGFANFVEGGLERLDEFGRQLADEAHRIGEEEGQVVDDHL
                     AHGGVEGGEELVFGKHVAFTKQVHEGRLAHVGITYERHADHLAPVAPLSGLLPVYLFQ
                     LTFELGDAVENDAPVGFELRFARPTHTHAASLTLQVRPQARQTGKHIAVLRQLDLRLG
                     VGSLRALGKDVEDEIRTVQDAHLEFLFDVS"
ORIGIN      
        1 tcccataccc ggccaacttg gccggcctcg ggagaggcct tgatcttctt ttgcttcttt
       61 tcttccatca agggaagaaa agaagaaccc ccctaccttt gcagccgtat gaaagaattc
      121 attatcaccc aagagcagac cgagcgcgcc gtcctggtgg ggttagtcac ccccgagcag
      181 agtgaggcgc aggtcaagga atacttagac gagctggcct tcctggccga aacggccggg
      241 attgagcctg tccgacgctt cacccaaaag gccgacaagc cgcatgccgt aaccttcgtc
      301 gggtcgggta agttgcaaca gattggcgag tatgtggctg agaacgagat aggcatcgtg
      361 gtctttgacg acgagctctc ggccaagcag ctacgaaaca tcgaaaagga actcaaggtg
      421 cgcatcctgg accgtacgaa tctcatcctc gacatctttg ccaagcgcgc gcagactgcc
      481 cacgccaaga cgcaagtcga gctggcgcag taccgctata tgcttccctg tctgacgcgc
      541 ctgtggacgc acctggagcg tcagcgaggc ggcgtgggta tgcgtgggcc gggcgaaacg
      601 cagctcgaaa ccgaccggcg catcattctc gaccgcatct ccaagctcaa acgtgagctg
      661 gaagagatag accggcagaa ggccactcag cggcgcaacc ggggcaagat ggtccgcgtg
      721 gcgctcgtag gttataccaa cgtgggcaag tcgaccctca tgaacttgct tggtaaaagc
      781 gacgtgtttg ccgaaaacaa gctcttcgcc accctcgaca ccaccgtgcg caaggtgatc
      841 atcgacaacc tgcccttcct cctctccgat acggtgggct tcatccgcaa gttgcctacc
      901 gaactcgtcg agtcgttcaa gtccaccctc gacgaagttc gcgaagccga tcttttggtg
      961 catgtcgtgg acatttccca ccctactttt gaggagcaga tcgaagtcgt agagcgcacc
     1021 ctagccg
//
LOCUS       SEQF2634|AYYE01000825.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcctatgata gatattttgc atcgtacgga tacgatacca aacagataga cgccttttgc
       61 gaatcggtta agagtggaat cacatgcaaa acgacacaac gatatagtag attctgcctt
      121 gacatgctga gagtgactgc agattatgca agatgggaga acgtggaaag attcagggaa
      181 gaaagcaggc gatatatgaa taacagcaac gccccggaat gcaacccgca aatggtatta
      241 cgcgcggcct ttcgagagtt ggagcacgcg cttatcactt taccacgaac gactatttcc
      301 aaaatggaaa cagtcgccga cgcaacccat tcttcataat ctatgaagga ttaggaagga
      361 ttatgaatca tgtagccggg gg
//
LOCUS       SEQF2634|AYYE01000826.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccccatgata tgggcaccct cggacgggcg taggtggccc taatggcttc tgtttattaa
       61 gtagcaagtg ctttcattta ataggaagaa tcttcccgtt aagtcgcatg tgctttcatt
      121 tagcaggaag aatctgctta ttaaatcaca ggcgaattga cttattagga agaatctgct
      181 tattaagttg caagtgattt gatttaataa tcagcatatg ttttgcccct gaaagcactc
      241 ggaggttcct aagcagaagc tgtttttgcc cttaaaagca ctcggaggtt cctaagc
//
LOCUS       SEQF2634|AYYE01000827.1  446 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             127..270
                     /locus_tag="SEQF2634_00408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFSTQIVIYEDRTKKSETRQKHFDYGRLKTLGNVVPGKFSLSY
                     DKL"
ORIGIN      
        1 ggctcaaatg cctacgacaa cgacgacagc ttcatcttcc gcttccagaa caaacgcttc
       61 gagctgatcg gctgggagcg taagctgcgc agcaagaaaa atgaccgagt aaacgaggtc
      121 accagcgtga acttctccac ccagatagtc atctacgaag accgcacgaa gaagtcagaa
      181 acacgtcaga agcactttga ctacggccgc ctaaagaccc tcggaaacgt tgtgcccggc
      241 aagttcagcc tcagttacga caagctgtaa ttcgccccgc ccccctcttc tctaatcatt
      301 cacacttaac aaactacaca tctatgaatc gactgattgc attggctatg ctattgttcg
      361 ctggaacaat ggccgcacag accccgaggc tgccccaaag cggggcttcg gcagaggact
      421 ttgcccccga ggggtggcat gtgttc
//
LOCUS       SEQF2634|AYYE01000828.1 1645 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1645
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             16..1617
                     /gene="glgP"
                     /locus_tag="SEQF2634_00409"
                     /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="MHTPVPAGHDYFEESLFGKYMSEFPDKLGISWQDFIDMGRTNPG
                     TPEKFCMSTFALNTCQEANGVSYLHGIVSRKMFAPVWKGYFPEELHVGYVTNGVHLPT
                     WMATEWKKYCERTFDRNFLDDQSNKAIWDPIRNVPDGEIWEIRKALKNKLIEYIKNQY
                     RDNWLKNQGDPSKVITLMEKINPGALLIGFGRRFATYKRAHLLFTDLDRLAKIVNNDK
                     CPIQFVFTGKAHPADGGGQGLIKHIVEISRRPEFLGKILFLENYDMRLARRLISGVDI
                     WLNTPTRPLEASGTSGEKAEMNGVLNFSVLDGWWYEGYKEGAGWALTSQRTYDNQQYQ
                     DQLDAATIYHLLEDEIIPLYFAKNSKGYSPEWIQYIKNSMSQIAPGYTMKRMLDDYVA
                     RFYSKLAVRAARLEKSDFAEAREIAAWKREVADHWNEFEVESFDYQDDAAHPTVGEEY
                     DIRIVIDRKGLKSMLGVEIVYTKENPENHQTELVTVAPFTLKKEVGSKLYFELHKKAA
                     VYGHMRVAFRVYPVNPKLPHRMDFA"
ORIGIN      
        1 tcttccttat atacggtgca cacgcccgtg cccgccggcc acgactactt cgaggagtcg
       61 ctcttcggta aatacatgag cgagttcccc gacaagctcg gcatcagctg gcaggacttt
      121 atcgacatgg gccgcaccaa tcccggcacc ccggagaagt tctgcatgag caccttcgcc
      181 ctcaacacct gtcaggaggc caacggcgtc agctacctcc acggcatcgt ttcgcgcaag
      241 atgttcgccc ccgtgtggaa gggttatttc cccgaggagc tgcatgtggg ttacgtcacc
      301 aacggtgtgc atctgcccac gtggatggcc acggaatgga agaagtattg cgagcggacg
      361 ttcgaccgga acttcctcga cgaccagtcg aacaaggcca tttgggatcc catccgcaac
      421 gttcccgacg gcgagatctg ggagatccgc aaggcgctca agaataagct catcgaatac
      481 atcaagaacc agtatcgcga caactggctg aagaatcagg gcgacccctc gaaggtgatc
      541 acgctgatgg agaagatcaa ccccggcgca ctgttgattg gctttggccg tcgctttgct
      601 acttacaagc gcgcgcacct gctcttcaca gacctcgacc gtttggccaa gatcgtgaac
      661 aacgacaagt gccccatcca gttcgtcttc accggcaagg ctcatccggc cgacggcggc
      721 gggcagggac tgatcaagca catcgtagag atctctcgcc ggccggagtt cctcggcaag
      781 atcctcttcc tcgagaacta cgacatgcgt ctggcgcgtc gcctcatctc cggcgtcgac
      841 atctggctga acacaccgac acgtccgctc gaggcttccg gtacgtcggg cgagaaggct
      901 gagatgaatg gtgtgctcaa cttctccgtc ctcgacggct ggtggtacga aggctataag
      961 gaaggcgctg gctgggcgct gacttcgcag cggacgtacg acaatcagca gtatcaagac
     1021 cagctggacg cggccacgat ctaccaccta ctggaggacg agatcattcc gctctacttc
     1081 gccaagaaca gcaagggcta ttcgccggag tggatccagt acatcaagaa ctccatgtcg
     1141 cagattgcac cggggtacac catgaagcgt atgctggacg attacgtggc gcgtttctac
     1201 tccaagctgg cggtacgtgc cgcacgctta gagaagtccg actttgccga ggcgcgtgag
     1261 atcgccgcat ggaagcggga ggtggctgat cactggaacg agttcgaagt cgaatcgttc
     1321 gactatcagg acgacgccgc acacccgacc gtaggcgagg agtacgacat ccgcatcgtg
     1381 atcgatcgca agggcctcaa gagcatgctc ggcgtggaga tcgtctacac gaaggagaat
     1441 ccggagaatc atcagacgga gcttgtcacc gtggcgcctt tcacgctgaa gaaggaagtg
     1501 ggatcgaagc tctacttcga actccataag aaggccgccg tctacggcca catgcgcgtc
     1561 gccttccgcg tctatcccgt caatccgaag ctgccgcacc gcatggactt tgcctaagtg
     1621 acgacaggcc gccggccttc tcgtc
//
LOCUS       SEQF2634|AYYE01000829.1 1513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1513
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..297
                     /locus_tag="SEQF2634_00410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSREDFLQLTPEEFEAVLAQYARLREEQMHAGWEQARMIAFAAV
                     APHTSRLRGPEDLVRFPWEEETEERPKAPKMTIEERRKLIDQLTAAWGQGMDD"
     CDS             306..1019
                     /locus_tag="SEQF2634_00411"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADNTVEYKIKLKGEGADSVDKLKHLVEGLGGSIEQAKNSSEGL
                     KTSLLNFNQAVGAIQNVAAAFSQVSSAVSGMTQFYAAQVEAETKLQTVMRNTMDATDD
                     EVQSIKDLCSAQQELGVIGDEVQLAGVQELATYASKKSSLETLIPVMNDMIAQQYGFN
                     ATQESAVNIATMMGKVFAGQTSALSRYGYTFSEAQEQILKFGTEEEKAATLAEGVCGR
                     RRSLAGYPAAASLPRQRPA"
     CDS             complement(869..1327)
                     /locus_tag="SEQF2634_00412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVGIDQRTGQCTQRHDDDADRVGIECRIEQPLRRRPCLGGDTG
                     RIDRLGQLDDATGSHTHLCGLCEERLEGEEQLSYLLLHVADGIVQLHHAAGVRLGQFG
                     IYAGLCRGREAAAGYPAKLRRRPQTPSASVAAFSSSVPNFRICSCASLKV"
ORIGIN      
        1 gggatgagcc gcgaggactt ccttcagctt acccccgagg agttcgaggc ggtcttggcg
       61 cagtatgccc ggctacggga ggagcagatg catgccggct gggagcaggc gcggatgatc
      121 gcctttgcag ccgtagcgcc gcacacctca cgccttcgcg ggccggagga tctggtgcgc
      181 ttcccgtggg aggaagagac agaagaacgc cccaaggcgc caaagatgac gatcgaagag
      241 cggcggaagc tgatagacca gctgaccgca gcgtggggac agggtatgga tgattaagca
      301 gaggtatggc agacaacaca gtagaatata agatcaagct caagggcgaa ggggcggact
      361 cggtcgataa gctcaagcac ttggtggaag ggctgggcgg atccatcgaa caagccaaga
      421 atagctctga ggggctaaag acgagcctgc tcaacttcaa ccaagccgtt ggggcgattc
      481 aaaacgtagc cgcggccttc agtcaggtct cgagcgccgt cagcggcatg acgcagttct
      541 atgccgcaca ggtggaggca gagacgaagc tgcaaaccgt gatgcgcaac acgatggacg
      601 ccaccgacga cgaggtgcag tccatcaaag acctctgctc ggcccagcag gagctgggtg
      661 tgatcggcga tgaggtgcag ctggccggcg tgcaggagct ggctacctac gcctcgaaga
      721 agtcgtcgct cgagacgctc atcccggtga tgaacgacat gatcgcccag cagtacggct
      781 tcaatgctac gcaggagtcg gccgtgaaca tcgccacgat gatgggtaag gtgttcgccg
      841 ggcagacatc cgcgctgagt cgctacggct acaccttcag cgaggcgcaa gagcagatcc
      901 taaagttcgg caccgaggag gagaaggcgg cgacgctggc cgagggcgtc tgcggacgcc
      961 ggcgaagttt ggccgggtac ccggcagcag cttccctgcc tcggcagagg ccggcgtaaa
     1021 tgccgaactg gccaagacgg actccggccg catggtgcag ctgaacaata ccatcggcga
     1081 catgaaggag caagtaggac agctgctcct ccccttcgag tcgttcctca cacaggccgc
     1141 agagatgggt atggctgcca gtggcatcat ccagctggcc caagcgatca atgcgaccgg
     1201 tatcgccacc aaggcatgga cggcggcgca atggctgctc aatgcggcac tcgatgccaa
     1261 cccgatcggc atcatcgtca tggcgctggg tgcactggcc ggtgcgctga tctatgccta
     1321 caatcattcg gaggactttc ggcgcattgt aaacctgctg tgggaagcct tcaaggactt
     1381 caccatgctg ctatcgggca tcgtccggaa gtggttggag aaggtcatca cccagttccg
     1441 tgaggcgtcg caggcggtga tgcagttctc ccgatggctg gcctccacgg agacgtttca
     1501 agctattgcg aag
//
LOCUS       SEQF2634|AYYE01000830.1 2668 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2668
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(41..148)
                     /locus_tag="SEQF2634_00413"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCLPFAVNKIPTQSMAGIFQYPQAIVIRNTFQLF"
     CDS             560..775
                     /gene="wecE"
                     /locus_tag="SEQF2634_00414"
                     /EC_number="2.6.1.59"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02026"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-amino-4,6-dideoxygalactose transaminase"
                     /translation="MYDFLRKNNIFTQVHYIPLHWMPYYRNINNADGLLPTSEAYYQY
                     CLSLPMFPTLTNDEQDLVIQKILEFLR"
     CDS             772..1482
                     /gene="neuA"
                     /locus_tag="SEQF2634_00415"
                     /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             1457..2404
                     /gene="pseG"
                     /locus_tag="SEQF2634_00416"
                     /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"
     CDS             2420..2536
                     /locus_tag="SEQF2634_00417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIVTNCVDPDYKMSKYLFYAIRGCFFDLFPKILGIYL"
ORIGIN      
        1 aggtatcgtt gctgttgatt tcgcaggata tccgatcaat ttagaagagt tgaaaagtat
       61 tgcggatgac tatggcttgt ggatattgga agatgcctgc catgctttgg gtgggtattt
      121 tattgacagc aaaggggaga cacaacattg tggcaatgga aaatttgcag atatcgcggt
      181 gttttcattt catccggtta agcatattac gacgggagaa ggtggtatga ttacgacaaa
      241 taatgatctc ttatatgaaa agatttgcct ttaccgtaca cacggtataa caaggacccc
      301 gacaattatg tgcgagaaag gagcttggta taatgaaatg atagatttgg gatataatta
      361 tcggttgaca gattttcagg cggctttggg tatttctcaa ttgaaaagag ctaaggttag
      421 tttgctacac aggaggcgaa ttgctcaaaa atacgatcag gcctttaaat cgataaaagg
      481 aattattatt cctcatgttg cagatggata ttaccatgca tatcatctct atgttatact
      541 ggtcgaggat agacgaggaa tgtatgattt tctgcggaaa aacaatatat tcacccaagt
      601 gcattatata cccctacact ggatgccata ttatcgaaat ataaacaacg ccgacggatt
      661 attgccaact tctgaggcgt attatcaata ttgtttaagt ttgccaatgt tcccgactct
      721 aacaaacgat gagcaggatc tcgttatcca aaagattctg gagtttttga gatgaaacac
      781 gtagcaatta ttcccgcaag agggggaagt aagcgtctat ttaagaagaa tataagattc
      841 tttgaaggaa agcccgtcat agcatactca atagaagctg ctcttcagtc aaacttattt
      901 gatgaagtaa tggtttctac agaagatgcc gatatagcgg agatttccat acgatatgga
      961 gctaaagtcc catttatgcg ttcagccaag gctgctgatg attttgcctc tactacagat
     1021 gttatactcg aggtcttaga tatgtatcaa gcattaggtc tattctttga tatggtcact
     1081 tgtatttatt cgacagcgcc atttgtaact ccacaaaaac ttcgtacttc tttcggtata
     1141 atgaaaaata agggatttga ttctatattt acggtagttg ctttttcgta cccggtgcag
     1201 cgtggtttgg aaattcacga tggaaagatg agaatgatat accctaaata taaaaatatc
     1261 cgctcacaag atctatctac aatttatcat gatgcagggc aattttatat ttctaaggtt
     1321 gattcctttc gtaagtccca cagtttttgg ggagataata cggggggaat aatattgtcc
     1381 gaattagagg ttcaggattt ggatacggag acagattgga tattggcaga gatgaaatac
     1441 agattgatga gagaaaatga ggcgacgaag aattatattt agagccgatg cagggcctaa
     1501 tatcggatat ggccatttta ttcgtaccct ggctttagca gacatgctca aatacgattt
     1561 tgaatgtatg ttttatacgc agaggccgac agattatcaa ataagagaaa ttaccaatat
     1621 atgcgaatat gtgccactcc ctaccaatgg gagcaaattc cccttattta tagaggcgct
     1681 tacaggtgat gaaattgttg tcctggataa ttatttttac acaacatact atcagactct
     1741 gataaagaag aaggggtgca gattagtttg tattgatgat atgcacgaca aacattatgt
     1801 atcagatgtt gtaattaatt ttggatcaaa taatcctctt ttgtttgaca ttgaaccgta
     1861 cacccaactt tgtttaggtt tggaatgggc cttgttacgc cggccttttt tgcaagctat
     1921 accgtttaaa aatcgcataa agggaaatat cgcaatatct tttggtggag tggactcttc
     1981 taatcttacg gagatgcatg taaaacggct ttcaattagt gatagtatag ataaaataac
     2041 agcgattgta ggagacggat ttagattctc cgaggattta aagttgatag aaaaggttaa
     2101 tgtggagaaa aacataagtg cattccgtat tgcagaccta ttttgcaagg ttgagtttgc
     2161 tattctttct gcaagtagta tatgtattga ggcaatagcg tgcggatgcc cagtatatat
     2221 aggatggtat acggagaacc aaagagagat gtatgacttt ctaattaaaa acaaatacgc
     2281 aaaaaaaaca gatgaaattc ctttgtttgc tggtggatat cacgatagaa gtttaaatac
     2341 atctatattt tcagagatag aagggcgcta caactcgctt tttcatgtaa tagcggaatt
     2401 ataggtcgtt tctagttcta tggacattgt gacgaattgt gtagatcccg attacaaaat
     2461 gagcaaatac ttattttacg cgataagagg ttgttttttt gatttatttc ctaaaatatt
     2521 aggaatatat ctctaatgat ttcgtttcgt catttaatga gcggaatgag ttatgtgaaa
     2581 gtgaataaag taaataatgg aataaaggcg gaagccggtt tcgattgttc tataccgagg
     2641 cgctgtttat atttcgataa tatggcat
//
LOCUS       SEQF2634|AYYE01000831.1  782 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             22..777
                     /locus_tag="SEQF2634_00418"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQALDFSSPSATATINGWCARKTNNRIKEIVKRVDPTTFMYLIN
                     AVYFKGAWTTRFEKKNTRSADFHRADGSTQQVQMMNLKDTFRCASSDVCDYLEMDYGN
                     HAFSMVIMLPKDGKTTQDVIAMMDGKKWADAMQSLTLKEIRVLLPRFKAECEYPMHEH
                     ILPDMGMKLPFNSELADLSGIADVTGLYISKVIHKTFVQVDEEGTEAAAVTSVDVMAT
                     SESPFFTVDRPFVFAIREKSTGVILFIGEIGEI"
ORIGIN      
        1 cgcacgtatt acgacgccga agtgcaggcc ttagacttct cttcgccatc ggccacggct
       61 actatcaacg gctggtgcgc ccgcaagacg aacaatcgaa ttaaggagat tgtgaagcgg
      121 gtggatccca cgaccttcat gtatctcatc aacgccgtct atttcaaggg cgcgtggact
      181 actcgcttcg agaagaaaaa cactcgaagc gcagacttcc atcgggccga cggctcgacg
      241 cagcaagtgc agatgatgaa cctcaaggac accttccgct gcgcctcgag cgacgtctgt
      301 gattacttgg aaatggacta tggcaatcac gctttcagca tggtcatcat gctgcccaaa
      361 gacggaaaga ctacgcaaga cgtgatcgcc atgatggacg gaaagaagtg ggccgacgcg
      421 atgcaaagcc ttaccctgaa ggagatccga gtccttctgc cgcgcttcaa ggccgagtgc
      481 gaatacccaa tgcacgaaca catcttgccg gatatgggga tgaagctccc gttcaattct
      541 gagctggctg acctctccgg cattgctgac gtcactggct tgtatatctc caaggtgatc
      601 cacaagacct ttgtgcaggt ggacgaagag ggtaccgagg ctgcggccgt cacgagcgtt
      661 gacgtaatgg ccaccagcga atcgcctttc ttcaccgtcg atcggccctt cgtcttcgcc
      721 atccgcgaga agagcacggg cgtgatcctc tttatcgggg agatcggaga gatctgaaga
      781 ac
//
LOCUS       SEQF2634|AYYE01000832.1  522 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagataagtg agatattgat acgggtggaa atgtgtagca gtatctttga gcggataaag
       61 tcaatcgctg tacgactgaa aagcagcatc atctcggcca ataaaacaag ccatacgaaa
      121 ccaatgtctt tacctccgat gccggtatca acaatcgcct gtgtcaggaa cgggaaaata
      181 agctgtagca aagaaccgag caacaagccc aaaatcagct gaacgaaaaa acgcttgtac
      241 tttctaaggt acccccaaag gaatttgagg cgattgcttt tcgacgtttg tttggttcgg
      301 ttttgtgcat agactttttc tgtgagctct aaaagtaaaa caatgccttt ctcttcgcca
      361 ttggtcttcg tgcttgccca atgctcacaa aactcctctt tatcgtatgt aagaagtcct
      421 ttccccggat ctgccacata gattgtgcaa tctccccttc tgtgcttttg gattttatat
      481 atgacaacaa agtgattttg atcccaatga gctatgcatg ga
//
LOCUS       SEQF2634|AYYE01000833.1  267 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatagagatg atctaccttg tcgtttcacg acatttgacc gttatgacta tggggaaaag
       61 accgtttaca cctgcttttg ttggtcatga aaagggcatc caaagagcaa tcgggagaag
      121 attgtagcgt tctgcacata tgaaaatcgc agcaaaacgg caacgttctc acgagggaca
      181 actatctatt tcaccgaaaa gcgagtgttc tctgttatac atgaacaaag caggtcgaag
      241 cacttagctc attacctaat cgttacc
//
LOCUS       SEQF2634|AYYE01000834.1 1257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             262..870
                     /locus_tag="SEQF2634_00419"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRKGTRNGVSYWFCHSCKHYFSGRSRVDSSAVYRYYAQGTYTI
                     AQIAERLGISCSTVKHRMKNFPLSSTSIAPRTVALQMDTTYWGRNFGVVLFMDVATHR
                     VLHFRFIYRKERIEDYLVGIAYLKRQGIRVSGVISDGLSGLRKALAPIPYQYCQFHQI
                     QRIRQLLTNHPKHPASIALERDRPTAYTIRQKTVCWFVSTMA"
ORIGIN      
        1 gcgctcagag ggctcgaaat agggctaaaa cggggtgttc agacgtgggg ctgggcaccc
       61 cgttttttta cccctcaaaa tcgaataatg acgcgataaa gacaatcccg gcgccgaata
      121 atgacaaaat attgggctta agggtcaaat atgttcctgc ggagtgctat aacacactgt
      181 gagtcatgca tatgttgtat ctcatagtat tatgagagat caaactcgaa aaaaaagtgc
      241 ccccattgtg gatcaaaaga tgtgatacgt aaaggcacac gaaatggagt gtcttattgg
      301 ttctgccata gctgtaaaca ctacttcagt ggtcgttcgc gtgtagattc ttcagcagtt
      361 tatcggtact atgctcaagg tacctacacc attgcacaga tcgcagagcg attgggtata
      421 tcttgttcta cagtaaagca tcgtatgaaa aatttccctc tcagttctac ctctatagca
      481 cctcgaactg tggcgcttca aatggatacc acatactggg gtagaaactt tggcgtagta
      541 cttttcatgg atgtagccac tcatcgcgtc cttcatttca gattcattta tcgaaaggag
      601 cgtatagaag attacttggt aggaatagct tatctcaaaa gacaaggaat acgggtgagc
      661 ggagtcattt ctgatggact ctctggactg agaaaagcct tagcaccaat cccttaccaa
      721 tactgtcaat tccatcaaat acagcgtatc agacagctgc tcaccaatca tccaaaacat
      781 ccggcctcta ttgcgctgga aagagatcgg cctacagctt acacaatccg acaaaaaaca
      841 gtttgctggt ttgttagcac aatggcatga gcagtggaag gcatacttgg aagagaaaac
      901 attctcagaa aatggagcgt ctttcactta tacccatcgg cgtttaaggg ccgcttattt
      961 tagcttaaca aggcacttag atattctcta tacctaccaa tgctttccgg agttaggcct
     1021 accaaacacc aataatgcat tggagtcact gaatgcttcc ctgaagacga aattgcgctt
     1081 acatcgtgga atctctcggg aaagaaagta aagacttatt caggccatta taatagctta
     1141 caacccctgt cctataaacg agagttgaac catcacagga acatatttga cccttaatga
     1201 gactcacagt gtgttatagc actccgcagg aacatatttg acccttaagc caaatat
//
LOCUS       SEQF2634|AYYE01000835.1 6452 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..255
                     /locus_tag="SEQF2634_00420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLGIIASDQLVLNSVSNVEMAVEALQGYERIECFLDNDEAGRR
                     TFQRLHDCFGERVIDRSSLYADHKDLNEFLLSKNAGNNV"
     CDS             277..588
                     /locus_tag="SEQF2634_00421"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKILNTIWVMGVLSIAVFCLSACDHELDIQQAYPFTIETMPV
                     QKHIAKGQTAEIRCTLKRQGRFEDARYTIRYFQPDGRGRFRADALKTAFSVLLQTLKL
                     R"
     CDS             621..1721
                     /locus_tag="SEQF2634_00422"
                     /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             1749..1955
                     /locus_tag="SEQF2634_00423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGTVFKPNDRYPLHKEEFRLYYTSASTDRQTIDVYVEDNFGQ
                     TAKFSFEFNSQRDEEKEKPNGDKK"
     CDS             2155..2382
                     /locus_tag="SEQF2634_00424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERQADSLLRADLMKRLMMFKDYGKDALLLAVLSYNVGTGRLL
                     GYGKHPKSRLLRKIESGDRDFYREFVSFCRY"
     CDS             complement(2641..5859)
                     /locus_tag="SEQF2634_00425"
                     /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"
     CDS             complement(6113..6328)
                     /locus_tag="SEQF2634_00426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDAKLAKKMKQIITHSVFNTQKFGQLAYFLYFCLHNSFVFKIS
                     YLAIANLQRKFDKLLFSYLFIRVGNFS"
ORIGIN      
        1 actatgcagt taggcatcat tgcttcggac cagcttgtgc ttaattccgt atccaatgtg
       61 gagatggctg tggaagcatt gcagggatat gaaaggatag aatgcttcct cgacaatgac
      121 gaggcgggac gaaggacttt ccagagattg cacgactgct ttggagagag ggtcatcgac
      181 cgttcctcct tgtatgccga ccataaggat ttgaatgagt ttctgctttc caagaatgca
      241 ggtaacaatg tataataaca aaacgataac aaaaaaatga agaagaaaat attgaatacg
      301 atttgggtaa tgggggtact ctccattgcc gtgttttgtt tatctgcttg tgatcacgag
      361 ttggatattc agcaggcgta cccgttcacg atagagacaa tgccggtgca gaaacatatc
      421 gccaaggggc agacggcaga gatacgctgc acgctcaaac ggcagggacg atttgaagac
      481 gcacgctata ccatccgtta tttccaaccc gatggcaggg ggagattcag ggctgacgca
      541 ttaaaaacag ctttctcggt acttttacag acattaaaac tccgttagtt gtgtatcatt
      601 ctctattaga aagcctttgt atggttccag acccacggat agagcgtaaa aaaatttatc
      661 ctcttgactt tttactcctg atcgttttcc tctctacact ctcaggaaat acctcctggt
      721 atgagattga agattatgcc gaggaatacg aagaagaatt gaaaagtcta tacgaactgc
      781 ttaccggtca tcagcttacg cacactaagc catcccatga tactcttaac aggagcatca
      841 gtctgttgga tgtagacgct tttgagggag cttataagcg atggattgaa ggctttatct
      901 cggccacttc aggtaaacat atttgcattg atggcaagac gatgcgggga gtgaagaaac
      961 tctcttttga tacccaatcc catgtcatct ctgctttttc accacaagat atgtgcagtc
     1021 ttgcccaact ctatattgac cgaaaaacaa acgaaatacc tgctatacat caacttcttc
     1081 atttgctgga cttgaacggg gctgttgtct ccattgatgc tataggtacg caaacagcca
     1141 ttgccgaaca aatcatcgat aagggcggag actatgtatt gtgtgttaag gcgaatcaaa
     1201 gtttgagttt gcaagagatt gaagcctatt tctgccctct gtttcagaaa catatcctcc
     1261 ttgacgagct gacggaacta tctcacgggc gcatagaaac acgtcgctat gaaagtattc
     1321 tcaacccctt ggagatagaa gccaacgagg tattgactcg ctggaaaggc ttgaggtcga
     1381 tacacaaagt tatacgcaaa cgaagggata aaaggagcga caaaacgagt gaagaagtgg
     1441 tctactacat ttcgtcatta acggatgttt cttcattgaa acaggctatc cgtgggcatt
     1501 gggcgataga gaacaagttg caccactctt tggatgtcta tttcggacac gattcctcgc
     1561 acaagagaac caagaatgtg gcgcagatta tggatatcat tcaaaagatc aatttactca
     1621 ttatagagcg actgaagaca aatatgaagt cctcaatccc tcgtatccaa aagaaacttg
     1681 ctcgaatgaa cccacaacaa ctaatcacaa tacaatttta atgcgtcacc cctgggggga
     1741 gattgaagat ggataacggc acggtattca agcccaatga ccgctatccg ctccacaagg
     1801 aggagttcag gctctattac acctccgctt ccaccgaccg gcagacgata gacgtgtatg
     1861 tggaggataa tttcggacag acggcaaaat tctcgtttga gttcaatagc caaagagatg
     1921 aggaaaagga gaaaccgaat ggggacaaaa agtaaacttg ttgtcttatg tcttgtctgc
     1981 ctctcctgct tacggctttc cgctcaggac ggaagaaacg ccttattcta gttgccgcct
     2041 tttgagcgtg ccgtcatatg catcaagcac tttgagggct tacatacttg gaaagactat
     2101 ccgtatgtgg gctacgggca taaactattg cccagagaga aattcactcc tgcaatgacg
     2161 gaacggcagg cggattcact acttcgggct gacctgatga agcgtctgat gatgttcaag
     2221 gactacggca aggatgccct gctgcttgcc gtactgtcct acaatgtcgg gacgggcagg
     2281 ttgctgggat acggcaagca tcccaaaagc agattgctac ggaagataga gtcaggcgat
     2341 agggatttct accgtgaatt tgtctctttc tgccgatact aaggcaaagt cttgcgagga
     2401 cttgtcaaac gacgaaaggt ggagtttgct ctgttttata taccctgatt gtcaaatacg
     2461 cctcttgcga catttttatg cttcgcaagg ggcgttttct tgccgtttta ttcggcttta
     2521 tcgctatgag atgattttta aataataact gatagtaata ttagttcgaa tatagattct
     2581 ttcatagatt gtcatgggga tcactttagt tgattatttc taaattaatt cttaaatgat
     2641 ttaaaaaatt ctcttctcta ttttatcatg aacttcacgc aagttcttca ttaattcaat
     2701 gacgggggca ctgatgctct ctgactcagg aatgataggg tcatcgtccc actccaatgc
     2761 atttcccgtt ggttcatgcg cagaaacttt ccatgcatcg gtaatgataa cctttttaag
     2821 ttcgatggct tcgctaaaat caatgttcat atttacatgc atctggtcat caattgctac
     2881 tgccacaagc tggcaattgc caaaccgaga atatacccgt tcaaaattat caagattcga
     2941 cgtgtcattt ggagtcattg tgtgcttccg acacattaca gctatatatt gcccctccgt
     3001 gatatggtcc aagggtatct ctggtgccac acatgctcta taccatgagg gatgttgttt
     3061 gtcgatgcct cttatcagat gcagttctac acttgattga ccttttgcta ttttttcttt
     3121 ccattcatgg atgattcttt tgcctgcctc caagttcttg aaggccaggc ctactatagg
     3181 tggtgtcgca aaccgttggt cgtacatgaa gcacaccccc gtccatccag ccttatccca
     3241 ccattccata gtgctggaga tactgaatgt ttgtacacct cgctgttctg tatgtgggtt
     3301 ctgatctgtt aacgtttctc cctttgtatc tgccttgcat acataggtct tgtcatttgc
     3361 attttcccat tgacggattg aatacttgaa cttatcgcca agcacattat aaaccgcgtt
     3421 gttcaactct agcaaggcaa taattctgtc catgattttt tctttctcgt gtcgctgtgc
     3481 tatcaaatct attacatctt cgctcgacac ggtgttaagc gacataaaat atgccataaa
     3541 gaaagcaaaa cagcgccaat acgtttctcc atcaagagtg ccgtagttca cgttaaatac
     3601 atattggttt tcgttttctc ctctttccat ttctgattgt tcatcagttg gggcaatttc
     3661 cacttgaatt tccggactca ttaccacaag ttccagcgtg tcaaaagtgg caagcagtgt
     3721 ttcaactgtt gccaaaaatg tctctgccac cagttgactt ctaactgagt tctcgtacct
     3781 gacagtgaat cgacaaccct ttgccaatgt actgatagtg gtctgacctt cttctgctat
     3841 attaagaggg ttaaggaact gcttgtgtat aggttgctgc ctgagcaatt tgccccaatc
     3901 atcagtgata agatttacga atttctcatc tacagactct tggtatccta atgcatattt
     3961 cagatagttt tctgaaatgg gcatatcgca acgtgcaaaa atgtctggca aaacggaaat
     4021 agtttctctc gtgaggtcga ctgctgcaaa atggcaagcc cagcctccat cgaacaatat
     4081 atctttctca acaaattctt tactctctat ttcttgacca ttatgggcaa tgataaacaa
     4141 cagttctctc cagttgagat acatcacaag tcggcctatc atcagctcta tttcacacaa
     4201 tttccatagc acggtaatca gcagatgact gatagtaccc tgcgtaaaga actccttgac
     4261 aagtatcgac gcagccttta ccaaatacgc ctttgcactg taaggcagtt caagattata
     4321 aaaagctatg cccatatagc cgtatgtttt caccagttcg gtctcatagc cttctttcat
     4381 gaatgcctgt acacagtgac ccaaatgctt taccacaggc ttgtattgct gcttgtctat
     4441 caaggtctgt gcacgattga aatgtattat ggcaccctct acctcagatt tacgcagaga
     4501 cgaaatctct gaaatcttgt caataagttt ctcatattcc tcgttatcat ctatcacgcg
     4561 tccaatcatt tcaactatgg ttgtctgtgc gtcaaaactg atgtctggat agttggcact
     4621 tgtctctatc agttctgcca gtttctttaa ctctagcgtc gggtcttgtg catattgtac
     4681 catttggagc aaccgatgtt cagaaaagaa gagttcgagg aacagacggc tcgcctgcga
     4741 cagatcttcg cgctccttta tcgtctttaa atcttgtatt tccttcccga acctttcgga
     4801 atcaaacaaa cctactcttg ccgcattttc caaattggtg aggatattgg ccatcagctc
     4861 tatcgtatgc acagttgtat gcatattagc atactccttt agcttcagat aatctgcata
     4921 cattgcattc acatcgtgaa accagaaaaa cgatgtccaa gcatgattat acgttatatt
     4981 gaaccgttgc acggaagtac cgtgtacttc tgcttctcgc tgcgcacggt tgaagcgacc
     5041 ttcagtctcc atccgggggc gttccaggcc tctgcttaat aggcaggact ggagtaagtc
     5101 atcaatatag tccgtatcta ggctttctac ttgccgtgac agcaagtcat tctctaactt
     5161 ctccagttct tcttttctgc gcttatcatt agtgccttct ttgacggtct ttctcttgta
     5221 gtcttcagaa aagttcagtt tctcggtggc aacatcatag cagccttgtt caaacactgc
     5281 aaactgacac cacttaccat cgaagatact cacggctaca tcgtattgtt tcgatagttc
     5341 atcctcgacc tcctgacgtt tacttgactt gattttctga ctagagaaga ataccacctt
     5401 cgtatagcca cgtccagtct ctacagcttt cttgacatcg ccctctatct tacttttcca
     5461 gttcttctgt acactgatgg ctatcgccca tttatggtcg ccagtactgc cttcagacac
     5521 ccaccatctg tctgatattg ctttgtcgac aggatacgtc tctccatcca ccttaccatc
     5581 acctccgcca tcgggaccgg tctgcggttt tatgttgggt gtcaccagtc gtgctgccag
     5641 cactaaaaca aagttctcaa actccgactg tttcttatcc tgcgagagct gttgcaattt
     5701 caggtcaaag agttcaggag tgagcttggt ctcgtacacg acctccgtgt ccgagaagag
     5761 attatttctc agacgtcgat aatacgagaa aatatcctgc tgcgccgtta ccaaattatc
     5821 ttcaagttcc agtgtatcgt taactatagg ttcttccatt aatcgagttg taagtgactc
     5881 atagaagatt cgaacttctg ccttcccctt caggatagcc acgattctgt gcctatcctg
     5941 aagggggatg aactaccact attctaatga gtcgattata ttgtttattg tcaatttgtc
     6001 aagagtatat ccataaaggc tttttacaca gtttaacaca taggcgtgaa gtctttttgt
     6061 cctaccttcg tgaaggaacc ttacatattc tggaatcagt ttgtccttgt tactaactaa
     6121 agtttcccac cctaataaat agataggaaa ataacagttt gtcaaatttt ctttgtaaat
     6181 tagcaatcgc taaataactg attttaaaga caaaactgtt gtggaggcaa aaatagagaa
     6241 aataagcgag ttgtccaaac ttttgagtgt taaaaaccga atgagtgatg atttgtttca
     6301 tctttttggc aagtttggca tcggtcatct gttatctcgt ctgtcattgg agaaacagga
     6361 cggagtttcc gcttcggagt tgatcctttc tctttgcctc ttccgcattg ttggtaagag
     6421 catccacagt atatgcaagc ataagatata tg
//
LOCUS       SEQF2634|AYYE01000836.1 4926 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4926
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             568..1719
                     /gene="wecB_1"
                     /locus_tag="SEQF2634_00427"
                     /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="MLVFGTRPEAIKMAPLVKEFQKYPDKFRTTVCVTGQHREMLDQV
                     LNIFDIIPDYDLNIMKSGQDLYDITSRILLGMRDVFSQAKPDIVMVHGDTTTSMAVAL
                     AAFYQQMRVGHVEAGLRTNNIYSPWPEEMNRQITGRIATYHFSPTSLGRDNLLQEGVH
                     SNRIWVTGNTVIDALYAVLGRIKHNEALQLSLGKALDRAGYDVDRVSNENRFRRLVLI
                     TGHRRENFGKGFLQICHAIEMLSTTYPDVDFVYPMHLNPNVRKPIEKVFNETPRENLF
                     FIEPLDYLPFVYLMKKSSLVLTDSGGIQEEAPSLGKPVLVMRDTTERPEALDAGTVKL
                     VGTDCDKIISEVSSLLEDKEYYRRMSRAINPYGDGRACERIVSIFSLDG"
     CDS             1789..2739
                     /gene="ubiG"
                     /locus_tag="SEQF2634_00428"
                     /EC_number="2.1.1.222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00472"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone biosynthesis O-methyltransferase"
                     /translation="MRESNCRCPLCGNIIKSRIESVRTIDISNLYRRVYKKDIGYIWK
                     SVERLEYVLCQKCGLRFFDPIISGDDGFYNILLKDEWYYLHEGKTEYDYSRKFIEEDD
                     RVLDIGAGRGAFRHYLSEKNYYQGLDLSSKAIELAKKDGANVLPIPIEEFSEENKERF
                     DVVSIFQVIEHISSLDKFMCSAIDCIVKGGLLIVATPDNDGFIKYVSNFCLNLPPHHT
                     LHWNERSLRSMAEKYNLEVLDIYREPVSSVHRQWWYNTMSTTYLNRLLRRDFRMIDYR
                     FTYKIVRLVAKILAQFYKLSGEHKKSFGQSIIMVCRKPDV"
     CDS             2786..3703
                     /locus_tag="SEQF2634_00429"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYESLCRHCQEFHLYVFAFNDACYTTLRSLSLNKMTVISLSEFE
                     DDELLRVKPVRTRGEYCWTCTSSTILYVLDRFNVESCTYLDSDLYFFSSPQCLFDEMG
                     DNAVMITPHNYTPQYDQSIRTGIYCVQFVAFKNNEQGRDVLNWWRKACIDWCYNRFEN
                     NRFGDQKYLDDWPRRFDGVHVCRNLGAGIAPWNMQRFSFQEDRGYIVATEKEIGTSFE
                     VVFFHFHSLTFVTPSYFSPRPYYRRSKSAIQLMFNPYVKKIEEIRNKYPEVAASERYL
                     SGFNRVKYFLELFARRGWSEISSIRALHQ"
     CDS             complement(3714..3917)
                     /locus_tag="SEQF2634_00430"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSILCMIGYDAVALKTNGGLYSFMMTVPTSHGVIYTINVEDSLN
                     IKRYNLLNHGQISASISICFEIY"
     CDS             3981..4070
                     /locus_tag="SEQF2634_00431"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHHFSKDAILMVLASEYFDPHDYIYEPYK"
     CDS             complement(4283..4621)
                     /locus_tag="SEQF2634_00432"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSATFFGKDCQSLICYVFSNPYKGESSKIIRQLMLCPNKRYGNQ
                     HLSTRSQYTNKICKTSVYIRHMLQHFTCQYRVKRIIVEWKAYSIIVDIYCFRFMIMTF
                     VLYIYSKIGP"
ORIGIN      
        1 gtacagccca tgagctaacg gatccatccg cctgtttttc tagcatcttc ataaaaggaa
       61 gttaccggag tcgtttttta ttcgtggtac tgattgcttg ggctggggga catggaaaag
      121 aggctgggat ctatttactc ccaatagtgc tgaattgctg gatcaaataa gagctcataa
      181 actggaatgg acatttgact tctcaggtag ttatcctttt atgaagatgc tagaaaaaca
      241 ggcggatgga tccgttagct catgggctgt acgatggtat gcctccgcat tattaaaaga
      301 caaattaaca ctctatccag ggcggtccct tatttttcat aatgggagtg atgggagcgg
      361 cactaactac agtggggaca atgcgcttga tgtgaaacta tctgatcgcc cgatcgtgct
      421 tgaacgtctt ctacttgaag aagataagaa tgcgagaaaa gcgtttattg gttatttccg
      481 ttatgcgatg ctgtggcata agatccaata ccggataaaa tctgtatttc agggtagaaa
      541 gggataagaa taatgcggaa gaacattatg ttggtttttg ggacacggcc agaggcaatc
      601 aagatggctc ctttagttaa ggagtttcag aaatatccgg ataagttcag gacgactgtt
      661 tgcgtgacag ggcaacatag agaaatgctc gatcaagtgt tgaatatctt tgatattata
      721 ccggattatg atctgaacat catgaagtca ggccaggatt tatacgacat tacatcgcga
      781 atcttattgg gaatgcgaga tgttttttct caggctaaac cggatatagt gatggtgcat
      841 ggtgatacga ctacgtcaat ggctgttgct ttagctgcat tctatcaaca gatgcgggtc
      901 ggacatgtcg aagctggttt acgtacgaat aatatatata gtccatggcc agaagagatg
      961 aatcgtcaga taaccgggcg tattgctaca taccactttt cgccaacctc tttagggcga
     1021 gataatttat tgcaagaggg cgtacacagt aatcgtattt gggtgacggg caacacggta
     1081 attgatgcgc tctatgctgt tcttggtagg ataaaacata atgaagcctt gcaattatca
     1141 ctcggaaaag cgttggatag agctggctat gacgtggata gagtatcgaa tgaaaataga
     1201 tttcgacgtc ttgttctgat tactggacac cggcgtgaaa attttggtaa ggggtttctc
     1261 cagatttgtc atgcaataga gatgttgagt acgacatatc ctgatgtgga ttttgtctat
     1321 ccgatgcatc tgaatccaaa tgtgcgaaaa cccatcgaaa aggtttttaa tgagacacct
     1381 cgagaaaatc tgttttttat cgaaccattg gactatctcc catttgtgta cttgatgaaa
     1441 aaaagcagtc tcgtcttaac tgatagtggt ggtattcagg aagaagcccc gagtttgggt
     1501 aaacccgtcc ttgttatgcg tgatacaacg gaacgcccag aggcattaga tgcggggacg
     1561 gtgaagttgg ttggcacaga ttgtgataaa attatctcgg aagtctcttc cttattggaa
     1621 gataaggaat attataggag aatgagtcgg gctataaatc catatggtga cgggagggcg
     1681 tgtgagcgaa ttgtttcaat ttttagtttg gatggatgat gatctctttg ggaatagtct
     1741 aaaaacaaag attattttca agtgagcgat agggctaaat tagggtttat gagggaatcg
     1801 aattgcagat gtccactttg tggcaatata ataaagagta gaatagagag tgtgagaact
     1861 atagatatat ctaatttgta tcggagagtt tacaaaaagg atataggcta tatctggaaa
     1921 agtgtggaga gattggaata tgttctttgc caaaaatgtg gtctgcgttt ttttgatcca
     1981 atcatatcgg gggatgatgg tttttataat atcttgttga aagatgaatg gtactatctg
     2041 catgagggga aaacggaata tgattattcg cgtaagttca tcgaagagga tgatcgagtc
     2101 ttagatatag gtgctggaag aggtgctttt agacattatt tgtcagagaa gaattattat
     2161 cagggcttgg atcttagtag taaagctata gaacttgcta aaaaggatgg agcaaatgtt
     2221 ttgccaattc caatagaaga atttagtgag gagaataaag agaggtttga cgtagtctct
     2281 atcttccaag taatagaaca tatttcttcg ttggataaat tcatgtgttc tgcaattgat
     2341 tgcattgtga agggaggact tttgattgtt gcaacgccag ataacgatgg atttattaag
     2401 tatgtatcta atttttgcct aaatttaccg ccccatcata ctcttcattg gaatgagaga
     2461 tcactaaggt ctatggctga gaaatataat ttggaggttc tggatatcta tagagaaccg
     2521 gtgtccagcg tccatagaca atggtggtat aatacaatgt caacgactta ccttaatcgt
     2581 cttctaagaa gagattttcg gatgattgat tataggttta catataagat cgtgcgtttg
     2641 gtagctaaaa tattagctca attttacaaa ctgtctggag agcataagaa gtcttttggg
     2701 cagagtatca ttatggtatg cagaaagccc gatgtttaac ttctgcactc tctttgactc
     2761 cgcctatcta tcgcgaggct tagcgatgta tgaatcgctt tgtcgccatt gccaagaatt
     2821 tcatttgtat gtttttgcat ttaacgacgc ctgctacacg acattgaggt cgttatctct
     2881 gaataagatg acggtgatct cattgagtga gtttgaggat gatgaattac tgcgtgttaa
     2941 gccggttcgt acacgaggag aatattgttg gacatgtact tcgtctacca tactgtatgt
     3001 attagatcgg tttaatgtag agagctgtac atatttagat tctgatctct attttttctc
     3061 atccccacag tgcctatttg atgagatggg agataatgca gtgatgatca ctccccataa
     3121 ttatacacct caatacgatc aaagtataag aaccggaatt tattgtgtac agttcgttgc
     3181 tttcaaaaat aatgagcaag gacgggatgt tttgaattgg tggcggaaag cgtgtataga
     3241 ttggtgctat aatcgatttg aaaacaatcg cttcggcgat cagaaatatt tagacgattg
     3301 gccaagacgg tttgatggag tacatgtttg caggaattta ggtgcaggta ttgcgccgtg
     3361 gaatatgcag cggttttctt ttcaagagga tagagggtat attgtggcta cagaaaaaga
     3421 aataggaact tcttttgagg ttgtgttttt tcattttcac tctcttacgt ttgtcacccc
     3481 ttcttatttt tcccctcgac cttactatcg gagaagtaaa agtgcaattc aactaatgtt
     3541 taacccatac gtaaaaaaaa tcgaggaaat cagaaacaaa tatccagaag ttgctgcttc
     3601 ggaaagatat ctctcaggat tcaatagagt aaagtatttt ctcgaacttt ttgcgcgtcg
     3661 agggtggagt gaaatttctt cgataagagc gttgcaccaa tagaatggca gaattaatag
     3721 atctcaaaac atatactgat cgacgcggaa atttgaccgt gattgagaag gttataccgt
     3781 ttgatattaa gcgaatcttc tacatttatg gtgtagatga ctccgtgaga ggtgggcacc
     3841 gtcatcataa aactgtacag gccgccattt gtcttcaagg ccactgcatc atatccaatc
     3901 atacaaagaa tggacataag gattttatct tagactctcc tcataagtgt cttatcatta
     3961 atcctgaaga ttggcataca atgcatcatt tcagcaagga tgcaatctta atggtgttgg
     4021 cttcggaata tttcgaccct catgattaca tctatgaacc ctataaatga cagacagcat
     4081 attgaaagag atgcttgacc tatttcatac atactaccta aggcagcgat tttttcccaa
     4141 ttggtttagc gttttcatca acccatttta ttttatccgc aagcggttga tagagaaagt
     4201 gcggcgactt gcaccacaat tagaaggtga attgcttgat tttgggtgtg gagctaaacc
     4261 atatcaggag ttgtttccgc atttaaggtc ctatcttgga gtagatatag agaacgaagg
     4321 tcataatcat aaaacggaag caatagatgt ctactatgat ggagtacgcc ttccattcaa
     4381 cgatgattcg tttgacgcga tattgacaag tgaagtgttg gagcatgtgc ctaatgtaga
     4441 cggatgtctt acagatcttg ttcgtgtatt gagaccgggt ggaaagatgc tggttaccgt
     4501 accttttatt tgggcagagc atgagttgcc gtatgatttt agacgattct cccttatagg
     4561 gattcgaaaa cacataacag atcagggatt gacaatcctt gccgaagaac gtagcggaca
     4621 ttttgcggaa gtcgttttgc aattgtggat ggcatattta cgaagcctgt tttacgtcaa
     4681 gaataaatat gtcaaccttc ttatgaatgc catattcatt gcaccggttt gtattttggg
     4741 cggtgcgatt gtttggttgt tgccccgaaa acctgaactg tattttaata cgataatact
     4801 ggctcaaaag aagatctaga tgcccctcca cttctccatt atcacggtca catacaatgc
     4861 tcggaaggcg ctcgagcgga cgatgcagag tgtcgaggtg cagacgtatg gcgagatgga
     4921 gtacct
//
LOCUS       SEQF2634|AYYE01000837.1 1076 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgcttgctct ctttggcctt ccgtatgccg ctgatgaggt ctacgatgat ggcgataaag
       61 acggatatga aacacgcggc tgccacggga aacatggcac cggtgccttc aaagagtact
      121 tccatggttt gttgttgggg tgttgggggc taaagccccg ttgaggtgtt tagttgttga
      181 ggtgttgagg tgttcgttgt tggggtgtga aatgagggtc gccgcgcacc aaaaaccgtt
      241 tcggaaccca aaatgaccct cggattacgc caaaaacagg atttaagccc gcggcgaccc
      301 tcgttttggg ctaaaaatcg atttggagcc tgcggcgagg gtcatttcac gccaaaaaca
      361 gaatttaggc ccgcggcgac cctcgttttg ggctaaaaac aggatttaag cctgcggcga
      421 gggtcatttc acgccaaaaa caggatttag gtgcgcggcg accctcattt tatggtaccc
      481 gtgtaggggc gtattgcata cgccccacag acgtcccgac agggacgggc gccgaatata
      541 ttcattcggc cccgttgggg gccgtctaat ggggcgaatg caattcgccc ctacacgggt
      601 acacgcctca acgcctcaac gggcccgcag gccccctcat tcctccggca gggtgatgtc
      661 cggattgcca tcgccgcccg gctgaggttt gggcttcgga tcgggctgct tgggctggtt
      721 gccggggcca gtgcccggct tcttcgggtc cttcggctgc tcgggctgct tcgggtcacc
      781 gcccggcttc ttgggatcct tgggctgctt ggggtctttg ggttccttcg gctgcttggg
      841 ttccttgggg ccggacggct tgcggggcgt gcgcttcttc tgggcggcgg actgcttcca
      901 ggcggcgtcc agctcggctg cgcgctggtt gagtcgggcg gccagagcct cgatggctgg
      961 cttctcgatg ggcgtctgcc caaagaggta gttggagcgg agggtgaaga ggatgcgctc
     1021 gtaggccgcg tcggtccgcg ggcggacttt ggaggccagc ggcagcttcg tggcgg
//
LOCUS       SEQF2634|AYYE01000838.1  629 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gacgaaagtc acccagcccg ccgtatttct gcattccgtc atcttggctc gcacgctggg
       61 agaagacttc cggcccgata tgaccgccgg ccattcgctg ggcgagttct ctgcacttgt
      121 cgccgctcgc gcactctcgt tcgaggacgg cctcacgctc gtctctaaac gtgcacaggc
      181 catgcaaaag gcatgcgaga agacgccttc cacaatggcc gccatcatcg gactggccga
      241 cgagcaggcc gagcagatct gcgctgagat cacggacgag gtggttgtct gcgccaacta
      301 taattgcccc ggacagatcg tcatctcggg tacccttgct ggtgttgacg ccgcctgcga
      361 aaagatgaaa gctgccggag ccaaacgcgc cctcaagctg aaagtgggcg gtgccttcca
      421 ctccccgctg atggagcccg cacgcaccga actggccgag gcgatcgagt cgacccactt
      481 taaccagccc gtttgccccg tctaccagaa cgtggacgca cggccgcaga ctgatcccga
      541 cgcgatccgc cgaaacctca tcgcgcagct cacctcgccc gtccgctgga cgcaaaccgt
      601 gcgcaacatg gcctccgacg gcgctacgc
//
LOCUS       SEQF2634|AYYE01000839.1 5695 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5695
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             449..3808
                     /gene="mfd"
                     /locus_tag="SEQF2634_00433"
                     /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
                     EGFADREAMRRKLIGAEAFSVAAARFISIHLMARDGDTAAVFRFDTSPQPLFQKNFDL
                     VSQTFRQYLTDGYTLYLLTDSEKQAARIRDIFKDRGEAIPFTAVSRTLHEGFTDHTLR
                     SCFFTDHQLFGRFHKYNLKSDRTRSGKMALTLKELNQFTPGDFIVHIDHGVGQFGGLV
                     RTEVNGKVQEAVKLIYRNNDILFVSIHALHKLSKYKGKDGGEPPALNKLGSGTWERMK
                     DRTKKKVKDIARDLIRLYATRRGEKGYAFSPDSFMQDELEASFIYEDTPDQMRATAEV
                     KADMERERPMDRLVCGDVGFGKTEVAMRAAFKAVADNKQVAVLVPTTVLAFQHYQTFR
                     ERLKDFPCTIDYISRARSTAEVKDILKRLASGELNILIGTHRIVGRDVKFNDLGLLII
                     DEEQKFGVSVKEKLRQLRTNVDTLTLTATPIPRTLQFSLMGARDLSNITTPPPNRYPV
                     QTELERFNADIIREAIEFEMSRNGQVFFINNRIQNIYEIENLIRREVPGVRVAVGHGQ
                     MEPDKLERIILDFVNYEYDVLVATTIVENGIDVSNANTIIVNNAHQFGLSELHQLRGR
                     VGRSNRKAFCYLLAPPLSTLTAEARRRLQAIESFAELGSGMHIAMQDLDIRGAGNMLG
                     AEQSGFIADLGYETYQKILEEAVDELKTDEFADLYAGGDESAPNTGDNYVRETFVESD
                     LELMFPPTYIPNDSERVGIYRELDTIETDEALSRFVASLQDRFGRIPTEGEELIRVVS
                     LRRMARRLGIEKVVLKRGAMALYLPSDSDSPYYQSIAFGRLLGYIGRHPKSCVLREQN
                     AKRSILIRNVASVAAAVRCLTEVEHIEPDAA"
     CDS             4080..4739
                     /gene="gph"
                     /locus_tag="SEQF2634_00434"
                     /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="MNPIHSLIFDLDGTLLNTIADLAHSTNYALEKSGFPTHAIEAYK
                     YFVGNGINKLFERALPEGERTQENIARIRSAFLTYYDAHNADYTAPYPGIPELLSQLQ
                     ADGMALTVASNKYQRATEKLVRQYFPDIRFAAVFGQREGIPTKPDPTVVRDVLQITGC
                     TAEETLYVGDSGVDMQTAANGGLVSIGVTWGFRPRTELEECGARHIVDSPDEIRRLAV
                     G"
     CDS             complement(4841..5170)
                     /locus_tag="SEQF2634_00435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTFEKATVIALEPSIDYAPGSVISKQVTINRAGNVTLFSFDKG
                     QGLTEHTANFDALVQVLDGEAEIRIDGTPHRLKAGDCIIMPANHPHALQAVERFKMLL
                     TMIKGGE"
     CDS             5249..5377
                     /locus_tag="SEQF2634_00436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDIGLIAKDDSCLLPDYLIPNKYLLNTYLLNPIAGKDGIHP"
ORIGIN      
        1 gggtatcggt tgggcggcgg cgtagtgatg ttgctcaggt cgcgggctcc catgagtgaa
       61 aattggaggt gtttgggtgc agatattttt acgtgacgag gaacgggcga atcaatatat
      121 tcccctgcta ttttttgata gaactatggg ggcatatgca atacgcctct accctgacgg
      181 acgaaaaggg ggagttttct ttgtccgccg tcggtcgggg aaggggtggc ttggcgggga
      241 cgggcttctt ttatctatag atattgtatg gaaaggcata cgagggctta gggatgtggg
      301 gcgtgatcga aaataaatcg aggatgatgt tcggtttttc gcgaattggg tacacttttg
      361 cggcccttta tatgggggga tcgttgcgat ctcccctttc tccgattctc cctttccttc
      421 tcctcctgac ttactgatta acagtctcat ggacattaaa gacttacaaa atatttacgc
      481 ggcgcacccg caaatggttg ccctgacgtc gctgatcgat cgaggcgatg tgcacagcat
      541 gcattgggca gggttgcagg ggtcaagcgc tgcggtgtgc ttagcggcac tctttcgcaa
      601 gcgtggcggg tgtctgcttt gcttgatgaa cgacctcgag gaggccggat atttctataa
      661 tgacttagtg caactggtgg gcgaggccag cgtcagtttt ttcccctccg cctaccaccg
      721 acatatcaaa tatggccaca cggacgcggc caatgaggtg ctgcgaacgg agacgttggc
      781 cacgctgcaa tcagacaagc cggacgtgat catcgtctcc tatccggacg ctatcgctga
      841 gcgtgtgcta tcgaaaaatg tgctcaagga gaacacgctg gagcttcacg taagcgaaaa
      901 agtggacccg atttttgttt ccgatgtact tgataattac cactttgagc agactgacta
      961 tgtctatgag ccggggcagt acgccgtccg cgggagcatc ttagacatct tctctttttc
     1021 ccacgaacgg ccctatcgcg tggacttttt tggcaacgag atcgagtcca tccgcacgtt
     1081 tgacgtagag acgcagctgt cgcaggaaaa actggacgcg atccggattg taccggagat
     1141 cagtcgctac gacgatgccg atagttcgct gctcgacctg ctgccgaagg acgccctcgt
     1201 cgtgacgcac gatgcgatgt ggtgccgcga gcggatcgcc tccctctggg acgaggagcc
     1261 ggtgaataag gacgacgaag gtttcgcgga tcgggaggct atgcgccgta agttgatcgg
     1321 cgcggaggct ttttcggtag ccgcagcacg ttttatctcg attcacctca tggcgcgcga
     1381 tggcgacacg gcggctgtct tccgattcga cacgtcgccg cagccgctct tccaaaagaa
     1441 cttcgacctt gtcagtcaaa cctttcgcca atatctgacg gatggctata ccctttattt
     1501 attgactgac agcgagaaac aggcagctcg tattcgggat attttcaaag accgaggtga
     1561 ggcgataccc tttacggccg tcagccggac tctgcacgag ggctttacag accataccct
     1621 gcgcagttgt tttttcacgg atcaccagct atttggtcgc ttccacaaat acaatctcaa
     1681 gagcgaccgc acacgcagcg gaaagatggc cctgacgctc aaggagctaa accagttcac
     1741 tcccggcgat tttatcgtac acatcgacca cggcgtggga caatttggcg gcttggtgcg
     1801 taccgaggtg aacggcaagg tgcaagaggc cgtgaaactg atttatcgca acaacgacat
     1861 cctcttcgtc agcattcacg cgctgcataa actctcgaag tacaagggca aggatggcgg
     1921 cgagccgccc gcactgaaca agctcggcag cggcacctgg gaacggatga aggaccgcac
     1981 gaagaagaaa gtcaaggaca tagcgcgcga tctgattcgc ctttatgcca cccgccgcgg
     2041 cgagaaaggc tatgccttca gtccggatag ctttatgcag gacgagttag aggccagctt
     2101 tatctatgag gatacccccg accaaatgcg cgccactgcg gaagtgaagg ccgatatgga
     2161 acgtgagcgg ccgatggatc gcctggtctg tggcgatgtc ggatttggca agacggaggt
     2221 ggctatgcgg gcggctttca aggcagtggc cgataataag caggtcgcag tgcttgtgcc
     2281 caccaccgtg ctcgcgtttc agcattacca gacgtttcgg gagcgtctca aggactttcc
     2341 ttgcaccatc gattacatca gtcgcgctcg atcgaccgcg gaagtgaaag acatcctcaa
     2401 acgcttagcc tcgggcgagc tgaatatcct catcggaacg catcgcatcg tcggccgcga
     2461 cgtcaaattc aatgacttag gcttgctgat catcgatgag gagcagaaat ttggtgtctc
     2521 ggtcaaagag aagctccgcc agctccggac gaacgtagac acgctcaccc tgaccgccac
     2581 acccatcccg cgcacgcttc agttttcact catgggagcc cgcgacctga gcaacatcac
     2641 tacgccgccg cccaaccgat acccggtgca gacggaattg gagcgcttca acgccgacat
     2701 tatccgcgag gccatcgaat ttgagatgag tcgcaacggg caagtctttt tcatcaacaa
     2761 tcgcattcag aacatttacg agatcgagaa cctgatccga cgtgaggtgc ccggagtgcg
     2821 cgtggccgtc ggacacggcc agatggagcc ggacaaactg gaacggatca tcttagattt
     2881 cgtgaattac gaatacgacg tgcttgtggc taccaccatc gtcgagaatg gcatcgacgt
     2941 atcgaacgcg aatacgatca tcgtcaacaa cgcccatcag ttcggccttt cggagctgca
     3001 ccagctgcgc ggacgggtcg gccggagcaa tcgcaaggca ttctgctact tgttggcgcc
     3061 accgctctcc acgctaacgg cggaagcccg tcgtcggctt caggccatcg agagctttgc
     3121 cgaactgggc agtggcatgc atatcgccat gcaggacctc gacatccgtg gcgcgggcaa
     3181 catgctcggg gccgagcaga gcggtttcat cgccgatctc ggctatgaga cgtaccaaaa
     3241 gatcctcgaa gaagccgtgg atgagctaaa aacagacgag tttgccgatc tctacgccgg
     3301 gggcgacgag agcgcaccca acacgggcga taactacgtc cgcgaaacgt ttgtcgagag
     3361 cgatctggag ctgatgttcc ccccgacgta cattcccaac gactcggagc gcgtcggcat
     3421 ctatcgcgaa ctggatacga tcgagaccga cgaggcttta tcgcgctttg ttgcctcgct
     3481 ccaagaccgt ttcggacgta tcccgaccga gggcgaggaa ctgattcgtg tcgtgagtct
     3541 cagacgcatg gcacgtcggt taggcatcga gaaagtcgtc ctcaaacgtg gcgcgatggc
     3601 cctttaccta ccctccgaca gcgacagccc ctactatcaa agcatagcct ttggccgtct
     3661 gctcggttac atcggccgac atccgaaaag ctgcgtccta cgcgagcaaa acgccaagcg
     3721 gagcatccta atccgtaacg tggcgagcgt tgccgccgcc gtgcgttgcc tgaccgaggt
     3781 ggagcacatc gagcccgatg ctgcgtaaag ggttcctcgt acagagagga tacaaagaag
     3841 aggcgtggaa acgatccgtc tatccggcaa gcatggcggc accctcggtg ccttgatctt
     3901 cttttgcttc cttttcttct atcaagggaa gaaaagggag aggcgagtaa aggcgaaggc
     3961 catactgatc aagatgaatg ctggcacccc ccccgtgcat aactttgccc cctcattttg
     4021 gcatacaatg acgggcagac atcgaacgcc tgcccctata tcgatattca ttacgtatta
     4081 tgaatcctat tcactccctt attttcgatc tggacgggac gttgctcaac accattgccg
     4141 atctcgccca tagcacgaac tacgcgctgg aaaaatctgg ctttccgacg catgccatcg
     4201 aggcgtacaa gtatttcgtt ggcaatggta tcaataaact cttcgaacgt gctctgcccg
     4261 agggcgagcg tacgcaggag aacatcgccc gcattcgcag cgctttcttg acgtactatg
     4321 acgcccacaa cgcggattat accgctccct atcccggcat tcccgagctg ctcagccaac
     4381 tgcaagccga cgggatggcg ctgaccgtgg cctcgaacaa gtatcaacgc gccacggaga
     4441 agctggttcg acagtacttc ccagacattc gtttcgcggc tgtctttggg cagcgcgagg
     4501 gcatacccac aaagcccgat ccgaccgtag tcagagacgt gttgcagatc accggttgca
     4561 cggcggagga gacgctctac gtgggcgatt ccggcgtcga catgcaaacg gcagccaacg
     4621 gcggcctcgt ttcgattggc gtcacgtggg gctttcgtcc gcgtacggag cttgaggaat
     4681 gtggcgcgcg acacatagtc gactcgccgg acgagatccg acgcctcgcg gttgggtaac
     4741 gacgcgtgcc cgaccaaaca aaatgagccg cccctcggta agtccttctc agggacttcg
     4801 aggagcggct cggtttatac agaacagatt ggcaggcgaa tcattcgccg cctttgatca
     4861 tcgtaagcag catcttgaag cgctcaacag cttgcaaggc gtgggggtga ttggcgggca
     4921 tgatgatgca gtcgccagct ttcaggcggt gcggcgttcc gtcaatacgg atctcggcct
     4981 cgccgtcgag gacctgcaca agggcatcga aattcgcggt gtgttcggtc aggccttgac
     5041 ctttgtcaaa ggagaaaagg gtgacgtttc cagcgcggtt gatggtgact tgcttgctaa
     5101 tgactgatcc aggagcgtag tcgatcgacg gctcgagggc aataacggtt gctttctcaa
     5161 atgtgctcat aagaaggaaa attattactg tgaaacgatt aatgatgacg ctgcaaatgt
     5221 aatccttgac cagtctacga attgtcacat gggtgacata ggtcttattg ccaaggatga
     5281 cagttgcctc ctgccggact atctgatccc taataagtac ctcttaaata cgtatttatt
     5341 gaatcctata gccggtaagg atgggattca tccttgaatc ggcctatcta tcctcgctaa
     5401 cttttcgacc gttagggtag gggcgtatgg catacgtccc acaaataccc atgacaatgg
     5461 gtagatgatt cacctgcccg gtacgtgctg gggcgtattc gatacgcctc taccctgacg
     5521 gatcaaaaat tcgaattcat tctatccatt gaattaaacc cccggtacgt tcgagggcgt
     5581 atgcgatacg cccctaccct gacggatcaa aaattcgaat ctattctatc cattgaatca
     5641 aacccccggt acgttcgggg gcgtatgcca tacgccccta ccctgacgct gtctc
//
LOCUS       SEQF2634|AYYE01000840.1 1275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1275
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ccttctaaac caattattat agcagtatga aaaagagatt aatgatgttg ctggctctta
       61 tcctgatagg gacaggggcc gcgatggcgc agacacaggc cagcggcact gtgactgacc
      121 agcagggtga gcccatgatc ggcgtcaccg tgcatgtgaa aggcaatacc acgacaggta
      181 ccatcacgga catcgacggc aaattcgccc tctcggtgcc caagggtagc acgctggtta
      241 tttcctatgt gggatacaaa acgcaagaat taccggccac ggctgggatg aaggtcgtct
      301 tggtggacga caacgagcag ctcgatgaag tcatcgtcgt ggcctacgga acggccaagc
      361 gatccgcctt caccggctca gccaccgtga tcaattccga tgcattgacc aagaagcagg
      421 ctacgaacgt ggtgcaggcc ctggccggac aggtggcggg cctccagatg acgagtggct
      481 cgggtcaggc cggtggcgac gggccgacca tgttgcttcg cggtatcagc tccatcagcg
      541 ccggcacagg cccgctgatc atcgtcgacg gtgcacccta cgatggaggt tggaacaaca
      601 tcaacccggc tgacgtggag tctatctccg tactgaaaga tgccgcctca aacgcactct
      661 atggtgcccg tggcgccaac ggtgttatca tcatcacaac gaagaacgcc aagtcgggcg
      721 aagccgtcat cacggcctca gccaagtggg gcgctaacac gcgcggtacg atcgactacg
      781 attacatcaa ggatcccgga cagtattacg aagcgcaata ccgcgcactc tacaacaagc
      841 tccactacgt ggacaagctc tcagccgacg atgcccatgt gcaggcgaat caagatttgg
      901 tcagcagcgt gaaggaaaaa ggcggtcttg gctacgacgt ctacagctac cccagcgggc
      961 aatacctgat tggcaaggat ggcaagctga acccgaacgc gacgctcggg cgcgtggtga
     1021 acggctacat gctgaagccg gacaactgga tcgatgaggc ctacagcacc tcgctgcgcc
     1081 aggagtataa catgaacgtg acgggtggca acgaagcgct gcaactctac tcctccttcg
     1141 gctacctcaa agatgacggc atcctgccca actcgggcta tgagcgctac tcggcgcgcg
     1201 tcaaggcctc gcaccaagcc aagaagtggc tcaagtatgg cgtcaacgca ggctacacca
     1261 caagctctac acaga
//
LOCUS       SEQF2634|AYYE01000841.1  638 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             142..540
                     /gene="rnpA"
                     /locus_tag="SEQF2634_00437"
                     /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"
ORIGIN      
        1 tacggcccgc acggctgttg accatttttt tcacctgtgc aaagaattac gcatcgttgt
       61 tcccgaagcg ccctccatga ccgccgcact ggagcaatac ttaaagaagc aactggaaaa
      121 cgacggcccg caaaacgacg aatgacaacg ggtgagacga aaaatcaact ccccaaaagg
      181 gagcgacttt atctgaaaag agatcttgaa cgactgttcg ctagcgggca gtcgttcatt
      241 gcatatcccc ttagggtcgt ctactgttcg gagccagcca cggaccgtgc gcccggagta
      301 gccatcctgg ccagcgctcc caaacgacgc gtgcgccatg ccgtcgatcg gaaccgcatt
      361 aagcgactca tccgcgaggc ctatcgcacc cgcaagacgc ccttgaccga acgctgcgcc
      421 cttcatggcc gatacctgca catcggcttc atgtacgtcg gcaatgacct gcccacgcat
      481 gcggccatcg aaaaggcgat gcacaaggcc gtcagccaga tcctacaaaa aacgacatga
      541 tccgccgtct cctcaccggc ctcctcctcc tgcccatcta cttctaccgc agctgcatct
      601 ccccgctgac gccgcccagc tgccgctaca cccccacc
//
LOCUS       SEQF2634|AYYE01000842.1  847 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagcaacccg gtgggggctc gggcgagcag cctaagcagc ccgagaaacc gaaggatccg
       61 aagaaacccg acgacggcaa tcctgacatc aagctgccgg aggaatagag gtggttgccc
      121 tgggggctga agccccgttt agttgttggt ttgtttatct gtttattcgt tggtttgaca
      181 agcagttcaa cacctaaaca cctaaacgtc taaacggggc gcagccccta acacctaaac
      241 agggcgaagc cccccatcgt ctacactaaa aacatcacca caatgaagca ctacttcctt
      301 ttccttattg catggctgag cctctcgctc tcggtggctc acgcccagct tgcgttcact
      361 ggccgcgtaa cggatgcggc cggtaagccg ctcgagtttg ccaccgcagc gctctacgac
      421 acggactccg ccttcttcaa aggcagcgtc accgacgcca cgggcacctt ccaactcgac
      481 cgcgtatccc ccgggcgata cacgcttgaa gtccgtttaa tcggctttca aacggtgcgt
      541 aaacccgtcg acctccgcgc ctccgaaccg gacctcggca cgatcaccct caccgaaacg
      601 ggcgtcgggc tgagcgaagt gacggtcacg gccgcccgac caaacatcac caatcgcaac
      661 ggcgtgctga cgacgaccgt cgtaggctcc gtgctggcca atgaacacac gcttaccgac
      721 ctgctgggga agatcccggg catcatcagc gaccagggcg gcatctccgt ttttggcgga
      781 ggctcgccga tctactacat cgacaaccga cgtgtgcgca gtggtaagga gctgagcatg
      841 ctcgacg
//
LOCUS       SEQF2634|AYYE01000843.1  646 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agatgtgtat aagagaccgc tgtggttctg tgcataggtg atcagctcct ctgccgcttc
       61 ggggcgacgc gccaggatca catcctccag cagcgtgcgg aacgacggct cgatatcctc
      121 gtacgtgacc gatgtcgacg ggttcacgat acccatatcc atgccctcgc ggatggcgtg
      181 ataaaggaag acggcgtgca tggcctcgcg cacgtagttg ttgccgcgga aggagaacga
      241 gaggttgctg acgccaccgc tgaccttagc cccgggcagg ttcttcttaa tccaaccgac
      301 ggcgcggatg aaatccagtc cgtagccgtt atgctcggcc atacccgttg cgatggccag
      361 gatgttgggg tcgaagatga tgtcttgcgg agggaagccg gccttctcgg tgagcaatcg
      421 gtaggcgcgc tcacagacgg cgatcttacg ctcgaagacg tccgcctgac ccgtctcgtc
      481 gaaggccatc acgaccgcag cagcccccaa tcgacgcaca cgccgggcat gacgaaggaa
      541 ctcctcctcg ccctccttca gactgatcga gttgacgatg ctcttgccct gtacgcacat
      601 caacccctgc tctacgacgc tccatttcga ggagtcgatc ataata
//
LOCUS       SEQF2634|AYYE01000844.114445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(54..974)
                     /gene="pyrB"
                     /locus_tag="SEQF2634_00438"
                     /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             1251..1670
                     /gene="mscL"
                     /locus_tag="SEQF2634_00439"
                     /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
                     IGVLLGGVNFTDLKIVFKQAVMDGENVVTPEVALRYGNFIQVIFDFLIIAFAIFMLLK
                     AVNKFNKKKEEAPAAPEAPPADVQLLTEIRDLLQKKN"
     CDS             1753..3042
                     /gene="ino1"
                     /locus_tag="SEQF2634_00440"
                     /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
                     VTQMGRMRRQDGCEQLIKEMVPIAELDSLVFGGWDIFPDNALEAARCAEVLSEKDLKG
                     VADELATIRPMAAAFDPRWAKRLHGTHTLQGATRREMIEHLRGDIRRFMADNKCSRAV
                     VLWAASTEIFLPMTDEHRSLESLDRAIDANNTEVISPSMCYAYAALSEGVPFIMGAPN
                     LCVDIPAMWELAAQKHVPIAGKDFKSGQTLMKTVLAPMFKTRLLGVSGWFSTNILGNR
                     DGEVLDDPDNFKTKEVSKLSVIESILDADEQPDLYKDIYHKVRINYYPPRKDNKEAWD
                     NIDLFGWMGYPMEIKVNFLCRDSILAAPIALDLVLFSDLAARAGMSGIQTWLSFFCKS
                     PMHDFDHVPEHDLFTQWRIVKQTLRTLVGEREPDYLS"
     CDS             complement(3172..3627)
                     /gene="queF"
                     /locus_tag="SEQF2634_00441"
                     /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(3767..4945)
                     /gene="patB"
                     /locus_tag="SEQF2634_00442"
                     /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
                     PDFILDALCRRCEHPVFGYTFPSSAYYDAIIRWVHDLHGWDIRREWISYIPGIVKGFA
                     FVIDHFTKPGDRIIIQPPVYHPFRLVPEGMQREVITNPLRLVDGVYEMDFEQLESIID
                     DRCKLLILSNPHNPAGVVWSKETLQRLASICVRHNLMVVSDEIHAEMAFPGFRHYPFP
                     TVSDEAAACSILFTAPSKTFNIAGIVSSYAIVPDDRLRKAFYSFLEAGEFNHGTIFAY
                     EATKAAYTPEGAEWRRQMLAYVWENVAFVEAYLRERLPKVKVYRPQASFLVWIDCRGL
                     GLSHDELIQLFVDRARLALNDGAMFGHEGTGFMRLNVGCPRVTLQTALDRLTEAVNGR
                     "
     CDS             5021..5695
                     /locus_tag="SEQF2634_00443"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKNLIYGALILCMGLLLGSCSKNDDPKTSELAGTWKLKEKGH
                     TEVVWEAPSDLTLEMMGRKFPASMLSGYLTPMLSNLIGNALQGVTLTSDGKVKTTVYT
                     DAAKKTTAVSEGYATYKDEGNGRLKLYFTDKTFSELKNVDAQTLTQIKAALKDGVPVR
                     YAISGNSARFYLDTETIKAMRNYLPALFSMAGGMPPQVLKGLQAGLANVVEKSTKIEL
                     ALNVER"
     CDS             complement(5788..6672)
                     /locus_tag="SEQF2634_00444"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKFSKEVTIGLVTIISLTLLYLGVNYLKGINLFRPVNRYFVA
                     CTNVKDVTISSPVYVEGFKVGLVRNIFYDYSTTNRILVEINLEKSMRINRGSYVSLEK
                     TLLSGAELHIQLNKYVDEYLQSGDTIEGRQPESLMSTVQDQMLPQVMALLPKLDSILA
                     GLQVLVNHPALTQSLENIERTTAGLEQSSRQLNRLLQRDVPAIAGNLNTASANFSALS
                     GDLRTLDLNGTVQSLNQTIDNLNQTTAKLNAKDNSMGLLLNDTSLYQNLNQTVGSANN
                     LLIDFKQNPKRYVRFSLF"
     CDS             complement(6702..7928)
                     /gene="amiC"
                     /locus_tag="SEQF2634_00445"
                     /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="MHIQTICAKNKVVVNGTIRNKLWSVLIVSILCMLWCAPQLQASK
                     KTFTVVIDAGHGGRDPGARGRKTNEKNINLAIAKRLGEMIADGHKDVKVIYTRTSDKF
                     VGLETRANIANHNNANLFISIHTNSLKHGRSVRGTETYTLGLAQTKENLDVAMLENSA
                     ILLEDNYKKRYENFNPNSSESYIMFDLIQNKNMAQSIALATEIQRGFEQAGRKNRGVR
                     QAGFLVLKATSMPSVLVEVGYISNPDEESYMASDKGRTELARAIYNAFGRYKRDYERK
                     QGQGVSRKEAPEKKKEEPKSSPASRSSSSSRSSVSVQFDGPARSVVGESRHSSTSSSG
                     VVYKVQILTSDKPLPDNARAFKGRRTSYYREGSKYKYTCGETTEFKDIQRLHRELQKD
                     FPNAFIIRMKDGKRLK"
     tRNA            complement(9302..9375)
                     /locus_tag="SEQF2634_00446"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Lys(ctt)"
     CDS             complement(9531..9992)
                     /gene="ntpK"
                     /locus_tag="SEQF2634_00447"
                     /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"
     CDS             complement(10040..11908)
                     /locus_tag="SEQF2634_00448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVKMSKYAFMVYHKEYDAFLELLRSLGVVHIRETKSEKDDAGL
                     QRLMAERKRLESELRQLKHTQESRLEALKADAKATGNKAKVTLPIAPERPVTADEGAA
                     LLDRIDDLRDRIEKAQAAEQATEKDLATMQVWGEFDYANLRRLREAGHEVTFFSCPAA
                     RYDEAWETDFYAVPIATAQSATYFITITPVGSPIEIDAERVRMPEKDLRALRDLREAQ
                     RRQREELNAELFAVALNDYRTLEAYSRLLENEYTWDNAKVQTEREADDRLMLLEGWIP
                     TAEAQSLESALDRGDYYCRKLEISDEDNIPIELKNNRFNRLFEPITRLYSLPNAHEFD
                     STPLFAPFFMLFFGICFGDGGYGLLLLLLGTLMKRKAKADMKPILSLLQCFGIATLVV
                     GTLSGSFFGVNIAEIPALASVKRYFLTSDNIMTLSLVIGFIHVLYGKFVAAMKVKVQR
                     GLKYSLAAFAWVFLILALALAVGLPMMNIHLPQPVVYALYGVAGLGALIAFFYNSPGK
                     NVFLNFGSGIWATYNTASGLLGDTLSYIRLYAIGLTGSLLGGVFNTMAVDMTATMPIW
                     VRWLPMLLILLVGHALNIGLSMVSSLVHPMRLIYVEYYKNSEFEGGGTAYAPFRKI"
     CDS             complement(11905..12516)
                     /gene="atpD"
                     /locus_tag="SEQF2634_00449"
                     /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
                     GEAATLEDRLEKEIRNYEYMMALWNEFRPDLISVEDVRLSARKIAGVPIPVLDGVEFR
                     IARYSLFSAPSWYADGIELLKTMAETGIEAEFTNLKLDMLERARRRTTQKLNLFEKVQ
                     IPGYKDAIRKIKRFMEDEESLSKSSQKIMRANQEKRNAKEAEA"
     CDS             complement(12541..13866)
                     /gene="ntpB"
                     /locus_tag="SEQF2634_00450"
                     /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
                     EKAVQFPDGGSITIIAVTTLSGGDITHAVPDNTGYITEGQLYLRRDSDVGKVIVDPFR
                     SLSRLKQLVTGKKTREDHPQVMNAAVRLYADAADAKTKLENGFDLTDYDNRALAFARD
                     YSEKLLAIDVNLNTTEMLDVAWTLFAKHFKQEEVNIKQALVDKYWPTAK"
     CDS             complement(13881..14333)
                     /gene="atpA"
                     /locus_tag="SEQF2634_00451"
                     /EC_number="3.6.3.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00309"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type ATP synthase alpha chain"
                     /translation="MEYPEFEAYVSEHISPEWLGMVNEVKTRMLRGKEIAEQINILGD
                     DGVPVDYHVTFWKSELIDFVILQQDAFDATDSMTPLERQEYMMKRVIDICHQDFAFDN
                     FSQVTDYFKRLINVLKQMNYSEFRSEQFENYSRQAETLLQEAAAESKQ"
ORIGIN      
        1 gttcagacat gggtcgtatg tatattatag atgtataagc gcggtggggt gggttagtcg
       61 tctacttcga tgccgagcac gtcgcagatg atcgcttcgc gggtgaagag tccgttgcgg
      121 gcctgctgaa tgtagtaggc cttgggactg tcgtccacgt cgtacgagat ctcgttcacg
      181 cggggcagcg ggtgcagcac gcgtaggttc tcccgcgatc cgtcaagcat gcgccgatgc
      241 aggatgtaga cattttttac acgctcatat tccataggat ccgtgaagcg ctcccgttgc
      301 acacgggtca tatagagtat atcggtctgg ttgatgatct cctccgagaa cacggtgtgc
      361 tcgtgaaacg caatgttgtg cgcccgacaa aactgcttct gctcctccgg catagagagc
      421 tcgcggggcg caacgaagtg gaacgtgggg tggaagtgcg acaggccgac gatcagcgag
      481 tggaccgtgc gaccatactt caggtcgccc accatcgtca cggtcaggtt gtctaacctc
      541 ccttgcgttt tctggatcga gtagagatcg agcagcgtct gcgaggggtg ttggttggca
      601 ccgtcgccag cgttgattag gggcacatcc gtcacctccg aggcgtagcg cacggccccc
      661 tctaaatagt ggcgcatgat gatgacgtcc gcgtagttac tgaccatgag gatggtgtct
      721 ttgagcgtct cgcccttggt ggagctggtg gtcgatgcgt cttggaagcc aatgacgcgt
      781 ccgccgagcc tattgaccga cgtctcaaag ctgagccgcg tgcgggtgga aggctcgaag
      841 aaaagtgtgg caacgacgcg cccacgcagg aggtcgcggt tcggacgtgc ttcaaaccgg
      901 gcggcattgc cgatgatgcg cagaatgtct gccttcgtac attgatcgat ggaaactaaa
      961 ctcttattca gcatgacagg ggtatttttt cgtgcggcaa aagtagaaaa agggggtggc
     1021 ggccgtggcg gattcacatt tttaccgact ccgtatgaag ttggaacgtg gatcggtcgc
     1081 gcaacaggcc tctgcggtgt gatttccttg gagccgcggc ggacggaatc tgcaccatga
     1141 acgctgcttt tgcaccgcgc aaaaacgctc tatctttgcg ccaacaattt gagacggccc
     1201 cttcagaccg tcccaatgcg ttgagaacca aataaactat acatcgttat atgggattga
     1261 taaaagagtt caaggaattt gccatgcgcg gcaacgtgct cgacatggcc gtgggtatcg
     1321 tgatcggtgg agccttcggg aagatcgtat cttcgtttgt ggaggacata cttatgccgc
     1381 cgattggtgt actgttgggg ggtgtaaact tcaccgacct gaagattgtc ttcaaacagg
     1441 ccgtgatgga cggtgagaac gtagtcacac cggaggtcgc gttgcgttac ggcaacttca
     1501 tccaagtcat cttcgacttc ttgatcatcg cctttgccat cttcatgctg ctcaaggcgg
     1561 tcaacaagtt caacaagaag aaggaggaag ctcccgcagc gcccgaggca ccacctgctg
     1621 atgtgcaact gctgacggag atcagggatt tattgcagaa gaagaactaa cgcagaatga
     1681 aaccgggagc cttcatcccg gttttgtctt ttatagaggt aactcattag aggtaaacac
     1741 acgatagata gaatgataca ggaattgaaa gctgccgatg gacgcttagc cgtcctgata
     1801 gcgggcgtgg gcggagccgt atccaccacg atgattgccg gtgtgatggc cgcccgacgt
     1861 gggctggcta agccgattgg atcagtgacg cagatgggcc gtatgcgcag gcaggatggt
     1921 tgcgagcaac tgatcaaaga gatggtcccc atagcagagc tggacagcct cgtctttggc
     1981 gggtgggaca tcttccctga taacgccctc gaagccgcac gatgcgccga ggtgctgagc
     2041 gagaaggatc tgaagggcgt ggccgacgag ctggccacca tccgaccgat ggccgccgcc
     2101 tttgacccgc gttgggccaa gcggctgcat ggcacgcaca cgctgcaagg tgctacgcgt
     2161 cgggagatga ttgagcacct gcgtggtgac atccgccgtt tcatggcgga caacaaatgc
     2221 agtcgtgcag tcgtcctctg ggccgccagc acagagatct tcctgcccat gaccgacgag
     2281 catcgctcgc tcgagtcgct cgaccgtgcc atcgatgcga acaatacgga ggtgatctca
     2341 cccagtatgt gctacgccta cgccgccctg tccgaaggcg tacccttcat catgggcgcg
     2401 ccgaatctat gcgtcgacat tcccgccatg tgggagttgg ccgcgcagaa acacgtgccc
     2461 atcgctggta aggacttcaa gagcgggcag acgctgatga agaccgtctt ggcgccgatg
     2521 tttaagacgc gcctgctggg cgtcagcggg tggttctcca ccaacatcct cggcaaccgc
     2581 gatggtgagg tgctggacga tccggacaac ttcaaaacga aggaggtgag caagctctcc
     2641 gtcatcgaaa gtatccttga cgccgatgag cagcccgatc tttataaaga catctatcac
     2701 aaggtgcgca tcaactacta tccgccccgc aaggacaata aggaggcctg ggacaacatc
     2761 gacctcttcg gttggatggg ctatccaatg gagatcaagg tgaacttcct ctgccgcgac
     2821 tctatcctgg ctgcgcccat agccctcgat ctggtgctct tcagcgatct ggccgcaagg
     2881 gcaggcatga gtgggatcca gacgtggctc tcgttcttct gcaagagccc gatgcacgat
     2941 ttcgatcatg tgcccgagca cgatctcttc acccagtggc gcatcgtcaa gcagacgctc
     3001 cgcactttgg tgggcgagag ggaaccggac tatctgagct gagctcccct ccgagtaact
     3061 aagaagaaaa gaagtcctgc cggacgtggg gtgggggtgt attgcgatac acctcaacac
     3121 tcccgtcggc aggacttctc gtttttagct cactacggcg cccttagctc actatagtgg
     3181 cccgctgtcg aacagacgtc gctcggccag ggcctcgtac cgtgtgccag gtcggccgta
     3241 ggtgcagagt gggtggatgc tgatgcctcc gcgtggcgtg aagattcccc gcacttcgat
     3301 gtacttcgga tccatgagtc ggatcagatc cttcatgatc aggttcacac aatcctcgtg
     3361 gaaggctccg tgcgtgcgga agctgaagag gtagagcttg agacttttac tctcgaccat
     3421 cttcacgtcc gggatgtagt cgatcgtgat cgtggcgaaa tctggctgac ccgtgatggg
     3481 gcagaggctg gtgaactcgg ggcagtcgaa gtgcacgcgg taatcacgct ccgggtggcg
     3541 gttggtgaag gcctccagca cctcgggcgc ataatcttga cggtagtccg tcttcttacc
     3601 caagagggtt agttctcgtt tttccatgcc gcaaaagtat ttcagcgaac attttgcccg
     3661 cagctcagcc cgaacaagcg ccccccttct ttcaaccaag ggaataaaaa agcgtgtgcc
     3721 ccacacggat cgtgggacac acgctaaaga tggtcggagc acgggactac ctcccgttta
     3781 ctgcctcagt caatcggtcg agcgccgtct gaagcgtgac acgcggacac ccgacgttga
     3841 gtcgcatgaa gcccgtaccc tcatggccaa acatggcgcc atcattgagt gccagccgtg
     3901 cacggtcgac aaaaagctgg atcagttcgt cgtgcgacag tcccagccca cgacagtcga
     3961 tccagacgag gaacgacgct tgcggtcgat aaaccttcac cttgggcaat cgctcccgga
     4021 gatacgcctc aacaaacgcc acgttctccc atacgtaagc cagcatttgc cgtcgccatt
     4081 cggcgccttc cggggtgtag gccgccttgg tagcctcgta agcgaagatc gtcccatggt
     4141 tgaactcgcc cgcttcgagg aacgaataga aagccttccg caggcggtcg tccggtacga
     4201 tggcgtacga ggagacgatg ccagcaatgt tgaacgtttt gctcggggct gtgaagagaa
     4261 tgctgcacgc cgcagcctcg tccgatacgg tcgggaaggg gtaatggcgg aagccaggga
     4321 aggccatttc ggcgtggatc tcgtccgaga cgaccatcag gttgtggcgc acgcagatgg
     4381 atgccagtcg ctgcagcgtc tccttggacc acacgacgcc cgcggggttg tgcggattgg
     4441 agaggatgag cagcttgcaa cggtcgtcga tgatggattc caattgctca aaatccatct
     4501 catacacacc gtcaaccagc cgcagcgggt tggtgatcac ctcgcgctgc atgccctcgg
     4561 gcacaaggcg gaagggatga tagacgggcg gctgaatgat gatacggtca ccgggctttg
     4621 tgaagtgatc gatcacgaag gcaaagccct tgacaatccc cgggatgtaa gagatccatt
     4681 cgcggcggat gtcccaccca tgcaggtcgt gcacccagcg aatgatggcg tcgtagtacg
     4741 ccgacgacgg aaacgtatac ccgaacacag ggtgctcgca gcgtcggcac agcgcatcga
     4801 ggatgaagtc cggcgttcgg aagtccatgt cagccaccca aagtggcatc agaccgtctc
     4861 gcccgaagtt ctccgtcagt gcgtcatact taatagaatc agtgtttgtt ctctcgataa
     4921 actcattgaa atcatactgt ttcatggtgc aataattttt cgggaggcaa atgtaataac
     4981 tttgccccga cttaattaat cataaataga aaagaaagaa atgatgagaa agaatttgat
     5041 ctacggagca ctgatcctct gcatggggtt gctcctgggc agttgtagca agaatgacga
     5101 cccgaaaacg agcgagttag ctggcacatg gaagctgaag gagaagggtc atacagaggt
     5161 tgtatgggaa gcaccgagcg accttacgct ggagatgatg gggcggaaat ttcccgctag
     5221 tatgctctct ggctacctca caccgatgct cagcaactta attggcaatg ctctgcaagg
     5281 cgtgactttg acgtccgatg gtaaggtgaa aaccaccgtc tatacggacg cggcgaagaa
     5341 gaccacagcc gtctctgagg gctatgccac ctataaggac gagggcaacg gtcgcctgaa
     5401 gctctacttc accgacaaga ctttttctga gttgaagaac gtcgatgctc agacgttgac
     5461 gcagatcaag gctgcgctga aggacggtgt ccccgtgcgc tacgccatca gcggcaatag
     5521 cgcccgtttc tatctcgaca ccgagacgat caaggctatg cgcaactacc tccccgctct
     5581 cttctcgatg gctggcggta tgcctcccca ggtattgaaa ggtctacagg ctgggctggc
     5641 taatgtggtg gagaagtcga ccaagataga gctcgcactg aacgtagagc gataaaccgc
     5701 tctctccgtt aaatagagaa atcccccctt ctgccgatgg tggaaggggg gatttctgtt
     5761 tggtatgcgg gggacgagtc gcggaggtca gaagagtgag aagcgcacgt agcgttttgg
     5821 gttctgctta aagtcaatca gcagattgtt ggcgctcccg acggtctgat tgaggttctg
     5881 atagagcgac gtatcgttga gcagcagccc catcgaattg tccttcgcgt tcagcttagc
     5941 cgtcgtctga tttaggttgt cgatggtctg attgagcgat tgcacagtgc cgttcagatc
     6001 cagcgtgcgc agatcgccac tcagggctga gaagttagct gaggctgtgt tgaggttgcc
     6061 cgcaatggcc ggcacatccc tttgcagtag ccggttcagc tgtcgagacg attgctccag
     6121 cccagccgtc gttcgctcaa tgttctccag cgactgtgtc agcgcaggat ggttgaccag
     6181 cacttgcagt ccggccagga tcgaatccag cttgggtaag agcgccatca cctgcggcag
     6241 catttggtcc tgcacggtcg acatcagact ctccggctgg cgaccctcga tcgtgtcgcc
     6301 tgattgcagg tattcgtcca catatttatt gagttggata tgcagttcag caccgctgag
     6361 gagggtcttt tccagcgata cgtagctgcc ccgattgatg cgcatactct tttcgaggtt
     6421 aatctcaacg agtatccggt tcgttgttga atagtcgtaa aagatgtttc tcaccagtcc
     6481 caccttgaag ccctcgacgt agacagggct ggaaatcgtc acgtccttca cgttcgtgca
     6541 ggccacgaaa tagcggttga cggggcggaa caggttgatc cccttcaggt aattgacacc
     6601 caagtaaagc aatgtcaggc tgatgatcgt cacaaggccg atcgtcacct ctttggaaaa
     6661 cttcatcttc atatttctgt tatagatctg tctctctccg gttatttcag ccgcttcccg
     6721 tccttcatgc ggataatgaa agcgttgggg aaatccttct ggagttcccg atggagccgc
     6781 tgtatgtctt tgaactccgt cgtctcgcca cacgtgtatt tatacttgct tccctcgcgg
     6841 taataactcg tgcgacggcc cttgaaggct cgggcattgt ccggtagtgg tttgtcagaa
     6901 gtcaagatct gcaccttgta aacgaccccg ctgctgcttg ttgacgaatg gcggctctcg
     6961 cccaccacgc tacgtgccgg gccatcaaac tgcactgaca cactcgaccg tgatgacgac
     7021 gagctacgac ttgcgggcga gctttttggc tcctctttct tcttttccgg agcctcttta
     7081 cggcttacgc cctggccctg cttgcgttca tagtcgcgtt tgtagcgccc gaacgcgtta
     7141 taaatggccc gcgccaactc tgtgcgcccc ttgtcggagg ccatgtaact ctcctcgtca
     7201 gggtttgaaa tgtagcccac ctcaacgagc acactgggca tgctggtcgc tttcagtacc
     7261 aagaatccgg cctgccgcac accgcgattt ttccgccccg cttgctcgaa tccacgctgg
     7321 atttctgtgg ccagtgcgat gctttgcgcc atgtttttat tctgaatcag gtcgaacatg
     7381 atgtacgact ctgaggaatt ggggttgaag ttttcgtagc gcttcttgta attgtcctcc
     7441 agtaggatgg cggaattttc cagcatcgcc acgtccagat tctccttcgt ttgcgccagt
     7501 cccagggtgt acgtttccgt gccccggaca gaacggccgt gcttcagcga attggtgtgg
     7561 atggaaataa agaggttggc gttgttgtgg ttggctatgt tggcacgcgt ctccaagccc
     7621 acaaacttgt cgcttgtccg cgtgtagatc accttgacat ccttgtgccc atcggcgatc
     7681 atctcgccca gccttttggc gatagccaaa ttgatgttct tctcgttcgt tttgcgcccc
     7741 ctggcgccgg gatcgcgtcc gccatgtcca gcgtcgatca ccacagtgaa tgttttctta
     7801 ctcgcctgca gctgtggagc acaccacaac atgcagagga tggagacgat aagcacgctc
     7861 cacagcttgt ttctaatcgt tccgtttacc accactttgt tttttgcgca gattgtttga
     7921 atgtgcatcc ttcaaaaaag aaaaaggtcg attggcaacc gtataggctc cccccccatt
     7981 tgtttcgata agtgggggct atcgtgctga tcgacgggga caaaagtagg aaaactttca
     8041 agaggccttt gtggcgcggc ggcttccacg gccgatcctg cgggtctgtc gtgcccccgc
     8101 gaagcctccg ccgaaatctc cgcgaagcca ttttgaacat gcgaacctct cgcccgaacc
     8161 tccgtggccc catttccaat ctgcgaaggc atcaaccgaa ccacggtggc cccatttcct
     8221 atctgtgaag gcatctaccg aaccacggtg tccccatttt cgatccgtga agccttcaac
     8281 caaacctccg cgaagccaaa ttcaatctgt gaaggcagca accggatttt atctatgttt
     8341 ttgtgatgtc acgaagatgt gtgtgatata ctcataatac acacatgcac gcataaatta
     8401 taggagaata ctatgtttat tagagcatgc gtgaatggag tataggatga tgagtgaaat
     8461 tgattggtat gtaatcacga atagttatat acaatacggt ttatattcct gtgaacgcag
     8521 taatctgtat aaattatatt cttatatata gatgcataca ggataaatcg catgagatat
     8581 gattatcctt catgtgatat catgaagaca tgtatgatat gctcataata tgtacgtgtg
     8641 cgcatgagtt atagaagaat gatatattta taagagcacg cgtggatgag aaatagtata
     8701 acaagttgaa tggatctata tgtgatcatg gagagtcgtt tacaatgtga tttatattct
     8761 tgtgagcgca tgtaatcgta tatattatat ccttagatgt atgtgcgtgc aggatgaatt
     8821 gtagaagata ttattgctct ttgtgtgaca tcacgaatta gtgatttctt tgacagtgga
     8881 tacttcacag gttgaaaata gcttcgcggg gtttgggttg ggagcttcgc gggttgaaaa
     8941 taacgttgcg ggaatggcga tgaaggcttc gccagttgaa tctggagcca ctggattcgg
     9001 tttgggggct ttgcgggttg aaaataacgt tgcgggaatg gcgatgaagg cttcgcgagt
     9061 tgaatctgga gccgtcggat tcggtttggg ggcttcgcaa agtggaaatg gccctgcgag
     9121 attcgtggtg atggcgttgc gtcaggaggg gagggtggcg gcgttgtcgg tgggcgtcat
     9181 gcgccggcag gagggtgcgg atcggattca ggaggcgaag ggatgaaaac aaaaaggctg
     9241 cactggatga accagcgcag cctttgcttt tatctattca atcggaagaa attgtttcgg
     9301 tgtgaccccg gagaggctcg aactctcgac ccaatgatta agagtcattt gctctaccaa
     9361 ctgagctacg gagtcaaaaa tcatcattcc gtcgaacgat tacggccgca aaagtagtgc
     9421 ttcgattcac ttctccaaat ctcgacccct attttttctc tgattgcaca aaaaagcccc
     9481 ctcactcttt gggggagagg agggggctga tgattccttt tggagggcag ttaggctgcc
     9541 acagcgggga aggtgaacga tatcaggatg gacacaacga gggcgaggat ggcgtagagc
     9601 tcggggaata cggccataac catcgtggcg gcaaagacgt tgtggccggc gccggtggca
     9661 gcgataccgt tggcacagac gtgtgcctga cggacggatg agtagaagcc ggcaaagccc
     9721 atgatcagtc cggcgccgaa gataccggcg gccgtcaccc aaggcatgtc agcaacgagg
     9781 aatttttgta ccatcatata ggctacgaag ccgtaaagtc cctgcgaact gggcagggcg
     9841 ctcagggcga tgtatgtacc cattttctct ggggctttct tcatcgctcc cactacggcg
     9901 ttaccgcaaa ttgtcaatcc aaatgcactg ccgatgccgc tcaggccgac catcagtgct
     9961 actcctacat acgctaataa tactggtccc ataattctaa atactttgtt tttgaggttc
    10021 tattattcta ttcattgatt catattttcc ggaagggagc gtaggcggtg ccgccgcctt
    10081 caaattccga gtttttgtag tactccacgt agatcagacg catggggtga accagcgagc
    10141 tgaccatgct caggccgatg ttgagagcgt ggccgacgag caggatgagg agcatcggta
    10201 gccagcgcac ccagatgggc atggtggcgg tcatgtcgac ggccatcgtg ttgaagacac
    10261 cacccagcag ggatccggtc aggccgatgg cgtagagtcg gatgtaggag agggtgtcgc
    10321 ccagaaggcc ggatgcggtg ttgtacgtcg cccaaatgcc cgaaccgaag ttgaggaaga
    10381 cgttcttgcc gggcgagttg tagaagaagg cgatgagggc gccgaggccg gccacgccat
    10441 agagggcgta aacgacgggt tgcggcaggt ggatattcat catcggcagt ccgacggcca
    10501 gcgccagcgc caagatgagg aagacccacg cgaaggcagc gaggctgtac ttgagtccgc
    10561 gctgcacctt gaccttcatc gcggccacaa acttgccata gagcacatgg atgaagccga
    10621 tgacgagtga gagggtcatg atgttgtcgc tcgtcaggaa gtaacgcttg acgctggcca
    10681 gggcggggat ctcggcgatg ttgacgccga agaaggagcc ggatagggta cccacgacta
    10741 acgtagcgat accaaaacac tggaggagcg agaggatcgg tttcatgtcg gctttggcct
    10801 tccgcttcat cagtgtgccc aagagaagga gtaggagccc gtagccgccg tcgccgaaac
    10861 agatgccgaa gaagagcata aagaaggggg cgaagagggg cgtggagtcg aactcgtggg
    10921 cgttgggcag ggagtaaagc cgggtgatag gttcgaagag tcggttgaag cggttgttct
    10981 tcagttcgat ggggatgttg tcctcatcgc tgatctcgag cttgcggcag tagtagtcgc
    11041 cgcggtcgag ggccgactcg agcgactgcg cctcagccgt ggggatccac ccctcgagga
    11101 gcatgagtcg gtcgtcagcc tcgcgttcgg tttgcacctt ggcgttgtcc cacgtgtact
    11161 cgttttcaag cagtcggctg taggcttcga gcgtgcggta gtcgttgaga gcgacagcga
    11221 acagctcagc gttcaactcc tcgcgctggc gacgctgtgc ctcgcgcagg tcacggaggg
    11281 cgcggaggtc cttctctggc atacgcaccc gttcggcgtc gatttcgatc gggctgccta
    11341 cgggtgtgat ggtgatgaag taggtggccg actgtgcggt ggcgatggga acggcataga
    11401 agtccgtttc ccacgcttcg tcgtagcgtg cggcggggca tgagaagaag gtgacttcgt
    11461 ggcctgcttc gcggaggcga cgtaggttgg cgtagtcgaa ctcaccccag acttgcattg
    11521 tggcgagatc tttctctgtg gcctgctcag cggcctgagc cttttcgatc cggtcgcgta
    11581 ggtcgtcgat ccggtctaac agggcagcgc cctcgtcggc tgtcacaggt cgctcagggg
    11641 cgatgggcag cgtgactttt gccttgttac cggtggcttt cgcgtcggcc ttgagggctt
    11701 cgaggcgact ctcctgcgtg tgcttcagct ggcgcaactc gctttcgagg cgtttgcgct
    11761 cggccatgag gcgttgcagc cctgcgtcgt ctttctccga ctttgtttcc cggatatgca
    11821 ccacgcctaa ggagcgcagc agttccagga aggcgtcata ttctttatgg tacaccatga
    11881 aggcgtactt gctcattttt acaatcatgc ttctgcctcc ttcgcgttac gtttttcttg
    11941 attggcgcgc ataatcttct gcgacgattt ggagaggctc tcttcgtctt ccataaagcg
    12001 cttgatctta cggatggcgt ccttgtagcc ggggatctgc accttttcga agaggttcag
    12061 cttctgtgtg gtgcgtcgac gggcacgctc gagcatatcg agtttcaggt tggtgaactc
    12121 tgcttcgata cccgtttcgg ccattgtctt gagtagctcg atgccgtcag cgtaccacga
    12181 gggggcgctg aagaggctgt agcgggcaat gcggaactct acgccatcaa gcaccgggat
    12241 gggcacgccg gcgatctttc gggccgacag tcggacgtcc tccacggaga tcaggtcggg
    12301 tcgaaactca ttccagagcg ccatcatgta ctcatagttc cgaatctctt tctccaaccg
    12361 atcctccagt gttgccgcct cgcctttcgt tcgtttcacc tccatacgca gcgcgctctc
    12421 cttacttttg atggtaggca gggcacgttc gcgcaccttc agttgcttat cgagtccctg
    12481 aagggaggtc ttgttgtatt gaaatttaat agccatgaca gttcactgcg aagcgttcgc
    12541 tcatttcgcc gtcggccaat acttgtccac aagcgcctgt ttgatgttga cctcctcctg
    12601 cttgaaatgc ttggcaaaga gggtccacgc cacgtcgagc atttccgtcg tgttgaggtt
    12661 gacgtcgatg gcgaggagtt tctcggagta gtcgcgggcg aaggccaggg cgcggttgtc
    12721 gtaatcggtt aggtcgaaac cgttctccaa tttcgttttg gcatcggcgg cgtcggcata
    12781 gagtcggacg gcggcgttca tcacctgcgg gtgatcctca cgcgtcttct tacccgtcac
    12841 caactgcttc agtcgggaga gtgaacggaa cgggtcgacg atgaccttgc ccacgtcgct
    12901 gtcacggcgc agatagagct gtccctcggt gatgtaaccc gtgttgtcgg gcacggcgtg
    12961 tgtgatgtcg cccccggaga gcgtcgtcac ggctatgatg gtgatcgatc cgccgtcggg
    13021 gaactgcacg gccttctcgt agatcttggc gaggtctgag tagagcgagc ccggcatgga
    13081 gtctttcgag gggatctgat ccatacggtt cgacacgatg gagagcgcgt cggcatagtt
    13141 cgtcatgtcg gtcagcagca ccagtacttt ctcgtgcttc tctacggcaa aatattccgc
    13201 ggctgccagc gccatgtcag gcacgaggat gcgctccacg gatgggtctt cggtcgtatt
    13261 gatgaagctg acgatgcggt cgagtgcacc ggcattgctg aaggtgttct tgaaaaagag
    13321 gtagtcgtcg ttcgtcatac ccatgccgcc gaggacgatc ttgtccgact gggcgcgcag
    13381 ggccaccatc gccatcacct cgttgaacgg ctgatcaggg tcggcgaaga aggggatctt
    13441 ctgtcccgtc acgagcgtat tgttcaggtc gatgccggcg atacccgtgg cgatcagttc
    13501 cgacggctgt ttgcggcgca cggggttcac cgacggtcca ccgatctcca cctcgcgccc
    13561 ttcgggtacg gggccaccgt ccaccgggtc gccataggcg ttgaagaaac gtcccgccag
    13621 ctggtcgccc accttgagcg atggtgcctt gcccatgaac accacttcgg cgttcgtgcg
    13681 aatgccctcg gtgccggaga acacttgcag tgtcacctcg tcgccggcga tcttcaccac
    13741 ctgcgccagc ttgccgtcca ctgaagccag ttcgtcgtag cccacgcctg tagccttcag
    13801 cgaacaggtc gctttggtga tctgcgtgat cttcgtaaat atcttttgaa atgcttttgt
    13861 tgccatatct cacttgattc ttattgtttc gactcggcgg cagcctcctg aaggagcgtc
    13921 tcggcctgcc ggctgtaatt ctcgaactgt tcgctgcgga actctgaata gttcatctgc
    13981 ttgagcacgt tgatcagtcg cttgaagtag tccgttacct ggctgaagtt gtcgaaggca
    14041 aagtcttggt ggcagatgtc gatcacgcgc ttcatcatgt attcctgtcg ctcgagcggc
    14101 gtcatggagt cggtggcgtc gaaggcgtct tgctgcagga tgacgaagtc gatcagctcc
    14161 gatttccaga acgtcacgtg gtaatccacc ggcacaccgt cgtcgcccaa gatgttgatc
    14221 tgctccgcga tttccttgcc gcgcagcata cgcgtcttca cctcgttcac catgccgagc
    14281 cattcgggcg agatgtgttc cgagacatag gcctcaaact cggggtactc caagtatttc
    14341 gaatagctgt cgatcgggtt gacggccggg tagcgcttgc ggtcggcgcg gaagtcaaaa
    14401 gaggtctcag gggtgtcagg cgtgaggcgt acccgataat tgtac
//
LOCUS       SEQF2634|AYYE01000845.1  941 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..941
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             39..806
                     /locus_tag="SEQF2634_00452"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEAFERRKRETGFCLRLSDPTAASNNFPKAFVRYKKGTTQSGR
                     LWFTDKVDERKPKADLHLSVFGWKALGCESPIKSRIACGGQQAETLPWRPIVRVFRSK
                     TISLGRLCEPFAPQTFWRADCASFSRQNHLVGAITRGFQATDFPLGRLCEVFGRHDSR
                     WGDCASFSGHRLSGGPIVRVFRATDFPVGRLCEFFTPQTFRWADCASFSGHRLLGGAI
                     VRVFRPADFPLGRLCETIVRQETFSWVRFFSPVHRLV"
ORIGIN      
        1 gcctcaggct tttggcacta ttcattggaa attcccattt gcctgaggct tttgaacgtc
       61 gaaaacgaga aacaggcttt tgcttgaggc tttctgaccc cacagcggcg agcaacaatt
      121 ttccgaaggc tttcgtgcga tacaaaaaag ggacaactca aagcggaagg ttgtggttca
      181 ccgacaaagt cgacgagcga aagccgaagg ctgaccttca tctaagcgtt tttggttgga
      241 aagccttagg ctgcgaatca cccataaaat cgcggattgc ctgcggcgga caacaggccg
      301 aaacacttcc gtggcggcca attgtgcgag tttttcgctc caaaaccatc tcgttggggc
      361 gattgtgcga gcctttcgcg ccacagactt tctggagggc cgattgtgcg agtttttcgc
      421 gccaaaacca tctcgttggg gcgattacgc gaggttttca ggccacagac tttccgttgg
      481 ggcgattgtg cgaggttttc ggccgacacg attcccgttg gggcgattgt gcgagttttt
      541 caggccacag actttccggt gggccgattg tgcgagtctt tcgagccaca gacttcccgg
      601 tgggccgatt gtgcgagttt ttcacgccac agactttccg ttgggccgat tgcgcgagtt
      661 tttcaggcca cagacttctc ggtggagcga ttgtgcgagt ttttcggccc gcagacttcc
      721 cgttggggcg attgtgcgag acaatcgttc gccaagaaac cttttcgtgg gtacgatttt
      781 tcagtccagt tcaccggcta gtgtaaaaaa cagccatctt tgccaccccg aaatttaaca
      841 gaagagggaa cacggtgaac cacacgaata gaaacagcaa gtttgacgcg ccccgcagct
      901 tcgcccctgc ggccggcata atacccatat actcataaag g
//
LOCUS       SEQF2634|AYYE01000846.1  334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgaccatgct gaaagcgtga ttgccatagt ccatttccaa gtaatcacag acgttgctcg
       61 aggcgtagcg gaaggtgtcc atgagattca tcatctgcac tgtctgcgtc gagccatcgg
      121 cccgacggaa gatcatgctg cgagtgtttt tcttctcgaa acgagtagtc cacgcgccct
      181 tgaaatagac ggcgttgata agatacatga aggtcgtggg atccacctgc ttcacaatct
      241 ccttgatctt gttgttcgtc ttctgggcgc accatccgtt gatagtcgcc gtggccgatg
      301 gcgaagagaa gtctaaggcc tgcacttcgg cgtc
//
LOCUS       SEQF2634|AYYE01000847.1 4188 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4188
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             632..820
                     /locus_tag="SEQF2634_00453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYDLYFKYYRLLRLVYRLYALYKSGLYEVSTKTICRNLFIDRVY
                     VYTLREKFHLYTMDKYYI"
     CDS             1133..1930
                     /locus_tag="SEQF2634_00454"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDEKIFLPDAVQIDVDGISHFSSNEHAGMNDELFILVAKAGEE
                     LLLLPKGLMARWEAAIKAEMGHVKGRRGSELTKQLRELDRERVKMLVNLFDMIRGNRH
                     SPIEAQRKASERLTLKLGRFRRTRRSMSGPLRSVDIESIELHLNELAADVETLGLKKT
                     ADRLHELNERYQAMTRQRTDEALAQKLRPMTELRPLTDEIFAMVRRYVEASYLFAKTD
                     ADRAKIYQLVMTMNRVTSERRAGFRESQTKRRQARLERQKTATEGQA"
     CDS             1927..2877
                     /gene="ribF"
                     /locus_tag="SEQF2634_00455"
                     /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
                     GLASAVFTFPVHPRRVLQADYRPQLLDTFEEKLVRIGETGVDYCAVLDFTPALAQLTA
                     REFIERLAAEWGVSTLVVGYDHRFGRDRAEGFEEYVVHGRTVGMEVVRGVPYLLEDGT
                     AVSSSRIRALLTECRVEEAARMLTVPYRLRGHVVGGQQIGRTMGFPTANLSVDEPLKV
                     LPGDGVYAVRAWLRGMVYRGMLSIGNRPTIGNRPTAVEVHLLGFSGDVYGEALGVEFI
                     RHLRANRRFDSLDALREQLERDRETVAGLPIDGVGEAERC"
     CDS             2871..4142
                     /locus_tag="SEQF2634_00456"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRKILATVGTRYVIAALNLALMLINSRVLGRHDMGVAGVVFAS
                     ANVAVMLASVLCGNTIVYFMRSKRLSVVVSAAYVWALVGSGVACGAMAAVGMLPTGLG
                     GVVFGLAVLLSLVNVHLRVLLGWDRIRAFNAVFLVQGAGLFFVLLGLYYVAGLKNLGG
                     YMRGLFLTNLAAWAVSLVLLLRGVTRPKGGLSVKAWLRDTGEMFRYGLWSSVDNLAEN
                     LSARLNYFFLQRFGGYGSVGLLDVGTRVSESLWHVSHGVSFIAYSEITRATEAERRRL
                     TAVRLLGPTVAVLAVAMGAVLCIPEWVYTEVLFTREFAGIRDVIAGLSVGIVAFGGNR
                     ILSHYFIGTGRVRVSAACSLVGLVLLCASAAVLVPRWGVTGAAVASSVAYVGMLTFSI
                     VVFLRVTGTKAMELLPDPVSIVRQIRARLQG"
ORIGIN      
        1 cccacgacac cgctcatctc tacgcctgcg cgtccgtcag ctatggggat aaagagacgc
       61 gcaaagagat cggccgtgcg atcgccggct gcctcgtgat attcgccgcg cagttccagc
      121 tcccatcgct taccgatacg cccgtcagtg agctctgaaa gagggaaagc gttcgggcca
      181 aaatatcgag gcgtatagtt caggagcttc atgcgctccc gccaatccat ccagacgcca
      241 tcctcttcta ttccggaggg gtcggactgt gccattgcgg cgaagtgtgt cgtaataatc
      301 atccaagtga tcatacagac agtaatccat ctattcattt cgttaccata aaaacgggcg
      361 caaagaaaag gaataagcca gaagctgttt ggggcttatt tttttgcggt tacggcatct
      421 gtgacctggg agggcgcggc ggggcgggcg ttaggggatg gacgagcggc ggggtgtcgc
      481 cggatcgagt ggcgaggcat cgacgaaggg agggccgtca tcaggcggac ggagccgact
      541 tggatgaatg tatcgctata gacgacggaa gcggtgtcgc ttatacggta tggtgagctt
      601 ttatagccga tagaaaaaca tcttcagcaa gatgtatgac ctttatttca aatattatcg
      661 actcttacgc ttagtgtata ggctatacgc cttatataaa tctggcttat acgaagtgtc
      721 tacaaaaaca atatgcagga atctattcat agacagggtg tatgtgtaca cattacgaga
      781 gaaattccac ttatacacaa tggataagta ttatatatga cggatattac acttagacat
      841 ggtgcatgag tataaaatac ggtggaaaat atgctcatac agtatgtata tgataaaacg
      901 ataacggatg gaaaacttag acaggttgta taagccagta tgacatgcga atgaatgagc
      961 ttacatgatg taggagtctg ttaggcaatg gattgtacgt ccatacatgg tggctatatg
     1021 agaaattgga aggaccttat tgctccataa agtgtatata tcagatctac gaaggcgaga
     1081 aaggctatac cttgttgtat ctttgcgccg taaaactatt gggaggtaac tcatggacga
     1141 tgagaaaatc tttttgccgg atgccgtaca gattgatgtg gatggcatct cgcattttag
     1201 ctcgaacgag cacgccggga tgaatgacga attgttcata ctggtggcga aggcagggga
     1261 ggaattgctg ctactgccta agggattgat ggcacggtgg gaggcggcca tcaaagcgga
     1321 gatggggcat gtgaaaggca ggcgggggtc ggaactgaca aaacagctga gggagctgga
     1381 tcgcgagcgg gtgaaaatgc ttgtcaacct gttcgacatg atccgtggga accgccattc
     1441 gccgatcgag gcgcaacgga aggcgtccga acggctgacc ctgaaactgg ggcgatttag
     1501 gcgcacacga cggtcgatgt cagggccgct gcggtcggtg gacattgaaa gcatcgagct
     1561 tcacctcaat gaattggcgg ctgacgtgga gacgctcggg ctcaagaaga cggccgaccg
     1621 gctgcatgag ttgaacgagc gttaccaggc gatgacgagg caacgaaccg acgaggcgct
     1681 ggcgcaaaaa ctgcggccca tgactgagct gcgcccgctg acggacgaga tcttcgccat
     1741 ggtgcgccgg tatgtggagg ccagttatct gttcgcgaaa acggatgcgg atcgggccaa
     1801 aatctaccag ctggttatga cgatgaatcg cgtgacgtct gagcgccgtg cgggctttcg
     1861 ggagagccag acgaagcggc ggcaggcccg gttggagcgc caaaagacag cgacggaggg
     1921 acaggcatga ggacgattta cgacgcggcc aagcgggtcg atgggcgcaa gttggccgcc
     1981 acggtgggct tttttgatgg tgtgcacgcg ggccatcggt cgctcattgc acagcttcgg
     2041 gaggcggctg cggagcgcgg attggcgtcg gcggtgttca cctttccggt gcatccgcgg
     2101 cgcgtgttgc aggcggatta tcggccgcag ctgctggata cttttgagga aaagctggtg
     2161 cggatcgggg agacgggcgt ggattattgc gctgtgctgg acttcacgcc tgcgctggca
     2221 cagctgacgg cgcgcgagtt catcgaacga ttagcggcgg agtggggcgt cagcacgctg
     2281 gtcgtgggct acgatcaccg ctttgggcgc gatcgcgcgg aggggtttga ggagtatgtg
     2341 gtgcatgggc gcacggtggg gatggaggtc gttcgcggcg tgccctatct gctcgaggat
     2401 gggacggcgg tcagttcgtc gcggattcgg gcgctgctca cggaatgccg ggtggaggag
     2461 gccgcgcgaa tgctgaccgt gccctatcgc ttgcgtgggc atgtggtcgg cgggcagcag
     2521 atcggacgaa cgatgggctt cccgaccgcc aacctgtcag tcgacgagcc gctgaaggtg
     2581 cttccgggcg acggcgtgta tgccgttcgg gcatggctac gtggcatggt ctatcggggg
     2641 atgctctcga tcggcaaccg gcctacgatc ggcaatcggc cgacggcggt agaggtgcac
     2701 ctgctcggtt tctcgggcga cgtgtacggc gaggcgctcg gggtggagtt tatccgccac
     2761 ctgcgtgcga accgacgttt tgacagttta gacgcactgc gcgaacagct ggaacgcgac
     2821 cgcgagacag tggccggcct gccgatcgac ggcgtcgggg aggccgagag gtgctgagaa
     2881 agattctggc gacggtcggc acgcggtatg taatcgcggc gctgaacttg gcgctgatgc
     2941 tcatcaacag tcgcgtgctg gggcgtcacg acatgggcgt ggcgggcgta gtgttcgcct
     3001 cggccaatgt ggcagtgatg ttggccagtg tgctgtgtgg gaacacgatc gtgtacttca
     3061 tgcgttcgaa acggctcagc gtagtcgtca gtgcggccta cgtgtgggcg ctggtgggat
     3121 cgggtgtagc ctgcggcgca atggcggctg tggggatgct tccgacgggg cttggcggcg
     3181 tcgtcttcgg gctggcggta ctgctttcgt tggtcaatgt ccatctgcgc gtactactcg
     3241 ggtgggatcg gatccgggcc ttcaatgccg tgtttctcgt tcaaggtgcg gggctgtttt
     3301 ttgtgttact cgggctctat tacgtggcag ggctgaaaaa tctggggggg tatatgcggg
     3361 ggcttttcct gacaaacttg gctgcgtggg cggtgagtct tgtgctcctg ctacgcggtg
     3421 tgacgcggcc gaagggcgga ctatccgtca aggcgtggct gcgcgacacg ggcgagatgt
     3481 ttcgctacgg tctgtggagc agcgtggaca atttggcaga gaacctttcg gcgcggctga
     3541 actacttctt cctgcaacgc ttcggcggct acggtagcgt gggcctgctg gacgtcggga
     3601 cacgcgtctc ggagagcctc tggcacgtca gccacggggt gagtttcatt gcctacagcg
     3661 agatcacgcg ggccacagag gcggaacgcc gtcggctgac agccgtgcga ctgctgggac
     3721 cgacggtggc cgtgctggcg gtggcgatgg gcgcagtgtt gtgcatcccg gagtgggtgt
     3781 acaccgaggt gctgttcacg cgggagtttg cgggcatacg cgacgtcatc gcggggctgt
     3841 ctgtgggcat cgtggccttc gggggaaacc ggatcctgag ccattacttt atcggcacgg
     3901 ggcgggtgcg agtgagcgcg gcgtgctcgt tggtgggatt ggtgctgctc tgcgcgtcgg
     3961 ctgcggtgct ggtgccgcgg tggggggtga caggcgcagc ggtggcgtcg agtgtagcgt
     4021 atgtcggtat gctgacgttc tcgatcgtgg tgttcctccg ggtcacgggg acgaaagcga
     4081 tggagttgct gcccgatccg gtgtcgatcg tccggcagat cagagcgcgt ctgcagggct
     4141 aacctcgccc gactgttttt catctttagt tattcaattg cttatggc
//
LOCUS       SEQF2634|AYYE01000848.1 2421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             181..696
                     /locus_tag="SEQF2634_00457"
                     /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="MNRMSEVQFPLDTGDFRLIDRKIMDQFKRLPEHGKYIRGLISWI
                     GFKQVPFYYERKARVAGETKYPLSKMLRFASNALLYFSKKPLRLASSLGFLAVIVGLL
                     LALWTLLGKICGFSHAETGWSSIMTAIIFFGGVQLLTIGVLGQYIGVLFDEIKNRPEY
                     IIDECRNCTDS"
ORIGIN      
        1 cctccctcgc gccatcagag atggtataag agacaggatc tgcaagatcc cccggagctg
       61 atccccgaca ttctggccct cagcgaacgc gaaggcgcaa acagcgtcta ctgcgtccgc
      121 cgatcgcgcg aaaaggaaac gctcttcaaa cgcctctccg cacgcctgtt ttatcgcacc
      181 atgaaccgca tgagtgaggt gcaattcccg ctcgatacgg gcgatttccg cctcatcgat
      241 cgcaaaatca tggaccagtt caagcgcctg cccgagcatg ggaagtacat ccgcggcctc
      301 atcagttgga tcggcttcaa gcaggtgccc ttctactacg aacgtaaggc acgcgtggcg
      361 ggcgaaacga agtacccctt gagcaaaatg ctccgcttcg cctccaacgc cttgctgtat
      421 ttctccaaaa agccactgcg actggcctcg agcctcggat tcctggccgt catcgtgggg
      481 ctgctgctag ccctttggac cctcttgggc aagatctgcg gtttcagtca cgccgaaacc
      541 ggatggagct cgatcatgac cgccatcatc tttttcggag gtgtgcaact gctcacgatc
      601 ggcgtactcg ggcaatacat tggcgtcctc ttcgacgaga tcaaaaaccg cccggaatac
      661 atcatcgacg aatgccgtaa ctgcactgat tcataacctc cgaccgtcac cacagactgt
      721 cgtttctcct cgatctggac aggaacgcca gacttgtaat acatacaaaa aacactaacg
      781 taatccattt cgccccttat ggagttgcgt attcaaagaa tcctctcctt ctttgcccct
      841 gcattcggaa agggtaatgc gtcatacgaa taaaacaatc ggcatttatt ccccctcttc
      901 gatgccatca ttataaacga agaaaactga atgaagaaga agattacacg actatgtgcg
      961 gccgccctgg tgcttagcgc agggatcgcg ttccccactg tcatacaagc acagcgcgtg
     1021 aacacgttca cggttgaaca acaagcccga atcgactccc tcaaacaagg atatatcaag
     1081 caaggtgtgc cggctcattg ggctgagaaa cgcgccacaa tgatcgttga gcgggagagt
     1141 aaagcgcaac tacgttcctc tacgcgtctt gctacgccac atgcaggctc tattttggtg
     1201 gatcgcggta cagcaccagg cggatactct gctcagcatg catatacccc cgcccagtta
     1261 atcaccaatg tactgttgaa taatccagca gctgcatctg ccatttcaaa cgtacaattc
     1321 actgggacat ggacagccac ggcgcgttct ttggcttatt ttgaagcagg atccagcggc
     1381 ttccctatca ataaagggtt aatcctcgca acgggtgatg tgattggctc tgttccggct
     1441 aataatgctg aggggccaaa tgatcttact ggaggtttga atggtggcaa tactgcggtt
     1501 ggatcagatc ctgatttaac gccgttgacg acaagtccgg tgacttgtgg atctattctc
     1561 tcttttgact tcaagccatt taagccggat gtgacgtttg acttcatctt tgcctctaca
     1621 gagtatcctg aatattcggg atctgcttac aatgatgtgt ttggtttctt cgtgcaggaa
     1681 cttccctcgg gcccaaagca gaacattgct tacttttcgg atggaacgac gccagtaacg
     1741 attaataatt cacattgggg taatccgggc tctttaccta atgtgccgtc cagtttccct
     1801 ggcaatcatg ctttgcctgg ttctcctcat cccgaatggc atattccagt gttcaataat
     1861 gatgctaaga tggaatatga tgggcacaca gttatgctta ctgcgaaggc attagggttg
     1921 tctacctcca agacgtatcg tttagctcta aagattgcta atgtttatga tcaggattgg
     1981 ggatctgcgg tgttcctctc caatcttgac ttgggtgctc ctgaagtggg acttgataca
     2041 ccttatatgg gtgcttggaa tcgggaatgg gacgaacaag gtaaagatca tctctataca
     2101 gattgtatcc agacactaaa actgggcttc ctccctgcgg catttgatcg taaactcgtt
     2161 ctttcttata tgggtattgc ttcaaaagag aacattagaa aggcggatgg atctccgcta
     2221 cccgatacat tagatttgaa agccaacgaa gagctgatca ccttccctat taagatcttg
     2281 cctgttcccg ctgcggataa cggaaaggaa ggtgcaatta aggcttgtat cgtaagtggg
     2341 gattgtgata cggtgatgaa caagaccacc aaacacttct tcaagttctt caatggcatt
     2401 cagacgaaca ttgacctgtc t
//
LOCUS       SEQF2634|AYYE01000849.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(228..350)
                     /locus_tag="SEQF2634_00458"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTTIARFKQMGKIRTAENYSYALKSFAQFRQDKDIPLPE"
ORIGIN      
        1 ctcttcttct agtccgttac ccataaccgt ctcgaaatag cctatgagtt cgttgattaa
       61 cgattgacat ctttcgaggt cgatcgtttc aaacctcatt atgtggcgta aatctttttc
      121 caatgctcga ttatacatgg cacggaaaat acgcagataa aacgaactac tgttacatac
      181 tgcctctttg ctatgtagat aggcctcaaa ttgcatcaaa tcctcattca ctctggcaat
      241 ggaatatcct tgtcttgtct gaactgcgca aagcttttca gggcataaga atagttctca
      301 gctgtgcgta tcttccccat ctgtttgaaa cgagctatcg tggtttgcat aaagttgaat
      361 agcgattgtc ct
//
LOCUS       SEQF2634|AYYE01000850.1 5240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             6..1004
                     /gene="trpD_2"
                     /locus_tag="SEQF2634_00459"
                     /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"
     CDS             1135..1953
                     /gene="trpC"
                     /locus_tag="SEQF2634_00460"
                     /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             1950..2585
                     /gene="trpF"
                     /locus_tag="SEQF2634_00461"
                     /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
                     VPDVSLPDGVRRVGVFVDVPAEQIVATARRYGLHLVQLHGHESPDMCRHLADVGLGVI
                     KAFPATPEAVRNDTTRYATSGCRLFLFDTPTAAHGGSGRTFDWHVLQDYVGQTPFLLG
                     GGLGPDALDALSRFTHPRLAGYDLNSRFERCPAEKDVEALRTFLQMMHVPR"
     CDS             2882..3685
                     /gene="trpA"
                     /locus_tag="SEQF2634_00462"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZVY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase alpha chain"
                     /translation="MNRIETLFQSGRRDLLSIYFCAGTPRPDATADTIRALERHGVDL
                     IEIGIPFSDPMADGPVIQRAATDALRHGMTLRRLFDDLADIRRDVRLPLILMGYLNPI
                     LRFGFEAFCARCAEVGIDGVIIPDLPFADYITDYRPLAQRYGLDMIMLITPETSEERI
                     RAIDAATDGFLYMVSSASTTGARDTFDAPTLDYFRRIAALPLRNPRMIGFGVSNRATF
                     SDACRHASGAIIGSRFVSLLEEEGGDATRAIVRLKEAIGGPAASAEAGK"
     CDS             3760..5136
                     /gene="lapB"
                     /locus_tag="SEQF2634_00463"
                     /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"
ORIGIN      
        1 tccttatgaa agatatcctc aacaagctca ccgagcaccg ctgcctcagc cgcgacgagg
       61 cgcgcgccat cctgcaagac atcgcagagg ggcgctataa cgacgcccag acagcgtccc
      121 tcatcaccgt tttcctcatg cgcgacatct ccgtggacga gctttgcggc tttcgcgacg
      181 ccctcttgga gatgcgccat cccgtcgacc tctcggacta cgcgcccatc gacatcgtgg
      241 gcaccggtgg cgacggtcgc aacacgttca acatctccac cgccgcctcg ttcgtcgtag
      301 ccgccgccgg actgcccgta gccaagcatg gcaactatgg cgccacgtcg gtcagcggtg
      361 ccagcaacgt catcgagcgt atgggcgtgc gcttcacggc cgacgagggg gcactgcgcc
      421 gcagcatgga cggttgccgc ctggcctacc tccacgcccc gctcttcaac cccgccatga
      481 aggccgtcgc ccccgtgcgc aaggccctcg gcgtacgcac cttcttcaac atcctcggcc
      541 cgctggtcaa tcccgccctg cccgctgcgc agctgctggg cgtctacaat ctggctctgc
      601 aacggctcta cacctatacc tatcaggccg ccggcacgac gcgcttcgcc gtggtccaca
      661 gcttggatgg ctacgacgag atctcgctca cgtccgactt caaagtgtcg ggcgtcgacg
      721 gcgaacaaat ctatcgcccc gagacgttag gcctcgcgcg actacgtccg gaggagcttt
      781 atggcggtgc gacacccgac gaagccgccg acatcttccg ccgtgtgctc gagaaccgtt
      841 cgacagccgc gcaaaagcaa gccgtcgtcg ccaacgccgc cttcgccatc cgcctcatgc
      901 gccccgacac ctctctgccc gactgcatcg ccgaagccac cgagaccatc gacagtggcc
      961 gcgccctcca aaccctcaag cgattcatcg aactcaatca ataaccaagt aaacaggtct
     1021 ctcctgccaa acttccccgg ccccggtggg gccttgatct tcttttgctt cttttcttgc
     1081 atcaaggcaa gaaaagaagg acatcaaaag aagaagaata atcaccccct cattatgcaa
     1141 gacatcctct cccaaatcat cgccaacaag cgcttcgaga tcgacatccg caagcgcatc
     1201 atcccccagg aacagttcga agaagccctc ctcgacggca tgccacggcc gacgcactcc
     1261 atgcggcgcg ctctggccga atcgcccacg ggcatcatcg ccgagttcaa acgccgatcg
     1321 ccgtcgaaag gctggatcgc ccgcgaagcc gaccctgcgc acgtcgtgcc cgactatgcc
     1381 cgcgctggcg ccgccgccct ctccgtgctc acggacgaga agttcttcgg cggcaccgtc
     1441 cgcgacctcc gcgccgtccg tccgctgacc aacctgccca tcctccgcaa agacttcatc
     1501 attgacgcct atcagctcta tgaggcgcgt atcatcggcg ccgacgccgt gctgctcatc
     1561 gccgccgcgc tctcgcccga ccaatgttgc gagctggccg acgtggcgca tcggctcggg
     1621 ctggaggtgc tcctggagct gcacacggcc gacgagctgc ggcacatctg ccccgaggtg
     1681 gatatgatcg gcatcaacaa ccgccacctc ggcagctttt ccaccgaccc tgagcattcg
     1741 ctgcgcatgg ccggactgct gcccgcgggc gacgacgtcg tgcgcatctc ggagagcggc
     1801 ctttcggatc cggccaccat ccaccggttg cgccgagcgg gctatcgtgg cttcctcatc
     1861 ggcgagacgt tcatgcgcgc cagccgcccg ggcgaggcgc tcgcctcctt cctccgcgac
     1921 gtggaggcgc aaagcacgga ggccacggca tgatcagcgg ccgactgatc aaggtctgcg
     1981 gactgcgtgc ggcggacaat gtgcgcgcag tggcggcgct acccggcgtc gatctggtgg
     2041 gcttcatctt ccaccccgca tcgccgcgct gcgtgacagc cgtgccggat gtgtcgttgc
     2101 ctgatggtgt gcgtcgcgtg ggcgtctttg tcgacgtccc cgcggagcag atcgtggcca
     2161 cggcccgtcg ctacggcctg cacctcgtgc agctgcacgg ccacgagtcg cccgacatgt
     2221 gtcgccacct ggccgacgtg gggctgggcg tcatcaaggc tttccccgct acacccgagg
     2281 cggtgcgcaa cgacacgacg cgctatgcca cgtccggctg ccgcctcttc ctcttcgaca
     2341 cccccacggc cgcgcatggc ggctcggggc gcacgttcga ctggcacgtg ttgcaggact
     2401 acgtgggcca gacgcccttc ctgctcggtg gcggactggg gcccgatgcc ctcgacgccc
     2461 tcagccgctt cacccatccc cgcttggccg gctatgacct caacagtcgc ttcgaacgct
     2521 gccccgccga gaaagacgtc gaggccctgc gcacgttcct gcaaatgatg cacgtaccgc
     2581 ggtaggggcg tatcgcatac gcccaccaag cgggccgcaa ggctcgaatg caaaaaccca
     2641 gattcgcccc gtaccgggac gtttagaggg cgcccccgta cccggccaaa cttccccggc
     2701 ctcggtgagg ccttgatctt cttttgcttc ttttcttcca tcaagggaag aaaagaagga
     2761 caccaagaca agaaaaggag gtaggggttc gggggcaacg cccccgcaat atgcccggcc
     2821 atgacgccgc ccctccatta tttcactcat catccatccc atcacaccac aaaccccaaa
     2881 tatgaatcgt atagaaaccc tcttccagag cggtcgtcgc gacctgctct ccatttactt
     2941 ctgcgccggc acaccgcgcc ccgacgctac ggccgacacc atccgcgccc tggagcgcca
     3001 cggcgtcgac ctgatcgaaa tcggcatccc ctttagtgac cccatggccg acggccccgt
     3061 cattcagcgc gccgccaccg acgcccttcg ccacggcatg acgctccgcc ggctcttcga
     3121 cgacctggcc gacatccgcc gcgacgtccg cctgccgctc atcctcatgg gttacctcaa
     3181 ccccatcctc cgcttcggct tcgaggcctt ctgtgcccgc tgcgccgagg tgggcatcga
     3241 cggcgtcatc atccccgacc tccccttcgc cgactatata acggactatc gccccctggc
     3301 ccaacgctac ggactggata tgatcatgct catcacgccc gagacgtccg aggaacggat
     3361 ccgcgccatc gacgccgcca ccgacggctt cctttacatg gtctcgtcgg cctctaccac
     3421 cggcgcccgc gacacgttcg acgcacccac gctcgactac ttccgccgca tcgccgccct
     3481 acccctccgc aatccgcgta tgatcggctt cggcgtctcc aaccgtgcca ccttcagcga
     3541 tgcctgtcgg cacgcctcgg gcgccatcat cggcagccgc tttgtcagtc tgctcgagga
     3601 ggaaggcggc gacgccacac gcgctatcgt ccgtctcaag gaggcaatcg gggggcctgc
     3661 ggcctctgcc gaggcaggga agtgaggccg ggagcgtgag ggagcatttc tccgtccctc
     3721 cccctacctt tggccgcaca tcatccatca ttcacgcaca tgaaagcatt ctacaccctc
     3781 ctcacccttg ccgcactgct tgccgggcag acccttcagg cgcagtgcga tgactggcaa
     3841 cgcatggtcg accagaagcg ttttgctgag gtgttggcct tggcaaagtc acatccggac
     3901 acgacggact ttgccgctct ttatgccgcg ggacaggcct cggaaggtct gctcaagtac
     3961 cgcgacgcct accattatta taggcgttgc ccggccaccg actccgcacg cacggagctg
     4021 ctcgtggcgc tcgcacgcac cgccggcgcc attgggcaga cggacgaggc ggagcgctac
     4081 ctgttgcaac tgcgtgcgcg tgacacggcg gacttctacg ccaaccatca gctggcccga
     4141 ttctacgacc ggcagggcga caccgagcgt gccaaggcgt attacgagaa gctgctggcc
     4201 aacgacccgc agaacccggt gctgatgcgc aacgtggccg actgtgcccg acagttgggg
     4261 cagaatggcg tggcgatggt gacctacatg gaggcgttcc aagtcgagcc ggaaaatgcg
     4321 ctggccgcag cggcgctggc caactatatg ctgtcgatgc agctggcgga catcgccctc
     4381 gaggtctgcg acaaggccct cagctatcac ccgcgccatc gcgcactccg acgcaaccgg
     4441 ggcatggcgc tcttcagcat gaacgaatac ggggcggcgg attcggtcta tgcggcactc
     4501 ctctccgagg gcgactcgtc gcaactgacg ctcaaatacg gcggttgcgc gcgctattac
     4561 acgggccact tcatggatgc catcccgctc ttagagtcgg cttacgaggg ggacacaacc
     4621 gccatcgacg tctgcctgct gctcggatct gccctaggtc gcacctacga tcgccgccgc
     4681 gccttcgccc tcttcgaccg tgccgaggcg ctcatgcagc ccgcccctgc actgaccgac
     4741 atgctcaccc gcttccgcgc cgagacgttc gagcgcgacg gccaaaagga acgctccgat
     4801 gcactctatt atcaactctg gacggagcgc aaccgcttcg atctgctggg ccgcatctgg
     4861 gagcattaca acgacacgga gcgcgccgaa aaggacgaag cctatgcccg tcggagccgc
     4921 ttcatcaccg tgctttttgc taccgaatac ttggcccgcc ccaaacgcga tgccaagctg
     4981 atgagtttcc tgaacacgca actgaacaag ttcgtctccg atatgttttt ccgccagacg
     5041 aagcaactgc ctaccctcgc gcccgacggt aaggtcggcg tctgcaccga gcaacaattg
     5101 caaaccctca tgtcgcgtct gcaaggcgtg cgatgagtcg atttgaacga aaagcgccat
     5161 ccccgcgacg tctgcgcagg ttgcgcaact cccaaagcat ttgccgcgac gtctgcgcag
     5221 gttgcgcaac tcccaaagca
//
LOCUS       SEQF2634|AYYE01000851.1 4439 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4439
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             289..651
                     /locus_tag="SEQF2634_00464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDPWISSALRIVVDNQAVHDARLFHLWQSGDLCFQRVVIRTNL
                     LDGFALRKGSKNGERQQCDKCTFSHNRFICKRGRLEKCSAVVSLNSLELLEQNLGVVY
                     QVRASVVIARIRFDGVIL"
     CDS             complement(535..1074)
                     /locus_tag="SEQF2634_00465"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSIIVVLATLVFAVIHAQDKKIQQIRKDYNELKASIAQLTSG
                     GSAGSGLLCVTLDNNPYGTSYPAVGSYHTTTQFYYEPYEGRAPQLRMAIEHYAAANQK
                     MYTEVLYRENRPAFVFLKNNYDGDDDRRLYLEGDQIIQYSENNAVKPYPSDDDRRTNL
                     IDYAEVLLKQFKAIKGYDR"
     CDS             complement(1237..2421)
                     /locus_tag="SEQF2634_00466"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKRKAEKTHYVFLKYGALLLFAIMLAAGCSSSKKALKHGDYE
                     KATLEAAQHLRKHPGSKTSQDVLRQAYPMARESALRHIRQAEDSGASDRYVVAADAYL
                     RLNELANAIYDSPKAMEIIGQPTRYDRELRDVRPKAAEQAYALAGQLMENGSMRDARR
                     AYILYEKANRFVEGYRDVGRRMAEALDAATVKVVVKRPAADRPFIEPADYFYDRLISQ
                     ITEHKHRFVRFYTADDARRAGVSRPDQVLELDFSSFNVGTMRESSDVRDVSRDSVRVG
                     TTTVNGQQTDVYGTVRARLIVYRREVLCTGTLRVRIMEAGDGRVAESRDFPGRFVWGE
                     EWETYKGDERALTDEQRRLTRRSEPSAPPTQQELFAAFSRPLLDPATSFIRQYYRRFA
                     ED"
     CDS             2482..3594
                     /gene="rgtE"
                     /locus_tag="SEQF2634_00467"
                     /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="MLQIYVPPKYVISPKPQATWRRRRPTTFCASGGRRTEIIQIPAY
                     FCVSKETNRTMDISVVVPLYNEAESLPELHAWIERVMDENHFSYEIIYVNDGSTDGSW
                     GVIERLARQSTHVKGIKFRRNYGKSPALHCGFYRAEGDVVITMDADLQDSPDEIPELY
                     RMIREDGYDIVSGWKKKRYDNRLTKNLPSKLFNATARKFSGINLHDFNCGLKAYRREV
                     VKNIEVYNDMHRYIPYLAKIAGFNKIGEKVVHHQARKYGVTKFGLDRFVNGYLDLITL
                     WFTSKFGKKPMHIFGLWGSGMFLIGFAALVIVLVMKLASMMEGDLRPLVTTSPFFYIS
                     LTAMIIGSQLFLSGFIGELISRNSPNRNNYKIEQEI"
     CDS             3684..4385
                     /locus_tag="SEQF2634_00468"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDALSLHYTLKPPPAWFLVKITLLGWLLAVPALVAAQEPAAVDT
                     AWLRRARSGELELNEETLRAIRSGSLLSPASAAPALRHSPADLPLVISFDSIRPTGGP
                     TARPDQLPPAVYRLYEPAALPQPTAPMGSYMLSAATVSDLRALRRIGLRRAGHVGTGM
                     LPMGLSIPVNFENMLRFVFWPSYRAKKHNARHAQAYKSYNLLPPPADDSNNEIERRRL
                     NEAINEKRSELKAKD"
ORIGIN      
        1 catccataca tcgcgctgac tctgcgcgcg aagaccttcc gccgcgccga tcttattcag
       61 ggtaaaatcc aacgcgctgt cgccctccat gtagagacgc tgctccacca caggctggcc
      121 gtccaccgtc cgctggctga cgaaaacgaa ggaggctctc cctcgctcgt catacatcgc
      181 ctcggtatgc gtgcgctgtg tgccgccctc atacgactca acggccaacc tcagcacggg
      241 cggctcatca ccagcgacgt cgtaataaaa gtgcgtcttg gagcgaaaat gaccgacccc
      301 tggataagta gcgccctgcg gattgtcgtc gataatcagg cagtacatga tgcccgtctc
      361 tttcatctgt ggcagtcggg cgacctctgt tttcaacgcg ttgtaatccg cacgaatttg
      421 ctcgacggtt ttgctttgcg caaaggcagc aagaatggcg agcgacagca gtgcgacaag
      481 tgtacttttt ctcataaccg gttcatatgc aaaagaggac gtctggagaa atgttcagcg
      541 gtcgtatccc ttaatagcct tgaactgctt gagcagaacc tcggcgtagt ctatcaagtt
      601 cgtgcgtctg tcgtcatcgc tcggataagg tttgacggcg ttattctctg agtattgaat
      661 gatctgatcg ccctctaagt agagtctgcg atcgtcatcc ccatcgtaat tgttcttcag
      721 aaagacgaat gcgggccgat tttcccggta cagcacctcg gtgtacatct tttggttggc
      781 tgctgcgtaa tgttcgatag ccattcggag ctgaggcgct cgcccctcgt agggctcgta
      841 atagaactgc gttgtggtgt gataagagcc aacggccgga tagcttgtgc cgtaaggatt
      901 attgtcgagg gtgacgcaaa gcagcccact gcctgccgac cctcccgagg tcaactgggc
      961 gatggaggcc ttcagttcat tgtaatcctt gcggatctgc tgaattttct tgtcttgcgc
     1021 atggataacg gcgaaaacaa gtgtcgccaa cacgacgatg atgctttttc tcattcgatg
     1081 ctctctgtgt aaccggctgc gaaatacgct attttttgcc gaattgcagc tgaggatgcg
     1141 ggctacacac ggatagaaaa agccgcaaaa gacgccgccc aaccggcttt tgaacacgat
     1201 cgggcgacac gctttctctt tgcagacgac gcgcgatcaa tcctcggcaa agcgccgata
     1261 atactgtcga atgaacgacg tggcggggtc aagcagcggg cgagagaaag ccgcaaaaag
     1321 ttcctgctgc gtaggcggcg ccgagggctc gctacggcgg gtgaggcgac gttgttcgtc
     1381 ggttagggcg cgctcatcgc ctttataagt ctcccactct tcgccccaga caaatcgccc
     1441 cggaaaatcg cgagactccg ctacgcgtcc gtcgcccgct tccataatac gtacgcggag
     1501 cgtgccggtg caaagaactt cacggcgata gacgatcagc cgtgcgcgga cggtcccgta
     1561 cacatccgtt tgctgcccat tcaccgtcgt tgtgccgaca cggacactat cgcgcgatac
     1621 gtcgcgcaca tcgctgcttt cacgcatcgt gccgacgtta aagctgctga aatccagctc
     1681 caacacctga tctggccggc taacgccggc acgacgggcg tcgtcggcag tgtagaagcg
     1741 aacgaagcga tgtttgtgct ccgtgatctg tgaaatgagc cgatcgtaaa agtagtcggc
     1801 cggttcgatg aacgggcgat cggcagcggg gcgcttgaca acgaccttga cggtcgctgc
     1861 gtcgagcgct tcggccatcc gtcggcccac atcgcgatag ccctccacga atcggttggc
     1921 cttctcatat aaaatgtaag cccgacgagc gtcgcgcata gagccgtttt ccatcagttg
     1981 gcccgcaagc gcataggctt gttcggcggc cttgggacgg acgtcacgca gctcacggtc
     2041 gtagcgtgtc ggttggccaa ttatctccat cgccttgggg ctgtcgtaga ttgcattagc
     2101 caattcgttc agccgcaagt acgcgtcggc cgctacgacg taacgatccg atgcgccgga
     2161 gtcttcggcc tgtcggatgt gtcgaagagc gctttcgcgc gccatgggat aagcctgccg
     2221 aagtacatct tgcgacgtct tgctgcccgg atgctttcgt aaatgttgtg cagcctccag
     2281 cgtcgccttc tcgtagtcac catgcttgag cgcctttttg ctcgaagagc agccggcagc
     2341 cagcatgatg gcaaaaagaa gcagtgcgcc gtatttcaaa aaaacatagt gagtcttctc
     2401 tgccttgcgc tttgtgtcca ttgcttttcc tcctgccttt aatgatttag ttgtgatgag
     2461 tttgagtatg agtttagaat aatgctgcaa atatacgttc ccccgaaata cgtgatctcc
     2521 ccaaagcctc aggctacgtg gcgccgacgg cgtccgacga ccttctgcgc ttcgggcggg
     2581 cgacgcaccg agataattca aatcccggcc tacttttgcg tctcaaaaga aacgaaccga
     2641 acgatggata tatcagttgt cgtaccccta tataatgaag cggaatccct gcctgagttg
     2701 cacgcatgga ttgagcgagt gatggacgaa aaccatttca gttacgagat catctatgtg
     2761 aacgacggca gcaccgacgg ctcatggggc gtcatcgaac gcctggcgag acagtcgacg
     2821 catgtgaagg gaatcaaatt tcgacgcaac tacggcaagt cgccggcgct ccattgcggc
     2881 ttctaccgcg cggagggcga cgtggtgatc accatggacg cggatctgca agacagcccc
     2941 gacgagattc ccgaactcta tcgcatgatc cgcgaagacg gctacgacat cgtctcgggc
     3001 tggaaaaaga agcgatatga caatcgcctg acgaaaaacc tcccgtcgaa gctctttaac
     3061 gccacggcac gcaaattctc cggcatcaat ctgcacgatt tcaactgcgg actcaaggct
     3121 taccgccgcg aggtggtaaa gaacatcgaa gtctataacg acatgcaccg atacatcccc
     3181 tacttagcga aaatcgctgg tttcaataag attggcgaaa aagtagtcca ccatcaggcg
     3241 cggaaatatg gcgttacgaa attcggactc gatcgcttcg tgaacggtta tctcgacctc
     3301 attacgcttt ggtttacgtc gaaattcgga aagaaaccga tgcacatctt cgggctttgg
     3361 ggcagcggca tgtttctcat cgggttcgct gcgctcgtca tcgtcttggt gatgaaattg
     3421 gcctcgatga tggagggcga tttgcgcccc ttagtcacga cgtcgccttt cttctacatt
     3481 tcgctcacgg ccatgatcat cggctcgcag ctcttccttt cgggctttat cggggagttg
     3541 atctcgcgta actcgccgaa tcggaacaac tacaagatcg aacaggaaat ctgattcggc
     3601 ttcgcatcgc agcgcatccg tggccttacc tgcgcgcccc gctgtttggc catgcactca
     3661 accatgtttc ccccctctcg gtcttggacg ccttgtcgct acactacact ctcaagcctc
     3721 cgcccgcgtg gttcctcgta aaaatcaccc tgctcggctg gctgctggct gtccctgccc
     3781 tcgtcgcagc gcaggagcct gcggccgtgg atacggcctg gctacgtcgg gcacgcagcg
     3841 gcgagctgga gctaaacgag gaaacgctgc gggccatccg ctccggttcg cttctctcgc
     3901 ccgcgtcggc ggctccggcg ctgcggcata gtccggccga cctccccttg gtcatttcct
     3961 tcgacagcat tcgccccact ggcggtccga cggcccgccc cgaccagctg ccgcccgcgg
     4021 tctatcggct gtacgagcca gccgccctcc cccagcccac cgcaccgatg ggcagctata
     4081 tgctttcggc tgcgacggtt agcgacctcc gtgcgctgcg acgcatcggg ctgcgacgcg
     4141 ctgggcatgt aggcacggga atgctgccga tgggcctcag tattccggtc aatttcgaga
     4201 atatgctccg ctttgttttc tggccgagtt accgggcgaa aaagcacaac gcgcgtcacg
     4261 ctcaggctta taaatcgtac aatctgctcc cgccgccagc cgacgattca aacaatgaga
     4321 tcgaacgccg ccgcctcaac gaggcgatca atgaaaagcg gagcgagcta aaagcgaaag
     4381 actaacaacg aaaagcgctg tgcgtacgcg tcaggcggca aaaagctgaa aatgaacga
//
LOCUS       SEQF2634|AYYE01000852.1  349 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aatctgaagt cagatctcaa gtatgatgaa gtccccgggt gggaagagcg agaagaggtg
       61 aagtcgatcc aggtgaatgt tgacgtccca caagagaaat tccaaatccc ccggggcttt
      121 aaggtcaaag attggagagg taggtagctg ggaaatgaag gactaacaac agtcagatac
      181 atgtgtggcg tgtcaaggcc gtagatactc cgcctcgttt ttagcttttc gtttttagct
      241 tttcatttgc caccctcatt ttatacgata aacgatatga agacaacact tttgattctt
      301 gcgtcgctct tgcttatggg cacgctctcg gcgcaactcg atcctaccg
//
LOCUS       SEQF2634|AYYE01000853.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcagacaaga gtgcaattgc agcagttcat tcgggcgaag cacaaagtct ccgacttgac
       61 cttttcgcag ctcacggagg actttatcaa acaattcgag cagtatgtaa tcggagaagt
      121 tggtctgaaa caaagcacct gctacaacat ggccgtcctt atcaagaagg tctgcaagct
      181 ggcttatcgc gaaggggcgg cagactcctt gctattcgac aatgtgcacg tggacaaggg
      241 agaccgccga ttacccaagg cgcttgataa ggatgcattg gacaagtt
//
LOCUS       SEQF2634|AYYE01000854.1 2325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             200..955
                     /locus_tag="SEQF2634_00469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVVPLRLDLRREAVGEALLEDDVDGCALDVPFRRRSVGHLDAE
                     DAIGGQRFDVKQRGGRIAGRWATVDEQGGRLVHGDEADRLAVGRFQAWGLSQEVEGGG
                     EDLRFCKALRSEGQAAVLHADDGAFGAHDDLLERLRLELQHDRAEVAPRVRDGACLVS
                     QMLHSEQVGTGRGKQAEGAIVFTHGRLQVGGIGGGEDQGGLCHGLAGGVGQSAGDALL
                     RTGDKRKQTQKYKNQQILTQAKANSCFHDHLFE"
     CDS             complement(940..2004)
                     /gene="pqqE"
                     /locus_tag="SEQF2634_00470"
                     /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="MITQKCRTKCNYCYADILRKNTGLSIEQIRHFILDAKNAGVEYI
                     DIIGGEIFCHEKWDEILSLLVELDMCPSYISTKIPLTEDEVVRLKHTGFNGQFQISLD
                     STDSDKLSKIICAPLDYFNRMKNFIYHLTRYDFNPQINTVLTSVNTSLADMDSLYEFI
                     STIDQVAYWEIRVPEVSIYNLTSYLKTRPSRKVLIECLEYVRKTIVPKSKFEILVSDS
                     ALHTNLRCYDENCTTFPGGSCGALKENMFILPDGKVSICEQLYWLNDFIIGDVKYQSI
                     QEIWSSEKATNLYDNVISLYKKSEICSRCSSLQWCAKNKRKCWVKILKAYNTMSINHP
                     DPRCIYAPRLDKDYLTYSNK"
ORIGIN      
        1 ggtagaggtc atgggtggcg ggagtgtgcg agcggtagtc ggtgtggttg cggatttcgg
       61 tcgtgtcgct gccgacggcg tgccgcacgt acatgtttgt ccgactgatc tcgtgcccgg
      121 agcttaggcg gtagagtaga tcggcggaga acttccccga ggtatacata acggaagccg
      181 tttgggtaaa gcggttcgcg tgtttgttgt cccactgcgt ctggacttgc gccgtgaggc
      241 ggtcggagag gccctccttg aggatgatgt tgacggctgc gcccttgacg ttccattccg
      301 gcggcgcagt gtgggccacc tcgatgcgga ggacgcgatc ggcgggcagc gatttgacgt
      361 aaagcagcgt ggcggccgca tcgcgggtag atgggcgacc gttgatgagc agggtgggcg
      421 tctggtccat ggcgatgagg cggatcgact cgccgtcggt cgatttcagg cctggggtct
      481 cagccaggag gtcgaaggcg gtggcgagga tcttcgattt tgtaaggcct tgcggagtga
      541 aggtcaggcg gccgttctgc acgcggacga tggggcgttc ggcgcgcacg acgacctcct
      601 cgagcgtctg cgccttgagc tccagcacga tcgtgccgag gtcgctccga gagtccgcga
      661 tggtgcgtgt ctcgtaagcc aaatgctgca cagtgagcag gtagggacgg gccgtggaaa
      721 gcaggcggaa ggagccatcg tcttcactca cggccgactc caagtaggtg gaatcggggg
      781 cggagaggat cagggcggcc tgtgccacgg gctggccggc ggcgttggtc agtcggccgg
      841 tgatgccctg ttgcgcacgg gcgataaacg aaaacaaaca caaaaatata aaaatcaaca
      901 aatattgaca caagcgaaag cgaactcttg ttttcatgat catttgtttg aataagtaag
      961 ataatcttta tccagccgtg gggcgtatat acatcttggg tcggggtggt ttatactcat
     1021 tgtgttataa gctttgagga ttttcaccca gcattttcgt ttattctttg cgcaccattg
     1081 cagcgaagaa catcgagaac atatctcact ttttttgtat agtgagatta cattgtcata
     1141 tagattagtg gctttttctg aagaccaaat ctcttggata gattgatatt taacatctcc
     1201 tataataaag tcgttcaacc aatatagttg ctcacagata ctgaccttcc catcaggcag
     1261 gataaacata ttttctttta gtgcgccaca gctacccccc gggaaagttg tacagttttc
     1321 atcatagcat ctaagattag tatgcagggc ggaatcacta actaatattt caaatttaga
     1381 tttaggaacg atagtcttcc gtacatattc caaacattca attaatactt tccggctcgg
     1441 tcgtgttttt agataggatg tcaaattgta aattgatacc tctgggacac gaatttccca
     1501 ataagctact tgatcaatag tacttataaa ttcgtagagc gaatccatat ctgccagact
     1561 ggtattgaca ctggttagaa cagtatttat ttgcggattg aagtcatacc tcgttagatg
     1621 ataaataaaa tttttcatgc gattgaaata atccaagggc gcgcaaatga tctttgaaag
     1681 tttatcgcta tctgttgaat ctaatgaaat ctgaaattgt ccattaaatc ctgtatgttt
     1741 taaccggaca acctcatctt ccgtcagagg aatttttgtc gaaatatagc tgggacacat
     1801 atctaattcg accagaagag aaagtatttc gtcccatttt tcatggcaaa agatttctcc
     1861 tccaataata tcaatatact caaccccggc attttttgca tctaaaataa aatgtcgtat
     1921 ttgctcaatt gaaagtcctg tgttttttct taaaatatca gcatagcagt agttgcattt
     1981 agttctacac ttttgcgtaa tcatatacaa caagctgcgt ggagccgttt ttattctatc
     2041 tgtttcaaga tctacttctc tatcaagata ctcattgagt ctaacacttc ttttatgaga
     2101 gtaagagttc tttttgtctg atgaaattct actacaatca acaagtacat ttttagggaa
     2161 ttgaatattc tgacttttga atattgtata tataggggtt tcattattca cgtaagaagc
     2221 cagaatttcc tctatcgcgc ttttgtctac attatacttt tcagaaacca acgcgctaac
     2281 attgctaatt ttttcaccct cagcaaacaa cgacagtata taggc
//
LOCUS       SEQF2634|AYYE01000855.1 2343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2343
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(583..1656)
                     /locus_tag="SEQF2634_00471"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSIWTICLLLGMASPAFSQTRVEKKIAMKSNGYGVTYSLPKT
                     SLVVTAEITQVTCKAGPYYKYAEKYLGVKDAVMSDHVYYELSKVYLQNKGVPDEANTY
                     VVEFKPKTTAPFVYLTDDGLLCTINADYSPTESVVAVAKRSAQAAEKEQVPALMTEEL
                     LMAGSVTRQAEVAARQIYKLRETRMDILSGEADNMPPDGEAMKIVLQQLTDQEQALTA
                     LFVGEKHRKTTFHETRIVPDDDLDREVLFRFSEKLGLLDPDDLGGTPIYLSLHAINRA
                     PALDPKEAEKKEKSMKGIIYNVPGKADARIEMGDKQLYRGEVQVVQFGSHEALAPVMF
                     EDRKAPIKVIFYPETGAIKQIIQ"
     CDS             1784..2101
                     /locus_tag="SEQF2634_00472"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTHTTSNEIQIELTDEVAQGTYVNLAVIAHSEDEFVFDFIRLV
                     PGVPKAKVKCRLIMTPDNARRLLHTLDENLRQYDETRQGGGADDANSFGGMLPPIGKP
                     GEA"
ORIGIN      
        1 gcaatggagc cacaaagggc gcgatgagtc cgccgacatt gataaagacg tagaagatct
       61 ggaagcctga gtcacgtttg ccttgcacgc ggcgataagc ctcggggcct tgggccaggg
      121 cttcggcctc gaagttgtca tacatctgtc cgacgatggc ttgcaggttg cccttgaaga
      181 ggccgttacc gaaggcgatg agcagcaggg cgaagcaggt caggggcaac agccaaccga
      241 tgttgccttg ggtggagagg atggggatgg agaggatgat gtagccggtg gccatgatga
      301 tgaggccgga gcggatgacg gctttatagt tctgggtgcg atcggcaatg atgccgccca
      361 cgaggctaag cacatagatg ccgcaataga agacggagta gatgatggca ctggcctcgt
      421 cgctcagtcc gaatttggag cagaggaaga gcaccagcac ggcattcatg atgtaatacc
      481 cgaagcgttc gcccatgttg gagagggcgg cagggatgag tcccttggga tggtctttga
      541 acataagaat cagtttttag tcggtaatgt atggatgagt agttattgaa tgatctgctt
      601 gatggcgccc gtttcggggt aaaagatgac cttgatcggc gcctttcggt cttcaaacat
      661 gacgggcgct agggcctcgt gcgagccgaa ctgcaccact tgcacctcgc cgcgatagag
      721 ctgtttgtcg cccatttcga tccgcgcgtc ggccttaccg ggcacattat agatgatgcc
      781 cttcatggac ttttccttct tctcggcctc tttggggtcg agggcaggag cgcggttgat
      841 ggcatggagg ctgaggtaga tgggggtacc gccaaggtcg tcggggtcga ggagaccgag
      901 cttctcggag aagcggaaga ggacttcgcg atcgaggtcg tcgtcgggca cgatgcgggt
      961 ttcatggaag gtggtcttgc gatgcttttc gccgacgaag agggcggtca gggcctgctc
     1021 ctggtcggtg agttgctgca ggacgatctt catggcctcg ccgtcgggag gcatgttgtc
     1081 ggcctcgccg gagaggatgt ccatgcgtgt ttcgcgcagc ttgtagatct gtcgggcggc
     1141 cacttcggcc tgtcgggtga cggatccggc catcagcagc tcctcggtca tcagcgcggg
     1201 cacctgttcc ttctcggcgg cttgcgcgct gcgtttggct acggctacga cggattccgt
     1261 ggggctatag tcagcattga tggtgcagag caggccgtca tcggtcaggt agacgaaggg
     1321 ggcggtggtt ttgggcttga actcgacgac gtaggtattg gcctcgtcgg gcacgccttt
     1381 gttttgcagg tagactttac tcagttcgta atacacatgg tcggacatga cggcatcctt
     1441 gacgccgaga tacttttcgg catacttgta gtaaggcccg gccttgcagg tcacttgggt
     1501 gatttcggcc gttacgacca gcgatgtttt ggggagggag taggtgacgc cgtagccgtt
     1561 gcttttcatc gctattttct tctccacccg cgtttgcgaa aaggccggag aggccatgcc
     1621 gagcaggagg cagatcgtcc agatgctgta tttcatattc gtcttcagtt tatgttgcct
     1681 gcgtttatta atgcaaaaag gtgcgcaaat ctatctctat ttttcaccgg cacaacgttt
     1741 ctctactttc gcgccccgta attcaaatat caattagctg tttatggata cacacacgac
     1801 ttctaacgag atccaaattg aactcacgga cgaggtggca cagggtacgt acgtcaacct
     1861 ggccgtcatt gcccattcgg aggatgagtt cgtctttgac tttatccgcc tcgtgcccgg
     1921 ggtgccgaag gcgaaggtga aatgccgcct cattatgacg cccgacaatg cccgccgact
     1981 gctccacacg ctggacgaga acctgcgcca atacgacgaa acgcggcagg gcggaggcgc
     2041 tgacgacgcg aactcgttcg gcggcatgct ccccccgatc gggaagcctg gcgaggccta
     2101 aacgcatccc tgcgcattgt gcggcatgac gcagacaccc cgtcgaagcc gcgtctggtg
     2161 acccgaaatg gccgcgaacc actttttagt cgtttctggt gacccgaaat ggccgaaaac
     2221 ctctttttgc tcatttctgg tgacccgaag aggtcttttg ggccgcgtca tgtcgcatga
     2281 aatggcattt ccggccgtcg aagccgcgtt gtgtcgcatg aaatgacatt tccgaccgtc
     2341 ggg
//
LOCUS       SEQF2634|AYYE01000856.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggttactcc agcctgcgcg aagctaaaca ggtgcctgtt taggtcactc cagcaaactt
       61 cccagcctcg gcagaggccg gccgccggcg aagtttggcc gggtacaagg caatttccac
      121 cctcttcttg tatcaggcaa acttccctgc ctcggcagag gcctgcgcga aggcaaacaa
      181 gtgcctgttt atctccatcc caccttccca atcaccacac gactcgctac gtcctgctcc
      241 accttgtccg cttgacgaag actggcac
//
LOCUS       SEQF2634|AYYE01000857.1 5372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(190..1446)
                     /gene="envC"
                     /locus_tag="SEQF2634_00473"
                     /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="MENDQPLKSLGRRLAAAALALALAVGMAGQKQSKKRLKDQRQNV
                     RTEMKKTRRQLDETTRTARLSAERLKELTRQVSEHRQMIDGLNRDLAAIDRRIATANA
                     DLRRLEKRLGERKQQYAHLVCTLYERCTAHNKWIFLLSSDNFARFIRRLRYLHEYASW
                     QKQQALAIVDRQKEIDEKRAALAAVRGEKADLLEVRATELSRLKDAETEQRTGVRRLE
                     ARQTDLTRDLARQQQQAEALDRRIEQLATEEMAAAARAKNAEQTVRKNRRKPDAPSRQ
                     DRKLSDDFAANRGRLPFPLDGRYKVVESFGRHRHKRWTYVRTTNNGIDIRTSKGTDAR
                     AVYTGTVTRVFVLPGYNYNVIIRHGRYLTVYGNLGRVYVKAGDRVATRQSIGRIYSDV
                     ENRDETVLHFQLWREKRKLNPLVWLD"
     CDS             complement(1425..2282)
                     /locus_tag="SEQF2634_00474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRATTNLRALALSSVLLAITLAGCRTTWSAATKADKAVAEALS
                     EAEYVQQVGRLSTPDYRTLTATMYVELNPDTKDEMSSRARLKIIRGRCLQISITPLVG
                     IELFRLEVSRDSVKIIDRMGRRYAAEPIDEIKKQIPAYAKADFPYDFHYEHLEALLTD
                     RLFTPDGEAFSMDRFQQQRLLLGARRFRAKDTERMTYDFTTDSRARLIATEIIFPFLE
                     LKWNYSRFQTVGGRPFPMYMEAEVEGVNKLWIRFDKVETDVPVEMFFPIPDNYKRITL
                     KQLWRMISL"
     CDS             complement(2263..4020)
                     /gene="bepA_1"
                     /locus_tag="SEQF2634_00475"
                     /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(4040..4471)
                     /gene="dut"
                     /locus_tag="SEQF2634_00476"
                     /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="MKVKIVNTSRHPLPEYATPLSAGVDVRAFLDAPVTLGPLERRLI
                     PTGLYIALPEGYEAQMRPRSGLALKHGITMLNSPGTIDADYRGELKIVLVNLSDTPFT
                     VCDGERIGQMVVARCEHVEWQPVESLDETERGSGGFGHTGI"
     CDS             complement(4517..5035)
                     /locus_tag="SEQF2634_00477"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVVKLVVEGSMERHSLPAAESRASWTVLFLRHKHRSIENTIPA
                     AESVFSRKSPISRGGKPISRKFYRLPAAGIRFSSHFSPFPPRETVFLRIFPISRRGKA
                     FFGDFSPFPAAGRRFSKVLIGFPPREGVFEGQRSVSRLIFAFQKSRDRFRVSFSRFRN
                     PTIGLVSYNAIS"
     CDS             complement(5099..5362)
                     /locus_tag="SEQF2634_00478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSAMLTLRGEMKTFALSVCFLTARSRSKVKALSSATFSGCSNR
                     IGSAGVAAVIPSIRCFSLFVAQAPTTAADSRVSPAIIICFFIL"
ORIGIN      
        1 cgtttcgtgt cgcatgaaat ggcatttccg gccgtcggag ccgtttcgtg tcgcatgaaa
       61 tgacatttcc gaccgtcgaa gccgtttcgt gtcgcatgat gcgtaatgcc taagccgata
      121 gcccccccct cagaaaaaca aaaggcgctg attgatgtgg agttcaatcg gcgccttccg
      181 tttcttgggt taatccaacc acacgagggg gttgagctta cgcttttcac gccagagctg
      241 gaagtggagc acggtctcgt cgcggttttc aacgtcggaa tagatgcggc cgatggactg
      301 gcgggtggcg acgcgatcgc cggccttgac gtagacgcgg ccgaggttgc cgtagacggt
      361 gaggtagcgg ccgtggcgga tgatgacgtt gtagttgtag cccggcagga cgaagacgcg
      421 cgtaacggtg cccgtataga cggctcgcgc atcggtgccc ttcgaggttc ggatgtcgat
      481 gccattgttg gtggtgcgga cgtacgtcca gcgtttgtgg cggtggcggc caaagctctc
      541 gaccacctta tagcggccat cgagcgggaa gggcaggcgg ccacggttgg cggcaaagtc
      601 gtccgagagc ttgcggtcct ggcgcgaggg ggcgtccggt ttgcgacggt tcttacggac
      661 cgtctgctcg gcgtttttag cgcgcgcggc ggcagccatc tcttcggtgg ccagctgctc
      721 gatgcgacgg tcgagggcct cggcctgttg ctgctggcgg gccaggtcgc gggtgagatc
      781 cgtctggcgc gcctctaacc ggcggacgcc ggtgcgctgc tccgtctcgg cgtctttgag
      841 ccggctcagc tccgtggcgc gcacctcgag caggtcagct ttctcgccgc gaacagcggc
      901 cagggcggcc cgtttctcgt cgatctcctt ctgccgatcc acgatggcga gcgcctgttg
      961 cttctgccac gaagcgtatt cgtggaggta gcgcaggcga cggatgaagc gggcgaaatt
     1021 gtccgacgag agcaggaaga tccatttgtt atgcgccgtg caacgctcat agagggtaca
     1081 gaccaggtgg gcgtactgct gtttccgctc gccgaggcgc ttctcgaggc gccggaggtc
     1141 ggcgttggcc gtggcgatgc ggcggtcgat ggcggcgagg tcgcggttga ggccgtcgat
     1201 catctgcctg tgttccgaca cctgccgcgt gagctccttg aggcgctcgg ccgaaaggcg
     1261 ggcggtgcgg gtggtttcgt ccagctggcg gcgcgtcttt ttcatctctg tgcggacgtt
     1321 ttgacgttgg tctttgagtc gttttttcga ctgcttctgc ccggccatgc ctactgccaa
     1381 agcgagcgca agggcggccg cagcgaggcg tcggccgagg gattttagag gctgatcatt
     1441 ctccatagct gtttcagggt aatgcgtttg taattgtcgg ggatagggaa aaacatctcc
     1501 acgggcacgt ccgtctccac cttgtcgaag cggatccaga gcttgttcac gccctccact
     1561 tccgcctcca tatacatggg gaaaggtctg ccaccgacgg tctggaagcg gctgtaattc
     1621 cacttcagct caaggaacgg gaagatgatt tccgtagcga tgagtcgggc gcggctgtcg
     1681 gtggtgaagt cgtacgtcat gcgctcggtg tccttggcgc ggaagcgtcg ggcgccaagc
     1741 aacaggcgct gctgctggaa acggtccatg ctgaacgcct cgccgtcggg cgtgaagagg
     1801 cgatcggtga ggagtgcctc gaggtgctcg taatggaagt cgtacgggaa gtccgccttg
     1861 gcgtaggccg gtatctgctt cttgatctcg tcgatcggtt cggcggcgta acgtcggccc
     1921 atgcggtcga tgatcttcac gctgtcgcgg ctcacctcga ggcggaaaag ctcgatgccg
     1981 accaacggcg tgatggagat ttgcaggcaa cggccacgga tgatcttcag gcgggcgcgg
     2041 gagctcatct catccttcgt gtcagggttc agctcgacgt acatcgtggc cgtgagcgtg
     2101 cgatagtcgg gcgtagagag tcggccgacc tgctggacgt attcggcctc tgagagggct
     2161 tcggcgacgg ccttgtcggc ctttgtagcc gccgaccacg tcgtccgaca gcccgcaagc
     2221 gtaatcgcca gaagcacgct cgagagggcc agggcacgca ggttagtcgt cgcccgattc
     2281 atcctccggc ccctccagat aagcctcttc agcgatcttc cgctccagtg tcttcgactt
     2341 ctttccggcc gcgcgcgcct gcttccattg ctcgacggcc ttggccttgt cgccggtcat
     2401 aaagaggatg tcgccaaagt gctcgagcaa ttcggcgctg ttcgtggtgt ccttcccgac
     2461 ggcgttttgg atgtagatca gcgccagaga atagttctgc ttcttgaaga agacccaagc
     2521 gtaggtgtcg agataggtgg cattgttcgg ctccagctta atgcatcggg cgctcatctg
     2581 ctcggcctta tcgaggtcgc ccgtgggccg caagatggtc aggtaatagg cgtagttgtt
     2641 gagcacggcc gtgttgttag ggttgtactg gagcgattta tcgtaggctt caaacgcctc
     2701 cttccgccgc ttgatctgga agtagatgtc gccgatctgg ccgtagaagt ccgagcgcat
     2761 gtggacgttc tcctcgggga tcttctccag cccctcgcga taggcgtcga gggccttttg
     2821 gtaagccttc tcctcgtaat aaaggacgcc gagatagaag aaatagacgg gcgactcggg
     2881 gaacatctgg cgacacttct ggcagatacg catggcctcc ttcgtgtcgt tggcctgaat
     2941 ggcgatgacg agcaactgct gccaggcttc ttcgttgtca ggctccatct cggtgacgag
     3001 ttggtattga tagcgggcct cctccgtctt gttttgcatc atcagtaggc cggcgtagta
     3061 tctcttcagc gaaggctcct cggggtgttg cgccaggagg gtgcggaaga gcgtatcggc
     3121 cgtcatcatg gcgtccggcg tctggtgaag ctggcggagg tagcgcgcca ggatgcccat
     3181 cttcgtctcc acgtccagct cccgatcgac gagcgcggtg cggatctgat tctcggccgc
     3241 cgcccgatcg cccacggcct cgtaatagtt ggccatcgag acgggataat agggcgacgt
     3301 gggatcgatc tcatgcgccg cctcgtagga cgagagcgcc ccggccgtgt cgccattctc
     3361 cagcagcaag tcgccgatca taatcgggta tcgcacgtcg cccggattgt tgtccgccag
     3421 ccgttgcagc tcgttgtaag ccttatcccg ctgctccatc tgcatgtaga gcttgtattt
     3481 ctgcatagag agcgcctcgt tgacgcccag cgtattctcc aactcattga agcggtcgat
     3541 ggcctcgccc gtctggccgg cctgattgag ggcttcggcc aggtaataga tcagctcagg
     3601 cttagccgga tgctcgtgta ccagctcacg atagagctcg gcagcctcgc catacatacc
     3661 cacgttgagc gagagcgaag ccagcgccaa gcgataggtg tagttcgtcg gatcgtactt
     3721 cacggcacgc ctgagatagt cgagcgagag ctccggtttg cgcagttgca aggcgtagac
     3781 ggccagctca tagagcggcg ccgcagccgt ggagtcaagg ctgatgcagt aacggaagtg
     3841 gtcgtaagcg acgtcgtgtc ttccggcctg cttgtctttg agcccctcga aatagtagta
     3901 gtccaccttg cgctgctgct tttgggcttg gatctgctta tcgtcggccc gccctacggg
     3961 cacaacaaag gcggcgcaga gcacggccgt aatcagtcta tatatcggtt tcatcgtcat
     4021 tgcggtgctg cctccctgtt catatacctg tgtgtccaaa tccaccgctg ccgcgctcgg
     4081 tctcgtcgag cgactccacg ggctgccatt ccacgtgctc acagcgcgcc acgaccatct
     4141 gcccgatgcg ctcgccatca cagaccgtga agggcgtgtc ggagaggttg acgaggacaa
     4201 ttttgagctc tccgcgatag tcggcatcga tcgttccggg cgagttcagc atggtaatgc
     4261 catgcttgag ggccagtccg ctgcgtgggc gcatctgcgc ttcataacct tcgggcaggg
     4321 cgatgtagag ccccgtgggg atgagtcggc gctccaaggg gcccagcgtg acgggcgcgt
     4381 cgagaaaggc acgtacgtct accccggccg agagcggcgt ggcgtattcg ggcagcgggt
     4441 gacgtgatgt gtttacgatt ttcactttca tatgatagtc attatttgat ggcaaaagta
     4501 gcggccttaa acgctttcaa gaaatggcat tatacgacac gaggccgatc gtgggatttc
     4561 tgaaacgcga aaatgagacg cgaaaccgat cccgtgattt ctgaaacgcg aaaatgagac
     4621 gggaaaccga tcgctgacct tcaaaaacgc cttcccgcgg cgggaaaccg atcaaaactt
     4681 tcgaaaaacg ccttcccgcg gcgggaaatg gggaaaaatc tccgaaaaac gccttcccgc
     4741 ggcgggaaat gggaaaaatt ctcagaaaaa cggtttcccg cggcgggaaa ggggaaaaat
     4801 ggctcgaaaa acggattccc gcggcgggaa ggcggtaaaa ttttctggag atcggtttcc
     4861 cgccacggga aatggggctt tttctcgaaa aaacgctttc cgccgcggga atggtgtttt
     4921 ctatcgagcg atgtttatgt cgcaaaaaaa ggacggtcca cgatgcgcgg ctttctgccg
     4981 caggaaggga atgccgctcc atgctgccct ccaccactaa ttttaccaca tccatgcagc
     5041 atataggggc ggatggacgt ccttcaaagc gtacgcacga tatgtcatac caacacgatt
     5101 ataaaatgaa gaaacaaatg atgattgccg ggctgaccct gctgtcggcc gctgtcgttg
     5161 gcgcctgcgc cacgaagaga gagaaacaac gtatagacgg gatgacggcc gccacgccgg
     5221 ccgagcctat ccgattagag cacccggaga aggtggccga cgacaacgcc ttcaccttcg
     5281 acctgctccg ggccgtcagg aagcacacgg acaaggcgaa cgtcttcatc tcgcccctta
     5341 gcgtcagcat ggcgctgaac atgacgctgg gt
//
LOCUS       SEQF2634|AYYE01000858.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttttattc tccaagatca atatatccag aaaatgtatc acgttttcat gattcattga
       61 atgtgaatgc ccaaaacgtg atgcatttgg ggattattag atccttatac cccaaaaacg
      121 tatcacgttt cgtgcattcg ccatcattaa aatggcgtcc ggtggggcgt atgcaatacg
      181 cccctacaca gagacctgaa aaatcgatac gttttcgggt aacaaggtag gggcgtattg
      241 catacgccct acaaacgttc cattt
//
LOCUS       SEQF2634|AYYE01000859.1 4566 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4566
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(163..843)
                     /locus_tag="SEQF2634_00479"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKKDAEDIREWFMRLPVVVHIFLAAIALWLLSLMVLKSLDVY
                     TRHNESIVVPNVKGKTPEEAHREIRKIGLRYIVLDSIYSKDMAPGAIVEVVPAIGSKV
                     KKDRILYLTINARTAQMAIVPDVTDLSLRQAFALLQSHGFTSIDVVYVSGSYRDLALG
                     VQLRGKTLRAGDRAPIAAKIVLRVSDGGEGGTDSTFWSPRSESEWRASRSSDDSDDEE
                     ERGTDDEE"
     CDS             complement(973..1128)
                     /gene="rpmH"
                     /locus_tag="SEQF2634_00480"
                     /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             1899..3332
                     /locus_tag="SEQF2634_00481"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRQPIHSAIVLLLILLFAPRTAAQYAHYPPAAPDTVTVGGYGM
                     RRMPDSATIVPRRRMHTVFDYDAMRIGFAPALFFTASALTWSEREHIRHIRNRYVPGF
                     RNTFDNYLQYAPAVATYGLKLAGVRGRNKWPRTLLSHAASLAIMTAVVNSIKYTARVE
                     RPDASTRNSFPSGHTATAFANATFLHKEYGEVNPIYSVSGYASATFVALGRSLNNRHW
                     VSDILAGAGIGILSTQLGYFFIDKFYHNHGDNLSLFSRFESSGTPSFLTVRVGSAVAM
                     HNLLAYPGTGADAPTRPGLEAGFEGAWFTSQHWGVGGECAFVTFAVDPSEQMAVDAAR
                     PERGHMRLQAQSVGTMNMSVGPYFAVEPGERWVLMAKANVGLALAAKGTVTAEPAHDT
                     RDLQRELSLYTYEPQTAWMGGVGASMTYKFRDELGVTFYTDYHYARPSVRITYTDPDR
                     PEEQIRSVSQVRTFDYLSAGLRLTAFF"
     tRNA            3422..3504
                     /locus_tag="SEQF2634_00482"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(tag)"
     CDS             complement(3591..4319)
                     /locus_tag="SEQF2634_00483"
                     /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
                     TTRTVGNVRSYFNKAGGTLGTTGSLEFLFDHKCVFHILKKDGISLDDLELELIDYGVD
                     ELEEDEGEVILYGDFAQNAAIQKYLEENGYEITSSEFVRIPNDLKDVTPEQRETIDKL
                     IERLEEDEDVQNVFHNMKESEEEE"
     CDS             complement(4365..4532)
                     /gene="pheT"
                     /locus_tag="SEQF2634_00484"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7MXR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase beta subunit"
                     /translation="MFDVYEGKNLPAGKKSYAVSFYLQDAERTLTDRRIDDLMAKLRR
                     NLESKLGAQLR"
ORIGIN      
        1 acttgtcgac gcggagcaga gattggttcg ggtcggccgt aaaccggaaa tgctcataga
       61 gcacttcggg agcctcgtcg tcgtcctctt catcgaagag gccgtctgcc atggcatctt
      121 ggagggtcat aggtcggtgg tcggtagtta cttcgttggg gatcattctt cgtcgtcggt
      181 tcctcgttct tcttcgtcgt ctgagtcatc gctgctgcga gaggctcgcc attccgattc
      241 ggagcgtggc gaccagaatg tggagtctgt gccgccttcg ccgccgtcgc ttacccggag
      301 cacgatcttg gctgcgatgg gtgcgcgatc gcctgccctc agtgtcttac cacgcaactg
      361 cacgcccaac gccagatcgc ggtagctgcc actgacgtaa acgacgtcga tggacgtaaa
      421 tccgtgcgat tgcagtaggg cgaaggcttg gcgcagagag aggtcggtga cgtccggtac
      481 gatggccatc tgtgcggtgc gggcgttgat agtcaggtag aggatgcggt ctttcttgac
      541 cttcgatccg atggcgggta ccacctcgac gatggctccc ggtgccatat ccttggaata
      601 gatagagtcg agcacgatgt aacgcagccc tatttttcgg atttcccgat gggcctcttc
      661 gggcgtcttc cccttcacgt tgggcacgac gatggactcg ttgtggcggg tgtatacgtc
      721 caaggacttc agcaccatga gtgaaaggag ccagagtgcg atggcggcta ggaagatgtg
      781 cactaccacc ggcaggcgca tgaaccattc ccgtatgtct tcggcgtctt ttttcttttc
      841 cataaggctg cgtgtgcgtt ttgtttgggg cttaaaacga agaaagtaaa agtcttttcc
      901 ttcaaacttt tactttctca tgtgtggggc cagacagttt tttctgtggc tttttattcc
      961 cgatgggggc ttttaggcct tcggatattc gtcggatacg gtcagtttct tacgtccctt
     1021 tgcacgacgt gcggccaata cgcggcgtcc gttagcggtc gacattctca ggcgaaaacc
     1081 atgcttattc tttctctttc ggttggaggg ttggaatgtt cttttcattt gatctatctg
     1141 ttattgttat gataatccgt ggattcaggg cgcaaatgta aatccatttt tgattgcagc
     1201 aagccggccg gctgggctgg aaacggccgg tagagccatg aaattccccc tgtttaacgt
     1261 gagttcggtg taagaataaa gcccgcagag agtttctacg gaagcccgac caaaacgttt
     1321 ttggaaatac ctacaacact gttgcaagtg cctcgaagaa cttttgggcg tttgcggggt
     1381 gtcccgcaag tctcgcagca tttgctttga tgtttgcggg tactcccgca agtctcgcgg
     1441 catttgcttt gatgtttgcg ggtactcccg caagtctccc ggcatttgct ttgacgtttg
     1501 cgggagtccc gcaagtctcg cagcatttgc tttgacgttt gcggggagtc ccgcaagtgc
     1561 ttcggagaac ttgttggccg ttacaacatg ctatcaatga catcctctat gaataagggt
     1621 atctcattct tttgtcgaac tcacgtctgt ttaccgtctg ctgaagcctt ttgttggcgc
     1681 ccgaattacg ctgcttatcc gggccactgt gcgaagccgg tcgagtgcct gtttgaggcc
     1741 gcgcaggcct ccgccgaggc cagggaagta tgcttggtac atgatgaggt ggaatttcac
     1801 ctcgtacccg gccaaacttt gccggcggct gtagcagccc cgatcgctgc gaaaagagcc
     1861 cgccctatct tcgcgcccat gatttttgac tcgtaagcat gaaaagacaa cccatccata
     1921 gcgcgatcgt tttgctgctg atcctccttt tcgccccacg cacggcggct caatacgccc
     1981 attatccgcc agcggcgcct gacacggtga cagtcggcgg ctacgggatg cgacgtatgc
     2041 ctgacagtgc gaccatcgtt ccccgtcgtc gtatgcacac tgtctttgac tacgacgcca
     2101 tgcgtattgg ctttgccccg gcactcttct ttaccgcctc ggcactgacg tggagcgagc
     2161 gcgaacatat ccgacacatc cgcaatcgtt atgtgccggg ttttcgcaat acgttcgaca
     2221 actacctgca atatgcgcca gcggtggcta cctatggatt gaaactggcg ggtgtccgtg
     2281 ggcgtaataa gtggcctcgg acgctgcttt cgcacgctgc gagcttagcc attatgacgg
     2341 ccgtggtgaa ctccatcaag tacaccgccc gcgtggagcg gcctgacgcc tcgacacgca
     2401 actccttccc ctcgggccac acggccacgg cttttgccaa cgccaccttc ctgcacaagg
     2461 agtatggcga agtgaacccc atctacagcg tctcgggcta tgccagcgcc accttcgtgg
     2521 ccctcgggcg cagcctgaac aaccgccatt gggtgtctga cattctggcc ggagccggta
     2581 tcggtatcct ctccacgcag ctcggctatt tcttcatcga caagttttac cacaaccatg
     2641 gcgacaacct cagtctattc tcgcgcttcg agagtagcgg cacgccgtcg ttcctaactg
     2701 tgcgtgtggg cagcgccgtg gccatgcata atctgctggc ctatccgggt acgggtgccg
     2761 atgcgccgac gcgcccgggg ctggaagcgg gcttcgaagg cgcgtggttt acgagtcagc
     2821 actggggagt gggcggcgag tgtgccttcg tgacgttcgc tgtcgatccg tcggaacaga
     2881 tggcggtcga tgccgcgcgg cccgagcgtg gacacatgcg gctgcaggcg cagtccgtgg
     2941 ggacgatgaa catgagcgtg ggcccctact tcgccgtcga gccgggcgag cgttgggtgc
     3001 taatggccaa ggcgaacgtg gggctggccc ttgccgcaaa gggtacggtg acggctgagc
     3061 cggcgcacga cactagggat ctacagcgcg aactctcgct ctacacctat gagccgcaga
     3121 cggcatggat gggcggcgtg ggggcgtcga tgacgtacaa atttcgcgac gagctgggcg
     3181 tgacgtttta caccgactac cattacgccc gcccttcggt gcgcatcact tacaccgacc
     3241 ctgaccgccc cgaggagcaa atccggtccg tcagccaggt gcgcaccttc gattatctat
     3301 ccgccggctt gcgcttgacg gccttcttct gatgcgaaat tccaaactgc ttctatattt
     3361 gccgcccgtt aacgcatcgc ccacctcagg gcggaagtta acccggataa tcccgaaaca
     3421 ggcggctgtg gtgtaattgg tagccacgtc agacttagga tctgatgcct ccgggcgtgg
     3481 gggttcgagt cccttcagcc gcacgcagag agaaagagag agggggtgtc gacagcagat
     3541 gtcggcaccc cctcttcatt tttccttccg gggtaaaggg gaggagaggt ttactcctct
     3601 tcctcgctct ccttcatgtt gtggaagacg ttctgcacgt cctcatcctc ctcgagtcgc
     3661 tcgatgagct tgtcgatcgt ctcgcgttgc tcgggcgtta cgtccttgag gtcgttgggg
     3721 atgcggacaa attcgctgga ggtaatctcg tagccgttct cttcgagata cttctggatg
     3781 gcggcgttct gcgcaaagtc gccatagagg atcacctcgc cctcgtcttc ttccaactcg
     3841 tcaacgccgt agtcgatcag ctccagttcg aggtcgtcga gcgatatgcc gtccttcttg
     3901 agaatgtgga acacgcactt atgatcgaag aggaactcca gcgatccggt cgtgcccagt
     3961 gtaccgccag ccttgttgaa atagctgcgg acgttgccca cggtgcgtgt ggtgttgtcc
     4021 gtggcagtct ccacgaagac ggcgatgccg aacgggccgt agccctcgta gttcatctcc
     4081 ttgtagtccg tgtaatcttt tgaactggct cgcttgatgg ccctgtcgac gttgtccttg
     4141 ggcatgttct ccttcttggc tgtctgcatc agtacgcgca gcctcgggtt gctgcccggg
     4201 tccggtccgc cggctttgac ggcgatggtg atctccttac ccaacttcgt gaatacgcgg
     4261 gccatgttgc cccaacgttt gaatttccgc gctttgcgga actcgaatgc tcttcccata
     4321 gtctgtctct tttatcttat tgttttacgg tttgcagttt acagttatct cagttgtgcc
     4381 cccagcttcg actccaagtt gcgacgtagc ttggccatga ggtcgtctat ccggcggtcg
     4441 gtgagggtgc gttcagcgtc ttgcaggtag aagctcacgg cgtacgactt cttgccggcc
     4501 ggcagattct tgccctcata aacatcgaac aagacgacgc ggcggagcag tttgcgatcc
     4561 gtctcg
//
LOCUS       SEQF2634|AYYE01000860.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtgaatgggt ggtgggagcg gcgagtaaaa ccgtggaagt ttctgccaga ggctcaacag
       61 ccggttgaag tgccatagaa gtttctgcca gagactttac agccgttaga gataccgtgg
      121 aagtttctgc caaaggccta acagtcgttg gaggcaccgt ggaagtttct gccagaggcc
      181 tatctgccgt tgggggtacc gtggaagttt cttccagaga ccaaacagcg gttgaggat
//
LOCUS       SEQF2634|AYYE01000861.1 4129 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4129
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(107..1000)
                     /gene="lpxL"
                     /locus_tag="SEQF2634_00485"
                     /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="MKAFANTLIYALLYAVVRLHALLPMAALYVLSDVFYVLIYRLVG
                     YRRRVVRSNLEGAFPHLSPDERLRLERRFYHHFSDYIVETIKLAGISHEELLRRAHLR
                     NPEMVRPLLEAGHKSLILVMGHYGNWEWFTGFPSRFGGLLEVCQIYRPLDSSAFDRLF
                     RHLRTRFGARCVPKKDVVRELIHTARPTSPPALFVFIADQTPSRANLHYWTQFLGRDT
                     AVLNGPERLAVKMNLPVIYADVRCESRGYYTVDFQLLTDTPRSKPENWITEEYTRRME
                     RTILRDPAGWLWTHRRWKYSR"
     CDS             complement(997..2313)
                     /gene="mtaB"
                     /locus_tag="SEQF2634_00486"
                     /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
                     ERPGTMALRITPVVPADVKHARSRTLLDLSDRKLHAFYDAHIGCEATVLFEHARKGGR
                     MHGFTANYIKVETAYDSALANRLTPVRLDGWNADGTALTATLLSRP"
ORIGIN      
        1 caagaaaaga aggcaaaaga aagtcaagcc ctcgcgaggg cttttagctg cctaaaggcg
       61 gaaggctgtg gaccgtttgc gtttttcatc gtctgtaggc tggaggctat cggctatatt
      121 tccagcggcg atgggtccag agccaaccgg cggggtcgcg caggatggtg cgctccatgc
      181 gccgggtgta ttcttcggtg atccagttct cgggtttgga gcgtggggtg tcggtgagga
      241 gttgaaaatc aacggtataa tacccgcggc tttcgcacct tacgtcggca tagatgacgg
      301 gaagattcat cttgacggcc aaccgctcgg ggccgttgag cacggcggtg tcgcggccga
      361 gaaactgggt ccagtagtgc agattcgcgc ggctgggggt ctgatcggca atgaaaacga
      421 agagcgcggg gggcgacgtg gggcgggcgg tgtggatgag ttcgcggacg acgtcttttt
      481 tgggcacgca gcgggcgccg aaacgcgtcc gaaggtggcg gaagagtcgg tcgaaggcgg
      541 aactatccag cgggcggtag atctggcaca cctctaacag ccccccaaaa cgcgaaggaa
      601 atccggtgaa ccattcccaa ttgccgtagt ggcccatgac gaggatgagc gacttatggc
      661 cggcttcgag cagcgggcgg accatctccg gattgcgcag gtgagcccgc cgcagtagct
      721 cctcgtgcga gatcccggcc agtttgatgg tctcgacgat gtagtccgag aaatggtgat
      781 agaaacggcg ctccagccgc aggcgttcgt ccggcgagag gtgcgggaag gcgccctcta
      841 agttgctgcg gactacacgc cgacgatagc ctactaacct atagatgagg acgtaaaaca
      901 catccgacag cacgtagagc gcggccatcg ggagcagcgc atggagacgc accacggcgt
      961 aaagcagcgc atagatcagc gtgttcgcga aggctttcat gggcggctga ggagtgtggc
     1021 cgtgagcgcc gtgccgtccg cgttccaccc gtcgaggcgg acgggggtga ggcggttggc
     1081 gagcgcgctg tcgtacgccg tttctacctt aatatagttc gccgtgaacc cgtgcatgcg
     1141 gccgcctttg cgggcgtgct cgaagaggac ggtggcctcg caaccgatgt gggcgtcgta
     1201 aaacgcatgg agtttgcggt ccgacagatc gagcagcgtg cggctgcggg cgtgcttgac
     1261 gtcggccggg acgacgggcg taatccgcag cgccatcgtc cccggccgct cggaatagct
     1321 aaaaacgtga agctgtgaga agggtaaatt ttcaagaaat tcgtggcatt cggcaaaaca
     1381 cgcctccgtc tcgccgcggg tacccacgat cacgtccacg ccgataaacg cgtccggcat
     1441 caggctgcgg atccgctcca cgcggcggcg aaagagcgac gtgtcgtagc gtcggcgcat
     1501 cagctcgagg acggtgtcgc tgccactttg cagcgggata tggaagtgcg gcatgaagcg
     1561 gctgctggcg gctacgagct cgatgacctc atccgtgacg aggttcggct cgatggagga
     1621 aatacggtag cgcgcaatgc cctcgacccg atccagcgcg cggaggaggt ccagaaaagt
     1681 ctcgcccgtg gagcgcccga agtcgccaat attgacgccg gtgaggacga tctcccgccc
     1741 gccttcgcgc gccaccccct cagcctgcgc tacgaggtcg gcaatgcggc cattccgact
     1801 gcgtccgcgc gcaaacggaa tggtacagaa agaacagaaa tagtcacagc cgtcctgcac
     1861 cttcaaaaag tggcgcgtgc gatcgtccgc cgagcaggac ggggtgaaag cgcgaatgcg
     1921 tttcgtgtcg gtcgtcaccg ccaggccagc cgtccgctcg cgcaggtgac gcatcacatc
     1981 tcccttctgc tcagcgccta agaccagatc gacgtgatcg atggcgagca cctcgtccgg
     2041 cttcagttgc gcgtaacatc ccgtgacgat aacgaacgcc ttcgggtgtt ggcggcgaat
     2101 gcgtcggatc aattggcgac actttttgtc ggcaagctcc gtcacagagc aagtgttcac
     2161 cacgcagacg tcggcctgct ccccggcgcg cgcacgtcgg atgccatgat cggccagttc
     2221 gcggccgatg gcggacgttt cggcgaaatt gagcttgcaa cccagcgtgt agtaggccgc
     2281 ctttttatct tcaaaataag cactatcaat catctttgga gtcccctttt ttagggggcg
     2341 caaaagtaag aggctgcgta cacattcgct ccgtttcggt ccgcaggcca taagatttga
     2401 ggccgatacg cactttcgag gaggactatc ttgaagccgt ttcgagtcgc cgaagcactt
     2461 cttcacatag ccgaaagcca tctgtagaac agcttatttt tccttagcgc gttttggact
     2521 tgaggtagat acacactttc gaggagaagt atcttgaggc cgtttcgagt cgccaaagcg
     2581 cttctttaca tagccgaaag cggtctgtag agcagcttat ttttcttcag cgcgttttgg
     2641 gcttgaggcc gatacactct ttcgaggaga agtatcttga ggtcgtttcg agtcgccaaa
     2701 gcgcttctcc acatagccga aggccgtctg tagaacagct tatttttctt cagcgcgttt
     2761 tgggcttgag gccgatacac actttttgag agaagtatct tgagtccttt ttgagtcgcc
     2821 aaagcgcttc ttcacatagc cgagggctgt ttgtagaacg gttcattttt cctcagcgcg
     2881 ctttgggcta taagacgcat cttttggaat tttacacccc gcctacgatc ctcacgcccc
     2941 atttctttta tctttgttac agcctaaagt cgacagcccg aagctaatgg ttggggtaca
     3001 tttccgaagg ctgacgaggc tttttgcagg ggatcgtcca aaagccaaag gcggtctggc
     3061 ctgaacgtta tttcggggta catctccgaa ggctggagag gcttttttcc ggggcatcga
     3121 ccaaaagtcg aaggctatct ggagcagctc tttttcgagt catcgcagcg ggtctctgga
     3181 gagatttttc gaaaaggatt gactaaaagc tggaagccgt ctggagctgt actttttcgg
     3241 gttatcgcag cgggccgctg gagagatttt tcgaaaagga ttgacccaaa gccgaaggcc
     3301 gtctggagct gtactttttc gagttatcgc aacaggctac ttgagtggtt ttccgcagag
     3361 gatcaactca aagccgaaga cggtctttag ccatactttt tcgagtcgtc gcagcgggtc
     3421 acttgagtgg ttttccgcag aggattgacc aaaagccgaa ggctgcctgg agttgcactt
     3481 tttcgagcct tcgcagcgga tcgcttgggg agcctcgcgg tcggtgggaa aaggcagccg
     3541 gaggcggact gacgtaaaca tttttccggg gtatatctcc gaaggctgga gaggcttttt
     3601 gtagaggatt gaccaaaagt cgaaagctgt ctggagctgc actttttcgg gccattgcag
     3661 tggatcgctt ggggagcctc gcggtcggtg ggaaaaggca gctggaggcg gacgggcact
     3721 aaaacttttt taggtctact tgccgatgat ttttgttatt tcgtgctact tattcccagc
     3781 ttacttcacg ctttctttct ctattcactt tattcaaacg cttaccgaat catgaagact
     3841 gaaacgattt ttcgagttct gctgtggagc ctctttatgg ccaccggtgt ggtggggctt
     3901 cgcagcgcgg cgcagacgga tgcgccggaa cgtagaccgt acaccaccgt cagcggaacg
     3961 gtacgcgatg cccgcacgaa ccgtgtgctg ccggcggtgc atgtcgccgt gccaggtacg
     4021 ggcgtcggca ccgtgaccaa tgccgacggt tatttttcgc tccatgtggc tgactccctc
     4081 cgggccgatc ggatcgagtt ttcgcacatc ggctacgcgc tccttacct
//
LOCUS       SEQF2634|AYYE01000862.110078 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10078
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             165..635
                     /locus_tag="SEQF2634_00487"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKDEYYYGYKKHVATDLNGLVISVHTTPANVSDITEFKPLME
                     KTEVPRQVRVYADKGYPSAANRAVLKEKKLKDGIMRKKPKGSPMSEIERLRNKLISKS
                     RWVIERTFGSIQKRFGGGRCRYLGLAKTHCQNVLESLAYNLYRVPGLVMAQRAK"
     CDS             750..923
                     /locus_tag="SEQF2634_00488"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGKRIVQRSPYAAQNLNTIRKLALAIVSQRKDKLSIRKRLFTA
                     ALNIDYLKELLKI"
     CDS             complement(1192..2088)
                     /locus_tag="SEQF2634_00489"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELETNNIIVGAGLISLDVLIWNEQRVPISYYVGGTCGNVMMIL
                     SHMDWDAYPIARLDGTKDGVRVLNDMKKHHVNTDFVSTQDGKTPVIVQRNFINKDGVP
                     THKFESRNNIGRFYLDFKSLTLKQANEVIERIDFVPKVFFFDRVSPAILKLAITFKEK
                     GAVIFFEPSSRGGNVGLFNECVEVSDIVKFSEQRIKDIDQFKYYKDKLFVQTQGAKGL
                     RYRLSGDWKHLEPVANKKVVDTAGAGDWTSAALINNLFKDKVIFKVYNLLELDLETAL
                     KEAQKVGAESCSYEGARGMMQQ"
     CDS             complement(2106..2912)
                     /locus_tag="SEQF2634_00490"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPERYMTEWSEQAPWVVNKFIEQDSIVCRALVSIYSNAFLAKH
                     LAFIGGTALGKLYLKPQPRYSEDTDLVQVQAEPIKETIDHLRDALAWLGEPVLKQKKH
                     NNTLVFRVQPTDIDAGEIHLKVEINCKEHFCVFPMVRVPFAVDSSSWFKGACEVLTYG
                     LVELTGTKLQAVYQRRKGRDLFDLWKILSMHPELDKGKVMENYERYLGFTASHLPTYK
                     EFVLNMDEKLQDEEFLTDTEMILGSQVEYDPQVAWEKVKAKLVERLNPKA"
     CDS             complement(2909..3715)
                     /locus_tag="SEQF2634_00491"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSIASWIYKPLRGNYTFTHDEVAQAFPGMSVWSIALVLSREVS
                     KGRVVSPLLGFYVIVPDEYVLRAAVPQSFYLDDMMFHLGRKYYVALLSAVSYHGASHQ
                     IPLRFSVMIEPPAMRRDKKGEKYLTHFFCKSHISETYVERRQTRTGYINVSCPELTAV
                     DLLTYQAKTGSVSRAATVLSELVEKLNFGRLGAAFVKELPVTSLQRLGYILAEVLEEG
                     ETAESVYGLLKCSGHVIQYVPLKAGKSSEGGERNAKWRIIVNETIEIDEL"
     CDS             complement(3834..4940)
                     /locus_tag="SEQF2634_00492"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRWESYVMYRQNEKLVEFWKEYYKDKSGAKVLFLLGKGFDPR
                     MNNILKLFLEINPEQVLDCVAFDFPNEKDPAENKKLYEINSQQISELKDQYGFDYEEL
                     QIDGSLLWDKRIAQVSRQVIGKDLSAYNDVIMDVSSLPRAFYFNIGKALFNKLDKDQS
                     KNLFFAVSENVTIDERIKKTPIIDNIEPLVGFRSLSSRESNLDRINILINLMGDQNID
                     ILRSIYNHFQPSDMFPVLPFPSKDPRHSDYLMLKYHEFFTEKQFTEPQNITYADEQNP
                     FELYRIVSNMIQGHQATFKPISDHVCFGIALLTSKLLSLGALLVGLEYNNCVTIYNVS
                     SANYEIEDATVFKQINEVSEPFLLWITGEAYNEN"
     CDS             complement(4937..6772)
                     /locus_tag="SEQF2634_00493"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIYKNPFAIRASERIETDEMFLELFSSEPLTHLEEKHEQGKLW
                     NNVTTILSSPGAGKTTLLRLFSSTILQRITERNTAYKKLKKLGVIDSDHIKKCGVYLQ
                     LGRDYEFLEDDVLFNEIEQKRIFLSLLNARIVLATLKSLVSLAGIKYTQLNEITYTPE
                     GIIPEFGDFKAEYTGKELLDWAAEQERKICEFLDSFMMPAEDIQGSSKLFALQAMKAS
                     WFTHKGEKLCEDFIFQIDDGHKLTKKQKRIIRNETVEVRLPVTLWIAERLETLSTSDI
                     LSDKNIKDRDDQTIHLESTKKGIFNPMVKNIATLRSAFSADGIILASALASDTTINYK
                     TLYNDASKRYMAQLTELHNYDNYTECVAAIEAQDPYERVLNIRALLMHAARQSANGTM
                     NLFGYTAQDLEWMLNSLKPLVKEVIPGEIKKLPQYYGFSTLIDLASQNVEQFLDLSAK
                     MYELLVAKKISDPSHYVLTAEEQDKIVRDFALARLEDIKRLPRGNRIYSFLMHLIDFC
                     YGLTFTPTYSYRSVTGFAVKEENSGKWSKDGFWFQDPDNEELATILKDCLAYNFLMKQ
                     GVIQGKKYQKWTIFYLNGWLCAYAHLPLERGGWRSLTLHKLNSWL"
     CDS             complement(6777..7871)
                     /locus_tag="SEQF2634_00494"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWDAPILASERAALEFMGSMKYDAYDRYMPGMRFMSSLVQWLN
                     DIKEEDRNEAYKFIKEKLVFISSIQMNYLVDLLYDSKIRPILLDMSTVETGMPSYKCS
                     SKVVRTRFEIEKRSALVIGLSDGAHTDILRRSAGFNNEQVLTNYYPDGKKLKDMLDEL
                     RKDQKMKGIEEPFFRRIFLIDDFTASGKSFIRFDESGGEYHGKLKRIIDELCIKGYVE
                     KGQKIEHLSYLLNPEQKIQIDILFCIATEKARNNIKSSLEDYLKFVNLQDRVEFNIHI
                     VQILENKLSIDIKTDKDLVKLLKKDEHFVEECVISKSYKVGKNDNPWLGFDECALPVV
                     LAHNTPNNSLPIIWQNAERFHGLFPRINRH"
     CDS             complement(7907..9802)
                     /locus_tag="SEQF2634_00495"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKPFKGELKKLSETIRWAGQQDVTRIARFLFAENKQIPLVCIG
                     SGGSFSACHYAVQLYQHCNGVLAQAMTPLQLMYAGHNIIRSSKLLFLSASGKNKDVLN
                     AIKYSVKYNETGMMSLTLRKKNPTEELLEQYPKVLRWCEDIPSEKDGFLATNSLIATI
                     TLLCKAVGSKFQDSSFKLSDLQPATWNLKLDSIQNFIVLFGALGEPVAWDIESKLTEA
                     ALGSALLSDYRNFGHGRHHWFAKKGGNSCIIALVTPVERELAYKTIGCLPKDVPVIYL
                     ETELETPAASIDLLIKAFHFVNELGIARGIDPGRPGVPSYGRTLYNLDYFKLINRILP
                     SEKALDVAVLRKLGVAGMENKPLREYYSEACKRFVKQLNKGKFTTVAFDYDGTLSASD
                     HTSRYTKGLCDEIKNALLPLLENGVQIVVATGRGKSVGESFQESIEEKYWPQIKVGYY
                     NGACLLVLGEEDKLKAWKKRPFDSELKALEEELKLRLTKGCVAYKFEERSLQLSIGGE
                     MTQTESQLVYEICREIIWDKQMKGIRVWCSSHSMDIVVYREVSKLQVIEDPERTLCIG
                     DYGMVEGNDYEMLTSKYSLSVDRVSKNAGSCWNIVPSGMKGLDATLYYISRMKVNEGK
                     ITCKFSV"
ORIGIN      
        1 gatgcaagca tcgtggagag tcccaataca ccatccatca ttccggatta cgaagtcgcc
       61 gatgaccgtt cggatgactg ctcctcggaa gagaaagaaa aggaagagaa ggcgcatcag
      121 aagtacaagt tggacaatga cggcgaccca gggaagctcg gtgggtgaaa aagaaggacg
      181 agtattatta tggttacaaa aagcatgtgg ccacggactt gaacgggctc gtcatttccg
      241 tccatactac gccagccaac gtctcggaca tcacagagtt taagccactg atggagaaga
      301 ccgaggtgcc gcgacaggtg agggtttatg ccgataaagg atacccgtcg gcggccaatc
      361 gggcagtctt aaaagagaag aagctcaaag acgggatcat gcgaaaaaag ccgaaaggaa
      421 gtccgatgtc ggaaatagag aggctacgaa acaaattgat ttcaaagtct cgttgggtca
      481 ttgaacgcac cttcggaagc attcaaaaga ggtttggcgg cggacgatgt aggtatctcg
      541 gcctggcaaa aacacattgc caaaacgtcc ttgaatcgtt ggcatacaat ctctatcgtg
      601 tgccagggct tgtcatggcc caacgtgcca aatgagggaa aaccttcttc tcccgagcct
      661 cgattgaggt tcgggagggg gagaaaagcc cttcaaggag accctcaact caccctctcc
      721 gcacttgaaa aaatgacccc gaaaaggtaa tgaggggtaa gcggattgtg caaaggtctc
      781 catacgctgc tcaaaacctc aatacgatca ggaagctagc cttagccatt gtctcacaga
      841 ggaaagacaa gctatccatt cgaaagagat tattcaccgc ggctctcaat atcgactatc
      901 tcaaagagct cctcaaaatt tgatgtggtc gccctaggga taaacagcgt aagttcaaca
      961 tagaagtgta atttcttggt gcaggttaga cctaataatc tatacctgaa aacaccgagg
     1021 gatatgggga cgagcagtcc ccagaatttg acttgtgcga attcaacaag caagtgcaaa
     1081 ttcacgataa gcaatttaaa acttgattga agatggaaaa tagagtttct ttcttagtct
     1141 cgtattaatt tccgttgtta tttcatcaat atctccggtc ccttagttgt ttcattgctg
     1201 catcatgcca cgcgcccctt cataagagca actctcagca cctactttct gcgcttcttt
     1261 cagagctgtt tccaaatcta attctaaaag attatatact ttaaaaatca ccttatcctt
     1321 aaacaaatta ttgattaagg cagccgatgt ccagtcaccc gcaccagcgg tatccaccac
     1381 ttttttgtta gcaacaggtt ccaagtgttt ccaatcgcca ctcaagcggt atctcaaacc
     1441 ttttgcccct tgcgtctgaa caaacagctt atccttatag tatttaaact ggtcaatatc
     1501 ttttatcctc tgctccgaga acttgactat atcagacacc tcaacacatt cgttgaacag
     1561 accgacatta cctcctctac tggaaggctc aaagaatatc accgctcctt tttctttaaa
     1621 tgtgatcgct agctttaaaa tggcgggtga aaccctgtcg aagaagaata cctttggcac
     1681 aaagtctatc ctctcaatca cctcattcgc ctgtttcagc gtcagcgact tgaagtccag
     1741 atagaaccgc ccgatattgt tgcgagattc aaacttatgc gtgggaacac cgtccttgtt
     1801 aatgaagtta cgctgcacta tcaccggtgt cttaccatct tgggtagaga caaaatctgt
     1861 gtttacatgg tgctttttca tgtcattcaa cactctcacc ccgtctttcg tgccgtctag
     1921 gcgggctatg ggataggcat cccaatccat gtgggagaga atcatcatca cattaccaca
     1981 tgtgccaccc acgtaatagg atatggggac tctttgttcg ttccaaatca acacatccag
     2041 acttatcagg cctgcaccaa ctataatatt atttgtttca agttccatgt tccaggtatt
     2101 aagtttcaag ctttagggtt aagcctctcc accaacttcg ctttcacctt ttcccacgcc
     2161 acctgagggt catactccac ctgtgatcca agaatcattt ccgtatccgt caagaactcc
     2221 tcatcctgta gcttttcgtc catattcagc acaaattcct tgtacgtagg caggtgcgat
     2281 gccgtgaagc ccagataccg ctcatagttt tccatcactt tccctttatc caactcgggg
     2341 tgcattgaca gtatcttcca caggtcaaac aaatcacgtc cttttctccg ttgatacaca
     2401 gcctgcagtt tcgttcctgt cagctctacc aacccatacg tcagcacctc gcaagcaccc
     2461 ttgaaccacg acgaactatc caccgcaaaa ggcactctta ccattgggaa aacacaaaaa
     2521 tgctccttgc agttaatctc caccttcaaa tgaatctcgc ccgcatctat atccgtcggt
     2581 tgcaccctga acaccagcgt attgttgtgc ttcttctgct tcagcaccgg ctctcccagc
     2641 caagccagcg catcccttag atggtctatc gtctctttga tgggttctgc ctgtacttgc
     2701 accaggtcgg tgtcctccga gtatctgggc tgcggcttca ggtacaactt acccaatgcc
     2761 gttccaccta tgaacgccag atgcttcgca agaaatgcat tgctataaat agatactaac
     2821 gcacggcaga ctatcgaatc ctgttcgatg aatttattca ccacccacgg ggcctgctcg
     2881 ctccattccg tcatatatcg ctctggtatc ataactcgtc aatctcgatg gtttcgttca
     2941 caataattct ccacttagcg ttcctttcgc ccccctcgct actttttcct gcctttaaag
     3001 gcacatactg gattacgtgg ccggaacact tcagcaggcc atacaccgac tcagccgttt
     3061 caccttcctc cagcacctcg gctaaaatat aacccagacg ctgcagactg gttactggaa
     3121 gctccttcac gaaggcagcc cccaaacgtc cgaaattcag cttctccacc agttcagaca
     3181 gaacagtggc tgcccgcgaa acgctccctg tcttagcctg atacgtcagc aaatccactg
     3241 ccgtcagttc aggacatgac acgttaatgt agcccgtccg cgtctgccgt ctctctacgt
     3301 atgtttcaga aatatggctc ttgcagaaaa aatgcgtaag gtacttctcc cccttcttgt
     3361 cacgacgcat ggcgggaggc tctatcatca cgctgaaccg cagtggaatc tgatgcgaag
     3421 ctccgtgata acttaccgca ctcaacagag ccacatagta tttgcgtccc aagtgaaaca
     3481 tcatatcatc caagtaaaac gactgcggca cagccgcgcg cagcacatac tcatccggca
     3541 ctatgacgta aaagccgagc aagggtgaca caacccgtcc cttgctcacc tccctggaca
     3601 gcaccagtgc aatgctccag acactcatgc caggaaatgc ctgcgccacc tcatcgtgtg
     3661 tgaaggtgta attgcctcta agcggcttat atatccagct tgctatgctc accattatct
     3721 tggatttatt atctcgttta caaaggtgga cattttccgt ctaaccgaat aagcagataa
     3781 caaaaaaaga ttgttctatt atattgtttt ttaagttatt ttatcaacca gcatcaattt
     3841 tcattgtaag cctctcctgt aatccaaaga aggaaaggtt cactaacctc attaatctgc
     3901 ttaaaaacag ttgcatcttc tatctcatag tttgctgaac tcacgttgta tattgtgaca
     3961 cagttgttat actccaatcc cacaagcaaa gcaccaagtg acaacaattt acttgtcagc
     4021 aacgcaatac caaaacacac atggtcactg ataggcttga aggttgcctg atgtccttga
     4081 atcatatttg acacaatacg atacagttca aacggattct gttcatcagc gtaagtgata
     4141 ttctgtggct cggtaaactg cttctcagta aagaactcgt ggtatttcag catcagatag
     4201 tcagaatgtc gtgggtcttt cgatggaaaa ggcaacacag ggaacatatc agagggctgg
     4261 aagtgattat agatgctcct cagaatgtca atattctggt cgcccatcaa gttaatcagg
     4321 atattaatcc tatccagatt tgattcacga ctcgacaggg aacggaaacc caccaacggc
     4381 tcgatattgt caattatcgg tgttttcttt atacgttcat caatcgttac gttttcagat
     4441 accgcaaaaa acaggttctt agactggtct ttgtcaagct tgttgaacaa ggccttacca
     4501 atattgaaat agaaagccct gggcaatgag ctgacatcca ttatcacgtc attatacgcg
     4561 ctcaaatctt tgcctattac ttggcgactc acctgagcta tacgcttgtc ccaaagcaaa
     4621 ctaccgtcta tttgcaactc ctcataatca aagccgtatt ggtctttcaa ctctgaaatt
     4681 tgttgcgaat tgatttcgta caacttctta ttttctgcag ggtctttctc attggggaaa
     4741 tcgaaggcaa cacaatccaa gacctgctct gggttaattt caaggaatag tttcaggata
     4801 ttattcattc ttgggtcaaa tcccttaccc aacaagaaaa ggactttcgc cccggactta
     4861 tccttatagt actctttcca gaactccacc agtttctcat tctggcgata cattacgtac
     4921 gactcccaac gtttcttcat agccaagaat ttagtttgtg aagtgttaat gaacgccatc
     4981 cgccacgttc aagcggcaga tgtgcgtatg cacaaagcca gccgtttaga tagaatattg
     5041 tccatttctg gtatttttta ccttggatta caccttgttt catcaagaaa ttatatgcga
     5101 gacaatcttt cagaatcgtt gccaactcct cattgtcagg atcttggaac caaaaaccat
     5161 ccttgctcca tttgcctgaa ttctcttcct tcacggcaaa gccagtaaca gaacgatatg
     5221 aatacgtagg agtaaaggtc agaccatagc agaaatctat caaatgcatc aggaaactgt
     5281 agattctgtt acctcgtggc agtcgcttga tgtcttccaa acgagcaagt gcaaaatctc
     5341 ttacaatttt gtcttgttcc tctgcggtta acacatagtg tgaggggtct gaaattttct
     5401 tggccaccaa cagttcatac atcttggcag acaagtctaa aaattgttca acattttggc
     5461 tggctagatc tataagtgta gagaaaccat aatactgtgg caacttcttt atttcaccgg
     5521 ggattacctc cttcaccaat ggcttcaacg aatttagcat ccattccaaa tcctgcgctg
     5581 tatatccaaa caggttcatc gtcccattgg cactttgacg ggctgcatgc atcagcaagg
     5641 ctcttatatt aagcactcgc tcatacgggt cttgagcctc tatggcagca acacactcgg
     5701 tgtagttgtc atagttatgc agttctgtca attgagccat atacctcttg cttgcatcat
     5761 tatacaacgt cttgtaatta attgttgtgt cacttgcaag cgcactggca aggatgattc
     5821 catccgccga gaaagcgcta cgcaaagttg caatattctt aaccattgga ttgaatatgc
     5881 ccttcttagt gctctccaga tgtatggtct gatcatctct gtccttaatg ttcttatcac
     5941 ttaatatatc actcgttgag agagtctcta aacgttctgc tatccaaagc gtaacaggga
     6001 ggcgcacctc aacggtttca ttacgaataa ttctcttttg cttcttcgtg agtttatgac
     6061 catcatctat ctggaagata aaatcctcac aaagtttctc ccccttatgg gtaaaccaag
     6121 aagctttcat ggcttgcagg gcaaatagct tactgctgcc ttgaatatcc tcggcgggca
     6181 tcataaaact gtcaaggaac tcacatatct tacgttcctg ttctgcggcc caatccagca
     6241 gttcctttcc agtgtactct gccttgaaat ctccaaactc gggtataatc ccctctggcg
     6301 tataagttat ttcatttaat tgggtgtatt taataccagc caaagacacc agactcttca
     6361 acgtggccag cacaatcctt gcattgagaa gggacagaaa tatcctcttc tgttcaattt
     6421 cattgaacag aacatcatct tccagaaatt catagtcacg acccaactgt agatagacac
     6481 cacatttctt gatatgatca ctatctatta cacccagttt ttttagtttc ttgtaagctg
     6541 tattgcgctc agtgatgcgt tgaaggattg tagaagaaaa cagacgcaac aaggtggtct
     6601 ttcccgcacc aggcgaactg agaatggtgg tcacattgtt ccatagcttt ccctgctcat
     6661 gcttttcttc cagatgagtc aatggctccg acgagaataa ctccaagaac atctcatcag
     6721 tttcaattcg ctcagaggcg cgtatggcaa atgggttctt ataaatattc atacggtcaa
     6781 tggcggttta tacgggggaa caatccatga aatcgttcgg cgttctgcca tataataggc
     6841 agtgagttgt ttggcgtatt gtgagcaagt acaacaggca aggcacattc atcaaagccc
     6901 aaccaggggt tatcattttt gccaaccttg tagcttttgg agataacaca ctcttccaca
     6961 aagtgctcat ctttcttcag cagcttgacc aagtctttgt ccgtcttgat gtcgatcgac
     7021 agtttgtttt caagaatctg cacaatatgg atgttgaatt ccaccctatc ttgcaaattg
     7081 acaaatttta agtaatcttc aaggctgctc tttatattgt ttcttgcctt ttcagtagct
     7141 atacagaata aaatatctat ctgtatcttt tgctccggat tcagcagata gctcagatgc
     7201 tcaattttct gccctttttc aacataacct ttaatacata gctcatcgat gatcctcttc
     7261 aacttaccat gatactctcc accgctttca tcaaagcgaa taaaactttt tccactggcg
     7321 gtaaaatcat caatcaggaa aatcctacga aagaagggct cctctattcc tttcatcttc
     7381 tggtctttac gcaattcatc cagcatatcc ttcagtttct tcccgtcagg ataatagttg
     7441 gtcaacacct gctcattatt gaaccctgcg ctacgacgta aaatgtctgt atgagcaccg
     7501 tcactaagac caatgaccaa agctgaacgc ttctcaatct caaagcgtgt acgcacaact
     7561 ttgcttgagc acttatatga tggcatgccc gtttctacag tagacatatc cagcagaata
     7621 ggtcgtattt ttgaatcata taacaaatcc accagatagt tcatctgtat tgaggaaatg
     7681 aagactagct tctctttaat aaacttataa gcctcattac ggtcttcctc ctttatatca
     7741 ttcagccact gtaccagact actcatgaag cgcattcccg gcatataacg gtcgtatgca
     7801 tcatacttca tgctacccat gaattcaaga gcagcacgtt cagatgccaa tatcggggca
     7861 tcccacttca ttatgctagc aagaagctgg tttgctaaat tactgttcat acgctaaact
     7921 tacacgttat cttaccttcg tttaccttca tgcggctaat ataatagagg gttgcatcaa
     7981 gtcctttcat acctgatggt actatgttcc agcaactccc tgcattcttc gatactctgt
     8041 caacactgag agaatatttg ctggttagca tctcatagtc gttgccttcc accattccgt
     8101 aatcccctat acacaaggtg cgctccgggt cttcaattac ctgcagtttg cttacctcgc
     8161 ggtacactac aatatccata ctgtgactgc tgcaccaaac acggataccc ttcatctgtt
     8221 tgtcccagat gatttcacgg cagatctcat aaaccaattg tgattccgtt tgggtcattt
     8281 ctcccccaat ggacagttgc agactgcgtt cttcaaattt gtaggccaca cagcccttgg
     8341 tgagtcttag tttcagttcc tcctccagtg ctttcagttc actatcaaaa ggccgcttct
     8401 tccacgcttt cagtttatcc tcttcaccta aaaccaacag gcaggcacca ttatagtaac
     8461 ccaccttgat ttgcggccag tatttctctt caatggattc ttggaacgac tcgcccaccg
     8521 acttgccacg acctgtagcc accactattt gtacaccgtt ttccaacaga ggcaacagcg
     8581 cattcttgat ttcgtcacac aagcctttcg tgtaacggct cgtatggtct gaggcagaca
     8641 gtgtgccgtc gtagtcaaaa gccacggttg taaacttacc tttgttcaac tgcttcacaa
     8701 atcgtttaca agcctcgctg tagtattccc gcaatggttt gttctccata cctgcaacac
     8761 ctaacttgcg aagtacggcc acatccagtg ccttttcaga gggcaatatg cgattgatca
     8821 gcttgaaata atccaggtta tacagggtac ggccgtaaga aggtacacca ggccgtccgg
     8881 gatctattcc tcgtgctatg cccagttcat tcacaaagtg gaacgccttt atcagcaggt
     8941 caatggacgc agcaggtgtt tccagttctg tttctaaata gattacaggc acatccttgg
     9001 gcaggcaacc aatggtcttg tatgccagtt cccgctcaac gggagtcact agtgctatga
     9061 tgcaagagtt tcctcctttc ttggcaaacc agtgatgacg gccatgacca aaattacggt
     9121 agtcgctcaa caaggcagaa cccaatgcgg cctccgtcaa ctttgactct atatcccatg
     9181 ccactggttc ccctaaagca ccaaacaaaa caatgaagtt ctggatggaa tctagtttta
     9241 agttccaagt tgcaggttgc aggtcgctca atttgaaact tgaatcttga aacttggaac
     9301 ccacagcttt acaaagtagc gtaatagttg cgattaacga gttcgtagcc agaaatccat
     9361 ccttctcgct gggaatgtcc tcacaccacc gaagcacctt gggatactgt tccagcagtt
     9421 cctcggtagg atttttcttg cggagggtca gactcatcat gcctgtctcg ttatacttta
     9481 cactatactt aatagcattc agtacatcct tgttcttacc actagcacta agaaaaagca
     9541 atttactgct acggattata ttatgccctg catacatcaa ctgaagcggg gtcatcgcct
     9601 gtgccagcac accattgcaa tgctgataga gttggactgc ataatggcaa gcactgaacg
     9661 aaccgccaga gccaatgcac accagtggta tctgcttgtt ctctgcaaac agaaaccgtg
     9721 caatacgcgt cacatcctgc tgcccggccc atcgaatggt ctccgaaagc tttttcaact
     9781 ctcccttaaa tggctttccc ataattaaac tttgagtcca ctttgaaaaa gtggcattaa
     9841 tttgatttgc aaaggtgcta aaacggaagc gtaaaaccac cgctcaacgc ataatttaat
     9901 aagtttcgtc taaagaatac cgctggcgga ttccacaagc aaatgtaaag aaagttaggc
     9961 aattgtgtcg ttaatcatgc ttgtggcagg gcaaccgcca gggctgacgc ataatccgaa
    10021 ctatagcccc agttcgaaga gttgcagagg attgatcttg gctaagaaca tctgcact
//
LOCUS       SEQF2634|AYYE01000863.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 taatcggtta tcagataggt acccatgtag gggcgtattg aatacgcccc ataatcattc
       61 ccgaaaggga tatttaatcg cgcgtcagac aattgtaggg cgtatgcaat agcccctacc
      121 ttgtcggcag aaagatgagg tttccttagg taggtgttat ctattgtctc ggacaatggc
      181 ggataaatac gtatttcttt tctccacgtc taatcggtta tcagataggt acccgggtag
      241 ggcgcaaact gtc
//
LOCUS       SEQF2634|AYYE01000864.1  594 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(147..473)
                     /locus_tag="SEQF2634_00496"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTDKDVRQVEASEVKSALILRADEMGNELQQLVAEKDKDRAAV
                     LITMDLLDGEEEAEATFMVRGRGYMLIELCRLMWNDPRIGVALRVLLMSEIEKIRQGN
                     NGDESK"
ORIGIN      
        1 tcaccgtatc cggcccaaac acgaaccgat atttccatcc tctggtgtga aatacatagc
       61 gcccgtcgta ggtttgatcc gtgaacgtca ctaccatgtc cttccccttc ttcgtccggt
      121 agacatatgg cattccgatg accaattcac ttgctttcat cgccgttatt gccctgcctg
      181 attttctcga tttcactcat caaaagcacc cgcagcgcca ctccgatccg cggatcgttc
      241 cacatcagcc ggcacagctc tatcagcatg tagccccggc cacgcaccat gaatgtagcc
      301 tccgcctctt cctcgccgtc cagcagatcc atcgtaatga gcaccgccgc ccggtctttg
      361 tctttctccg caaccaactg ttgcagctca tttcccatct catcagcccg cagaatcagc
      421 gcgctcttca cctccgaggc ctccacctgc ctcacatcct tatccgtatt catttcgttt
      481 ttcacttttc gtttttcagc tgttaatgat caattctatc gcatcgctca gcgtgtcgat
      541 gcgcgcctgc gcacgcagca actccacata tagcgggtgc gccacttgga cgat
//
LOCUS       SEQF2634|AYYE01000865.1 2364 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             178..1023
                     /locus_tag="SEQF2634_00497"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKGFKIGSIFLKELQNEIDIDVYYEKEMQRYNQSKDPTMNAFL
                     ATIDSFINEDGSIDASRMQENWFSQVDADIFISHSHQDEIFAVALAKLIREETGLTPF
                     VDSCVWGYANNLLEDIDNRFCCNKHGLDYDLHNAAASHIYTMLTTALDMMIQKTECFF
                     FLNTPNSIQVGQLNNQETESPWLYHELVMSRLLFNRPDREIDETRVFDAKRKLHPFNY
                     VVTTTHLKRLSYTKFCSWLKEAKDPDKYALDVLYEITKEEPVGIFKRKTGQFIRGSDH
                     GKRKG"
     CDS             1004..1516
                     /locus_tag="SEQF2634_00498"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKEKDNSAAIQAHVNMMQGIINRLAGNCANCKTWAVTIIAGTL
                     ALAEIRLSTLIICLIATVILYLLDCYYFGIEKRLIKEQEAFLDKYLLDKDGVKDDAGL
                     AEELFRIKHAPKTASEYLRSIMEGIRSFSMKLFYGAIFSVLFVLIYIYSAPIVSCLME
                     HFSSPCLNGG"
ORIGIN      
        1 gggtcagcca ctacctgtcc gacctacaca cccgccgcga aacagcggcc gccctccgcc
       61 gtgcctaccc ctcgtggaac tgggacagtc aatgacccgc gaaaaggctt acgacaacca
      121 atcaaagagt tcccctgctg gaaatatctt tgcgggcgta atttcaataa gacagacatg
      181 tacaaaggat tcaaaattgg ttccattttt ctcaaggaac ttcagaacga gatcgatatt
      241 gatgtctact atgagaagga aatgcagaga tataatcaat caaaagatcc gacgatgaat
      301 gcttttctcg ccaccattga ctcatttata aatgaagatg gatccattga tgcttcacgc
      361 atgcaagaga attggttctc tcaggtcgat gctgatattt ttatttctca ttctcatcaa
      421 gacgagatat ttgctgtagc gttagccaaa ttgattagag aagagacagg gttaacgcca
      481 ttcgtagatt cttgtgtttg gggatatgcc aacaatcttc ttgaggatat tgataatcgg
      541 ttttgctgta ataagcatgg gcttgactat gacttacata atgctgcggc aagtcatata
      601 tataccatgc taacaacagc cttagatatg atgatccaaa aaacagaatg cttcttcttt
      661 ttgaacacgc ctaattccat ccaagtcggg cagctaaata atcaggaaac agaatcgcct
      721 tggttgtatc atgaacttgt gatgagtcgg ttgcttttca atcggcctga tagggagatt
      781 gatgaaacga gggttttcga tgccaagagg aaacttcatc ctttcaatta tgtagtaacg
      841 actacacacc ttaaacgact tagctatacg aagttttgtt cttggcttaa agaggctaag
      901 gacccggaca agtacgcatt agatgtcctt tatgagataa cgaaagagga accggttggc
      961 atattcaaaa gaaaaacagg ccagttcata agaggatcag atcatggaaa aagaaaagga
     1021 taactccgcc gccatacagg cgcatgtaaa catgatgcag ggcatcatca accgcttggc
     1081 ggggaactgt gcgaattgta agacgtgggc ggtgaccatc attgccggca cgctggcctt
     1141 ggctgagatc agactctcca ctttgatcat ctgccttatc gctactgtca tcctgtattt
     1201 gttggactgc tattacttcg ggatagagaa gcgattaatc aaggagcaag aggcattctt
     1261 agataagtat ctcttagaca aagacggcgt aaaagacgac gccggcctcg cggaagaatt
     1321 attcagaatt aagcatgctc caaagacggc aagtgaatac ctcagaagta ttatggaagg
     1381 aatcagatcc ttttcgatga agctgttcta tggagccatc ttctctgttc tatttgtgtt
     1441 gatttacatc tattcggcac ctattgtttc atgcttaatg gaacattttt cctccccctg
     1501 tttgaatggc ggataacgca atgtgctctc tgacctgggt gcatgcattc gccgggtttg
     1561 ggtgaatgtt tgaatgcagt tagtgaggtg aatttacttt tgtggcgata cctctacggg
     1621 gggatcaccc gcggggcggc ggctatcttt attgatggtc gtcgccctgt cgtttccaaa
     1681 atctatttga atgccgttgg gaaagcgtct catcgttggg taagcaagat gcacccaaag
     1741 cccacttacc tcaggagtaa atgggattgg tcgaaagatc agtcccattt tgcgtttata
     1801 gcgttaccct ttttggcaga ttcaccccag cccctctctc taacactctc cgagtaacga
     1861 actgccaggc ttccaagtat tccccctccc agccttatgc aaagaaccgc cgattttaac
     1921 cgttaaaacc gcctgaatcc gcggttcttt acacgccgat ttgcggggcg tctgggtgcc
     1981 cttcaccttt gccgccgaac aacgaaccaa cgaacaacta aacacctaaa caaaccaaca
     2041 accaacgggg ctttagcccc caacaaccaa caaccatcag tatggacaaa gatttagaga
     2101 tcaaaaccgt cgggcagacg aagctcgaca acgcgatgca cgtgacctat cacaccgaga
     2161 tgcacggcat cctcaaatcg gccgaccagg ccaagaccgg catcccagcc gagatcatga
     2221 ccgactacaa cggcggcatc accgaagaga ccgagctcaa ccgcgaggcc caagccgacg
     2281 ccctcacggc cgagctcgtg aaggccgata cggcccgcga ccgcgccgtg cagtacttct
     2341 tcgccgccgt tcgcgccgcc cggc
//
LOCUS       SEQF2634|AYYE01000866.1 5971 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5971
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(913..2133)
                     /gene="bepA_2"
                     /locus_tag="SEQF2634_00499"
                     /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(2185..4704)
                     /gene="gyrA_1"
                     /locus_tag="SEQF2634_00500"
                     /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             5160..5285
                     /locus_tag="SEQF2634_00501"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIKGIREYPKVLKIEYRLIGKIRKVYTVCLFISDDSESMI"
     CDS             5328..5591
                     /locus_tag="SEQF2634_00502"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQSFGKFRSIENAVYEGLTRWSGLVLVLRKGLTGWSETVFVLH
                     KGFEVAKKGREVACGAFGEAEWAEIVGISNSVLHLPRIYTQEV"
ORIGIN      
        1 cttcggaacg tcattagacc acgtccggaa cgtattacaa ccacctcgga acctattaga
       61 atacgttccg aacctattaa aaccacctca ccaacgtatt gtaataggtt ccgaacgtat
      121 tccgaccacc tccctaacgt attccgacca cctcggaacg tattacgggg gtgcaaattc
      181 gcccccggag agactcgatt cgcatgctac atttgcgccc tcaattaaac aggattcgta
      241 gggtatgttt tggggaggtg cgttttgggt taagaattag gcggggacgc tcgtcgggaa
      301 tgtgttttgg ggcaaggttt tgtggggtat gttttgggga ggtgcatttc gggttaaggg
      361 ttaggcggga acgtttgtca ggatagcttt ttagggcaaa gattcgtggg gtatgttttt
      421 caggatcgct tttttggtca ggttttgtgg ggtacgtttt gagagggtgt gttttggaat
      481 aaggttttgg tgggtacgct tttgggggat tatatctcag atccattttc cggtcgcaca
      541 gattgcgctg aacatcaaac gcaatgaaac acctccgaga cggtattctg atcgtccttt
      601 ttcccgaaaa acggattcaa gacctacttc tgaccgtgct tctcactcgt ttttccgtgc
      661 gattcctgtg tgattctccc atttgcgccc caaaatgcac cgcggtatcg ggatgaattt
      721 cagacaatcc acgataggcc atcgtggcgg ctgattaggt ccaaaaacag cccctcccct
      781 cctacttcca tatgatcgat aataacaatt atgttaacct gtaatcatag gggagagggt
      841 ataaaaaaat ccgcgcgaca ccctccggat ccatggaggg gccgcgcgga cagccaaaaa
      901 tattggacgg atttacttcg acatttctgc gttgatcgcg tcgaactcct tgttcatact
      961 cagattgtaa taaatgcctc tgagtccgat catgtattcc ctttcctctg gtttcagctt
     1021 gtgtgccttc tcaaagaacg gcagcgcttt gcgaagcatc gcttcagcct tggctttctc
     1081 cgccttatac tgattctggt cgttcagcga attggccttg tccagcaagc tcacgccctg
     1141 gttgaaatag agacgcccca cgctgaagat gttcgatgga ttctcaggat ccaagtcgag
     1201 cgccttcttg taggcctctt ctgccttggc ttcgtccttc agaccgacct catagaggct
     1261 gccgagggcg aaatagagct gcgggttgtt ggggctcttg gaaatggctg tgttcagcag
     1321 ctgcatagcc tgctcattgc gcttggtgct gatgtagaca ttgatcatgt tgttcaggaa
     1381 gtagctcgag tcggggaaga gcttcatgcc ctcctccaag gtcttctcca agccgacggt
     1441 gtccttgagc acttgatcgt atacgtaaca gagcgactga tagacatcga aacggcggta
     1501 gtccgttcct tttgcccggt tcaagtcctt gatcgcctgc tgaggattgt ccatttgcat
     1561 ggcggcaatg gctgcgtaga attgcacgat cataaagttg gaatctcttg cggccgcttt
     1621 ttcgcctttc ataaagggca ggtcggcgat ctcgagatat tgctcaaaga aatcgtgggc
     1681 tcttttgtaa ttcctctggt cgaagaagta cgcgcctccg ttcaagtagt agaggatgtt
     1741 tgcgttgagc gtgcccttga tgttcttcgt gtatttgggc ttcaccttgc ccttctcgtt
     1801 gggcagttgg tcaagccgat aggactcctt gaagtacggc aggatgtttc caagcgcctc
     1861 atacatgacg gcttcatcgg gcttctgtcc gaggatctgc ttcatgtttt cggtactgaa
     1921 ttgcgtgtct tcaatgaggc cggccacata ccaggtcttt gcgtcgtcct ttgtctcagc
     1981 gttttccatg gcccctttga tcagggcccg ggcttcgttg aaatccggtt tggaatcttt
     2041 cgcaatgcgt tctgcatcgg atacggcctt cttctgacca aagacgacgg tcgtcatcag
     2101 acacaagccg atggttacta atactcgctt catgttctct aatttttaat tgtgtatgaa
     2161 tggatgattg atagcttcga gggatcacgc gttgtcggtc ggtgtgttcg gcgcctcgtc
     2221 agccgactct tccacgccgc caatccgatc ctcttccgat tcggagacca ctttgcagac
     2281 ggatgcgatc tcgtcgttgc gtttctccaa gttgatcagg cggacaccct gcgtggcgcg
     2341 gccgatcacg ttcaagtcgg ccaccttcat gcgaatcgtg ataccggact tattgatgat
     2401 catcaagtca ttgtcctcgg tgacgttttt gataccgacc agcttgcccg tcttttcggt
     2461 cacttggatt gtcttaatgc ccttacctcc gcggttcgtg acgcgataat catcgatggc
     2521 ggagcgcttg ccgtatccct gttcagagac aacgagcacc gtctcttgct caggatgctt
     2581 gatgcagatc atgccgacta cttcgtcgtc gtcgccatcg agcgtcatgc cacgcacacc
     2641 ggcggccaca cgtcccatca cgcgcacttt gctctcatgg aatcggatcg cgcgaccatt
     2701 ccgattggcg atgatcactt cgttgtttcc gttcgtgagg cgcacttgga tcacaccgtc
     2761 gccctcgcgc agtgcgatgg cattcacacc gttctgacgc ggacgggaat aggcctcgag
     2821 caatgtcttt ttgatcagtc cgcgcttggt gcagaagagc aggtagtgcg aattgatgaa
     2881 gtccacgtcg cccgtcaggt tcttgatgcg gataaaggca ttcacgcggt cgtccgagtc
     2941 gatgttgagg aagttttgga tggcgcgccc tttggtgttt ttcgcgcctt cgggaatctc
     3001 gtagaccttc ttccagaagc agcgcccttt ggcggtaaag aacaggatcg tggcgtgcat
     3061 cgaggccgga tagatgtgct cgacaaaatc ctcttcgcgc gtttcggaac ctttcgaccc
     3121 caccccaccg cgggtttgcg cacggaactc actgagcggc gtgcgcttga tgtaacccat
     3181 atgcgagatg gtgatgatca tttcgtcgtc ggcgtagaag tcttccgggt tcagctcttc
     3241 ggaggcgtag acgatgtccg tcttgcgctc atcgccgtat ttgtcgatga tttcttggaa
     3301 ttcgtagcgg atgacctgca gcagtcggtc ttcgttttcg aggatctcct tgaggcgagc
     3361 gatcagcttt tcgatctcct catattcggc gcggagtttc tcctgctcca gtccggtgag
     3421 ttggcgcaag cgcatttcaa cgatggcgcg cgcctggact tcggatagtt cgaaacgttc
     3481 gcggagccga tcaatggctt gctgcggact gctggaggag cggatgatgg cgatgacctc
     3541 gtcgatgtga tccgaggcga tgatcagccc ttggaggata tgggcgcgct cctcggcttt
     3601 tttcagctcg aagcgtgtgc ggcgcaggac aacatcgcgg cgatgatcga cgaagttgcc
     3661 gatcagatct ttcaggttca tcagcttcgg ccgaccgttc acgagcgcga tgttgttcac
     3721 gctgaaagac gactgtaagg ccgtcatctt atacagcttg ttcagcacga tgttagcgtt
     3781 cgcctcacgc ttcacgtcca ccacgatacg cataccgctg cggtccgatt cgtcgttcac
     3841 gttcgacacg ccgtcgagcc gcttctcgtt caccagatca gcgatggcgc ggatcagctc
     3901 cgccttgttc accatgtagg ggatttcgct gatgacgatt ttatcgtgcg ttgttccgct
     3961 ctcgatctcc gccttaccgc ggataacgat gcgcccgcgc cctgtctcga acgcctcctt
     4021 gataccggcg taaccgtaga tcgtggcccc ggtcgggaag tcgggcgcct tgacgtgctc
     4081 catcagcccc tcgacatcga tctcaccgcg tgcgtccaca taagcctgac aggcgcgaag
     4141 cacctccgtc atgttgtgcg gtggcatgtt tgtcgccata cccacggcga tgcccgatgc
     4201 cccattgata agcaggttcg ggatgcgcgt tggcaacacc gtaggctctt gcagtgtatc
     4261 gtcgaagttg agctggaagt caaccgtatc cttatctata tcccgcaaca tttcctcagc
     4321 cagtcggctc atgcgtgcct cagtgtatcg catagcggcc gggctgtcgc cgtccacgga
     4381 gccgaagttg ccctgcccat cgaccagcgt gtaccgcatg gaccaattct gggccagtcg
     4441 gactaacgca aagtagaccg aagaatcgcc gtgcgggtgg tatttaccca gcacttcgcc
     4501 gacgattctg gctgcctttt tatagggttt gtctgaagta tttcctagct cgttcatccc
     4561 gaaaaggatg cgccgatgca cgggtttgaa tccgtctcta acgtccggta gtgcccggga
     4621 gacgatgacc gacatcgagt agtcgatgta agccgatttc atctcttgat tgatgtcgat
     4681 cttgataatt ctatcctctg ccatctatta ctaatgtata gcgttgcgtg aaaaaacaac
     4741 gctaaagtac aggttttcgg ataacgggca agaaaacctc ctaaaacgaa cttcaacggg
     4801 cttgctcatc cgtgcggcgt gcccgcggag atcgttttcc tgacgtaacg gacgagataa
     4861 ggtctaaaac ctgtctctga gaggcttata ctcctcgaat aaggccttac ggagcatatt
     4921 tccaatcgtt cggaacttcc cgaaagccta tttcatagtt tatagatcat tcggaacttt
     4981 ccgaactaga ttataactct gatacagtct ttcggaaact tccggagcta tttgcatctt
     5041 atataaaaag tctcggatat tcccgaacag gataaatatc atgtataaac accttcggga
     5101 attcccgatt gattgaaatt agactttaaa atgattcgga tacttccgaa agataggata
     5161 tgcatattaa aggcattcgg gagtatccga aagtcttaaa gatagagtat agacttatcg
     5221 gtaagatccg aaaagtttat acagtgtgtt tattcatttc ggatgattcc gagagtatga
     5281 tatagatatg tacatgcttt cggaacttcc cgaaatagag gtgcaggatg gaacagtctt
     5341 tcgggaagtt ccgatcgatt gaaaatgcgg tctatgaggg cttaacgagg tggagcgggc
     5401 ttgttctcgt actccgtaag ggcttaacgg ggtggagcga gactgttttc gtacttcata
     5461 agggcttcga ggtggcgaag aaggggcgcg aggtggcgtg cggagccttc ggggaggcag
     5521 aatgggccga aatagtaggg atttcgaaca gcgtcttaca tttgccacgt atttacacgc
     5581 aagaagtatg aatattggtt acacaaaggg gttgaccctt cttctgcttg tccgaatgct
     5641 ctcagcgtgc cattcggagg ggaaagagat cgaagagaat gcaattcgtt tcgagtcggt
     5701 ggtggttgaa aagacttatc ccgtggaaaa caagaaggac actacgaccg aggggcgtgt
     5761 gctgaagatc catttcacgt atccgacgga gtatgccaac cggggcgtgc ttgaggctgt
     5821 gcaacagcaa ttcgtccgga gcatgctggg cgatacgtat gcgcaactgc caattaggga
     5881 ggcggtgaat aagtatgtcg aggattacgg cttgcacctg aaggacaggg acgtttcgga
     5941 ttttgagcag gacacggagg accgcactgc g
//
LOCUS       SEQF2634|AYYE01000867.1  690 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..690
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tgactgacac attggcaccc gtcactttgc cttcggtcat ctttgcgtcg atgaatgatt
       61 cggcgtcggg gtgcttgatg gagacggtga gcatgagggc accgcgtcgg ccgtcctgcg
      121 ccacctcgcg ggtggagttc gaatagcgct ccatgaaggg cacgaggccg gtggaggtga
      181 gcgcggagtt cttcacgggc gagcctttgg ggcggatgtg cgagaggtcg tggccgacgc
      241 cgccgcgtcg cttcatgagc tgtacctgct cctcgtcgat gcggatcacg gcgccgtagg
      301 agtcggcgtt gccctcgacg ccaatcacga agcagttcga gagcgaggcg atctgatggt
      361 cgttgccgat gcccgtcatg gggcttccct ggggcacgat gtagcggaag tggtcgaaga
      421 gttcgaagag ctggtcttcg gtgagcgggt tgggatactt gcgctccacg cgagcgatct
      481 cgcgtgccag gcggcggtgc atgtcggcgg gcgactgctc atagatgttc ccgtaagcat
      541 ctttcaatgc gtacttgttg acccagactt tggcggccag ttcgtcgcca gtgaagtaat
      601 cgagcgatgc ggcgtaggcc tcgtcaaagg tgtacgtttc cgtctctgcg cccatgaagt
      661 gaatcttttt cattgaggtg tatatgtatg
//
LOCUS       SEQF2634|AYYE01000868.1 5178 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5178
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             26..523
                     /locus_tag="SEQF2634_00503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDFEGEEFDTSDRPSLPEYELLNDSILFNQKDVLCYSVYREYNA
                     GTPSPVRTYTNWVIDLKTGNRVTESEIFNEDYKDDLAKIIVDAIALYNNVDKVADLEN
                     IGFYNINEIYPNRNFYVDDIGITYTFNESDIAAGALGATSVRIPYEKVRHLMRHDSPI
                     AHLVF"
     CDS             532..1152
                     /gene="rsmG"
                     /locus_tag="SEQF2634_00504"
                     /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="MEAVNRYYPDLNETQRRQFEALGALYTDWNAKINVISRRDIENL
                     YLHHVLHSLSIERMIRFRAGSAVMDVGTGGGFPGIPLAILFPEVTFHLVDSVGKKIRV
                     AQAVAEALELRNVTTCHERVEDERGRFDFVVSRAVMPLRDLAAAVRKNIREEQQNALP
                     NGLICLKGGELQHEIAPFKKQAVRLDIDAYFREPYFMTKQIVYIPL"
     CDS             1149..1793
                     /gene="gloC"
                     /locus_tag="SEQF2634_00505"
                     /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             1816..4677
                     /gene="gcvP"
                     /locus_tag="SEQF2634_00506"
                     /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             4796..5149
                     /locus_tag="SEQF2634_00507"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKYFQEADIAVTVCDREGRIIDMNNQSREVNLKPGQELIGANV
                     LDCHPEPARTMLEDMMRNERKHVYTIEKNGRKKLIYQIPWYEDGQYMGFMELSMVIPF
                     EMDHKIRGQKIEDRG"
ORIGIN      
        1 ggacacggag gaccgcactg cggtgatgga cttcgagggc gaagaattcg acacctccga
       61 ccggccgtcg ctaccggaat atgagctgct gaacgatagc attctgttta accaaaaaga
      121 cgtgctgtgt tactccgtct atcgggaata caacgctggg acaccctcgc cagtccgcac
      181 gtacaccaat tgggtgatcg acctgaagac gggtaaccgc gtgacggaaa gcgagatttt
      241 caatgaggac tacaaggacg atctggcgaa gatcatcgtg gacgccattg cgctatataa
      301 caatgtagac aaggtggccg atctggagaa catcggcttc tataacatca atgagattta
      361 cccgaaccgc aatttctatg tagacgacat cgggatcacc tatactttca acgaaagcga
      421 catcgccgcg ggcgcgctgg gagccacttc ggtgcgcatc ccctacgaga aagtccgcca
      481 tctgatgcgc catgacagcc cgatcgcaca tctggtcttt tgacgcacgg aatggaggct
      541 gtcaaccgtt attatcccga cctgaacgag acgcaacgtc ggcaatttga agcgctgggt
      601 gcgctttaca ccgactggaa tgcgaagatc aacgtgatct cgcgtcggga catcgaaaat
      661 ctgtatttgc atcacgttct acactcgctg agcatcgagc ggatgatccg ttttcgggcg
      721 ggatcggcgg tgatggacgt gggtacgggc ggagggtttc cgggcattcc gctggccatc
      781 ctttttcccg aagtgacgtt ccatttggtg gacagcgtgg gaaagaagat ccgcgtggcg
      841 caggccgtgg cggaggcgct ggagctacgg aatgtgacga cgtgccacga gcgcgtggag
      901 gacgaacgag gccgatttga cttcgtggtg agtcgggcgg tgatgccact gcgcgacttg
      961 gccgcagcgg tgcggaagaa catccgtgaa gaacaacaaa acgcgctgcc caacggattg
     1021 atctgcctca agggcggaga actgcaacac gagattgcgc cgttcaagaa gcaagccgtg
     1081 cgcctcgata tcgatgccta tttccgggaa ccttatttca tgaccaagca aatcgtctat
     1141 atccccttat gattacgatc aaacagtttg aattcaatcc cttcggggag aatacctatg
     1201 tgctcagcga tgagacacgg gaggccgtcg tcgtggactg cggctgcatg atggcgcgcg
     1261 aacggagcgc gctctcagat tacatcacgg agcacggtct gacgccggtc aggctgctct
     1321 gcacgcatct gcatttcgac catatcatcg gtaacgcctt catccgcgat acgtacgggt
     1381 tgctgcccga ggcttcgcaa aaggatgtgg aagcgttgcc gtcgcttgag gagcagatgg
     1441 cgggactggg tttgccgccg agcaaagcgt tcgagacggt gccggtgaca aaatacctgt
     1501 ccgagggcga cacggtgcgc ttcggacagt cggaattaca agtgctggct acaccgggcc
     1561 attcaccggg tagcctttcc ttttatgcgt cgcaggatgg cttcgtgctg tctggcgacg
     1621 cgttgtttga aggcagcatc ggtcggacgg acctttgggg tggcgactta cggacgctca
     1681 tcacggccat ccgcgagaag ttgctgacgc tgcctgacgc tacagtcgtc tattcgggcc
     1741 acggccctgc gacgaccgtt ggcatagaga aaaacgagaa tccttactta taatcatcat
     1801 acaatcaaaa gagacatgga tacgaacaaa ttttccaacc gtcatatcgg cgttacgacc
     1861 gatgacgaca aagctgcgat gctgaaagcc atcggggtaa actcgctgga tgagctgatc
     1921 gaacagacga ttccctcgga catccgcctg acaaaaccgc tgaacctgcc ccccgcgatg
     1981 acggagcgca agttcgctga gcacatcgct gagctggcag gcaagaacaa gatattcacc
     2041 tcctacatcg gtatgggatg gtacgacacg gtttgcccgg cgcccattgt gcgcaatgtg
     2101 tttgagaacc ccgcgtggta cacctcttac acgccgtatc aggccgagat ctcgcagggt
     2161 cgtttggagg cgctactgaa tttccagacc gtgatctgtg aactgaccgg gctaccgctg
     2221 actaactgct cgctcttgga cgaggctacg gccgccgctg aggccgctac aatgtttcat
     2281 ggtacgcgta gccgcgctca ggccaaggct ggggcgaaca cgctcttcgt cgatgagcac
     2341 gtgtttgagt cgaccaaggc tgtgatccat acgcgcatgg agccgcaagg catcgaggtg
     2401 gtgacgggcg acttcaagac gtttgagttt accgacaagg tattcgccgc catcgtgcaa
     2461 tacccgaatg gcgacggtga gatcgaagat tatcgtgcgt ttgtggaggc agctcacgcc
     2521 aaggatgtgc gcgtggctgt agcggctgac ctgatgagcc ttgtgctgct gacgcctccg
     2581 ggcgaatggg gtgcggacgt ggtgttcggt agcagtcagc gcttcggtat tccgatgttc
     2641 tacggcggtc catcggcagg ctatttcgcc acgaaggacg agtataagcg taccatcccc
     2701 ggccgtatca tcggtatctc ggtcgacgct tacaatcacc ccgcttaccg tctggcactg
     2761 cagacgcgcg agcaacatat caagcgcgag aaggccacgt cgaacatctg tactgcacag
     2821 gcactgctgg ctacgatggc cggattctat gccgtttatc acggccccga cggactgcgc
     2881 gacatcgcct cacgtattca cgcttacgcc ggattcttag ccgaagaact tgagaagctg
     2941 ggctataagc aggtgaacaa gaacttcttc gacacgctca agatcgcact gccggagcgc
     3001 gtagaggtca agacgctgcg cgagatcgca ctggagtgca acatcaactt gcgctacttc
     3061 gaggacggtc acgtgggcgt cagccttgac gagacaacgc aacccaagtc gctggccgtg
     3121 ctgctgcaaa tgtttgccgg tgtggcaggc aagacgtatg ccgccaacgt ggacgacatc
     3181 aaccgcggtc gctacttcga tgagaagttc gtgcgcacct ccaagttcat ggagcaggaa
     3241 ctcttcgcta agtatcacac cgagaccgag ctgatgcgtt acatcaagcg ccttgagcgc
     3301 cgcgacatct cgctggctca ctccatgatt ccgctgggtt cgtgcacgat gaagctcaat
     3361 gctgcttctg aaatgctgcc gctcagtcgg ccggagttcc agaacatcca cccctacgcc
     3421 cccgtggatc aggcggccgg atacattgag atgatcgaaa acctctccgc ggcactgatc
     3481 gagatcaccg gtctgaaggg cgtcacgctg caaccgaact ccggcgctgc gggcgagtac
     3541 accggtctgc gcatcatccg ctcttacctc gaaagcatcg gacagggaca ccgcaacgtg
     3601 gtgctgctgc cggcttcggc tcacggtacg aaccccgcca gcgccatcca gtgtggcttc
     3661 acgaccgtca ccgtacgctg cgacgagaaa ggaaacgtcg acctggccga cttccgcgct
     3721 aaggccgagg agaaccgcga caatctggcc gcgagcatga tcacctaccc ctcgacgcac
     3781 ggcatcttcg aaacagacat caaggaaatg tgcgacatcg tgcatgcctg cggtggacaa
     3841 ctctacatgg acggcgccaa catgaatgcc caggtcggtc tgacgaaccc cggaacgatc
     3901 ggcgctgacg tctgccacct gaacctccac aagaccttcg cttcgcctca cggcggcggt
     3961 ggccccggtg taggtcctgt ttgcgtagct gagcacctgc tgcccttcct cccctcccac
     4021 cccgttgcct ttggtaacag cctcaacacc gtggctgctg cgccttacgg tagcgccggt
     4081 atcctgccta tcacctatgg ctatatccgc atgatgggtg ccgacgggct gacagaagcg
     4141 accaaggtgg ccatcctcaa cgccaactac ttggccgcga agctggagaa ggactacggc
     4201 atcgtttata acggtgcacg tggacgcgtc ggtcatgagc tgatcctcga atgccgcacc
     4261 atcaaggagc aatctggcat cgacgagagc gacatcgcca agcgactgat ggacttcggc
     4321 tatcacgccc ccaccctctc cttccccgtg cacggtacgc tcatgatcga gccgaccgag
     4381 agcgagagca agcacgagct ggatcgcttc gtggaagtga tgcagtgcat ccgccaggag
     4441 atcgacgagg tagagaaggg cacggccgac aaggaggaca atgtgctcaa gaacgcaccg
     4501 caccccgagt atgaggtgac ggccgacgag tggagccatc cctatccgcg caccaaggca
     4561 gccttcccgc tggagtggtt gcacgacggc aagttctggg tcaacgtggc ccgcgtcaac
     4621 aatgcctatg gcgaccgtaa cctggtgccc accctctgcg gctgctgcca gtgctgatcc
     4681 cccatgtgta cgttatatat aatgtacgca tagatatagt gtaacaggta agcccggtca
     4741 ctcctttcgt agagagcggc cgggtttctt tcacttttag attttagatc cccttatgat
     4801 gaagtatttc caagaagccg acatcgccgt caccgtctgc gaccgcgagg gacggatcat
     4861 cgatatgaac aaccaatcgc gcgaggtgaa cctcaagccc ggacaagagc tgatcggcgc
     4921 caatgtgctc gactgtcacc ccgagcccgc ccgcacgatg ctcgaagaca tgatgcgcaa
     4981 cgaacgcaaa cacgtctaca cgatcgaaaa gaacggtcgc aagaagctca tctaccagat
     5041 cccctggtac gaggacggcc aatacatggg attcatggag ctatccatgg ttatcccctt
     5101 cgagatggat cacaagattc ggggtcagaa gatagaagat agagggtaga gagtagaggg
     5161 tagaggggcg ggggaagg
//
LOCUS       SEQF2634|AYYE01000869.1 2178 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2178
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             24..653
                     /locus_tag="SEQF2634_00508"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDERVVIAGKVGRPLQQFAGDGVDGVRAEGVADAWAIGRRRG
                     VATRDVAAAALGLFGSEVIETGLAEHSTETHLLDGLGRGVELVIHVEEGRRTAAEHLH
                     AGQLGAPIDVLVRQLRLIRPDGLLEPLHERHVVAVAAEERHGGVRVGVDESGDEGLAA
                     AVDHGVRPGGVDRLGDARDGVAFYKKVRRTTLPFDGPDQYAAHTLRGYL"
     CDS             complement(644..2002)
                     /gene="dapE"
                     /locus_tag="SEQF2634_00509"
                     /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
                     AVANPINALCKLIASLTDADGRITLPHFYDDVEELTPDEKAMIARVPFDEAAYKRAID
                     VDEVFGEKGYSTLERNSCRPTFDVCGIWGGYTGEGSKTVLPSKAYAKLSCRLVPHQDP
                     ERITRMMIDYLQAAAPTGVRVKVDFKHSGEPYVCPIDLPAYKAAEAGFTIAFGRQPLA
                     VRRGGSIPVIPAFEKILGLKTVLMGFGLERNAIHSPNESFGLDMFRTGIEAVAEFYNH
                     YK"
ORIGIN      
        1 gtctcgacgg tcgtctcggc cagatggagg tggatgagcg tgtcgtgatc gcgggcaaag
       61 tcggccgacc attgcagcag ttcgccggag acggtgtaga tggcgtgcgg gccgagggcg
      121 tagcggacgc gtgggccata gggcggaggc gtggcgtagc gacgcgtgat gtggcggcgg
      181 ctgcgctcgg cctcttcggg tcggaagtga tcgaaacagg cctcgcagag cacagcacgg
      241 agacccatct cttggacggc ctcggccgtg gcgtcgagct tgtgatacat gtcgaagaag
      301 gtcgtcgtac cgctgcggag catctccacg caggccagct tggcgcccca atagacgtcc
      361 tcgtgcgtca gcttcgcctc attcggccag atggcctgct cgagccactg catgagcggc
      421 atgtcgtcgc cgtagccgcg gaagagcgtc atggcggcgt gcgtgtgggc gttgatgagt
      481 ccggggatga gggccttgcc gcggccgtcg atcacggtgt ccgccccggg ggcgtcgatc
      541 gtctcggcga tgcgcgcgat ggtgttgcct tctataaaaa ggtccgtcgg acgaccttgc
      601 cattcgacgg accggatcag tatgctgctc ataccttgag gggttactta taatggttgt
      661 agaactcggc cacggcctcg atgccggtgc ggaacatgtc gaggccgaag ctctcgttgg
      721 gcgagtggat ggcgttgcgc tccagaccga agcccatgag gaccgtcttc aggccgagga
      781 tcttctcaaa cgcggggatg acggggatgc tgccgccacg gcgcacagcc agcggttgcc
      841 gcccgaaggc gatcgtgaaa ccagcctcag cggccttgta agccggcaga tcgatggggc
      901 agacgtacgg ctcgccgctg tgcttgaagt cgaccttcac ccggacgccc gtcggggcag
      961 ccgcttgcag gtaatcgatc atcatgcgcg tgatgcgctc cggatcttgg tgcggcacga
     1021 ggcggcacga cagcttagcg taagccttcg acggcaggac cgtcttcgac ccctcgcccg
     1081 tgtagccgcc ccagatgccg cagacgtcga acgtcggccg acagctgttg cgctccagcg
     1141 tggagtagcc cttctcgccg aacacctcgt ccacgtcgat ggcccgcttg taggccgcct
     1201 cgtcgaaggg cacacgggcg atcatcgcct tttcatccgg ggtgagttcc tctacatcgt
     1261 catagaaatg cggcagggtg atgcgcccgt ccgcgtccgt caggctggcg atgagcttgc
     1321 aaagcgcatt gatcgggttg gccacggcgc cgccgaagtg acccgaatgg aggtcgcggt
     1381 tggggcccgt cacttcgatc tcccagtacg acagcccgcg caatccggtg gtcagcgagg
     1441 gcgtctcggc gctcaccatg ctggtgtccg agacgaggat cacgtccgcc cggagcagct
     1501 cgccatgcgt cttgcagaag gcgatgagcg attccgaccc gacctcctcc tcgccctcga
     1561 ggatgaactt cacgttgcaa tgcaccgcgc ctgcgtgcag ggccgtctcg aagcccttgg
     1621 cctggatcat ggcctgcccc ttgtcgtcgt cggcgccgcg ggcatagacg cgtccgtcgc
     1681 gaatggtggg ttcgaacggc tcgctctgcc aaagctccag cggctcggcg ggcatgacgt
     1741 cgtaatgccc atagacgagc accgtgggca ggtcgggcga cacgatgcgc tcggcgtaga
     1801 ccaccggatt gccgccggtg ggcatcacct cggcgcggtc ggctccggac gataacaaca
     1861 gttcgcgcca acgctcggcg cagcggccca tgtcggcctt gtgctccgtc tgcgagctga
     1921 cggacgggat gcgtaacagg ctgaaccact cctcaacgaa acgtggctcg ttctctttga
     1981 tatactcttt gatcgtactc ataaggtgtt tatgtgttgg tttttaagaa gccgttttga
     2041 atttattgga tgattgtttt aggagctgtt tgggcggatc tttctccttt ctatttcggg
     2101 cctattcagg tctatttccg cccttttgtc ccatcttttt cgtcacatag ctcgctatgc
     2161 tccttaaaag atgaaaca
//
LOCUS       SEQF2634|AYYE01000870.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             157..321
                     /locus_tag="SEQF2634_00510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKKQKKIKASGTPAKLAWYFKTLGTPAKLAWYFRTSGMLAKL
                     TTAQFLLPSP"
ORIGIN      
        1 gatgtcttgc aggatggcgc gcgcctcgtc gcggctgagg cagcggtgct cggtgagctt
       61 gttgaggata tctttcataa ggatgagtag tttggggggg attgggatct tctgatgagt
      121 agttaggggg attgggatcc ttcttttctt cccttgatgg aagaaaagaa gcaaaagaag
      181 atcaaggcgt cagggacgcc agccaagttg gcctggtact tcaagacctt agggacgcct
      241 gccaagttgg cttggtactt caggacctca gggatgctgg ccaagttgac taccgcacaa
      301 ttcttgctac catctccttg agctccgtga ggaaggccga ggcttcgtag ctgccttgct
      361 cgatgccgcg gagcttacgc t
//
LOCUS       SEQF2634|AYYE01000871.1 1848 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1848
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..213
                     /locus_tag="SEQF2634_00511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRFPKLIDDLPTINEKFAMLKTPIAKVMLPIATVGMMSERSGM
                     PLDELITKLEALIGTYQMKH"
     CDS             251..901
                     /locus_tag="SEQF2634_00512"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCGEALSPGVCPALRLFVAFAELPQASKWRKWPLRNFRKHQNG
                     ENGVCGTSASIKMEKMAFAELPQASKWRKWPLRDSHKHRNGENGSCGTSASVKMGKMA
                     LAELPQASKWGKWCLRNFRKHQNGENGPCGVPANAKKFPERLAGLPQTPKSFPRHLRG
                     SRKRSPFLGEHGEEWYNENGRIPEGLRPTGTRPNLLAEPTYSVGMSRLTFFEPTRA"
     CDS             complement(850..1830)
                     /gene="fucP_2"
                     /locus_tag="SEQF2634_00513"
                     /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="MTRFPKLIDDLPTINEKFAMLNTTVNPMLNTLGGGGNRGNQLIQ
                     FGGSCNSIGGTIAPILLGYLIGGSVQTAKVNDAAPAMIIAMAIFALAFLIILLARIPE
                     PHMETADERAARLSGNTKKDPHGPMSFRHFVLGAIAIFFYVGIEVGIPNTANLYMSNL
                     EWVGPVVAGTLVGFYWFLMMCGRLVGGAVGGRVSSKAMLTTVSLLATVFLLCLIFIPE
                     DVRFSIPVIGAEVPLGMVFMFLCGLCTSVMWGAIYNLAAEGLGKYTPLASGIFMALVC
                     GGGVISFIQNLVADKVGFISSYWVIIAGLCYLLFYALVGSKNVNRDIPTE"
ORIGIN      
        1 acgaagctca aggcgctcgt gacgcgtttc ccaaagctga ttgacgacct gcccaccatc
       61 aacgagaagt tcgccatgct caagacgccc atcgcgaagg tgatgctccc catcgccacc
      121 gtaggcatga tgagcgagcg atcgggcatg ccgctcgacg agctgatcac gaagctcgag
      181 gcgctgattg ggacctatca aatgaagcac taatcgtcga cggccccgag gcaaaagatg
      241 cgccgggtac atgctgtgtg gtgaggctct ctcacccggc gtgtgcccgg cgcttcgtct
      301 tttcgtggcc tttgcggaac ttccgcaagc gtcaaaatgg agaaaatggc ccttgcggaa
      361 cttccgcaag catcaaaatg gagaaaatgg cgtttgcgga acttccgcaa gcatcaaaat
      421 ggagaaaatg gcgtttgcgg aacttccgca agcatcaaaa tggagaaaat ggcccttgcg
      481 ggactcccac aagcatcgaa atggagaaaa tggctcttgc ggaacttccg caagcgtcaa
      541 aatggggaaa atggcccttg cggaacttcc gcaagcatca aaatggggaa aatggtgttt
      601 gcggaacttc cgcaagcatc aaaatggaga aaatggccct tgcggagttc ccgcaaacgc
      661 caaaaagttt cccgagagac ttgcgggact cccgcaaaca ccaaaaagtt ttccgaggca
      721 cttgcggggt tcccgcaaac gctcaccttt tttgggggag catggcgagg aatggtacaa
      781 cgaaaacggc cggataccgg agggtttgcg ccccactggt acccggccga atttgttggc
      841 ggagcctact tattccgtcg gtatgtcgcg gttgacattc ttcgagccga cgagggcgta
      901 gaagagcagg tagcagaggc cggcgatgat cacccagtag ctgctgatga agcccacctt
      961 atcggccacc aagttttgga tgaacgagat gacgccgcca ccgcagacga gggccatgaa
     1021 gatgcccgac gccaaggggg tgtatttgcc cagcccctcg gcggccaaat tgtagatggc
     1081 gccccacatg acggacgtgc agaggccgca gaggaacatg aaaaccatgc ccagcggcac
     1141 ttcggcaccg atgacgggga tcgagaagcg cacatcctcg gggatgaaga tgaggcagag
     1201 cagaaagacg gtggcaagca ggctgacggt cgtcagcatg gccttgctcg agacgcggcc
     1261 acccacggcg ccgcccacga ggcgtccgca catcatcagg aaccagtaga agccgacgag
     1321 cgtaccagcc accacggggc cgacccactc gaggttcgac atgtagaggt tggctgtgtt
     1381 cggtatgccc acctcgatcc cgacgtagaa gaagatggct atggcgccca gcacaaagtg
     1441 gcggaacgac atcgggccgt gcgggtcttt cttcgtgttg ccagagagtc gcgcggcgcg
     1501 ctcgtcggcc gtctccatgt gtggttcggg gatgcgtgcc agcaggatga tgaggaaggc
     1561 cagggcgaag atggccatcg caatgatcat ggccggggcc gcgtcgttca ccttagccgt
     1621 ctgcaccgag ccgccgatga ggtagcccag gaggatgggg gcaatcgttc cgccgatgga
     1681 gttgcaagag ccgccgaact ggatgagctg attgccgcga ttgccgccgc cgcccagggt
     1741 gttcagcatg gggttgacgg tcgtgttgag catggcgaac ttctcgttga tggtgggcag
     1801 gtcgtcaatc agctttggga aacgcgtcac gagcgccttg agcttcgt
//
LOCUS       SEQF2634|AYYE01000872.1 6009 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6009
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(225..872)
                     /gene="mtrR_1"
                     /locus_tag="SEQF2634_00514"
                     /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
                     QVTRGAIFYHFRNKEDLLRGVAEKFVIDFLQSSPSADEIIDDQTPLRSFLDAQICQIE
                     QRVQLFLEQVGPDSDITSADFMSFLLFINKYVAGIKRKLQAYEEAQAQCWSEAIHQGL
                     ERGEIRKEVDTETLYNAFHSVYVGIAFHGAVIHQQFVLDQLRKEWDFLYQLAAAH"
     CDS             complement(1198..1845)
                     /locus_tag="SEQF2634_00515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGERMKMKQEKAEALKQTILNVAYELFLTHGYEKVCLADIEQGA
                     GATRGSLIYHYRSKETLLLLTSEKFIADFFRDTCPDEEVINSRTPLKDYLKAFVQIVE
                     AQVRHFKENIVKDTKVTSASSINFMIHLCTLSASFKRALQAFHTTQLGYWSEVINRAK
                     ACGEIRQALSTVTLVDTFVHILSGIIFQSAVCHQEIPLDQLQDEWDNFYQTTIEA"
     CDS             2810..3169
                     /locus_tag="SEQF2634_00516"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGGVIRDVAYAVDEDGRYQSVVSDGWAVKNDVLDLVWDDIRAS
                     CEAIREQVLRHEASPLAYHMTKNLQDVSMLAAYADIPKRKVKKHLTYDAFMQLDDRTL
                     ERYADALRITVDELRNV"
     CDS             3169..4356
                     /locus_tag="SEQF2634_00517"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVFEKELHGGAMRDFAEWCRCKASETDGEGSVLKYMTEPECRR
                     QRSRCAAMQTSSIEIAFDHRPSAHCENGVTRNLLHFYGYDYSEPLVFGLSASLYFVHL
                     PFVRLAGFPVTSFRPLPGMIFSRTTRLLGFGTRQHIYFSRSRAERKLDQLLAEGTPTG
                     AVVGMYFLPYMPAEYRFHFNAHNITVFGKDGDDYLVSDPIAMEKVRLSARDMMRARFA
                     RGTYPPMGKLYYIRSLPRHTPDLPPLVRRAILTNCNRMIHQPGPVPWVGINTFDYLGR
                     QIPRFPQQYGPKRAALHLAQLIRMMEEIGTGGAGFRFLYAAFLQEAADVTGIPALNEL
                     SARLTDIGDQWRRFAADAGRVCKNRSSADVDYRTLGADLKAIGGMERTLFTDLERVVK
                     AHK"
     CDS             4353..4838
                     /gene="yxlF"
                     /locus_tag="SEQF2634_00518"
                     /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
                     KTTTLSILAGLLPFDGGTVHLCGLDIRRDRARLSPLIGVVPQDIALYPELTAAENLHF
                     FGRMHGLPTLTLRERIDTDADRLDLRAHLHKRIEHLSGGMKRKLNLLVALLHRPPYPL
                     S"
     CDS             4849..5097
                     /gene="ybhF"
                     /locus_tag="SEQF2634_00519"
                     /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="MGVDVHSRQEIIAHLRALNTDGMTIIYTSHDMVEAERLCTRVAL
                     MNRGATVCEGTPEALLTEARMPSLEALFIARTEEAGRA"
     CDS             complement(5304..5663)
                     /locus_tag="SEQF2634_00520"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRNFTEQEPVLDREHVFADGAEQRGPKGRLCGRVDPETDLKRL
                     SREGVCLGFAHAILFATEGLCDASRYALPQTVGGAGRDDDADQVITPRHGRLHSLGRQ
                     WSTVGRRGGNVEEVAIG"
ORIGIN      
        1 gggcggcctg tgccacgggc tggccggcgg cgttggtcag tcggccggtg atgccctgtt
       61 gtgcacgggc ggcgacggtg agcagcaggc ttgctgcaag gatcggcagg agggctgtct
      121 gccgaaaaaa gcgattcgtt ttcatcacgt gaaggggttt tatggtgttt ggatcataga
      181 aataacatga gaaggccccg ccccctcgat tgggggggca gcggctaatg ggcggcggct
      241 aactgataga ggaagtccca ctctttgcgc agctggtcga ggacgaactg ctggtggatg
      301 acggcgccgt gaaacgctat gccgacatag acggagtgga aggcgttgta cagggtctcg
      361 gtgtcgacct ctttccggat ctcgccgcgt tccagacctt gatggatggc ctccgaccag
      421 cactgcgctt gcgcctcttc gtacgcctgg agcttccgct tgataccggc tacgtacttg
      481 ttgatgaaaa gcaggaaact catgaaatcg gccgacgtaa tgtcactatc tgggcccact
      541 tgttcaagga agagctgcac ccgctgttct atttggcaga tctgcgcgtc caagaagctc
      601 ctcaagggcg tctggtcgtc tatgatctcg tccgccgagg ggctactctg caaaaagtcg
      661 atgacgaatt tctctgctac gcccctgagc agatcttctt tgtttctgaa atgatagaag
      721 atggcccctc tggtgacttg ggatacttgt tcgatgctca taaagctgac ggcatggtat
      781 ccgtgtgcca ggaacagctt gaatgcggcc cagagaatgc ggccttttgt ctcagtcttt
      841 ctcagttcgt tcttgttcgt tttctggatc ataagtggga attgttgaat gggggttaaa
      901 gggttgtaga tggatagcct cgttcggctt gtcggcccca aaaataagca gggcgagagc
      961 aacctgcata ctattcggtc tatttttctt catggctgga gcttctttcg ctccgcggct
     1021 cccaccgacc ctccccgacg gcggccgccg tcgcccatcg gcgggtaggg gtagggacga
     1081 aaatgaacat gcccccagac gtttccgcag ggggcatata ggttcgggag ccgtgtgcaa
     1141 tcgtcggccc acgtcgtgca cgttgttgtc ggcgcacggg ccgaggcggg gcgggcgcta
     1201 cgcctcgatg gtagtctggt agaagttgtc ccattcgtct tggagctggt cgagggggat
     1261 ctcttggtgg cagacggcgc tctggaagat gatgccggaa aggatgtgga cgaaggtgtc
     1321 gaccagggtg acggtactga gcgcctggcg gatttcgccg cacgccttgg cccggttgat
     1381 gacctccgac cagtagccca gttgcgtcgt gtggaacgct tgcagcgccc gtttgaagga
     1441 ggcactcagg gtgcagaggt gaatcatgaa gttgatcgac gaggctgacg tgaccttcgt
     1501 gtctttgact atgttctcct tgaaatgcct gacctgcgct tctactatct ggacgaacgc
     1561 cttcagatag tccttcagcg gcgtccggct gtttatcacc tcctcgtcgg ggcaggtgtc
     1621 gcggaaaaag tcggcgatga acttctccga ggtgagtagg agcagggtct ctttgcttcg
     1681 gtaatggtag atgaggctcc cgcgggtcgc tcctgcgccc tgctcaatgt ctgccagaca
     1741 gaccttttcg tatccgtgcg tcaggaacag ctcgtaggcc acgttcagga tagtctgctt
     1801 caaggcctca gctttctctt gcttcatttt cattctttca cccataagtg tatcgtgtat
     1861 tgttgcgagt aaataaatcc gttttagctg cttgtttcca gcttttccat tgcaaagata
     1921 gttcgaatct ttctgttatt cattcagttg gaggaaaaat aaattacaaa ttgagcttct
     1981 gcctccagta gcccgtcgtc ggatgtcgtt tcgtaagccc tcagcattca tttgcttgta
     2041 aattggaatc taataggtgc ccaaaacgcc gattcgcttc cgtcagaaac catttcacgg
     2101 gccaccgcgt cccatccgcc ggtagggtag gggcgtattg catacgcccc gtcaaatgac
     2161 cccgcagggg acaaatccga cggcggcggt cgacgcccat ccgcctataa aatggaatcc
     2221 aatgacggcg gatgcctgtc tggcgctatt gttccctgcc gggaacatcg ggggcgtatg
     2281 caatacgccc ctacacggac gttcgacaat ggccgctgac gttcgttcgc ccccggaatg
     2341 ttttccgata cgtgcgcccg atgctcattc gcctccgttg ggaaccattt tatgggccga
     2401 tgacacccat tcgcctctaa aatgttttcc aatgggagcg gctgacgctt gggcgccctt
     2461 gtcggaatgt ccaacaggag cggctggcgc tcagacaccc tcaaaatggt ttccaacggg
     2521 gcgtcttttt gctcagacgc cctcaaaatg gtttccaacg gggcgtcttt ttgctcagac
     2581 gcccccaaaa tggtttccaa cgagacgtct tttcactcag acacccctaa aatggtttcc
     2641 aacggggcgt ctttttgctc agacgccctc aaaatggttt ccaatggggc gtcttttcac
     2701 tcagacgccc tcaaaatggt ttccaacgag gcgtcttttt gctcagacgc ccccaaaatg
     2761 gtttccaacg gggcgtcttt tcactcagac accccaagac ttaaaataca tggccggcgg
     2821 cgtgatccgc gacgtggcgt atgccgtcga tgaggacggg cgctaccaga gcgtcgtgag
     2881 cgacggctgg gcggtgaaga atgatgtgct ggacctcgtc tgggacgaca tccgcgcctc
     2941 ctgcgaggcc atccgcgagc aggtgctccg ccacgaggcc agcccgctgg cttaccacat
     3001 gacgaagaac ctgcaagacg tcagcatgct ggccgcctac gccgacatac ccaaacgcaa
     3061 ggtgaagaaa cacctcacct acgacgcctt tatgcagctc gacgaccgca ccctggagcg
     3121 atatgccgac gcgctgcgca tcaccgtgga cgaactgagg aacgtgtgat ggaggtcttt
     3181 gaaaaagagc tccatggcgg agcaatgaga gactttgcag agtggtgcag atgcaaggcg
     3241 tccgagaccg atggcgaagg gagtgtactt aagtacatga ccgagccaga gtgtcgaagg
     3301 caacgcagca gatgcgctgc tatgcaaacg tcttcgattg aaatagcttt tgaccaccgc
     3361 cccagcgccc actgcgagaa tggcgtcacc cgcaacctgc tgcatttcta cggctacgac
     3421 tactccgagc cgctcgtctt cggcctctcc gcctcgctct acttcgtcca tctgcccttc
     3481 gtccgcctgg ccggcttccc cgtgacgtcg ttccgccccc tacccggcat gatcttctca
     3541 cgcaccacgc gtctgctcgg cttcggcacg cggcaacaca tctacttcag ccgctcgcgg
     3601 gccgaacgca agctcgacca actgttggcc gagggcacac ccacgggcgc cgtggtgggc
     3661 atgtacttcc tgccctatat gcctgcggaa taccgcttcc atttcaatgc acacaacatc
     3721 accgtctttg gcaaggatgg cgacgactac ctggtcagcg acccgatcgc gatggagaag
     3781 gtgcgactct cggcgcgcga catgatgcgc gcacgcttcg cccgcggcac ctatccgccc
     3841 atgggcaagc tctactacat ccgctcgctg ccccggcaca cgcccgacct gccgccgctc
     3901 gtgcgccgcg ccatcctcac gaactgcaac cgcatgatcc atcagcccgg gccggtgcct
     3961 tgggtgggca tcaacacgtt cgactatctc ggccgacaaa tcccccgctt cccgcagcag
     4021 tacgggccga agcgagccgc gctccatttg gcgcaactga tccgcatgat ggaggagatc
     4081 ggtacaggcg gcgccggctt ccgcttcctc tacgccgcct tcctgcaaga ggccgccgac
     4141 gtgactggca tccccgccct caacgagcta tccgcccgcc tgaccgacat cggcgaccaa
     4201 tggcgacgct tcgccgccga cgccggacgc gtctgcaaga accgctcgtc ggccgacgtc
     4261 gactaccgca cgcttggcgc cgatctgaag gccatcggcg gtatggagcg cacgctcttc
     4321 acggatctcg aacgcgtcgt aaaggctcac aaatgacatc tgccatcgac atccgcgacc
     4381 tccgcaagac gtatcgcggc gccgctgcac cgtctgtcga cggactcacg ctgcacgtct
     4441 ctgagggcga attcttcggg ttactcggcc ccaatggcgc aggcaagacg acgacgctct
     4501 ccatcctcgc cggccttcta ccgttcgacg gcggcacggt gcatctctgc ggcctcgaca
     4561 tacgccgcga ccgtgcccgc ctcagtccgc tgatcggcgt cgtgccgcag gacattgccc
     4621 tctaccccga gctgaccgcc gcggagaacc ttcacttctt cggtcgtatg cacggcctgc
     4681 ccaccctcac gctccgcgaa cgcatcgaca cggatgcgga ccgcctcgac ctccgcgccc
     4741 acctgcacaa acgcatcgaa cacctctctg gcggcatgaa acgcaagctc aacctcctcg
     4801 tcgccctgct ccatcgcccc ccgtatcctc tttcttgacg agccgaccgt gggcgtcgat
     4861 gtacattccc ggcaagagat tatcgcgcac ctccgcgccc tcaacaccga cggcatgacg
     4921 atcatctaca cctcgcacga catggtcgaa gccgagcgac tctgcacccg cgtagccctc
     4981 atgaaccgcg gcgcaaccgt ctgcgaaggt acccctgaag ccctacttac cgaggcgcgt
     5041 atgccctcgc tcgaagccct atttattgcc cggacggagg aggccggacg cgcatgaagc
     5101 tcgccgcatt attccgcaaa gacctgctgc tgctcctgcg cgatccgtgg gggctcgtct
     5161 tactgttcct gatgccgtgg acgctcgtga tccttatggc cagcttgcag gacagcacct
     5221 tccgcaccct cgacgaacag catatccccc tcctcttgct gaacgaagac gccgattcgc
     5281 tcggcaacac cgtcagccgc gagctagccg atagccacct cttcgacatt acctccacgg
     5341 cgcccgacgg tcgaccactg acggccgagg ctgtggagac gtccgtggcg cggggtgatt
     5401 acctgatcgg cgtcgtcatc ccgtccggca ccaccgaccg tctgcggcaa cgcgtagcgc
     5461 gaggcgtcgc acaagccttc ggtggcgaag aggatagcgt gagcgaagcc gaggcagaca
     5521 ccctctcggc tcaaccgctt gagatccgtc tctgggtcga cccgaccgca aagccgtcct
     5581 ttcgggccac gctgctcagc gccgtccgcg aacacatgct cacggtccag aaccggctcc
     5641 tgctcggtga aatttcgcgt cacgtgaacc gccttatccc catgcccatc gatttagaga
     5701 tggagacgga gggctggatc acggtccacg agtcctacgc ccgcacctcc tccaccgccg
     5761 acctgctgcc taacgctacg cagcacaacg taccggcctg gagcatgttt gccgtcttct
     5821 tcatcgtcat ctcgctggcc gggaacatga tccgcgagcg cgaaacaggc tgcttcgccc
     5881 gcctcctgac catgccctgc ccctacgccc tctacctcac gggcaaggtg ctcgtccacc
     5941 tcctcgtctg cctcttgcag ctcgccctgc ttctcctcac cggcctctac ctcatgcccc
     6001 accttggcc
//
LOCUS       SEQF2634|AYYE01000873.113002 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13002
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(149..2476)
                     /gene="bamA_1"
                     /locus_tag="SEQF2634_00521"
                     /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="MKPNHSPLLPLFFFVLLLSASCSTTKMLPPGEVLYTGIERIVVN
                     DPANQRHRGADEVMGKVEEALAYAPNNALLGSSTTRTPLPIGLWVYNAHVGKKGRFHQ
                     WMYRWLAARPVTLTTVKPANRALAAQNVLHENGFFRGAARYEIIPDHKDSLKARVRYL
                     VTLGEPYVIDSVRFRRMQDRSDTTIKWRDEERLLHRGDLFTLDRLEAERQRIATIMRN
                     NGYYYFRPEYIEVQADSTKGDHLVDLRVRVRRDIPRDFIRKPWFMGRTAIRLIGYDGE
                     EPTDSLTYGPVTIHYEGRLRLRPHVLLNALRYERGDRYSLAAQEQTQAAMSKLRTFRF
                     VDMQYTPTDTSAACDTMNVRIRATYDYPLNSRLEIKGTINDNRYAGPGFTLALTRMNL
                     FRGGENLSASVFGSYEWQTGARTAGHTGMVNNYEIGARGTLTFPRLILPHFGHKDRDL
                     IATSRIDAQATVLNRARFFNQLSFGGSLSYDFVPNPIRRHTFTPLRLTFSRLLSTTSG
                     FDSIVARNPSVRQSLQDQFIPVVEYTYTLDNSTVREERSKTRWHFSIAEAGNLLSATN
                     LLFGRRWDEKGKTVFKNPYSQFLKMTTELRYNHYIDRHQRLAFRIGGGIIYSYGNAAA
                     APYSEQFYVGGANSIRAFTIRSVGPGRFAPDRNDPYAYIDQIGDIKVEANAEYRFRLV
                     GDLAGAVFLDVGNVWLLRDDPARPGGQFAWRHLLTDLATGTGIGFRYDINLLVFRFDI
                     GYALHFPYDTGRRGYLNAPNLRDALGFHLALGYPF"
     CDS             complement(2486..7204)
                     /locus_tag="SEQF2634_00522"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKWIKRTVKTCLLAPVGAVAVGAVLLYVPPVQNAVLKVVLRHV
                     SERVGMEITVGHVRLSYPLDLTLRDVSVRDSVCDTLLNVRGLSVSVRPWPLLRGEVFV
                     SELQLDSALVHSKGLIEGMHLDGTFGRLTTADVGLWAKKEELKLDNVLLADAEVALVI
                     DSIPPSDTTDTTVNRWRITAERLDLQRVGFTLRMPKDTLGVTTYLGDARVTGVSANLE
                     AQRYAAGRLDIRGAYAAYDGSERPRTVGLDPQHISASNIRLLADSVRYHAGDLRVALR
                     EASLDERSGLSVESLSAYVHLDSTGVSVSEGMLRTTRSWIDLQARVPWAALSDRPTAD
                     LQAEWSAGIDGQDVLTAMGEQGPRLMRAIPDSLLYLSGLVEGNLERMRVHDLMGGLPG
                     AFTFEAYGSAEHVMDERRRTGQINLRLQTESRQYLSHWIPEISGGRVRMPERMRVELE
                     ASLKGGEYQGRLKAEESGGRIELTGRYHSLRNEYAVDVRVDSLRPVHFLPQDSLYRLT
                     AVLHAEGRGTDFFSPHTRVNLRGTIADVHYGSYRLSGLSLDGSLLNHQAQATLNSESP
                     YIKGKVLLDGVVRRDRMAGVVAIDMDTLDLMGLKLTKDPLSGSFQLFSEMETDLKRRH
                     RLDLTLGNWAISTDQQTYRPKMLTLHAVSDDDTTRLSFHAGDMGLIATGNADAPTLLQ
                     RLGNVSDVFRRLMEHDSAAHIERLTPLLPTLNIQLEAAQDNPLYNYLQEQNIFFDRLT
                     VHASTSPTDGLQANALLLSVMKDTMRLDTICLDIRHDSIEGLTYAVDVIKNRFRGQDA
                     FTAGLRGHLLNGVAEANALYRDSRGETGLQLGVQAEQRGKAYRFHFIPDEPVLAFMPF
                     KLNPENYVEMRSLKSISADLKLTGPENAALWMHSSEDSTELAVEINQIDLQQLSRFAA
                     IPDMQGRVNVALRYVPSDVSFLIAADANIDNLIFRGQPVGELLLNGIYLPLDNNRHRF
                     DAHFYHNESELATISAFYRQPQQKQAQGAIDGTMQFDRIPLSELNPFFGGAVDMQGVL
                     RGRLTLESRDRGPIWNGYLQLDSTSMYVRAVGTRFRFDDQEVDIKDSKLRLTKYGIYT
                     TGGNPFTISGTVDLSKPMKETADLRLAAQDMLLIDAPDGAPGAMLYGRLPIDLNLTAR
                     GPLRALKVRGGVHVRSGTNVTYVMPDANDELQDNFAGLVSFTYFSDTVPQRIRDIERQ
                     NAARTSSIGGLDAQLTLRVDPTARLKVDMGGAGERSNRIELRGGGDLSFHYTPLGDMN
                     MSGRYTLSGGLIRYSIPVIPLTDFTIQDGSYVEWQGDLMNPYLNLTALTRQRSTVNLD
                     GRSQMVDFNVGLQVRQQLRNIALKFILEAPKNGTVQTQLAAMGEEERSKQAIGLLVTG
                     VYLAQSGTGNEHLDVGTAISSLLQREINNMLGSLGGDVPFSFDVNTYDGTDGKGRRID
                     YLGRFYMGFLKERIYTTLGMRYSTNDPVMGNRLYLDEASLEYRLDADGSRFVKVYNQT
                     DYENLFEGEIRKTGLSAIFRRKVKRLADLFDFRKRRNRTVVTEPEPAAPDTNETETDS
                     TEGAPAEDTTRRDADPSPND"
     CDS             7243..7356
                     /locus_tag="SEQF2634_00523"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNTTRAPFGVKEWGNGLGVRRRLKVLRDVIVSHDET"
     CDS             7969..8988
                     /gene="ideR"
                     /locus_tag="SEQF2634_00524"
                     /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
                     ADRGDDDRALRARSWWRVTHVEDDDRALFTLIDALGLTKDSVLFITDVTPEGFTFMYE
                     GERFTLPAAAHAALNMEPMTDDEVRRSPEADARRLTRLEPGVTARIVGLSPSCRGALR
                     RRLLDLGFVRGSTVSIDLVSPMGNPVAYAVRGTAIALRHDQARYILIGTGSSQPSFPL
                     TPQPQ"
     CDS             8985..11165
                     /gene="feoB_1"
                     /locus_tag="SEQF2634_00525"
                     /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="MTYPTTPMNQTTNTASPCATCPKAAPMHGLERRGAQADGERFVV
                     ALAGNPNTGKSTVFNALTGLKQHTGNWPGKTVGKAEGFFGYGGDTYRIVDLPGTYSLA
                     STSEDEEIARDFILFGKPDVTVMVADATRLERNMNLILQVLQITDRAVLCVNLLDEAE
                     RNHIHIDLNALSRRLGIPVAGCSARSGKGIDRLLEMMHEVATGAYVCRPHRATNLPPA
                     TADRIRVLTEAVARVHPNLSNAEWIAFRLVEQDPSVRQRFGNAELNALAENIHLQISN
                     NFHDQWMEDIYAQAEAICRDVVTQGNRRGRLPMDVRLDRILTHRVWGFPIMVALLSGV
                     FWMTIVGSNYPSSWLSDLLVGLIHPALRGLFVGFGAPAWVTGLLVDGVYLSTAWVVSV
                     MLPPMAIFFPLFTLLEDFGYLPRVAFNLDELFRRAGAHGKQALTMSMGFGCNAAGVVS
                     TRIIDSTRERLIAIITNNFSLCNGRWPTQILLATLFVGAAVPARYSGLVSLVAVMGVV
                     FLGVTLMFGSSWVLSRTLLRGEVSTFHLELPPYRPPRFWSTIYTSIIDRTLIVLWRAL
                     VFAAPAGAVIWLCCNLTVGGVSIAAHLIHWLSTPGWIMGLNGVILLAYILAIPANEIV
                     IPTVLMLTLLVLGQSDAGAAGVLMEGGDAETKQILLAGGWNLLTAVCLMLFCLMHHPC
                     STTIYTIYKETHSAKWTAVAIFLPLVLGIIVTSIVAFIWRMVAG"
     CDS             11226..12071
                     /gene="folP"
                     /locus_tag="SEQF2634_00526"
                     /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
                     RRIETILNEGGTLIDVGGYSSRPDADDVSEADEWARLEPVLRRLMRDYPDVPVSVDTF
                     RSAIARRAVEEYGAAMINDISGGSLDEQMYATVATLGVPYVLMHMRGTPRTMQQFTDY
                     DDVVEAVMMYFASELRTLRRLGVADILLDPGFGFAKTLEQNYTLMRALSEFADRFEEP
                     LLVGISRKSMIYRLLGGTPDDSLNGTTVLNTYALMHGASVLRVHDVRAAVEAVRITRQ
                     LIPSE"
     CDS             12096..12863
                     /gene="cdaA"
                     /locus_tag="SEQF2634_00527"
                     /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"
ORIGIN      
        1 tttgagcacg ctagaggggg cgtatgcaat acgcccctac agcctaccgg caggaggcgt
       61 tttttcttat ggttgattgg gggtgatcga aaaacgtgac ggggcaaact tcgccggcgg
      121 ccgcagccgc ccttcgctcg ataaaaattt agaaggggta gccgagggct aagtgaaacc
      181 cgagggcgtc gcgtaggttg ggggcgttga gatagccgcg ccgaccggtg tcgtagggga
      241 agtggagggc gtaaccgatg tcgaaacgga agacgaggag gttgatgtcg taacgaaagc
      301 ctatgccggt gccggtggcg aggtcggtga ggaggtgtct ccacgcgaac tgtccgccgg
      361 gacgcgcggg gtcgtcgcgc agcagccaca cgttgccgac gtcgaggaag acggcgccgg
      421 ccaggtcgcc cacgagacgg aaacgatact cggcgttggc ctccaccttg atgtcgccaa
      481 tctgatcaat gtaggcgtag gggtcattcc gatccggggc gaagcgaccg gggccgacgc
      541 tgcggatggt gaaggcccgg atgctgttgg ctccgccgac gtagaactgc tcgctgtacg
      601 gagcggccgc ggcattgccg tagctgtaga tgatgccgcc cccgatgcgg aaggcaaggc
      661 gctggtggcg gtctatgtaa tgattgtaac gtagctcagt ggtcatcttc aggaactgcg
      721 aatacgggtt cttgaagaca gtcttgccct tctcgtccca ccgtcgcccg aagaggaggt
      781 tagtggctga gagcaggtta ccggcctccg cgatcgaaaa atgccagcgc gtcttgctgc
      841 gctcctcacg cacggtggag ttgtcgagcg tgtaggtgta ctctacgacg ggaatgaact
      901 gatcctggag gctctggcgg acggaagggt ttcgcgcgac gatgctgtca aagcccgagg
      961 tggtgcttag cagtcgcgag aaggtgaggc gtagtggtgt gaacgtgtgt cggcgaatgg
     1021 ggttgggaac gaagtcgtac gagaggctgc caccgaaact gagctggtta aagaatcgcg
     1081 cacggttcag cactgtcgcc tgcgcatcga tacggctggt ggcgatcaga tccctgtctt
     1141 tatggccaaa gtgcggcaag atgaggcggg ggaaggtcaa tgtcccgcgt gcgccgatct
     1201 cgtagttgtt caccattccc gtatgcccgg cggtgcgcgc acccgtctgc cattcgtacg
     1261 agccaaacac ggacgcggag agattctcgc cgccacggaa caggttcatc cgggtcagcg
     1321 ccagagtgaa tccgggtccg gcatagcgat tatcgttgat ggtgcccttg atctcgaggc
     1381 ggctattgag cggatagtcg taggtggcac ggatgcgcac gttcatggtg tcgcacgcgg
     1441 ccgaagtgtc agtcggcgtg tattgcatat ccacaaaacg gaacgtgcgg agtttgctca
     1501 tcgctgcctg cgtctgttcc tgggcggcga gggaatagcg gtcgccgcgc tcatagcgca
     1561 aggcgttgag gaggacgtgg gggcggaggc gcagcctgcc ctcgtaatga atggtgacgg
     1621 ggccgtaggt gaggctatcc gttggctcct cgccgtcgta accgatcagg cggatggctg
     1681 tgcgtcccat gaaccacggc ttacggatga agtcgcgggg aatgtcgcgc cggacacgta
     1741 cgcgtaggtc tacgaggtgg tctcccttcg tcgagtcggc ttgcacctcg atgtactccg
     1801 gtcggaagta ataatagccg ttgttgcgca tgatggtggc gatgcgctgg cgttccgcct
     1861 cgaggcgatc gagggtgaag aggtcgcctc ggtgaagcag acgctcttca tcgcgccact
     1921 tgatggtggt atcgctccga tcttgcatgc gacgaaagcg gacagagtcg atcacgtaag
     1981 gctcgcccag ggtgacgagg tatcgcaccc gggctttgag cgaatccttg tggtcgggga
     2041 tgatctcata gcgggccgcg ccgcggaaga aaccgttttc gtggagtacg ttctgcgctg
     2101 ccagcgcccg gttggcaggc tttacggtgg tgagcgtcac cggccgcgcc gcgagccatc
     2161 ggtacatcca ctggtggaag cgcccctttt tcccgacgtg ggcattatag acccagagcc
     2221 cgataggcag cggcgtgcgt gtggtggaac tgcccaggag ggcgttattc ggcgcatagg
     2281 ccagagcctc ttccaccttg cccatcacct cgtccgcgcc gcggtggcgc tgattggcgg
     2341 ggtcgttgac tacgatgcgc tcgatgccgg tgtagagcac ttcacccggg ggaagcattt
     2401 tcgtcgtgga gcaggatgcg ctgagcagaa gaacaaagaa aaaaaggggg aggagggggg
     2461 agtggttcgg cttcatcttt cttttttagt cgttagggga agggtcggcg tcccgacgcg
     2521 tcgtatcctc ggcgggagcg ccttcggtgg agtccgtttc cgtctcgttc gtatcggggg
     2581 cggcaggctc gggctcggtc actaccgtgc gattgcgacg tttgcggaag tcgaagaggt
     2641 cggccaagcg cttcacctta cgtcggaaga tggcgctcag gcccgtcttg cggatctcgc
     2701 cctcgaagag attctcatag tccgtctgat tgtacacctt gacgaagcgc gaaccgtcgg
     2761 cgtcgaggcg atactccagc gaggcctcgt cgagatagag ccggttgccc atcacggggt
     2821 cgttggtcga gtaacgcata ccgagggtgg tgtaaatgcg ctccttgagg aagcccatat
     2881 agaagcggcc gagatagtcg atacgccgac cctttccgtc ggtaccgtcg taggtgttta
     2941 cgtcgaacga gaaggggacg tcgccgccca agctgccgag catgttgttg atctcgcgtt
     3001 ggagtaggct gctgatggcc gtccccacat ccagatgctc gttgccagtg ccgctctggg
     3061 ccagatagac acccgtgaca aggaggccga tggcctgctt gctgcgctcc tcttcgccca
     3121 tggcggccag ctgcgtctgc acggtgccat tcttaggcgc ctcgaggatg aacttgaggg
     3181 cgatgttgcg caactgttgc ctgacctgta agcctacgtt gaagtccacc atctgcgaac
     3241 gcccgtcgag gttgacagtc gaccgctgtc gggtgagggc cgtcaggttg aggtaaggat
     3301 tcatcaagtc gccctgccac tctacgtagc tgccgtcttg aatcgtgaag tccgtcagcg
     3361 ggatcacggg gatgctgtag cgaatcaatc cgccagagag ggtgtatcgc ccgctcatgt
     3421 tcatatcccc gagcggggtg taatggaacg acagatcgcc gccgccacgc agctcgatac
     3481 ggttcgagcg ttcgccggcg ccgcccatat ccacctttag gcgcgccgtg ggatccacgc
     3541 gcagcgtgag ctgggcgtcc agtccgccta tcgaactcgt acgcgcggcg ttctgccgct
     3601 ctatgtcacg aatgcgttgc gggacggtgt cggagaagta ggtgaaggag accagtccgg
     3661 cgaagttgtc ttgcagctcg tcgttggcgt cgggcatgac atacgtgacg ttcgtaccac
     3721 tgcgcacgtg cacgccaccg cgcaccttga gcgcgcgcag tgggccgcga gccgtgagat
     3781 tcagatcgat gggcagtcgg ccgtagagca tggcaccggg tgcgccgtcg ggggcgtcga
     3841 tgagtagcat gtcctgcgcc gccaagcgca agtcggccgt ttccttcatg ggcttgctaa
     3901 ggtccaccgt gccgctgatc gtgaacggat tgccgcccgt ggtgtagatg ccatatttgg
     3961 tgaggcgcag cttactgtcc ttgatgtcca cctcctgatc gtcgaagcgg aagcgcgtgc
     4021 ctacagccct tacgtacatc gaggtcgagt cgagctgcaa atagccgttc caaatcggac
     4081 cccgatcgcg actttctaac gtcaaccggc cacgcaacac gccctgcata tctacggcac
     4141 cgccaaagaa ggggttcagc tcgctcagcg gaatgcgatc gaactgcatg gtgccgtcga
     4201 tcgcaccctg tgcctgcttc tgttgcggct gtcgatagaa ggccgagatg gtggccagct
     4261 ccgactcgtt gtggtagaag tgggcgtcga agcggtggcg attgttgtcg aggggcagat
     4321 agataccgtt aagcaagagt tcgccgacag gctgtccgcg gaagatgagg ttgtcgatgt
     4381 tggcgtcggc agcgatgagg aacgacacgt cagaaggcac atagcgcaga gccacattga
     4441 cccgcccctg catatctggg atggcggcga aacgcgagag ctgctggaga tcgatctgat
     4501 tgatctcgac agccagctcc gtagagtcct cactggagtg catccacagt gcggcattct
     4561 caggtccggt cagcttcaga tcggcggaga tgctctttag gctgcgcatc tccacgtagt
     4621 tctcggggtt cagcttgaat ggcatgaagg ccagtacagg ctcgtcgggg atgaagtgga
     4681 aacggtacgc cttgccacgt tgctcggcct gcacgccaag ttggagaccc gtttcgccac
     4741 ggctgtcgcg atagagcgcg ttcgcctccg ctacaccgtt cagcaggtgt ccacgcaacc
     4801 cagcggtaaa ggcatcttgt ccgcgaaagc ggttcttgat cacgtcgaca gcgtaagtca
     4861 ggccctcgat cgaatcgtgg cggatgtcga gacagatggt gtcgagccgc atcgtatcct
     4921 tcatcacgga gagcagcagg gcgttggcct gtagcccgtc ggtgggagag gtggaggcgt
     4981 ggacggtgag ccgatcgaag aagatgttct gctcttggag gtagttgtaa agcggattgt
     5041 cttgcgcggc ctccagctgt atgttgagcg tgggcaggag cggcgtgagg cgttcgatat
     5101 gggcggcgct gtcgtgctcc atcagtctgc ggaagacgtc ggatacattt ccgaggcgct
     5161 ggaggagcgt cggtgcgtcg gcgttgccgg tggcaattag ccccatgtcg ccggcatgaa
     5221 aggagaggcg cgttgtgtcg tcatcgctga cggcgtgtag ggtgagcatc ttcgggcgat
     5281 acgtctgttg atcggttgag atggcccagt tgcccagggt gaggtctaac cgatggcgtc
     5341 gcttgaggtc ggtctccatc tcggagaaga gttggaagga gccggagagc ggatccttcg
     5401 tcagcttgag ccccatcaga tcgagcgtat ccatgtcgat ggccaccacg cctgccatgc
     5461 gatcgcgccg gacgacaccg tccagcaaga ccttaccttt tatataaggc gactcgctgt
     5521 tcagcgtggc ctgcgcttga tggttgagca atgaaccgtc gagcgagagg ccggagaggc
     5581 gataggatcc gtaatgcaca tcggcgatgg tgccacgcag gttgacgcgt gtgtgaggcg
     5641 agaagaagtc ggtgcctcgc ccctcggcgt gcagcacggc tgtgaggcgg tagagcgaat
     5701 cctgcggcag gaagtgcacc ggtcggaggc tgtctacacg tacatcgacg gcgtactcgt
     5761 ttcgcagcga gtggtagcgg cccgtcagct cgatgcgtcc gcccgattcc tctgctttca
     5821 atcgcccttg atattcgcca cccttgagcg acgcctccaa ctccacccgc atacgttcag
     5881 gcatccgtac ccgtccaccc gaaatctccg ggatccaatg gctgaggtac tgtcggcttt
     5941 cggtctgtag ccttaggttg atctgccccg tgcgccgccg ctcgtccatg acatgctcag
     6001 ccgatccgta ggcttcgaac gtgaaggcac cgggcaagcc acccatcaga tcgtgcaccc
     6061 gcatccgctc caagttgccc tctaccagtc ccgagagata cagcaacgag tccggtatgg
     6121 cccgcatcag tcgcggcccc tgttcgccca tagccgtcag cacgtcctgc ccgtcaatgc
     6181 ccgccgacca ttccgcctgg agatcggccg tcggtctatc cgacagtgct gcccacggca
     6241 cacgcgcttg caggtcgatc cacgaacgcg tcgtccgcag catgccctcc gagacggaga
     6301 cgcccgtgct atccaggtgc acataagccg acagcgattc caccgaaagc cccgaccgtt
     6361 cgtcgagcga cgcctcacga agtgccacgc gcaggtcgcc cgcatggtag cgcacggagt
     6421 cggccagcag gcggatgttt gaggcagaga tatgttgcgg atcgaggcct acggtgcgtg
     6481 gccgctcgct gccatcgtag gccgcatagg cgccgcgaat gtcaagccgt ccggccgcgt
     6541 aacgctgtgc ttccaagttg gccgatacgc ctgtcacgcg tgcatcgccc agataggtcg
     6601 tgacgccaag cgtatcctta ggcatgcgca gggtgaagcc tacgcgctgt aggtcgagtc
     6661 gttcggctgt gatccgccag cggttgacgg tcgtgtcggt cgtgtctgag gggggaatcg
     6721 agtcgatcac cagcgccact tccgcatcgg ccagcagtac gttatcgagc ttcagctcct
     6781 ccttcttggc ccaaagacca acgtcggccg tagtcagtcg cccgaatgtg ccgtccaagt
     6841 gcatgccctc gatcagccct ttgctgtgca ccagcgcgct gtccaactgt agctctgaga
     6901 cgaacacctc gccacgcagc aggggccacg gccgcacgct gacggagagc ccgcggacat
     6961 tgagcagtgt gtcgcacacc gagtcgcgca ccgagacatc gcgcagcgtg aggtctaatg
     7021 gatacgacag ccgcacatgc cccacggtga tctccatgcc gacacgctca gatacatgcc
     7081 gcagcacgac cttcagcacc gcgttttgca ccggcggcac atagagcaac accgcgccca
     7141 ccgctaccgc ccccacgggc gccagcaggc acgtcttgac tgtgcgtttg atccatttag
     7201 ccatcgtgtt tgaaccgtct gtctattacg gcgggcaaaa atatgggaaa taccacccgc
     7261 gcccccttcg gcgtaaagga gtggggtaat ggtttagggg tgaggaggag gctaaaagtt
     7321 ctgagagacg tcatcgtgtc gcacgacgag acctaaaagt tccgagagac gctatcgtgt
     7381 cacacgggtg agacctaaaa gttccgagag acgccatcgt gtcacacggg tgggacctaa
     7441 aagttctgag aggcgtcatc gtgtcgcaca atgagaccta aaagttctga gaggcgccat
     7501 cgtgtcgcac aatggagggc aaattctctc ttctcctttc atagaaatac tgtttttaga
     7561 ttggcaaaag taaggtgtga gagaggaccc catcgtgtct ttaggtgtca ctccgtttct
     7621 gatcgagagt tgtttgctgc cagaagtagc gaatcagaat ctgattgagg gttgtttgct
     7681 gccaggggta gcgaatcaga gtctgatcga gggttgtttg ctgccaagag tagtgaatca
     7741 gaatctgatc gatggttgtt tgtagtcagg gatagcgaat cagaatctga ttgaaggttg
     7801 tttgctgccg gaagtagcga atcagaatct gatcgagggt tatttgctgc caggggttgt
     7861 gaaccagaat ctgatcgatg ggtgtttgct gttagagaca gtgaatcacc cctacttgtc
     7921 cgtgcttact tttgcgaccg gcttttacac cacaacattt atacgatgat gaagagagaa
     7981 aagagtcacg gcacacgcct ctttgatgcc atccggacac gcttcgggcg gcacgaccgc
     8041 gaacaggaca gagaggtgga ggaggatctc ctcaaggcgg tctatgagct gggcggacgc
     8101 atcgcggccg acgaggtgca gcgcgtgggc gagtcgctcg gggcggacgc ggatcgtacg
     8161 gcgtccgctg ttggccgact ggccttgcgg ggcgagctga cgatgggcga cgagctgcaa
     8221 ctgaccgacg ctggccgtga gcatgcgctc cgaatcgtcc gagcgcatcg catctatgag
     8281 caatacttag ccgagcattc gggctacgca ccggccgagt ggcacgagcg cgcgcatcgc
     8341 atggagcacc gcatcagtga cgccgagcag gagcgtatcg tctcgctgct gcgcaacccg
     8401 tcgttcgatc cgcacggcga ccccatcccc acgcgctcgc tggaggtggc cgaccgtggc
     8461 gacgacgacc gtgcgctccg tgcccgcagc tggtggcgcg tgacgcatgt ggaggacgac
     8521 gaccgcgccc tcttcaccct catcgacgcc ctcggactga cgaaggactc ggtgctcttc
     8581 atcaccgacg tgacaccgga gggattcacc ttcatgtacg aaggcgaacg cttcaccctg
     8641 cctgcggcgg cccacgcggc gctcaacatg gagccgatga cggacgacga ggtgcgtcgc
     8701 agtcccgagg ctgacgcccg acggctgacc cgactcgagc cgggcgtcac ggcgcgtatc
     8761 gtgggccttt cgccctcctg tcgcggtgcc ctccgccgcc gtctgctcga tcttggcttc
     8821 gtgcgtggca gcacggtgag cattgatctc gtcagcccga tgggcaaccc cgtggcctac
     8881 gccgttcgcg ggacagccat cgccctgcgc cacgatcagg cgcgttacat cctaatcggt
     8941 accggctcct ctcagccgtc ctttcccctt accccacaac cccaatgact taccccacaa
     9001 ccccaatgaa tcagacaaca aacactgcct caccctgcgc cacctgtccc aaggcggcac
     9061 ccatgcacgg cctggagcga cgcggtgcgc aggccgacgg cgagcgcttc gtcgtggccc
     9121 tggccggcaa tccgaacacg ggcaagagca ccgtcttcaa tgccctgacc ggactgaagc
     9181 aacacacggg caactggccc ggcaagacgg tcggcaaggc cgagggcttc tttggctacg
     9241 gtggcgacac gtatcgcatc gtcgacctgc ccggtaccta ctcgctcgcc tccacgtcgg
     9301 aggacgagga gatcgcccgc gactttatcc tctttggcaa gcccgacgtg accgtcatgg
     9361 tggccgacgc cacacgcctg gagcgcaaca tgaacctcat cctgcaagtg ctacagatca
     9421 cggatcgcgc tgtgctttgc gtcaacctgc tcgacgaggc cgagcgcaac catatccata
     9481 ttgacctcaa cgccctctcg cgacggctcg gcatccccgt ggcgggttgc tcggcgcggt
     9541 cgggcaaggg cattgaccgg ctactggaga tgatgcacga ggtggccacg ggcgcctacg
     9601 tctgtcggcc acaccgcgcc acgaacttgc cgcccgccac ggcggatcgc atccgcgtct
     9661 tgaccgaggc tgtggcccgt gtgcacccca acttatcgaa cgccgaatgg atcgctttcc
     9721 gactcgtcga gcaggatccg agcgtacgcc aacgtttcgg caacgcggag ctgaacgcgc
     9781 tggccgaaaa catccacctc cagatcagca acaactttca cgaccaatgg atggaggata
     9841 tctatgccca ggctgaggcg atctgtcgcg acgtcgtaac gcagggcaac cgccgcggcc
     9901 gactgccgat ggacgtgcgg ctggatcgca tcttgacgca tcgcgtgtgg ggtttcccga
     9961 tcatggtcgc gctgctctcg ggcgtctttt ggatgacgat cgtgggttcg aactacccgt
    10021 cgtcgtggct gagcgacctg ctcgtggggc tcatccatcc ggccctgcgc ggcctcttcg
    10081 tgggcttcgg tgcgccggcg tgggtcacgg ggctgctggt cgacggcgtc tacctctcca
    10141 ccgcgtgggt cgtctccgtc atgctgccgc cgatggccat cttcttcccg ctcttcacgc
    10201 tgctggagga cttcggctat ctgccccgcg tggccttcaa tctcgacgaa ctcttccgcc
    10261 gagccggggc gcatggcaag caggcgctga cgatgagcat gggcttcggc tgcaacgctg
    10321 cgggcgtcgt ctccacgcgt atcatcgaca gtacgcgcga gcgactgatc gccattatca
    10381 cgaacaactt ctcgctctgc aacgggcgtt ggccgacgca gatcttgctg gccacgctct
    10441 tcgtgggtgc cgccgtaccg gcgcgttaca gcgggctcgt ctcgctggtg gccgtcatgg
    10501 gcgtcgtctt tctgggcgtg acgctcatgt tcggcagctc gtgggtgctc tcgcgcacac
    10561 tgctccgcgg cgaagtctcc accttccatc tcgagctgcc accctatcgc ccgccccgct
    10621 tctggagcac gatctatacg tccatcatcg accgcacgct gatcgtgctt tggcgagccc
    10681 tcgtctttgc ggcacccgcg ggcgccgtca tctggctctg ttgcaacctc acggtgggcg
    10741 gtgtgagtat cgccgcgcat ctgatccatt ggctgagcac accggggtgg atcatggggc
    10801 tgaacggagt catcctgctc gcgtacatct tagccatccc cgccaacgag atcgtgatac
    10861 ctacggtgct tatgctgacg ctgcttgtgc ttgggcagag cgacgcgggc gcagcgggtg
    10921 tgctgatgga aggcggagac gcagagacga agcagatcct cctggctggc ggatggaacc
    10981 tcttgacggc cgtctgcctc atgctcttct gcctcatgca tcacccgtgc agcacgacga
    11041 tctacaccat ttataaagag acccacagcg cgaagtggac cgccgtggcc atcttcctcc
    11101 cccttgtgct gggcatcatc gtcacatcga ttgtcgcctt catctggcgc atggtcgctg
    11161 gataaggcgg ctgcagccgc caacggagtg aagtatccca tttacaacat cacacataac
    11221 gatacatgaa cagaaaaacg atcaatctga agggcacact gcgctcactc gacgtgcccc
    11281 ttatcatggg catcctaaac gccacgccgg actccttcta cgccggcagc cgacagcaag
    11341 acgaagccgc cgtagtgcgg cgcatcgaga ccatcctcaa cgagggtggc acactcatcg
    11401 atgttggcgg atactcctcc cgacccgacg ccgatgacgt cagcgaggcc gacgagtggg
    11461 cgcggcttga gcctgtcctt cgccgcctca tgcgcgacta ccccgatgtg cccgtctccg
    11521 tcgacacctt ccgctcggcc attgcccggc gggctgtcga ggagtacggt gcggccatga
    11581 tcaacgacat ctccggcggc tcgctcgacg aacagatgta tgccaccgtc gccacgctgg
    11641 gcgtccccta cgtcctcatg cacatgcgcg gtacgccccg caccatgcag caattcacgg
    11701 actacgacga cgtggtggag gccgtcatga tgtatttcgc ctccgagctg cgcacgctgc
    11761 gtcgattggg cgtggctgac atcctcctcg atcccggctt cggctttgcc aagaccttag
    11821 agcagaacta tacgctcatg cgtgccctta gcgagtttgc cgaccgcttc gaggagccgc
    11881 tgctcgtcgg catatcgcgc aagagcatga tctaccgcct gcttggcggc acgcccgacg
    11941 acagtctcaa cggcaccacc gtgctcaaca cctacgccct catgcatggc gcctctgtcc
    12001 ttcgtgtgca cgacgtccgc gccgccgtcg aggccgttcg catcacccgc caactgatcc
    12061 cttcggaata attcccctca aaaaactccc ctataatgat atccttcggc atcaaagacg
    12121 cactcgacgt cctgctggta gccttcttta cctaccagat ctataagctg atgaaaagct
    12181 ccggcacact gcccgttttc agcggcattg tctccgtggt catcgtttgg ctgatcgtct
    12241 cgcaagtgct tgagatgcgc ctcatgggcg ccatcctcga tcgtttcatc agcgtcggtt
    12301 tcattgtgct tgtggtactc tttcaagacg acatccgccg cttcctcgtc acccttgggt
    12361 cgaaccccgg ttggcgcttc gtagccaaac tcttctcgcg tcgcacaaca gacaccaagg
    12421 agcagaacta catcgccccc gttgtcttgg cctgtatgaa catggcccgt aagaagaccg
    12481 gcgccctgat cgtcatccgc cgcgagatgg atctttcgga ctacgccaag acgggcgaaa
    12541 tgttcatggc cgacatcaat gcacgcctca tcgaaaacat cttcttcaag aacagccccc
    12601 tgcacgatgg cgccatgatc atcagcggcg gtcggatcat tgccgcgggc tgcatcctgc
    12661 ccgtagccaa aaacgtgagc ctgcccaagg agatgggcct ccgccaccgc tccgggctgg
    12721 gcatgtcgaa agagacggac gcgctgatca tcatcgtctc cgaggagcgc ggcacgatag
    12781 ccgtcgctca caacggccag atcgccgcca acgtttcggc cgaagatctg cgacaaattt
    12841 tggccggcga gcgggacgtg taactggctt catgccgcat gaagatcgtg tgaagccgat
    12901 ccccatgccg ctcattgtgc gacacgacgg cacctctcgg aacttttagg tctcattgtg
    12961 tgacacgata gggcctctcg gaacttttaa gtctcattgt gt
//
LOCUS       SEQF2634|AYYE01000874.112533 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12533
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(353..1279)
                     /gene="scrK_1"
                     /locus_tag="SEQF2634_00528"
                     /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
                     KMIALGIAFAAEVCGSSANYVSPEFAAKHREE"
     CDS             complement(1276..1896)
                     /gene="kdsD"
                     /locus_tag="SEQF2634_00529"
                     /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
                     ELIELVDLARGLVPDIPFILITSDPQSELARRATLCLPTGAPREVCTLGLTPTTSTTV
                     MTVIGDVLVVGTMDRIGFTTTDYAKRHHGGYLGSKSRQLSGKEAGA"
     CDS             2239..3402
                     /locus_tag="SEQF2634_00530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNRLNPLTILLCTLIGLLSGCQRSAKDFTVSGIVAGAEGQTI
                     YLENIGLSSVTLLDSAKVGTSGKFHFKRPRPDYPDFYRLRLKNQWINFAIDSTEAITF
                     TADAKSFATSYTVEGSDNCTAIKAITLAQLDASQEIAHARDEYQAGTLSDSAYHQRIV
                     SAAEAYKEVARKYIYAQPMSTAAYFALFQQVDGMLLFDLYDKNDSRAFGAVATSYNNL
                     YPESLRSKHLYNLALQSLKVTRNRPELNLEGIPTKELEMIDIELPDLHGRTVKLSDVA
                     PGHITLLCFTAYEAEWAPALNLTLGSIYEKFRGRGLVIYQVSLDDNIHLWKNVASNLA
                     WTCVRDPESVYSRYTALYNVRNLPTLFLLNRHGAPVKRVDNPDRLESEIQALL"
     CDS             complement(3584..4552)
                     /locus_tag="SEQF2634_00531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQIIPPVDPDELERELTPARRLRRTNKSDNEIYVVTGAEAPQ
                     VMREIGRLREAAFRYYGGGTGRALDVDTFDSRPGAYRQLIVWSPKDRRILGGYRFRCG
                     SEALDTDGEPALATAALFHFSDRFIREYLPYTVELGRSFVSLDYQATLPRPGSIFILD
                     NLWDGLGALTVIDPTLRYFFGKVTMYPGYNVEARNMILYFLRRHFPDPDRLVEPIHPL
                     TVDVDEAAMEALFRHGSFRENYRVLNQEVRKRGLNIPPLVNAYMSLSPQMRTFGTAIN
                     RRFGNVEETGLLIAIDEILEEKKKRHIETYLKEEAETPAFRRVEIR"
     CDS             complement(4549..5379)
                     /locus_tag="SEQF2634_00532"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEEKRIIDVREVLRRKAPGAARWIPVAATNWLSRTIHEAEMND
                     ILTRYADLDGVAFMQALVAEFDLTLDLHGAERLPTSDQRCLFVSNHPLGGLDGICLSA
                     LLGGRYGSTFRCVVNDLLLFIPNLRSIFLPVNKHGRQRREAATRFDEAMRGAGQVLTF
                     PAGLCSRQQNGQIADVAWRPSFVRDAVRYQRDVVPIFFDGRNSNRFYRAARWRQRLGI
                     GLNVEMVYLPDEMFRNKHQRFGVYIGAPIAWQTLADGRPQEWTERVREMVYRLKTKQE
                     "
     CDS             complement(5892..6218)
                     /locus_tag="SEQF2634_00533"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILTTREFRSEAKSYFEMAEKERVAIKRGKKYINLIVSDDPAK
                     RYVDEDWIAAFLSIPAEYRVNPFDVSPSGDLYFADKRNLDHIDKAMSDESVSLSKEEE
                     KELFSL"
     CDS             complement(6366..7781)
                     /gene="uxaC"
                     /locus_tag="SEQF2634_00534"
                     /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="MMIRSFLDANFLLRTDTAVELYRRHAEKLPVADYHTRLRADLIA
                     VNEPVADLTTLWLDTDPDKWRLMRAGGVSEDYISGNRTPYEKFEKWAEILPQAMRHPI
                     YHQAHMELNRVFGIGETLKPSNARDIYESCTAKLQTPEYLPQAILRRLRIETLATTDD
                     PADSLNAHLALRETGGVDALRIVPTWAPDRVLDLRHPEHYNLYLDQLAAASDTVISTY
                     NDLLTALRRRHKAFGEAGCVATLHRLTTFPDAPSADDVQAAHEALRKVREGGEPTADE
                     CLSFRAVLLRDLAEMDAETGRMQMFHVGALRDLHPRLYKKIGPDAGFDAPTDRPTAEQ
                     MARFFARLDADGALPETIVSCDRLSDAPSVAGVAACFAGRGLRVQYAPAGWHIGRPGA
                     LETHLDVMTTEGLVAQSVGFASGARTLLAPVRHEYFRRVICDVFGREVEQGLLPHGDL
                     ATVKRTIENICSTNARRLMNC"
     CDS             complement(7802..9607)
                     /locus_tag="SEQF2634_00535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYSFLDFLTLLGSLGMFLYGMKIMSEGLQKVAGDKLRNILSVM
                     TTNRFTGVLTGMLVTALIQSSSATTVMVVSFVNAGLLTLGQSISVIMGANVGTTVTAW
                     VISFFGFKFDISILSLPLMGIAIPLMFAKKSNYKSLGEFILGFAFLFLGLSYLKDSVP
                     DLQGNPEVLSFIQNYTSMGYLSLLIFLAIGTILTIIVQSSSATVAITLIMCTQGWMPF
                     EMAAAMVLGENIGTTITANLAALSGNVSARRAALAHLMFNLFGVVWVMILFYPFCHTV
                     EWLVTRFGPGDPHAMTNFIHSLDSQTVRLITSDEKLTDQHLISLREQLQAQQVAVSYG
                     LSLFHTLFNVCNILVMIWFVKLYERICSALIKSPRESEDEEFQLKHISAGMLSTSELS
                     LIQANKEIAVFSDRTYRMFGMIKTLLHETDSEKFLKTFVRVEKYEQISDRMEVEIANY
                     LTRVLEGRLSAEGKNNIRVMLRAVSEIESIADSCNNIARTIKHRNDAKGHFTAEQNHS
                     VEHMMSLTDAALVHMKDILHRQAGTRDDMVLSYNLENEINSYRNMLKNENIDNIDNKR
                     YSYSDSVYYMDIISEYEKMGDYILNVVQAIVEKKF"
     CDS             9686..11392
                     /gene="thrS_1"
                     /locus_tag="SEQF2634_00536"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFT5"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase"
                     /translation="MLTPTTFTPDESRVDSIEIYCKNTEQTVRVPVGATLEAIYEAAG
                     RPLRYPPLGARVNKRVEGLTYRCWNPKDVEFVDYTHPSGYRIYLRSLCFILVKAVYDL
                     YPSRPFSLEHPVSKGLYCAFEHREPMTEDDVRRIKQRMQEIIGEDRPFVRYVVRTEDA
                     LSTFRERGMNDRALLIETAGMAYTTYYGLNGYIDYFYGCLTPSSGRIPLFDLIPYADG
                     VLLQLPQREDPTRLYPLVPQQKMFNAYKQHLQLQRTVGVNYVGDLNRAVSEGHARDII
                     MVSEAMQEKQIAQIADDIARRYREDGVRIVLISGPSSSGKTTFCKRLQVQLVTNLLHP
                     LGISLDDYYVNREDTPRDDDGAYDFESLYAIDLPYFHRDLERLLRGDEIELPSFDFSS
                     GRRVFRGDMLQIRDNSVLILEGIHGLNPELTAHIPPERIYRIYVSALTTISLDGHNWI
                     PTSDNRLLRRIVRDYHYRGYSARETIAMWPKVRRGDDRWVFPYQENADAMFNSAMIYE
                     LAALRRYAEPVLSEIRERDAESAEAYRLLRFLRYFNYIPIEELPATSLLREFLGGGVF
                     RY"
     CDS             complement(12352..12519)
                     /locus_tag="SEQF2634_00537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSSETYCRRSPSVSKRLRKRGKKIMRNTTNMMISFTKIRIHSV
                     RPQVICRKPSM"
ORIGIN      
        1 tctacgtagc gtgagtagtc gctcacgtcg ccggctatct ggaggcagag ttcgcgcgtg
       61 gggcagagga tgagcacctg cggctggcgt cgcgcgatgt cgatcttctg gaggatgggt
      121 aggccatagg ctgccgtctt gccggtgccg gtctgtgcca aagcaatgat gtcgaggtgt
      181 tcgccgagca agagtgggat cacttcttcc tgtacaggca tgggggcctc gtagcccatt
      241 tcgcggatgg cgcgcagcac aggctcggcg atccctaatt cttcgaaagt cttcaagtgg
      301 atgatgttgt tataatgtaa ggggaaatgg agagcgggag ggagggggcc ggtcattctt
      361 cgcgatgctt cgcggcgaac tcgggcgaga cgtagttggc cgagctgccg catacttcgg
      421 cggcgaaggc gatgccgagg gcgatcatct tgtcccacat catggggctg aggtctgtga
      481 ggtccatctg cccgatgcga tacttgatga ggctgtagat cagtccggcg ttgaaagcgt
      541 cgccggcgcc gatggagctg acggccgtga gtggcggcac gtcgtaatgc gtacagccct
      601 tttcggtgta gaggctgatg ccgcccgagc cgcgggtggc gatgaggcgc ttgcaataga
      661 actgcacctc gtcgcggtag acctcgtccg ggtcagtctt cttgtaaagg ttcacgaagt
      721 cctcgtccga gccgcgtacc aagtcggccg cctcgtagtt gtccatcact gtggcgcgga
      781 gctggatggc ctcgtgggcg tgggccttgc ggaagttggg gtcgtaatag acgatagccc
      841 gtcgctcccg ggcgtactgc acgaggtcca tgacgcggtc gcgggtgtcg gggttgaggg
      901 cgtaataaga gccgaagagg acgatgtcgt ccggctgaat gtcgggcagg gccatgttcg
      961 accgccgctt ggagcggttc gtgtagaaca tatagtccgt gccctgcccc tcgtcgagga
     1021 aggccaacga gacggggctg aggccctcgg aaaagctatc catgtagtcc gtcgacatgc
     1081 cgttttgctg catgaaatcc cggatgatct ggcccacgcg atcgtcgccc agctcaccga
     1141 tgaacgacgt ctgcacgccc acccgactga gcgagacgag cgtgttgaag atcgatccgc
     1201 cgggcagggc cgtgtaaggc tgtccgtcgc tgaagaggat gtcgagtatt gtctcgccga
     1261 tgccgatcac ttttctcatg ctccggcctc ctttccgctc agctgtcgac tcttcgatcc
     1321 gaggtagccg ccgtggtggc gcttggcata gtcggtcgtg gtgaagccga tgcgatccat
     1381 cgtgcccacg acgagcacat caccgatgac ggtcatcacc gtcgtcgatg tggtcggtgt
     1441 cagccccaag gtgcagacct cacgcggcgc accggtgggc agacagaggg tggcccgtcg
     1501 ggccagctcg ctctgcgggt cagaagtgat gaggataaaa gggatgtcgg gtacgagtcc
     1561 gcgggccagg tcgaccagct cgatgagctc gagcgtcttg ccggagttgg agacgagcag
     1621 cagcaggtcg ttccgtcgga cgatgcccag gtcgccatgt tgcgcctcgc cggggtgtag
     1681 gaagaaagcc ggagtgccgg tcgagctaaa ggtggtggcc atgttcatgg ctatctgtcc
     1741 ggccttaccc atgccggccg tgataagggt ccccccttgc ttgtgtacat gttttacgat
     1801 taagtccacg gcctccgcat agcgctccga gatgggtatg tttcgcacgg cgtccgcttc
     1861 ttgctcgatg atcgagcgta tgtcatttgt catcataggc cgcaaaagta agcggctaca
     1921 cagataaata ggggtttctg tccaaaacag cagtccccga ccttgcttat ccggaaacca
     1981 actgccgact tgggaatgac ggatgccgga agcgccttcc cgtggcggga aatcgttttt
     2041 caacttcaaa aagtcatttc ccgtggcggg aaaccatttt tcaacttcga aaagtcattt
     2101 cccgtggcgg gaaggaatgc tttttccctg tggctttggg tcaatatatt ttcagattag
     2161 atcgagatct tccccgttat ggcgttaaaa taagatactt ttgcagccgt agaacaagaa
     2221 tgaatgatcc cccatcttat gaagacgaac cgcctcaatc ccctaactat ccttctctgc
     2281 acgctgatcg gcctactttc cggctgccaa cgatcggcaa aggacttcac cgtctccggc
     2341 atcgtggccg gcgcagaggg acaaacgatc tatctcgaaa acatcggact ctcgtccgtc
     2401 accctactcg attcggccaa ggtcggcacc tcgggcaagt tccacttcaa gcgcccccgg
     2461 ccggactatc cggatttcta tcgcctgcgc ctgaagaacc agtggatcaa cttcgccatt
     2521 gactctaccg aggcgatcac ctttacggcc gacgccaaga gcttcgccac ctcgtacacc
     2581 gtcgagggct ccgacaattg cacggccatt aaggcaatca ctctggcaca gctcgacgcc
     2641 agccaagaga tcgctcacgc tcgtgacgag tatcaggctg gcaccctcag cgactccgcc
     2701 taccaccagc gcatcgtcag cgctgctgaa gcctacaagg aggtggcccg caaatacatc
     2761 tacgcccagc ctatgtccac cgccgcctat ttcgccctct ttcagcaggt cgacggcatg
     2821 ctcctctttg acctctatga caagaacgac tcgcgcgcct tcggggccgt ggccaccagc
     2881 tacaacaacc tctaccccga aagcctccgc tcgaaacacc tctacaacct cgcgctccag
     2941 tcgctcaaag tgacccgaaa ccgccccgag ctgaatctcg agggtatccc cacgaaagag
     3001 ctcgaaatga tcgacatcga gctgcccgac ctccacggtc gcacggttaa actctccgac
     3061 gttgccccgg gccacatcac cctgctttgc ttcacggcat acgaggccga gtgggccccc
     3121 gccctcaacc tcacccttgg ctccatctat gagaagttcc gcggccgtgg cctcgtcatt
     3181 taccaagtct cgctcgacga caacatccac ctctggaaga acgtcgcctc caacctcgcc
     3241 tggacttgtg tgcgcgatcc tgaatccgtc tactcgcgct ataccgccct gtataatgtc
     3301 cgtaacctgc cgaccctctt cctgctcaat cggcacggcg cccccgtcaa gcgcgtcgac
     3361 aaccccgacc gcctcgaaag cgagattcaa gccctactct aacatcttta cgtacccggc
     3421 cagcttggcc ggcacccttg gtgccttgat tttcttttga ctcttttctt gcatcaaggc
     3481 aagaaaagag ttcctatcag ggcaaggaag tttggccggc actaaaagaa aaaaggcggc
     3541 cccgttaagg ggtcgccttt cctattatat agccgtcgct tcgtcaccgg atctccaccc
     3601 gtcggaaggc aggcgtctca gcctcctcct tgaggtaggt ctcgatgtgg cgcttcttct
     3661 tctcctccaa gatttcgtcg atggcgatta gtaagcccgt ctcctccacg ttgccgaagc
     3721 gccgattgat ggccgtgccg aacgtccgca tttgtggcga taggctcatg taggcattga
     3781 cgagtggcgg gatgttcagc ccccgcttac gcacctcctg attcaagacc cgataattct
     3841 cccggaagct cccatgccgg aagagcgcct ccatagcggc ctcgtccacg tccaccgtca
     3901 gcggatggat aggctccacc agtcggtcag gatccgggaa gtgacggcgg aggaagtaga
     3961 ggatcatgtt gcgtgcctcc acgttgtagc ccggatacat ggtcaccttg ccaaagaaat
     4021 atcgcagcgt agggtcgatc accgtcagcg cccccaggcc gtcccacagg ttgtcgagga
     4081 tgaagatgct gcccggccgt ggcagcgtgg cctgatagtc gagcgagacg aacgatcgcc
     4141 ccagctccac cgtgtatggc aagtattccc gaataaagcg atctgaaaaa tggaacagtg
     4201 ccgccgtagc cagcgccggt tcaccatcgg tatcgagcgc ctccgacccg cagcgaaacc
     4261 gatagccgcc cagtatccgt cgatccttcg ggctccatac gatcagctgc cggtaagccc
     4321 ccggccgact gtcgaaggtg tccacatcca gcgcacgacc cgtgccgccg ccatagtagc
     4381 gaaacgccgc ctcgcgtaac cgcccgatct cacgcatcac ctgcggcgcc tcggctccgg
     4441 tgactacgta gatctcattg tccgacttat tcgtccgtcg caaccgccgc gcaggcgtca
     4501 attctctctc caactcgtcc ggatccaccg gcggtataat ctgctcaatc attcctgttt
     4561 cgtttttaat cgataaacca tctctctcac tcgttccgtc cattcctgcg gtcgcccgtc
     4621 agcaagcgtc tgccacgcga tcggagcgcc tatgtaaacg ccaaaccgct ggtgtttgtt
     4681 tcggaacatc tcgtccggca ggtagaccat ctccacattc aacccgatgc ccagccgttg
     4741 cctccagcgc gccgcccgat agaagcggtt ggagttgcga ccgtcgaaga agatgggcac
     4801 cacgtcgcgc tgataacgca ccgcgtcgcg cacaaacgag ggtcgccagg ctacgtcagc
     4861 gatctgcccg ttctgctgcc gcgaacatag cccggcggga aaggtcagca cctgccccgc
     4921 gccgcgcatg gcctcgtcaa accgtgtcgc agcttcgcgt cgctgccgac cgtgcttgtt
     4981 gaccggcagg aagatcgagc gcaggttggg gatgaagagc agcagatcgt tcaccacgca
     5041 gcgaaacgtc gacccgtatc gcccgcccag cagcgccgaa aggcagatgc cgtccagccc
     5101 gcccagcgga tgatttgaga cgaaaaggca gcgctgatcg gatgtgggca gacgttccgc
     5161 gccgtgcaga tccagcgtca agtcaaactc cgcaactaag gcctgcataa acgccacccc
     5221 gtcaaggtcg gcgtaacgcg tcaagatgtc attcatttct gcctcgtgaa tcgtgcgtga
     5281 gagccagttc gtcgctgcca cggggatcca ccgtgccgcc cccggtgcct tgcgtcggag
     5341 cacctcgcgg acgtcaatga ttcgtttctc ttcctccatg atgcgggcaa agataccccc
     5401 gcctgaatag ggacgcagga gggagccgcc tcgtcccgcc gcgggacggc gccaaaatgg
     5461 ctgttgagaa gctgtcccgc cacgggacgg ggccaaaatg gtcgttgaga tgtcgtcccg
     5521 ccacgggacg agcccaaaat ggctgttgag atgtcgtccc gccacgggac gagcccaaaa
     5581 tggctgttga gatgtcgtcc cgccacggga cgaggccaaa atggcggttg aggtgccgtc
     5641 ccgccgcggg acggggccaa aatggctgtt gagacgctgt cccgccgcgg gacgggacca
     5701 aaatggtggt tgagatgccg tcccgccacg ggatgggata gggtacctac aaccctctct
     5761 acccgcagaa gccgtattta tttatcgtcg taatgccccg ctgcactgat caaatcgacg
     5821 gtcactacgt cttcataaat ctcatagatc aatctatgct ttgcagtgat tcctgtacgt
     5881 cttttcttcg atcataaact gaaaagctcc ttctcttctt ctttggataa agagacgctc
     5941 tcgtctgaca tggctttgtc tatgtgatcc agatttcgtt tatcagcaaa gtatagatcg
     6001 cctgatgggc tgacatcaaa cgggttgacc cgatactcgg ccggaatgga caagaaggcc
     6061 gcaatccaat cttcgtccac ataccgcttc gcggggtcgt cagatacaat caggttgatg
     6121 tatttcttcc ctcgtttgat tgcgacacgc tctttctctg ccatttcgaa atacgacttc
     6181 gcctcacttc taaattctct tgttgttaag atcttcatcg taggtgctga ttaaatgtgt
     6241 acacaaaaat acgcctgtct gcattgtgcc cacctcccgg ggatcgcggg cctcccaatg
     6301 ggcagaaaaa agagccgaca gccatggaaa gctgccggct cctcatgaac aaaaacaaga
     6361 gccacttaac agttcatcaa gcggcgtgca ttggtgctac agatgttttc tatcgtacgc
     6421 ttcacggtcg ctaagtcgcc gtggggcagc agaccctgct ccacttcgcg gccgaagacg
     6481 tcgcagatca cacggcggaa atactcgtgc cgcaccgggg ccagtagcgt gcgtgctccg
     6541 gaggcgaacc cgaccgactg tgcgacgagt ccttccgtcg tcatcacgtc gagatgtgtc
     6601 tcgagtgccc cggggcgtcc gatatgccat cctgctggtg catactgcac acgcagtcct
     6661 cgaccggcga agcatgcggc tacgcccgcc accgatggcg cgtcggacag acggtcacaa
     6721 ctgacgattg tctccggtag ggcgccgtcg gcatcgagtc gagcaaagaa gcgcgccatc
     6781 tgttccgctg taggccggtc tgtcggtgcg tcaaagcctg catcagggcc gattttctta
     6841 tagagccgtg gatgaaggtc gcggagcgca ccaacgtgga acatctgcat gcgtcccgtc
     6901 tcggcgtcca tctccgccag atcgcggagc aacacggcac ggaagctgag gcactcgtcc
     6961 gctgtcggtt cgccaccctc gcgcacctta cgcagcgcct catgggccgc ctgcacgtca
     7021 tcggcgctcg gtgcgtcggg aaaggtggtc agccgatgca gcgtggctac acatccggct
     7081 tcgccaaagg ctttgtgccg cctgcggagt gcggtgagca ggtcgttgta ggtcgagatt
     7141 acggtgtcag atgcggcggc cagttggtcg aggtagaggt tgtaatgctc cgggtggcgg
     7201 aggtcgagca cacggtcggg cgcccaagtg gggacgatgc ggagggcatc cactccgcca
     7261 gtctcacgca gtgcaaggtg ggcattgagg ctgtcggcgg gatcgtccgt cgtagccagc
     7321 gtctcaatgc gtaggcgtcg gaggatggcc tgcggcaggt actcgggcgt ctggagcttg
     7381 gcagtgcagg actcgtagat gtcgcgggcg ttggagggct tgagggtctc gccgatgccg
     7441 aacacgcggt tcagctccat gtgcgcctgg tgatagatcg ggtggcgcat ggcttgcggt
     7501 aggatctcgg cccacttttc gaacttctcg tagggtgtgc gattgcccga gatatagtct
     7561 tcagacaccc cgccggcacg catcaggcgc catttgtcgg ggtcggtgtc gagccagagg
     7621 gtggtgagat ccgccacggg ttcgttgacg gcgatgaggt cggcgcggag gcgcgtatgg
     7681 tagtcagcta cggggagttt ctcggcgtga cgacgataga gctctacggc cgtatcggtg
     7741 cggagtagga aattggcgtc gaggaaggag cgtatcatca tgcggtgagg tcaggggtga
     7801 atcagaactt cttttcgaca atggcttgga cgacgttgag gatgtagtca cccatctttt
     7861 catactcgga gatgatgtcc atgtagtaga ccgagtcgga atagctgtag cgcttgttgt
     7921 cgatgttgtc gatgttctcg tttttgagca tgttccgata ggagttgatc tcgttctcga
     7981 ggttgtagga gagcaccatg tcgtctcgcg tgccggcctg acggtgcagg atgtccttca
     8041 tgtgcaccag ggcggcgtcg gtgaggctca tcatgtgctc cacgctgtgg ttctgctccg
     8101 ccgtgaaatg gcccttggca tcgttgcgat gcttgatggt gcgggcgatg ttgttgcagg
     8161 agtcggcgat gctttcaatc tcggagacgg cacggagcat gacgcggatg ttgttcttac
     8221 cctcggcact gagtcggcct tcaagcacac gggtgaggta gttggctatc tccacctcca
     8281 tgcggtcgct gatctgctcg tatttctcaa cacggacgaa ggtcttgagg aacttctcgc
     8341 tgtcggtctc gtggagcaac gtcttgatca tgccaaacat gcgataggtg cggtcgctaa
     8401 agaccgcaat ctctttgttg gcctgtatga gcgagagctc agaggtggag agcataccgg
     8461 ccgagatgtg tttgagttgg aactcctcgt cttcgctctc gcgcggcgac ttgatgaggg
     8521 ccgagcagat gcgttcgtag agcttgacga accagatcat gacaaggatg ttgcagacat
     8581 taaacagcgt gtggaagagc gagagcccgt aggagacggc cacttgttgc gcctggagct
     8641 gctcgcggag gctgatcaga tgctgatcgg tgagcttctc gtccgaggtg atgaggcgga
     8701 cggtctggct gtcgagcgag tggataaagt tcgtcatggc gtgcggatcg cccgggccga
     8761 agcgcgtcac gagccactcg accgtgtggc agaagggata gaagaggatc atcacccaga
     8821 cgacgccgaa gaggttgaac ataaggtggg ccaaggcggc acggcgggcg gagacgttgc
     8881 ccgagagggc ggccagattg gctgtgatgg tcgtaccgat gttctcacca agcaccatcg
     8941 cggcggccat ctcgaagggc atccagcctt gggtacacat gatgagcgtg atggctaccg
     9001 tggcactgga cgactgtacg atgatggtca ggatcgtacc gatggccagg aagatgagca
     9061 gcgagaggta gcccatcgac gtgtagttct gaataaagga gagcacctca gggttgccct
     9121 gaaggtcggg cacagagtcc ttcaggtagg acaggccgag gaagaggaag gcgaacccaa
     9181 gtatgaactc cccgagcgat ttgtagttgc tcttcttggc aaacatgagc gggatggcta
     9241 tgcccatgag cggcagggag aggatactga tgtcgaactt gaagccgaag aaggagatga
     9301 cccacgccgt gaccgtggtg ccgacgttgg cgcccatgat cacgctgatg gactgcccga
     9361 gggtgagcaa accggcgttg acaaagctga ccaccatgac ggtcgtggcg ctggaggact
     9421 ggatcagggc cgtcacgagc ataccggtca ggacgcccgt gaagcggtta gtcgtcatca
     9481 cggagaggat gttgcgcagc ttatcgccgg ccactttctg gagcccttca ctcatgatct
     9541 tcatgccata gaggaacatg ccgagcgaac cgagcagcgt cagaaagtca agaaaggagt
     9601 aattcatacg gggttatgtt tcggaataat caatttttct ttgcccgaca aaagtagaga
     9661 ttacactaaa cacgaaagga agacaatgct tacccccacc acatttaccc ccgacgaaag
     9721 ccgggtggac tccattgaga tctactgcaa aaacaccgag cagaccgtcc gcgtccccgt
     9781 cggtgccacc ctcgaagcca tctatgaggc cgccggccga cccttacgtt acccgcccct
     9841 cggcgcacgg gtcaacaagc gcgtagaggg cctcacctat cgctgctgga acccgaagga
     9901 cgtcgagttc gtcgactaca cccacccctc gggctatcgc atctacctgc gctccctctg
     9961 cttcatcctc gtcaaggccg tctacgacct ctatccctcg cgccccttca gcctcgagca
    10021 ccccgtgtcg aaaggtctct actgtgcctt cgaacaccgc gaaccgatga ccgaggacga
    10081 cgtccgccgc atcaagcagc gcatgcagga gatcatcggc gaggatcgcc ccttcgtccg
    10141 ctacgtcgtc cgcaccgagg acgccctctc caccttccgc gagcgaggca tgaacgaccg
    10201 tgccctgctc atcgagaccg ccggcatggc ctacaccacc tactacggcc tcaacggtta
    10261 catcgactac ttctacggct gcctcacgcc ctcctccggc cgtattccgc tcttcgacct
    10321 catcccctac gctgacggcg tccttctgca gctgccccag cgcgaagacc ccactcggct
    10381 ctaccccctc gtgccgcagc agaagatgtt caacgcctac aagcagcacc tccagctgca
    10441 gcgcaccgtg ggcgtgaatt acgtcggcga cctgaaccgg gccgtctccg agggccacgc
    10501 ccgcgacatc atcatggtct ccgaggccat gcaggagaag cagatcgcac agatcgctga
    10561 cgacatcgcc cgacgctacc gcgaggacgg cgtccgcatc gtcctcatct ccggcccctc
    10621 atcttcgggc aagaccacct tctgcaaacg cctccaggtg cagctcgtca ccaacctgct
    10681 ccaccccctg ggcatctccc tcgacgacta ctacgtcaac cgcgaggaca ctccccgcga
    10741 cgacgacggc gcctacgact tcgagtcgct ctacgccatc gacctcccct acttccaccg
    10801 cgacctcgag cgcctcctcc gcggcgacga gatcgagctg ccctcgttcg acttctcctc
    10861 cggccgacgc gtcttccgtg gcgacatgct ccagatccgt gacaactccg tcctcatcct
    10921 cgagggcatc cacggcctca accccgagct cacggcccac atcccgcccg aacgcatcta
    10981 ccgcatctac gtctcggccc tgaccaccat ctcgctcgac ggccacaact ggatccccac
    11041 gtccgacaat cgtctgctcc gccgcatcgt ccgcgactac cactatcgtg gctactccgc
    11101 ccgcgagacg atcgccatgt ggcccaaggt gcgccgcggc gacgaccgct gggtcttccc
    11161 ctaccaggag aacgccgacg cgatgttcaa cagcgccatg atctacgagc tggccgccct
    11221 ccgccgctac gccgagcccg tcctgagcga gatccgcgag cgtgacgccg agagcgccga
    11281 ggcctaccgc ctgcttcgct tcctccgcta cttcaactac atccccatcg aggagctgcc
    11341 cgccacctca ctcctccgcg agttcctcgg cggcggcgtc ttccgctact gaagttcacg
    11401 gtgggccctc gggtaggggc gccccagtgg gtggcgctca gaacggccgg acacagatgg
    11461 gaggcccact ccgcctgtat ccggcctttc tatgctcccg aacatgcccg gcactgtgtc
    11521 tgccacgatc ttctcgggcc actttcctct catcaaggcg tgcaaagcga atcatcggcc
    11581 ccacccaacc cccgtcacac cctctgccgc cctttacgtg ccccgtccga ctctcggcag
    11641 accttctacc cggatcacta tgtcttgtag aggtagtgtc tatatcatga acacgttgga
    11701 tcacatttta gagccattgt tttgaagtaa aacagctatt caaaatcgtt ttgtctgatg
    11761 tacataatat agacgacatc atccatccta ttcggatctt gttttgatca taaacaggat
    11821 ggataaggct tttagcgtct atattttgaa gatgaacgag cttataaatt atttcgacat
    11881 gatattcata gagaaatcat aggctaaaaa taacttacta tcatgttttg atcatgtaca
    11941 agtgtcatac atctttttac ttgatagttg agtcataaac agtggataaa ttcttttgga
    12001 tataccgttc atggaataaa cactacctct acaaggcata ggaatcgggg cagaaggtct
    12061 gccgcgaatc gaatggggca tagtgatccg ggcagagggt ctgccgcgag tcgggcgggg
    12121 cgagtcaagg ccgtcgaagc ggataaaggg aggctcatgg ggtaggtcaa ggccgtcaga
    12181 agggtcgatg gaggttgagg gatagaggga tgcgtcggcg gcgacgtgtt tcgtgagaaa
    12241 gaggaaaggg cttactttcg cacccgatta aaattgtatt tggtacaaaa agaaagagat
    12301 gaaagtcgag aacaaccgcc cccgcaaccc cttggtgcgt gtcgcacgct tctacatcga
    12361 cggcttccgg cagatgacct gggggcgcac gctgtggatt ctgatcttgg taaagctgat
    12421 catcatgttc gtcgtgttgc gcatgatctt cttcccccgc ttcctgagcc gcttcgacac
    12481 ggagggcgag cgccggcagt atgtctccga agaactcatc caccgcgcca cac
//
LOCUS       SEQF2634|AYYE01000875.1 1313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gccatcctcc gtcagacgac gctattctac gcgcacattt ctaacctgat taaggtcaag
       61 gacgcctcct gggtagacgc gacgaaggca ctcgccacct atgccaagat cgcttttaag
      121 cggttcttca gcccccatcc gctctgcgtt cacacacttc caagccgaaa gccaaatcga
      181 gagaagcgca tcaaaaacgc ctgtaattta aatagtcata gtaacattgc agcctcaaat
      241 gacaagcgcc ctttgtttgt gcagattcta gcaaccccaa gcgcttcgct cgtttctact
      301 tcgttacccg tccaatgcct acgaccgact aacatcttct tttacagagg gatatttccg
      361 aatagttttc tacgtgagca agatgtagct ggtgcgtgag caagatgtag ctggtgcgtg
      421 agcaagatgt agctggtgcg tgagcaagat gtagctggcg tgcgagcaag agatagctgg
      481 cgcgtgagca agatgtagct ggcgcgtgag caagatgtag ctggcgtgcg agcaagatga
      541 agctggtgtg cgagcaagat gaagctggtg catgagcaag aagtagttgg cgtgtgagca
      601 agaagtagct ggcgcgtgag caagaagaag ctggcggatg agcttctgat tgttgaagaa
      661 aagaaagaag cgactacttt cacggcgttt ttcatatcta taaaaacatg gcaaaagcaa
      721 agaatttagt gtccggcgaa ttgacggacg agaacattgg taaagtgaat acgcatctca
      781 gtgacattga gacgctgatg ccttttttga ttgcgcttcc ggcggatgaa aagaggaaga
      841 tgaacccgat ggggaagcag agtattgagt ttgtgaatac ggctttgacc ggcgcaaaac
      901 gcttctctca gtatctgttg ccgaccttca aaaaggacga gtttgcaaag gatgtgaagc
      961 tgattcatga tttgcgggat atccgtgcgg gggtcgtttc gctattggag aagatagatg
     1021 atactattta tggtacagct gtcgacgcga tgcagtctgc caatgaagtg tacagttatt
     1081 tgaagacagc atccgaaaag gacgcggcgc tcaaggagtt tgttggagag atgagcaaac
     1141 gttacgatcg tccgaataag aagtcgaagg acaatccgaa gcagcctgct gatcccaaca
     1201 agcccgctga tcccaacaag cccgctgatc ccaacaagcc cgctgatccg aagcagcccg
     1261 ccgacccgaa gaagccggac acgccgaaga aaccgggtac gggcggcgat ccg
//
LOCUS       SEQF2634|AYYE01000876.1 7933 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7933
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     tRNA            6..79
                     /locus_tag="SEQF2634_00538"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     tRNA            199..282
                     /locus_tag="SEQF2634_00539"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(cag)"
     tRNA            294..378
                     /locus_tag="SEQF2634_00540"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(gag)"
     CDS             472..708
                     /gene="rpmB"
                     /locus_tag="SEQF2634_00541"
                     /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             742..930
                     /gene="rpmG"
                     /locus_tag="SEQF2634_00542"
                     /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             952..1107
                     /locus_tag="SEQF2634_00543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTVATFKSGEGGRTYSKVIKMVKSPKTGAYVFQEEMIPNDD
                     VKEYFKK"
     CDS             1268..2401
                     /gene="dnaN"
                     /locus_tag="SEQF2634_00544"
                     /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
                     SSNPASGLVRLQLSQEDGLTISAQDIDFSTSAEEIVKCQYEGTDLDIGFKGTFLIEML
                     NNINATEICIELADPSRPGVIVPTENEKDEQLLALLMPMMLNN"
     CDS             2615..3376
                     /gene="dinG"
                     /locus_tag="SEQF2634_00545"
                     /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="MQLNLANPIVFFDLETTGVNISKDRIIEISLLKVAPNGKEEGKT
                     RRINPGIPIPPEATAIHGISDEDVKDCPTFKEIAKSLAAQIEGCDLAGFNSNRFDIPL
                     LAEEFLRADVDIDLSKRKFVDVQTIFHKMEQRTLSAAYKFYCGKSLEDAHSAAADTFA
                     TYEVLKAQLDRYPDLKNDIRFLSEFSCFTNNVDFAGRMIYNDKGEEVINFGKYKGRLV
                     AEVLKADPGYYAWMMSGDFPLNTKQKLTEIRMRLK"
     CDS             3416..4654
                     /gene="coaBC"
                     /locus_tag="SEQF2634_00546"
                     /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="MNSQSLSPKLAERKIILGVTGSIAAYKAAYLTRALIKEGAEVQV
                     VMTPAAKEFITPLTLSTLSRKPVVSEFFSRRDGSWHSHVDLGLWADAMLIAPATAATI
                     GKMAQGVADNMLVTTYLSCKAPVFVAPAMDLDMYAHPATQANIARLRTFGNRIIEPAE
                     GELASTLVGRGRMEEPERIVDILASALNEVGDLRGRTVLITAGPTYEKIDPVRFIGNY
                     SSGKMGFALAEACARRGAEVRLVAGPVALSTTHPHITRTDVESADEMYDAATALFPGC
                     DIAILAAAVADYRPHTPAEVKIKREETGHLTLPLVSNRDIAAALGRRKRPDQRLVGFA
                     LETNDERAHAEEKLRRKRLDLIVLNSLQDAGAGFGVDTNKITVIDALGNARDFPLKSK
                     TELADDIIDCLLPFLPPKNE"
     CDS             4658..5572
                     /locus_tag="SEQF2634_00547"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKHSIRATLFLVFTLLTAVAAPAQVSELNARLTINSDKIQGTN
                     KDIFKTLQTALNEFINNRKWTNARFAPNERIDCTFTLIVNTMENDRFSCELQVQARRP
                     VYNSAYTTTILNFRDTKLDFTYTEHEPLEYNEATLQSNLTATIVFYIYTILGLDFDSF
                     SPKGGSPFLSQAQQIVTLAQSEPSWNGWKAFDNTANRHALITALTEPQGEGFRQFWYD
                     YHRKGLDEMAANPDRGRTNIIAALPALTALKGARPTSVLLSLFSDAKLDELTAIYAKA
                     TTQEKQEGYKLLSNLFPGSTSRFESLRN"
     CDS             6152..7813
                     /gene="recN"
                     /locus_tag="SEQF2634_00548"
                     /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
                     SRAFINDTPVSLATVKELGGHLIDIHSQHQNLLLADTRFQLNVVDVMAQTTDLQRAYA
                     ERFQAYRDAESRLDELKDAAERNNQNEDYLRFQVEELTTARLKAGEQAELEEELKTLS
                     HAEEIREALFRTAGMLGDDDAGALIRLHEALGLMEGIKDYLPGAADYAERIRTARLDL
                     EDLYTDIDHLKEDVDFDPERMTYVNDRLNIIYSLQRKHRVESVEALLSLQADFEARLA
                     AIDSFDERLAALTRERDEALQDVLTQADALTRRRTEAAAGVEREIAERMRTLGVPNTR
                     FRIDFTRRARPAADGMDEVAFLFSANKNEALSPVAQTASGGEISRLMLCIKAMIAGFA
                     ALPAIIFDEIDTGVSGDISDRMADIMQTLGHRMQVITITHQPQIAAKGAAHYYVYKED
                     TADRTLTRIRPLTPDERISEIARMLSGASLTDAAIANARELLDMK"
ORIGIN      
        1 acagagcgga agtagctcag ttggtagagc acaaccttgc caaggttggg gtcgcggatt
       61 cgagttccgt cttccgctct ctttttatag acgagtaaca cctccaatca ctgtagcctc
      121 tatagaatac acgaaaaaag agatacagca aaagaatgaa atgaatgaac gctcgtcttt
      181 ccagcaatag atgaataggc ccaggtggcg gaattggtag acgcgcacgt ttcaggtgcg
      241 tgtgtcgaga ggcatgcagg ttcgagtcct gttctgggca cccctttcat aatgcgcagg
      301 tggtgaaatt ggtagacacg ctactttgag ggggtagtgc cggtaacggt gtgtgagttc
      361 aaatctcatc ctgcgtacaa gaagtggaag aagataacat agaaaagaga agcgattctc
      421 ttttttttcg tctccacatc accgaataaa caagatagaa aatacgaagc aatgtctaag
      481 agttgtcaga ttacgggaaa gaaagcgatg tcgggaaaca acgtcgctca ttctaatgtg
      541 cgaacaaggc gcaagttcaa cgtgaacctc ttcgcaaaga agttctattg ggtagagcag
      601 gattgctggg ttacattgaa tgtctcagcc gcaggattac ggctcatcaa caaaatagga
      661 cttgatgcag caatcaaaaa tgcagccgct caaggtttct tgagttgact ataacgcaca
      721 tataatagga ggaaacaagc gatggcaaag aaggtaaaag gcaatagaat acaagtgatt
      781 ctcgaatgca cagagcataa ggagagcggt atgcccggaa tgtcgcgtta catcacaacg
      841 aaaaatcgca aaaacaccac acagcgactt gagttgaaga aatacaatcc gattctgaaa
      901 agaatgacag tacacaaaga gataaagtaa tcaataagga gatcgtagat catggcaaaa
      961 aagaccgtcg caacgtttaa gtctggagaa ggcggacgta cttactcgaa agtgatcaaa
     1021 atggtgaagt caccaaaaac tggagcttac gtttttcagg aagagatgat cccgaatgac
     1081 gacgtaaaag aatatttcaa gaaatagtct ttttgaataa gaatcgcaag taataaaagc
     1141 tcttactcaa tatcttattg ggtaagagct tttactattt agttagaccc tccgcgaaat
     1201 cgaaatcggc aaatgtcaca ttactatatc tcacttagct gtacaaaatc aaaaaatata
     1261 gaccctcatg aaattcgatg tatcaagctc agccctatca tttcacttac aggcaatcag
     1321 taaagtaatc gcttcaaaga atacagtccc catccttgat tgtttcttct ttcgtctgga
     1381 taaagaaaga cgtagactct tcatcaccgc ctcggacatt gagacgcgct tagagacctc
     1441 gatcactgcg ctgaacgtgg aaggagaagg cgtattcgcc atacctgcta aaatattatt
     1501 ggatccgttg aaggaattgc cggagcagcc gctaatgttt gacgttaacg acaacaacct
     1561 ctcaacagtc atgctatacg aaaatgggaa gtatgaattt gttgcacaac gaggcgatac
     1621 ctacccacag caaaaggaaa tgaagagcga cgccgccaca ttctcaatag aagcatcggt
     1681 gctgcttaac ggcgtcagcc gaacgctctt tgctacggcc gaggatgagc tccgcccggt
     1741 aatgaatggc gttttcttag atatccagcc gaacagtgtc acattcgtcg cttctgatgg
     1801 ccacaagctg gtacagatta gcaatctggc aacgaggagc ggaacccatg cgtcgttcgt
     1861 gctaccgaaa aaatcagcga cccttctgaa gacgttgcta gccaaagaga cagaagaagt
     1921 gagcattcgc ttcgacgaaa acaccgcctc tatcaaggcc tcccattttg agatggtttg
     1981 ccgcctgatt gaggggcgtt accccaacta cagcagtgtg attccgaagg acaatccgaa
     2041 tcgtgtaacg gtcgataggc tctatctgct aaacgttctc aagcgtatct ctctctcctc
     2101 caatcccgcc agcggacttg tgcgattgca gctaagtcag gaggacgggc tcaccatttc
     2161 agcacaggat atcgacttct ccacctcggc cgaggagatt gttaagtgcc aatacgaagg
     2221 caccgactta gacatcggtt tcaaggggac gttcctaatc gaaatgttga acaacatcaa
     2281 cgctaccgag atctgcatcg aactggccga tccgtcgcgg ccgggcgtca tcgtacccac
     2341 agaaaacgag aaggacgaac agctgcttgc cctactcatg cccatgatgc tgaacaatta
     2401 agaagctgtt tggaatttat ttcggaggat atcggaagta tgtttctgat gattttgttt
     2461 catcattaga cgagcatagc aagctatgtg aggattaatg atggaacaaa agggcagaaa
     2521 caggccccga tagacccgaa atagaaagga gaatgacccg cccaaacagt tccattaaac
     2581 aatcgctcaa taaattccaa acagcttcta agtcatgcaa ctgaacttag ccaaccctat
     2641 cgtcttcttc gacctcgaga ccaccggtgt gaatatcagt aaggacagga tcatcgaaat
     2701 ctctctcctg aaagtcgccc ccaacggtaa ggaggaaggt aagacgcgtc gtatcaatcc
     2761 gggcataccc atcccacctg aggcgacggc tattcacggt atcagcgacg aagatgtcaa
     2821 ggactgtcct accttcaaag agatcgccaa atcgctcgcc gcacagattg aaggctgtga
     2881 tttagccgga tttaattcca atcgattcga tattcccctc cttgccgagg aatttctgcg
     2941 ggcggacgtc gatatcgatc tctccaaacg caaatttgtc gatgtgcaga ccatcttcca
     3001 taagatggag cagcgcacac tgtcggctgc ctacaagttc tattgtggaa aaagcctcga
     3061 agacgcccac agtgccgcgg cagacacctt cgctacgtac gaggtgctca aggcacaact
     3121 ggaccgttac ccagatctca aaaacgacat ccgcttcctt tcggaattct cctgcttcac
     3181 gaacaacgtg gactttgccg gacgtatgat ctacaacgac aagggcgaag aggtgatcaa
     3241 cttcggcaaa tacaaggggc gcctcgtcgc ggaggtcttg aaggctgatc cgggctatta
     3301 tgcgtggatg atgagcggcg atttcccgct gaacaccaaa caaaaactga ccgagatacg
     3361 catgcgcctc aagtagcctg cgaatcacac cgtttatccc cccaacccaa gcacgatgaa
     3421 tagtcaatcc ctctccccaa agctcgcgga gcggaagatc atcctcggcg tcacgggaag
     3481 tatagccgcg tataaggcgg cctacctcac tcgcgctctc atcaaggagg gcgcagaggt
     3541 gcaggtggtt atgacgcccg cagccaagga gttcatcacc ccgctcaccc tctccaccct
     3601 cagtcgaaag cccgtcgtca gcgagttctt ctcccgacgc gacggctcgt ggcacagcca
     3661 cgtcgatctg ggtctctggg ccgacgccat gctcatcgcg cccgccacgg cggccactat
     3721 cggcaagatg gcacagggcg tggctgacaa tatgctcgtc accacttacc tctcgtgcaa
     3781 ggcgcccgtt ttcgtggccc ctgcaatgga tctcgacatg tacgcgcacc ccgccacaca
     3841 ggctaacatc gctcgcttgc gcacctttgg caaccggatc attgagcccg ctgagggaga
     3901 gctggccagt acactcgtgg gccgtgggcg gatggaggaa ccggagcgca tcgtcgacat
     3961 actggcctct gcactcaacg aggtgggcga cctacgcggg cgtacagtct tgattaccgc
     4021 cgggccgacc tatgagaaga tcgatccggt ccgtttcatc ggcaactact cctccggcaa
     4081 aatggggttt gccctcgccg aggcctgcgc acgccgcggc gcagaggtgc gactcgtggc
     4141 cggccccgtg gcactgagca cgacacatcc gcacatcacc cgcaccgatg tcgagtcggc
     4201 cgacgagatg tatgacgccg ccactgcgct cttccccggg tgcgacatcg ccatcttggc
     4261 cgccgccgtc gcagattatc ggccccacac acccgcggag gtgaaaatca aacgtgaaga
     4321 gacgggccac ctcaccctgc cgctcgtctc caaccgcgat attgccgccg cgctcggccg
     4381 tcgcaaacgt cccgatcagc gcctcgtggg cttcgcactc gagacgaacg acgagcgtgc
     4441 gcacgctgag gagaagctcc gccgtaagcg cctcgacctc atcgtcctca actccctgca
     4501 agacgcgggt gccggtttcg gcgtcgacac gaacaaaatc accgtgatcg acgccctcgg
     4561 gaacgcacgc gacttccctc tcaaaagcaa gacagagctg gccgacgaca tcatcgattg
     4621 cctgctcccc ttcctccccc caaaaaacga gtaaacaatg acgaagcaca gcatacgagc
     4681 cacgcttttc ttggttttca cccttctcac cgccgtggca gcccccgcac aagtctccga
     4741 attgaatgcc cgcctgacga taaacagcga taagatccaa ggcacgaaca aggatatctt
     4801 caagaccctc caaaccgcgc tcaacgagtt catcaacaac aggaaatgga ctaacgcgcg
     4861 cttcgcgccc aatgagcgca tcgattgcac cttcacgctc atcgtcaaca cgatggaaaa
     4921 cgataggttt agttgcgaac tccaagtcca agcccgccgc cccgtctata actccgccta
     4981 caccacgacc attctgaatt ttcgcgacac gaagctcgat ttcacttaca ccgagcacga
     5041 gccgctcgag tataacgagg ccacgctcca gagtaatctc accgccacca tcgtgttcta
     5101 tatctacacc atcctcgggt tggatttcga cagcttttcc cccaaaggcg gcagcccatt
     5161 tctaagccaa gcacagcaga tagtcaccct cgcgcagtcc gagccctcct ggaacggctg
     5221 gaaggccttc gacaacacgg ccaatcgcca tgccctcatc acggcactca ccgaaccgca
     5281 gggcgagggc ttccggcagt tctggtatga ctatcaccgc aaggggctcg acgagatggc
     5341 cgccaatccg gatcgcgggc gcacgaacat catcgccgcg ctccccgcgc tgactgcgct
     5401 caaaggcgca cgtcccacct cggtcctgtt gagcctcttc tccgacgcaa agctcgacga
     5461 gctgaccgcc atctatgcca aggcgaccac gcaggaaaag caagagggat acaagttact
     5521 ctccaacctc ttccccggat ccaccagtcg cttcgagtca ctccgaaatt gattaggcac
     5581 gactcgcacc acgtgcaccc caacaaaagg ctcatcaccc tgcacgacca gcaaagcctg
     5641 aatcctctaa atcacgtgag ttcgacgcgt acgagctcac gtgaaatacc cttcagaacg
     5701 tattacaata cggttccgaa tagtatttaa tcacgttccg aacgtggttt aatacggttc
     5761 cgaggtggtc acaaccacgt tctggacgtt atttaaccac gttccgaggg gtatttaata
     5821 tggtttagag gggtatttaa tcacgtcctg aggggtattt aataccgttc cgaagggtat
     5881 ttaatacggt tcggcggggt atttaatcac gtcctgaacc atatttaatg acgttcggaa
     5941 cgtgattatg accacctccg aacggtattt caccacgttc cgaagggtat taaatacccc
     6001 gaggaaaggc ctcaaaacgc gcctcattgt gaggccctcg cctatggacc ggccaaaaaa
     6061 ccccgaattt tcagactttc gctccgtgtt tctccctcaa aagcacgcat ttttagatca
     6121 tcactattag tttttagctc acatagccct catgcttaaa tcgcttcaca tacgaaactt
     6181 tgtgctcatc gaccgactgg atatcacctt cgatcaaggc ttctccgtca tcaccggtga
     6241 gaccggcgcc ggcaagtcaa tcatcctcgg cgcactcgca ctcgtccttg gcgggcgtgc
     6301 agatgccaaa agcgcacgcg cgggagccga caagtgcgtt attgaggccg agttcgacat
     6361 ctcggcctat ggcctcgaga cgttcttcca agaaaacgac ctcgaatatg atcccacctc
     6421 ctgcctactt cgtcgcgagc tgagcgcaac gggcaagtca cgcgcgttca ttaacgatac
     6481 gcccgtttcg ctggccacgg tcaaggagct gggtgggcat ctcattgata ttcattccca
     6541 gcaccagaac ctgctcctgg ccgacacgcg ttttcagctc aacgtggtcg acgtgatggc
     6601 gcaaacgacg gatcttcagc gtgcgtacgc cgagcgattc caggcttacc gcgacgcgga
     6661 gagccggctg gacgagctaa aggatgccgc tgagcgaaat aaccagaacg aggactatct
     6721 ccgtttccaa gttgaggaat tgacgactgc gcgtctgaag gcgggtgagc aagcggagct
     6781 cgaagaggag ctgaagacgc tgtcacatgc cgaagagatc cgcgaagcac tcttccgcac
     6841 cgcgggcatg ctgggcgacg acgacgcggg ggccctgatc cgcctgcatg aggcgctcgg
     6901 gctgatggag gggatcaagg actacctgcc gggggcggcc gattacgccg agcggatccg
     6961 caccgcaagg cttgatctcg aagacttgta cacggacatc gatcacctca aggaggatgt
     7021 cgacttcgat cccgagcgca tgacgtacgt caatgatcgt ctgaacatca tctacagttt
     7081 gcagcgcaag caccgtgtgg agtctgtcga agcgctcctc agcctccagg ccgactttga
     7141 ggcccgtctc gcggccatcg attcgttcga cgaacgcctt gcggccctta cccgcgagcg
     7201 cgacgaggcc ctgcaagacg ttctgaccca ggccgatgcg ctcacacggc gccgcaccga
     7261 ggcggcggct ggtgtcgagc gagaaattgc ggagcggatg cgcacgctgg gtgtccccaa
     7321 cacacgtttt cggatcgact tcacccggcg cgcccgtccc gcggcggacg ggatggacga
     7381 ggtggccttc ctcttttcgg ccaacaagaa cgaagccctc agtccggtgg cacagaccgc
     7441 ttcgggcgga gaaatttcgc gcctcatgct ctgtatcaag gccatgatcg cgggatttgc
     7501 ggccttgccc gccatcatat tcgacgaaat cgacaccgga gtctccggcg acatatcgga
     7561 tcgtatggcc gacatcatgc agaccctcgg acaccgcatg caagtcatca ccatcacgca
     7621 ccagccccag atcgcagcca agggagcggc ccattactac gtttataagg aggacaccgc
     7681 cgatcgcacc ctgactcgca tccgcccatt aactccggac gagcgtatca gtgagatcgc
     7741 gcgcatgctt agcggcgcat ctctcacgga tgcagccatc gccaacgctc gagagcttct
     7801 cgacatgaag taagcatttc ccagcctacc tatccaccag atactacttc cctattattt
     7861 ccgacaaaat gaccgacaac catatcatct tcggtactcg cgccgtcatg gaggccctgc
     7921 aagccgggcg aga
//
LOCUS       SEQF2634|AYYE01000877.118765 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..18765
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             81..731
                     /locus_tag="SEQF2634_00549"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAHEGGDDVGRVRLVQPTHDAQLLHLRIAIEAVAALALHGGDT
                     EAQHGVEPAASNLEQLVLRGLTRGPGGVDNAAAAVHDLHIAVAAHTPREFLLAVSAED
                     EVRVRIDEARQQGLARGVDDGVARFVHRQRFARAKHMRDAAVGHDHRSAFYHMQVVHL
                     APSLTREAATRHHLRCVLNNQVLHLIFLNVCTVCPSTKGTNAPIRNDRPSALSLKA"
     CDS             complement(629..1042)
                     /locus_tag="SEQF2634_00550"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFMTGMIIPLMLMASACGKTDPMPSDGRLTGVWVHETTGTDT
                     IDFDESPSMAGEATFMLKRGTEVINGLTLPKSGSGPYAYKIKDGSIQVHWMLSSAFAP
                     DPYAFKLSADGRSFRIGAFVPFVEGQTVHTFKKIK"
     CDS             complement(1420..2316)
                     /locus_tag="SEQF2634_00551"
                     /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(2377..2727)
                     /locus_tag="SEQF2634_00552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSNKPFDIKVCLTDIELAITEIDSFLPQERNFFEFQKDLKTRK
                     AVERNIEIIGEAMSRILKSDPTFPIKDARKIVDTRNRIIHGYDSVSAEILWLIVIKYL
                     PELEKEVKTWLEAH"
     CDS             complement(2714..3019)
                     /locus_tag="SEQF2634_00553"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFLSQYDTQIADLCRRYSVERLFAFGSVLTDRFNDESDVDLIV
                     DIADESPLEYADNYFNLKFGLSDLFGRPVDLLENKALRNAQMRKHIDESKQLIYAKQ"
     CDS             complement(3032..3334)
                     /locus_tag="SEQF2634_00554"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFLNQYNAQIADLCRRYSVERLFAFGSVLTDRFNDESDVDLIV
                     AFDKQAVKDPFLHFFDFKYSLEDLFRKEVDLMEEQPVRNAYLRKNIENSKVLIYER"
     CDS             complement(3347..3826)
                     /locus_tag="SEQF2634_00555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWKLIDGMSDDQQQATFADEMATAGKEAHWGRDKNLRDVLVHLY
                     EWHRLLVDWINANRSGERRSFLPAPYNWKTYPAMNVEFWKMHQQTPLADAKAWLKESH
                     REVMTLIEAFTNDELFAKGTFDWTGSSTLGAYCISATSSHYDWAMKKIKLYIKTSKV"
     CDS             complement(3955..5940)
                     /gene="hutU"
                     /locus_tag="SEQF2634_00556"
                     /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
                     HSQGWVGHVAESVAEAFRMAREAMDRKEPCSIAYHGNVVDLLEYAEREGILIELLSDQ
                     TSCHAVYEGGYCPVGISFEERTRMLREEPEAFRKLVDQSLRRHFEVIRKLVARGSYFF
                     DYGNSFMKAIYDAGVKEISRNGVDEKDGFIWPSYVEDIMGPELFDYGYGPFRWVCLSG
                     KHEDLIKTDHAAMECIDPTRRGQDMDNYNWIRDAEKNQLVVGTQARILYQDAEGRMNI
                     ALRFNEMVRNGEVGPIMLGRDHHDVSGTDSPFRETSNIKDGSNVMADMAVQCFAGNCA
                     RGMSLVALHNGGGVGIGKAINGGFGMVCDGSERVDRILRSAMLWDVMGGVARRSWARN
                     PNAMSTVREFNHAHADGYQITEPFVADDQIIEQAMKA"
     tRNA            complement(7119..7190)
                     /locus_tag="SEQF2634_00557"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gln(ttg)"
     CDS             complement(7259..8518)
                     /gene="tyrS"
                     /locus_tag="SEQF2634_00558"
                     /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="MIHDMMPGTEECLQQGMTSAYVGIDPTADSLHIGHLVGVMMLRH
                     FQRAGHRPIALVGGATGMIGDPSMKSAERNLLDEPTLRHNQECIKRQLAKFLDFDSDA
                     PNAAKLVNNYDWMKDYTFLNFIRDIGKHITVNYMMAKDSVKKRLSADSNVGMSFTEFS
                     YQLLQGYDFMFLYQHENCRLQMGGSDQWGNITTGTELIRRELGGEAYALTCPLITKAD
                     GGKFGKTESGNVWLDPRYTSPYAFYQFWLNVSDADAAKYIKIFTSLTRDEIDALEREQ
                     ADAPHLRPLQKRLAREITTMVHSAAEYETAVEASNILFGGATSDALRRLDEATLLAVF
                     EGVPQFEIARDALSGGIKAVDLCTSYAAVFASKGEMRKLVQNGGVSLNKEKLTDPESV
                     IQTDALVAGKYLLVQRGKKNYYLLIAK"
     CDS             complement(8669..9553)
                     /locus_tag="SEQF2634_00559"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEILYDIGAKDVVLLVEALHKRGYERLRFSGNMSPSGGAYRVQ
                     ILRKEDMDWTGYLEDYLDKKIPQQMEWHSAVGFDDCGKSAEELADIFAACCPELLSAS
                     KGKDPEYAFWFRKVVWLAHRSVFPIGYADYLDCREKGCLPCVGMNDKDWVLPMPPTGE
                     HRHLEPYYRFYKGESANPHAPHTVRHNIWAHEQRFEQLWAMFTKQEWEAYFKGYKALP
                     HIAYQRHPAVGRKEEHFRRYMDIHLPFRLLPLLPRCHYYKGELLNPYPDDDTAKKQRL
                     GWDKERSEYYLGEKATPC"
     CDS             complement(9557..10789)
                     /gene="yidA"
                     /locus_tag="SEQF2634_00560"
                     /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="MKYKMIVLDVDGTLLTDEQTISARTRATLLKVQQMGVRVVLASG
                     RPTHGVMPLARALELDKNGGFVLSYNGAQIIHVPTGERVFERRIDPQFMAYLERGARK
                     RGFTIFTYREDRIVTSNAQNAHVQHEAKLSGMRVEEAANWAEAVDFSPCKVMLVSDDE
                     AALVGLEEHWRRRLAGVLDVLRSEDYYLEVVAESVDKSNTLTVLLEKEGIDPTDVVAI
                     GDGVRDVPMLQLAGLGVAMGNAQDSVKACADVVTLTNAEDGVAVALEKAILAEIRDTA
                     IPLDKLNESGRHALMGNLGIQYTYAAKGRVEATMPVDERTRQPFGILHGGASLALAET
                     VAGLGSMILCQPDEMMVGMQVSGNHVSSAHEGDTVRAVATVIHQGRSSHVWDVNIYTS
                     TDKLVSSVRVVNSVMKKR"
     CDS             complement(10802..11323)
                     /gene="lrp"
                     /locus_tag="SEQF2634_00561"
                     /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             11353..11496
                     /locus_tag="SEQF2634_00562"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLSYFMQYVGEKCFCWNGYGAKDMPLRLASALYAPADFLVALS
                     PSF"
     CDS             12609..14099
                     /locus_tag="SEQF2634_00563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLLETYTNGHAFLKMLHASDEQVALFDELAAAVPPHPDADFM
                     PMLNASSVSWIFPFMKALDNACETRQGDWDRAILGLGLYIRIEEFLLEDLRFLTYFPE
                     SRHALIRSRAEQKLRRAQVRREALRMLRSGLAEAFTSDLAEKVETPGILLYQPEEKAD
                     LTTALLLHDPEALTVGITNYLRLIRYFVEQETGLCPPEYWIETCEALIARECEAMDET
                     LLTGLITPEVRQRAEGLVRTAGALFLLCKAADREIDMVRRLMFYRYLCVLDERHLPPL
                     KNLMLSTFLKHNCRPPEYTWEELIGFSLPSFVGKIAYFTENIPEDRRPYTLEGKGLFT
                     LAERRITLAPFDNPLAGRRMHKLLTLWDGSLRINSFQKPTADLSAVAADNELPAKIWA
                     DAAADFKRKKTVFERHETKELPPRQCAAEDPHHGPPPGLSLAGLRHRRGRHVRGQRGH
                     TPQPSHTHQATHLAKRHLRRRRSGHGARDRGERKQTPEILHPRRDQ"
     CDS             14041..16164
                     /locus_tag="SEQF2634_00564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEVSENKRLRFSILDEISKSIATRFHPGEYTYARLISKNENSY
                     RWISEKGYPLYTVPSPLDEVEPELDDLYMLRLTHVNRTGYVRAEIEEMAPEDMEIDPQ
                     KAIADLVGYYVDERLADHTEEGVADELHEPHTEAPGRLSPDYVRQLIYLIDLYTESTD
                     DHVLRFNLCQTARLLADMIEEANIVAYYDRRILYLTELHHFINRQAVTVSVIDAEAIQ
                     RFPRLAHARTVLSLLALDKDDPTAIDTLRQGMQSERKLTADLARLLLIRLLAGQTYPD
                     LYAEADAEVRSLLAVEEEEDPDGEAEEIDFGRETNTREFKSTIVFPPNSNGMADIDRQ
                     MERILWAICGFLNAEGGVLFIGVNDIGYPKGIEPDLSYLHANVDKYQLIIRNYIVKEL
                     GKDINGLIRFDFHVFSGKTVCAISVPAYHEVVFFRDVVWQRQGNSTRPLDLPDIRLLK
                     ERRKNLRPALRITTPAFGEAKEEAEREVEKVFPVSIPTYTPTAVAKPRPTAKPERPAS
                     LADDEPDRIATSALAPRREQEPTAYFSILRSGRFVITHEEPHRSDARLTLPIYDDDSD
                     GYLIYVYENGYANRVAVSTLLSKKPDYEYANAMFGQSSLLFAALARPDDTLYLKVSSK
                     SGEYLRTLSLKTIKLNTDLSLRGTALYTVPFGRIVQIDLLNKEQAREVENIRSETPTT
                     LGIPAQSFSVIRTAMYLSELLNGER"
     CDS             16161..17510
                     /gene="zraR_1"
                     /locus_tag="SEQF2634_00565"
                     /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
                     LIRDESPDVVLLDMNFHAGINSGNEGLFWLAEIRKLRPAPAVVLFTAYADIDLAVRGI
                     KEGAADFIVKPWDNERLVHTLTEAYRAHVAASKQGAPPAPAMQDVICWGTSPAMQQLR
                     ALVERVAPTDANVLITGENGTGKGMLARELHRLSARSGRPLVTVDMGAVVETLFESEL
                     FGHVRGAFTDARTDRPGKFEAADGGTLFLDEIGNLPPYLQAKLLAALQSRTVTRLGSN
                     RALPVDIRLLTATNRPLDEMVARGDFRQDLLYRINTIRLSLPPLRERPDDILPLAQRF
                     LRRWADAAGRPIPTLTEAALRKLRAYSWPGNVRELEHALEKATILSDSPEISPDAFDF
                     TSAIVRPTPTPPTTLEEMEADLIRRTIDSHAGNLSHAATALGISRQTLYNKIKRYGI"
     CDS             complement(18287..18376)
                     /locus_tag="SEQF2634_00566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYLPIVMGICGTYAIRPYTGTRKMGRYG"
ORIGIN      
        1 ttagcaacca gcgggcgcat ctcgcggata ttgaaatcga tgaactcgtc ctcgcgcccc
       61 ttccattcgg ccggtgtggc gtgggcgccc atgaaggtgg agacgatgtc ggcagggtgc
      121 gcctcgttca gccgacgcat gacgcgcagc tgcttcatct ccgtatcgcg atcgaggccg
      181 tagccgctct tgccctccac ggtggtgata ccgaggcgca gcatggcgtc gagccggcgg
      241 cgtccaacct cgaacagctc gtcctccgag gcctcacgcg tggcccgggt ggtgttgaca
      301 atgccgccgc cgcggttcat gatctccata tagctgtcgc cgcgcatacg ccacgagaat
      361 tcctcctcgc ggtatccgcc gaagacgaag tgcgtgtgcg gatcgacgaa gccaggcagc
      421 aaggccttgc ccgtggcgtc gatgacggtg tagcccgctt cgtccacagg caacggttcg
      481 cccgcgcgaa gcacatgcga gatgcggccg tcggtcacga ccaccgttcc gccttctatc
      541 acatgcaggt cgttcatctc gcgccctcgc ttacccgcga agccgctaca cgtcaccacc
      601 tgcgatgcgt tcttaataat caggttcttc atttgatctt cttgaatgta tgtactgttt
      661 gtccctccac gaagggcacg aatgctccga tccgaaacga ccgcccgtcg gcgctcagct
      721 tgaaagcata ggggtcgggg gcaaaagcgc tcgataacat ccaatgcact tggatgctgc
      781 cgtccttgat cttatacgca taggggccac tcccagactt aggcagcgtc agcccgttta
      841 tcacctccgt acctcttttc agcatgaacg tagcctcacc ggccatcgat ggagattcat
      901 cgaaatcgat cgtgtcggtt ccagtcgttt cgtgcaccca gacgccggtc agtcggccgt
      961 ccgaaggcat cgggtccgtc tttccacagg cggacgccat cagcataagt gggatgatca
     1021 tccccgtcat aaactgcttc atatctgtca agttctaagt gtgaaatcta tcggtgaaaa
     1081 gcccggagag gtaaggctcc gacggtcgtc gaaggggtaa accctcaggg ttcagggctc
     1141 cgacggtcgt cgaaggagta aaccctcagg gttcagagct cagacggtcg tcgaaggggt
     1201 aaaccctcag ggttcagagc tctgacggtc gtcgaaggag taaaccctca gggttcagag
     1261 ctccgacggt cgtcgaaggg gtaaaccctc agggttcaga gctccgacgg tcgtcgaagg
     1321 ggtaaaccct catggttcag ggctccgacg atcgtcggag atttgccctt gatacgcttg
     1381 tacccttcaa aaacagccgc ttcggggagg gacaatgatt tactccatga tgcgcgactc
     1441 gagcacctga tccatcgaga agttctcgat gccgaggtaa tactccgcgc agtcgatgag
     1501 cgccttcatg ggcacaaggc cgatcacctc ggcgccgacc acgctcacac cgtaacgctg
     1561 agcctccatg cgcaccatct cgtgggcacg gtagacggcc gtccgcgtga agtcggtcag
     1621 gttcatcgac acctgcacga tgccacggtc tttcagctcc acgcccatgg ccttgcagaa
     1681 gcgcagaccg ccgccgagga agcgcacctt cttggcgata gcgtcggcga tggagaggtc
     1741 ggccgtgttg aggttcacgt tgtaagccac gagcggcata cgtgcgccga tggccacggt
     1801 gccggccgtc gggtgacgct cagcggggcc gaagtcgggc ttccactcag gctgcttgat
     1861 cttctcggcc atgccttcaa actcgccttt gcggatggca gcgagattct cgcggtgcgg
     1921 tgcggtggcc gacttctcat acaggaagac gggcacgccg tagcgctcag ccacttgtgc
     1981 ggccacttct ttggagaggg caacggcctc ttcggtcgtc gtgttcttga tcggaatgaa
     2041 cggcaccacg tcgacagcgc ccatgcgcgg gtgctgcccc gagtgcttgt tcaagtcgat
     2101 cagctggacg gccttgccga tagcctcgag cacggcgtct cgcaacggct tcggctctcc
     2161 gaccacggtc acgacgaggc ggttatgatc ctcatcattg ctgtagtcca gcagtttcac
     2221 attgtcctta ccgcggaagc aatccacgat tttctcgatt ttctctttgt cgcgtccctc
     2281 gctaaagttg gggacgcatt ccatgatttt attcatttca aatgggtgta taattaaatg
     2341 tgcgtgtttg attcttgggg gtgaatgttc atctactcaa tgtgcctcta accatgtttt
     2401 cacttccttc tcaagctccg gcaagtattt gatcacaatc aaccaaagaa tttccgcgga
     2461 aacgctgtcg tatccgtgaa tgattcgatt tctagtgtcc acaatcttgc gtgcatcctt
     2521 tatcggaaat gtgggatcgg attttaatat ccgactcatg gcttcaccga tgatctcaat
     2581 attgcgctca acagcctttc gtgtcttcaa gtctttttgg aactcaaaga aattccgttc
     2641 ctgcgggaga aaactgtcga tttcggtaat agcaagctcg atgtcagtta aacagacttt
     2701 tatatcaaat ggcttattgc ttggcataga tcagctgctt tgattcatcg atatgttttc
     2761 tcatctgcgc gttgcggagc gccttgtttt cgagcagatc gacaggccgg ccgaagaggt
     2821 cggagagacc aaacttcaga ttgaaataat tgtcggcata ctccagcggc gattcgtcgg
     2881 cgatgtccac gattaaatcc acatcgcttt cgtcgttgaa gcgatcggtg aggaccgagc
     2941 caaaggcaaa caaccgctcg acactgtatc ggcggcagag gtcggctatc tgtgtatcgt
     3001 attggctgag gaaattcatg cggggtacct tttatcgttc atagatcaac accttgctgt
     3061 tttcgatatt cttccgcagg taagcgttac gcacgggctg ctcctccatg aggtcgacct
     3121 ccttgcggaa aagatcctcc aacgaatact tgaaatcaaa gaagtggagg aagggatcct
     3181 tgaccgcctg cttgtcaaaa gccacgatca aatccacatc gctttcgtcg ttgaagcgat
     3241 cggtgaggac cgaaccgaag gcaaacaacc gctcgacgct gtatcggcgg cagaggtcgg
     3301 ctatctgtgc gttgtattgg ttgaggaaat tcatgcgggg ggagcttcag actttgctcg
     3361 ttttgatgta caacttgatc ttcttcatcg cccaatcgta gtggctcgaa gtggccgaaa
     3421 tacaataggc gccgagtgta gacgagcccg tccaatcgaa cgtgcccttt gcaaagagtt
     3481 cgtcgttggt gaaagcctcg atcagcgtca tgacctcccg atggctttct ttcaaccatg
     3541 cctttgcatc cgccagcggt gtctgctggt gcatcttcca aaactccaca ttcatcgccg
     3601 ggtacgtctt ccagttgtac ggcgcgggta ggaatgatcg acgctcgccg ctacggttcg
     3661 cgttgatcca atcgaccaac aatcgatgcc attcataaag atgaacgagc acgtcgcgca
     3721 gattcttatc cctgccccaa tgagcctcct tgcctgccgt agccatttcg tcagcaaacg
     3781 tggcctgctg ttggtcgtcg ctcatcccat cgatgagttt ccacatcttc tcaaactgtc
     3841 cgttggcagc aaggattaaa tctgtttttg ttgttggccg tgccatgatg cggtggttta
     3901 tacatgaaac ttcctccgat gcaacgaggc accggaggaa atctcttcga agatttacgc
     3961 cttcatcgcc tgttctatga tctgatcatc ggccacgaag ggctcggtga tttggtagcc
     4021 atcggcgtgg gcgtggttga actcgcggac ggtgctcatc gcgttcggat tgcgggccca
     4081 cgaacgacgt gctacgccgc ccatcacgtc ccacaacatg gccgaacgca agatgcgatc
     4141 gacgcgctcg ctgccgtcgc agaccatgcc gaagccacca ttgatggcct tgccgatgcc
     4201 tacgccgccg ccgttatgca gcgccacgag gctcatgccg cgggcacagt tgccggcgaa
     4261 gcattgcacg gccatgtcgg ccatcacatt gctgccatcc ttaatgttcg acgtctcgcg
     4321 gaagggtgag tccgtgccac tgacgtcgtg gtggtcgcgg ccgagcatga tcggacctac
     4381 ctcgccgttg cgcaccatct cgttgaagcg gagcgcgatg ttcattcggc cttcggcgtc
     4441 ttgatagagg atgcgcgcct gggtgccgac cacgagctgg ttcttctctg catcgcggat
     4501 ccagttgtag ttgtccatgt cctgcccgcg gcgggtcggg tcgatgcatt ccatggccgc
     4561 gtgatccgtc ttgatcagat cctcgtgttt gccgctcagg cagacccaac ggaagggtcc
     4621 gtagccgtag tcaaacagct cagggcccat gatgtcctct acgtagctgg gccagatgaa
     4681 gccgtctttt tcgtccaccc cattacgcga aatctccttc acgccggcat cgtagatggc
     4741 cttcatgaag gagtttccgt aatcgaagaa gtaggagccg cgagccacga gcttacggat
     4801 cacttcgaaa tgtcggcgca gcgactggtc gacgagcttc cggaacgctt ccggctcttc
     4861 gcgcagcatg cgtgtgcgtt cctcaaagct gataccaacg gggcagtagc cgccctcgta
     4921 aacggcatgg caggaggtct ggtcggagag caactcgatg aggatgcctt cgcgctcggc
     4981 gtattcgagc aggtcgacca cattgccgtg ataggcgatg gagcagggct ccttgcgatc
     5041 catcgcctcg cgggccatac ggaaggcttc ggcgacgctc tcggccacgt gccccaccca
     5101 accctgactg tggcgtgtct cgatacgcga ggcatccacc tcggcgatga tggccgtagc
     5161 accggctatc tcggctgcct tgggctgtgc gccgctcata ccgccgaggc cggaggagac
     5221 gaagagatgg ccgcgcaggt cgccgtcttg cggcacaccg agcttcatgc ggccggcgtt
     5281 gaggagcgtg ttgaacgtgc cgtgcacgat gccctgaggc ccgatgtaca tccatccgcc
     5341 ggccgtcatc tgtccgtagt tggccacgcc catttgcatg gcgatgtgcc agtcgtgcag
     5401 gttgtcaaac tgcccaatca tcatggcgtt ggtgatgatc acgcgcggtg cttcggggtg
     5461 cgagcgaaag aggccgagcg ggtggccaga ctcgatgacg agcgtctgat cttgggtcag
     5521 ctcttctaag tagcgcttga tgaggttata ctgcatccag ttctggcaca cctgccccgt
     5581 ctcgccgtac gtcactaatt catacgggta gagcgcgatg tcaaagcaga ggttgttgtc
     5641 gatcatcacc tggaaggctt tcccctcgat gcatttgccc ttgtaggcgt cgataggctt
     5701 ggccttcagg tcgcccgccg gacggaaacg atagccatag atgcgtccgc gcgtgcggag
     5761 ttcttccatg aattcggggg ccagctgggc gtgaaattcg gtggggatgt agcgcaaggc
     5821 gttcttcagc gcggtggctg tttgcgccgg ggtaagcgtg tacccgcggt ctggagcgcg
     5881 gcggattccc tccacgaagg cggggtaatc cggcagcgtg tttccaagga aagtgttcat
     5941 aaatcgttcg tgttatgatg tatatatttc tgtttggggg cgcaaggtag ggcaaaaaag
     6001 cacggcccaa cggggcgccc atgtccatcc acgcgccgtc gtccccatcg acaacgcatc
     6061 ggcgcgcctc gaagcctcac cgcctcggcc gacaccccat cgaccgaccg caaagcctcc
     6121 actttttcat tggcggctca tcgacccgca tcggagccct cattttttct ttgagtccgc
     6181 atcgattcga ttatagcttt agatgctgca tgtcgctctg cttatatgat atgtatgatc
     6241 ctacactccg atagatagat cgcttataca tactgtatga ctataaaatc catcggataa
     6301 atagcttata caccatgtaa gcccattctt tccatcgtaa atgagactga tacacactgt
     6361 ctatgtataa aatcctacgg atttacttca tatacactat gtataagtat acattccgcc
     6421 gtcgtttgaa ctcatacact atgtataagc cagaatcaca atagaaagaa tcgcctcaca
     6481 gcatgtataa atcccatttc tcatagatat tttatcccta catgctacct atatccataa
     6541 tcctcccgaa agaaggagca agcactatac ggatgtcatc cagccaatag catgtaaatt
     6601 catactccag tggatgccat ctcaggggaa atgggagaac ctcgacgcga agccatgcct
     6661 tttcaataga aaaaatgagg cttcgaccca cacggatggc tcatcgatgg acaggatgag
     6721 acctcgaccc gcacggatga cccatcgagt gacaagacaa gaccccgacc cgcacggatg
     6781 actcatcgag tgataggacg agacctcgac gcacatggat gactcgccga gtgacaagac
     6841 gagaccccga cccgcacgga tgactcatcg agggacagaa tgagcccccg acacacccgg
     6901 acaactcatc gagtgacaag acaagacccc gacccgcacg gatggctcgc cggggaacgg
     6961 gatgggaact aaatcgaagg gggagataaa aagaacgctc cgaatgatcc ggctcgaggg
     7021 ggactcaagc gatgtggatc atccggagac gttcgcctcg gatgggggga gggagggatc
     7081 cgaggttctc actccaaaat gaagtgaggg gagttattgt tgtctcaaga ggattcgaac
     7141 ctctacaaac agaaccaaaa cctgttgtgc taccattaca ccatgagaca agcgccgtgg
     7201 tcattttttt gacgccgcaa aagtatacac gcggcgcatt tttgcaagtc ctcgggcgct
     7261 attttgcaat caggaggtag taattcttct ttccgcgctg aacgaggagg tattttccgg
     7321 cgactaaggc gtcggtctgg atcacgcttt cggggtcggt gagcttctct ttgttgaggc
     7381 tcacaccacc gttttgcacc agtttgcgca tctcgccttt ggaggcgaaa acagcggcgt
     7441 aagacgtgca gaggtcgacg gctttgatac cgcctgagag ggcgtcgcga gcgatctcga
     7501 actgcggaac gccttcgaag acggccagca gcgtggcctc gtcgaggcgg cggagggcgt
     7561 cggaggtggc gccgccgaag aggatgttgg aggcctcgac ggccgtctcg tattcggcag
     7621 cggagtgcac catcgtggtg atctcacggg cgaggcgctt ctgaagcggg cgcaggtgag
     7681 gggcgtcggc ctgctcgcgc tcgagggcgt caatctcgtc gcgggtgagg gaggtgaaga
     7741 ttttgatgta cttggcggcg tcggcgtcgc tgacgttgag ccagaactgg tagaaggcgt
     7801 agggcgaggt gtagcgcggg tcgagccaga cgttgccgga ctcggtcttg ccgaacttac
     7861 cgccgtcggc cttagtgatc agggggcagg tcagggcgta agcctcgccg ccgagttcgc
     7921 gtcggatcag ctctgtgccg gtggtgatgt tgccccactg atcgctgcca cccatctgca
     7981 ggcggcagtt ttcgtgctga tagaggaaca tgaaatcgta accctggagc agctggtagg
     8041 agaactcggt gaacgacatg cccacgttcg aatcggcgct gaggcgcttc ttgacggagt
     8101 ctttggccat catatagttc accgtgatgt gcttgccgat gtcgcggatg aagttgagga
     8161 aggtgtaatc tttcatccag tcgtagttat tgaccagctt ggcggcgttg ggcgcatcgg
     8221 agtcgaagtc aagaaacttg gccagctgac gcttgatgca ctcttggttg tgtcggaggg
     8281 tgggttcgtc gaggaggttg cgctcggcgg acttcattga gggatcgccg atcataccgg
     8341 tggcaccgcc aacaagggcg atgggccgat gtccagcgcg ttggaagtga cggagcatca
     8401 tcacgccgac caggtgtccg atatgcagcg agtcggctgt gggatcaatg ccgacgtagg
     8461 ccgaggtcat gccttgttgc aaacattctt ccgttccggg catcatgtcg tggatcatgc
     8521 ccctccatct cagttcttct ataaagttca tcgtgtatgg tttatgtgtt atgattcaaa
     8581 acggcgccaa aagtagagat tagagggtag agggtggagg gtagagggta gagggtagag
     8641 cttcccccta tacctttata tatagcgctc agcagggcgt ggctttctct ccgagatagt
     8701 attcggagcg ttccttgtcc cacccgaggc gctgcttctt ggccgtgtcg tcgtcgggat
     8761 aggggttgag gagttcgcct ttgtagtaat ggcaacgcgg caagaggggt agtaggcgga
     8821 aaggcagatg gatgtccatg tagcgccgga agtgttcctc ttttcggccg acagcggggt
     8881 gacgctggta ggcgatgtgc ggcagggcct tgtagccttt gaagtatgcc tcccattctt
     8941 gcttcgtgaa catggcccat agctgctcga aacgttgctc gtgcgcccag atgttgtgcc
     9001 gaacggtgtg tggcgcgtgc ggattggccg attcgccttt gtagaagcgg taatagggtt
     9061 cgaggtgacg gtgctcgccc gtgggtggca tgggtaacac ccaatccttg tcgttcatgc
     9121 ccacgcacgg aaggcagcct ttttcgcggc aatccagata atctgcgtag cctatcggga
     9181 agacactgcg atgcgccagc cagacgactt tccgaaacca aaaggcatat tccggatcct
     9241 tccccttgct ggcgctcagt agctccggac aacaggccgc aaagatgtcg gccaactcct
     9301 ccgccgactt cccgcagtca tcgaatccca ctgcgctgtg ccactccatc tgctgcggga
     9361 tcttcttgtc gagatagtct tccaaatacc ccgtccaatc catgtcctcc ttacgcagga
     9421 tctgcacgcg ataggctcct ccgctcggcg acatattccc agagaagcga aggcgctcat
     9481 agccgcgctt gtgcagcgct tcgacgagta gcaccacgtc tttggcgccg atgtcgtaca
     9541 ggatctcttt catggctcag cgcttcttca ttacgctgtt gaccacgcgg acggaggaga
     9601 cgagcttgtc ggtagaggtg tagatgttca cgtcccagac gtgcgacgag cgaccttgat
     9661 gaatcaccgt ggccacggcg cgcaccgtgt cgccctcgtg tgccgaggag acgtggttgc
     9721 cgctcacctg catgccgacc atcatctcgt ccggctggca aaggatcatc gacccgaggc
     9781 cggccaccgt ctcggcgagt gccaaggagg cgccgccgtg caggatgccg aacggttgcc
     9841 gtgtacgctc atcgacgggc atagtggctt ccacgcgacc ctttgcagcg taggtgtatt
     9901 ggatgccgag gttgcccatc agcgcatgcc gacccgattc gttgagctta tcgagcggga
     9961 tggccgtgtc gcggatctcg gccaggatgg ccttttcgag cgccaccgcc acaccgtcct
    10021 cggcgttcgt gagcgtcacc acgtcggcgc aggccttgac tgaatcctgc gcgttgccca
    10081 tcgccacgcc caagcccgcc agctgaagca tcggcacgtc gcggacaccg tcgccgatgg
    10141 ccaccacgtc cgttgggtcg attccctcct tctccagcag caccgtgagc gtgttcgact
    10201 tgtcgaccga ctcggccacc acttccagat aataatcctc cgaccgcagc acgtccagaa
    10261 cgcccgccag ccgtcgccgc caatgctcct ccaggcccac gagcgccgcc tcatcgtcgc
    10321 taaccagcat caccttacac ggcgaaaagt ctaccgcctc ggcccagttc gccgcctcct
    10381 ccacgcgcat cccactcagc ttggcctcat gctgcacatg cgcattctgg gcgttgctcg
    10441 tcacgatccg atcctcgcga taggtgaaga tggtgaagcc acgcttccgc gctccacgct
    10501 ccagataggc catgaattgc ggatcgatcc gccgttcgaa cacccgctcg ccggtcggca
    10561 catggatgat ctgcgcgccg ttgtacgaca gcacaaagcc gccgttttta tccagttcta
    10621 acgccctcgc cagcggcatc acgccgtgcg ttggccgccc tgaggccagc accacgcgca
    10681 cgcccatctg ttgcaccttg agcagcgtgg cgcgggtgcg tgcgctgatc gtttgttcat
    10741 ccgtaagcag tgtgccgtcc acatcgagca caatcatctt atacttcatt gtcgtctgat
    10801 tttatatgtg tatgccgtat tcccttttca cctcgtccat cacgaaaatg ctgtggatcg
    10861 aaccgatata atcgatcgtt ccgagtacgt tcaggaggaa cgtctgatag tacttcatgt
    10921 ccggagcatg gatcttgagc agatagtcat agtcgccggc gatgttgtag cactcggtca
    10981 cctcggggat ggcccggatc ctacgcgtaa aatcggacgc aatttcccgg ttgatgcggc
    11041 tcatcttcac ggtgcaaaag acgcggaagc cctgattgag cttctcagcg tcaagcacgg
    11101 ccacgtactt tttaatgtat cccttcttct cgaggcgttt gagtcgctca aaaacgggcg
    11161 tggaggagag gttgacgcat tgggccagct ccttggtggt ccgttgcgaa ttttcctgca
    11221 gagcacgcag gatctgcagg tctgtactgt ctaacgtatc cataaaatga aaatattcta
    11281 ccggtgaagc ctttcgaccg ccatcgcagc ccattttttc cataagggca tgcgaaaata
    11341 gtaggatttt ctttgttgct ctcctatttc atgcaatacg taggcgaaaa atgcttttgc
    11401 tggaatggat atggcgccaa ggatatgccc ttgaggcttg caagcgccct gtatgctccc
    11461 gccgacttcc tcgtggccct ctctccttcc ttctaagcgt ataaggggta tttattcacc
    11521 cgttcgggag ctcccgatag gatactcaag tatgtatcaa tcgttcggaa tctcccgaga
    11581 gtatattcaa gtatgtacca catattcgga agttcccgag gctatattca agtacatacc
    11641 atctattcgg aaattcccga gaagtctatt ctctttatat agattcttcg gaaagttccg
    11701 aaatatttat cctactctta taatcctttc gggaatatcc aaatgatcta attcgatatg
    11761 tatagccatt ccgggaatat ccgaaatggt ttatctggta gatatatcaa ttctggaaat
    11821 atccgagagc cttatttaag tcgtataata ctttcgggaa tttccgatca attgtatcaa
    11881 tccgaatata tctatcgggt atctccgatt agatgataca ccttatataa tctgttcgga
    11941 aagttctgaa tagttataac gtaaagaaaa tcactctcgg aaagttccga agctaataaa
    12001 cgcaaacaaa tagctcttta tcgacgcctc ttagggggca aatccatgtc cgtaaggcct
    12061 tcgcgaggct tagcaagggc cgcatagaag tccgcagacg gatatcctgc ccgaaagagc
    12121 gtgaaaagga gacgtttcat catttaacga gcttgaaaaa ggcccgtacg agcctcgttg
    12181 aaggatccaa tgggcagaaa tagggcctgg atcactccga aactcgaaag gggaaatgag
    12241 ggagactcgc cagagacgac cttagtgcat agcctccaat aaattccaag ccgcttctca
    12301 gaagctgctt agaatttatt tcggaggata ttcagaggat atttccgggg attttgtttc
    12361 atcttttgag gagcatagcg agctatgtga cgaaaaagat gggacaaaag ggcggaaata
    12421 gacctgaata gacccgaaat agaaagagga agactcgcct aagcgactcc ttcaaacaat
    12481 cactcaataa attccaagcc gcttctgaag ttttcacccg cggcctctac ctttggcaac
    12541 tcaaaaaagg gcctcccagt ccctccgatt tgcgaggggg gcggaaggcc attgctttgt
    12601 gatcttctat ggatagttta ttagaaacat atacgaatgg gcacgccttt ctgaagatgc
    12661 tacacgcctc ggatgagcag gtggcgctct ttgacgaact ggctgcggct gtgcctccac
    12721 acccggatgc ggactttatg ccgatgctga atgccagctc tgtctcgtgg atcttcccct
    12781 tcatgaaggc gctggacaat gcctgcgaaa cccgtcaggg agactgggat cgggctattt
    12841 tggggcttgg gctgtatata cgcatcgagg agttcctgct ggaggatttg cgcttcctga
    12901 cctatttccc cgaaagccga cacgccctta tccggtcacg cgcggagcag aagctacgcc
    12961 gggcacaggt gcgacgcgag gcgctgcgaa tgctccgatc tggcctggcg gaggccttca
    13021 cgagcgacct ggcggagaag gtcgaaacgc ccggcatcct gctttatcag ccggaggaga
    13081 aggcggatct gactacggcc ctcttgctgc atgacccgga ggcgttgacc gtgggcatca
    13141 cgaattacct gcgcctcatc cgctatttcg tggagcagga gaccgggctc tgcccacccg
    13201 aatactggat cgagacgtgc gaggccctga tcgctcggga gtgtgaggcg atggatgaga
    13261 cgctgctcac ggggctgatc acgcctgaag tccgacaacg cgccgagggg ctggtgcgta
    13321 cggcgggcgc actcttcctg ctctgcaagg cggccgatcg ggagatcgac atggtgcgcc
    13381 gactgatgtt ctaccgctac ctctgcgtgc tggacgagcg ccatctgccg ccgctgaaaa
    13441 accttatgct aagcaccttc ctcaagcata actgccgccc gccggagtac acatgggagg
    13501 agctgattgg cttctcgctg ccgtcgttcg tggggaagat cgcctacttc acggagaaca
    13561 tccccgaaga tcgtcggccg tacacgctgg agggcaaagg cctcttcaca ctggccgaac
    13621 gacgcatcac gctggcccca ttcgacaatc cgctggcggg ccgtcgcatg cacaagctgc
    13681 tcacgctctg ggacggtagt ctgcgcatca actccttcca aaagccgacc gcggacctct
    13741 cggccgtggc ggcggacaac gagctgccgg ccaagatatg ggcggacgct gcggcggact
    13801 ttaagcgaaa gaagaccgtc ttcgagcgcc acgagacgaa ggagctgccc ccccgtcaat
    13861 gcgctgctga agatccgcat cacggccctc cacccggcct atccctcgct ggccttcgcc
    13921 accgtcgagg acgacatgta cgagggcaac ggggccatac acctcagcca agtcacacgc
    13981 atcaagcaac tcacctcgct aagcggcatc ttcgccgtcg gcgatctggt cacggcgcgc
    14041 gtgatcgagg tgagcgaaaa caaacgcctg agattctcca tcctcgacga gatcagtaaa
    14101 tccatcgcca cgcgtttcca tcctggcgag tacacctacg cccgactcat ctccaaaaac
    14161 gagaactcct atcgctggat atcggaaaag ggctatccgc tctataccgt gccctcgccc
    14221 ctcgacgaag tggagccgga gctggatgac ctctatatgc tccgcctgac ccacgtcaat
    14281 cgcacgggtt acgtccgcgc cgagatcgaa gaaatggctc cggaagacat ggagatcgac
    14341 ccccagaagg ccatcgccga tctggtcggc tattacgtgg acgagcgcct ggccgaccac
    14401 accgaggagg gggtggcgga cgagctgcac gagccgcaca ccgaagcgcc gggcagactc
    14461 agcccggact acgtacgcca gctgatctat ttgatcgatc tctacaccga atcgaccgac
    14521 gaccacgtcc tgcgcttcaa tctctgccag acggcccgcc tgctggccga catgattgag
    14581 gaggcgaaca tcgtggccta ctacgaccga cgcattctct acctcaccga gctgcatcac
    14641 ttcatcaacc ggcaggcggt gacagtctcc gtgatcgacg ccgaggctat ccagcgcttt
    14701 ccgcgattgg cccacgcccg gacggtcctc tccttgttgg cgctggataa ggacgacccc
    14761 acggctatcg ataccctgcg ccagggcatg cagtcggagc ggaagctcac ggccgacttg
    14821 gcgcggctgc tactcatccg gctgctggca ggccagactt accccgatct ctatgccgag
    14881 gccgacgccg aagtgcgctc cctcctggcc gtcgaagagg aggaggaccc ggatggcgaa
    14941 gccgaagaga ttgactttgg ccgcgagacg aacacccgag aatttaagtc caccatcgtg
    15001 ttccccccca acagcaatgg catggccgac attgatcggc agatggagcg catcctctgg
    15061 gccatctgcg gctttctcaa cgcagagggc ggcgtgctct tcattggcgt gaacgatatt
    15121 ggctatccca aaggcatcga gcctgatctc agctatctgc acgccaatgt ggacaagtac
    15181 cagctcatca tccgtaacta tatcgtcaaa gagctgggca aggacatcaa cggactcatc
    15241 cggtttgact ttcacgtctt cagcggcaag accgtctgcg ccatttctgt cccggcctac
    15301 catgaggtgg ttttcttccg cgacgtggtt tggcagcgcc agggcaactc cactcgtccg
    15361 ctcgacctac ccgacattcg tctgctcaag gagcgtcgga aaaacctccg gcctgccctg
    15421 cgcatcacca caccggcctt tggcgaggcc aaggaggagg cagagcgcga ggtggagaaa
    15481 gtcttccccg tcagcatccc gacctatacg cccactgcgg tcgccaagcc gcggccgacg
    15541 gctaagccgg agcgacccgc atccctcgcc gacgacgagc cggaccgcat cgccacctcc
    15601 gccctcgcgc ctcgacgcga gcaggagccc acggcctatt tctccatcct ccgcagcggc
    15661 cgtttcgtga tcacccacga ggagcctcac cgcagtgacg cgcgtctgac cctacccatc
    15721 tacgacgacg atagcgacgg ctatctcatc tatgtctacg agaacggcta tgccaaccgc
    15781 gtcgccgttt cgacacttct ctccaagaag cccgactacg aatacgcgaa tgccatgttc
    15841 ggccagtcgt ccctcctttt cgccgccctg gcgcgcccgg acgacacgct ctacctcaaa
    15901 gtctcctcca agagcggcga atacctccgc accctctctc tgaaaacgat caagctcaac
    15961 acagacctct ccctccgcgg taccgccctc tacaccgtgc cctttggccg catcgtgcag
    16021 atcgacctcc tcaacaagga gcaggcgcgc gaggtggaga acattcgcag cgaaacgccg
    16081 accacactcg gcatccccgc gcaatccttc tccgtgatcc gtaccgcaat gtacctgagc
    16141 gaactcttga acggcgaacg atgaaaagca tgctccccgc caccatcctt gtcgtcgacg
    16201 acaatcgcgg catactctct gccgccgagc ttctcctccg cgcccatttt cgccgagtcg
    16261 tgaccaccca caatcccgaa cgcatccgcg cgctcattcg tgacgagtcg ccggatgtcg
    16321 tcctcctcga tatgaacttt cacgccggca tcaacagtgg aaacgagggt ctgttttggt
    16381 tggccgagat ccggaagcta cgccccgcac ccgcggtggt gctgttcacc gcctacgcgg
    16441 atatcgacct cgccgtgcgt ggcataaagg agggcgcggc ggatttcatc gtcaagccgt
    16501 gggacaatga gcgcctcgtc cacaccctca ccgaggccta tcgcgcccat gtcgccgcct
    16561 ccaagcaggg cgccccgccc gcgcccgcca tgcaggacgt catctgctgg ggcacatcgc
    16621 ccgccatgca gcagctccgc gccctcgtcg agcgtgtcgc ccccacggac gccaatgtgc
    16681 tcatcacggg cgagaacggc accggcaagg gcatgctggc ccgcgagctg caccgcctct
    16741 ccgcacgcag cgggcggccg ctcgtgacgg tcgacatggg cgccgtcgtc gagacgctct
    16801 ttgagagcga gctcttcggt cacgtccgcg gcgcgttcac cgatgcgcgc accgatcgcc
    16861 caggtaaatt tgaagccgcc gacgggggca cgctcttcct cgacgagatc ggcaacctgc
    16921 cgccctatct ccaggccaag ctcttagctg ccctgcaaag tcgcaccgtg acccgcctcg
    16981 gcagcaatcg cgccctcccc gtggatatcc gactcctgac cgccaccaat cgccccctcg
    17041 acgagatggt ggctcgcggc gacttccgcc aagacctcct ctatcggatc aacaccatcc
    17101 gcctctccct ccccccttta cgcgaacggc cggacgatat cctccccctc gcccaacgtt
    17161 tcctccgtcg gtgggccgat gccgccggtc gacccatccc caccctcacc gaggcggccc
    17221 tgcgtaagct ccgcgcctac tcctggcccg gcaatgttcg cgagctggag cacgcgctcg
    17281 agaaagccac catcctgagt gacagtccag agatctcccc ggatgctttc gacttcacgt
    17341 ccgccatagt ccgccccacc cccactccac cgaccaccct cgaagagatg gaggccgacc
    17401 tgatccgtcg caccatcgac agtcacgccg gcaatctctc ccacgccgcc accgccttgg
    17461 gcatctctcg gcagaccctc tacaacaaga tcaaacgcta cggcatttga cccatcgcca
    17521 tccccacacg ctattcaatc cgagcgattt ttcgtgtacc gatgtagggg cgtatggcat
    17581 acgccccaca aatacccatg acaatgggca aatgattctt ccgcccgata tgtatctatt
    17641 aaatacgtat tgattgaatc cttttcctgc caaaaattgg tatgcctgaa aaacattgaa
    17701 tcaaaaaccc gatacatttt tggatatatg caatacgccc ataccctgac ggatcaaaaa
    17761 attgattctc cattaaaacc acctacccga aacgacccat ttttcgtgta ccggtgtagg
    17821 agcgtatggc atacgcccca caaatgccca tgacaatggg caaatgaatc gcccgcccgg
    17881 tacgtatcta ttaaatacgt atcgattgaa tcctataccc atcaaaaatt ggatttccca
    17941 ttaaaaccac ctacccgaaa cgacctattt ttcgtgtacc ggtgtagggg cgtattgcat
    18001 acgccccaca aatacccatg acaatgggca aatgattcac ccgcccggta cgtgcaaggg
    18061 cgtatgcaat acgcccctac cctgacggat caaaaattga attcccctct atccattgaa
    18121 tcgtccgcct ggtacgtttg ggggtgtatg ccatatgcac ctaccaaaac ccgatacgta
    18181 tctattaaat acgtattcgt tgaatcattt tcccggcaag gattagattc accgtctccc
    18241 attgaatcct atacccgtca aaaattggat tctccattaa aaccgcctac ccataacgac
    18301 ccatttttcg tgtacccgtg taggggcgta tggcatacgt cccacaaatg cccatgacaa
    18361 tgggcaaata attcatccgc ccgatacata tcggttaaat atgtattcgt tgaatcctat
    18421 acccgtcaaa aataggtatg cctgaaaacc atcgaatcgc ccgcccggta cgtgctgggg
    18481 tgtatgcaat atatccctac cctgacggat caaaaaatcg attccattct atccattgaa
    18541 tcactcgccc ggtacgttct ggggcgtatg caatatgccc ctaccctaac gggcaaaaaa
    18601 ttgggtgatc tcttgactga tgattcacaa accgggtacg cgcgggggcg tatgcaatac
    18661 gcccctacac atacggatca aaaattcgat tcttttttat ctattgaatc gcccgcccgg
    18721 tacgtgctgg ggcgtatgca atacgcccct acacatatag atcaa
//
LOCUS       SEQF2634|AYYE01000878.1  580 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..580
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             162..467
                     /locus_tag="SEQF2634_00567"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSMETGEMQVVLSALQRVRERIREVSETHRPLFGGEH
                     FLTGKEVCERLYISPRTLQDYRDRKVIPYTQFAGKILYKASDLERILEENYREGGKR"
ORIGIN      
        1 gtttgccaac tgctcggcat cagcaaacgt actctgcaac attaccgtga cacaagtgtg
       61 ttgcccttcg cgcagatcgg gcacaagtgc tattacaagc gggaggacgt ggagcggttg
      121 ctttgcctga agtctgacaa aacgacaaac acgacgaagc gatgatggaa gcgattcaag
      181 acttgagtat ggaaacgggc gagatgcagg tggtcctctc cgccttgcaa cgagtaagag
      241 aaaggattcg ggaagtgtcg gaaacacacc ggccgctctt cggcggtgaa cacttcctca
      301 cgggcaagga ggtttgcgaa cggctctata tcagccctcg cactttgcag gactatcgcg
      361 atcgaaaggt cattccctac acgcagttcg ccggaaaaat cctttacaag gcttcggatc
      421 tcgaaaggat cttggaggag aattataggg aaggcgggaa acggtaaggc ggagaagcac
      481 gcattcgaga attgggatta gcatttactt tctatccccc aatcgtccat tttcttaggt
      541 tacagcagtt ttcggtacac cccatctttc gcttcaagtt
//
LOCUS       SEQF2634|AYYE01000879.126146 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26146
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(544..3093)
                     /gene="alaS"
                     /locus_tag="SEQF2634_00568"
                     /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
                     FEGSPSEGLERDSEAAGYWAEFLPADHILEGNKHDNFWEMGDTGPCGPCSEIHIDLRP
                     DAERAAVPGASLVNKDNPLVIEIWNLVFMQYNRKADGSLEPLPNRVIDTGMGFERLCM
                     ALQGKTSNYDTDVFQPLIQAIAHMTGTTYGADRQKDVAMRVVADHIRTIAFSITDGQL
                     PSNAKAGYVIRRILRRAVRYAYTFLDCKEAFMYRLLPTLIATMGTAYPELVAQQELIE
                     KVMKEEEEAFLRTLETGIRLLEKKIEELNAAGSKTLAGTDAFALYDTYGFPLDLTELI
                     LREHGMDADLKGFDAEMQKQKERARNAAAIEADDWVTLREGETAFVGYDMMECDVEIL
                     RYRRIKQKNKTLYQIVLDKTPFYAEMGGQVGDSGVLIAPDGERTEIIDTKRENNLPVH
                     LTTKLPNDLTASFTARIDVERRIRCECNHTATHLLHEALRETLGTHVEQKGSYVGPES
                     LRFDFSHFGKMTDEEIRRVEQIVNRRIRQNMPLDEHRNMPIAEAKALGAMALFGEKYG
                     EEVRVVRYGTSVELCGGTHIPATGMIGSMYITSESSIAAGVRRIEAVTADAAERLFYF
                     TQDAVREVRALFNNVPNLVPTIRKSIEENSELKRQVGEYIREKAATMKKELLAHAVDR
                     RGTRLILFNGEGDVDLCKSIAMQIKDEASSDERICFVAGIRDHDRCGLIVLLSQPLVS
                     EGLDAAKLVKKGSSFIRGGGGGQPHFAMAGGKNPDGLSAAIDAILEEAGLK"
     CDS             3273..4256
                     /gene="mepM"
                     /locus_tag="SEQF2634_00569"
                     /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             4275..4652
                     /gene="carH"
                     /locus_tag="SEQF2634_00570"
                     /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             4649..5620
                     /gene="yrbG"
                     /locus_tag="SEQF2634_00571"
                     /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
                     TITKEVPLCILASLVLLFVASDVWIDGAAENVLSRIDGLVLLCFFAIFFGYTLAIAHN
                     KTDDADEEGIKSMPVWRSSLYIVGGLAGLIYGGQLFVDGSSAIARNLGVSESTIGLTL
                     VAGGTSLPELATSAVAALKKNPQMAIGNVVGSNLFNIFFVLGCAASISPLHVAGITMV
                     DYAVMIGSAVLLLIFGQFFRQRTITRWEGVVMTLCFIAYTAYLVANA"
     CDS             5975..6571
                     /gene="engB"
                     /locus_tag="SEQF2634_00572"
                     /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
                     RRKQLAMTSQKPGKTQLINHFIIDDRWYLVDLPGYGYARRSRENRDRLRQIIESYILG
                     RQQLTCLFVLLDCRHEAQRIDLEFMEWLGQNAVPFAIIFTKTDKLSRSRLQENLAAYR
                     EKMLETWEELPPIMTSSSEKNEGRDEILAYIDEINRSL"
     CDS             complement(6665..8227)
                     /locus_tag="SEQF2634_00573"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNRILWIPLLGILAIMNLIGCSSEEKLPPTVTLEANKTSIKAN
                     GRDSITFVVKVNGQETTQGVTVRSESGQAVSSTLRYAADKVGTQTFYALYEGTKSNAV
                     TVTATQIVVTLKVDRTSIRPGTADQVHFTVLADDEDVTASSSILRRGETETKLEGTTF
                     SADKSGDYTFYAIYRNERSAEVAVHAAAGSVTLRADRSAIHADGNEAVAFTVTADGHD
                     VTDKAVISLRSTPDIALIGHNFTTTEAGDYAFYATYDGVRSTEVRVKASAMALNFAKQ
                     HCIMQFSSATCSTCPIMTTAINDIMTLTPGRAVPIVFHVSQLCFNYPELYGVLSETAD
                     RLCPAWPSALVDMHTKVNVYRTATREKFNEAIWILNSYAPAQTGIALRSSVEGGTISF
                     TADVAANKTGEYRFFAYIVEDGIKYGQRIGNGEDAIDPNYVHNNVATYPLTATDDPRS
                     GLSLGTIERGKHLTRTYTIDTRAYNIKRNVDLSRCRVVAYTLRLVNGSYTVDNVATCP
                     VSGGSVSFRYAK"
     CDS             9084..10400
                     /locus_tag="SEQF2634_00574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMADAHTHGGGASGMPAKLAGYLANFPAPAEGGRQKREDDIYY
                     NRRMMTMTLKKMTAAGLLLLLVAACGGAKKEQHGAGQTDATDAERTERLKPRYAEGFS
                     LRSEGGVWLVDIQDPQKEDEEGEMAEGAYRYAFVPRGSDLRAPEGYERIEIPVRKVVC
                     MTTLQLSNFIALDRRDLVAGLTSTRHLFDPQINAQLKDGRTRKIGIEGNFDTEVVMGI
                     APDVILISPFKRGGYEALKETGAPLIPHLGYKELTPLGQAEWIKFVGLLTGNEDAAIK
                     RFDEIEKRYNELKALTADVKERPVVFSGEMRGGNWYAVGGKSFLARQFEDAGADYFLK
                     DDPHSGGFTLDFETVYAQAVNARFWRIINSYDGTFTYDALRQEDARYADFRAFRERGV
                     VYCNLKSQRFYEGVPVEPEVVLADLIHAFHPQLLPDHKPVYYKLLK"
     CDS             10400..11437
                     /gene="hmuU_1"
                     /locus_tag="SEQF2634_00575"
                     /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="MKRHTALILTLIAVSIALFFVLNLVLGSVAIPLRSIVHILFDTG
                     EESEVWRNIVWKSRVPQSLTALVAGAGLAVSGLQMQTVFRNPLAGPSVLGISSGASLG
                     VALVILLSGSVGGVALSKLGYIGELALTIAATVGSLSVMALIVFVSQKVRGSVTLLII
                     GVMIGYVANAIIGMLKYFSVEEDIRAYVIWGLGSFARVSGNQMTLFVAIMAVLLPLSL
                     LLIKTLNLLLLGEGYARNLGLNIKRARLSVISCAGLLTAIVTAYCGPVIFLGLAVPHL
                     CRGLLRTSDHRILMPASILTGASLALVCNLIARMPGFEGALPVNSVTALIGAPIVVYV
                     LFSKRRNEVNE"
     CDS             11434..12444
                     /gene="fecE"
                     /locus_tag="SEQF2634_00576"
                     /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="MKETTIRLRDLSIGYPDKHNTKRVAEHLNASIHSGELTCLLGTN
                     GVGKSTLLRTLSAFQPPLGGTIDLLDRPLSTYDDRQLATVIGVVLTEKSDIRNMTVEE
                     LVGLGRSPYTGFWGTLKESDRKIVHEAIARVRIEPLTQRMVHTLSDGERQKVMIAKAL
                     AQETPIIFLDEPTAFLDFPSKVEVMQLLHNLTHTLQKTVFMSTHDLELALQIADKIWL
                     MDRTNGIAIGTPEDLSLEGKLSSFFSRKGITYDTETGFFRIDTDYRREIHLHGHGSRY
                     AMVRKALQRNGIRADRHVADDSLHIDTTGSAGDPFVIHRADGSTQSATNIEALLSLIA
                     DQ"
     CDS             13105..15489
                     /gene="feoB_2"
                     /locus_tag="SEQF2634_00577"
                     /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
                     DRIVAHKWLGFPIFIFLMWLTFSTTFWLGKYPQDWIEAAFAWLGELLRAHMPEGPLRD
                     LLADGVIGGVGSVTVFLPNILLLYFFISLMEDSGYMARAAFIMDRIMHRIGLHGKSFI
                     PMLMGFGCNVPAIMATRTIESHSSRLITILIDPFMSCSARLPVYILLVGTFFSATAGT
                     VLISLYAFGILMAALTAVLLRRGVFKADETPFVMELPPYRMPTVRATLKHMWDKAEQY
                     MRKIGGVILVISVIIWFLSYYPRTEVPADTTLDPVTLSEMQYENSFLGRIGKFCQPLV
                     APMDFNWKATVALLSGAAAKEVIVSTLGVLYSNADEASLSGTLAASGDFTQRSALAFL
                     IFILLYCPCIASLAAIGNETGSRKWVAFSILYNTGVAWLMSYGVYHLAGLFLSA"
     CDS             complement(15989..21610)
                     /gene="yfhM"
                     /locus_tag="SEQF2634_00578"
                     /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
                     GSDATIRIELTEEQQIVQMGEEVKDDLFDFSPGLKGKTYWVNSRTIEFVPDSGQLRPG
                     TLYNATFRLGRVMKVEKKLDAFRFSYRVQARDFTARITSTDITASAPDRVTVCGELRL
                     SEAPKADEVAKMVTAKHDGDKPKVTVTRTEDARVYRFTVSEVAKKEADTELLVTIDGS
                     PFGADHKETLRATIPGTKPPFKLMQAEMIDEPESGACLTFSAPVSTTQDVNGLVTLRA
                     GEGGSDGAVSYTCQVQDNKVRLFFERRSDLKAVAIEVDGALRSVAGDALTASSSVRLE
                     VKSLNPQVEFLSEGTIMPNAEQLILPFRAVNLYAVDLKIIRIFERNVLTFLQDNSLEA
                     SSSTELRRTGRLVYRKMLRLDSDATKDIHNWDNYFIDLSKLIRQEPGAIYRVVLSFKR
                     EYSAYPCDSVEGGARNLGPAGMTRLDENELGEADEATWDKPQTYYYDGADMDWETYQW
                     EERDNPCSASYYMSSDRMAATNVLASNLGLIVKANANNTLWVAVSNLIDTKPLSGVEV
                     TAYNFQLQPIGSAKTDDNGFAEIKTKNKPFALVATASDKQKGYLRLVDGEENMLSRFD
                     IGGKETERGLKGFIYGERGVWRPGDTLHVTFMMEDREKRIPQNHPVSIEIFNPRGQFY
                     TKQISVSGVNGMYVFHIPTRPDDPTGLWNAYVKVGGASFHKALRIETVKPNRLKINLT
                     LPGQILQVSPLPVPMNLESAWLTGAVARGLKAKVEMSLTKVPTQFKGYEKYTFDNPAA
                     AFTSGTTDLFDGALSDLGKASFLANLPTASDAPGMLQANLTCRVFEPGGDASLFTQSI
                     PFSPFPVYVGVKLGNFDQGQTLETDRDHHFEVVTLSPDGKPLNRQGLEYKIYKVNWSW
                     WWEHDDETFASYLNNASIVPVAAGTINTVGSGKAVIPFRVNYPEWGRYLVYIKDREGG
                     HATGGTIYMDWPEWRGRSNKSDPNGIKMLAFALDKSSYEVGETATAIIPASTGGRALV
                     AIENGTEVLHREWVNMAASGDTKYSFKVTEGMAPNVYLHITLIQPYAQTANDLPIRMY
                     GVMPVFVTHKNSILKPLIIMQDVLRPEADFTVQVKEQSGRPMTYTLAIVDDGLLDLTN
                     FQTPDPWNTFYAREALGIRTWDMYDFVMGAYAGRLGSLFSVGGDESLRPVESKANRFK
                     PVVKFLGPFALKKGETQTHKLKLPPYIGSVRVMVVAGQEGAYGRAEKRVAVRAPLMVL
                     SSLPRVVSTDEEILFPVNVFVMESGVKNVTVKVETTGKLRLTEGSSQSVTFATPGDKP
                     VFFKLRSGLTTGIERIVVTATGGGHSSKETIEIGVRNPNPPIVRIDSRLIAAGSTGLL
                     TYQTGFGGSSEGWASLEVARIPSPNLSRCLDFLSDYPHYCTEQVTSAALPLLYVGAFR
                     ELDKREADAIRENVRRAVQDLYSRQLPGGAFTYWPGGLQEDEWATSYVGTFLVLAREK
                     GYEVNAGALNRWKSYQRRAAQGWRPAAKAPSRFAIDQGDLVQAYRLYALALAGAPELG
                     AMNRLRESRTLSMQARWRLAAAYALAGKPNIANELIFRLPLAVATYDWSNPTYGSPER
                     DQAMILEALVLMGRDREAFEQARRVSQSLTTSQEFATQSTAYALLALGRLAERTSGSL
                     QFDWSLNGGKQPTVNSQRTLFRSQLPTFPPVGLVSVKNNGKGQLYVSLTTKMIPLRDS
                     LPAISEGLRMEVTYTDRSGRALSVDRLPQGTDLVAVVKVSNPSAVSDYTNLALTQIIP
                     SGWEIYNERLITPEDVEQGASAASYTYRDIRDDRVLTYFDLKRGETKTFRVRLQASYA
                     GSFILPAIRCAAMYAPGVQARTRAGRIVVER"
     CDS             22059..23489
                     /locus_tag="SEQF2634_00579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQENNDRSGQLVLILLVTAAACLALYMLPDELFGLSIKKMDML
                     SDLRVGSEDEDEDSNLSRADSVLLRGDSTGLSAADRERLAYRDSMYRAIMAQLRGDTL
                     KAVVEDFSVGHIGLRRFFAALNGISTLGRPVRVAFLGDSFIEGDILTADFRERMQARF
                     GGRGVGFVPVSSQVAQFRPTVRLRSKGWTTRSILSDRKPKYLLSCLLFDAANDAPTIA
                     FETTDYMPHLKSVGTLKFLYTSNRATDLRWICNEGRDTFTARLPETDGVGQYVAKGSF
                     TEGKLAFTHAQGLQALGIALEDDRGVVVDNFALRGNSGLPLENLDIARCQALQGIRPY
                     DLIVIQYGLNVAVERTKDYGFYRDRMVAIIKHIRTCFPGADVLLLGVSDRSKVVGGER
                     HTMSAVKNLRRAQREAALEAGVAFWDVYEAMGGEDGMVDYVKRNWAAKDYTHLSFQGG
                     RELANALYDAIILEKTLYDNLEKTQR"
     CDS             23461..24864
                     /locus_tag="SEQF2634_00580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIWKKRSANRAPFWAALCCLCMATAAQAERPHSPIENRNLAAG
                     KAAPEKKKTSPLTDQVDLTMTFAVDSLCRIIDPRHTLDEFWENLLSLYNGKDTVLPIA
                     HLGDSHIQGGFYTNETMNLLRRTFGNAGRGWIAPYRPARENGPSDYRIFSQVKSWSVG
                     RCTRPQSGTPWGLGGMGLQTDAATIDFTIAVNGADDDFTQVLMYRGEYARPMLPEGIR
                     NARTAWGKDTYAPDLTVDSFFLPEAVRELRLQSVSRSEAPTSVTGASCYYGFSLFNGR
                     PGVVYHAIGRNGATYSQYTSERFVRQLSLLEPAILIISLGTNESYGTHFSASDFITRV
                     DRFVRLAQRYMPLTTIVLTTPAENYLAARTTVTRRAKGKKRRTTTTVTRGYTRNVHVG
                     EAAEAILDYAAREGLACFDLYGMTGGAGSCERWQAEGLFSHDRVHYSASGYREQGRLL
                     YKALVRSALDYQQRKRK"
     CDS             complement(24873..25817)
                     /locus_tag="SEQF2634_00581"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPPTPELGDGGRLVGGVEVGVEADAQQQGDADGHVGVAREVAVD
                     LKRITVGADEVLEARVERRGVEDAVDEVDTDIVRDDALLQEAADDEVEPFAERLAGHD
                     GRPEHLGNEVAGPDDRSGHESGEEGDVKQVVDPASERLELTAVDVDGVAERLEGEERN
                     ADGQEDVQRLVNRASDRGHAEPRAHALTYGEEGLEEEVGVFEVGQHAQVDDQAERDPS
                     LSSGRAGGGGEGPGDEEIGRGGEDEKQEPDAAALIIEVERKEDDVKDAGGRRVAQGAI
                     TDVEGDEEEEKEACAEEHRALGLIREEGAEALEAEVKG"
ORIGIN      
        1 gtgcctcggc gatgtctttt gtgaagatga tcattggggg gtctatgcta tacaatataa
       61 taataggaaa ggatgagcct cagattgcat tttacaagcg tgtaaagcct gaaatgagcc
      121 tcagatcgca ttttacaagc gtgcaaagcc tgaaatgagc ctcagattgc attttacaag
      181 cgtgcaaagt ccaaaatgag cctcagattg cattttacaa gcgtgtaaag tctgaaatga
      241 gcctcagatt gcattttaca agcgtgtaaa gcctgaaatg agcctcagat tgcattttac
      301 aagcgtgcaa agcctgaaat gagcctcaga ttgcatttta caagcgtgca aagtctgaaa
      361 tgagcctcag attgcatttt acaagcgtgc aaagtctgaa atgagcctca gatcgcattt
      421 tacaagcgtg caaagtctga aatgagcctc agattgcatt ttacaagcgt gtaaagtcca
      481 aaatgaggct caaatcgcat tttacaagcg tgcaaagctc ttggcggggc ggggcggacg
      541 actctatttc agtccggcct cctccaagat ggcgtcgatg gcggcgctca agccgtcggg
      601 gttcttgcct ccagccatgg cgaagtgggg ctgtccgcca ccgccgccgc ggatgaacga
      661 ggagcccttc ttgaccagtt tcgcggcgtc gaggccttcg ctgacgaggg gctggctgag
      721 caggacgatc aggccgcaac gatcatggtc gcggatgccg gccacgaagc agatgcgctc
      781 gtcgctcgac gcttcgtcct taatctgcat ggcgatcgac ttgcagaggt cgacgtcgcc
      841 ctcgccgttg aagaggatca gccgggtgcc acgacgatcg acggcgtggg cgagcagttc
      901 tttcttcatc gtggcggctt tctcccggat gtactcgccg acttgccgct tgagctcgct
      961 gttctcttcg atcgatttgc ggatggtggg cacgaggttg ggcacgttgt tgaacagggc
     1021 gcgcacctcg cgcacggcgt cttgcgtgaa atagaaaagt cgctcggcgg cgtcggccgt
     1081 gacggcctcg atgcggcgca caccagcggc gatggaactt tcgctggtga tgtacatgga
     1141 gccgatcatg ccggtggcgg ggatgtgggt gccgccgcaa agctcgacgg aggtgccgta
     1201 gcgcacgacg cgcacttcct cgccgtactt ctcgccgaag agggccatcg cgcccagggc
     1261 tttggcctcg gcgatgggca tgttgcgatg ctcgtcgaga ggcatgttct ggcggatgcg
     1321 acggttgacg atctgctcca cgcggcggat ctcctcgtcg gtcatcttgc cgaagtgaga
     1381 gaagtcgaag cggagcgatt cgggcccgac gtacgatcct ttctgctcga cgtgtgtgcc
     1441 gagcgtctcg cggagcgcct cgtggagcag gtgggtggcc gtgtggttgc attcgcagcg
     1501 gatgcggcgc tccacgtcga tgcgggctgt gaacgaggcg gtgaggtcat tcgggagctt
     1561 cgtggtgagg tgcacgggca ggttgttttc gcgcttcgtg tcgatgatct ccgtccgctc
     1621 gccgtccggt gcaatgagca ctccgctgtc gcccacctgt ccacccatct cagcgtagaa
     1681 gggcgtcttg tcgaggacga tctgatagag cgtcttgttt ttctgtttga tgcggcggta
     1741 gcggaggatc tccacgtcgc actccatcat gtcgtagccc acgaaggccg tctcaccctc
     1801 gcgcagcgtc acccagtcgt cggcctcgat ggcggcggcg ttacgcgcgc gttccttttg
     1861 cttctgcatc tcagcgtcga agcccttgag gtcagcgtcc atgccgtgct cgcggaggat
     1921 cagctcggtg aggtcgagcg ggaaaccgta cgtgtcgtag agggcgaagg cgtccgttcc
     1981 ggccagtgtt ttgctgcccg cggcgttcag ttcttcgatc tttttttcga gcaaacggat
     2041 gcccgtttcg agcgtgcgga ggaaagcctc ttcttcttct ttcatcacct tttcaatcag
     2101 ctcctgctgg gccacaagct ccggataagc cgtgcccatg gtggcgatga gggtcgggag
     2161 gaggcgatac atgaaggcct ctttgcagtc gaggaaggtg taggcgtaac gcaccgcgcg
     2221 gcgcaggatg cggcggatca catagcccgc cttggcgttc gagggcagct gtccgtcggt
     2281 gatggagaag gcgatggtgc ggatatgatc cgccacgacg cgcatagcca cgtccttctg
     2341 ccgatcggcg ccgtaggtcg tgcccgtcat gtgggcgatg gcctggatga gcggctggaa
     2401 gacgtccgtg tcatagttcg acgtcttgcc ttgcagcgcc atacagagtc gctcgaagcc
     2461 catgcccgta tcgatgacgc ggttgggcag cggttccaag gagccatcgg ccttcctgtt
     2521 atattgcatg aagacgaggt tccagatctc gatcacgagc gggttgtctt tgttcacgag
     2581 cgatgccccg ggcacagccg cacgttcggc gtcgggccgg aggtcaatgt ggatctccga
     2641 gcaggggccg caggggcccg tgtcgcccat ctcccaaaag ttatcgtgct tgttgccctc
     2701 gaggatgtgg tcagcgggca agaattcggc ccaatagcca gccgcctcac tgtcacgctc
     2761 gaggccctcg gatgggctgc cctcgaagat ggtggcgtag agccgtgccg ggtcgaggtg
     2821 gagcgtgtcg accaagtatt cccacgccca gctgatgatt tctttcttga aataatcgcc
     2881 gaacgaccag ttgccgagca tctcgaacat ggtgtggtga tacgtgtcgt ggcccacctc
     2941 ctcgaggtcg ttgtgcttac cgctgacgcg caaacatttc tgagaatcgg ccacgcgagg
     3001 gtatttgatg gcggtgttac cgagtataat gtccttgaat tggttcatcc cggcgttggt
     3061 gaacatcagc gtgggatcgt ccttaataac catcggagcc gatggtacaa tatggtgtct
     3121 tttcgatgcg aaaaaagaca agaatgattc gcgaatttct tgtgctgtca gcatatttga
     3181 atatgtaaat aacctgttaa aaccttgcaa atggggcgca aacataggtc aaaacctaca
     3241 tttgcgcctc aatcataagg gatgaattga ttatgggact attcaagtca aagaagatat
     3301 actacaagta caacacggag acgctcagct tcgagcgggt ctatcccacc gtcaagcagc
     3361 gcattttcgc tgtcgtcagg catgccagca tcggcatatt ggtcggggta gcgctcttct
     3421 ttcttttcgc caacattttc tcctccccca tggaatccct cctgcaaaag gagaacaaac
     3481 tgctgcaaac ccaatacgag gtgctcagcc tgcaactcaa cgatgcgctg gaggttttgg
     3541 acgacatcca gcagcgcgac gagaacctct atcgtgccat cttccaagcc cgctccatcc
     3601 ctgaatctgt ccgcaaaccg ggcttcggcg gcaccaaccg ctacgcctac ctctccagcc
     3661 tctccaacgc cgatctggtg atcgagacca cgcaaaagct cgacatgctc aagaagcagc
     3721 tctacgtcga atccaactcg ctcgaggagc tgatctccat cggtaaaagt ctcgaggagc
     3781 gtgtgcgctg catccccgcc atccagccca tatcgaacaa agacctcaaa cgcactgcat
     3841 caggctacgg cacacgtatc gacccgatct atcacaccct ccgcttccat gctggcatgg
     3901 acttcgccgc cccgatgggc acggatatct acgccacggg taacggccgc gtcatcctgg
     3961 ccggatggaa acagggctac ggcaactgcg tcatcatcga tcatggctac agctacaaaa
     4021 cgctctacgg ccacatggag aagatcctcg tccgcgaagg gcagtccgtg acccgtggcg
     4081 aagtgatcgg cctggtgggc agcaccggca aatccaccgg cccacacctg cactacgagg
     4141 tgcacatcaa cgacaaaccg gacaaccccg ccaagtacta ctatcaggat ctcaatcccg
     4201 aggagtacga ccagatgctg cagctgtctg agaaccacgg tcaggtgctc gactgatccc
     4261 cccctcgccc atcaatggga ttaaaacaga acaagaacct caagctctac ttctccatcc
     4321 gggaagtagc cgcacgcttc ggcctgaacg aatccaccct ccgctactgg gagaaggaat
     4381 tcgacgagct tgctccgcgc aagacgcccg gcggcacccg ctactacacc gagcaggaca
     4441 ttgagctcat cggcctcatc cactacctcc tcaaggaacg cggtatgacc gtcgccggcg
     4501 cccgacgcaa gctcaaggac aacaaggaga ctactatcaa ccaaatgcaa atcatagaga
     4561 aattaaaaac gatccgtgcc gagctcgtcg cccttcggga cgccatcgat cggctggaaa
     4621 acaatgaaga agaaaggatg gaaaaacaat gaacaacgta tggatgtccc tcgtttttgt
     4681 cgtcatcgga ctggtgctga tcctcgtcgg cgccaacgcc ctgactgacg gcgcagcggc
     4741 cgtagccaag cgattccgca tctcaaacct cgtgatcggc ctcacgatcg tagccttcgg
     4801 cacctccgcc ccggagctga ccgtgagcgt actctccgcc ctcaagggca gccccgacct
     4861 agccatgggc aacgtggtcg ggtcgaacat tttcaacgtc ctcttgatcc ttggcgtgac
     4921 agccgccatc attccgctgc acgtcccccg aagcaccata acgaaagaag tgcccctctg
     4981 catcctcgcc tccttggtgc tcctcttcgt agccagcgac gtatggatcg acggcgccgc
     5041 ggagaacgtc ctcagccgta tcgacggact ggtactcctc tgcttcttcg ccatcttctt
     5101 cggctacacc ctggccatcg cccacaataa gacggacgac gccgacgagg agggcatcaa
     5161 atccatgccc gtctggcgct cgtcgctcta catcgtcggc ggactagcgg ggctgatcta
     5221 cggcggacag ctcttcgtcg acggctcgtc ggccatcgcg cgcaacctcg gcgtgagcga
     5281 gtcgaccatc ggcctgacgc tcgtcgccgg cggcacctcc ctgcccgagc tggccacctc
     5341 cgccgtggct gcgctaaaga agaatccgca gatggccatc ggcaacgtgg tcggctcgaa
     5401 cctcttcaac atcttcttcg tcctcggttg cgccgcctcc atctcgccgc tacacgtagc
     5461 tggcattacg atggtcgact atgccgtgat gatcggatcg gccgtcctcc tgctcatctt
     5521 cgggcagttc ttccgccagc gcaccatcac ccgctgggag ggtgtcgtaa tgaccctctg
     5581 cttcatcgcc tacaccgcct acttggtggc caatgcataa acgctaaggc cgggcacgcg
     5641 agatggagga ttccccccct cccgtgtacc cggccgcttt tcgatcttcc ccccgaggat
     5701 ggatgacaac gcgccacacg tttaggtctt ggatttttat cccgaccccg aagtcactga
     5761 tttcaggcct ttgttcttct gcatgacccc ctccccgctt attccccctt tatgaagtat
     5821 caaaccaatc tccgcgaaga agagattaag aaccgactcc ggcacgacta tttcgacgcc
     5881 tacggattcc tgaaataagg tgggggcgac tatttccaaa aagggaacag ctacagaacg
     5941 ccttcatcca ccctaacccc acacataaca acaaatggaa attcaacgtg cagagttcgt
     6001 gacgagtaac acggacgtga agcggtgtcc cgacggtggg atgccggagt atgcctttat
     6061 cggacggtcg aacgtcggca agtcgtcgct gatcaatatg ctgacgcgac gcaaacagct
     6121 ggctatgacg tcgcagaagc ctggcaaaac gcaacttatc aaccacttta tcatcgacga
     6181 tcgctggtac ttagtcgacc tgcccggcta cggctacgcc cgacgcagtc gcgagaaccg
     6241 tgaccggctg cggcagatta tcgaatcgta catcctcggt cgccagcagc tcacgtgcct
     6301 cttcgtcctg ctcgactgtc gccatgaggc gcagcgcatc gatttggaat tcatggagtg
     6361 gctcgggcag aatgctgtgc cattcgccat catcttcacc aagaccgaca aactcagccg
     6421 cagtcgcctg caagagaacc ttgcggccta tcgcgaaaag atgctcgaga cgtgggagga
     6481 gctgccgccc atcatgacct catcgtccga gaagaacgag gggcgcgacg agatcctcgc
     6541 ctacatcgac gagatcaatc gcagcctctg acccccccct ctatcacaca aaaagcccgc
     6601 taccgaactc ctctgtcggt agcgggcttt tcttcgttac gaggtgatca gagtgacgcc
     6661 ctgctcactt agcgtaacgg aagctgaccg aaccgcccga tacggggcag gtggccacat
     6721 tgtcgaccgt gtacgagccg ttcactaaac gcagcgtgta agccacgacg cggcagcggc
     6781 tgagatccac gttgcgcttg atgttgtagg cgcgggtgtc gatcgtatag gtgcgggtga
     6841 ggtgtttgcc acgctcgatg gtgcctaacg agaggcccga ccgcgggtcg tccgtggcgg
     6901 tcagcggata ggtcgccacg ttgttatgta catagttggg gtcgatggcg tcctcgccat
     6961 tgccgatgcg ctggccgtac ttgatgccgt cctcgacgat gtaggcgaag aagcgatact
     7021 cgcccgtctt gttagctgcc acatcggccg tgaagctgat cgtgccgcct tccaccgaag
     7081 agcgcagggc gatgcctgtc tgtgccggtg cgtaactgtt caggatccag atggcctcgt
     7141 tgaacttctc gcgcgtggcc gtgcggtaga cgttcacctt cgtatgcata tccaccagcg
     7201 ccgagggcca agccgggcag agacggtcgg ccgtctcgga gagtacgccg tagagctcgg
     7261 gatagttgaa gcagagctgg ctgacgtgga agacgatggg cacagcccga cccggtgtga
     7321 gggtcatgat gtcgttgatg gccgtggtca tgatggggca ggtggagcag gtggccgacg
     7381 agaattgcat gatgcaatgc tgcttggcga agttcaacgc cattgcgctg gccttgacgc
     7441 gcacctcagt cgagcggacg ccgtcgtagg tggcatagaa ggcatagtcg ccggcctcgg
     7501 tggtggtgaa gttgtggccg atgagggcga tgtcgggcgt ggagcggagg gagatgacgg
     7561 ccttgtccgt aacgtcgtga ccgtcggccg tcacggtgaa ggccaccgcc tcgttgccgt
     7621 cagcgtggat cgcactgcgg tcagcacgca gcgtgacgct accagcggca gcgtgcacag
     7681 ccacttcggc cgaacgttcg ttgcgataga tggcgtagaa ggtgtagtcg cccgacttat
     7741 cggccgagaa ggtggtgcct tcgagcttcg tctcggtctc gccgcggcgc aggatggagg
     7801 aggaggcggt cacatcctcg tcgtcagcca gaacggtgaa gtgcacctga tccgccgtgc
     7861 ccggtcggat cgatgtgcga tccaccttga gcgtcaccac gatctgggtg gctgtgacgg
     7921 tgacggcgtt cgacttcgtg ccctcataca gggcgtagaa cgtctgcgtg ccgactttat
     7981 ccgcggcata gcggagcgtg gacgagacgg cctgacccga ctcggagcgg acggtgacgc
     8041 cttgagtcgt ctcttgaccg ttcaccttca ccacgaaggt gatcgagtcg cggccgttgg
     8101 ctttgatcga cgttttgttg gcctccaggg tgaccgtggg gggcagtttt tcttcgcttg
     8161 agcagccaat caagttcatg atggctaaga tccccaagag gggaatccat aggatacgat
     8221 ttttcatttg atctatcttc ttcaatttgt aatcggcgca aaaatagact ttccggattc
     8281 cctgccttgc cgtttacggc ccgtccgcga atggatggag cccctcggag tggcttctct
     8341 ggcgggttgg ggcatccgaa gcgcaaaaag agatgaaaag gcagggaggg ccggcggaga
     8401 gcgggcgcca gtctgtgaaa tcgtccataa tggccaaagc acctgacgaa aagttgtgaa
     8461 atcatccgtg gtaccgggtg cgtagcgctt cagctgtagt ccaaacagct tccgagccgg
     8521 tgatcgcaga taaaccgaca gccccatcga tacctatcgg tgccgctgtc tgctgcatat
     8581 ctatgggctt gtctatgagc ttggcgtggt cgtccgtcgg cctgttactt cgggggggcg
     8641 cgtccgctga acatccgggg gcaaaaactc tggcaggcgg ccttccaaaa tggtcggagt
     8701 gtttggtgac gctggcaggc cgcctgacag ggctatcgaa gactccggtg atggtggcag
     8761 gccgcctgac agggctatcg aagactccgg tgatggtggc aggccgcctg acagggctat
     8821 cgaagactcc gacgatgttg gcaggcggcc tgccagagtc gccaagtcgc acatcggggc
     8881 cgcctcagaa cccgaaagct gttggcagga cacgatagag aggactgatc ccccgaccga
     8941 agtccggagc ctatatcctc aagtcgcccg taaggcccaa aggattacgg atccagcacc
     9001 gctctgattg gatccggccg ttacctttgg cgccgatttt tccggaggcg gaggctatac
     9061 ctatttatat aggcatcgac tgaatgggca tggccgatgc gcacacccac ggcggggggg
     9121 catcagggat gccagccaag ttggccgggt acctggcaaa cttccctgcc ccggcggaag
     9181 ggggccgcca gaagcgagaa gatgatatat actacaatag aagaatgatg acaatgacac
     9241 tcaagaaaat gacggccgcg ggcctgctgc tcttactggt ggcggcatgt ggcggcgcta
     9301 agaaggaaca gcacggagcg ggccagacgg acgcgaccga tgcggaacgt accgaacgac
     9361 tcaagccgcg ctatgccgag ggcttcagcc tgcgatctga gggcggcgtg tggctggttg
     9421 atatccaaga cccgcagaag gaggacgaag agggggagat ggcggagggt gcctaccgct
     9481 atgccttcgt gccgcgcggc agtgatctcc gggcgcctga gggctacgag cggatcgaga
     9541 tacccgtccg caaggtggtc tgcatgacta cgctccagct ctccaacttc atcgcccttg
     9601 accgccgcga cctcgtggcc ggtctgacca gcacacgcca cctcttcgac ccgcagatca
     9661 acgcccaact caaggatggc cgcacgcgta agatcggcat cgagggcaac ttcgacaccg
     9721 aggtggtgat gggcattgcg cccgacgtga tcctcatctc gcccttcaaa cgcggcggtt
     9781 acgaggcgct caaggagacc ggcgcaccgc tcattccgca cctgggatac aaggagctga
     9841 cgccgctcgg gcaggccgaa tggatcaagt tcgtcggcct gctgaccggc aacgaggacg
     9901 ctgcgatcaa acgcttcgac gagatagaga agcgatacaa cgagctgaag gcactcacgg
     9961 ctgacgtcaa ggagcgaccg gtggtcttca gcggcgagat gcgtggcggc aactggtacg
    10021 ccgtcggtgg caagagcttc ctggcgcgcc agttcgagga cgccggcgcc gactatttcc
    10081 tcaaggacga cccccactcg ggcggcttca cgctcgactt cgagactgtc tacgcccaag
    10141 ccgtcaacgc ccgcttctgg cgcatcatca acagctacga cggcaccttc acctacgacg
    10201 ccctccggca ggaggacgcc cgctatgccg acttccgagc cttccgcgag cggggcgtgg
    10261 tctactgcaa cctcaagtcg cagcgtttct acgagggcgt gcccgtggag ccggaggtgg
    10321 tcctggccga cctgatccac gccttccacc cacagctctt gcccgatcat aagccggttt
    10381 actacaagtt gctgaagtga tgaagcgcca tacagcactt attctgacgc tcatcgccgt
    10441 ctccatcgcg ctcttctttg tgctcaacct tgtgctcgga tcggtggcca tcccgctgcg
    10501 atccattgtg cacatcctct tcgatacggg cgaggagtcg gaggtgtggc gcaacatcgt
    10561 gtggaagtca cgcgtgcccc agtcgctgac ggccttagtg gcgggcgcgg ggttggccgt
    10621 gagcggcctg caaatgcaga ccgtctttcg caatccgctg gccgggccct cggtgctcgg
    10681 catcagctcc ggggccagcc tcggcgtggc gcttgtcatc ctgctctcgg gcagcgtggg
    10741 cggtgtagcg ctgagcaagc tggggtacat cggcgaactg gcactcacga tcgcggccac
    10801 cgtcggctcg ctgtccgtca tggcgctcat cgtgttcgtc tcgcagaagg tgcggggcag
    10861 cgtcacgctg ctcatcatcg gcgtcatgat cggctacgtg gccaacgcca tcatcggtat
    10921 gctgaagtat ttcagcgtcg aggaggacat ccgcgcctac gtcatctggg gcctgggcag
    10981 cttcgcccgc gtgtcgggca atcagatgac gctcttcgtc gccatcatgg ccgtgctact
    11041 gccgctctcg ctactgctga tcaagacgct caacctgctg ctcctcggcg agggctacgc
    11101 ccgcaacctc ggcctgaaca tcaagcgggc gcgcctgagc gtcatctcct gcgccggcct
    11161 cctgacggcc attgtgacgg cttactgcgg gccggtcatc ttcctcgggc tggctgtgcc
    11221 gcacctctgc cgcggcctcc tgcgcacgtc cgaccaccgc atccttatgc ccgcctccat
    11281 cctcaccggc gcctcgctgg ccttggtctg caacctcatc gcccgcatgc ccggcttcga
    11341 gggcgccctg cccgtcaact ccgtcacggc gctcatcggc gcacctatcg tggtctacgt
    11401 gcttttcagt aaacgaagaa atgaagtgaa cgaatgaaag aaacgactat ccgcctccgc
    11461 gacctcagca tcggctaccc cgacaagcac aacacgaagc gcgtggccga acacctcaac
    11521 gcctcgatcc acagcggcga attgacgtgc ctcctcggca ccaatggcgt gggcaaatcc
    11581 accctgctgc gcaccctctc ggccttccaa cccccgctcg gcggcacgat cgacctgctc
    11641 gaccgtccgc tctccacgta tgatgaccgg cagttggcca ccgtcatcgg cgtcgtcctg
    11701 accgaaaaga gcgacatccg caacatgacg gtcgaggagc tggtcggcct cgggcgcagt
    11761 ccctacaccg gcttttgggg cacactcaag gagagcgatc gcaagatcgt gcacgaggcc
    11821 atcgcccgcg tgcgcatcga gccgctcacc cagcgcatgg tgcacaccct cagcgatggc
    11881 gagcggcaga aggtgatgat cgccaaggcg ctggcgcagg agacgcccat catcttcctc
    11941 gacgagccca cggccttcct cgacttcccc agcaaggtgg aggtcatgca gctgctccac
    12001 aaccttacgc acacgctcca gaagaccgtc ttcatgtcca cccacgacct cgagctagcg
    12061 ctccagatcg cggacaagat ctggctcatg gatcgcacga acggcatcgc catcggtacg
    12121 cctgaggatc tctccttaga aggcaaactc agcagtttct tctcccgcaa aggcatcacc
    12181 tacgacaccg aaacgggctt cttccgcatc gacacggact accgccgcga gatccatctc
    12241 cacggccacg gcagccgtta cgcgatggtg cgcaaagccc tgcaacgaaa cggtatccgt
    12301 gccgaccgcc acgtcgctga cgactccctc cacattgaca ccaccggctc cgcgggcgat
    12361 cccttcgtca tccaccgcgc agacggtagc acccagtccg ccaccaacat cgaggcgctg
    12421 ctgtcgctga ttgcggatca atgacgagcc agaaataccc agagacgccc ttaccaagtt
    12481 ccgtcccctg aggggatgag ggcgtacccg tccggaaagt ccccgtcccc tgaggggatg
    12541 ggagcttttt ttgcggtgac acccccgtcc cctgagggga tgggggcttt ttttgcggtg
    12601 acacccctat cccctgaggg gatgaggcgt aatttcagga taacacccct atcccctgag
    12661 gggatgaggc gtaatttcag gatgacgccc ctatcccctg agggggtgag gcgtaacttc
    12721 aggatgaagc ccctatcccc tgagggggtg aggtgtaatt tcaggatgac gcccctatcc
    12781 cctgagggga tgaggtgtaa tttcaggata acgcccctat ccccctcaag ggatgaggtg
    12841 tattttcagg ataacgcccc tatcccctca aggggatgag gtgtaatttc aggataacgc
    12901 cctgtctcct cttcgccaat tgggcagacg tcccccgaca ccccccaatt attggggata
    12961 tgtagggggg atgatcataa aacgcccccg attatttggg attggtataa gaagggcaca
    13021 gaaatatttt tgcgccctcc aaaaggacag tgcgtagcag tgtgcatgct ccgtaatgtc
    13081 cctctttact aatcaaggat acagatgaat ttatcggact tacagaacgg cgactcggcc
    13141 gtcattgtgc gtgtgtcggg acacggagcc ttccgccgac gcattataga gatgggcttt
    13201 gtacgcggac agaaggtcac gtcgatgctc aattccccgc tgaacgaccc cgtcaaatac
    13261 ggcgtcatgg gctatgaggt ctccctccga cgcagcgagg cagccatgat cgaagtgctg
    13321 cccgaagacg aagccaacca gcccctgccg gacggcccgg aggaggcacc gaacgcgaac
    13381 gacccgacga accgtcgccc gtcggccgac acacagcccg caccacgcaa gaacgaaatc
    13441 aacgtggccc tcgtgggcaa ccccaacagc ggcaagacgt cgctcttcaa cgtcatctcc
    13501 ggcgggcgcg agcatgtggg caactatagc ggcgtcaccg tggccgccaa aacggggcat
    13561 gtcacctaca aaggctaccg cttcaacatc accgacctgc cgggcaccta ctccctctcg
    13621 gcctattcgc ccgaagagcg gtacgtgcgt cagcatatcc tcgaccgccg gccggacgtg
    13681 atcctgaatg tcgtcgtagc ctccaacctc gagcgcaacc tctacctcac caccgaactg
    13741 atcgacctca gccagccgac cgtcatcgcg ctcaacatgt acgacgagct ggaagcgagc
    13801 ggcgccacgc tcaaccacga gaagttgggc ggcatgatcg gcataccgat ggtgcccacc
    13861 gtggcccgta cgggcgatgg catcgacacg ttgctcgaca cgatcatcga cctcttcgag
    13921 ggccgcaacc gcgtgacgcg tcaggtgaac atcaactacg gcaccacgat cgagcccgaa
    13981 ctggccatcg tcacccgcct catgcagcag agcgacgacc tgccccgcca gttcccaccc
    14041 cgctactggg ccctgaagct ccttgagggc gacaccgagg cgcagcgcac cctgcgcagc
    14101 tgtgcggctt acccggagtg gaaggcggcg gctgagcggg gcgcggagaa gatccaccga
    14161 ctgctggccg aacagacgga ggccgccgtc atcgaccgca aatacggcta catcgccggc
    14221 gccctccgca aggtctacac ccccggcacc gtcgacctca accgtgccac cgaccgcatc
    14281 gaccgcatcg tggcccataa gtggctgggc ttccccatct tcatcttcct catgtggctc
    14341 accttctcca ccaccttctg gctcggcaag tatccgcaag actggatcga ggccgccttc
    14401 gcgtggctcg gcgaactgct ccgcgcgcat atgcctgagg ggccgctgcg cgatctgctg
    14461 gccgacggcg tcatcggcgg cgtgggcagc gtgaccgtct ttctgcccaa catcctgctg
    14521 ctttacttct tcatctcgct catggaagac tcgggctaca tggcccgcgc agccttcatc
    14581 atggaccgca tcatgcaccg catcggcctg cacggcaagt cgtttatccc catgctcatg
    14641 ggcttcggct gcaacgtgcc cgccatcatg gccacacgca cgatcgagag ccacagcagc
    14701 cgcctgatca cgatcttgat cgaccccttc atgtcgtgca gcgcacgcct accggtctac
    14761 attctgctcg tcggcacctt cttctccgcc accgctggca cggtgctcat ctcgctctac
    14821 gccttcggta tcctcatggc cgccctcacc gcagtgctcc tgcgccgcgg cgtcttcaaa
    14881 gccgacgaga cacccttcgt aatggagctc cccccctacc gcatgcccac cgtccgcgct
    14941 acgctgaaac acatgtggga caaagccgag cagtacatgc gcaagatcgg cggcgtgatc
    15001 ctcgtcatct ccgtcatcat ctggttcctg agttattacc cccgcaccga ggtgcccgcc
    15061 gacaccacgc tcgaccccgt gacactgtcc gaaatgcaat acgagaattc tttcttgggc
    15121 cgcatcggca agttctgcca acccctcgta gcgccgatgg acttcaactg gaaggctacc
    15181 gtggcgctcc tctccggcgc cgccgcgaag gaggtgatcg tcagcacgct tggcgtgcta
    15241 tacagcaacg cggacgaagc ctcgctctcc ggcaccctgg ccgcctcggg cgactttacg
    15301 cagcgttcag ccctggcctt cctgatcttc attctcctct actgcccctg catcgcttcg
    15361 ctggccgcca tcggcaacga gaccggtagt cgcaagtggg tagccttctc catcctttat
    15421 aatacgggtg tggcgtggct gatgtcgtac ggagtctacc acctcgcggg gctgtttttg
    15481 agtgcctgag gctgttcttt ttgccctcaa tacggctcgc atacccagta atagcgaagg
    15541 gtaagacagt aatttaccca caattaggga tttcgccgcc tgctcagcac ccgtaccttt
    15601 gcgctgtgaa tttttagtta gacatggata aaaaaaccac gtaagtcaaa taaatttctt
    15661 ttctggaatc gaccgtaagt gattaccgtc gattcctata tttttatccc tacccctcct
    15721 ccacacattc ccctcccttc gtcttgtgac ataacgcgta tgtcgatgta agaataaagc
    15781 ccgcagagac tctctacggg cgtcacgcga tggccaaagt gcctttggaa atgcttgcac
    15841 cggcggcgca acgactaaaa cgtggtacgt tttggggtca taacgatcta aacgtaaggg
    15901 aacggtacaa aaaaacggca cctcctctcg ggagatgccg tttgcgatat ggaatcaggc
    15961 gggtgtatcg acctatcttt ccgtttcttt atcgctctac gactatgcga ccggcacggg
    16021 tgcgggcttg cacgccgggg gcatacatgg ctgcacaacg gatggcgggt aggatgaacg
    16081 atccggcgta tgaggcttgc aatcgtacgc ggaacgtttt tgtctcgcct ctttttaggt
    16141 cgaaataggt cagtacgcgg tcgtcgcgga tgtctctata cgtgtaggat gcggctgagg
    16201 cgccctgttc gacgtcttcc ggcgtgatga gcctctcatt gtagatctcc caaccggagg
    16261 gtatgatctg ggtaagggct aaattggtgt agtcagacac tgccgagggg ttagacacct
    16321 tgaccacggc cacgagatcg gttccttgcg gcagacgatc caccgagagg gcacgcccgg
    16381 acctatctgt ataggtgact tccatgcgga ggccttcgga gatggctggc agggagtcgc
    16441 gaaggggtat catcttcgtg gtgaggctta catagagctg acccttgccg ttattcttga
    16501 cggagacgag tcctacgggc gggaaggtgg gcaactggct gcggaagagg gtccgctgac
    16561 tgttgactgt cggttgcttg ccgccgttta ggctccaatc gaactgaagg ctgcccgacg
    16621 tgcgttcggc cagtcttcct aaggccaaga gagcataagc cgtggactgg gtagcgaact
    16681 cttgcgacgt ggtaaggctt tgcgacacgc gtcgagcctg ctcgaacgcc tcccgatcac
    16741 gccccatcag cacgagcgcc tctaatatca tggcttgatc acgctccggc gacccgtacg
    16801 tcggattgct ccaatcgtaa gtcgccaccg cgaggggaag tctgaatatt aattcgttag
    16861 ctatgttcgg cttgcccgcc aaagcatacg ctgcggcaag acgccaccgt gcctgcatcg
    16921 aaagtgtgcg actctcacgc aatctgttca tcgcgcccag ctcgggagca cctgctaagg
    16981 ccaaggcata gagtcggtaa gcctggacaa ggtctccctg gtcgatagca aagcgtgaag
    17041 gcgccttggc ggccggcctc cacccctgtg cagcccgtcg ctgatacgat ttccaccgat
    17101 tcagtgcgcc agcattcacc tcgtagcctt tttcgcgggc taaaacgagg aaagtgccca
    17161 cgtacgaggt cgcccactcg tcttcttgta agccaccagg ccaatacgtg aaggcgccgc
    17221 cgggtaattg tcggctgtaa aggtcttgga cggcgcggcg gacgttttca cggatggcat
    17281 cagcctcgcg cttatccaat tctcggaaag caccgacgta aagaaggggt aaggcggcag
    17341 aagtgacctg ttccgtgcag taatgagggt aatcgctgag aaaatcgagg catctgctga
    17401 ggttgggaga gggtatgcga gccacttcga ggcttgccca gccctcggat gatccgccga
    17461 agcccgtttg ataggtcaag aggccggtgg atcccgcagc gatgaggcgg ctgtcgatcc
    17521 ttacgatagg gggattggga ttgcggacgc cgatctcgat cgtttccttg gaggagtgtc
    17581 cgccgccggt agcggtgacg actatgcgtt caatgccagt ggtcagaccc gatcggagct
    17641 tgaaaaacac gggtttatcg cccggtgtcg cgaacgtgac ggactggctg gagccttcag
    17701 taagtcgcaa cttgcccgtg gtttccactt tcacggtcac atttttcacg ccgctctcca
    17761 tcacaaagac attcaccggg aaaaggattt cctcatccgt gctcacgacc cgaggcaacg
    17821 acgaaagcac catcaacggc gcgcgcacag ccactctttt ttcggcacgt ccatacgccc
    17881 cttcttgtcc ggccactacc atgacgcgaa cagatccgat ataaggcgga agtttgagct
    17941 tatgcgtctg tgtttctccc ttcttcagcg cgaaaggccc aaggaacttc acgacaggct
    18001 taaaccggtt cgcttttgac tctactgggc gcagagactc gtcgcccccg acgctgaaga
    18061 gggatcccag acggccggca taggcgccca tgacgaaatc gtacatatcc caggtgcgaa
    18121 taccgagcgc ctcgcgggcg tagaaggtat tccaggggtc gggagtctga aaattggtca
    18181 ggtcgaggag tccatcgtcc acaatagcca gtgtgtacgt catcgggcgg cctgattgct
    18241 ctttgacttg cacggtgaag tccgcttcgg gcctcaacac atcttgcatg atgatcaagg
    18301 gcttcaggat ggaattttta tgggtcacga agacgggcat cacgccgtac atacggatcg
    18361 gcagatcgtt agcagtctgt gcgtaaggct ggatgagggt aatgtggagg tagacattgg
    18421 gcgccatgcc ctcggtgacc ttaaaactgt atttcgtatc gcccgaggcg gccatgttga
    18481 cccattcacg atggagcact tccgtaccat tttcaatggc gaccaatgcg cgtccgccgg
    18541 tagaggcagg aatgatggcg gtggccgttt cacccacctc gtaagacgat ttatcgagcg
    18601 cgaaggccaa cattttgatg ccgttagggt cagatttgtt cgagcgacca cgccattcgg
    18661 gccaatccat gtaaatcgtg ccgcccgtgg catgtccacc ctcgcgatcc ttgatataca
    18721 ccaaatagcg accccattca ggatagttga ctcggaaggg gatcacggct ttgccgcttc
    18781 ccaccgtgtt gattgttccc gccgcgacgg ggacgataga tgcgttgttg agataagagg
    18841 caaacgtttc gtcgtcatgc tcccaccacc agctccagtt cactttgtag atcttgtatt
    18901 ccagtccttg gcggttaaga ggcttgccat cgggcgagag ggtgactacc tcgaagtggt
    18961 gatcccgatc cgtctcaagg gtctgacctt ggtcgaaatt gcccagcttg acgccgacgt
    19021 aaacggggaa aggagagaat ggaatgctct gcgtgaagag actcgcgtca cctccaggtt
    19081 caaagactcg gcaagtgagg ttggcttgca gcatgccagg tgcatcagat gccgtaggca
    19141 ggttggcgag gaaggatgct tttccgagat cactcagtgc gccgtcaaaa agatcggtcg
    19201 taccggaggt gaatgccgct gcgggattgt cgaaggtgta cttttcgtag cctttgaatt
    19261 gcgtcggcac cttcgtgagg gacatctcca ccttagcttt tagcccacgc gccacggcac
    19321 cggtaagcca ggccgattca aggttcatcg gcaccggcag cggggacact tgcaagattt
    19381 gaccgggcag cgtaaggttg attttgagcc tattgggctt tacggtttcg atccgcagcg
    19441 ccttatggaa gctggcaccg cctactttca cgtaagcgtt ccaaagtccg gtagggtcat
    19501 ccggtcgggt agggatatgg aaaacataca tgccatttac accactgacg gagatctgtt
    19561 tcgtgtagaa ttgaccacgc ggattgaaga tctctatcga aacgggatga ttttgaggga
    19621 tacgtttttc gcgatcttcc atcatgaagg tcacgtggag ggtgtcaccc ggccgccata
    19681 cgccacgctc gccgtagatg aagcctttca gtccgcgttc agtctctttg ccgccaatgt
    19741 cgaagcggct aagcatgttt tcctccccat ctacgagtcg gaggtagcct ttttgcttgt
    19801 ccgaagcggt ggccacgagg gcgaagggct tatttttcgt cttgatttcg gcaaagccat
    19861 tgtcgtcggt ctttgcgctg ccgataggtt gcagttggaa gttgtaagcc gtcacttcta
    19921 cgcccgataa aggcttcgta tcgatcaaat tagagactgc cacccaaagc gtattgttcg
    19981 cattggcctt gacgataagc cctaagttcg aggcgagtac gttcgtggcc gccatacggt
    20041 ctgacgacat ataataactg gctgagcacg gattgtcacg ctcttcccac tggtaagttt
    20101 cccaatccat gtctgcgccg tcgtagtaat aggtctgcgg cttgtcccac gtggcctcgt
    20161 ctgcctctcc caactcgttt tcatccagtc gcgtcatgcc agcagggcct aaatttcgcg
    20221 caccaccctc gacgctgtcg cagggatagg ctgaatattc gcgcttaaac gaaagcacga
    20281 cgcggtagat ggctcccggt tcctgacgaa tgagtttgct gaggtcgatg aagtaattat
    20341 cccagttgtg aatgtctttc gtggcgtcgc tgtcgagtct gagcatcttg cgatagacga
    20401 gtcggcccgt ccgccggagt tccgtcgacg aggaagcctc gagcgagttg tcctgcaaga
    20461 aggtcaggac gttacgctcg aaaatgcgga taatttttag gtctaccgca tagagattta
    20521 cggctcggaa aggcaagatg agctgctccg cgttcggcat aatcgttccc tcggacagga
    20581 attcgacctg cggattgagc gacttcacct ccagccgcac ggacgaggaa gccgtcaagg
    20641 catcacccgc cacgctgcgc agcgcaccgt ctacctcgat ggcgacagcc ttcaaatcgc
    20701 tccgccgctc gaagaaaagt cgcactttgt tgtcttgcac ctgacaggtg taggatacag
    20761 cgccgtcaga tcccccttcg ccagcccgga gggtgactaa accgttcaca tcttgcgtcg
    20821 tggagacggg ggcggagaag gttaggcagg caccactctc cggctcgtcg atcatctcgg
    20881 cttgcatcag cttgaaaggg ggcttcgtgc ccgggatggt cgctcggagc gtctccttat
    20941 ggtctgcgcc gaaagggctg ccgtctatcg tcaccaggag ttccgtgtcg gcctcttttt
    21001 tggcgacttc cgagacggtg aagcggtaca cccgggcgtc ttccgtcctt gtgaccgtca
    21061 ccttgggctt atcgccgtca tgtttggccg tcaccatctt cgcgacctcg tccgccttgg
    21121 gcgcttcgct cagtctaagc tcgccgcata cggtcacgcg gtccggggcc gaggctgtga
    21181 tgtcggttga ggtgatgcgc gctgtaaagt cacgcgcttg tacgcggtag gagaagcgaa
    21241 acgcatccag tttcttctcc actttcatca cacgtcccaa gcggaaggtc gcattgtaga
    21301 gtgtccccgg gcgtaattgc ccagaatcag gcacgaactc aatcgtgcga ctgttgaccc
    21361 aatacgtttt gcctttcaga ccgggagaaa agtcgaagag atcgtccttc acttcctcgc
    21421 ccatctgtac aatctgttgt tcttcggtca attcgatgcg tatcgtcgca tccgagccga
    21481 tgacaccccc cgtataggca gagatgtagg gcgcaaattc gatggaaggg gtaagatctt
    21541 ggtttgaccg gcacgacacg atggcccaag ccactgtcgc gatcgtcatc agtagaaata
    21601 tccgtttcat agagtcactt gttgatatgt tatgtatgag catgttttta tgagttcttg
    21661 ccagggaatg gagagcggac tccctctctg tgagggttta caaaggtatt cctcttcggc
    21721 ccatttttcc tcgtaggggt ccgtcccctc gccgcgtgaa gaggaggcac tcttcatgga
    21781 tgttcgtacc gtgggccttt aggggatcag aagctgtttg gaatttattt cggagggtat
    21841 cgggcggatg tttctgatga ttttgtttca tcatgagacg agcatagcga gctatgtgag
    21901 gattaatgat ggaacaaaag ggcagaaaca ggcctcgata ggcccgaagc aaaaaaggag
    21961 aaagatccac tcaaacacct ccatgaaaca atcaccccat aaattcaaaa cggcttctca
    22021 aaactgcgtc tacctttggc cccgcttttt tggaaagaat gggacaagag aataatgatc
    22081 gctccgggca gttggtactg atcctgctgg taacagcagc ggcctgtctg gcgctctaca
    22141 tgttgccaga cgagttgttt ggcctaagca taaagaaaat ggatatgctc tccgacctta
    22201 gagtcgggag cgaggatgaa gacgaggaca gcaacctctc cagagccgac tccgtactgt
    22261 tgcgcggcga ctctacgggg ttgagtgcag ccgaccgtga acgtttggcg tatcgtgact
    22321 cgatgtatag ggccatcatg gcccaattgc ggggcgatac gctcaaggca gtcgtcgaag
    22381 acttctccgt ggggcacatc ggactgcggc gattcttcgc tgcgctgaac ggtatcagca
    22441 cattaggccg acccgtccgt gtggcgttcc tcggcgactc cttcattgag ggtgacatcc
    22501 tcacggccga cttccgcgag cggatgcaag cgcgatttgg tggccgaggc gtaggctttg
    22561 tgccggtgtc atcgcaggtg gcacagtttc gcccgactgt ccgactgcgc tctaaggggt
    22621 ggacgacgcg ctccatactc tccgaccgta agccgaagta cctcctttct tgcctcctgt
    22681 tcgacgccgc gaacgatgcc ccgacaatag ccttcgaaac gaccgactat atgccccact
    22741 tgaagagtgt cggtaccctc aagttcctct acacaagcaa tcgagcgaca gaccttcgct
    22801 ggatatgcaa cgagggacgg gatacattca ctgcgcgcct tccagagacc gacggcgtgg
    22861 ggcaatatgt ggcgaagggc tcctttacgg agggcaaatt ggcctttaca catgcgcagg
    22921 ggttgcaagc gttgggcatt gcgttagagg atgatcgcgg ggtggtggtg gacaattttg
    22981 ctttgcgagg taattctggt ttgccgctgg aaaacttgga catagcgcgc tgccaagcgt
    23041 tgcagggcat acgcccctac gacctgatcg tgatccaata cggcctgaat gtggccgtcg
    23101 aacgaacgaa ggactatggc ttctaccgag atcggatggt ggctatcatt aaacacatcc
    23161 gcacctgttt cccaggggcc gacgtgctgc ttttgggtgt ctcggaccgc agcaaagtgg
    23221 tcggcggaga gcgccacacg atgtcggccg tgaagaatct tcgccgcgcg caacgtgagg
    23281 cggccctcga ggcgggagta gccttctggg acgtttacga ggcgatgggc ggagaggatg
    23341 gcatggtcga ttacgtgaag cgcaattggg cggccaagga ttatacgcac ctcagttttc
    23401 agggtggccg cgaattggcc aatgccctct acgacgcaat cattttagag aaaacgctat
    23461 atgacaatct ggaaaaaacg cagcgctaac agggcaccct tctgggcggc gctctgctgc
    23521 ttatgtatgg ctacggcagc ccaggccgaa aggccgcatt cgccgattga aaacaggaac
    23581 cttgcagcgg gaaaagctgc tcccgaaaag aagaagacca gccccctgac ggatcaggtc
    23641 gatctcacga tgacgtttgc cgtcgattcg ctttgtcgca tcatcgatcc gaggcacacg
    23701 ctggacgagt tctgggagaa tctgctcagc ctatacaatg gcaaagacac cgtactgcct
    23761 atcgctcact tgggcgactc ccatatccag ggcggcttct acacgaacga gaccatgaac
    23821 ctgcttcggc gcacctttgg caatgccggc cgcggatgga tcgcacccta ccgacctgca
    23881 cgcgaaaatg gcccctcaga ctatcgtatt ttctcgcaag tgaagagctg gagcgtcggg
    23941 cggtgcacgc gtccgcagtc gggtacgccg tgggggctgg gcggcatggg cttgcagacg
    24001 gatgccgcca cgattgactt cacgatcgcg gtcaatgggg cggacgacga cttcacgcag
    24061 gtgctgatgt accgcggaga gtacgcccga cccatgctgc cggaggggat ccgcaatgcg
    24121 cggacggctt ggggcaagga tacctacgcg cccgacctga cggtggatag cttcttcctg
    24181 cccgaggctg tgcgcgagct ccgtttgcag agcgtcagcc gcagcgaggc ccccacctca
    24241 gtcacgggcg cgagctgcta ctacggattc tcgctcttca acggacgccc cggggtggtc
    24301 tatcacgcta tcggtcgcaa cggagccacc tattcgcagt acacctccga gcgattcgtc
    24361 cgccagctct ccctcttgga gcctgccata ctcatcatct cgctcggcac taacgaatcg
    24421 tacggcacgc atttctcggc ctccgatttc atcacgcgtg tagaccgctt cgtgcgactg
    24481 gcccagcgat acatgcccct gacgaccatc gtactcacta ctccggccga aaactacctc
    24541 gcggcgcgaa ccaccgtcac ccgacgggcc aagggcaaga agcgtcgcac gactacgacc
    24601 gtcacgcggg gctatacccg caacgtgcac gtcggtgagg ccgccgaggc gatcctcgat
    24661 tatgccgcgc gggagggtct ggcctgcttc gacctctacg gcatgaccgg cggcgcaggc
    24721 tcgtgcgagc ggtggcaagc cgaaggactc ttctcgcacg accgtgtgca ctacagcgcc
    24781 tccggttata gggagcaggg gcggctactg tacaaggcac tcgtccgcag tgcattggat
    24841 taccagcaac gtaaacgaaa atgatccaca gcctacccct tgacctcagc ctcgagcgcc
    24901 tccgcgccct cttcgcgtat cagcccgaga gcccgatgct cttcagcaca ggcctctttt
    24961 tcttcctctt catcgccttc tacatcggtt atcgcgccct gcgccacacg acgaccgccc
    25021 gcatccttta cgtcgtcctc ttttcgctct acttctatta taagagcagc ggcgtctggt
    25081 tcctgcttct cgtcttcacc gccacgtccg atttcctcat cgcccgggcc ctcgccgcca
    25141 ccgcccgccc ggccggacga aaggcttggg tcgcgctcag cttggtcatc aacttgggca
    25201 tgctggccta cttcaaatac accaacttcc tcctccagac cctcctcgcc ataggtcaga
    25261 gcatgggctc ttggttcggc gtggcccctg tcggaggcac ggtttacgag ccgctggaca
    25321 tcttcctgcc cgtcggcatt tcgttcttca ccttccaatc gctcagctac accatcgacg
    25381 tctaccgcgg tgagctccag ccgctccgac gctggatcga ctacctgttt tacgtctcct
    25441 tcttccccgg actcgtggcc ggacctatcg tcagggcccg cgacttcatt ccccagatgt
    25501 tccggacgcc cgtcgtgacc cgcgagacgc tcggcgaagg gctctacctc atcatctgcg
    25561 gcctcctgaa gaagagcgtc atctcggact atatcagtgt caacttcgtc gaccgcatct
    25621 tcgacgcccc gacgctctac acgggcctcg agaacctcgt cggcgcctac ggttatgcgc
    25681 ttcagatcta ctgcgacttc tcgggctact ccgacatggc catcggcatc gccctgctgc
    25741 tgggcatccg cttcaacacc aacttcgact ccccctacca gtcggccacc atcaccgagt
    25801 tctggcgtcg gtggcacatt tcgctctcca cctggctcaa ggactaccta tatatcagtc
    25861 tcggcggcaa tcggcgtggc cgcgtccgta cgtacgtcaa cctcatgctt acgatgctcc
    25921 tcggtgggct ctggcacgga gcttcgggcc gctttatcct ctggggcgga cttcacgggg
    25981 cagcgctggc cgttcataag ttcatgatga accatttccc cagcttccgc cccacgggcg
    26041 acacgatgtc gccacttcgg cgcgtctgcg gcgtcctcat caccttccac gtcgtatgct
    26101 tcggctggat tttcttccgg gccgacacga tggccacggg ttggga
//
LOCUS       SEQF2634|AYYE01000880.1 1820 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1820
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             57..758
                     /gene="sufS"
                     /locus_tag="SEQF2634_00582"
                     /EC_number="2.8.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9EXP2"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfurase"
                     /translation="MSNVLGTVNPVAEIARVAHAHGVPILVDGAQAVAHRAVDVQAAD
                     VDFYAFSSHKIYGPTGMGVLYGKAEWLDRIPPYQGGGEMIRNVSFEHTTYNELPYKFE
                     AGTPDFIGSTALATALDYVQRIGLDAIAEHEHELLRYATERLGAIPGMRFIGQAPEKG
                     SVLSFLVGDIHPYDLGMILDRLGIAIRTGHHCAEPLMHVLGEEGTARASFALYNTKAE
                     VDALAEGIERAQKMF"
     CDS             798..1112
                     /locus_tag="SEQF2634_00583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILTTTPSLEGKKITHYYGVVSGEAIIGANVFRDFFASITDFVG
                     GRSNAYEAVLRKAKDTALNEMSHHAQSMGANAVVGIDLDYETIGSSMLMVTASGTAVI
                     VE"
     CDS             1127..1741
                     /gene="rnhB"
                     /locus_tag="SEQF2634_00584"
                     /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
                     DFLLIDGNRFAPCPEGIPYATIVHGDARMMSIAAASVLAKTHRDEMMAVLDADYPAYG
                     WAKNKGYPTAAHRDAIRRFGVTPHHRRSFALLPEATQGEIVFGE"
ORIGIN      
        1 tggaggcgct gccgggattg ttcaccgacc ggacgcgtct ggtggccgtg acgcacatgt
       61 cgaacgtgtt agggacggtc aatccggtgg cggagatcgc tcgcgtggca catgcgcacg
      121 gggtgccgat ccttgtggac ggtgcgcagg cggtggccca tcgcgcggtc gatgtgcagg
      181 cggcggacgt ggacttttac gccttttcgt cgcataagat ctacggcccg acgggtatgg
      241 gcgtactcta tggcaaggcc gaatggctcg accggattcc gccttatcag ggcggcggcg
      301 agatgattcg caacgtgtcg ttcgagcata cgacctacaa cgaattgcct tacaagtttg
      361 aggcgggcac accggacttc atcggcagta cggcgttagc tacggcgttg gattatgtgc
      421 agcgcatcgg tcttgatgcc atcgctgagc acgagcacga actgctccgc tacgctacgg
      481 aacgccttgg cgccatcccc ggcatgcgct tcatcggaca ggcgccggag aagggcagcg
      541 tgctgtcgtt cctcgtgggt gacattcacc cctacgatct cggcatgatc ctcgatcgtc
      601 tcggcattgc catccgcacg gggcatcact gtgccgaacc gctcatgcat gtgcttggcg
      661 aggaaggcac ggcgcgcgcc tcgttcgctt tatacaacac aaaggccgag gtcgatgcgc
      721 tggctgaggg catcgagcgg gcgcagaaga tgttttaatc tatagttatt caccctttaa
      781 ccactcatta aacccctatg attcttacga caactccctc actggagggg aaaaagatta
      841 cgcattacta tggcgtcgtc agtggcgaag ccattatcgg cgccaacgta tttcgggact
      901 tttttgccag catcaccgac tttgttggcg gacgttcgaa cgcctacgag gcggtgctgc
      961 gcaaggccaa ggacacggca ctgaacgaga tgtcgcacca cgcgcagtcg atgggagcga
     1021 acgccgtagt gggcatcgat ctggactacg agacgatcgg cagtagcatg ctcatggtga
     1081 cggcttcggg cacagccgtg atcgtggagt aaaggagggg gcatcgatgc tccaaccttt
     1141 tttggaaccc ggccggacgg aagcgggctg cgatgaagca ggccgtggat gtctggccgg
     1201 acctgtgttt gcggctgccg ttgtgttgcc gccggacttt cagaatgagg agctgaatga
     1261 cagcaagcag ctcacagagc gcgcccgcga acgtttgcga acggtcatcg aacgtgaggc
     1321 cgtggcgtgg gctatcgggg tggcgacggc ggaggagatc gatcagatga acatcctgcg
     1381 ggcatcgatc ttggctatgc atcgcgccgt ggctggactc tgtctgcggc cggacttctt
     1441 gcttatcgat gggaaccgtt ttgcgccgtg tccggaaggg atcccgtacg cgacaatcgt
     1501 gcatggcgat gcgcggatga tgagtattgc ggctgcgtca gtgctggcta agacacatcg
     1561 cgacgagatg atggcggtgc ttgatgcgga ttatcccgcc tatggctggg cgaaaaacaa
     1621 gggctacccg acggccgctc accgtgacgc gatccgtcgg ttcggcgtca caccgcacca
     1681 ccgacgctct ttcgcgctgt tgcccgaggc aacgcagggg gagattgtgt ttggggagtg
     1741 atccatagcc cccacgaaaa aaaaatcctt gcaaaggtct cccgaggtgg gagtgtcctc
     1801 tgcaaggatt tgcgtatagc
//
LOCUS       SEQF2634|AYYE01000881.1 2914 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2914
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1535..2497)
                     /locus_tag="SEQF2634_00585"
                     /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 tcatcctaca gcgtctaagt ctaaaagcaa agctcggcaa gtcgattcca cgtgtgcaga
       61 tgttcttagc caagctcaat cctctgcaac tcttcgaact ggggctatag ttcggattat
      121 gcgtcagccc tgcatttcat ctatgcattt gcatgtaatc cgtcttttat ctgtagaaag
      181 gattttatat attgacagaa tcagctttat tctacgatct agaaatccga gtattaccga
      241 tgtgctttct ccctcaaaat ggttatcaat atcaaattgc agattattaa aaaggcagta
      301 tgtcataaaa tcaatggcat acagagtatg catagaaaga aatagagctt acaagcgtat
      361 caccggctcc tacttttttt ctattcataa acagaaagga tctcgatata aaaaaataaa
      421 gcccatcaaa tatggaggaa tacgactttt aatcctccat atcccatact attctcatcc
      481 tgagtgcatt ctgtttgttt ttcgaacata aaaaaacacc ttccaacaca ggatatacta
      541 ctgattgatt ttcatataca ttcctgcatt tctgatgtgc aagatatttc ggtgatagca
      601 gcactttctt tagctcgtca agaataacat ccttatgcaa gaagttcgta aactcaacta
      661 ccccagtatt tcgtccttct acattatttg aagatgcgaa attcccagtt caaataatat
      721 ggtgcgatga acattgatat tgatgagtgg gcaaatatat ccagctataa ggattatcat
      781 ctatctcaca caaaaccgat gttgtaccat gagaagcaaa tccatcgata aatcgtttgt
      841 atttagagat atcgcatcct atcaataaag aaaataggtg tttaacatct ctagagaaaa
      901 caacgatacc atatccggtc acattgatat attacaactc tttcatctaa tcaacaatgc
      961 aaaatgatta tattcaacag ttggattaaa aaaaacaatt cgcaatgaag tgagaatctc
     1021 catttggggg gataaagaag agaactatgc gccatccccg cttccttagt tcgcttgaaa
     1081 ttattgaata taatctcctc aatgttaggt attggtagtt tactttctag ccgaggaagt
     1141 gaaatctttt cccttgtgct ttttcgtcat atgacttaag gtatattata tggtacaaca
     1201 caaagccttt aaaaaatcta gatttctaga tataggggtg tctgtcgctt aacatgtatg
     1261 aattatataa taatctttta tacacctgac atgcgatatg atctcctatt ggatatccga
     1321 cttatgatca tttgagatgg cggagtggca catgaccttg tcggatttat attttcgatt
     1381 gaaaaaaatt caaaaccaca tcaaagtatc aagacgaaga aaaatttaat catatgccct
     1441 ctactttatg atataaaaac tatccacctt atcgcaacaa acgaatccac caaatgtaga
     1501 ttctttctcg aaacagttat ttcgtatttg tctttcaagc accgaacgac agagagcccg
     1561 aaacaccact accaattacc gctacctttc ttgtcatttc cattgagaaa gctttatggg
     1621 atggataaaa aataaatttg atgggaaatt gtccattaag cattttatat ttaaatcgta
     1681 tttttttttc tatgtctgac ttcatttcaa ttgagagttg cggtatcatt tttttcttga
     1741 tttgggctcc agtagtaatc ttttctgcac tcagcagaag agcagtcgga attgcttgtt
     1801 cgacaaatac atcacaggca gcaaaacaac cacagtatgt gcaaaacttc atcatagcag
     1861 actcctcaat tatcaaaata tcactatatc cccatagtat aggatatagc cccctccttc
     1921 tcttgctcct cccccaaatc aaataataca caccctttag tgcctttttt aaattcaaaa
     1981 aaaaagacca atagaaaata tacctcaaaa taaacgcctt tttgtaaggc attgtaagca
     2041 aaccgtaagt tcgaattttt tctacggcct ccttacaaga gggcaaaatc ccattaacct
     2101 caacaccttt tttttctatt gagtgaaaca atggaatatt catattttct ctcaagtcct
     2161 tgaaatctgt aatataacag cttttctcat caatacctgt agcctcaaaa agattttcct
     2221 ctgtaatatc tggattaaca atcatatcgt cggcaactat aaagtaatga gaatacttct
     2281 catcatttgc tttttttatt tgctgataag cttgtgctat ataagattga aattgatatg
     2341 gagactcgta aacaggtaag acattcgatt tatccccttc gtaaaaaggt atgacatgat
     2401 acaaatgaga gaatctattc ttgtacaact tctctatctg agaaatattc tgactatacc
     2461 tatgattata taaaaccaag agcgctattt tatgcataat tatcggagtt agttttagcg
     2521 agattgactt aagaataaaa aaggaggatt atatatccgt tttaccgctt tatgtaaaaa
     2581 gctatacaaa aacaaatctt ttccaaatca gataaccaca ggagccttac ctcttacaag
     2641 acaaccacat caaatttgag gagctctttg ggatagtcga tattgagtgc cgcggtaaat
     2701 aatctctttc ggatggatag cttgtctttc ctctgtgaga caatggctaa ggccagtttc
     2761 ctgatcgtgt tgaggttctg agcagcgcat gctttgcgtg cccgacaatg atcttctctg
     2821 aaggttacgt caagatgcca atgcaatctg ttttctattc cccaatgacc acggatataa
     2881 gtaccgattc tctccacagc ctcggctggt aagc
//
LOCUS       SEQF2634|AYYE01000882.1 4989 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4989
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             892..1398
                     /locus_tag="SEQF2634_00586"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDCQRGDDGPAVGRSEGLSGAVVDAEVVANKGLDVIGGGRSEA
                     ADRAEERVGRRCAEDRILRVHVGRGGVVDTARQDLALARDLDAPTADGGGCACAVGYN
                     KGMHEAQARLGLHLSLLTVGHAFGVAGIGADVVVTTIDEPVHGALIFADAFPEHFGVV
                     IHRRVGLL"
     CDS             complement(1662..2618)
                     /locus_tag="SEQF2634_00587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKWTGMLLLWIACCLSWHAQAQRQTEYNRKGDEALQRKDYRDA
                     KMWFEEGVFAECDRYSIDRLTTIWLEDETMHVSMRTVMNKCLNCLTEWATERDTFAID
                     KLILYYSRGIGTAENPVTADYWRRQLETVRRQNRGEDEAPTTTPTSATPMRFFFGYQA
                     SLLAPFGIRVGGIVGRLGWYIAAQSNFSFQGHTATCRTADGRFIIEGQSGYYGYMNRK
                     QANVLMASVGLMIRTLPGIYTSVGAGYWQRDLIRQYGTADNAGNIYQRAWAKDLDASE
                     KGLKVDLGATYLLPRGRYYVTGECIVLNFQYLYPALGVGMIF"
     CDS             complement(2646..4418)
                     /gene="pknH"
                     /locus_tag="SEQF2634_00588"
                     /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="MILPKGYCLQNGKYCLIEVIGQGGFGITYSGVWNTEVKGELGAV
                     KTAVPICIKEYFFKDYCFRDPATMQVRVHSETGRRLFDKFRERQIQEARILSEVHHPY
                     IVNVLEVFEENNTAYIAMERITGRSLKSLLEDEGQLTEPCALKYIDQIGRALEFVHAK
                     NILHLDIKPGNILIDEHDDARLIDFGVSKRYDIDNQETSTTTLTLSKGFAAIEQYDSD
                     GLTGFSPRPDIYSLGATLYNLLTGCVPPESILRVTKPLTEPSRLNANITPRTEHAILR
                     AMQVNPADRYASVREMLDDLDIPPYPERKDQPVAATGQTTQRAPLTNDDERTQLLTAD
                     VEETALLTPAEQPTPTRRRKGKRRVLIPLLIGLSVLIGWAASYLIGGSKPVPTNEPTA
                     NLLLQSDAGSDRSPFDPPTVAPSSAADKQAEKHQSEEKKADKKTEEKKSDKAETTTRD
                     DASSETSNARYVALVASGKMKMERGAYADAKRDFASAKEIKVTEEVIRLSLACDDRIE
                     EDNVRARKALYEQGMPFGSYTIVRKKQNGRYGAIDAQGIERIRCIYLSVGRSENGRAF
                     EREDHLYDIYNANGTMVARGLTTY"
ORIGIN      
        1 gcttgaggct atggtgtacc aagtattgct ggcgatgtcg tagcggtaga agctattgtt
       61 agtccggtgg tttacatcaa tgccgccaaa gacgtaggcc gatccgccgt gtgtgacggc
      121 tgtctgccac ttgaggggcc cggcagggca ggcaagcatt tgccgccact cgttggtcgt
      181 gacgttatag tagtagagat ctgagctgta gtagggccca atgtcacccc ctaggaggta
      241 gccgcgttca gttgtggcga accaggcgga ggtgcctggc acacgggctg ctccggggaa
      301 gttgcgtggc tgggtgctga agatcgaggg cattcgttgg acgatcgttt cgccgtatga
      361 ggtaccttca gcgttcgttg cgtacgcacg gatgtagtaa gtgcgtccgc ctttaagtcc
      421 ggagagttgc ccggtgaaag ttccgcctga ggtgagggtt aattcggctg attcggcgtt
      481 gtagagagtc ggtgtctcat tggttagcga ccagcatata ccgcatgagg tgatggcact
      541 ctgaccctgt gagatgaggc ggccgcccaa tgtggcgatg cctttggtga gggatgagac
      601 gggcagagtg gtgacggtgg ggacgctact aagggtcgtg aaggaatctt gcgggctgta
      661 ggaatagcca tagacgcggt tgcccgcgta ggcgcggacg tagtatttgc gattggcctc
      721 gaggccggtg cactgtcccg tgaagggccc cgtgccggag ccgacctcca cgtggggcga
      781 gttggtgagg gtaggatcag gcagggtgct ccagcagaag ccgcgctcct cggtcggcgc
      841 atcgccggct gagaggactg tcgccgacac agaggcggag gtgtagctca catggaggat
      901 tgccaaagag gagacgacgg accggccgtc ggtcgtagtg aaggactttc gggtgccgtt
      961 gtagacgccg aagtggttgc gaacaaaggc ctcgacgtaa taggtggtgg acggtctgag
     1021 gccgcggata gggcagagga aagagtcggc cgcagatgtg ctgaggaccg aatccttcgg
     1081 gttcatgtcg ggcgaggtgg agtagtagac accgcgcgcc aggatctcgc cctcgcccga
     1141 gatctcgatg cgcccaccgc agacggcggt ggctgcgcgt gtgctgtcgg ctataataaa
     1201 ggtatgcacg aggcccaggc ccgtttgggt ctgcaccttt cgctcctcac cgtaggccac
     1261 gcctttggcg ttgcgggcat aggggcggat gtagtagtca cgaccattga cgagcccgtc
     1321 cacggtgccc tgatattcgc cgatgccttt cccgaacact ttggtgtggt gatccaccgt
     1381 cgggtgggct tgctctgacc agcagaagcc ccgttcggtg acggcagccc cgttcgcctg
     1441 caccacagtg gccgtcagcg tgacggacga tgccgtgagg gcgttgatgg ttacggtttc
     1501 gcccatctgc ggggtgcggg cgttctgtat gccgggttcc acctccgggt cgtcgatgca
     1561 ggccgacggc agggtgagga atagcgtaaa aaggagggag aggaatgcgt aagggagata
     1621 tttctggttc atggggggag cctcgttgtt tcgtttttat gtcagaagat catgcctaca
     1681 cccagcgcgg ggtagaggta ttggaagttg aggacgatgc attcgcccgt cacgtagtat
     1741 cggccgcggg gtaggaggta ggtggcgccg agatccacct tcaggccttt ctcggaggcg
     1801 tcgaggtctt tggcccacgc tctctggtag atgtttccgg cattgtcggc cgtaccgtat
     1861 tgccggatca ggtcgcgctg ccagtagcct gcgccgacgg aggtgtagat gccgggcagg
     1921 gtacggatca tcagtccgac agaggccatg agtacattgg cctgcttacg attcatgtag
     1981 ccgtaatagc cgctttggcc ctcgatgatg aagcgtccgt cggctgtgcg acaggtcgcg
     2041 gtgtggccct gaaaggagaa gttggattgc gccgcgatgt accatcctaa ccgcccgacg
     2101 atcccaccca cgcgtatgcc gaagggtgcg agcagtgagg cctgatagcc gaagaagaaa
     2161 cgcatgggcg tggctgacgt tggcgttgtc gtcggcgcct cgtcttcgcc ccgattctgg
     2221 cggcgaaccg tctctaattg tcggcgccaa tagtcggccg tgacggggtt ttcggccgtg
     2281 ccgatgccgc gactgtagta aaggatgagc ttatcgatgg cgaacgtatc gcgctccgtg
     2341 gcccactccg tgaggcagtt gaggcacttg ttcatcaccg tgcgcatgga gacgtgcatg
     2401 gtttcgtctt cgagccagat ggtcgtcagt cggtcgatgc tgtagcggtc gcattcggca
     2461 aagacgccct cctcgaacca cattttggcg tcccgataat ccttgcgctg cagggcctca
     2521 tcgcccttgc gattgtattc ggtctgtcgc tgcgcttggg cgtgccacga caggcagcac
     2581 gcgatccaca gcaacagcat tcccgtccac ttcttcattg tctttgtctg tgcgtctata
     2641 cttagtcaat acgttgtgag cccccgggct accatcgtgc cgttggcgtt gtagatgtcg
     2701 tagaggtggt cttcgcgttc gaaggcacgc ccgttttccg atcgccccac gctgaggtag
     2761 atgcagcgga tgcgctcgat gccttgcgcg tcgatggcgc cgtagcgtcc gttctgcttt
     2821 ttgcgaacga tggtgtagct gccgaagggc atgccctgct cgtagagcgc tttgcgggcg
     2881 cggacgttgt cttcctcgat gcggtcgtcg caggccaaac tgaggcggat cacttcttcg
     2941 gtcaccttga tctctttcgc gctcgcaaag tcacgcttgg cgtcggcata ggcgccgcgt
     3001 tccatcttca tctttccgga ggcgaccagg gcgacgtagc gcgcgtttga ggtctcggat
     3061 gaggcgtcgt cacgcgtggt tgtttccgcc ttatcagact tcttctcctc ggtcttcttg
     3121 tccgccttct tctcctccga ctgatgtttt tccgcctgtt tgtctgcggc cgacgagggc
     3181 gctaccgtgg gcggatcgaa cggcgagcgg tcactgcctg cgtcgctttg cagcaatagg
     3241 ttggccgtcg gttcgttcgt tggtaccggt ttgctgccgc cgatcaggta tgacgcggcc
     3301 cagccgatca gcaccgagag gccgatcaat agcgggatca atacgcggcg tttgcccttt
     3361 cgccgacgcg tcggggtggg ctgttccgcc ggtgtgagga gggccgtctc ttcgacgtcg
     3421 gcggtgagca actgcgtccg ctcgtcgtcg ttcgtgagtg gtgcacgctg agtcgtttga
     3481 cctgtagcgg ccacgggttg atcttttcgt tcgggatagg gcgggatgtc gaggtcgtcc
     3541 agcatttcgc ggacggacgc gtagcggtcg gcggggttca cctgcatggc tcgcaggatg
     3601 gcgtgttcgg tgcggggggt gatgttggcg ttcagccgcg aaggttcggt gagcggtttg
     3661 gtcacacgga ggatggattc ggggggcacg cagcccgtga gcaggttgta gagcgtggcg
     3721 ccgagcgaat agatgtccgg gcggggcgag aagcccgtca ggccgtcgct gtcgtactgc
     3781 tcgatggcgg cgaagccctt cgagagggtc agcgtggtgg tgcttgtctc ctgattatcg
     3841 atgtcgtagc gtttgctgac gccgaagtct atcagtcggg cgtcgtcgtg ctcgtcgatc
     3901 aagatattgc ccggcttgat gtcgagatgg aggatgtttt tggcgtgcac aaactccagc
     3961 gcgcgcccga tttggtcgat gtacttgagt gcgcacggct ccgtcagctg gccctcgtct
     4021 tcgagcagcg acttgagcga tcggcccgtg atgcgctcca tggcgatgta ggccgtgttg
     4081 ttttcctcga agacttcgag gacattcacg atgtacgggt ggtgcacttc cgagaggatg
     4141 cgtgcctcct ggatctgccg ctcgcggaac ttgtcgaaca gcctgcgccc cgtctccgaa
     4201 tgcacgcgga cttgcatcgt ggcggggtct ctgaagcagt aatctttgaa gaaatattcc
     4261 ttgatacaaa tcggtacggc ggtctttacg gctcccagtt cacccttgac ttcggtgttc
     4321 caaacgcccg aataagtgat tccgaatccg ccttgtccga tgacctctat cagacaatat
     4381 ttcccgtttt gcaagcaata tcctttcggt aaaatcatga tttctgaatc attcagattt
     4441 tcaagggcaa aggtaagcag ccgttttgaa tttggcggaa aaggctctgg aagcggcttc
     4501 tcggcccctt cgcccgttcg tctgtagggg gaatctccgg agttgttttc acccttttgt
     4561 tgcaatttct cccatgcgcc gtggatgttc cttccgatgg tctcaatgag ccgccacaaa
     4621 cttctttggc tgattgtatc gtacaatcgc gagaaacgaa accatttcag ctgattgtat
     4681 cgtaacgtga gttcggtgta agaatagtgc cagcagagag tctacacgca gaatccacgc
     4741 gattgtcaaa gtgcttttgg aaatgcctac aacactgttg caagtgcctc gaagaacttt
     4801 tgggcgtttg cgggagtccc gcaggtctcc cggcatttgc tttggtgttt gcgggagtcc
     4861 cgcaagtctc ccggcatttg ctttggcgtt tgcgggagtc ccgcaagtct cccggcattt
     4921 gctttggcgt ttgcggggag tcccgcaggt ctcccggcat ttgctttggc gtttgcgggg
     4981 agtcccgca
//
LOCUS       SEQF2634|AYYE01000883.1  332 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cctgccgtat tttcagtcac cactcctcag tagttcaaaa tacctgccgt attggcagtc
       61 cccacccctc agcagtccaa aatacggacc cgtcacgtcc cctccgcccc ctccgcagtc
      121 ccaaaaacgg acgtgacatt caaaccccac acccacctcc gtccccttga cggggacgtt
      181 ttatggggcg tcaaggtcgg acgattggca aaatgatccc atacgatcga ccgtcagggt
      241 aggggcgcaa cagcatacgc cccacaatcg ggcacgatag ggctcggacg acccaaacaa
      301 atcaccctgc gaaataaccg ggcacccgca tt
//
LOCUS       SEQF2634|AYYE01000884.1 1902 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1902
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             122..385
                     /locus_tag="SEQF2634_00589"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYIKRKRLDRPFQLVTCICSLLTVDEPSDGTRSGLELQLRNAF
                     HLELTCAISLLIGILKVDVVDVESRIQLTCRRGSEVVIRLRCT"
ORIGIN      
        1 gtgccggtgg gcagatgaag cgatcgcctg taatcttgag cggctgggga ttgaccaccg
       61 tgatcttggt cgtcagcgtc atggtctcgt tgtatgaagt cttaacgacc atcttgatct
      121 catgctgtac atcaagcgga agcgactgga tcgtccattc caacttgtca cgtgcatctg
      181 ttcgctcttg accgtcgacg aaccaagtga tggcacccga tccggattgg agttgcaatt
      241 gcgcaacgcc tttcaccttg aactcacctg cgcaataagt ctgctcattg gcatcctcaa
      301 agtggatgtc gttgatgtag aaagccggat tcaattgacg tgcagaagag gcagcgaggt
      361 agtaataaga ctccgctgca cctaaaccgt atcccatcac agagagaccc gctgcatttt
      421 cgaagtagta ggtagctttt agatccgtca gggggatcga atagaacgaa aagcccgatt
      481 gagcgttatc cgtccatgtt ccgccagaaa gtgcctgggg aacacctcca ccaatggtca
      541 tcgtcgtggc attctttgtg gccgtcgggg taacgatcaa cgcatgatgt tccttcaata
      601 cagatgttcc cgtagctacg aacggagcga gcgccacatt cattactgtc tgctcgatcg
      661 gcggaaccca tgccatagcc gggtcgccaa cagcgtatgg aagacccggg aataatgtac
      721 cggtcaaaaa cgacgctaca gccaccggtt tatctgcttc tacatagcat cctctatctt
      781 tgagagaaac ctctaattcc acgaactggc cagctttgag attcaccaaa ctacctgtac
      841 ctggactgga tataaccgta gctcctgtct gagtgatcgt agtcccatct tgggatgcaa
      901 cgacacgaac gcgctctata ccgcgccttg taaccggaat tagaaattta cttccccatg
      961 aatgaaccgg cacctgttgc tgaaacaagc agtcgcacgc agctactcct ttggggacgt
     1021 tcacacacgt atttgttgta aaataagcga tcggtttatc cgaagagatc aatgtacctg
     1081 tcttatcacc agacggtgca taattactat acacctgccc tctgtttaag gtggcaacca
     1141 agacattgtt ttcttttatc tgcgtattgt cttctacggc aatgacggta taaccatctc
     1201 caacccctgc tccttgtagt gtctcataag tgatatgacg atatgccttg ccatagttgg
     1261 ttacaggtaa tacattggtt gcatccgttg tcgcactata aatgttgatt gcaaagactg
     1321 agatcaattc atctgaggta atatgcagtg tcttgttcgt agtaccggtg acattactgt
     1381 acactttagc agcctctgtt gaattgaatg tacgcgtata cacctgacct gcggccacat
     1441 tgaatgtctc tgtcgtacca tccagcgtaa acgtcaatgt caccttggtt ggctttgttg
     1501 ccaccaccct taattgcaac atgttgtcac cactggtgtg gatatgattc tgtccgtagc
     1561 tcaaccagaa gtcttttccc tgcgtggtcg attggccttg cgagaaaagc tggttactga
     1621 acaggaagag tagagctaag gcgcctacga acctgagtaa taactgtttc atactgtatt
     1681 ctattttcta ttagttgata tgccttgaag ctgttcgaaa gagagagtac accccgcaca
     1741 ataggagggc atcaaacagc cctacaaggc gcgcttttct tatcgcttcg tcccgtaata
     1801 cgtgtattcc tcgtcgatgg aatgcgaatc gcgggcgtag ctgactgtgg taaccaattg
     1861 gagttcacct gacggcgtca ccttgtagtc ataggtgagg ac
//
LOCUS       SEQF2634|AYYE01000885.1  358 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     misc_RNA        complement(48..196)
                     /locus_tag="SEQF2634_00590"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gatggctata aacagttcgc atgtgctaac catactactc agccaagcca ctcggcggca
       61 cgatactaac cgcccttgac ttctcctcac ggttctgtct catccttttg ggaaagtgta
      121 ccttgtccga taggctcaac acaccatatc gctattggtg catcctatcg taggctaccg
      181 ctgacggaac agcgggctaa aactgtctta tatgacatct tagcaattat ctatatgact
      241 tcgtgtcaca cccttatagt gttcagattc gtggcagcgt attctttgcg cgccctgcaa
      301 tgatcctttc taaaggtcac gtcaaggtgc caatgcaatc tgttttctat tccccaat
//
LOCUS       SEQF2634|AYYE01000886.1  359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     misc_RNA        163..312
                     /locus_tag="SEQF2634_00591"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 attggggaat agaaaacaga ttgcattggc accttgacgt gacctttaga aaggatcatt
       61 gcagggcgcg caaagaatac gctaccacga atctgaacac tataagggtg tgacacgaag
      121 tcacatagat aattgctaag atgtcatata agacagtttt agcccgctgt tccgtcagcg
      181 gtagcctacg atagaatgcg ccaatagtga tatggacgta ttgagcctat cggacaaggt
      241 acactttccc aaaaggatga gacagaaccg tgaggggaag tcaagggcgg ttagtatcgt
      301 gccgccgagt ggcttggctg agtagtatgg ttagcacatg cgaactgttt atagccatc
//
LOCUS       SEQF2634|AYYE01000887.1 5034 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5034
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             117..647
                     /gene="srpC_1"
                     /locus_tag="SEQF2634_00592"
                     /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
                     FTDIVAISQMTPGPIIINCATYIGYTATGGSILGSLLATTAVCLPAIIIMTLICRFFL
                     LFHNNAYMNGALSWMKPAAIGLIAAAALLLMNEHNFIDWRSVVIAIGAFVASYFFRVG
                     TIRLILAAGLAGWLLF"
     CDS             891..1952
                     /gene="nrnA"
                     /locus_tag="SEQF2634_00593"
                     /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
                     HYLSEQGKERVHVIVPNDFPAFLKWMPGAEDVLIYNKYPDYTEQLIREADVIINLDFN
                     EPKRIGDLAPLVEAASGRKVMIDHHLYPAPDFCRLVISHPELSSTCELVFRLLCAMKA
                     YDDISRNAAECLYTGMMTDTGAFSYNSNRADIYVIIGELIKKGIDKDAIYRQVYQVYS
                     ESRMRLMGYTMNEKMKVYPAQQAALITLTSDELRRYHYKTGDTEGFVNMPLDIDGIAF
                     SVFIREDPDYAKVSLRSVGSFPCNRFAMRYFNGGGHKNASGGEFYGTLEEAIRTFEQG
                     LAEFNPTHFTETAEEAQAV"
     CDS             2096..2689
                     /locus_tag="SEQF2634_00594"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYFWRAFAGHFFFMLYFLRAFLRHFFFMLYFLRAFLGHFFLVP
                     YFLRAFAGHFLFMLYFLRAFAGHFLFMLYFLRPFLEHFFLVPYFLRAFLGQLFFHALL
                     LRAFLGQLFLVPYFLRTFLEHFFFVLYFWRAFAGHFFFVLYFLRVFLEHFFFVLYFLR
                     PFLDHFFLVPYFLRAFLGHFFFMPYPLAFSVGRSTMR"
     CDS             complement(2647..3921)
                     /locus_tag="SEQF2634_00595"
                     /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="MDDRKHIVVVGGGFAGLRLVKELDRGGKYRVTLVDMNNYNFFPP
                     LLYQVAAGFMEPSSISYPFRRLLRKRPNTRFRMGILQDVVPEEKKLVLSNGELYYDLL
                     IMATGAESNFFGNPDVEAKAMPMKTIGDALMLRNLVYTRLERATRTTDSEQRHKLLSF
                     AIAGAGPTGVELSGIFAEMKQNIMMKDYPELSRSELGDIYLIDGQKTVLAPMSQRAQA
                     YTEQALRRKGVKLKLGVFVKDFVNDEVHLSDGTVLEARNLIWAAGVSARTFPGLDTPD
                     RLGRGRRMKTDAFNRVEGQDEIFAVGDAALMTADPAYPGGHPQLAQVAIQQATNLARN
                     LNRDFQSPTPFHYVDKGAMAIIGRNQAVADLSCKIFLKGFLAWAIWAFVHIMSLVNFR
                     NKLRSFYNWAGYYISKDQSYRMVLRPTEKAKG"
     CDS             complement(4165..5010)
                     /gene="pflA"
                     /locus_tag="SEQF2634_00596"
                     /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="MLLLFSLYPITTSTPNFSFSLLVIRFMETSPLLGRVHSVETFGS
                     VDGPGIRFLIFLKGCSMRCRYCHNPDTWDPETDDLRTADELLTQAMRYRSYWGREGGI
                     TVSGGEALLQIDFLTELFRKAKAKGIHTCLDTSGQPFTRREPFFSKFAELMKYTDLLL
                     FDLKQIDDTKHRELTGRTNRNILDCARYLSDIGKPIWVRHVLVPGVTDNDDDLHALRA
                     FIDTLQNVKRVEVLPYHAMGTYKWEQLGIPYTLKDVSAPSEERVRNAEHILTAPGICP
                     VERGA"
ORIGIN      
        1 aagaggggga gcggagcacg ttcgatgctc ctcctctttt cgctctaccc aatcacaacc
       61 tcaaccccca actttagttt ttcactttta gtttcacaag atacgttttt ccctcaatgg
      121 aaatttacat ccaactgttt attacgtttt tcaagatcgg gattgtaggc ttcggcggtg
      181 gatatgccat gctttcgatg gttcaatacg aggtcgttga agcacataac tggctcagcg
      241 tgggcgagtt tactgacatt gtggccatct cgcaaatgac gccaggaccg atcattatca
      301 attgcgccac ctatatcggc tacacagcaa cgggcggcag tatcctcggc tccctacttg
      361 ccacgacagc ggtctgcctg ccggccatca tcattatgac attgatctgt cgtttcttcc
      421 tgctctttca caacaacgcc tacatgaacg gagctttgag ctggatgaag cccgcggcca
      481 tcggactcat cgcagcagcg gccctgctgt tgatgaacga acataatttc atcgattggc
      541 gtagcgtggt gatcgccatc ggggccttcg tggcgtctta tttttttcgt gttggcacaa
      601 tccgccttat tttagctgcc ggattggcag gttggctgct gttttagtcg ttcatcgaac
      661 ttaaaatggc tccttagcag atgcataagg cctgtttgga agcatatttt ttcgcctccg
      721 accggcgtaa gtctctactt gccaacagat ttcagcctac cacccctatc ctctctcctt
      781 ttctggataa aaggaaaggg gcaaaaggaa attaggccct ctcgggggca tttccttgcc
      841 gtgtaggcgt acaagcaacc cattaacgaa ccctattttc tcaccacatt atgctaacga
      901 agattttaga cgaaaacgcg gtgcatcgct ttagccgcta ccttgaaaaa ggcgaaaaat
      961 ttgtactgac ggcccatctc tcgcccgatg gcgacgcgat cggttcggca cttggaatgg
     1021 cccactatct ctcggaacag ggcaaggagc gtgtgcatgt gattgttcct aacgattttc
     1081 cagcttttct caagtggatg cccggcgccg aggatgtcct gatttataac aagtatccgg
     1141 actacacgga gcaattaatt cgcgaagcag acgtgattat caatctcgac tttaacgaac
     1201 cgaaacgtat tggagacctt gcacccctcg tcgaagccgc ttcggggcga aaggtgatga
     1261 tcgatcatca cctctatccc gctcccgact tttgtcgcct cgtgatctct cacccggagc
     1321 tttcttcgac gtgcgaattg gtcttccggt tgctctgcgc catgaaagcg tacgatgaca
     1381 tcagccgcaa cgctgcggag tgcctttata cgggtatgat gaccgataca ggagcgttta
     1441 gctataattc caaccgcgct gatatctatg tcattatcgg cgaactgatc aagaagggaa
     1501 ttgataagga tgccatttat cggcaggtct atcaggttta ttcagagtct cgtatgcgtt
     1561 tgatggggta cactatgaac gaaaaaatga aggtttaccc tgcgcaacag gccgccttga
     1621 tcaccctcac gagcgatgaa cttcggcgct atcattataa gacgggcgat acggagggtt
     1681 tcgtgaatat gcctctcgac atcgacggaa tcgccttctc tgtatttatt cgcgaggatc
     1741 ctgattacgc taaagtgtcc ctgcgatccg tcgggagctt cccttgcaac cgttttgcta
     1801 tgcgttactt caacggcggc ggtcataaga acgcatctgg aggcgaattt tacggcacac
     1861 tcgaagaagc gatccgaact tttgagcagg gtttggcgga attcaatccg acgcatttta
     1921 cggagacagc cgaagaagca caggccgtgt aagcctgaca gattgtcgct cgcagaccca
     1981 aaagaaagtc ccccgaacga aggcttgaca cctgtcgtcc gggggactgc ttttttcgag
     2041 gcacttttta ttcgtgcctt acttctggag agcctttgca gggcactttt tcttcatgct
     2101 ctacttctgg agagcctttg cagggcactt tttcttcatg ctctacttct tgagagcctt
     2161 tttgaggcac tttttcttca tgctctactt cttgagagcc tttttggggc acttttttct
     2221 cgtgccttac ttcttgagag cctttgcagg gcacttttta ttcatgctct acttcttgag
     2281 agcctttgca gggcactttt tattcatgct ctacttcttg agaccctttc tggagcactt
     2341 ttttctcgtg ccttacttct tgagagcctt tttggggcaa cttttttttc atgccttact
     2401 cttgagagcc tttttggggc aactttttct cgtgccttac ttcttgagaa cctttttgga
     2461 gcactttttc ttcgtgctct acttctggag agcctttgca gggcactttt tcttcgtgct
     2521 ctacttcttg agagtctttt tggagcactt tttcttcgtg ctctacttct tgagaccctt
     2581 tctggatcac ttttttctcg tgccttactt cttgagagcc tttttggggc actttttttt
     2641 catgccttat cctttggcct tctccgtggg gcgaagcacc atgcggtaag actgatcctt
     2701 gctgatataa tagccagccc agttgtagaa cgaacgtagc ttgttccgaa agtttaccaa
     2761 cgacatgatg tgaacaaaag cccaaatggc ccacgcgaga aatcccttga ggaaaatctt
     2821 gcaagacaaa tctgccaccg cttgattacg cccgatgatg gccatagctc ctttatcaac
     2881 gtaatggaag ggtgtgggcg attgaaaatc tcggtttagg ttgcgagcta agttcgtggc
     2941 ctgctgaatg gctacctgcg ccagctgtgg atgaccgccg ggataggccg gatcggccgt
     3001 catgagggca gcgtcaccca cggcaaagat ttcgtcttgc ccttcgacgc gattgaaagc
     3061 gtcggtcttc atccggcgtc cccttccaag ccgatcggga gtgtcgagac ccggaaaggt
     3121 ccgcgctgac acaccagcgg cccagatcag gtttcgcgcc tctaagaccg tgccgtcgga
     3181 aaggtgcact tcatcgttca cgaagtcctt cacgaagaca cccagcttga gtttgactcc
     3241 cttacgtcgc aatgcctgct cagtataagc ctgggctcgc tgcgacatag gcgcaagcac
     3301 cgttttttgc ccgtcgatga ggtagatgtc gcccaattcg gagcgactta gctcggggta
     3361 gtccttcatc ataatgttct gcttcatttc ggcgaagatg ccagacagct ccacgcccgt
     3421 tggcccggca ccggctatgg cgaaagagag cagcttgtgg cgttgctcgc tatctgtagt
     3481 gcgggtggcc cgctcgagac gcgtatagac caaattgcgc aacatgaggg cgtcaccgat
     3541 cgtcttcatc ggcatggctt tggcctcgac gtccggattg ccgaagaaat tggactccgc
     3601 acctgtggcc ataatcagca aatcgtaata cagctcgcca ttgctaagca cgagcttctt
     3661 ctcctccggt accacgtcct gaagtatccc catgcggaaa cgcgtgttcg gccgtttgcg
     3721 taacaatcgg cggaagggat acgagatgga cgaaggctcc atgaaacccg cggccacctg
     3781 atagagcaag ggcgggaaaa agttgtaatt gttcatgtct accaatgtca cgcggtactt
     3841 tccaccgcga tctaactcct tgactaatcg caggccggca aatccaccgc ctacaactac
     3901 gatgtgtttc ctgtcatcca ttttgttgtc gtttaaatgt tgtgtgtaag aagctgtttt
     3961 gaatttattg agcgattgtt ttacggagct gtttgggcgg atcttcctcc tttcctattt
     4021 cgggtctatc gaggcctgtt tctgccgata gcctccgaaa taaattccaa acagcttcca
     4081 agaataaaac acgaagcact tcccgccgcg taaagtgggg gaagtgcttc gtgttctttt
     4141 tcgctaagct gtcttccgga caggttacgc gccgcgctcc acaggacaaa tgcctggggc
     4201 ggtgaggatg tgttcggcgt tgcgaacgcg ctcttcggag ggtgcgctaa cgtctttcag
     4261 tgtgtatgga atacccaatt gctcccactt gtacgttccc atcgcgtgat agggcaaaac
     4321 ctccacccgc ttgacgtttt gcagcgtgtc aatgaaggca cgcagggcat gcagatcgtc
     4381 atcgttgtcg gttacgcccg ggacgagtac gtgtcgcacc caaataggct tgccgatgtc
     4441 ggacagatag cgcgcgcaat cgaggatgtt acgattcgtg cgtccggtca gctcgcggtg
     4501 cttcgtgtcg tcgatctgct tgaggtcaaa aagaagcaag tcagtgtact tcatcagctc
     4561 tgcaaacttt gagaagaacg gctcccgacg tgtgaagggt tgccccgacg tgtcgaggca
     4621 tgtgtggata cctttcgctt tggccttacg gaacagctcc gtcaggaagt cgatctgcag
     4681 caacgcttcg ccaccgctga cagtgatacc tccctcgcgt ccccaataac tacggtaacg
     4741 catggcctgc gtcagcaatt cgtccgccgt acgcagatcg tccgtctcgg gatcccacgt
     4801 gtctggattg tggcaataac ggcagcgcat gctgcaacct ttcaggaaaa tgaggaagcg
     4861 gatgcccggc ccatcgaccg aaccgaacgt ttcaaccgaa tgcacacggc ctaagagggg
     4921 agaagtttcc atgaagcgaa tgactaaaag cgaaaaacta aagttggggg ttgaggttgt
     4981 gattgggtag agcgaaaaga ggaggagcat cgaacgtgct ccgctccccc tctt
//
LOCUS       SEQF2634|AYYE01000888.1  442 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(27..434)
                     /gene="lagD"
                     /locus_tag="SEQF2634_00597"
                     /EC_number="3.4.22.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P59852"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactococcin-G-processing and transport
                     ATP-binding protein LagD"
                     /translation="MQADLFKVNLQALNLQQVQQAGSVTINEVKNILITVLAATSVIH
                     GNMTLGMMLAVQYIIGQLNSPVEQLIQFIYSWQDVSISLDRMNEIHTETEEENAARPG
                     RSKRIRSNVSPARSAIKRRTSSSARAAVLLMTR"
ORIGIN      
        1 cactttgaag cgctcggccg ggaggcttac cgtgtcatca aaagcaccgc tgcacgtgcg
       61 gaggaggatg tccgccgttt tatggccgag cgtgcgggtg aaacgttcga cctgatcctt
      121 tttgacctgc ctggccgtgc agcattctct tcctctgttt ccgtatggat ctcgttcatg
      181 cggtcaaggc tgatgctcac atcctgccat gagtagataa attggatcaa ttgctccacg
      241 gggctgttga gttgtccgat gatatattgg acggccaaca tcatacctaa agtcatgtta
      301 ccgtggatta cggaagtagc ggccagtacg gtgatgagaa tattcttcac ctcgttaatc
      361 gtgacactcc cggcctgttg tacctgttga aggttcagtg cttgcagatt aaccttgaac
      421 agatcggcct gcacgtcttc cc
//
LOCUS       SEQF2634|AYYE01000889.1 4991 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4991
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             71..802
                     /locus_tag="SEQF2634_00598"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGELIEAQLQILRAFGGILPLAIVQERIDGGIRGCDGRLQLVRH
                     IIRQVILHLLECALLHHGANQETKRQRQQDHKEEGRKQDPSHLANDDARKGREKDTVG
                     IVSLRIERISSHMPEGRALHVARRGGLQDVSGLLVHDFSTQHTERHAADAEFGVYQAI
                     QGLKIDGIRGIQLLMDRSAHLASQLLEFDVRRFRRNDRHHRRPLLSDRSITHRHDGVV
                     VFFLFDQDRTVLHARIGAAFLQTQL"
     CDS             1016..1666
                     /locus_tag="SEQF2634_00599"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLIACGNGQSSFGNACGVPANAKKFFETLAGFPQTPKSFSRHL
                     RGSRKRQKVLRDTCGVPANAKKFFETLAGFPQTPKSSLRHLRKFRKHQKALRDACGSS
                     ANAKKFSEALAEVPQTPKSSSRRLRKFRKHQKVLRSACGSSANAKKFSETLAEVPQTP
                     KSSSRHLRKFRKHQKVLRSACGSSANAKKLFEALATRPTAISPTKIGLPSAATGGR"
     CDS             1765..4080
                     /locus_tag="SEQF2634_00600"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTIFTLLTLLAALLITHGTSAQMRLGGRVTDSDGRPVAQAAII
                     LQTTDSIYVTSAITDSIGAFHIDATPNERDTYRLIVQHVAYETHEQTVHRDQANEIAV
                     RLTERAQAMPEIVVRGERPIARLSGGRIIYDLPRLIAGRVAANAYEALLLLPGVRDEG
                     DALTLAGAPSLAILIDGRKTSLSGEALRTVLRGIPARDIRSAEVMYSAPPQYHVRGAA
                     ILLVTRDAAGKDGGWQGQINADYAQRHYANYTLGAALVRTAPRWMLRLNASSEASHTR
                     GGLDIDADHFYQNHHQAVTQQDRTTHRAQTHLIRMETDLQLSKQSRLGLVYTARLVTG
                     RRSERIGEGTLGLSHSRTSNERPTQLHNALLDLSTGFGLKLGAEYTRYEERLQQHFAY
                     ENTLSHTSTDLTTRNAQQIDRLRVFADQSHPIGKALKVNYGAEYLYATDHSAQRYASD
                     DVAGLPDIDNRLTERTARLYLGTEFALTSNFSLSASLTGEDYRFANTRDRTLFPEFSL
                     TWALSPGQILQASLTSDKVYPAYWESHGGKTFLNAYAEVHGNPLLRPYRSYASRLSYI
                     ISGKFIFTLYTTRMPGYSVQLPYQATDRPALIYQSTNFDYKRTLGVNLVVPIHPLRNV
                     QSRLVLNASTDHVRHSHFHDLTFDRRRMILYARLDNTFHLGRSLTLELNASAITPSMQ
                     GIANINGLWRIDTGLKWTVARGAADLQLKADDVFATWSPRLHTDYAKQQLRMYVVPDT
                     RALTLTFIYRLRGYKPTKAPTLDTSRFGTSE"
     CDS             complement(4244..4699)
                     /locus_tag="SEQF2634_00601"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKMKNQMKKMMFMACLVLFALTACADDDLPIRTNQLPRNAQQ
                     FLTQYFRGVEVSYAKQDDEGFDKSYEVVFVDGNKVEFRRDGEWKEVDCRYGRVPDAIV
                     PRAILDFVRQHYAGQYIRKIERDRHGYEVKLTSGLELKFDRNGRFRKID"
ORIGIN      
        1 cgcggtgcaa gtcttcatcg tgccgtcttt cgaggctcat gttgaggatt tgctccacca
       61 atccgctcaa atgggcgagt tgatcgaggc acagctgcaa atactgcgcg cgtttggagg
      121 gatcctcccc ttggcgatag ttcaggagcg catcgacggc ggaatacgcg gctgcgatgg
      181 gcgtcttcag ctcgtgcgtc atattattcg tcaagtcatc cttcatctcc tcgagtgtgc
      241 gctgctgcat cacggtgcga atcaggaaac gaaaagacag cgccagcaag accataagga
      301 ggaaggtaga aaacaagatc ccagccatct ggcgaacgat gacgcccgta agggacggga
      361 aaaagacacg gtaggcatag tgtcgctccg gattgaacga ataagtagcc acatgcctga
      421 aggtcgggcg cttcatgtcg cccggagagg tggcttgcaa gacgtgtccg gccttctggt
      481 ccacgatttc agcacgcaac acacggagcg ccatgccgcg gacgcggagt tcggcgtcta
      541 tcaagctatc caaggtctga agatcgacgg gatacgaggc atccaactgt tgatggatag
      601 aagtgcgcac ctcgcgagcc agttgctcga gttcgatgta aggcgattcc gcaggaacga
      661 ccgtcaccac cgtcgtccgc ttctctccga tcgaagcatt acgcatcgtc acgatggagt
      721 cgttgtcttt tttcttttcg atcaggatcg cactgtgctt cacgctcgga tcggcgcggc
      781 gtttttgcag acgcagttgt aactccttgc tatcggcgct ctcgatacaa gccatcacga
      841 cgcgtgcggc ctcgtcgtgc agcgcatcag cgagcccctt gaggtaaaag aggttgaaga
      901 cgaagagcgc agtaatgccc aagaggatgg cggtcacggc gcgtttgaat tttcggatgt
      961 ccatcgtaga taacgtcagt tcgacaaaag aatgagatcc ccttatccgt agagaatgtc
     1021 attgatagca tgtggtaacg gccaaagtag ctttggaaat gcttgcgggg ttcccgcaaa
     1081 cgccaaaaag ttctttgaga cacttgcggg gttcccgcaa acgccaaaaa gtttttcgag
     1141 gcacttgcgg ggttcccgca aacgccaaaa agttcttcga gacacttgcg gggttcccgc
     1201 aaacgccaaa aagttcttcg agacacttgc ggggttcccg caaacgccaa aaagttcttt
     1261 gagacacttg cggaagttcc gcaaacacca aaaagctctc cgagacgctt gcggaagttc
     1321 cgcaaacgcc aaaaagttct ccgaagcact tgcggaagtt ccgcaaacgc caaaaagttc
     1381 ttcgagacgc ttgcggaagt tccgcaaaca ccaaaaagtt ctccgaagcg cttgcggaag
     1441 ttccgcaaac gccaaaaagt tctccgagac gcttgcggaa gttccgcaaa cgccaaaaag
     1501 ttcttcgaga cacttgcgga agttccgcaa acaccaaaaa gttctccgaa gcgcttgcgg
     1561 aagttccgca aacgccaaaa agctcttcga agcacttgca acacgtccga ctgccatctc
     1621 accgacaaaa ataggcctcc cgagcgctgc aactggaggc cgataagact aagtaagact
     1681 tcgtaagtcg gcgataagca tccagctcga atagcacgcc cacctttgcc gcgaaaaaga
     1741 tccacaccca tcaaacgatt catcatgaga acgattttta ccctcctaac cctccttgcg
     1801 gccttgctga tcacgcacgg aaccagtgca caaatgcgcc ttggcggtcg cgtcaccgac
     1861 agtgacggcc gacccgtagc gcaagccgcc atcatcctcc aaacgacgga ctccatctat
     1921 gtaacctctg ccatcacgga ctcaatcggg gcctttcaca tcgatgccac cccgaacgaa
     1981 cgcgacacgt accgcctcat cgtgcagcat gtggcttacg aaacgcacga gcagaccgtc
     2041 caccgagatc aagccaacga aatcgcggtc cgactgaccg agcgcgcaca ggcgatgcct
     2101 gaaatcgtcg tccgcgggga gcgccccatc gcgaggctat ccggcggacg gatcatttac
     2161 gatctgcccc gcctgatcgc gggtcgcgtg gccgccaacg cctatgaggc gctgctgcta
     2221 cttcccggcg tgcgcgatga gggcgatgcc cttacgttgg ccggtgcccc cagtctggct
     2281 attttgatcg atggccgcaa gacgtccctc tccggcgagg ctcttcggac cgtgctccgt
     2341 gggatccctg cccgtgacat ccgctcggcc gaggtgatgt atagtgctcc cccgcaatac
     2401 cacgttcgcg gggccgctat cctccttgtc acccgcgacg ccgccgggaa agacggcgga
     2461 tggcagggcc agatcaatgc cgactatgcg cagcggcatt acgccaacta taccctcggc
     2521 gccgcactcg tccgcaccgc cccgcgatgg atgctgcgcc tcaacgcttc gtccgaagcc
     2581 agccacaccc gcggcggact cgacatcgac gccgatcatt tctatcaaaa tcaccatcag
     2641 gccgtcacgc agcaagacag aacgacccat cgcgcccaga cgcatctcat tcgcatggaa
     2701 acagacctcc agctctccaa gcaaagccgt ctcggactgg tctataccgc ccgactcgtc
     2761 accggacgtc gctccgagcg gatcggagag ggcacactcg gcctttcgca tagtcgcact
     2821 tcgaacgaac ggcccacgca gctccataac gccctcctcg acctcagcac cgggttcggc
     2881 ctcaagctgg gcgctgaata cacgcgctac gaagagcgcc tgcagcaaca ttttgcctac
     2941 gaaaacacgc tcagtcatac ctcgaccgac ttgacgaccc gcaatgctca gcaaattgac
     3001 cgcctgcgcg tatttgcgga ccagtctcac ccgatcggca aggccttgaa agtgaattat
     3061 ggcgccgaat acctctacgc aaccgaccac agcgcacagc gatatgcctc cgacgacgtg
     3121 gccggccttc cggacatcga taatcgcctg accgaacgca ccgcccgcct ctatctgggc
     3181 accgagttcg cactcacatc caacttctcc ctctcggcgt ccctcaccgg cgaggattat
     3241 cggttcgcca acacgcgcga ccgtaccctc ttcccggagt ttagtctcac gtgggccttg
     3301 tcccccggtc aaatcctgca agcctccctc acgtcagaca aggtatatcc cgcttactgg
     3361 gagagtcacg gcgggaagac ctttctcaac gcctacgctg aggttcacgg caatccgctc
     3421 ctccgcccct atcgctctta cgccagtcgc ctgagctaca tcatcagtgg gaagttcatt
     3481 ttcacgctct acaccacccg tatgcccggt tattccgtgc aactccccta tcaagccacc
     3541 gatcgccccg cgctgatcta tcaaagcaca aactttgact acaagcgcac cttgggggtc
     3601 aatctcgtcg tccccataca ccccttacgc aacgtgcaga gccgtctcgt cctcaacgca
     3661 tcgaccgatc acgtccggca tagtcatttt cacgacctca cgttcgaccg tcgccgtatg
     3721 attctctatg ctcgcctcga caacaccttc catctcggcc gctccctcac tcttgagcta
     3781 aacgcatcgg ccatcacacc gagcatgcag ggtatagcca acatcaacgg cctctggcgc
     3841 atcgatacgg gcctgaaatg gaccgtcgca cggggcgccg cagacttgca actcaaggcc
     3901 gacgacgtct ttgccacctg gtcgccccgc ttgcatacgg actacgccaa gcaacagctc
     3961 cgcatgtatg tcgtgcccga cacgcgtgcc ctgacgctca ccttcatcta tcgcttgcgg
     4021 ggatataagc ccacgaaagc ccccaccctc gacacctcgc gcttcggaac ttccgaatga
     4081 ccctccccct gcggactacg attaggctat tcccgaacgc aaaaaaagac ctcccccctg
     4141 acctgtcttg caggttcggg agaggtcttt agcgtattaa aaagtatcag gcgttccctt
     4201 tatctcaggg taaaagggag ctacatcaca tagacatcgt gcctcaatcg atcttgcgga
     4261 agcgaccgtt acggtcaaac ttaagctcta acccgctggt gagcttgact tcatagccgt
     4321 ggcgatcgcg ctcgatctta cgaatatact ggccggcata atgctggcgt acaaagtcga
     4381 ggatggcacg gggcacgata gcgtcgggaa ctcgtccgta acggcagtcg acctccttcc
     4441 actcgccatc cctccgaaat tctaccttat tcccatcaac aaacacgacc tcatagctct
     4501 tgtcgaaacc ttcatcgtct tgcttggcat acgaaacctc tacaccgcgg aaatactggg
     4561 tcaggaactg ttgtgcgttg cgtggcaact ggttcgtacg gatcggcaga tcgtcgtctg
     4621 cacaggctgt cagcgcgaaa agcaccaagc acgccataaa catcattttt ttcatctgat
     4681 tcttcatttt gctgttcata aaattcgggg gcaaagatgt aggggcaaat ctgaaatgaa
     4741 tttgaaatgc tcgcccaccc ctctccagca tcaaaaccat aggccccgag gcggctgcgg
     4801 ggcggctgcg gccgccagcg aagtttgccg ggtacgggct tttgagatgt tcagccggcg
     4861 tccctgacgg cctctgccga ggcaaggaag ttttcctggt acccggtcag acttggccgg
     4921 cgtccctgac ggcctctgcc gaggcaagga agttttcctg gtacccggca agacttggcc
     4981 ggcgtccctg a
//
LOCUS       SEQF2634|AYYE01000890.1 4863 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4863
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1012..1767)
                     /gene="frdB"
                     /locus_tag="SEQF2634_00602"
                     /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"
     CDS             complement(1794..3737)
                     /gene="frdA"
                     /locus_tag="SEQF2634_00603"
                     /EC_number="1.3.5.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:V3TQ67"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate reductase flavoprotein subunit"
                     /translation="MAEINSKIPEGPLADKWTNYKDHQKLVNPANKRRLDVIIVGTGL
                     AGASAAASLAEMGFNVLNFCIQDSPRRAHSIAAQGGINAAKNYQNDGDSVYRLFYDTI
                     KGGDYRAREANVYRLAEVSNAIIDQCVAQGVPFAREYGGLLDNRSFGGAQVSRTFYAR
                     GQTGQQLLLGAYSALSRQVGKGKVKMFTRHEMLDLVIVDGRARGIIVRNLVTGAIERY
                     AAHAVVIATGGYANVFFLSTNAMASNGSAAWQCYKKGAYFANPCMAQIHPTCIPVHGE
                     FQSKLTLMSESLRNDGRIWVPKKLEDAQAIRAGKLKPTQIKEEDRDYYLERRYPAFGN
                     LVPRDVASRAAKERCDAGFGVNNTGLAVYLDFADAIKRLGRDVVEQKYGNLFQMYEKI
                     VDENPYETPMMIFPALHYTMGGIWVDYELMTSIPGLFAIGEANFSDHGANRLGASALM
                     QGLADGYFVLPYTIQNYLADQIQVPHFHTDLPEFEEAEKQVRHRIETLMNIKGKRSVD
                     SIHKELGHIMWEHVGMARDAAGLKEAIEMLKELKKEFWSNVRIPGQAYDLNVELEKAL
                     RLADFIETGALMAHDALDREESCGGHFRSEHQTEEGEALRHDDKFMYVSCWEYRGEDK
                     DPVMQKEMLNYQFVVPQTRNYKK"
     CDS             complement(3816..4505)
                     /locus_tag="SEQF2634_00604"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWLVKSSVGKKLVMSISGLFLIFFLLFHLSMNVAAVFSTDAYNM
                     ICGLLGANWYAVAATVVLGGFVVLHFVYATMLTLQNRKARGNDRYAVNTRPAGVSWAS
                     QNMFVIGVVVIGFMCLHLCQFWHKMMFAELTGHHEVALGGQMVSPQDGAAFIRYYFSQ
                     PLVVLGYLIWYVALWFHLTHGFWSAIHTIGWNNQQWFNRWKCISTIVATLICVGFAFV
                     TLFFYAQSLSN"
ORIGIN      
        1 gttcgcagac aaaatcaatc ccgccttatt gtcccggatc agttgattgc atccgagaga
       61 gtggtcatct cccacattac ccgggaaggc aaagacgtcg cggctattgg cgaaggcgtg
      121 ggtggccgtg gaaagtgccc caccccgctc aaacgattcg acgacaacga ttgcatcgga
      181 gagaccggca atcaaacggt tgcgctttaa gaagttctca cctgcgatgg gtgtctcgga
      241 cgggtaatcg gtaaacaatc cgccccgctc gaccatcctc cgcgcgatat cacagtggct
      301 cttcggatag caattgtcga gtccgtgggc aaataccccg accgtcggaa gcccgagttg
      361 caatgctgtg cggtgagcac atacgtcgat accatacgct aacccactga tcacaagcat
      421 ctctggataa actttagcca catctcgaag taatttctct gcaagccgta gtccgtaagg
      481 ggtggcacgc cgggtcccca ccacgccgat caccttcggc gcgttaagat cggcacttcc
      541 tcggtagtaa catacgatgg gcggattgtc atattcagct aaacggcgcg gatagtctgg
      601 atccgtgatg gtatagagac gtatgcgatg ctgctcgata aaccgtgctt cttgctcagc
      661 acgcctcagc ccttcctcca tccgactaac aatccgcgat gcaggatatc cgcggcccag
      721 tccacgcgca atctcccacg gatgactgcg ggccgcaaag acttcagtcg ccgttccaaa
      781 atgatctaat agtatgtgcg ccttggcgtt gttgatgcct tctgtcatcg ccagagccat
      841 catgcagatt cgttcattgt caatcatgtc ttttggtttt tgtgtgatgt ggacaaaggt
      901 aaagattacg tctgatccta gatggatatg agaagagggc gtcgaaaaca agttccgacg
      961 ccctcagtgc gtattgtcgt gcaactcgga catccgagag caacgtagag attagtcttt
     1021 gagctttgct gagatgaact cgcggttgag gcgtgcgatg ttcaggacag agatactctt
     1081 cggacattcg gcctcacagg cacgcgtatt cgtacagtta ccgaagccga gctcgtccat
     1141 cttggccacc atcgccttag cgcggcgtgt agcctcaact cttccctgtg ggaggagtgc
     1201 caactgactg accttggccg atacgaagag catggccgat ccgttcttgc aagcggcggc
     1261 gcaggcgcca cagccgatac aagcggcggc atccattgcg aggtcggcat ccttcttcgg
     1321 gatcggtatg gcgttggcgt cagggacgcc gccggtgttg accgatacga aaccgccagc
     1381 ctgcatgatc ttgtcgtacg cttgacgatc taccgtgagg tcgcgaatga tggggaagcc
     1441 ggccgagcgc cacggctcga tggtgatcgt ttcgccgtcg tggaatttgc gcatgtggag
     1501 ctggcaggtg gtgatggcgc tgtcggggcc gtgcgggtgg ccattgatgt agagcgagca
     1561 catgccgcag ataccctcac gacaatcgtg atcgaagaag acaggctcgc ggccttcgtt
     1621 gacaagttgc tcgttaagta cgtcgagcat ctcgaggaac gagctgccct gcgagatgtc
     1681 cttcagttgg taggtttcaa aggcgccctt ctctttcggt cctttctggc gccagacttt
     1741 caatgttata ttgatattct tatccatgat tcggtcgtat ttgagtaggg gggttacttc
     1801 ttgtagttac gtgtctgcgg taccacaaac tgatagttca gcatctcttt ctgcatgacg
     1861 ggatccttgt cctcgccgcg gtattcccag caggagacgt acatgaattt gtcgtcgtga
     1921 cgcagagcct caccttcctc tgtctggtgt tcgctgcgga agtgtccgcc gcaagactcc
     1981 tcgcggtcga gcgcatcgtg cgccataagg gcacccgtct cgatgaagtc ggccagacgg
     2041 agagctttct cgagctctac gttcaggtcg taagcctgac ccgggatacg gacgttcgac
     2101 caaaattcct tcttcagctc tttcagcatc tcgatagctt ccttcaagcc ggcagcatcg
     2161 cgcgccatac cgacatgttc ccacatgatg tggcccagct ccttgtggat gctgtccacg
     2221 gagcgcttgc ccttgatgtt catcagtgtc tcgatgcggt ggcgcacctg tttctctgct
     2281 tcttcaaact cgggcagatc ggtgtggaag tggggcacct ggatttggtc ggccagatag
     2341 ttctgaatcg tgtaggggag cacgaaatat ccgtcggcca agccttgcat cagcgccgag
     2401 gcaccgaggc gattggctcc gtggtcggag aagttggcct cgccgatggc gaagagtccc
     2461 ggtatgctgg tcatcagttc gtagtctacc caaatgccgc ccatggtgta atggagcgcg
     2521 gggaagatca tcatcggcgt ctcgtaggga ttctcgtcga cgatcttctc atacatctgg
     2581 aagaggttgc cgtatttctg ctctactacg tcacggccga ggcgcttgat ggcgtcagcg
     2641 aagtcgaggt aaacggccag acccgtattg ttcacgccaa agcctgcgtc gcaacgttcc
     2701 ttggcggcac gtgaggccac gtcacgcggt acgaggttac cgaaggccgg atagcgacgc
     2761 tcgaggtagt agtcgcggtc ttcctctttg atctgcgtcg gtttcagctt gcctgcgcgg
     2821 atggcttgtg catcttcgag ctttttaggc acccagatac ggccatcgtt acggagcgac
     2881 tcggacatca gcgtcagttt cgactggaac tcgccgtgaa cggggataca ggttgggtgg
     2941 atctgcgcca tacaggggtt ggcgaagtag gcgcccttct tgtagcactg ccatgcggcc
     3001 gaaccgttcg aggccatggc gttcgtagaa aggaagaaga cgttggcgta accgcccgtg
     3061 gcgatcacta cggcgtgggc ggcgtaacgc tcaatggcgc cggtgacaag gttgcggacg
     3121 atgatgccgc gtgcacggcc gtcaacgata acgaggtcga gcatttcgtg gcgcgtaaac
     3181 atcttcactt tgcctttgcc cacctgacgg ctgagggccg aataggcgcc cagcaggagc
     3241 tgctgacccg tttggccgcg ggcgtagaag gttcgcgata cctgcgcacc accgaaggag
     3301 cggttgtcga gcaagccgcc gtattcgcgg gcgaagggta cgccttgtgc tacgcattgg
     3361 tcgatgatgg cgttcgagac ttcagccaga cgatagacgt tggcttcgcg ggcacgatag
     3421 tcaccgcctt tgatggtgtc gtagaagagg cgatagacgg agtcgccgtc gttctgatag
     3481 ttcttggctg cgttgatacc accctgtgcg gcgatggagt gtgcgcggcg cggggagtcc
     3541 tgaatacaga agttgagtac gttgaagccc atctcggcga gcgaagctgc ggctgatgcg
     3601 ccagccaatc cggtgccgac gatgatgacg tcgagacggc gcttgttggc ggggttgact
     3661 aacttctgat ggtctttata attggtccat ttgtcggcta atgggccttc cggtattttg
     3721 gaattgattt ctgccatgat gatttccgaa taataaatga ggtgtttcta tgcgtcacac
     3781 ctacacataa gtaatgcttg tctttctctc tcttgttagt tgctgaggct ttgcgcgtag
     3841 aagaaaaggg ttacgaaggc gaagcctacg cagatgagcg tagccacgat ggtggagata
     3901 catttccaac ggttgaacca ttgttggttg ttccagccga tggtgtggat ggcgctccag
     3961 aagccgtgcg tgaggtggaa ccacagggct acgtaccaga tcagatagcc cagaaccacg
     4021 aggggctggc tgaagtagta gcggatgaag gcggctccgt cttgcggaga gaccatctgg
     4081 ccgcccaacg ccacttcatg gtgtccggtg agttcggcga acatcatctt gtgccagaac
     4141 tgacacaggt gaaggcacat gaagccgatc acaaccacgc cgatgacgaa catgttttgc
     4201 gatgcccagc ttacgcccgc cggacgggtg ttgaccgcat agcgatcgtt accgcgagcc
     4261 ttgcgatttt gcagcgtcag catcgttgca taaacgaaat ggagcaccac gaagccgccc
     4321 aatacaacgg tagcggccac ggcgtaccaa ttcgcgccca acagtccaca gatcatgtta
     4381 taggcgtccg ttgagaagac ggccgccacg ttcatcgata agtggaacaa cagaaagaag
     4441 atcaagaaaa gcccggagat actcatcacc aactttttcc cgacggaaga tttgactaac
     4501 cacataagta aataatttaa ttgttttctc tgttcattct ttgtggtgca aaagtacgat
     4561 aaggccgggc attcacaact gtttagggaa atatttccgt aataggtgga ggcttggcgg
     4621 aacagacctg tcggggctgt gtttagcgtc gaatcatttg ggcagctcgc ttgtcggtgc
     4681 tctcaaagca tggctacggg gtgtcggggt ccaaaacaga ccgccttttg catggctacg
     4741 gggtgtcggg gtccaaaaca gaccgccttt tgcatggcta cgggtaatgt gggagatgac
     4801 cactctctcg gatgcaatca actgatccgg gacaataagg cgggattgat tttgtctgcg
     4861 aac
//
LOCUS       SEQF2634|AYYE01000891.1 6847 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6847
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             45..1034
                     /locus_tag="SEQF2634_00605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIVFIRQNIEKWKDLERVVDQAAKEDPERLSDAYMAITTDLA
                     FSRSHYPTSRITIYLNNLASALHNTLYKNKREDRGRILDFWRTELPMAFYESRRELLY
                     SLLVFLVSVAIGVFSVAQDTDFPRLVLGNEYVDMTLRNIAAGRPMDVYDISNEWMMFL
                     RIATNNLYVGFSIFIFGLFTGVGTGIRLFQNGIMVGTFQAFLFRYGVGWESVLSIWLH
                     GVVEVASIIIAGAAGFALGNGWLFPGTYPRGYAFRQGAKRGLKLAVGVAPFIVLAAFV
                     ESFLTRHTELPDLLRAAYILLSLVLMIFYVVVYPLYVRRRVEAEAANDPDRLA"
     CDS             1084..2022
                     /locus_tag="SEQF2634_00606"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESPAPKINFYRERTFGEKLNTTFDYLRHSWRPLLRYSLYFILP
                     LCLVQAFFLNQLMSNTFIDFPVAGESSFSNVISRVLSHAVGVYCCYIAGYILLSALLY
                     SLMQTYERREGGLVGVTFDELRAPLGRLVGRSVRVLLFGLLLSLLVGAFIGLPALLGS
                     LWTLLATIPVTLLLVLLFISPLWLFAPLYLLGDRPFFASFRQAFRWGMPAWFEIFGLM
                     LVFGLIGSIVNMVTYLPWYLFTFIGQLFSYTEGNGMADTLWFQLTSYILGIIQSYGYY
                     LSQVIAMTGIAFEYFHLHEKHEGVSAATDIASFSKL"
     CDS             2029..2658
                     /locus_tag="SEQF2634_00607"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDSIDTLTYDLDKIARYQADPRYDYNSQLQPIDTSWWEALVSR
                     LARLLQRLFHGLDAERASGIVTWSLVVLFVLALIAVIWFIWKKRSGLFLRNKKLGMDY
                     EEVTEEELYGTDFDRALSDALARGDHQAAVRLIYLQTLRQIADLEWVSFQIFKTPTEY
                     VYELKPESLRPPFRDLTNIFLHVRYGNYRATPELCHQMHDLQQQILKGA"
     CDS             2662..3945
                     /locus_tag="SEQF2634_00608"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSRIVFFVLIAVFFVAVFLVQYNTPRPFIWKPTYLHDDRQPF
                     GCYVFDDVLASSFDDYRVEQKSLYKVRMEYPDTGILPRSERRTYLLIQDVYSPPDSGL
                     LDIRSLLRQGHNVVICASDFSEEMMETFGFSVEYNERDLINVFDQAVRLDPVRDTIYY
                     GTCIDDDYHLYRVFPQLHPVYLKLQECELDRNMAFLARDNHDQPLALIMSLYSNDAED
                     DMDAESRWDSGSLLIVSTPLLFTNYGILDGDNASYIFRLLYFPDNYPIVRLEESHSAA
                     SPSLLKAIFDSPALKAAFYSLLLLVLLLMANAAQRKQRPIPVVTPPANEMLRFTRLIG
                     NLFYQKRDYQDLLRKKYLYFRTELRRRYATDPETEPDPKAAAERLAARTGLPVEEVTA
                     DFVRLKHLLSDGTRVSEADMRRAIDGINHWKRKLK"
     CDS             4007..4978
                     /gene="ravA_1"
                     /locus_tag="SEQF2634_00609"
                     /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="MEQRTASLDLTDFTEKINRIRAAISDVVVGQERVADLLLAAILA
                     RGHILIEGVPGVAKTLTARLLAALIDADFSRIQFTPDLMPSDVLGTSVFNMKTSEFDF
                     HRGPIFADIVLADEINRAPAKTQAALFEVMEERQATIDGTTYPMSPIYTILATQNPVE
                     HEGTYKLPEAQLDRFLMKITMQYPTLDEEVRILERHHANRRLTTLESVQPVITKDELL
                     RLIDYVGHVYVEPAILRYIALIVARTRTARTVYLGASPRASVAMMQVAKSLALLHGRD
                     FITPEDVKSVAIPVLQHRITLTAEAEMEGHNPVKIIGRLVEQVEVPK"
     CDS             4988..6460
                     /locus_tag="SEQF2634_00610"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFTRRFFVVLAVVFMLYLASYAFPVCYEAARWLGYILLILSFI
                     DAVWGETLESKKRRPMVLFYSTLCGILFGSLFVLLSISKLSLVFSAVTLILVCFLLNY
                     KKRSETITARRSCSDRFSNGDENEVRITVENRLPTPVHVDIIDELPNIFQRRDVRFPV
                     ELKRGEKREIVYRLRPVRRGVYHFGRIRLFVTSPLGLVTTRITDGQPQEVKVYPSYLM
                     LNQYELLAAHHNLTELGIKRVRRLGHHTEFEHIKEYVRGDDYRTINWKASARRHQIMV
                     NTYQDERSQQVYSVIDKGRIMQSAFRGMTLLDYAINASLVLSYVALRREDKVGLATFS
                     NHFETFLPASQQAGQMQQLLESLYRQATDFGESDYSALSVHLNKHITKRSLLILYTNF
                     DSIVGMERQLEALKFLSRRHVVLAVFFENASLTAFAERKPRHLSDYFDQTLADKFIAE
                     KQHVVNLLQRHGIYALLTAPERLSVDVINRYLEMKARHVI"
     CDS             6506..6847
                     /locus_tag="SEQF2634_00611"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIHAIPGHFSLHRIKTNQKPAQFSSFRVGAYCISPIDGHTGGR
                     MKLIPIRFLIPRIKTNQNPDEFLPDRVGAYCIRPTNGHAGGRTDRKIAIFSGTRVGAY
                     CIRPTNGHAGG"
ORIGIN      
        1 cctgtttaca tttgcggcca attgatcaag aaagataaat cgcagtgaaa gagattgtat
       61 tcatacggca gaacatcgag aagtggaaag acttagagcg ggtggttgat caggccgcga
      121 aggaggatcc cgagcgactc tccgacgcct acatggcgat caccaccgac ctcgcctttt
      181 cgcgcagcca ttaccccaca tcacgtatca cgatctacct caacaacctg gcctctgcgc
      241 tccacaacac actctacaag aacaaacgtg aggatcgcgg gcgcatcctc gacttctggc
      301 gcacggagct gccgatggcc ttctacgaat cgcgccgtga gctgctttat tcgctcctcg
      361 tcttccttgt gagcgtcgcc atcggcgtct tttcggtcgc tcaagacacc gacttccccc
      421 gcctcgtgct gggcaacgaa tacgtcgaca tgacgctccg caacatcgcg gccggccggc
      481 cgatggacgt ctatgacatc tcgaacgaat ggatgatgtt cctccgtatc gccacgaaca
      541 atctctacgt cggcttcagc atcttcatct tcggcctttt tacgggcgtg gggacgggca
      601 ttcggctctt tcagaacggt atcatggtcg gcaccttcca agccttcctc ttccgctacg
      661 gcgtggggtg ggagtctgtg ctgtcgatct ggctccacgg cgtcgtcgag gtcgcgtcta
      721 tcatcatcgc cggtgccgcg gggttcgccc taggtaacgg ctggcttttt ccgggcacct
      781 atccgcgcgg ttacgccttt cgtcaggggg ccaagcgcgg actcaagctc gccgttggcg
      841 tggctccctt catcgtcctg gccgccttcg tggagagctt cctcacgcgc cacacggagc
      901 tgcccgacct tctccgcgcc gcctacatcc tgctcagcct cgtcttgatg atcttctacg
      961 tggtcgtcta tccgctctac gtccgccgcc gtgtggaggc cgaggccgcc aacgaccccg
     1021 accggctggc ctgatcgccc tatacctatt tatatacagt cgtcacacct cttgtacacg
     1081 catatggaat cccccgcacc taaaatcaac ttctatcgcg aacgcacctt cggcgaaaag
     1141 ctgaacacca cgttcgacta cctgcgccat agctggcgcc ctctgctccg ttactcgctt
     1201 tacttcatcc tgccgctctg cctcgttcag gccttcttcc tgaatcagct catgagcaac
     1261 accttcatcg attttcccgt ggctggcgaa tcgagcttca gcaacgtaat cagccgggtg
     1321 ctttcgcatg cggtgggggt ttactgctgt tacatcgctg gctacatcct cctctcggcc
     1381 ctgctttaca gtctgatgca gacttacgag cgacgcgaag gcgggctcgt gggagtcacg
     1441 ttcgatgagt tgcgtgcccc cttgggtcgc ctcgtcgggc gatcggtgcg tgtgctgctc
     1501 ttcggcctgc ttctctccct cctcgtcggc gccttcatcg gccttcccgc gctcttgggt
     1561 tccctgtgga cactactcgc aaccatcccc gtcaccttgt tgctcgtcct cctctttatc
     1621 tctccgctgt ggctcttcgc tccgctctat ctcttgggag accgcccctt cttcgcctcc
     1681 ttccgacagg cttttcgttg gggcatgccc gcctggtttg agatcttcgg actgatgctt
     1741 gtcttcggtc tcattggtag catcgtcaat atggtgacct acctgccgtg gtacctcttc
     1801 accttcatcg gccaactctt ttcctacacc gaaggcaatg gcatggcgga caccctctgg
     1861 tttcagctca cgagctacat cctcggcatc atccaatcct acggttacta cctctcgcag
     1921 gtcatagcca tgaccggcat agccttcgag tacttccacc tccacgagaa gcacgagggc
     1981 gtcagcgccg ccaccgacat tgcctccttt tctaagctct gaccaccaat gatcgactct
     2041 atcgacaccc tcacctacga tctcgacaag atcgcccgct accaagccga tccgcgctac
     2101 gactacaaca gccagttgca gcccatcgac acctcgtggt gggaggcctt ggtcagtcga
     2161 ctcgcacgcc tgctgcaacg tctctttcac ggcctcgacg cggagcgagc cagcggcatt
     2221 gtgacctggt cgctcgttgt gcttttcgtc cttgccctta tcgccgtcat ctggtttatc
     2281 tggaagaaga ggtccggcct ctttctgcgc aataaaaagc tgggcatgga ttacgaagag
     2341 gtcacggaag aagagcttta cggcaccgac ttcgatcgtg ccctttccga cgcccttgcc
     2401 cgaggcgatc atcaggccgc tgtccgcctc atttacttgc aaacgctccg ccagatagcc
     2461 gacctcgagt gggtcagctt tcagatcttc aagacgccca ccgaatacgt ctacgagctg
     2521 aagcccgagt cgcttcgccc ccccttccgc gacctgacga acatcttcct gcacgtccgc
     2581 tatggcaact accgtgcgac acccgaactc tgccatcaga tgcacgacct acaacaacaa
     2641 atactgaaag gagcttgacg aatgaaacgc agtcgcattg tctttttcgt gctcatagcc
     2701 gtcttcttcg tcgctgtctt cctagtgcag tacaacacac cgcgcccttt catttggaag
     2761 cccacctatc tccacgacga ccgccaaccg ttcggctgct acgtctttga cgacgtactc
     2821 gccagctcct tcgacgacta tcgggtcgag cagaagtccc tctacaaagt gcgcatggaa
     2881 taccccgaca ccggcatcct gccccgatcc gaacggcgca cctatctcct tatccaagac
     2941 gtctactccc cgccagactc agggctcctc gacattcgta gcctgctccg acagggtcac
     3001 aacgttgtga tctgcgcctc cgacttctct gaggagatga tggagacctt tggcttctct
     3061 gtcgagtata acgagcggga cctaattaac gtcttcgatc aagccgtgcg actcgacccc
     3121 gtccgcgaca ccatttacta cggcacttgc attgacgacg actaccacct ctatcgcgtc
     3181 ttcccgcagc tccatcccgt ctacttgaag ctccaagagt gcgagctgga tcgcaacatg
     3241 gccttcttgg ctagggataa ccacgaccaa cccctcgcac tcatcatgtc cctttactct
     3301 aatgacgctg aggatgatat ggacgcggag tctcgctggg attccggttc cctcctcatc
     3361 gtctccacac cgctgctctt caccaactac ggcattttgg acggtgacaa tgcctcgtac
     3421 atcttccgcc tcctctactt ccccgataac tacccgatcg tgcggcttga ggagagccat
     3481 agcgccgcca gcccgagctt gctgaaggcc atcttcgata gtcccgcgct caaggcagcc
     3541 ttttacagcc ttctcctgct cgtcctcctg ctgatggcga acgctgcgca gcgcaaacag
     3601 cgccccatcc ccgtcgtcac acccccggcc aacgagatgc tccgctttac gcgcctcatc
     3661 ggcaaccttt tctatcagaa gcgcgactat caggacttgc tccgcaaaaa gtatctctat
     3721 ttccgcaccg aactccgtcg gcgctacgcc accgatcccg aaactgagcc cgatccgaaa
     3781 gccgcagccg aaagactggc tgcacgcacc gggttgcccg tcgaagaagt gacggccgac
     3841 ttcgtccgtc tcaagcatct ccttagcgat ggcacacgcg tctccgaagc tgacatgcgc
     3901 cgcgccatag atggcatcaa tcactggaaa cgtaaactca aataggtcgc ccgaaggtgc
     3961 gcctacccct aactcccccc actcatccta actactcatc atcccaatgg aacaaagaac
     4021 cgcatccctt gacctgaccg atttcacaga gaaaatcaac cgcatacgtg ctgccatttc
     4081 cgacgtcgta gtcggacagg agcgcgtggc cgatctcctg cttgccgcca tcctcgcccg
     4141 cggacacatc ctcatcgagg gagtgcccgg cgtagccaaa acgctcaccg cccgactcct
     4201 cgctgcactg atcgacgccg acttctcccg tatccagttc acccccgacc tcatgccctc
     4261 ggacgtgctc gggacgtcgg tcttcaacat gaagaccagc gaatttgact tccaccgcgg
     4321 tcccatcttt gccgacatcg ttctggccga cgagatcaac cgtgccccgg ccaagacgca
     4381 ggccgccctc ttcgaggtca tggaggagcg acaggccacg atcgacggaa ccacctatcc
     4441 catgagtccc atctacacca tcctcgccac ccagaacccc gtcgagcatg aaggtaccta
     4501 caagctcccc gaagcccagc tcgaccgctt cctgatgaag atcaccatgc agtatcccac
     4561 cctggacgag gaagtccgca tcctggagcg ccaccacgcc aaccgtcgcc tgaccaccct
     4621 ggagtccgtc cagcccgtca tcaccaagga cgagctgctc cgactcatcg actacgtcgg
     4681 acacgtctat gtcgagcccg ccatactgcg ttacatcgcc ctcatcgtcg ctcgtacccg
     4741 taccgcccgc accgtctacc tcggcgcctc cccgcgcgcc tctgtcgcca tgatgcaggt
     4801 agccaaatcc ttagccttgc tccatggccg cgactttatc acccccgaag acgtcaagtc
     4861 cgtagccatc cccgtccttc agcaccgcat caccctcacg gccgaggctg aaatggaggg
     4921 gcacaacccg gtgaagatca tcggtcgact ggtcgagcaa gttgaagtcc ccaaataagc
     4981 ccgcgttatg tttttcactc ggcgcttctt cgtcgtcctc gccgtcgttt tcatgctcta
     5041 cctcgcgagc tatgccttcc ccgtctgtta cgaggctgcc cggtggttgg gctacatcct
     5101 tcttattcta tcattcatag atgccgtgtg gggggaaacg ttagaaagta agaaaaggcg
     5161 tcccatggtc cttttttact ccactctctg cggcattctg tttggcagtc tattcgttct
     5221 tttaagtata tcgaaactca gcttggtgtt tagtgcggta accttgattt tggtgtgttt
     5281 cctgttgaac tataaaaagc gatccgaaac gatcacggcg cgccgtagct gctcagaccg
     5341 cttctctaac ggcgatgaga atgaggtgcg catcacggtg gagaaccgcc ttcccacccc
     5401 cgttcacgta gacatcatcg acgagttgcc caacatcttc cagcgccgcg atgtccgctt
     5461 ccccgtggag ctgaaacgcg gcgaaaaacg ggaaatcgtc taccgactac gccccgtccg
     5521 ccgcggcgtc tatcactttg gccgcatccg actctttgtt acctctcctc ttggcctcgt
     5581 gacaactcgc atcaccgacg gccagccgca agaggtaaag gtctacccgt cctacctcat
     5641 gctcaaccag tacgagctgc tcgccgctca tcacaacctc accgagctcg ggattaagcg
     5701 tgtccgtcgc ctggggcacc acaccgagtt cgagcacatc aaagagtacg tccgcggcga
     5761 cgactatcgc accatcaatt ggaaagccag tgcccgccgc caccaaatca tggtcaacac
     5821 ctaccaagac gagcgctccc agcaggttta cagcgtcatt gacaagggtc gcatcatgca
     5881 atcggccttc cgcggcatga cgcttctcga ttacgccatc aacgccagcc tcgtcctctc
     5941 ctacgtggcc cttcgccgcg aggataaggt cggcctggcc accttttcca accatttcga
     6001 gaccttcctg cccgcctccc aacaggccgg gcaaatgcag cagctcctcg aaagccttta
     6061 ccgacaggcc accgacttcg gcgagagtga ttatagcgcg ctctcggtcc atctcaacaa
     6121 gcacatcacc aagcgcagcc tgctcatcct ctataccaac ttcgacagca tcgtcggcat
     6181 ggagcgccag ctcgaggcgc tcaaattcct gtcccgcagg cacgtcgtcc tcgccgtttt
     6241 tttcgaaaac gcgtccctaa cggcctttgc cgagcgtaag ccgcgtcatc tctcggacta
     6301 ttttgatcaa acccttgccg ataaattcat tgccgagaag caacacgtgg tcaacctgct
     6361 ccagcgccac ggcatctacg cccttttgac cgctcccgag cgtctatccg tcgatgtaat
     6421 caaccgttac ctcgaaatga aggcccggca tgtgatctaa aaaacgaacg actacaatcg
     6481 aacaacccca aacgcccttc cggggatgtc tatccatgct atccccggcc atttttccct
     6541 tcatcggata aaaacgaacc aaaaaccagc ccagttttcg tccttccgtg taggggcgta
     6601 ttgcataagc cccatagacg gccacaccgg tggtcgaatg aaattaattc cgatccgatt
     6661 tttgattccc cgaataaaaa cgaaccaaaa ccccgatgaa tttttgcccg atagggtagg
     6721 ggcgtattgc atacgcccca caaacggcca cgccggtggt cgaacggaca gaaaaatcgc
     6781 cattttttcg ggtacccgtg taggggcgta ttgcatacgc cctacaaacg gccacgccgg
     6841 tggttga
//
LOCUS       SEQF2634|AYYE01000892.114513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14513
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(713..1429)
                     /locus_tag="SEQF2634_00612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQLRAWLKPNHLTADTSDYTAVPDTLGGVGMEQIIADMQFQGV
                     ELQKETIIDIVNRFNRLAAQRVTEGYTVNTGLVNMRPMIKGVFHGTAVDPEKHRVYIS
                     ITQGIDLRKAVSGTQIVIQGVMSDIIAIHSVTDAFTGKRDGSLTKGRNAEIRGAFIKV
                     VGDGVGVGVAFTKTDTGTRTLLDAHDIVINEPSRVLIMVPASLAAGTYDLSLTTQFTG
                     SNKTLKNPRTVIYKTKITIA"
     CDS             complement(1934..2281)
                     /gene="higA_1"
                     /locus_tag="SEQF2634_00613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="METRDDYKGVNYDDIIPAIAIHPGEILWEELKARRISRKAFAGQ
                     LGIERSVLTSLLKGRRDFTPDLAQRLEQALHIDATLWTNLQAAYENDLRRIAERERQE
                     AAPAAPIAMQYAV"
     CDS             complement(2904..3893)
                     /gene="nadK"
                     /locus_tag="SEQF2634_00614"
                     /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
                     EKLNRLEAEIFVSKDFHAFLTTTPHFCPPISGVLTVAPFDLDVALSVGGDGTFLRAAE
                     QIGRQDIPILGINTGRLGFLAEAGPEQIEETLDELFRGDYRIERRMMLRLQTRGADGL
                     TRSEIYPETPSDSEAPSSNYALNEVVLLKRETSSMITIHTYLNKEYLTSYQADGLVIA
                     SPTGSTAYSMSVNGPILLPGSDNIVLSPVAPHSLNVRPLVIPASYEIILKTESRNDSY
                     LVALDGRSRSLSTDVELSVCKADFSTQMIHRNNRNFYQTLRDKLMWGADIRVK"
     CDS             3944..4669
                     /gene="pdxJ"
                     /locus_tag="SEQF2634_00615"
                     /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
                     YNSNRDHAIAPFVEAAKRAKSLGLGVNAGHDLSLQNLAFFASHLPWIEEVSIGHALIC
                     DALYYGLERTIGLYKACLKGEPK"
     CDS             4770..5483
                     /locus_tag="SEQF2634_00616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNILFLFAQVATEEAADAATEIAADAAQTQAQINIIDLAMKGGW
                     IMGVLLVLSLVAIYFFIQRLLVIRQAGRNDETFMNRIRDYIYEGKIDQALNLCRTTPT
                     PAARMIEKGILRLGRPTADVLAAIENAGNIEISKLERGFPVIATTAAGAPMLGFLGTV
                     TGMVRAFYDMANAGTNVDVTLLSGGIYEALVTTVGGLVVGIIALFAYNYLVARVENVV
                     NKLEASTMEFMDLLNEPAH"
     CDS             5491..5910
                     /locus_tag="SEQF2634_00617"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALKRKTKVNEAFSMASMTDVIFLLLIFFMVTSTVVVPNAIKLT
                     LPQAQKQTAAKPITRVTIDAEGNFYVAAGNQREQQVAFEDIAPFLQEQYEADPEMFVA
                     LYADETVPYGQIVSVLNLANENKYKVVLATRPPERTP"
     CDS             5907..6866
                     /locus_tag="SEQF2634_00618"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKKNNLLAIVGSILFHAVILLILYFTVLKAVEPEEDGGVMVN
                     FGTIDEATGTFEPEGEPAQDEPTEEVQEETVVPPPPTPPAPPTPPTPPTPPTPKQPEK
                     LITQDQEESVALAQQRKKEQERKRKEEARRQEELRKQQEERQRQDTERRRQDEARRKE
                     AEQKAEAERKAEAERRRQAEEQRKKEQAIRDRVAGAFGKNNSSQGTGKTTTGNQGSPL
                     GNADRGANKGVGTGFSLSGRSIGAGGLPHPAYTVQEEGRIVVNIVVDPAGNVIAADIG
                     KGTNIDNASMRRSAVEAARRAKFNSIEGTNNQSGTITYMFRLK"
     CDS             6911..7456
                     /gene="yraA"
                     /locus_tag="SEQF2634_00619"
                     /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="MKKKAYVFFATGFEETEAIGTTDVLRRGNVETVTVSMTGDRTVT
                     GGHGIPVVTDALFEDIDLTDADALVLPGGGPMLNDYEDLKKAIVRHYEKGRLVAAICA
                     APLVLGGLGLLRGRRATCYPGFEQYLTGATVVEADTVKEDNIITGRGPGMVYAFGVAV
                     VDYLMGSETADEVARGLLLKK"
     CDS             7919..8011
                     /locus_tag="SEQF2634_00620"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYAFGVAVVDYLMGTETADEVARGLLLKK"
     CDS             8064..8540
                     /locus_tag="SEQF2634_00621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILPEWTARKEAGVTPSPAGSFLCPLKRHFICLQTASQTTNKQA
                     PHMRRVNRVARSLPRREAIENLFPRPAAGRRFSRFPPLFPPRETDLQQILPPSRRTKA
                     FFERFYRLPAAENRFSEIFFHFPPREGVFLRIYPISRRGKAFSESFDRFPAAGRRF"
     CDS             complement(8720..10105)
                     /gene="dnaA"
                     /locus_tag="SEQF2634_00622"
                     /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
                     RVPSPFFYEYLEANFVNVLRMAVPKVFGQGVSLNYRVMGEEGSDDASSAATTRAAAPR
                     PGVSRMIQTPFTQVAPEELDSQLNRRYTFDNFFEGVTNKLARTAGVAVSNDPGKTTFN
                     PLFIYGPSGVGKTHLCHAIGLRIRQMHPEKRVLYVSAHRFRIQYTDAVIKNTSNDFLN
                     FYQSLDVLILDDIHELVGLNKTQMAFFHIFNNLHQLGKQLVLTADKAPVDMQGLEERL
                     ITRLKWGLTAELGRPDAELRRTILRNKIEAEGLVLSDEVFNYIVDHVTENIRDLEGVL
                     VSLMANSLINNSPVDMAMAQRVVGQTVRVENKELSIEKIQEKVCRFFNLEESLVQTPS
                     RKREIVQARQITMFLAKKYTSASFSRIGKVVGGKDHATVLHACKTVKDQMDINKNFRS
                     TVEAIEETLRS"
     CDS             10678..11805
                     /locus_tag="SEQF2634_00623"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVTIREVTTKSELRRFVKFPIDLYKGNPYYVPGLIDEEMITLS
                     RDKNPAFENCEAIYYLAYRGERIVGRIAGIIAHAANRVWKQHHARFGFVDFIDDQEVV
                     DALFAAVEQWARKKGMDALHGPMGFTDMDHEGMLIMGFDQIGTMATIYNHPYYPQHME
                     RMGYTKDQDWHEFKIYIPDAIPEKHLRIAEIVKKKYGLKVLKFRRRKDIMPYAHKVFE
                     TLNAAYTPLYGFAPLTERQIDYYVDIYIPLLRLDLVTVIVREEDDAVVGFGVSLPNLS
                     HALQQARGSLLPFGFFPLMKALKSKARVIDLYLTGVLPEYQNKGVNALLFTDLIPQYI
                     KMGAEYAESNIELENNTAVQAQWDYFKREHHKSRRAFIKHL"
     CDS             12002..13858
                     /gene="gyrB_1"
                     /locus_tag="SEQF2634_00624"
                     /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
                     FGSEAFKKSIGLNGVGIKAVNALSTDFTVVSYRDGVEKRVDFARGKLVADHPTVPTTE
                     KNGTLIRFTPDPTIFEAYAYRNEIVESLIRNYCYLNSGLAIYYNGTKFLSENGLEDLL
                     NENITDEILYPIVHLRADDIEIAFTHVNQSRDDYYSFVNGQYTSQGGTHQAAFKEAFA
                     RTVKEFYNKNFETADIRSGLVAAIYIGVEEPEFESQTKIKLGSRNMSPKGDVSVAKFV
                     GDFVKKEVDNYLHKTPDTADALLRKIQESEKERKAIAGVAKLARERAKKVNLHNRKLR
                     DCRIHLNDAKSENKTESSLFITEGDSASGSITKSRDPNLQAVFSLRGKPLNCFGLTKK
                     IVYENEEFNLLQAALNIEDGLDGLRYNRVIIATDADVDGMHIRLLLITFFLQFFPDLI
                     KQKHLYILQTPLFRVRNKQQTFYCYSEEERAAAIRRLGKNPEITRFKGLGEISPDEFK
                     HFIGKDIRLDPVSIKKEDSIKEMLEFYMGKNTPDRQNFIIDNLVVEEDLENN"
     CDS             13917..14384
                     /gene="coaD"
                     /locus_tag="SEQF2634_00625"
                     /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"
ORIGIN      
        1 gccgattgat gaactgctta aggaaggtac gcttatcgga ggtgaagtcg ggcagcactt
       61 cgctacgcat ggcgaaagcc acttgtcgcg ggtcggaaga ggtctgttcg atgggcagcc
      121 gcctttcgag cgcaatgtcc gagagcttgg agagggtgtt caaccgattc ttcaagtcct
      181 caaactccct cactctttgt ctggctccga ggttcagatc agcgccgaag gtcgtcttcc
      241 taaaaaagac gcttgcgctc tttgtcttga ccggtgtcac ggggtcggca tagtagaaga
      301 ggcctttccg aaagacgcgg tcgatccgct tgaggacgtt caatgggatc tgatcctgat
      361 aaacatcctg ccacgtgaag ggcttcttca gccccttggt ggcgacgcac agcaattcgt
      421 cgactgtcat cctatacaac gacagcagat acttgatgcg ctccttgttt atcgatacat
      481 attccattcc gtgggtctct ttctatctac ctgtgtgagt ggtggcccct gtgccacacg
      541 ccatgaaggc ggggttcaca agccgatgaa gccgactttc atcgtggtgt gaagtcctca
      601 ttcatgcctc tgtgaagttc ttattcaaac ctcagtgaag tccttattca tgcctcagtg
      661 aagccctcat tcatcgcttg gtgaagtctg actttacggc cactgtttac ggtcaagcga
      721 tcgtgatttt cgttttgtaa atcactgtcc gaggattttt cagggtctta tttgaccctg
      781 tgaactgcgt tgtgaggctc aggtcgtacg taccagcggc cagtgaggcg ggcaccatga
      841 tcaacacgcg tgaaggttcg ttgatcacaa tgtcgtgtgc gtcgagcagg gtgcgggtgc
      901 cggtgtctgt cttagtgaaa gctacgccta caccgacgcc gtcgcccacg accttaatga
      961 atgcgccacg gatttcggcg tttcgtccct tagtgagcga tccatcgcgc ttgccggtga
     1021 aggcgtcggt gacggagtga atagcgatga tgtctgacat cacaccttga ataacgatct
     1081 gcgtgccgga tacggccttg cgaaggtcga tgccctgagt gatggagatg tagacacgat
     1141 gcttctctgg gtcgaccgcc gtgccgtgaa atacgccctt aatcatgggt cgcatattga
     1201 cgagtccggt gttcacggtg taaccctccg tgacccgctg tgcagccaac cggttaaagc
     1261 gattcacgat gtcgatgatg gtctcttttt gaagctcgac accttgaaac tgcatatcgg
     1321 caatgatctg ttccatcccc accccgccaa gggtgtcggg tacagccgta taatcgctcg
     1381 tatcggccgt gaggtgattg ggttttaacc aagctcttag ttgtgtcata tcattattgt
     1441 atgatgagat tatagcctcc taatatcaag agtgagatgg atatccgttg aagacgctgc
     1501 aaaggagggg gtgcaatgcg caaaaacgac tggcaacgag aagcagtggt tcgctctcgt
     1561 cgaccatcgg atgtccggat gtatgtgttt gctatgtttg ataggaagcc catcttgtct
     1621 attccttcga gaagtgacgg ggcaaagtta agtgcataat aacaacaaaa ccaaaaggat
     1681 tttgcgacga ataaagatta tgtaaccccg agggggatta tatcctcgca gaatcagtac
     1741 gttacggaat gaatttggaa tataaaggtc cggctacggt tctggcttta tgaaccaaag
     1801 gaggtatttt ctgaacatcg catcgggccg tccctgcggg aggcgaggca tagaaagaga
     1861 gcgaaggggt aagaatcaaa agaggcggac acctcggtgg gtgtccgcct ctctttccac
     1921 aggtttctgc gggctatacc gcatactgca tcgcgatagg tgcagcgggg gcagcttcct
     1981 gcctttcgcg ctccgcaatg cgccgcaaat cgttttcgta ggcggcttgc aggttagtcc
     2041 agagcgtcgc atcgatatgc agcgcctgct ccagcctctg agcaaggtcg ggcgtaaagt
     2101 ctcgtcgtcc cttcaataaa gaagtcagta cggagcgctc gatgcccagt tgccctgcaa
     2161 atgccttccg actgatccga cgagccttca actcctccca aaggatctcg cccggatgga
     2221 tagcgatagc gggtatgatg tcgtcgtaat tgaccccctt gtaatcatct cttgtttcca
     2281 taatgcgtgt cgtctaattc tattatgtat atctcaatcc cattctcatt ctccgtaaag
     2341 atcaatcgct ctacagcgcc gtttgcgatc ctgaccgagc ttttgccttt agtccgaata
     2401 gggcattaga agttacctct tctgccggta ggcttgtagg ggcgtatcgc atacgcccct
     2461 aggacgtttt ccaacggaaa cgatttcgcg tatccttata aatagaatcg gaacaggttg
     2521 cctcaaatgt ccgcccctcc tctcccctct ttgatgtatt tgggggcgta agcattacgc
     2581 ccctaccgct tcaggcgcat tcgttatgaa cggaatagaa cagtgccaca gaaagaggtt
     2641 cgtcgtattc ctgtggcacc tatcctccag acgcatgcag aaacaaaaac ggccctttgc
     2701 gagggccgac ggctgtatat gagatgaagc ggatagatac gcgatgaaac tacgggtggg
     2761 tataaaaaag aaatggttgt ctcacgacaa ccacaatctt cattgttaac cttaaatcta
     2821 ataccatgaa aaacacggtg caaaagtagg cctgcttccg attccggcaa tacccgccga
     2881 cgaaaaaggg cctacgctta cgcttattta actcttatgt ctgcgcccca catcagctta
     2941 tcacgcagcg tctgatagaa atttcgattg ttacgatgaa tcatctgcgt ggagaaatct
     3001 gccttacaaa cagagagttc gacgtctgtc gagagactcc gtgaccgtcc gtcaagggct
     3061 acgagatagg agtcattccg actttcggtc tttaagatta tttcgtacga ggctggaata
     3121 accaacggac gtacattcag actatgcggc gccacaggac tgagcacgat gttatcactt
     3181 ccgggcagga gaatgggccc attgacgctc atggagtagg ctgtcgatcc ggtaggcgag
     3241 gcgatcacga gtccgtcggc ctggtaagac gtgaggtact ccttattcaa ataggtatgg
     3301 atggtgatca tggacgaggt ttcgcgctta agcagaacga cctcgttcaa ggcatagttc
     3361 gaggacggcg cctcggagtc ggacggtgtc tcgggataga tctccgagcg cgtcaagccg
     3421 tcggcaccgc gcgtctgtaa gcgtagcatc atccgccgct cgatccgata atcgccgcgg
     3481 aaaagctcat cgagcgtctc ctcgatctgt tccggtccgg cttcggctaa gaatccgagg
     3541 cgcccggtgt taatgcccaa gatggggatg tcttgccgtc cgatctgttc agcggcacgc
     3601 aggaaggtgc catcgccccc cacgcttagg gcaacgtcca aatcaaacgg cgccacggtc
     3661 agcacgccag agatgggcgg gcagaagtgg ggcgttgtgg tgagaaaggc gtggaagtct
     3721 ttggagacga agatttctgc ctccaagcgg ttcagtttct caaacagtcg ctgcaacaag
     3781 ggcagcttat ccggcctata tccacagccg aatattccga tcttcatatt ctgattttta
     3841 attgtatgac tttgtttcgt tccctcccga atcgtcctac ttttgcgctg cattttttag
     3901 acgtacaaat gtaaggaaca tagcagaacc agattttttt cacatgatta agttaagtgt
     3961 caatatcaac aaagcagcga ctcttcgcaa tgcacgtggc ggaaacgtgc ccgatgtggt
     4021 gcagatcgct aaagattgcg aagcctacgg ggcacagggc attaccgtgc acccgcgccc
     4081 ggacgagcga cacatccgat ataacgatgt ctatgcgctc aagccgatca tcaaaacaga
     4141 actgaacatt gaaggttatc ccatccagtc gttcgtcgat ctggtgctca ccgtaaagcc
     4201 gacgcaggtg acgctggtgc ccgacgcgcc cgacgtgttg acgtccaacg cgggttggaa
     4261 cgtaaaggag cactttaacc aactgagcga gctggtggac acgttcacag gccacggcat
     4321 tcggacgtcg ctcttcgtgg agacggatct ggagaacatc gaatgggcag ccaaaacggg
     4381 gacggatcgc atcgagctct acaccgaacc ctatgccaac ggatataaca gcaatcgaga
     4441 ccacgccata gcgccctttg tggaagcggc aaagcgggcg aaaagtctcg gcctcggtgt
     4501 caatgctggg cacgacctga gcctgcaaaa cttggccttc tttgcttcac acctgccgtg
     4561 gattgaggaa gtctcgatcg gtcacgccct gatctgcgac gcgctctatt acggactgga
     4621 gcgaaccatt ggcctctaca aggcctgctt gaaaggagaa ccgaaatagt tatccgggga
     4681 aggagtggag ggcaagtccc ccgctctgcc ctccccgtct tgaagccgca tttaacagca
     4741 accccataca acacagaatt agaaacgata tgaacatctt attcctcttc gcgcaagtgg
     4801 ctacggaaga agccgccgat gcagcaactg aaatcgcggc cgacgccgca caaacacagg
     4861 ctcaaatcaa tatcatcgat ctcgccatga agggcggatg gattatgggc gtcctactgg
     4921 tgctctcatt ggtggccatc tactttttta ttcagcgact gctcgtgatc cgtcaagcgg
     4981 gacgaaacga cgaaacgttt atgaaccgta tccgcgacta catttatgaa ggcaagatcg
     5041 atcaggcgct caacctctgt cggacgacgc caacccctgc cgctcgcatg attgagaaag
     5101 gcatcctccg cctcggacgc cccaccgccg atgtgctggc tgccatcgaa aacgcgggca
     5161 acattgagat ttcgaaactc gaacgtggct tccctgtcat cgcaactacc gcagcgggtg
     5221 cacctatgct gggattcctt gggacggtta cgggtatggt gcgcgccttc tacgacatgg
     5281 ctaacgcggg aaccaatgtg gacgtgacgc tgctctcagg cggtatctac gaggcacttg
     5341 tgactacggt cggcggactt gtggtcggta tcatcgctct gtttgcatac aactatttag
     5401 tggctcgcgt ggagaacgtg gtcaataaac ttgaggcaag cacaatggag ttcatggatc
     5461 tgttgaacga acctgcacac taacgacgtc atggcactga aacgaaaaac taaagtcaat
     5521 gaagccttca gcatggcctc gatgacggac gtcatcttcc tgctgctgat cttcttcatg
     5581 gtgacctcta cggtagtggt gccgaacgcg atcaagctga ccttgccgca ggcgcagaaa
     5641 cagacggcag ccaaacccat cacacgcgtg acaatcgacg cggaagggaa tttctacgtc
     5701 gcggcaggca accaacgcga gcagcaggtg gcctttgaag acatcgcccc cttcctgcaa
     5761 gagcaatacg aggccgaccc ggagatgttc gtcgccctct atgccgacga gaccgtcccc
     5821 tacggtcaga tcgtgagcgt gctgaacctg gccaacgaga ataaatataa ggtggtgctg
     5881 gccacccgtc caccggagcg cacgccatga agctgaagaa aaacaacctg ctggctattg
     5941 tcggatcgat ccttttccac gccgtcattc tgctgatcct ctatttcacg gtgctgaaag
     6001 ccgtggagcc ggaggaagat ggcggtgtga tggtgaactt cggcacgata gacgaggcca
     6061 ccggaacgtt tgagccggag ggcgagcctg cgcaggacga accgacggaa gaggtgcaag
     6121 aggagaccgt tgtccctccg cctcctacgc cccccgctcc acctacgcct cctacacctc
     6181 ctacacctcc cacacccaag caaccggaaa agctcatcac acaagaccaa gaagagtccg
     6241 tggccttggc ccaacagcgg aagaaagagc aggagcggaa gcggaaagaa gaagcacgcc
     6301 gacaggagga gctacgcaag caacaagagg agcgccagcg tcaagacacg gagcgccgcc
     6361 gacaagacga ggcccgacgc aaagaggctg aacagaaagc cgaagcagaa cgcaaagctg
     6421 aggctgagcg tcgccgtcaa gccgaggagc aacgcaaaaa agagcaggct attcgtgacc
     6481 gtgtggcggg tgctttcggt aagaacaatt caagtcaagg cacgggcaag acgaccactg
     6541 gcaaccaggg cagtcccctc ggcaacgctg atcggggtgc caacaaaggt gttggcacgg
     6601 ggttcagctt aagtggccga tctatcggag cgggaggctt gccgcatccg gcctacacgg
     6661 tgcaagagga aggtcgcatc gtggtcaata tcgtggtcga tccggcgggt aacgtcatcg
     6721 ctgccgacat cggcaagggc acgaacatcg acaacgcttc catgcgccgt agcgccgtcg
     6781 aagctgcccg tcgcgccaag ttcaacagca tcgagggcac gaacaatcag agcggaacga
     6841 tcacttacat gttcagactg aagtaagccc ttcagctatt catttacatc catcataata
     6901 tctaccaaca atgaaaaaga aggcatatgt gttttttgcg acgggcttcg aagagaccga
     6961 agccatcggc acgacggacg tgctgcgtcg cgggaatgta gagacggtca cggtttcaat
     7021 gaccggcgat cgaacggtta cgggtgggca tggcatccct gtcgtgacag acgcactctt
     7081 tgaggacatc gacctgaccg acgcggacgc actcgtgctg cccggtggtg ggcccatgct
     7141 caacgattat gaagacttga agaaggccat cgtccgccat tacgagaagg gccgattagt
     7201 ggccgctatc tgtgccgcgc cacttgtgct cggcggactg gggctgctcc gcggacgtcg
     7261 cgccacgtgt taccccggct tcgagcaata cctcacgggc gcaaccgtgg tggaggctga
     7321 cacggtcaaa gaggacaata tcatcacagg ccgcgggccg ggcatggtct atgctttcgg
     7381 cgtggccgtg gtggactatc tgatgggctc ggaaacggcc gatgaggtgg ctcgcggact
     7441 gttgctgaag aagtaagcac cgataaaaaa ggaatgcccc ctcccctcga gagcaccgct
     7501 tcctgaccca tgatcctgcc ggagtggacg gctcgcagaa aagcgagcgt tccccctccc
     7561 ctccggcagg atcttttttg tgtggtaaca tagatgtctt caaaagaaga ggctcacttt
     7621 tttagtgagc ccctttatag gtggcagcgt tggggaactc tcatatattg tagccttacg
     7681 aactatgcag ataaaatccg acggaatcgt gctgccaggt tccccatcac gcccaattta
     7741 taatttgcct tatccatata gacctccttc tttaatacaa attgaaccat cgacgataca
     7801 ctcgtaacaa attcaatagc agggatcagt atcggaaaag catctgcaat taatacgaca
     7861 agactcacta atatgcgagt ttggtgcaaa aaaactattt tcaaacaaat agccgggcat
     7921 ggtctatgct ttcggcgtgg ccgtggtgga ctatctgatg ggcacggaaa cggccgatga
     7981 ggtggctcgc ggactgttgc tgaagaagta agcaccgata aaaaggaacg ccccctcccc
     8041 tcgagggcac cgcttcctga cccatgatcc tgccggagtg gacggctcgc aaagaagcgg
     8101 gcgttactcc ctctccggca ggatcttttt tgtgcccttt gaagcgccat ttcatatgcc
     8161 ttcagaccgc ttctcaaacg acaaacaaac aggcgcccca catgagacgc gtaaaccgcg
     8221 tagcgcgctc cctcccgcgg cgggaagcta tcgagaactt atttccacgt cccgccgcgg
     8281 gaaggcgttt ttcgagattt cccccccttt tcccgccgcg cgaaaccgat ctccagcaaa
     8341 ttttaccgcc ttcccgccgc acgaaggcgt ttttcgagcg attttatcgc cttcccgccg
     8401 cagaaaaccg tttttctgag atttttttcc atttcccgcc gcgggaaggc gtttttctga
     8461 gaatttaccc catttcccgc cgcgggaagg cgttttcaga aagttttgat cggtttcccg
     8521 cggcgggaag gcgtttttga aggtcaacga tcggtttcgc gtctcatttt ggcgtttcca
     8581 gaaagcatta accacaaatg ggcgaacgac agggtgccta cgcaaatgat cgaatcactt
     8641 gaggcctctt gggtgggctc aaatgatccg atcatcgggt catcggtgcc ggaacgattc
     8701 cggccgggag gagggagggt cagctcctga gcgtttcctc gatcgcttcg acggtggagc
     8761 ggaagttctt attgatgtcc atctgatcct tgaccgtctt gcaagcatgc agcacggtag
     8821 cgtgatcctt accgccgacc accttgccga tgcgtgaaaa cgacgccgag gtgtacttct
     8881 tggccaggaa catggtgatc tggcgtgcct gcacaatctc gcgtttacgt gaaggcgtct
     8941 gcacgagtga ctcttcgagg ttgaagaagc ggcagacctt ctcctgaatc ttttcgatgg
     9001 agagctcctt gttttccacg cgaaccgtct ggccgacgac gcgctgagcc atcgccatgt
     9061 cgacggggct gttattgatc agcgaattgg ccatgagcga gaccagcacg ccctccaagt
     9121 cgcggatgtt ctctgtcacg tgatcgacga tgtagttgaa gacctcgtcg ctgagcacca
     9181 gtccttcggc ctcgatcttg ttacgcaaga tggtgcgacg cagctcagca tcgggccggc
     9241 caagctcggc cgtgagcccc catttgaggc gcgtgatgag tcgctcctcc agcccctgca
     9301 tatcgacggg cgccttgtcg gccgtcagca cgagctgctt gccgagctgg tgcaggttgt
     9361 tgaagatgtg gaaaaaggcc atctgcgtct tgttcaggcc gaccagctcg tggatgtcgt
     9421 caaggatgag cacgtcgaga ctctggtaga agttcaggaa gtcgttcgac gtgtttttga
     9481 tcactgcgtc ggtgtattgg atgcggaagc ggtgggcgga gacgtagagg acgcgcttct
     9541 cggggtgcat ctggcggatg cgcaggccga tggcgtggca gaggtgggtc ttaccgacac
     9601 ccgacgggcc atagatgaaa agcgggttga aggtcgtctt gcccggatcg ttcgacacgg
     9661 ccacgccggc cgtacgtgcc agcttgttgg tcacaccctc gaagaagtta tcgaacgtat
     9721 agcgacggtt gagctgcgag tccagttcct cgggcgccac ctgcgtgaag ggcgtctgga
     9781 tcatgcgact cacgcccgga cgtggcgcag cggcacgtgt cgtagcggcc gatgaggcgt
     9841 cgtcggaacc ctcttcgccc atcacgcggt agttcagcga gacgccttgg ccaaacacct
     9901 tcggcacggc catgcgaagc acgttgacaa agttggcctc cagatactcg taaaaaaacg
     9961 ggctgggcac ccgtatcgtt actttctgct cgtcgaaaga caggggcgtg atgggctgaa
    10021 accacgtctt gaacgcggct tccggcacgt tatccctgat aatcgacagg catttatccc
    10081 ataaaagttg acattcagac ttcattgtag catatgtaag tgtggggggt tagacagcgt
    10141 gggatgattg ttttgcggcg taaaggtctg gcaataaatc aaagtccaaa agcggcctcg
    10201 gcccgtgaac gagggcttgc acaggtcacg cccgttcagt gccaaacact taggagtatt
    10261 cgtttcgttt gctggcattt agcgaggcaa aacgcgcttg gaatgcggat aatacgccat
    10321 tatgaacacc ccactgatcc atctgtcccg aagcgtcgaa tagcccccaa ggcacggatt
    10381 tatggcttga aataataccc ttccaacctt cgacgaaaac tccaaatcca ttccagaagt
    10441 tagaatggat ccaacatgaa gccaacagtc cccctccctt gaccatccgc ctgcacatcg
    10501 gcgcatctaa cccgacggtg tggtgtcgca acggatgccc caagcgagag tcggagaaag
    10561 acgaatctgc atcgacaaaa gcccacgcct cgacgcctcc ccccaaggca ctcctacgaa
    10621 ttggcctact tttgccgccc atcatacaga tttcatcata cacatatata tatccttatg
    10681 agcgtaacca tcagggaggt cacgactaag agcgagctca ggcgcttcgt gaagttcccc
    10741 atcgacctgt acaagggcaa cccctactat gtgccggggc tgatcgacga agagatgatc
    10801 accctgtcgc gagataaaaa cccggccttc gagaattgcg aagccatcta ctatctggcc
    10861 tatcggggcg aacgcattgt cggacgcatc gcgggcatca ttgcgcacgc cgctaaccgc
    10921 gtctggaagc aacaccacgc tcgcttcggc ttcgtggact ttatcgacga ccaggaggtg
    10981 gtcgacgccc tcttcgccgc cgtcgaacag tgggcgcgca agaagggcat ggatgcccta
    11041 cacgggccta tgggctttac tgacatggat cacgagggca tgctcatcat gggcttcgac
    11101 cagatcggca caatggccac catctacaat catccttact acccgcagca catggagcgc
    11161 atgggctaca ccaaggatca ggactggcac gagttcaaga tctacatccc cgacgccatc
    11221 cccgagaagc atctacgcat cgccgagatc gtcaagaaga aatacgggct gaaggtgctc
    11281 aagttccgtc gccgcaaaga catcatgccc tatgcccaca aggtgttcga aacgctgaac
    11341 gccgcctaca cgcccctcta cggcttcgct ccgctgaccg agcggcagat tgattactac
    11401 gtcgacatct atattcccct gctgcgactc gacctcgtga ccgtcatcgt tcgcgaggag
    11461 gacgacgccg tggtgggctt cggcgtctct ctacccaacc tctcacacgc cctacaacag
    11521 gcccgaggca gtctgctgcc cttcggcttc ttcccgctga tgaaggcgct caagtcgaag
    11581 gcgcgcgtga tcgatctcta cctcacgggc gtcctgccgg agtatcagaa caagggcgtg
    11641 aacgcgttgc tcttcaccga cctcatcccg cagtatatca agatgggcgc cgagtatgcc
    11701 gagagcaaca tcgagctgga aaacaacacc gccgtgcaag cacagtggga ctacttcaag
    11761 cgcgagcatc acaagtcgcg ccgcgcgttt atcaagcatt tgtagtggat agagggttat
    11821 agagggtaga gggtagaggg tagagccggg tacatcattt gtctctcccc agctcttctc
    11881 ctctctctat cctcctctct ctatcctcct ctctctatcc tccatccact ctttactctc
    11941 taccctctat cctctaccct ctaccctcta ccctctactc tctatcctct accctctaat
    12001 tatggacatc tcccccatca ccgcatacga cgaccgcgac attgtcaccc tcgaaggact
    12061 cgaggccgtc cgcaaacgcc ccggcatgta catcggcaac acgcacggcg gcgaggatcg
    12121 taacgacggc atctacgtcc tgctcaagga agtgatcgac aactccatcg acgagttccg
    12181 catgaaggcc ggtcaccgta tcgacgtcca catcgccgac ggcaccgtca gcgtgcgcga
    12241 cttcggccgc ggtatccccc agggcaacct cgccaagacc gtctccacgc tccacaccag
    12301 cggtaagttc ggctccgagg ccttcaagaa atctatcggg ctgaacggcg tcggcatcaa
    12361 ggccgtcaac gccctctcga ccgacttcac cgtcgtctcc taccgtgacg gcgtggagaa
    12421 gcgcgtcgac tttgcgcgcg gcaaactggt cgccgaccac cccaccgtgc ccaccacgga
    12481 gaagaacggc acactgatcc gtttcacccc cgaccccacc atcttcgagg cctacgccta
    12541 ccgcaacgag atcgtcgaat cgctcattcg caactactgc tacctcaatt ccggcctggc
    12601 catctattac aacggcacga agttcttatc cgaaaacgga ctcgaggact tgctcaacga
    12661 gaacatcacc gacgagatcc tctaccccat cgtccacctc cgtgccgacg acatcgagat
    12721 cgccttcacc cacgtcaacc agtcgcgcga cgactactat tccttcgtca acggccaata
    12781 cacctcgcag ggcggcaccc atcaggcagc cttcaaggag gcctttgccc ggacggtgaa
    12841 ggagttttac aacaagaact tcgagacggc agacatccgc agcgggctcg tggccgcgat
    12901 ctacatcggc gtcgaggagc cggagtttga atcgcagacg aagatcaagc tcggatcgcg
    12961 caacatgagc cccaagggcg acgtctccgt ggccaagttc gtaggcgact tcgtaaagaa
    13021 agaagtagac aactacctcc acaagacgcc cgacacggcc gacgccctgc tgcgcaagat
    13081 tcaggagtcg gagaaggagc gcaaggccat cgccggcgtg gccaagctgg cccgcgagcg
    13141 cgccaagaag gtgaacctac acaaccgcaa gctgcgcgac tgccgcatcc acctcaacga
    13201 cgccaagagc gaaaacaaga ccgagagcag cctcttcatc accgagggcg actcggccag
    13261 cggatcgatc accaagagcc gcgacccgaa cctgcaagcc gtcttcagcc tccgcggcaa
    13321 gccgctcaac tgcttcggcc tgacgaagaa gatcgtctac gaaaacgagg agttcaacct
    13381 gctgcaggcc gcgctcaaca tcgaggacgg cctcgacgga ctgcgctaca accgcgtcat
    13441 catcgccacc gatgccgacg tggacggcat gcacatccgc ctgctgctga tcaccttctt
    13501 cctccagttc ttccccgacc tgatcaagca gaagcatctc tacatcctcc agacgcccct
    13561 cttccgcgtg cgcaacaagc agcagacctt ctactgctac agcgaggagg agcgcgccgc
    13621 cgccatccgc cgtttgggca agaaccccga gatcacccgc ttcaaaggcc tcggagagat
    13681 ctcgcccgac gagttcaagc atttcatcgg taaagacatc cgcctcgacc ccgtgtcgat
    13741 caagaaggaa gactccatca aggagatgct cgagttttat atgggcaaga acacgcccga
    13801 ccggcagaac ttcatcatcg acaatctggt ggtcgaagaa gacctcgaga acaactaagg
    13861 tcgccccccc accctctacc ctctaccctc taccctctat cctctataaa ccctctatgc
    13921 atcgcatcgc catcttcccc ggcaccttcg accccttcac catcggccac cgctcgcttg
    13981 tcgaccgcgg cctggggctg gtggacgaga tcatcgtggc catcggcacg aacgagaaca
    14041 aacggaccta cttcccgctc gagaaacggc tggagttcat ccgcaccctc tatcgcaacg
    14101 agccacgcgt ccgtgtggcc gcctacgaca ccctcaccgt cgactttgcc cacaccgtcg
    14161 gcgcccgctt catcctacgc ggcatccgca cggtcaacga ctttgagtac gagaagaaca
    14221 tcgccgacgt gaaccgtaag ctcgccggca tcgagacgtt catcctcttc accgagccgg
    14281 agcacacgca catcagctcc tccatcgtgc gcgagctgct gcacttcggc aaggacatct
    14341 ccgactttat tccccccgag atccgcgaca tggcgcagac gtaaaaccgg cctccgaaaa
    14401 gggccaaacc aatggtttga agcaaaaccg cccccgattt gggccaaacc aatggtttga
    14461 agcaaaaccg acccccgatt tgggccaaac caatggtttg aagcaaaacc gac
//
LOCUS       SEQF2634|AYYE01000893.1 7273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(2294..3631)
                     /gene="nhaA"
                     /locus_tag="SEQF2634_00626"
                     /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
                     DLSALAGIPLAIFLGLFVGKTIGIFTFSYLAAKARIVSISPEITKRALFGVSILGGIG
                     FTVSLFIANLSFAAVPDIGDELLNEAKLGIFVGSLVSGIVGYFFLKHQLPERD"
     CDS             complement(4142..4600)
                     /locus_tag="SEQF2634_00627"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRRPLGALVWEYVMSSYLLGALVWEYVMSSYLLGALVGYSNKN
                     HQPSGALFGKYFEDSIRPVALFRKQFGDSHSLGAAVGKHFGDSFPRLRLIEGLNEYVI
                     AQLHPIEDFNKGVIVKLHPIEHLNEGVIVQLRPIEGLNGSESAPGVHEIE"
     CDS             complement(5465..6022)
                     /locus_tag="SEQF2634_00628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCVSVSGFHSMCRLKPTFRVRVSEALSAWSNEVLSPARMFCRS
                     VLARASLSEPENRTLPPTVRSFIRRLLKFVPTFPDDVMPFPAPKPPNRCRPPPGPPPK
                     AAAAKSVKPILFVLLIPPMSENWSSSTNRFNIVFTSYRPRLPAPAKALPNHPCFMPGF
                     TVRLITASASPSSKPVSMARSLFFS"
ORIGIN      
        1 agccccgact gtccgatgta agccacatcg ctggcgcgat aggtgttgaa gtagtcgtaa
       61 tagccgatcc cctcttggtt gcccgtatag ccgacggcga cgcggagctt taggtcgctc
      121 accgatttcg tcttggggaa gaagccctcc tcagacacaa tccacccgag cgaagccgcc
      181 gggaagtagc ccactcgccg cccgggcgca aacttcgacg aggcatcact ccgcagcgac
      241 gcctccagca gatagcggtc cgcatagttc aggttcacgc gtccgaagag cgactggaga
      301 gcgtactccg acagggacga cgacccttcc gtgacgctgc ccgccgagtt gatgtatttc
      361 agcataggcg aaacgaagtt ggtgcctcgg acaaagttgt tgtccagcgt tgtcttctgg
      421 tagctgtaac cgaggagcgc tttgagggcg agcttgtccc actggtggaa atagtcgagc
      481 gtgtgctcgg ccagattcga gaagctgaag ccacggaggt cgtgcacgtc gccattggag
      541 cgggcgccgc ggatggtgcc acgtgggaag acgcccgtct cgtgcatgaa gatgtagtcg
      601 ccgcccaaat cgaggttgta acgcagttcg gggaggatgt tccaagtcgt cttcagaccg
      661 acgatggcac ggtacttccg cgtcacctgc tcttgctcat cgatcagcgc tacggggttg
      721 tatttgctgg cgttgatgga gccgaagctg ccactggcgg tgcgcacggc atagtctggc
      781 gatgcggaga gggcgttgat ccaaggcgaa tagaggttgc cgtcgccagt ggcacgattg
      841 gtcgtggcgg agctgagggc gatgtctgcc gagatcttca ccgtgcgact gatgcggttc
      901 gtgagattcg tgcgcaggtt gtagcgggtg tagtccgtct tcttcatcac gccctgctga
      961 tcgtaataac cgagcgaggc gtagaactgc gtctggtctg tgccgccgga tagggccagc
     1021 tgatggttcg tatggagcgc cgtgcgggtg atggcgtcga tccagtcggt gtccgcgccc
     1081 tcttgcgcgg cggcgacggg cttcttatac gtggcgtctg cggacgaaag gccgagcgag
     1141 gtgttgtagt tgttgattgc ttcgttgcgg gcggccacat gctccgccgt gggcaggaat
     1201 tggagcttgc gccagaggtt ctgcacgccg acgtagctat ctaacgtcac ccgtgtgcgg
     1261 ccggagctac cgcgcttggt ggtgatgagg acgacgccgt tcgaggcgcg cgatccgtag
     1321 agcgctgcgg ccgaagcgtc cttgagcacc tccaccgagg cgatgtctgc ggggttaatg
     1381 tccgccacac cgctcaaggt gttgccttgg tagccggcct tctgcgagaa gtcggccgag
     1441 aggatcggca tcccgtcgac gacgtacagc ggttcgttgc cggccgatat ggagctggta
     1501 ccgcggatgt tcacgaccac ggcgccgccc ggtgctcccg aagcctgcgt cacttgcacg
     1561 ccgctgacgc gtccgctgag cgtttgctcg agcgacgtgg cgggggtctc ccggatcgag
     1621 gcggcatcga tcgagccgat ggcgcccgtc aattcgcggc gtttctgctg tccgtaggcc
     1681 acgacgacct gcacctcgcc cagctgcgta gcgtccgtct ccagctcgat gtgcatggag
     1741 gcggtggcgg ggacctcttt cgttcggtag ccgacgaagg agatgacgag cgtggcgccg
     1801 gggcgtgggg cggtcaggcg gaagtgtccg tcgacgtcgc tcaccgtgcc tgtcgtcgtg
     1861 cccttgatta caatgtttgc gccgatcacc ggttggccgt cgtccttacc gacgacggta
     1921 ccgctgaccg tcactgactg cgcctgtgtc catgcgacaa aggcgaagaa tgcgaatagc
     1981 atcaagaaga gtagtcttct gttcatgtgt gacatacttg tttaatgggg taatacaaaa
     2041 agagaagcgg cccctttcat tgcatagaaa gaggtcgctt ccgggggcgc aaaagtacgg
     2101 gcgggggccg gcgcggcttg tcccaaattg tggcgatttc aggccgtgcg ctgccccgta
     2161 gacctaccat ttgtagcgat aacaggacag gcgccggccc cgtaccccat aacaagcccc
     2221 gacggacgag gagcgctgga tgtaggctca tcgtccggcg gggcggagtg tgggggggct
     2281 ggcgatcggg gggctaatcg cgttcgggca actggtgctt caagaagaaa tagccgacga
     2341 tgcccgagac gagcgacccg acaaagatgc ccagcttggc ttcgttgagc agttcgtcac
     2401 cgatgtcggg cacggcagcg aaggagaggt tggcgatgaa gagcgacacg gtgaacccga
     2461 tgccgcccag gatcgaaacg ccaaagaggg cccgcttcgt gatctccggc gagatcgaca
     2521 cgatgcgcgc tttagccgcc agataagaga aggtgaagat gccgatggtc ttacccacaa
     2581 acaggccaag gaagatggcc aacgggatgc ctgccagggc cgaaaggtcg aagccgccga
     2641 agtgtacgcc ggcattgaca aaggcaaaga ggggcaggat gaggtaattg accaccgggt
     2701 tgagccgttc cacgaggctt tgcagggggc tgaccgtgtg ggcggccagg cggtggatgt
     2761 tggtgaggac taagacttga ccggggctca ggacggtgga cttgccggcg tgtcgggcct
     2821 gggtgaagtc gagcgaggcg aggtgatcac gcatgttgtc ggcgaaggag tcgagcttca
     2881 ccttaggtcg cgcgggcacg gtgaaggcga cgagtacccc ggctatggtg gggtgaatgc
     2941 cggcttgggt gaagaggtac caaacgacga aaaatccggt gtagaagaag agcgcgtgct
     3001 gtattcccag gcgtccgccg acggtcagga agaccagtac gcccagggcg ataaacagcg
     3061 gggtggcggc gacgtgtccg ctgtagaaga tggcgatgac gatgatgccg ccgatgtcgt
     3121 cgaccacggc cagggcggtc aggaagacgc gtaggctgag ggggacgcgg ctgccgaggg
     3181 ctccgagggc ggccagggcg aaggcgatgt cggtggccat cggtatggcg gcgccgtggg
     3241 ccgcggggcc gctgtggcag acggacaggt agaccagtac gggcacgatc atgccgccgc
     3301 aggccgctat gacgggcagt agcgccttac gggcggagct aagttcgcct acgagcagct
     3361 cctgcttgat ctccatgccc acgacgaaga aaaagatggc cataaaggcg tcgttgacaa
     3421 aggtggtgag cgacatgggc tgaccgtgat gggggaagaa gatgaagttg tcgaaccgga
     3481 agtcgagggg gtactccagg cagctgttgt aggcgtcgac taagggggag ttggccagca
     3541 cgacggccgc gatggtggtt aggaacagca gcagactggc gttgggcttc tgggtcacga
     3601 agcggctgag ggatcgaatc ttggtgatca tgagtaatgt tgtagtgagg tttgaggatc
     3661 aaataacgta agtctaaata ggtgtggcaa agatagacgg atccctattt tttggccata
     3721 aatttttgca gttgggaggc tttttttggt ctacggccgt ccaagttttc cctttggggg
     3781 cgactgagcg gcatgcacgg ccgttggagc gcgctttggg agcggcttgg gcgcagtcgc
     3841 cgccgtcgga aaacattttg cgggctgcgg gcatttatac actactgttg gaaaacattt
     3901 caccggctgc gggcactcgg gcgctttcgt cggaaaatat tttgcgagct gcggtcattc
     3961 atacaccgcc atcgaaaaac atttcaccgg cttcgggcat gcgtaagccg tcgtcggaga
     4021 tcattttatg ggctgcgggc actcgggcgc tgccggcgga gattccaatg ggaactgccg
     4081 accgtcgggc gctgctgtcg gaaaacattg gggcgactcg ggcgggcaga tagctcctct
     4141 cttactctat ttcgtgaact cccggcgcac tttcgctccc gttgaggcct tcaatggggc
     4201 gtaattgcac gatcacaccc tcgttgaggt gttcaatggg gtgtaatttt acgatcacac
     4261 ccttattaaa gtcttcaatg gggtgtaatt gtgcaatcac atactcgttg aggccttcaa
     4321 tgaggcgtaa tcgcggaaaa gagtccccaa aatgttttcc aacagcagcg cctaacgaat
     4381 gggagtcccc aaattgtttt ctgaagagag cgaccggccg aatagagtcc tcaaaatatt
     4441 ttccgaagag agcgcctgac ggttggtggt tcttattgga atatccgacg agagcgccca
     4501 acaggtagct gctcataacg tattcccaaa cgagagcgcc caacaggtag ctgctcataa
     4561 cgtactccca aacgagagcg cctaacggac ggcggcccat aacgtactcc caaacgagag
     4621 cgagtgacag gcagcggcct gtaacgtact ccccaataag agcgaccgat ggacagcggc
     4681 tcccaaaata ttttccgaaa agagcgcccg acggacggcg gctcccatag tattttccga
     4741 caggggcacg gcttaaacca tcgcccacgg atgacgtcta tcgccccgct ttcggggctt
     4801 gggcgcctcg gaaggacaca cgatttatag gtaaacaaac gatgatacaa cgattttcga
     4861 tcctttttct gagcctcctg ctgctggggg ctgccaccgg agtggtggcg caggtccaca
     4921 tcaagggcac agtcgtccga tcgggcgagc cggcggaggc cgtcgagatg gcggccgtga
     4981 ggctgctgaa catcaaggac agcgcgatgg tgaagggcac cgtcacggac cgcgaggggc
     5041 acttcgacct gatgggcgtc cggcagggcg actacctgct gcacgtgacg tacgtcgggc
     5101 tcgacccgct ctaccaacgg ctgcacatat cgggcagcaa gacgcccgtg gacgtgggcc
     5161 ggctgacgat gaccgaggac ggggtgctgc tgggcgaggc cgtggtgacg gcccgcgccg
     5221 tggaggtgca ggtcaaaaac gacacggtgg agtataacgc cagcgcgtac aaggtggccg
     5281 aagggtctgt gcttgaggat ctgctgaaga agatgccggg cgtggaggtg agcgctgagg
     5341 gcgcggtgac ggtgaacgga aaggagatca aaaagatact ggtcgacggc aaggagttct
     5401 tctcggacga ccccaaggcg gcctccaaaa acctgccggc ccagatcgtc gacaaggtgc
     5461 agacctacga gaagaagagc gacctggcca tgcttacggg cttcgatgac ggcgacgcgg
     5521 aggccgtgat caacctcacg gtgaagcccg gcatgaagca ggggtggttc ggcaacgcct
     5581 ttgcgggggc cggtagccgc gggcggtacg acgtgaacac gatgttgaac cggttcgtcg
     5641 acgatgacca gttctcgctc atgggcggga tcaataacac gaacaatatg ggcttcacgg
     5701 acttcgccgc ggcggccttc ggcggtggcc cgggcggcgg gcggcaccgg ttcgggggct
     5761 tcggcgccgg gaatggcatc acgtcgtccg gaaacgtggg tacgaacttc agcaagcgcc
     5821 taatgaagga tctgaccgtc gggggcaacg tccggttctc cggttcggac aacgaggcgc
     5881 gggccaagac cgaccggcag aacatcctgg ccggcgatag cacctcgttc gaccacgccg
     5941 agagcgcctc cgacacccgg acgcgaaacg tgggcttcaa cctgcacatg gagtggaagc
     6001 cggacacgct gacgcaggtc atcttccgcc cggagttttc ctatggcacc acccacaccg
     6061 acgcagagga gctgacccat accctcagcg ggagcctcga ctcggtgaac gcctcccgtt
     6121 cacgctcccg tgtggacggc cacgcgctga cggcctccgc caagctcgac gtcagccgca
     6181 agctgaacag tcgcggccgc acgctgacgc tctccgtctc cggcggcggc aaccaatcga
     6241 tcgacaacac ccagaatcgc tccgacacgc gtttcctgct tttcgccgac tccaccgaaa
     6301 cgatcgacca gcaggtgcac agcgacactc gagggtacaa cgtgcgcggc aaggtggcgt
     6361 gggtcgagcc gctgggtcac tccaacttcc tgcagctctc ctatcgcctc cgacggacac
     6421 accgcgagct gctccgcgat gcctacctca tcgactccga aggccaatac accgtgcccg
     6481 acaccacgac gggccgcaac acacgtagcg atgcgaccga gcaccgcctc aacctctcct
     6541 tcaagatggt ccgcccgaag tacgacttca ccctgggtct caacttcgac cccacccaga
     6601 cccgcaccgt gaccgaggtg gccggccgga cactctacga cctctcccgg agcgtcgtca
     6661 actactctcc gacggccaaa ctgcggatcc gcttcgacaa gcgcaccgac ctccgcctcg
     6721 attacgacgg ccgcaccgag cagccctcca tgacgcagct ccagccggtg gccgacctct
     6781 ccgacccgct caacaccgtc gtcggtaacc cggacctccg ccccacgtac acgaacagcc
     6841 tacgcctcca cttcggcaaa ttcgtccccg acaagcagtc cgcattcatc ttcatggccg
     6901 gcgtgaacta tgtgctgaac gacatcgtca gccgcaccac caccgaccgc ctcacgggtc
     6961 gccgccagac cacctacgag aacatcgatg gcaattacaa cctcgacggc cgcctgatca
     7021 tcaacctccc actgccgggc aagcatttta cgctcagctc catgacctac gcccggtatg
     7081 gacactccgg cggcttcatc gacggctccc gcaacacgag ccaggccacc gtcctcatgc
     7141 agcacgcagg catcagcttc cgttcatccc tagccgacat cgagcttaac ggcaaccaag
     7201 aggggatcgg ctattacgac tacttcaaca cctatcgcgc cagcgatgtg gcttacatcg
     7261 gacagtcggg gct
//
LOCUS       SEQF2634|AYYE01000894.115186 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15186
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             613..1008
                     /locus_tag="SEQF2634_00629"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEAVVEVSPLATLADLSAAVTKDVGGADHPEVVRRQHDGHTVA
                     TQDGQDGLRDLSPDEVDVGDVWLLVAEQLVHLTGRLEVVEVIDKVLDLAKDSAAGLFR
                     FGEVVFEGGGEVALPFEAEIDHLVAVCLQ"
     CDS             complement(1080..2414)
                     /locus_tag="SEQF2634_00630"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLQRFSPPAYFCRALRNNSKNHTMQDYINKSFFALLVFTLIFG
                     VMFYDMIDRLGFSYVDEICALLIFGLFGYHTSQSRTWAFNRGFLFVIGVFVFYFIYSL
                     LIGSNSVQGIAMDFLIQIKPYIAFFCIYSLRTKLTENQKSILRNLVVLFTLYMIPIGL
                     AEAVYGGHIIQAFFGHESRLATSATILAMIYLYCSDFTSKDKFVYVCILAVGLFSGRS
                     KLFGFLALSTLMLIYMNRSFRMRFDLRNTFFLLMALAATAYVAKDKIELYFITGGFGG
                     GRSEEDLYARMALYYFSIPIFLQYIPFGSGFASYGTYASGVYYSKLYNRFGMDHLYGL
                     TESNPNFVADTYYPVLAQFGFVGVALFFSFWIYLTSRAMKAYRVGMKKESILVLLIVF
                     FFAIESTSDATITHNRGLFIMMLLGLLMSDIRSGMQVATGPNRYPERNRLNE"
     CDS             complement(2439..3437)
                     /locus_tag="SEQF2634_00631"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRTYNSIDVAKLVSAFFVAAIHANPFSGLSSTIAISLFARMA
                     VPFFFMVSAFFFFRAGCDGGKLVAYLKRLGRLYLIWFIVGLPVIIKRSFLDHEGGFGA
                     DLLVLIRNFFLGSTFRGSWFVMALMIAIPLVYAISKRLSTRWAIGIGALCYLPVTLLS
                     NYHNYLPAGVQQFHDWTVAAFGPIQFTFLAAIVFCSIGKYLSEKQDAIERIPRWATDT
                     ALLLSMAGAALEVLSHTAFSDDTYFMLVPVTTLLLVFVLRHEVHWKVNYAFIRNQSTV
                     TYFAHFTFINFLDDIIGLEMHTWLFYVLVVAPCFFLTIFMRWIAEKKYFGWVKYSF"
     CDS             complement(3434..4171)
                     /locus_tag="SEQF2634_00632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIDYPDMRRANNGAHGMFMKSVSERLEKESEVMKNAVMQRAA
                     MALKAAMEEESLYLGRSRKSLLTDEIKTADKERDGLLTGLRATVRGLRRLPDREKAKA
                     AQELEVMLSGNRVKRSMQLDRETGMITKLTEELETTYASQVSLLSIGLFVSGLKAANE
                     RVKGLIDERSNGEVERKPAAMQQARLRTDAAFRQVARVANAMAVLEDEAVVAPFINFV
                     NELVRRYRQQVFPKRKKKAESTKTENA"
     CDS             4571..4663
                     /locus_tag="SEQF2634_00633"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYELHIDDILFYGVDEYIDMIILDFTCLE"
     CDS             4810..4962
                     /locus_tag="SEQF2634_00634"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLMCVHEELNFYPVSGFTTPETLTGITVGCSLSLFSFFAAAFST
                     YSIPFR"
     CDS             4959..5693
                     /gene="coaX"
                     /locus_tag="SEQF2634_00635"
                     /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="MNLILDQGNTATKIVLVDRGEAVYSAACSRLTSEELAALIDRYR
                     PECGIIASVAEPDPAWLPLLRRRLRRFLSLNDDPTIRLPITLGYRTPETLGRDRIAAA
                     VGAWTLRPEVPLLIIDAGTAITYDVVLPPGHFVGGNISPGLTTRFRALHDYTRRLPLI
                     SERDEVPDLGVTTEEAILSGVVRGIVYEMNGYIETMHTKHPHAAVFLTGGHAPYFDRR
                     LKCRTFASENLVWLGLNRIIEYNEDK"
     CDS             5680..6924
                     /locus_tag="SEQF2634_00636"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTSRSVLSLLLGILLCGALPMMAQNSTNSPYTRFGYGMQADRS
                     FAAGRAMGGIGYGLRSARQINPMNPASYTGMDSLTFLFDGGISAQMSWFNDGTHRQRD
                     LNGGFNYAAMQFPLHRRLAVSIGLLPFSSVGYNYTAPSQGDTRYTDRFSGTGGLNEIY
                     GGLSFAPWKERLSIGANISYMFGTITHSSVTNLTNTFYWRNKIRVHNVKYDFGLQYTH
                     PLSKTDRLTLGAVYSPKLRLGTTVSNETSFREDFSTVVEGDTMRNAGFDLPDMYGVGL
                     SFTRDNRMVLAADVSYRQWSKAQFYNREGDFNDQIRVGLGGEYIPNAFTRAYLQRIRY
                     RAGLHYGNSYVKVNGNGGYKEYGVTLGVGLPMLDNRSFINASLEYIKVAPERKGLIDE
                     QYLRLTVSYTFNEYWFFKRKID"
     CDS             6983..8350
                     /locus_tag="SEQF2634_00637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIKGFLSVALFLATVMSANAQKGVDNGTQFGSGEDSIRCLTNI
                     SLFIPYAKVNNFQDAYPYWKIAYDECPAATKDIYLYGVRIMNWKIAQEKDPTKQAALI
                     DELMAVYDKRVKYFGGDQKYGKDWILARKVEDYLRLKGDKADIAAAYGWLTQVLDEYK
                     EKTDELAVSEYMFLSHKMMEKDEAGHKAKFVQDFLRCSSIFDTQIKAAQEANNQKQLD
                     NLMAMKAGIEKGFSGSGAADCQTLQSIYADQIEANKDNLDFLKETLTLLRRAGCQEIE
                     AYFKASEYAYQKEKTAEIAFGMGNQAIKKRDYASAERYLLEAADMAKDKEMKENVYYT
                     LAVLASQQRAYPKMRTYCYKALEFNPNNGKAYILIGNAYAATAGGIYPDDPVKRKCVY
                     YAAVDKLQKARSVDPSVASEANALIGRYSSYFPTTEEVFMHPDLNKGAGFTVGGWIGE
                     HTTIR"
     CDS             8440..9006
                     /gene="lptC"
                     /locus_tag="SEQF2634_00638"
                     /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="MLLFCSIVSCDREKKEEVEIGFNPDSTYTMKAVDVVTLVSDSGV
                     TRYKVQTREWLMFGEASEPYWYFPKKLHLEKFDSLFRVEASVDADTAYFYQRRKLWKL
                     IGNVRVRSLQGEQFETSVLYWDQNTEKIYSDQFIRITKGEFVNTGQGFESNQALTQYR
                     IFNSAAEIPFDERSSSDSIGVAPPLPPT"
     CDS             9141..11327
                     /gene="ppiC"
                     /locus_tag="SEQF2634_00639"
                     /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
                     DIVYAVQSLASIPDSTVQVDESAIRKLYNERKEQFKQKDSRVIDYLAVEVRPSKEDYD
                     AINKDMQEARAQLAATDSSSSVENVISKYSRTPYMDFYISENDMRDEDLKRFVQNAEV
                     GTMEGPIFKDDSYRLYKLLGRKSAPDSAKISDIFLAAPSGSITADLTRLADSLMTLLK
                     GGADFAELAKKYSSFGSAENGGDLGWLTEASLTQANLGKDFDREVFSAPINQPTLVKT
                     NNGYHLLKVTERTAAVSKYKVAVVYMDVRPTNKTYSKVFNDLNAFVAKNKTADQIAAA
                     AKENGYELTPDVTVTGEDHQLGMIQDARQVVRWAFENKSKGKVSDIKECKSRILGTSD
                     YKTTYVVAILRDVLKEGYQSFETVAPLIRRELAMRKKSEDVAAALKAKNLTSLQAYAS
                     AMNSRIDTVKFITMNTARINGIGLEPILNAYVAYAKPNTLSGPVAGYNGVYVFQVYNR
                     TKDATPYNEKVQMREIEANTAPRVGYFALQKLVEDSKITDNRIRFE"
     CDS             11759..12019
                     /locus_tag="SEQF2634_00640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNGKCYCAYCGQSFKSVSELTRVGLCARHPEGPVRGKHKLYEG
                     TEKSAYTCKYCGAEARTIDRLTASTCVHHPKGHHRGHHEPAL"
     CDS             12069..12491
                     /locus_tag="SEQF2634_00641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVNFTQVVEQLEKWATKERLDAVHSFLDQHGDDIAKGIDKASA
                     YVQKHTPVLCEMIEVKELDMDALKEILTKTMTPESDFAALLDMGRNAQDELELFLQYL
                     DANKKAVDKNKVYCIRCGMKSNELKEAFGDKSMLLLKL"
     CDS             12495..12854
                     /locus_tag="SEQF2634_00642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLFETLKKFFLEVWGILKRICEKIVKFFAHIVNWFRAKYREVI
                     NQHPNASAIALIIDEKLSSGNYGMMDVGLKRGVVKTFYDNDTKEIVMDHTEVVEYEDL
                     DAETKSRFGNKNMLILE"
     CDS             12863..13249
                     /locus_tag="SEQF2634_00643"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYVITAVVLAGIVAAGIYFQRKKNGNYLPIARKTMDKLSLFDV
                     KEFFLQNTRPLAEGCKAVVLKMGREQAQQMQIDLSENTGVSYYILAYYDEKQHKVLDG
                     YTLVETKAIDSHLAEAFGSKDMLIVE"
     CDS             13251..13778
                     /locus_tag="SEQF2634_00644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWWDIVQAFLPGGEWRKYSVMNDAAQQLSKGLMNMDRDTLKGI
                     VSLGGAVLGGAALGGGLVAGGAYIAEKIKVWKLNREIAKQKAEELRKKKAIEMNRMLS
                     NMVTDLKERGDFSVDKVGLCDDYIQRTSEGRTFIGVKLPGREQSILAQEIDYDSIDPE
                     LDRQLNNNVNRCLVL"
     CDS             13775..15055
                     /gene="ftsH_1"
                     /locus_tag="SEQF2634_00645"
                     /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="MSNTRNQKVFDRIIEKAKEVQSDLHFFQHAKKIKSSSFEELPIT
                     PNASVFIQNAIDKKELKHLIFNVDHEIGKIKQQDVDTTALPNLFICKDKESAQRLEAA
                     LNGEKKDDADAAPTFRPQEPRHSLDRVILPPEVKEDIRVSLSLIAHQKRIYDDWGFAE
                     VDDRPKLILNFYGPPGTGKTMVSHAVARELGKKILAVNYAEVESKYVGDAPKNLLKAF
                     EAATRDKAVLFFDEADSFLGKRITDVHNSSDQAINSLRSQMLILLEDFDGVVIFATNL
                     AKNYDKAFDSRILKHIYFELPNRENREQIISLMIPSKVPLAEGVDRKALCAQLAEISE
                     GFSGREIKNAVLESLSLAVRKGDETIGTDAFVHGFELIKEKLQKLAEEKGKKTIPPEV
                     KLKIEEKIRENLAKQEAEPAPEEKAEPAPASEVG"
ORIGIN      
        1 cagatcgtcg gcgttgcgac tctcgaagcg gaagccggtg acaccctcgg gcacgatttc
       61 tgggatgccg ccgatgttgg ctccgacgac aggcgtaccg atggcgtaag cctcgatgat
      121 gctcatcggg ttgttctcgt agcactctga cggcacgacg atgaagcgcg cctcacgtac
      181 caacgtggcc aatggcaccc ccgtttggta gccacaaaac gacacgttgc ttagtccgtg
      241 ctccgctgca taacgcttca gctcggcctc ctgcggaccc gtgccggcca ccttcagcct
      301 acacgacggc aggccattca tggcctccac caaggtgcgg atgccctttt cgcccgacag
      361 ccgacccatg aataggaaat acggttcgcc ttgcttcttg tatggctccg cggcgatctc
      421 cggcgcattg ttatagagta ccatgttggg tttctggcgc agggcgggca tgtaggtttc
      481 gtgcttcttc ttcgtgaaat ggctgacgta gataaagccg tcgatcagtc gtgaggggtt
      541 gaaaaaggcg ttgcggaaat actgctcggc ggccattacg ccgctcatta cccagttgtt
      601 tttcgcgcat ttgtgcagga agcagtggta gaagtatcgc ccctggcaac gctcgcagat
      661 ctgtccgcgg ccgtcacgaa agacgtaggc ggggcagacc acccggaagt cgtgcgccgt
      721 cagcacgacg ggcacaccgt ggcgacgcag gacgggcagg atggactccg tgatctgtcc
      781 ccagatgagg tggatgtggg cgatgtctgg ctgctcgtcg cggagcagtt ggtccatctt
      841 acgggccgcc tcgaagtggt agaagtaatt gacaaggttc ttgacttggc gaaggactcc
      901 gcggcgggtc tctttcgatt cggggaagta gtgttcgaag ggggagggga ggttgcgctt
      961 ccatttgagg cagaaataga ccacctcgtg gccgtgtgct tgcaatagtt gtccggtatt
     1021 gaagcagacc gtctcggcgc cgccgcggtt gtaatggtat acgtcgatca agagcacttt
     1081 cattcgttca agcgatttct ttcggggtaa cgattcgggc ccgtggcgac ttgcatcccg
     1141 ctacggatgt cggacatgag cagtccgagt agcatcataa taaacagtcc gcggttgtgc
     1201 gtgatggtgg cgtcggacgt gctttcgatg gcgaaaaaga agacgatcag caagacgagt
     1261 atcgactcct ttttcatccc cacccgatag gccttcatag cccgtgaggt taggtagatc
     1321 cagaaggaga aaaagagcgc cacaccgacg aacccgaact gggccagcac cgggtaatac
     1381 gtgtcggcta cgaagttggg attcgattcc gtgaggccgt acagatgatc catgccaaag
     1441 cgattgtaga gcttggaata gtagacgccc gaggcgtagg tgccgtacga ggcgaagccg
     1501 gaaccgaagg gaatgtattg caggaaaatc gggatcgaga aatagtagag cgccatgcgg
     1561 gcgtagagat cctcctccga ccgtccgccg ccgaagccgc cggtgatgaa gtagagctcg
     1621 atcttatcct tagccacata ggccgttgct gccagcgcca tgagcaggaa gaaggtgttg
     1681 cgcaggtcga atcgcatgcg gaacgagcgg ttcatataga tcagcatcag ggtggatagg
     1741 gccagaaagc cgaacagctt cgagcgcccg gagaagagtc ccacggccag aatgcagacg
     1801 tagacgaact tgtccttcga cgtgaagtcg ctgcaataaa ggtagatcat ggccaggatg
     1861 gtggccgatg tagccagacg cgattcgtgg ccgaagaagg cttggatgat gtgtcccccg
     1921 tagacggctt cggccagccc gatgggaatc atgtaaagcg tgaagagtac caccaagttg
     1981 cgcaggatgc tcttttggtt ctccgtcagc ttcgtcctga gcgaatagat gcagaagaag
     2041 gcgatgtagg gcttgatctg aatcaggaaa tccatggcga taccctgcac cgagttgctg
     2101 ccgatgagga gggaatagat gaagtagaag acgaagacgc cgatcacgaa aaggaagccc
     2161 cggttgaagg cccacgtgcg cgactgcgac gtgtggtagc cgaaaaggcc gaagatgagt
     2221 agcgcgcaga tctcgtcgac gtagctaaag cccagccggt cgatcatgtc gtaaaacatc
     2281 acgccgaaga tgagcgtgaa gaccagtagc gcgaagaagc tcttgttgat ataatcctgc
     2341 atcgtgtggt ttttactgtt gttcctaaga gcgcggcaaa agtaagccgg ggggctaaac
     2401 ctttgcaaaa gcatgctgga ggggaggcgt ctgcacggtt agaaactgta tttcacccag
     2461 ccgaaatact tcttctccgc gatccatcgc atgaagatgg tcaggaagaa gcacggcgcc
     2521 acgaccaaga cgtagaacag ccacgtgtgc atctcgaggc cgatgatgtc gtccaggaag
     2581 ttgatgaagg tgaagtgagc gaagtaggtc actgtgcttt gattgcggat gaaggcgtag
     2641 ttcaccttcc aatgcacctc atgacgcaaa acgaacacca gaagcagggt cgtcacgggc
     2701 actaacatga agtaggtgtc gtccgaaaaa gccgtgtgag agagcacctc gagggccgca
     2761 ccggccatgc ttagcagtaa ggccgtgtca gtcgcccaac gtggtatccg ctcgatggcg
     2821 tcttgctttt ccgagaggta tttgccgatg ctgcaaaaca cgatggcagc caaaaaggtg
     2881 aattgtattg ggccgaaagc ggccaccgtc cagtcgtgga attgctggac gcccgctggc
     2941 agatagttgt ggtagttcga gagcaacgtc acgggcaggt agcagagcgc cccgatgccg
     3001 atggcccacc gggtggatag ccgtttgctg atggcgtaca ccaacgggat ggctatcatc
     3061 agcgccatga cgaaccagga gccgcggaag gtgctgccca gaaaaaagtt gcgaatcagt
     3121 acgagcagat ccgctccgaa tccaccctcg tgatcgagga atgagcgctt gatgatgacc
     3181 ggcagtccga cgatgaacca gatcaggtac aggcgcccta agcgcttcag ataggcgacg
     3241 agcttccctc cgtcgcaccc cgcccggaag aagaaaaagg cgctcaccat gaagaaaaag
     3301 ggcaccgcca tgcgggcaaa caggctgatg gcaatcgtgg agctgaggcc gctgaaggga
     3361 ttggcgtgga tggcggccac gaaaaaggcg ctgaccaatt tggccacatc gatgctgttg
     3421 taggttcgct ttgtcatgcg ttttccgtct ttgtgctttc cgccttcttt ttccgtttgg
     3481 ggaagacctg ctgccgatag cgccgcacca gctcgttcac gaagttgatg aacggcgcca
     3541 ccaccgcctc gtcctccagc accgccatcg cgttggccac ccgggccacc tgcctaaagg
     3601 ccgcatcggt ccgcagccgc gcctgctgca tggccgccgg tttacgctcc acctcgccat
     3661 ttgatcgttc gtcgattagg cctttcactc gctcgttggc cgctttgagc ccactcacga
     3721 acaggcctat actaagtagt gacacttgcg aggcatacgt cgtttccagc tcctccgtga
     3781 gctttgtgat catgcccgtt tcgcgatcca gctgcatgct gcgtttgacc cggttgccgc
     3841 tcagcatcac ctccaattct tgagcagcct tggccttctc acgatcgggc agacgccgaa
     3901 gtccgcgcac cgtggcacgg aggcccgtca gtagtccatc tcgctccttg tccgcagtct
     3961 tgatttcgtc cgtcagcagg cttttacgcg accgtcccag atagagtgat tcctcttcca
     4021 tagccgcctt cagcgccata gccgcccgtt gcatcacggc gtttttcatc acctccgatt
     4081 ccttctccag ccgctcgctg actgatttca tgaacatgcc atgcgccccg ttgttcgcac
     4141 gcctcatgtc gggataatcg atctccttca tataattaat gatgtaagtt ccgtttgcag
     4201 aaaggttcca ccaaaaatcg tttgggtcga tgatcgttgg cggagctttc gctgaaatat
     4261 tttcacttcc gtgtgacctc gcaataggtt ctcatcctct tgtttcatct ctgtttgatg
     4321 ccacaaagat aagtctaaaa tgatcctatt cgcttcgtgc gcgaacatga atctgtattt
     4381 acttatctct atgattatat ggatgtccta taaaatagat cagatagagt tctctacttc
     4441 atgatgtcac ggagataaga aaaaaatgat ttgattattt ctgtgcgcac atgtgcatta
     4501 tatgaatata atatctatat tcacatccat gcgtatatag tttgatcata ttgtatagtg
     4561 attaaattcc atgcagtatg aactgcatat agatgatatt ctattctacg gtgtggatga
     4621 atatatagat atgatcattc ttgactttac gtgtttggag tgaaatctat aatcaatttt
     4681 tgtgttgcga taggtataca cgaatgattt agcacatagt tatttgctat ttcgtgcttg
     4741 caggatgaat ttcaatcgaa tataaaatcc tatatgtgcg tgcttttttt gatgtaagtg
     4801 atttagtaga tgttgatgtg cgtgcacgaa gaattgaatt tttatcccgt gagcggcttt
     4861 acaacgccag aaaccctcac ggggatcacc gtcggatgtt cgctttcgct tttctctttc
     4921 tttgccgccg cattcagcac ctattcaatc ccttttagat gaatctcata ttggatcaag
     4981 gcaacacggc cacgaaaatt gtcctcgtcg accgcggaga ggccgtctac agtgccgctt
     5041 gctcccgcct gacgtcggag gagctcgctg cactcatcga tcgataccgc cccgagtgcg
     5101 gcatcatcgc ctccgtcgcc gaacccgacc ccgcctggct cccgttgctc cgccggcgcc
     5161 tccgccgctt cctctccctc aatgacgacc cgacgatccg cctgcccatc acccttggct
     5221 atcgcacacc cgagaccctc ggccgcgacc gcatcgccgc tgccgttggc gcctggacgc
     5281 tccgcccaga ggtgccgctg ttgatcatcg acgcgggtac ggccatcacg tacgacgtcg
     5341 tcctcccgcc gggccatttc gtgggcggaa acatctcgcc cggcctcacc acccgcttcc
     5401 gtgccctgca cgattacacc cgtcgcctgc ccctcatcag cgagcgcgac gaggtgcccg
     5461 atctgggcgt caccaccgaa gaggcgatcc tctcgggcgt cgtccgcggc attgtctacg
     5521 agatgaatgg ctacatcgag accatgcaca ccaagcaccc ccatgcggct gtcttcctca
     5581 ccggcggaca tgccccctat tttgatagaa ggctcaaatg ccgcaccttt gcctctgaaa
     5641 atttagtgtg gctcggatta aatcgaatta ttgaatataa tgaagacaag taggtcagtc
     5701 ctctccctcc tccttggcat cctcctttgt ggcgccctgc cgatgatggc acaaaacagc
     5761 acaaactccc cttatacacg tttcggatat ggcatgcagg ccgaccgctc ctttgcggct
     5821 gggcgagcga tgggcggcat cggatacggc ctccgctccg cacgccaaat caatccgatg
     5881 aaccccgcgt cgtacaccgg catggactcg ctgaccttcc ttttcgacgg cggcatatcg
     5941 gcgcaaatgt cctggttcaa cgatggcacc catcggcagc gcgacctcaa tggtggcttc
     6001 aattatgccg ccatgcagtt cccactccat cgtcgcctgg ccgtcagcat cggcctgcta
     6061 cccttctcgt ccgtcggtta caactatacc gcacccagcc agggcgacac ccgctatacg
     6121 gatcgattca gcggcacggg gggattaaac gaaatctacg ggggcctgtc attcgcgccg
     6181 tggaaagaga gattatccat aggcgccaac atcagttaca tgttcgggac gatcacccac
     6241 agcagcgtga cgaacttgac gaacacgttt tactggcgga ataagatccg ggtacacaac
     6301 gtcaagtacg acttcggcct gcaatacacg catcccctct cgaagaccga tcgactcacc
     6361 ctcggtgcgg tctattcgcc caagctccgc ctcggcacta cggtgagcaa cgagaccagc
     6421 ttccgcgaag acttctccac cgtcgtcgag ggcgacacga tgcgcaacgc aggcttcgac
     6481 cttccggata tgtacggcgt ggggctgtcc ttcacaagag acaatcggat ggtgctggcg
     6541 gctgacgtct cctacaggca atggtcgaag gcgcagttct acaaccgcga gggcgacttc
     6601 aacgatcaga tccgcgtcgg ccttggcggc gaatacatcc ccaacgcctt cacccgcgcc
     6661 tacctgcaac gcattcgcta tcgtgccggt ctgcactacg gcaattcata cgtcaaggtg
     6721 aacggcaacg gcgggtataa ggagtacgga gtgacgctgg gtgtaggcct gccgatgctc
     6781 gacaatcggt cgttcatcaa cgcctcgctg gagtacatca aggtggcgcc agagcgcaag
     6841 ggcctgatcg atgagcagta cctccggttg acggtaagtt atacgtttaa tgagtattgg
     6901 ttcttcaaac gcaagataga ttgaaagaga aaacagagag agacttgttt cggattagtg
     6961 aatacaaaaa gacaatgagg atatgaacat caaaggattc ttgagtgtcg ccctgttcct
     7021 ggcgacggta atgagtgcaa atgcacaaaa aggtgtggac aacgggacgc aattcggttc
     7081 cggggaagac agcattcggt gtctgacgaa tatcagcctg tttatccctt atgccaaggt
     7141 gaacaacttc caggacgcct atccgtattg gaagatcgcc tacgacgaat gcccagctgc
     7201 tacgaaggac atctatctct atggtgtccg catcatgaat tggaagattg cgcaggagaa
     7261 agacccgacg aagcaggctg cgctcatcga tgagctgatg gccgtctatg acaagcgtgt
     7321 gaaatacttc ggtggcgatc agaaatatgg taaggactgg atcttggcgc gtaaggtgga
     7381 ggattatctc cgtctcaagg gcgataaggc cgacatcgct gccgcctacg gttggctgac
     7441 tcaggtgctg gacgagtaca aggagaagac ggacgagttg gccgtatcgg agtacatgtt
     7501 cctttcgcat aagatgatgg agaaggacga ggccggacac aaagccaaat tcgtgcagga
     7561 cttcctccgc tgctcatcca tcttcgacac ccaaatcaag gccgctcagg aggctaacaa
     7621 ccaaaagcag ctggacaacc tgatggccat gaaggccggt atcgagaaag gattctcggg
     7681 tagtggtgcc gccgactgtc agacgctcca gagcatctac gccgatcaga tcgaggccaa
     7741 caaggacaat ctggacttcc tgaaggagac cctcacgctg ctccgccgtg ctggatgcca
     7801 agagatcgag gcctacttca aagcctctga gtacgcttac cagaaggaga agacggccga
     7861 gattgctttc ggtatgggta atcaggccat caagaagcgt gactacgcca gcgccgagcg
     7921 ttacctcttg gaggccgccg acatggctaa ggacaaagag atgaaggaga acgtctacta
     7981 cacgctggcc gtactggctt ctcagcagcg tgcgtatccg aaaatgcgca cctactgcta
     8041 caaggcgctg gagttcaatc cgaacaatgg caaggcgtat atcctgatcg gcaatgcgta
     8101 cgcagccacg gctggcggta tctatccgga cgatcctgtg aagcgtaaat gcgtctacta
     8161 cgctgctgtg gacaagctcc agaaggcacg ctcggtagac ccctcggtgg cctctgaggc
     8221 taatgcactg atcggacgtt acagctcgta tttccccacg actgaggaag tcttcatgca
     8281 ccccgatctg aataagggcg ccggatttac cgtcggcggc tggatcggcg agcatacgac
     8341 gatacgctaa ctcccaacct cttccccccc tccatcgaag aggtgatgat tcacaagaga
     8401 aacaatccca gcatagcaat cgcttctgta gcggttgcta tgcttctttt ttgttcgatc
     8461 gtctcgtgcg atcgcgaaaa gaaagaggaa gtagaaattg gcttcaatcc tgacagcacc
     8521 tacacaatga aggcggtgga cgtggttacg ctcgtctccg actccggtgt cacgcgctat
     8581 aaggtgcaga cccgcgagtg gctcatgttc ggtgaagcct cggagcccta ctggtacttc
     8641 cccaaaaagc tgcatctgga aaagttcgac tcactctttc gcgttgaagc cagcgtggat
     8701 gccgacaccg cctatttcta tcagcggcgc aagctctgga agctaatagg caacgtgcgt
     8761 gtccgcagct tacaaggcga acagttcgaa acgagcgtcc tctattggga tcagaacacg
     8821 gagaagatct actccgacca attcattcgt atcaccaaag gcgaatttgt caacacgggg
     8881 caaggcttcg aatcgaatca ggcgttgaca caatacagga tcttcaattc ggcagcagag
     8941 ataccctttg atgagcgctc ctcgtccgat tcgataggtg tcgcgccacc acttccaccg
     9001 acataagacg aacgtattta tccccccgaa acaacccaca aacaccacct aaaaagcgcg
     9061 tcaaatttgc cgtataccaa tttttgcacc tcctttgcgc gcgctaaatc aaaagacaat
     9121 tcatatttgc agaagtaaag atggctacat tagagaagat tagagggcac gcaccgctgt
     9181 tggttactat cgtcggtctg gccctgttag ggttcatcat cgaggacttt ctgaactcgg
     9241 gttcgaccta tttccgtcaa tcaaaaaacc aggtggttac cgtcaacggt acctccgtcg
     9301 actatcaaga atatcaaaaa cgcatcgagg aaatgacgga agtcaccaag ctgcagtacg
     9361 gcctccaaag cctgaatgaa gagcagacgc tggacctccg ccagagcgta tataactcga
     9421 tcgtgagtga gattgtgatg aaagacgtgg cggataagat cggtattgac gtgacgtcag
     9481 acgagctctt cgacatgatt caaggtgaca acattccccc gattgtgcag cagaatccgc
     9541 tgtttttgga tccgcagacg cggcgattca acaaggcacg tgcactgggc gtgttgaagg
     9601 ccttagagaa catcgacgct gtgcccgaag agcagcgcga agaaatgcag cagatgcgca
     9661 acttctggct cttctgggag aagaacatga agctgcaacg catgcaagag aaatacatga
     9721 acctcttaac aaaagcaatc gtagccaacc ccatcgacgc caaggatgct tacgagggat
     9781 cggtggtaag ctcggacatt gtttacgccg tgcagtcgct ggcttcgata cctgattcta
     9841 cggtacaggt ggacgagtcg gccattcgca agctctacaa cgaacgtaag gaacagttca
     9901 agcaaaaaga ttcgcgcgtg atcgattact tggctgtcga ggttcgcccg agcaaggaag
     9961 attacgacgc catcaataaa gacatgcagg aggcccgtgc gcagcttgcc gctacggaca
    10021 gtagcagcag cgtggagaat gtgatctcga aatattcccg cacgccatac atggactttt
    10081 atatctccga aaacgatatg cgggacgaag acctcaaacg cttcgttcag aatgccgaag
    10141 tgggcactat ggaaggcccg atcttcaagg atgacagcta tcgtctctac aagctcctcg
    10201 gtcgcaagtc cgcaccggac tccgccaaaa tcagcgatat cttcttggct gcccccagcg
    10261 gatcgattac cgctgacctg acccgactgg ccgacagcct catgacgctg ctcaaaggcg
    10321 gcgccgactt tgccgagctg gccaagaagt actcctcctt cggatctgct gagaatggtg
    10381 gcgatctggg ttggcttacc gaggcctctc tcacccaagc caaccttggc aaggacttcg
    10441 accgtgaagt cttcagcgcc cccatcaacc agccgacgct ggtcaagacc aacaatggct
    10501 atcacctgct gaaggtgacg gagcgcaccg ccgccgtatc gaagtataag gtagccgttg
    10561 tctacatgga tgtgcgtccg accaacaaga cttacagtaa ggtcttcaac gacctcaacg
    10621 ccttcgtggc gaagaataaa acggctgatc agatcgctgc tgccgctaaa gagaatggct
    10681 atgagctgac gccagacgtg accgtaacgg gtgaagacca tcagctgggc atgattcaag
    10741 atgcccgcca ggtagtgcgc tgggcctttg agaacaagtc gaaaggcaag gtgtctgaca
    10801 tcaaggagtg caagtcgcgc atcctgggca cgagcgatta caagacgacc tacgtcgtgg
    10861 ctatcctgcg cgatgtgctg aaagagggct atcaatcgtt tgagaccgtg gccccgctga
    10921 tccgccgtga actggccatg cgcaagaaga gcgaggacgt agccgcagcg ctgaaggcca
    10981 agaacctgac ctcgcttcag gcctacgctt cggccatgaa ctcacgcatt gacaccgtga
    11041 agttcattac gatgaacacg gcacgcatca acggcatcgg actcgaaccg atcctgaacg
    11101 cctacgtggc ctatgcaaag ccgaacacac tctctggccc cgtagcggga tacaacggcg
    11161 tttacgtctt ccaagtctac aaccgcacga aggacgccac gccctacaat gagaaggtac
    11221 aaatgcggga gattgaggcc aacaccgcac cgcgtgtggg ctatttcgcc cttcaaaagt
    11281 tggtggagga ctcgaagatc accgacaatc gcattcgatt tgaatgatac gtcctcctct
    11341 ctctgaggag gcgctttgta cataattttt ttgctgccgt agcgacgaaa gtcgttgcgg
    11401 cagttttttt agcttttgat tttagccgtt agatcccccc acctatattt gcggtcgcaa
    11461 gaagaaaaac gacaaccatc cgatccatac agaaccgaat gactatttca agcctcgaca
    11521 taccgcactc ctccgacgag ctgcatgaac aagcgcctat gcaggcgttt ggcgatctgg
    11581 ttgttaaaaa tacccccccc cctatttaac agttaagtcc gttatttacg gactcttact
    11641 tgtctgcgaa tgcttgttgc cgtccgcagc catgttcgcg cacccttttg ccggggatgc
    11701 gtgccgtgtc ggtgtgtccg ttggggcggg agaactgaga aacaaacaag cacgaaatat
    11761 gagtaacgga aaatgttatt gcgcctactg cggccagtcg ttcaagagcg tcagtgagct
    11821 gacgcgggtg ggcctgtgtg cacgccaccc cgaaggcccc gtccgaggga aacacaaact
    11881 ctacgaaggg acagagaagt cggcctacac ctgcaaatac tgcggcgctg aagcccgcac
    11941 gatcgatcgc ctgacggcct ccacctgcgt acaccacccc aagggtcacc atcgcggcca
    12001 ccacgagccg gcgctgtaga atgggagaga atacatgata gaactatcca aacaatagat
    12061 acgagaatat gaaagtgaat tttacacagg tagtcgaaca actggaaaag tgggctacca
    12121 aggaacggtt agacgccgtg cactccttct tggatcagca tggcgacgac attgctaagg
    12181 ggattgacaa ggcctctgcg tatgtgcaga agcatacccc ggtgctttgt gagatgattg
    12241 aggtgaagga gctggacatg gacgcgttga aggagatcct tactaagacg atgactccgg
    12301 aaagcgactt tgccgcgctg ttggacatgg gaagaaacgc ccaggatgag ctggagttgt
    12361 ttcttcagta tttggatgca aacaagaagg ccgtggacaa aaacaaggtc tattgcattc
    12421 gctgcgggat gaaatcgaat gagctcaaag aggcgttcgg agacaagagt atgttgttat
    12481 taaagttgta agacatggga ctgtttgaaa cactaaagaa attctttctt gaggtttggg
    12541 gtatactgaa aaggatctgt gaaaagatcg tcaaattttt cgcccatatc gtcaattggt
    12601 ttagggcaaa gtatcgagag gtcatcaatc agcatccgaa cgcaagtgct atagcactga
    12661 taatcgacga aaaactcagt tcaggcaatt atggcatgat ggacgtcgga ctgaaaagag
    12721 gtgtggttaa gactttctat gataatgaca cgaaggaaat tgtcatggat cataccgagg
    12781 tcgtcgaata tgaagactta gatgctgaga cgaagagccg attcgggaat aagaacatgt
    12841 tgatattaga ataatgagag gtatgaatta tgtgattacg gccgttgtat tagccggcat
    12901 tgtagcagca ggaatctatt tccagagaaa gaaaaacggc aattatttgc cgatagcgag
    12961 aaagacgatg gataaactct cgctgttcga cgtgaaagag tttttcctgc agaatacccg
    13021 gccgcttgcg gaaggatgta aggcagtcgt gctaaaaatg ggacgagagc aagcgcagca
    13081 gatgcagatc gatttgagcg agaacaccgg cgtttcatac tacatcttgg cttattacga
    13141 tgagaagcag cacaaagtgc ttgacgggta taccttggtt gaaaccaagg ccattgacag
    13201 tcacttggct gaggctttcg gaagtaagga catgttaatt gtagagtgat atgaactggt
    13261 gggatattgt acaggctttc ctccccggtg gagagtggag gaaatacagc gtgatgaatg
    13321 atgccgccca acaactgtcc aaggggttga tgaacatgga cagggatacc ctgaagggta
    13381 ttgtgtctct gggaggcgcc gtattgggag gtgctgctct tggtggcgga ctcgtagccg
    13441 gcggggcata tattgcagaa aagatcaagg tttggaagct gaatcgagaa atcgccaagc
    13501 agaaagcaga agagctgcgt aagaaaaagg cgatagaaat gaatcggatg ctttctaaca
    13561 tggttactga cctgaaagaa cgtggagact tctccgtaga taaggttggc ttgtgcgacg
    13621 actatataca gcgcacctcg gagggacgca cttttatcgg cgtaaagctc ccgggacgag
    13681 agcagtctat cttggctcaa gagatcgact atgactcgat tgatccggag ctggatcgtc
    13741 aacttaataa taacgtcaac cgctgcttgg tgctatgagc aacacacgaa accagaaggt
    13801 ctttgaccgc atcatcgaaa aagcaaaaga agtgcagagc gatctgcact tctttcagca
    13861 tgcgaaaaag ataaagagta gcagctttga agaattgccg atcaccccta acgcgagcgt
    13921 attcattcag aacgccatcg ataaaaagga actgaagcat ttgatcttta acgtggatca
    13981 tgagatcggc aaaatcaagc agcaagacgt ggacacaact gctctcccca accttttcat
    14041 ctgcaaagac aaggagagtg cgcagcgact ggaggctgca ctgaacggag aaaagaagga
    14101 cgatgctgac gccgccccga ccttccggcc gcaggagccg agacattcac tcgaccgcgt
    14161 catcctgccg cccgaggtga aggaagatat ccgcgtatcc ctctcgctca tcgctcacca
    14221 aaagcgcatt tacgacgact ggggatttgc cgaggtggac gaccggccga agctgatcct
    14281 gaacttctac ggccctccgg gcacaggcaa gacgatggtc tcgcacgccg tggcccgtga
    14341 actgggcaaa aagatcctcg ccgtgaacta tgccgaggtc gagtcgaagt acgtcggcga
    14401 tgcgccgaag aaccttctga aagccttcga ggctgccacg cgtgacaagg ctgtactctt
    14461 tttcgacgaa gccgactcct tcctcggcaa gcgcatcacg gacgtgcaca acagctccga
    14521 ccaggccatc aactcgctcc gcagccaaat gctgatcctg ctcgaagact tcgacggggt
    14581 cgtgatcttc gccaccaacc tggctaagaa ctacgataag gctttcgact cacgcatctt
    14641 gaagcacatc tatttcgagc tgcccaaccg agagaaccgc gagcagatca ttagcctgat
    14701 gatcccctca aaagtgcctc ttgctgaggg ggtcgaccgg aaagcgcttt gcgcccagtt
    14761 ggccgagatc tccgaaggct tttccggccg tgagatcaaa aacgccgtcc tcgagagcct
    14821 ctcgttggct gtccgcaagg gtgacgagac gatcggcacg gacgccttcg tccacggctt
    14881 tgagctgatc aaagagaagc tccagaagct cgccgaggaa aagggcaaga agaccatccc
    14941 cccagaggta aagctgaaga tcgaggagaa gatccgcgag aatctcgcca agcaggaggc
    15001 cgagcccgcc ccggaagaga aggctgagcc cgcccccgcc tctgaggtcg gataaagaac
    15061 gcgccggggg gaactctcaa taccttcccg cggcgggggc ggcggcttct tgaaaatgcg
    15121 cttcgcgcgg cggaaagcgt ttttcggaga atttgcccca tttcccgccg cgggaaggta
    15181 ttgaga
//
LOCUS       SEQF2634|AYYE01000895.1 2199 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2199
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             77..1366
                     /gene="nqrF"
                     /locus_tag="SEQF2634_00646"
                     /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="MMVLLEISGLTIGASVAVFLIIVLLLVVLLLVAKAKLMPSGNVK
                     LTVNGEKEIETPIGGTLLGALQSGNIFLSSACGGGGKCGQCRAQVIEGGGDILPTEKV
                     FFSRKQMKDHWRLACQTKVRNDMTVQVPDEVFGVKEYECTVVSNKNVATFIKEFIVAL
                     PPGEHMDFIPGSYAQINIPKFSMDYNVDIDKDSIGAEYLPAWEKFGLFTLKCRNDEET
                     IRAYSMANYPAEGDRFMLTVRIATPPFKPKPQVGFMDVMPGIASSYIFTLKPGDKVKM
                     SGPYGDFHPIFNSKNEMIWIGGGAGMAPLRAQIMHMTKTLHTRDRKMSYFYGARALNE
                     VFYLDDFLAIEKEYPNFSFHLALDRPDPAADAAGVKYTAGFVHNVLHDTYLKDHDAPE
                     DIEYYMCGPGPMSKAVEGMLDSLGVPPENLMFDNFGG"
ORIGIN      
        1 tggggtagag gcgtgtgccg gagcctccgg ccagtacgat tcctttcatc tgtagtgttg
       61 tatttacggg gttgttatga tggttttatt ggaaatctca ggactgacga tcggagccag
      121 cgtagcggtg tttctcatca tcgtgctgct gctggtcgta ctgctgctgg ttgcaaaagc
      181 caagctcatg ccgtcgggca acgtcaagct gaccgtcaac ggcgaaaaag aaatcgaaac
      241 gcccatcggc ggcaccctgc tcggagccct tcagagcggc aacatcttcc tctcctccgc
      301 ctgcggtggc ggcggtaaat gcggccagtg ccgcgcgcaa gtcatcgagg gaggcggcga
      361 cattttgccc accgaaaagg tcttcttcag ccgcaaacag atgaaagacc actggcgact
      421 ggcctgccaa acgaaggtca ggaacgacat gacggtgcaa gtgcccgacg aagtcttcgg
      481 cgtcaaggag tacgagtgca ccgtggtctc gaacaagaac gtggccacct tcatcaagga
      541 gttcatcgta gccctgcccc cgggcgagca catggacttc atccccggct cctacgccca
      601 gatcaatatc cccaaattct cgatggatta caacgtcgac atcgacaaag actccatcgg
      661 cgccgagtac ctgcccgcgt gggaaaagtt cggcctcttc accctcaaat gccgcaacga
      721 cgaggagacg atccgcgcct attccatggc caactatccg gccgagggcg accgcttcat
      781 gctcaccgtc cgcatcgcca ccccgccctt caagccgaag cctcaggtgg gattcatgga
      841 cgtcatgccc ggcatcgcat cctcttacat cttcaccctc aagcctggtg acaaggtgaa
      901 aatgagcggc ccctatggcg acttccaccc gatcttcaat tccaagaacg agatgatctg
      961 gatcggcggt ggcgccggta tggcccccct gcgcgcacag atcatgcaca tgaccaagac
     1021 gctccacacg cgcgatcgga agatgtccta cttctacggc gcccgtgccc tgaacgaagt
     1081 cttctacctc gacgacttcc tggccataga gaaggaatac cccaacttct ccttccacct
     1141 cgccctcgac cgacccgatc cggccgccga tgccgcaggc gtgaagtaca ccgctggatt
     1201 cgttcacaac gtcctgcacg acacctacct caaggatcac gacgcacccg aagacatcga
     1261 gtactacatg tgcggccccg gccccatgtc gaaagccgta gagggcatgc tcgacagcct
     1321 cggcgtaccg cccgagaacc tcatgtttga caacttcgga ggctgaaaca tcagcctgct
     1381 gttttttcct tctggatatg cgggggaccc gtcgggtctt ccgcatattt tttgcctcgt
     1441 cgaggctttt ttgtgtcacg atccgccgtc gtacacccca ctagcacttc tacacccgtc
     1501 gtctctacag atcctaccat gatacatcct attggcgcaa aacatcactt tcatagccta
     1561 taaaagttct cattcatacg tgacataact ttcatagcct atgaatctct ctctacatct
     1621 aaatacttac tgaaatagcc tatagagatc attccaacta tccattcctc tcttcatagt
     1681 ctatgaacat tcctatccac ataaaaatct actttcatcg cctataaaag ttcttattca
     1741 tacggataac aactttcata gtctatgaat ccctctattc atccaaactc ctatccatat
     1801 agccaataaa aacaactatc attatcagca caccttgtca tagcctacta tctcttctat
     1861 acatagagag aacaatcttc ataggctata aaagttatat ttcatacgtg gaataacttt
     1921 catagcttat aaatcttgca ctccctatct acacagacca tttttatgga ctacggcgcc
     1981 tcctcttgca tcgaagccct gatgaagccg tcaacagcag gtcggacgcc aatcacctga
     2041 caagattggc atacttttgc gccatatccg ccgctccaaa ccccgaaagc ggaacaagca
     2101 cgacggataa acaaacccat cataacaacc ccgtaaatac aacactacag atgaaaggaa
     2161 tcgtactggc cggaggctcc ggcacacgcc tctacccca
//
LOCUS       SEQF2634|AYYE01000896.1 7473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7473
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             135..1511
                     /gene="pntB"
                     /locus_tag="SEQF2634_00647"
                     /EC_number="1.6.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB67"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD(P) transhydrogenase subunit beta"
                     /translation="MSPAFITTAYIAAALFFVLGLAGLSKQETAKQGNYFGIAGMALA
                     LVTTLLSDRVGALIWVFIALAIGAVIGLRLAKKVEMTAMPELIALLHSFVGLTAVFVG
                     VNNALYPPDLESDMLTTHLIEVFLGVFIGAVTFSGSIVAYGKLSGRISSAPLMLKRKN
                     ILNVLALVTSFILLFCFVMGEDSLWPLLLMLIIALFFGWHLVASIGGADMPVVISMLN
                     SYSGWAAAAAGFMLNNDLLILTGALVGSSGAILSYLMCKAMNRSFLSVIMGGFGNTQS
                     NQNGEVRGHYQETDPEETAKILKSAKSVVIVPGYGMAVAQAQYPVTDLTQKLEKHGVQ
                     VRFGIHPVAGRLPGHMNVLLAEAKVPYDIVKEMDEINDDFKNTDAVLVIGANDTVNPA
                     ASENQGSPISGMPVLRVWEAKTVIILKRGMNTGYAGVQNPLFYKENSRMLFGDAKATV
                     QAIVQNID"
     CDS             complement(1570..2910)
                     /gene="hslU"
                     /locus_tag="SEQF2634_00648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6H6"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent protease ATPase subunit HslU"
                     /translation="MTTTSVMTPREIVHELDKNIIGQGAAKKAVAIALRNRYRRSQVA
                     EPLRTEIVPKNILMIGPTGVGKTEIARRLAKLANAPFIKVEATRFTEVGYVGKDVESI
                     IRDLTELAMKKIRAEAIEKNRLKAQKAAEDRILNALLPSAKSAGFADEPQQEEENNTR
                     HKLRDKLRKGELDDKEITLSVSLPNIKNMSIFGPPGMEDFTEQLQGMFSDLSQGQKRE
                     KKLKIAEAMKLILDEEAAHLINENDLREEVVHAVEQNGIVFIDEIDKVASSSERGSGA
                     DVSRQGVQRDLLPLVEGTAVSTKHGVIRTNHILFIASGAFHLSRPSDLIPELQGRLPI
                     RVELDSLSVEDFKAILQQTDASLAKQYTALLATDGVHIRFTDDGIDTIAKIAFSVNEK
                     TENIGAHRLHTVMEKLLEEVSFDTPKQEVIIDAAYVEKRLGDIAEHQDLARYVL"
     CDS             complement(2930..3481)
                     /gene="hslV"
                     /locus_tag="SEQF2634_00649"
                     /EC_number="3.4.25.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B7LA29"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent protease subunit HslV"
                     /translation="MENHMHGTTILSVRKGDEVAIGGDGQVTLGHTVMKASARKVRKL
                     YNDSVLAGFAGGTADAFTLLELFESKLQKHQGKLLLSAIELAKEWRSDRVLRRLEAML
                     IVADKDNTLILTGTGDVLDPEEGIAAIGSGGPYAQAAARALLQNTDLSPKEIVEKALK
                     IAGDICIYTNQSHTIETLEKAKS"
     CDS             3642..5807
                     /gene="glcB"
                     /locus_tag="SEQF2634_00650"
                     /EC_number="2.3.3.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37330"
                     /codon_start=1
                     /transl_table=11
                     /product="Malate synthase G"
                     /translation="MKKTIAGLQIEETLYRFFEEELLKPHPTVKSETFWPAFADYLDT
                     LGKKNQVLLNKRQYLQNKIDDWNKKNNAHQEDIAAYKEFLKEIGYLNPAPAPFTIKTK
                     NVDSELTEQTGPQLVVPVANARYALNAANARWGSLYDALYGTNVIDTSGDLSPGKSYN
                     EKRGAAVIHKARQLLNTVLPLKNGQHEDAIGYRIENDDLIVELKSGQKTALQESATFV
                     GFTGRKDKPESLLARHHGLHVELLIDPESPIGKNDPAHIKDIILEAAISTIMDMEDST
                     AAVDGEDKAHVYHNWLGLLLGTLREEVEKNGRTFTRKLNNDRYYTGVKGDPITLKGRS
                     LMFVRSVGHLMRTPAIIGLDGKEVFEGLVDDMVSALAASLAFTSPLINSNKKSMYIVK
                     PKMHGPEEVAFAREVFEAAEKIAHLPENTLKIGVMDEERRTSLNLEACIKEVQERLVF
                     INTGFLDRTGDEIHTSMYYGPMVRKEKMKNQDWLQAYELNNVQIGLKCGLVGKAQIGK
                     GMWAKPDAMQEMLKEKIAHPEAGATTAWVPSPTAATLHALHYHKVDVRAVQENLSKQD
                     FKDYTDSLLTLPVVSNPIWSNAEKKEELENNCQGILGYVVRWVEEGVGCSKVPDIHNI
                     PLMEDRATCRISSQHVANWLLHHIVSKEEVEETLRKMAQVVDQQNAGDPLYVSMAQNF
                     DRSCGFRAAHDLIFKGVEQPSGYTEPILHQWRAKEKQQG"
     CDS             5811..6305
                     /gene="ybeY_1"
                     /locus_tag="SEQF2634_00651"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71335"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoribonuclease YbeY"
                     /translation="MKPRQRSFYIRQHKRLDLQIKKQSREITPKDSDFFRWIFAALQP
                     FYDYGEIGLLLADKEAARDYNHEYRGKDYPTNVLSFPLPLANNDAVLRGDLIICPAVV
                     EEEATRDHKSLQAHYAHLSVHGVLHLIGFDHIKEKDALNMENKEISILNSLGYSNPYI
                     MQDF"
     CDS             6321..7160
                     /gene="corC_1"
                     /locus_tag="SEQF2634_00652"
                     /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="MEERSDRRNFWDRVTQKLGKRVPTSQEELKQILQEAQEAEMIDE
                     YTARLMARALEFSSREARDVMVTYSQMDVIHVQDNLKDIIDFSFKTAHSRFPVVAGDK
                     DEILGILHTRDLFNYFFIPEEFNLKSLLREPVYVSEGQNLPALVKEFRDKRTHIAIVV
                     DEHGGVSGLVTLEDVIEEIFGDIEDEFDLIDNEKNIVQTGSDTYYVNATTELEEFNEY
                     FSSHLAEEDADTVGGLVLGLFGYLPKRGEVAKSEPFVFQVARVDKRRILLLKVRYTSN
                     EDA"
ORIGIN      
        1 ttgcagatgg gctctggcca ctttgtagtg agtttactcg cctggatagg catcttattg
       61 gttagcatta atattttcgg cggttttgcc gtaacagcgc gcatgcttaa aatgtttcgg
      121 aaagggtaaa ctctatgtca ccagcattca tcaccaccgc ttatattgcc gccgccctgt
      181 tttttgtttt gggacttgca ggcttatcca aacaagaaac cgctaaacaa ggtaattatt
      241 ttggtatcgc cggaatggct ctggctttag ttaccacttt attaagtgac cgtgtagggg
      301 cgcttatttg ggtattcatc gccttagcca tcggcgctgt gattggatta cgcctggcta
      361 aaaaagtgga aatgaccgct atgccagaat tgattgccct cctacacagc ttcgtcggtt
      421 tgactgcagt ttttgtcggt gtaaacaatg ccctttatcc ccccgattta gaaagtgata
      481 tgctaaccac ccacttaatt gaggtctttt tgggggtgtt tatcggagcg gttactttct
      541 ccggttctat cgtcgcctat ggcaaattga gtggtcgaat tagtagcgcg cccttaatgt
      601 taaagagaaa gaacattttg aacgtgttgg cattggttac ttcttttatc ctacttttct
      661 gttttgtcat gggtgaagat agcctctggc ctttattgtt aatgcttatc attgctttgt
      721 tttttggctg gcatttggtc gcttctatag gaggtgccga tatgcctgta gtgatttcta
      781 tgctcaattc ctattctggt tgggcagcgg cagcagcggg ctttatgttg aataatgacc
      841 tattgatcct aacgggcgcc ttagtcgggt ctagcggagc tattttgtcc tatttgatgt
      901 gtaaggcaat gaatcgatcc tttttatcag tgatcatggg gggctttggc aatacccaat
      961 ccaatcaaaa cggggaagtg aggggccatt atcaggaaac tgacccggaa gaaactgcca
     1021 aaattctaaa atctgctaaa agtgtcgtga tcgtaccagg ttatggaatg gcggtagcgc
     1081 aagcacaata tcccgtgacc gacctcacgc aaaagctaga aaaacatggc gtccaagtgc
     1141 gttttggcat ccacccagtg gccggacgct tacctgggca tatgaatgtt ttgttagccg
     1201 aagccaaggt accttatgat atcgttaaag aaatggatga aatcaacgat gattttaaaa
     1261 acaccgatgc cgtattggta attggcgcca acgataccgt caatccagcc gcgagtgaaa
     1321 accagggaag ccccatttct ggcatgccag tactccgggt gtgggaagca aaaactgtga
     1381 ttatcctgaa aagagggatg aacaccggtt atgcaggcgt gcaaaacccc ttattttata
     1441 aggaaaacag tagaatgctc ttcggcgatg ccaaagctac cgttcaagca attgttcaaa
     1501 atatcgatta acaatagtta ataaagcctc gagtgatgaa gcgcttgggg ctctttagtt
     1561 gttttatctt tatagcacat agcgggccag atcctgatgt tcggcaatat cacccaggcg
     1621 cttttctaca taggctgcat cgataattac ctcctgttta ggagtatcga aagaaacttc
     1681 ttccagtagt ttttccatca ccgtatgcaa tcggtgagcg ccgatatttt ctgttttttc
     1741 attgacgcta aaagcgattt tggcaatggt atcgatgcca tcatccgtaa aacgaatgtg
     1801 caccccatcc gttgctaaca aggcagtata ttgtttggct aaagaagcat ccgtctgctg
     1861 caagatcgcc ttaaaatcct ccacacttaa gctatctaac tctaccctta tagggagacg
     1921 gccctgcaat tctggaatca aatcagaggg ccgactcaaa tggaaggcac ctgaagcaat
     1981 aaacaagata tggttggtgc gaatcacacc gtgcttggtt gagactgctg tcccttcgac
     2041 caatggtaat aaatctctct gcactccttg acgcgataca tcggccccgg agccgcgctc
     2101 gcttgaggag gcaactttat cgatttcatc gatgaataca atgccgtttt gctcgactgc
     2161 atggacgact tcttcccgta aatcgttttc attgattaaa tgggccgctt cttcatctaa
     2221 aatcaacttc atcgcctcgg caatttttaa tttcttctct cttttttggc cttggcttaa
     2281 atcggaaaac ataccttgca attgctccgt aaagtcttcc atacctggag gaccaaaaat
     2341 ggacatattt tttatattgg gtaaagaaac agacaaagta atttctttat cgtccaattc
     2401 acctttgcgc aatttatcac gcaatttatg gcgcgtattg ttttcttcct cctgctgcgg
     2461 ctcatcggca aaacctgctg atttagcact gggtaacaga gcatttaaaa ttctatcttc
     2521 cgctgctttt tgtgctttta accgattttt ctcaatcgct tcagcacgga tttttttcat
     2581 cgccaactcg gttaaatcgc ggataatact ttccacatct ttgccaacat aacccacttc
     2641 cgtaaatcgg gttgcttcta ctttgataaa aggtgcattg gctaatttgg ccaaacggcg
     2701 agcaatttcg gttttaccca ccccagtggg gccgatcatt aaaatgtttt tgggaacgat
     2761 ttctgtacgc aggggctctg ccacttgact gcggcgataa cgattacgta aagcaatcgc
     2821 cactgctttt ttcgctgccc cctggcctat aatattttta tctaattcat ggacgatctc
     2881 tctaggagtc atcactgatg tagttgtcat gtcctttttc cctctctctt tacgactttg
     2941 ccttctctaa agtttctatg gtgtgcgatt gattggtata aatgcatata tcgccagcaa
     3001 ttttcagcgc tttttccaca atttccttag gggataaatc agtattctgt aataaagccc
     3061 gcgccgctgc ctgggcataa ggcccccccg agccaatggc cgcaatccct tcttcaggat
     3121 cgagcacatc accggtaccg gtcaaaataa gagtattatc tttatcggca acgatcaaca
     3181 ttgcctccaa gcgacgaagc actcgatcgg atcgccattc tttagccaat tcgatggccg
     3241 ataacaacag cttgccctga tgtttttgca gtttgctctc aaaaagttct aacaaggtaa
     3301 aggcatcggc cgtgccgccc gcaaagcccg caagtacact atcattatag agtttacgca
     3361 ctttgcgtgc actggctttc atcactgtat gacctaaagt cacttgccca tcaccgccaa
     3421 tcgcaacttc atcccctttg cgtacactca atatggtggt gccatgcata tggttttcca
     3481 tagctttttt gtgctccagc ttaaaattta tcaactcagt aagttatggg ggcaaaagag
     3541 caagatacaa gggaatctat ccctatccat tgacgatccc cccagggcgt tttacacttt
     3601 ctggcagccg ctcttttttt actttaagaa ggaactggat tatgaaaaaa accattgctg
     3661 ggttacaaat tgaagaaact ttataccgtt tttttgagga agaattatta aaacctcacc
     3721 ccacggtaaa aagtgaaacc ttttggccag cttttgcaga ctatctagat actttaggta
     3781 aaaaaaacca agtcttgctt aataaacgac aatacctaca aaataagatc gatgattgga
     3841 ataaaaaaaa taacgcccac caagaggata tcgcggctta taaggagttc ctaaaagaga
     3901 tcggctactt aaaccctgca cccgcacctt ttacgattaa aaccaagaat gtagacagcg
     3961 aattaacaga acaaactgga ccacagctgg tcgtgcctgt agccaatgcc cgctatgcct
     4021 tgaatgccgc caatgcacgc tggggcagct tatatgatgc cctttatgga accaatgtca
     4081 ttgatacttc aggggatctt tccccaggaa aaagctataa cgaaaagcga ggggcagcgg
     4141 ttattcacaa agcacgacaa ttattaaata cagtattgcc tttaaaaaac ggccaacatg
     4201 aagatgccat cggctaccga attgaaaacg acgatttgat cgtggagctt aaatctggtc
     4261 agaaaactgc tctgcaagaa agcgctactt ttgtaggctt caccggtcgc aaagataagc
     4321 ccgaatcact gctggcacgc caccatggac tgcacgtaga gctattgatc gatcctgaaa
     4381 gcccaatcgg aaaaaatgat ccagcccata ttaaagacat catcctagaa gcagcaattt
     4441 ccaccatcat ggatatggaa gattccaccg ctgccgtaga tggcgaggat aaagcacatg
     4501 tgtaccataa ttggcttggt cttttactcg gtacattgcg cgaagaagtg gaaaaaaatg
     4561 gtcgtacatt tacccgaaaa ctcaacaacg accgttacta taccggggta aaaggcgatc
     4621 ccattacctt aaaagggcgc tcgttaatgt ttgtacgcag cgtcggccac cttatgcgta
     4681 cgccagcaat tatcggcttg gatggtaaag aggtttttga aggcctggtg gacgatatgg
     4741 tttctgctct ggcggcgagc ttggctttta ccagtcccct tatcaacagc aacaaaaaat
     4801 ccatgtacat tgtaaaacca aaaatgcatg gaccagaaga agtcgctttt gctcgtgaag
     4861 tatttgaagc agcagaaaaa atcgctcatt taccagaaaa taccttaaaa atcggcgtta
     4921 tggatgaaga aagacgtacc agcttaaacc tagaagcttg catcaaagaa gtgcaagaac
     4981 gccttgtctt tatcaacacc ggatttctgg atagaaccgg cgatgaaatc cataccagca
     5041 tgtattatgg gccaatggtc cgtaaggaaa aaatgaaaaa ccaggattgg ttacaggcct
     5101 acgaacttaa taatgtacaa atcggtctta aatgtggctt agtgggtaaa gcacaaatcg
     5161 gtaaaggcat gtgggctaaa cccgatgcca tgcaggaaat gctcaaagaa aaaatcgccc
     5221 atcctgaagc aggggctacc acagcctggg ttccatcgcc gactgctgct accttgcacg
     5281 ctttgcatta ccataaggtg gacgtgcgcg ccgtgcaaga aaatctttct aaacaggatt
     5341 ttaaagacta cactgattct ttactgaccc tccctgtggt ttcgaatcct atttggagta
     5401 acgcagagaa aaaagaagaa cttgaaaata actgtcaagg gattttaggc tatgtggtgc
     5461 gctgggtaga agaaggcgta ggctgttcta aggtgccgga tattcacaat atccctttaa
     5521 tggaagatag ggcaacctgt cgtatttcta gccaacacgt ggctaactgg ttgctacacc
     5581 acatcgtaag caaagaagaa gtagaagaaa ccttaaggaa aatggcgcag gtagtggatc
     5641 agcaaaatgc tggtgatcca ttgtatgtct cgatggcgca aaatttcgat cgctcctgtg
     5701 ggttccgtgc cgcccatgat ttaatcttta agggagtgga acaacccagc ggctacaccg
     5761 aacccatttt gcatcaatgg cgggctaagg aaaaacaaca aggctaaaga atgaagccta
     5821 gacagcgttc tttttatata cggcaacaca agcgtttgga tttacaaata aaaaagcaga
     5881 gtagagaaat aaccccaaaa gacagtgatt ttttccgctg gatctttgct gcgctgcaac
     5941 ctttttatga ttatggggaa attggtttac ttttagcaga taaagaagcg gccagagact
     6001 ataatcatga ataccgtggc aaagattatc ccaccaacgt gcttagcttt cctttaccgt
     6061 tggccaataa tgatgccgtt ttacgcggag atttaatcat ttgtccggcc gtggtagaag
     6121 aagaagcaac tagagatcat aaaagtttac aggcccatta tgcccattta agtgtgcatg
     6181 gtgtcttaca tttaatcggg ttcgatcata taaaagaaaa agacgcctta aatatggaaa
     6241 acaaagaaat tagcatatta aattctttag ggtatagtaa cccctatata atgcaggatt
     6301 tttaaagcaa gccagaaaac atggaagagc gatcggatcg acgtaatttt tgggataggg
     6361 tcacccaaaa acttggcaaa agagtgccca ccagtcaaga agaattaaag caaatcttgc
     6421 aagaagccca agaagcggaa atgattgacg agtatactgc tcggttgatg gctagagctc
     6481 ttgaattttc ttctcgggaa gcccgcgatg taatggttac ctacagtcaa atggatgtta
     6541 tccatgtgca agataatctg aaagatatca tcgatttttc ttttaaaact gcccattcac
     6601 gtttcccagt ggtcgccggg gataaagatg aaattctggg tattttacat acccgcgatt
     6661 tattcaatta ttttttcata ccagaagaat ttaatttaaa aagcttactg cgtgagcccg
     6721 tatacgtttc cgaaggacaa aacctccccg ccttagtgaa agaatttcgc gataaacgca
     6781 cccacattgc tattgtggtc gatgagcatg gaggagtctc cgggctcgtt actttggaag
     6841 atgttatcga ggagattttt ggcgatattg aagatgaatt cgatctcatt gataacgaaa
     6901 aaaatatcgt ccaaactgga tccgatacct attatgtcaa cgcaaccacc gaacttgaag
     6961 aatttaatga atatttttcc agtcacctgg cggaagaaga tgccgatact gtcggtgggc
     7021 tggtattggg gctttttggt tatcttccta aacgcggcga agtggcaaaa agtgagccct
     7081 ttgtttttca ggtagcacgc gtggacaaac ggcggatatt actcttgaaa gtacgctata
     7141 cgtcgaacga agacgcttaa tcttatgaaa aatttccaaa ctctcttaat ttctattatt
     7201 gccctgttat caggcggcgc tactgttttt tcctttgccc ctttttatca ctattattta
     7261 gctccgctgc tatttttagt attactcgtt ctctattatt actttccccg ccaccgctcg
     7321 ctttacactt acctttgggc gttcgctgcc ttttttggac agtgctattg gatacatacg
     7381 gcactcactg tatttggcgg tattccagaa ggaatagcac tttttttcac cctcctccta
     7441 ccgttgttct tagctttatt ccctttgaca gcc
//
LOCUS       SEQF2634|AYYE01000897.1  861 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgccgaaaa tattaatgct aaccaataag atgcctatcc aggcgagtaa actcactaca
       61 aagtggccag agcccatctg caataaggtc cctactataa taattccaga aatggcattg
      121 gtttctgcca tcaaaggcgt atgcaaagaa tgactgacat tccaaataac gtagtacccg
      181 acaatgcaag acaatacaaa caccataaag tggcttaaaa aggtttctgg taacaggctg
      241 cctaaaaaaa gcgcggcgat aaaagcaatc agactaatga aaaatagacg cccaggatgc
      301 cgtgggtgct tttgtcgacc gctttgcagc gctggcgctt ttttatcaga agtatgatcc
      361 gtgctcgaag tacttttttg cgacacttgg atcggtggcg gtggatataa aatctcgcct
      421 ttttcagaga ccaacatcgt gcgaataatt gggtcttcat gagtcaactg gattgaacca
      481 tttttttccg ggctaagtaa ggcagtgaga tgatagaggt tagtagcgta aagctgtgat
      541 gcttgggcag gaagacgact cgctaaatcg gtatagccca ggataatgac ccccctgtcg
      601 gtgaccacct tttccccagg agcggtgtag gcgcaattgc ccccagaagg ggcagccaaa
      661 tcaacaatta ctgaccccgg tctcatttga tcgatcatct ctttagtcag caagatgggt
      721 gcttttttgc ctggaatcgc agcggtcgtg atgataacgt ccattacagg ggcctctttt
      781 gcagatgggc tctggccact ttgtagtgag tttactcgcc tggataggca tcttattggt
      841 tagcattaat attttcggcg g
//
LOCUS       SEQF2634|AYYE01000898.1 2457 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2457
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             51..191
                     /locus_tag="SEQF2634_00653"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHPLCDVSSPRFLRNMYPKTHFGVHILIDMYPKAHFRVHIPPID
                     PP"
     CDS             215..397
                     /locus_tag="SEQF2634_00654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRKISNTQAVCILFLWFLLVYMLLRYSPTVDFMTVFTIIASG
                     VIVFVPLYKNRRHKDR"
     CDS             complement(801..956)
                     /locus_tag="SEQF2634_00655"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERELSKFEENVVKGASLAFQRLVKKRKEENGELVFARNGRIF
                     KVKAVDL"
     CDS             complement(949..1524)
                     /locus_tag="SEQF2634_00656"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYLYIISGCNGAGKTTASYTILPEMLGCKEFVNSDEIAKGLSP
                     FNADNIAVAVEASRIMYRRIRELVAANKTFALETTLASRSIAKLLQNAQEKGYYVTLL
                     YFWLNTPDLAVERVRNRVASGGHNVTESTVRRRYTAGIQNLFQLYIPICDYWMITDNS
                     LSPMEVIAKGFKNGKREIYNPVVYNKLETYE"
     CDS             complement(1956..2384)
                     /locus_tag="SEQF2634_00657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSGDDSSIGRRNSTTLHPASAPRNRPLRRTKKKNASPTMPYSL
                     TKVPTAIISAAQPSCPSSISTKARISSAAMATLNCAILSAVNSSLAQNQAMKIRPRRS
                     MGSFRTATNSSPAIANSHSTSPISGGQTANGATTQLNTGP"
ORIGIN      
        1 tctactacgc caaatatcag gaagttgctt ttatgcctta tatgtgattt atgcaccctc
       61 tttgtgatgt ctcctcgccc cgattcctcc gcaacatgta cccgaaaacc cactttgggg
      121 tacatattct catcgatatg tacccgaaag cccactttag ggtacacatt cctcccatcg
      181 atcccccata aacaactcca aaacgcactc catcatgccc cgccgcaaga tcagcaacac
      241 ccaagccgtg tgcatccttt ttctgtggtt ccttttggtc tacatgctcc tccggtacag
      301 tccgacggtg gacttcatga ccgtctttac catcatcgcc tcgggcgtca tcgtcttcgt
      361 gcccctctac aagaaccggc ggcacaagga ccggtagcgt cctcctcctt cgacgcctgt
      421 cggagccgtg aaccctgagg gttttgccct tcgacgctcg tcggagccgt gaaccctgag
      481 ggttttcccc ttcgacgccc gtcggagccg tgaaccctga gggtttcccc cttcgacgcc
      541 cgtcggagcc gcgaaccctg agggttttct ccttcgacgc ccgtcggagc cgcgaaccct
      601 gagggttttc ttcttcgacg cccgtcggag cacttcatgc gcccccatac atgcgggata
      661 atcggccatc tcgccttcgt gcggacataa aaaaggcgta agcgtgataa acacttacgc
      721 cgacaccccg gagagaaacg ctttgcctta aaaagggggg ctgaaagaac gagatctccc
      781 tcttgttagg gaaagagtaa ttatagatca acggctttca ccttaaagat ccgtccgttt
      841 cgagcgaaga ccagctcgcc gttctcttcc tttctcttct tcaccaaacg ttggaaggcc
      901 aaactcgcac ctttcaccac gttctcttca aacttgctca actctcgttc attcataagt
      961 ttccaattta ttataaacaa cagggttata gatctctctc tttccgttct tgaagccctt
     1021 agcgatcacc tccatcggcg agagggaatt gtccgtgatc atccaatagt cgcagatggg
     1081 gatgtagagc tggaacaggt tctgaatacc cgccgtgtag cgccgcctaa cggtgctttc
     1141 ggtgacattg tggccgcccg atgctactcg gttacgtacg cgctctacgg ccaagtccgg
     1201 cgtgttcagc cagaagtaga gcagggtcac gtagtagccc ttttcctgcg cattctgtag
     1261 cagtttggct atcgaacggc tggccaaggt cgtctctaat gcaaacgtct tgttggcggc
     1321 cactaattcc cggatgcgcc tgtacatgat ccggctggcc tctaccgcta cggcgatatt
     1381 atcggcgtta aagggcgaca atcccttcgc gatttcgtcg gaattgacga actccttgca
     1441 tcctaacatt tcgggcagga tggtgtagga ggcggtcgtt ttaccggcgc cgttgcagcc
     1501 ggatatgatg tataagtagg gcactgttct gggggattac ttgacgcaaa agtaggttat
     1561 atttccgtac cccccgcgtt tggagtacga aaagtgcaat aaaggggaca aagcggcgtt
     1621 gctccccagc gacttctgat tttctattac ggatgaagcg aaacggggcg aaacgtcatc
     1681 cttccgaggt gtttttctcc tataacgact gaatgaaaca ggtaacaaaa ccgacctatg
     1741 atgaactgga atgaacgctt gaaagccctt gctgagcgac cgctttttaa tcgctatgca
     1801 ccgatcgggg tggtgtgggc tgtggcggcc attgcggctg ctctactgaa attcccgaac
     1861 aacaacttca ccatcttccg acatgtgttt tggcacgttt gggaggggtt gccgctgtat
     1921 gtgccttatc cggaggtgta tcacgacgtc aatctctacg gcccagtgtt cagctgcgtc
     1981 gtggcgccgt ttgcggtctg tccgccgctg atggggcttg tgctgtggct gttggcgatg
     2041 gcggggctgc tgttcgtggc cgtgcgaaag ctgcccatag agcgtcgggg gcggatcttc
     2101 attgcctggt tctgcgctaa tgagctgttc acggcgctga gtatggcgca gttcaacgtg
     2161 gccattgcgg cactgctgat cctcgccttc gtgctgattg aggaggggca cgagggctgg
     2221 gcggcgctga tgatagccgt agggaccttc gtcaagctgt acggcatcgt ggggctggcg
     2281 ttcttcttct ttgtgcgacg taaggggcga ttcctcgggg cgctggcggg gtggagcgtg
     2341 gtgctattcc ttctgcctat gctgctgtcg tcgccggaat acatcgtggg gcagtatggc
     2401 gcatgggctg aagcgctcac ggtgaagaat gatgcgaatc tctttgcgtt gcgccag
//
LOCUS       SEQF2634|AYYE01000899.1 4866 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4866
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(163..2259)
                     /gene="lolC"
                     /locus_tag="SEQF2634_00658"
                     /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
                     SFTDPIEIYAPKREGRVSASQAATSFQIEYAYISGVFCIDRPEYDANYLILPIDLVRN
                     MLHYDAGEVSALELKLKPGARVGDLKQQIQQRLGQGFRIEDRFEQQEASFRMMQIEKW
                     MTFLILAFILTIALFNVVSSLSMLIIEKEDDVQMLRSMGASQRLIRRIFLYEGCMIPL
                     LGAVVGIAIGVALCLVQQTFGLIRLGETGAFVSDQYPVRVSPWDLLAIFVTVVAIGGL
                     TSWYPVRSAARRWAVTMPKAAAASLLLFGLLATASCSGGGGQSADDSHRVSVTIEAQR
                     YFAERIGGAHFTIHTVVPPGQSPETFDPTPQEMMAVARSRAYLRVGRIGFEQVWMPTI
                     VEQNPHLQVFDLSQGIRWIDSDLSAHDQHAHGGGDPHIWNAPATARQMAENTLRAFCL
                     LDTAHTAVYRAAHASLVAEIDSTDAALHAMLDTLTHRTFIIYHPALTYFAQAYHLKQL
                     AIESDGKEPSAASMKKLIDEARAQRVRVVFVQREFDRKHAESVAREIGARVVIIDPLS
                     AQWKDEMLKIGQALTK"
     CDS             complement(2273..4693)
                     /locus_tag="SEQF2634_00659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPLTLSRHESERAALWLSRSWRVGLWGVCNTPLPIRQEEKLTL
                     WLSRPRKGWDSKMYPLTFSRHESERATLCLSHPWQVGLRGVCNTPLRIRQEERLPLGL
                     SRSWRRGLWGVCNTPLPIRQEERATLCLSHSWRGGLGGVCNTPLPIRKEERAPLGLSH
                     PWQEGRWGVCNTPLRIRQEEKLTLWLSRPWRVGLWGVCNTPLPIRQEERATLGLSRSR
                     KEWDLKMYPLTLSRHESERATLGLSHPWRGGRGGVCNTPLPIRQEERATLRLSCPWRV
                     GRRADVFVPLRIRQKKRATLGLSCPWRVGLGGVCNTPLPIRKEEGSALRLSRSRKGWD
                     SKMYPQTLSRNESERATLGLSRPWRGGLGGVCNTPLPIRREERLPLGLSRSWRVGLGG
                     VCNTPLRIRQEEKATLRLSRSRKGWDSKMYPQTLSRHESERATLGLSRPWRGGLGAYA
                     FAPLHIRQEERATLGLSRPWRGGRGGVCNTPLRIREEEGSALWLSRSWRGGRGGVCNT
                     PLPCWKEERSPLGLSRPRKGWGSKMYPQTLSRHESERATLELFRPWRGGRGGVCNTPL
                     RIRQEEVSRRRLSHPRKGWDSKMYPQTLSRHESERATLWLSRPWREGLGGVCNTPLRI
                     RQEERLPLQLSHPRKGWDLKMYPLTLSRHESERATLGLSRPWRVGLWGVCNTPLPCWK
                     EERTILGLSCPWRGGRGGVCNTPLRIRQEEGSALGLSRPRKGWDSKMYPLTLSRHESE
                     RSPLGLSRPWRVGLWGVCNTPLQIRQEERLTLWLSRPWRGGRGADIFATCPYSFLVTI
                     TPRLTFHF"
ORIGIN      
        1 actcaaaatg actgggaatg ggatgatctg ttggggtcac tttgttagcg ccggtttgtt
       61 tctgataaat gaaaggaggg cgaaagaaaa tcaaggcgcc aggggcgccg gccaaccttt
      121 ctggatactc aaaatgactg ggatggggat tgtctgttgg ggtcactttg ttagcgcctg
      181 tccgattttg agcatctcgt ctttccattg ggctgaaagg gggtcgataa tgactacgcg
      241 ggcgccgatc tctctggcaa cggattcggc gtgcttgcgg tcgaactcgc gctgtacaaa
      301 aacgactcgc acgcgctggg cccgagcttc gtcgataagt tttttcatcg aggcggccga
      361 gggctctttg ccgtcgcttt ctatcgccag ctgcttgagg tggtacgcct gggcgaagta
      421 ggtcagcgcc gggtggtaaa tgatgaacgt gcggtgggtg agtgtgtcca gcatcgcgtg
      481 cagggcggcg tcggtggagt cgatttcggc cacgagcgag gcgtgggccg ctcggtagac
      541 tgcggtgtgc gccgtgtcga ggaggcaaaa ggcgcggagg gtgttttcgg ccatctgacg
      601 tgcggtggca ggcgcgttcc agatgtgcgg gtcgcccccg ccgtgtgcgt gctggtcgtg
      661 cgcggagaga tcgctatcga tccaacgaat gccttgggag aggtcgaaga cttgcaaatg
      721 cgggttttgc tccacaatgg tcggcatcca gacttgctca aacccgatgc gtccgacacg
      781 caaataggcg cggctacggg ccacggccat catttcctga ggcgtggggt cgaacgtttc
      841 cggactttgc ccgggcggca ctacggtatg gatcgtgaaa tgcgcgccgc cgatgcgctc
      901 ggcaaagtag cgctgcgcct ctatcgttac ggacacgcga tggctatcgt cggccgactg
      961 ccctccgccg cccgagcagc tcgccgtagc cagcagcccg aacaacagca gactcgccgc
     1021 ggcggccttg ggcatggtca cggcccaccg tcgagcggcc gagcgaacgg ggtaccacga
     1081 cgtgagccca ccgatcgcga ccacggtgac gaagatggcc agcagatccc agggcgacac
     1141 gcgcacggga tactggtcgc tgacgaaggc ccccgtctcc ccgagccgga tgagaccaaa
     1201 cgtctgctgc acaaggcaaa gcgcgacgcc gatggctatg cccacgacgg cgcccaagag
     1261 cggaatcata catccttcgt agagaaagat gcggcgaatc aaacgctggc tggcgcccat
     1321 actacgcagc atctgcacat cgtcttcctt ctcgatgatg agcatggaga gcgagctgac
     1381 tacgttaaac agggcgatgg taaggatgaa ggcgaggatg agaaaggtca tccatttctc
     1441 gatttgcatc atgcggaacg acgcttcctg ctgctcgaaa cggtcttcta tgcggaagcc
     1501 ttggcccagc ctctgctgga tctgctgctt gaggtcgccg acccgggccc cgggtttcag
     1561 cttaagttcg agagccgaca cctcgcccgc atcgtagtgc aacatattgc gaactaagtc
     1621 gataggcagg atcaggtaat tcgcgtcgta ctccggacgg tcgatgcaga agactccgct
     1681 gatgtaggcg tattcgatct ggaacgaggt ggcagcctgg gacgcgctga cgcgtccttc
     1741 acgcttgggg gcatagatct cgatcggatc ggtgaaggac gcattgacgc ccagggtgga
     1801 cgccagtcca atgccgggga tggcatagtc cgtccccccc tcattcaacg cataacgccc
     1861 gtcgataagc accgatccaa ggtctacggt gcgctcgaag gcgctgtcta cgcccttggc
     1921 cacggctatc tgttgacgac cgccgtagcg gaggagcacg ttctcttgca acacctccgt
     1981 ggcggcttcc acctggggca gggcacgcac cgagcgcatc gcgtcggtgt tgggaatgaa
     2041 caccttaccc tctacggccg taatcttaag atcaggatca aagtggccaa acatggaggc
     2101 cacgagatcg tgaaatccat tgaagacgga cagcacacag accagcgcga cggtggccac
     2161 agccacgctg caaacagaaa tcatagaaat gatgttgatg gcgttgtgcg acttcttagc
     2221 caacagatag cgcctggcga tgaagagagg taggttcacg gggttcgaaa aactaaaaat
     2281 gaaaagtaag tctgggggta atggtcacta aaaatgagta aggacaggtc gcaaaaatat
     2341 ccgcccctcg ccctccccgc caaggacggg aaagccaaag ggtcaatctt tcttcctgtc
     2401 gaatttgtag gggcgtattg catacgcccc ataatccaac ccgccaaggg cgggaaagcc
     2461 caaggggtga tctttccgat tcgtgccggc taagggttag ggggtacatt tttgaatccc
     2521 atccttttcg ggggcgggaa agcccaaggg ctgatccctc ttcctgccga atgcgtaggg
     2581 gcgtattgca tacgccccct cgccctcctc gccaaggaca ggaaagccca aggatggttc
     2641 tttcttcctt ccagcaaggt aggggcgtat tgcatacgcc ccataatcca acccgccaag
     2701 ggcgggaaag gccaagggtc gctctttccg attcgtgtcg gctgagggtt agggggtaca
     2761 tttttaagtc ccatcctttt cgaggatgag aaagctgaag gggcaatctt tcttcctgtc
     2821 gaatgcgtag gggcgtattg catacgcccc ctaatccttc ccgccaagga cgggaaagcc
     2881 aaagggtcgc tctttccgat tcgtgtcggc tgagggtttg ggggtacatt tttgaatccc
     2941 atccttttcg aggatgagaa agccgtcgac ggctcacttc ttcctgccga atgcgtaggg
     3001 gcgtattgca tacgccccct cgccctcccc gccaagggcg gaagagctca agagtcgctc
     3061 tttccgattc gtgtcggcta agggtttgcg ggtacatttt tgatccccat ccttttcggg
     3121 ggcgggaaag cccaagaggt gatctttctt ccttccagca aggtaggggc gtattgcata
     3181 cgccccctcg cccaccccgc caagagcgag aaagccaaag agctgatccc tcttcctccc
     3241 gaatgcgtag gggcgtattg catacgcccc ctcgccctcc ccgccaaggg cgggaaagcc
     3301 caagggtcgc tctttcttcc tgccgaatgt gtaggggcgc aaaagcatac gcccctagcc
     3361 caccccgcca aggacgggaa agcccaaggg tcgctctttc cgattcgtgt cggctaaggg
     3421 tttgcgggta catttttgaa tcccatcctt ttcgggagcg ggaaagccga agggtcgctt
     3481 tttcttcctg tcgaatgcgt aggggcgtat tgcatacgcc ccctaatcca acccgccaag
     3541 aacgagaaag cccaagaggc aatctttctt cccgccgaat gggtaggggc gtattgcata
     3601 cgccccctaa tccgccccgc caaggacggg aaagcccaag ggtcgctctt tccgattcgt
     3661 ttcggctaag ggtttggggg tacatttttg aatcccatcc ttttcgggag cgggaaagcc
     3721 gaagggctga tccctcttcc ttccgaatgg gtaggggcgt attgcatacg ccccctaatc
     3781 caacccgcca aggacaggaa agcccaaggg tcgctctttt tttctgtcga atgcgtaggg
     3841 gcacaaaaac atccgccctc cgtccgaccc gccaaggaca ggaaagccga agggtcgctc
     3901 tttcttcctg ccgaatgggt aggggcgtat tgcatacgcc ccctcgccct ccccgccaag
     3961 gatgggaaag cccaagggtc gctctttccg attcgtgtcg gctaagggta agggggtaca
     4021 tttttaagtc ccattctttt cgagaacggg aaagcccaag ggtcgctctt tcttcctgcc
     4081 gaatgggtag gggcgtattg catacgcccc ataatccaac ccgccaagga cgggaaagcc
     4141 aaagggtcaa tttttcttcc tgccgaatgc gtaggggcgt attgcatacg ccccatcgcc
     4201 cttcctgcca aggatgggaa agcccaaggg gcgctctttc ttccttccga atgggtaggg
     4261 gcgtattgca tacgccccct aatcctcccc gccaagaatg ggaaaggcaa agagtcgctc
     4321 tttcttcctg tcgaatgggt aggggcgtat tgcatacgcc ccataatcct ctccgccaag
     4381 aacgagaaag cccaaggggc aatctttctt cctgtcgaat gcgtaggggc gtattgcata
     4441 cgccccttaa tccaacctgc caaggatggg aaagacaaag agtcgctctt tccgattcgt
     4501 gtcggctgaa ggttagcggg tacatttttg agtcccatcc ttttcggggg cgggaaagcc
     4561 aaagggtcaa tttttcttcc tgtcgaatgg gtaggggcgt attgcatacg ccccataatc
     4621 caactcgcca agagcgggaa agccaaaggg ctgctctttc cgattcgtgt cggctaaggg
     4681 ttagggggta catttttgaa tcccatcctt ttcgaggacg ggaaagccca agggctgatt
     4741 cctcttcctg tcgaatgggt aggggcgtat tgcatacgcc ccatcgccct cctttcattt
     4801 atcagaaaca aaccggcgct aacaaagtga ccccaacaga tcatcccatt cccagtcatt
     4861 ttgagt
//
LOCUS       SEQF2634|AYYE01000900.127993 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27993
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(684..1043)
                     /gene="rplS"
                     /locus_tag="SEQF2634_00660"
                     /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="MDLIKIAEEAFATQKEHPAFKSGDTVTISYRIKEGNKERIQQYR
                     GVVIRISGEGDKKRFTVRKMSENVGVERIFPIESPFIEQIVVNKVGRVRRSKLYYLRN
                     LTGKKARIKEKRGTATA"
     CDS             1311..4310
                     /gene="nagZ"
                     /locus_tag="SEQF2634_00661"
                     /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
                     DSVYNAMTDDERVGQLIMIIAEPKLDAANIRRLERYVSELKIGGILFHTGDPSTQAEV
                     TNRLQRAARLPLFIALDGEWGLSMRLRGTTRFPKNMMLGAVQDTRLIEDYGAEVARQC
                     REMGIHINFAPSVDVNTNASNPIIGTRSFGDDPEAVAKRGIAYARGLESRGIMAVAKH
                     YPGHGNTSSDSHYTLPLVNRSERQMDSIDLLPFRRFIAAGFSGIMTGHLSVPSLDGGE
                     QGRAASLSPTIVTEILRKKDGFRGLCFTDALNMRGARPGERENPALSGIKAGNDIALA
                     PSSPDKAVAALRAALDSGVISRKDLESKCRRILAYKYVAGLNHYRPIETRGLSERLNT
                     PHADWLVAKLNEAAITLLKNDANCLPIKQLDKKRIALVTIGSADGDAFFSMLRRYAPV
                     DIFRIYATTRDADFRHILSRLQPYETVICAVYSSRGAERADFLQLLGQKQTIYTFFTT
                     PYTLRNHRDAIRTADAVVLAYESTAPAQEYAAQLIFGGIPARGRLSVSLPGLFQAGAG
                     LTTAKTRLGYHRPEEVGFDPARLAEIDAIANEGVTKGAYPGCRVLVAKDGMIVYNKSF
                     GWYDSRKTRKVTDDAVYDLASVSKATGTLPAVMKAYDDGLIRLNSSISAYVPALRGSN
                     KSDFTVEELLYHQSGITPYIAFYQNARSDHSYMCDDGTTQCADTSRNALPTSSLRTSS
                     IGPSWLSDSPKPGYTTEVARRMYVHDSFRDHIMQDIRNSRLGTRGKYTYSCINFILLK
                     MAIENVYSQPMDHLLNTYFFSRLGASSTTYNPLRKMDTLRIVPTEDDRVMRHQLLRGY
                     VHDEAAALQGGVSGNAGLFSSADDLAKLLQLYLNNGNYGGESYISALTCNMFTHSQSH
                     ASRRGLGFDRPEKTPGKASPCGRLAPASVYGHTGFTGTCFWVDPDNQMIYIFLSNRVN
                     PSRDNNRLSTMGIRARIQDAIYKALKK"
     CDS             4824..5582
                     /locus_tag="SEQF2634_00662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHHVNLSRIRVMNFYLAMSNVSTFLAKEDLETLKLKDQVAIFN
                     EKYKAFDDAVVPLRKSGKTDKLHKHGSERDDALIGLGRHLRLYITYPVKTMSDAAWRL
                     YPVLKGYGKMPHLKPQREKTALISNLLQDYDTAQAKADLTLIGADKWVEILKDSNSKY
                     KGTYQERVEFESALKKGLTQKTRDELYEEFKRLVQRINSLALIEGETPYLNLMEKINV
                     EMKQANLSERPDRKKKDDPDIHLPEDDEVEEKKD"
     CDS             5793..6587
                     /gene="pyrK"
                     /locus_tag="SEQF2634_00663"
                     /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="MKKKYLLDLRVVSNECLQGRYSLLKLTSDSERLPEMDPGQFVEI
                     RVDDSPGTLLRRPISIHNIDRERNELWLLVLPIGDGTRRMARYKSGDVVNILLPLGNG
                     FTVPHAIPSDTKNYLLVGGGVGAAPMLYLGKALRESGLTPTFLIGARSADGIAQREAY
                     AAYGDVYVSTEDGSMGERGFVTDHSIWERASFERIYSCGPKPMMMAVAKQARRTETPC
                     EVSLENMMGCGIGACLCCVEDTTDAGRVCTCTEGPVFNIDRLTWPI"
     CDS             6575..7495
                     /gene="pyrD"
                     /locus_tag="SEQF2634_00664"
                     /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="MADLTTHIGEHLVLKNPVMTASGTFGYGLEYADLMDISRLGAII
                     VKGTTAEPRQGNPYPRMAETPAGMLNAVGLQNRGVDYFVDKIYPAIRSIDTAMIVNVG
                     GSTVETYVECAEKIAALDDIPAIELNISCPNMKQGGMSFGLCAASAAEVVRAVRRVYP
                     RTLIVKLSPNVTDITEIARAVEAEGADAVSLINTLLGMAVDAERRKPILSTVTGGLSG
                     PCVKPIALRMVWQTAKAVCIPVIGLGGIASWRDAVEFMLAGATAVQIGTSNFVDPTVS
                     LKVIDGIAAYCERYGFHHASELVGALETDS"
     CDS             7658..9904
                     /gene="inlJ_1"
                     /locus_tag="SEQF2634_00665"
                     /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
                     KVLRCDNNSLEQIDVSHNAALRELHCRNNKLSALDVSGRKELEELLCDNNRLKRLQTA
                     DCPSLSLMNCSMNQLEALDLQGCPSLRWLNCAENQLTTLDASPAVGLEQLYCNDNRLA
                     SLDVLRNGALRQLYCGHNRLDSIDLSRNTALTDLDCGNNRLTRLDVSQNAALTELECS
                     INRLAELDVTHNPELKQLYCNAIPTLTAIRLIKDQAYRTLSYQTASVTTYRVDRETAV
                     AEIAPLAEPSHPEVADVDVKNLPDFAQATPVRSMSTATPETKEEKAEPATHTRTAREI
                     FFDEEYRREEARKAEEAKRVAEESRRASIRSYNGIVSVPDAEFKTFLVQSFDTDGNGE
                     ISGAEARAVTSMDCSGLNLSSVEGLEYFTSLEELKCQDNRITTLDMSYFPALRSLDCA
                     RNKLHYLNVKANPKLVDLECSDNNLITLDVSRNPALRTLGCNSIRLIRLDVTKNPELE
                     ALKCGNNHLAELNIANNRRLDTLNCSKNKLKLLTVSHLDGLNYLDCSGNQLTAIDVSR
                     NKKLGTLDCGMNALSKVDVSKNLALADFACNGNLLDDLDVAINTELVSLNCANNRLTQ
                     LDVSRNAALKRLRCMGNRLTVVDVRKNLKLKFLESAPMPTLETLYCPQEVIYSKLAYP
                     IMSKVVYK"
     CDS             9938..11248
                     /locus_tag="SEQF2634_00666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDRENKLMRRKRCRMECRKGDLWKIFPVLVLYLLTSCERANEP
                     APRPVEPSSNPEWAVLKEFTQDDLREMERGLGLSHFSIIGAMPRYPGKVQVRAVKMTF
                     SSAHPGGGAAQIRLSGLLLLPPDIDSARIHRQLLALPYTYVLNRQTPTQQIADYVPAR
                     LEAFMLFGILQASRGYVVLMPDYPGFGESFGQCAMPYVERRPMVHATIDFIRASQQVL
                     QAMHYGRKRELTITGYSLGAYVATQTAREMETNASAVSELTIDRLWVGGTPCDLKRIA
                     DEAKVDTHLPTPYLLPLVIHSYRRNGYPKIAVDRLLRSPYAEQLTSRFDGMNEAYADG
                     LPTRASDLFTEAFVRGDADVSAPIDAILSENSLTPWRNRCAFVMLHGASDRTVYLDNA
                     RAYAEHHQAGGGQVDFRVVPGNHKEAGILYYLYVILHLPEDRNT"
     CDS             11245..11946
                     /locus_tag="SEQF2634_00667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEWIRLIDSSTIDAGTAIVRLLIGFLLGAIIGAERQARRREAG
                     LRTFTLICLGSTMSMLVSIWIPQTYPNFLNGDPGRIAAQVLTGIGFLGAGAIIQGKGG
                     VHGLTTAAGVWVVAVIGLAVGAGMFLPAIILTLLTVSVLTLLEHLEKRTCAGGVNKIL
                     VVVCSTSEPDIKAFRHILDRQQVYLMSNSYEADYTTDTAVLTCKVNVKARSSYTALFA
                     DLRQTGYVAQIKIFD"
     CDS             12328..13083
                     /locus_tag="SEQF2634_00668"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKASILSGVVATLFLSVGTERAGITEGFQIGDYAPAIILPEF
                     GGRAIDFREHAGQYTLVNFWAAYDAESRVRNIQLRNSVKELDSSLLAVHSISMDERKS
                     VFEGTLKADGLEKTNQWNDRRGKASALYKMYGLEKGLRNFLIDDKGVIVGVDLSPREV
                     IRIVTGNRVAKAKPITNDRKELSHRIRRDNSFLFLGTSHGPRLREPDQRNLLTNSSIS
                     PSRNEGCAMAIRLRARSRKVFALRCAMPYSVTT"
     CDS             complement(12948..14240)
                     /gene="cat1_1"
                     /locus_tag="SEQF2634_00669"
                     /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"
     misc_RNA        complement(14790..15005)
                     /locus_tag="SEQF2634_00670"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(16221..17234)
                     /gene="murB"
                     /locus_tag="SEQF2634_00671"
                     /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="MRIEKNFFLKDHNTFHLPVRTRWFMEYDNEDELGRILRDEYFQE
                     LRSLHIGAGSNLLFVADFNGIIIHSRIRGIRVARETDTEVILRIGAAEPWDDVVRYAV
                     SRGWGGIENLSHIPGEAGAAAVQNIGAYGVELKDVVDSVETFNQLTFEPHTYTVDACQ
                     YAYRHSIFKDEQRDPHIVTHLNLRLQKRPVLRLDYAPLRDAISALASPTVSDVREAVG
                     TIRHSKLPDPDRLGNAGSFFMNPLVDRAQFDALRSLHPDIPSYPAPDGRVKIPAGWLI
                     ERCGFKGLREGEVGVYEHQALIIVNHGHATGDEIALFAERIRRTVSDRFGILLTPEVR
                     YVE"
     CDS             complement(17350..17823)
                     /locus_tag="SEQF2634_00672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIGLLGVTLCLVFAIGTVSCKSKQSAYKAAYEQAKEREISSD
                     EPTDEEIAPVTKSKDSGETRQEKITPVEGEDADAIKLYSVVVGSFKNRTNAFSLKERM
                     QNEGYTPVLGENEQGMLRVIVTSFETKAEAEKSRDAIRAKYRPNFQDAWVLERTY"
     CDS             complement(17950..18495)
                     /gene="rsmD"
                     /locus_tag="SEQF2634_00673"
                     /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="MRIIRGIYGRRRFQVPSTFAARPTTDFAKENLFNVLENLVTWDD
                     TQALDLFSGTGSIAFELLSRGCSRVTAVESDRTHAAFIADVARRLAPPPGTFTLVRGD
                     AFRYLRTAPPFDLIFADPPYALPRLPELPEAILGRDLLRPGGLFILEHPGSYDFSTHP
                     LFTEMRTYGAVHFSLFHAPKE"
     CDS             complement(18492..19313)
                     /locus_tag="SEQF2634_00674"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLRVPDSLTASNSEGYRTSVRLWPGGLSFSGGIPSDEGSFFCE
                     ETEVDVARSPLQTLRDLFREHPFLSYPYAAVRIITSEPNYTIVPEAIYEDEAKERLYR
                     FTFATPVETVVAQPLRELESVLLFGLRRDMHDFIVQTLPTAHWEHTLASLLIGWHERS
                     LRALHAHMYAVVQDRTMDVACFDRGALRFVNRFEVENHDDMMYYLLYVWKQLELDQRN
                     DTLTLSAVASVAFDLKEQLQTYLRDIRVEAIQTLYRADDRAATVGHLTVTIPTNT"
     CDS             complement(19346..20032)
                     /locus_tag="SEQF2634_00675"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVTLKVLLAAAVVLLAYMCYRSIMEPIEFDKERTARESAIEKR
                     LIDIRTAQIEYKNRNGRHAGSFEELAKFLNESKLPFVIKEGVLTDEQLEKGLTEKKAA
                     EIVRRARQTGNNEEVIRNGLQNFRRDTMWVSAKDTLLGRDFNVDSLAYIPVKGVNAKF
                     QMDTATLESSSGYTVKVFECRVPYDVYLGDLNKKELANLKDKMRKMNKYEGLKVGSVT
                     EINNNAGNWE"
     CDS             20060..21583
                     /gene="recD2"
                     /locus_tag="SEQF2634_00676"
                     /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="MILLLQMYDSFQRSTFIPKYSSDMVDKYIYKKISEYFPYEPTEE
                     QQKAIAAIAAFAADTTPRSLLILRGYAGTGKTSVLGAVVKALHAMERPSMLLAPTGRA
                     AKVFAEYAERDAFTIHKKIYRQKSFSNDFGSFSLGKNLQKNTLFIVDEASMISNESAG
                     QNAFGSGHLLDDLIEYVYEGQGCRLILSGDSAQLPPVMLRESPALSAERLRAYGMEVH
                     EVSLTQVVRQDVDSGILFNATRIRNGLWQSETTRFPVLKVQGFPDIRKVTGEDLIEEI
                     ASAYSRDGVDDTIVVCRSNKRAARYNNGIRHYILDREEEIERGDRLMVIKNNYHRWSQ
                     AKDAESSFIANGEIVEVLRVRRVTELYGFHFTDVLVRFQDDAAEVELRVLTETLRNES
                     PTLPREDNDRLFYAVLEDYKEVKTKAARMKKMKEDPYFNAVQAKYAYAITCHKAQGGQ
                     WRNVFLDIGYLTEEMLGEDFYRWLYTAVTRATGRLYFVNLPPAFEDGERHGEAAEDF"
     CDS             21632..22663
                     /locus_tag="SEQF2634_00677"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENREITPKKKCPYCGEEIQPDAVKCKHCGEWLTKESAPVPPLT
                     EDQPPIENKSSAPEPDTPAPHRRRIKPVVLWVGLIAVVAIAAIALAPSEGQHRERIEK
                     AAIACVEKKISSSLGAVGGSALSPISSIAFNVELVQQKIRERLEQENRIEVENRVFWS
                     QGRIYNQLHPYGKMVSFGCFGFVFPSIEWEDIALLTQAEREDISRFLSPTSAQTEQPL
                     TPPTTAQAPTGTTGIRQLYHGVIEGDIDGKNRIDTLRCEFDLFFEDRVNEEGKLIVNG
                     TYKYPRYGGRAITLSGTYDPNTDLLVLVEYYKSGKPNCTMRVQRTSYGFDGMFIRKNG
                     QTLSLTMTQ"
     CDS             23057..25096
                     /gene="pgpH"
                     /locus_tag="SEQF2634_00678"
                     /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
                     RYGLLTAPSDFPIYKSDAELKAERDSLQARFRPYFRLDDRVAGQALGNLKNDYVEHRT
                     MSTPVWQYLTQKLSALYADGIISAQDMERMTSEHHTRLRLLRKNVSSQVDISRFHSEK
                     SAYELVINEAPESMDKGELRASNFDRYLHPNVTYDAETSDKALEALMQKVTLSTGIVQ
                     AGERIVDRGEVVDARTYNILRSLKIVHETKSGGNRRDAITMLGQVILILGIMACCALY
                     FLAFRPELYFKRKNRLFILTCILVPCLLSEICVRYDLVNIYILPFAIIPIVVRTFFDS
                     HSALFTHLITALICSLVAPFPHEFLLLQIMAGVVFIISLKELSQRSQLLRCAFLISLA
                     YMLGYIGLSLYQDGDFNKIDWRMGIYFGINFVLLMFSYVLIYMMEKAFGYVSPITLVE
                     LSNINTPLLKKLSETCAGTFQHSLQVSILASAASAKIGADTQLVRTGALYHDIGKMKN
                     PPFFTENQMKGINPHRDLPFEQSAQIIISHVTEGIKMAEKAGLPEAIIDFIRTHHGAG
                     KAKYFYNSYCNAHPGEPVDESLFTYPGPNPFTRETAILMMADSVEAASRSLNEYTDET
                     IRALVNKIIDGQIADGLMRNAPLTFRDIDKIKTTFVEKLKTMYHTRISYPDLKKS"
     CDS             complement(25353..26780)
                     /locus_tag="SEQF2634_00679"
                     /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="MNMRIPLMIAALAASLLAFNGCNLDYPPTAAVSDSSLTDADYQA
                     LLNGVYDGAQNYRLVMEDIAADNLNSKSWYVDMDDNNPTTSSDNINSLWQQLYGAVQR
                     CNNLINLVEKHTGTSTVKLTEIAAQARIVRAWLYMRITANWGDAPLLTTVTDEPVSRA
                     PEDSVWMLVKQDLEYGMAHAPAFSTAGYASRVAAKALLARVLLIAPTPVQDKARARQL
                     AEEVIANGHFALADHYADIWHAKTSKEMILQWTNTTGDSGSYGWFLRSNIVDQYEKEN
                     GAGSAAPGGNGRYELPVDQALIRAYEEGDERKAASVRHLKLKNGTETYDCIKYPNTDK
                     SDSYPVVRIAEMYLIVAEAAGYPEGVKRLNELRAKRGVPALQTGSTVTAANFMARIMH
                     ERRVEFFAEGQRWYDLRRWFNSGPEGRQAVRALCKYRTGEAAGSRPQASDKLNIAENG
                     YNLLWPITTEAIDNDRNLLPNNPGY"
     CDS             complement(26809..27936)
                     /gene="susC_2"
                     /locus_tag="SEQF2634_00680"
                     /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="MAYIGQSGLAFPNSRPNPDLTWEKTLQYDLGVDAALFDRRLELT
                     LDWYHKDTRDLLLSHPINALSGYTRTTSNVGRIRNEGFEAMITGHPLRGRGLTWDVRL
                     SFGYQHNEVVALTKKADGTDNFIEVGPSNILQVGQPMATFYLIRAEGIYQSKEEILAQ
                     PGGEALWKRGIRPGDVKYYDKDGNGIINNNDRVTAGSPFPQITGAFINNFAYKGFDLG
                     LDLQYSLGAKIYATWKGAYTGGGGQGGTPNGYAIFRDEFEARWTPERPSNDRPRAVAD
                     GTAYTNNMMNYTTRFLEKADFLRIRNVTLGYTLPDETVRHLGLSRLRFYAQVNNLYTF
                     TTYDGFDPEVAMNPDRATYRGYDPGSMPHPRSFLFGMNLSF"
ORIGIN      
        1 attgaccgtc cctaacacgt tcgacatgtg cgtcacggcc accagacgcg tccggtcggt
       61 gaacaatccc ggcagcgcct ccaggtccag cgtgccgcgc tcatcgatgg ggattactcg
      121 cagccgcatg ccttgcaact gccacggcac aatgttcgaa tgatgctcca tggccgtgac
      181 gatcacctcg tcacccggct gcatgcaagc gcgtgcgtaa ctcgaagcca caaggttgat
      241 cgcctccgtc gtgccccgcg tgaagacgat ctctgccgac gacggcgcat tcagaaacgc
      301 ccgcacggtc tcacgtgcgg cctcgtgtgc ctccgtagcc tgctggctaa gaaaatgcac
      361 accgcggtga atgttggcgt tgacgttgta ataggctgct tcgatctttt ccaccacgca
      421 acgcggcttc tgcgtcgtgg cggcattatc gaaataaaca agcggccggt cgtagacctc
      481 acgccgcagg atgggaaagt cttccctgat acgttctata tctaacatgt ctatatctaa
      541 tgaataagtg cacaaaagta ggagtgagag tatgctaaca gcatcgcatc cttcgcctca
      601 agagcgtcgg taacaagaaa ccccgaaagc catccacgaa tagtaggctc ccggggtttc
      661 tcactgtttc tcgctgcgcc ttatcaggcc gtggccgtac cgcgtttttc cttgatacgt
      721 gccttcttac ccgtcaggtt gcgcagatag tacagcttcg agcgacgcac tctgccgacc
      781 ttgtttacca cgatctgctc gatgaacggc gactcaatcg ggaagatacg ttccacgccg
      841 acgttttccg acatcttacg caccgtaaaa cgcttcttgt cgccctcgcc cgagatgcgg
      901 atcaccacac cgcggtactg ctgaatacgt tccttgtttc cctctttgat tcggtacgaa
      961 atcgtcaccg tgtcgccgct cttaaatgcg ggatgctcct tttgagtagc aaatgcttcc
     1021 tctgcaatct tgattaaatc catttctaat gatgctcttt atatgttttg aaatcgaaca
     1081 aaacgcaaca taacgggtct ctcgtgtttg cccgccagcg attacgtaaa gcggccgcaa
     1141 agaaaggaca gaaaagcctc ttcacacact cccatctaag tattatgcgg ctttttaaca
     1201 acatcccaac gcatcgtgca gccctgtgct aagaccactt tagtcgacga ttgccctttc
     1261 tgtagtggca tatacttttg ccggccgtaa aaaacaaacg gaacagaaac atgaagaaaa
     1321 ttcccctcct actccccctc ctgcttacat tttgcctctc tctcgccacg cccacagtct
     1381 cggcgcagca cgaaccgagc ctcctccgca aggccgaccg cgaaaaaatg aatcgctggg
     1441 tcgattccgt ctataacgcc atgaccgacg acgaacgcgt cgggcaattg attatgatta
     1501 tcgccgaacc gaagctcgac gcagccaata tacgccgtct ggagcgctat gtttcggagc
     1561 tgaagatcgg tggcatactc ttccacacgg gagatcccag cactcaggcc gaagtcacga
     1621 accgactaca acgggccgcc cgcctacccc tctttatcgc cttggatggt gagtgggggc
     1681 tctccatgag actacgtggc accacgcgct tccctaaaaa catgatgctc ggtgccgtac
     1741 aagacacccg actgatcgag gactatggtg ctgaggtggc ccgtcaatgt cgcgagatgg
     1801 gcatacacat caacttcgcg ccgtcggtcg acgtgaatac gaatgccagc aaccccatta
     1861 ttggcacccg ctcctttggc gatgatcccg aagcggtcgc aaagcgaggc atcgcttatg
     1921 cccgcggact cgaaagtcgt ggcatcatgg ccgtcgccaa gcactatccc ggccacggca
     1981 atacctccag cgactctcac tacacactcc ccctcgtcaa tcgttccgag cggcagatgg
     2041 acagcatcga cttgcttcct ttccgtcgat ttattgcggc gggtttctcg ggcatcatga
     2101 ctggccacct gagcgttccg tctctcgatg gcggtgaaca gggccgcgct gcttcactct
     2161 cgcccactat tgtgacggag attctccgaa aaaaggacgg tttccgcggt ctctgcttta
     2221 cggatgccct aaacatgcgt ggcgctcgcc ccggtgaacg cgaaaatccg gctctcagtg
     2281 gcattaaggc gggcaatgat atagccctcg caccctcatc acctgacaag gccgtggctg
     2341 cgctccgtgc ggccctcgat agcggtgtga tttctcggaa agacctcgaa agtaaatgcc
     2401 gccgcattct tgcttataaa tatgtagcgg gtctcaacca ttatcgaccc attgagacgc
     2461 gtggcctctc cgaacgcctc aatacacctc atgcggactg gcttgtggct aagctcaatg
     2521 aagcggctat cacgctactt aagaacgacg ccaattgtct gcccatcaag cagctcgata
     2581 agaagcgcat tgcactggtc accatcggca gtgcagatgg cgacgccttt ttcagcatgc
     2641 tccgccgtta cgcgcccgtc gacattttcc gaatttatgc cacgacaaga gacgcggact
     2701 tccgccatat tctatctcgc ctgcagccgt atgaaacagt catctgcgcc gtctattcct
     2761 cgcgcggcgc cgaacgcgcg gacttcctcc aacttctcgg acagaagcaa acgatataca
     2821 ccttcttcac tacaccttac acgctccgca atcaccgcga tgcgatccgt acggccgacg
     2881 ccgttgtttt ggcttacgag tcgaccgcac cggcccagga atatgccgcc cagctcattt
     2941 ttgggggtat cccagcccgc ggacgtctct cggtctccct gcccggactc ttccaagcgg
     3001 gtgccgggtt aacgactgcc aagacgcgcc tcggctacca tcgccccgaa gaagtgggct
     3061 tcgatcccgc ccggctcgcg gagattgacg ccattgccaa cgagggcgtc acaaagggcg
     3121 cctatcccgg atgccgcgtg ttggtggcca aagacggcat gatcgtctac aataaatcgt
     3181 ttggatggta cgatagccgc aagacgcgaa aagtgaccga cgatgcggtc tacgatctcg
     3241 cgtccgtctc taaagctaca ggcacactcc cggcggtgat gaaggcctat gacgacggat
     3301 tgattcgcct aaatagctcc atctccgcct atgttccggc cttgcgcgga tctaataaga
     3361 gcgacttcac ggtggaggag ttgctttatc atcaatctgg aattacgcct tacatcgcct
     3421 tctatcaaaa tgcccggtcg gatcatagct atatgtgcga cgacggtacg acccaatgtg
     3481 cagacacatc gcgtaacgcg ctccccacaa gcagcctacg cacctcatcg atcggtccca
     3541 gctggttgtc ggacagcccc aaaccaggct atacgaccga ggtcgctcgg cggatgtacg
     3601 tacatgattc cttccgcgac catatcatgc aagacattcg caattctcga ttggggacac
     3661 gtggaaagta cacctacagc tgtatcaact ttatcctact caagatggcc atcgaaaacg
     3721 tgtacagcca acctatggac catttgctca acacgtattt cttttctcgt ctgggtgctt
     3781 cctcgacgac ctataatcca ttgcgcaaga tggatacgct gcgcattgtt cccacagaag
     3841 atgatcgcgt gatgcgccat caactcttac gcggatacgt acatgatgaa gcggctgcgc
     3901 tgcaaggcgg cgtgtcgggt aacgccggcc tcttctcctc tgccgacgac ttagccaaac
     3961 tccttcagct ctatctcaat aatggcaact atggcggtga gtcttatatc tcggccctta
     4021 cttgtaatat gttcacgcat agccagagcc acgcgtctcg ccgcggactg ggatttgatc
     4081 gcccagaaaa gacacccggc aaggcgtcac cgtgcggacg attagcgcct gcctctgtct
     4141 atggccacac ggggtttacc ggcacttgtt tctgggtaga tccggataat caaatgatct
     4201 atatttttct cagcaaccgt gtcaatcctt cacgcgacaa taatcggtta tctactatgg
     4261 gtattcgcgc tcgcattcag gatgctattt ataaagcgct caagaagtaa cgtcaagacg
     4321 tggagcacca tatcgtaaca atttagattt ttcgtaaagc agcaaatgag gtaggttata
     4381 tctcgtttgc tgcttttttc atgtacttta tgcccaaatc gttttgcgtt agattataca
     4441 atctacatca attcatctaa cctgttactc aaatatacgc ttgatcctat tcaagtgcat
     4501 taaacagcaa cataaaggca catttgactg aagtcgaaag ctgtttcgcg ttacaaaatt
     4561 ccccatttga ctccattcag acgaatcatc cacaccatca aaagcgacat tgattaagat
     4621 cggatgtaca aaagtgcaac aaggtagaac tattgattac gctcttatcg agcaacgata
     4681 taatgattat agcaaaagta tatagcgcac aaagcaaagt atctaccgcg ttgaatgtgc
     4741 cgcataaaat aaaagaatat ctcagccaat ttgtacaatc aaaatagatg gcggatattt
     4801 gcagcgcata aaacatatat gagatgatac accacgtcaa tctatcccgc attcgcgtca
     4861 tgaacttcta cttagcgatg agcaatgtta gcaccttctt ggctaaggaa gacttggaga
     4921 cgctgaaact aaaagatcaa gtagcgatct ttaatgagaa atacaaagcc ttcgacgatg
     4981 ctgtagttcc actccgaaaa agtggtaaga cggataaact acacaagcat ggatccgaac
     5041 gcgacgacgc gctcattggt ctggggcggc atttacgact ttacatcacc tatccggtga
     5101 aaaccatgtc cgatgctgcc tggcgcctct atcccgtgtt gaaggggtat ggtaagatgc
     5161 cgcaccttaa accacagcgc gagaagacag cgcttatcag caatctactt caggactatg
     5221 acaccgccca agccaaggcc gacttaactc taatcggcgc cgacaaatgg gtggagatcc
     5281 tgaaggattc taattcgaag tataaaggaa cctaccaaga acgtgttgaa tttgagtccg
     5341 cgttgaagaa gggcctaacg cagaagacaa gggatgaact ctacgaggaa ttcaaacgac
     5401 tcgttcagcg cattaattca ttggccctga ttgaagggga gactccctat ttgaatctga
     5461 tggagaaaat taatgtagag atgaagcaag ctaatttgtc ggaacgtcca gaccgaaaga
     5521 aaaaggatga tcccgatatc catcttcccg aagatgatga agtcgaggag aaaaaagatt
     5581 aagccgtttg ctgcactacg tatcggcgga agggataact ttcatgtaca ttatacggtt
     5641 cgattggtcc gtgtatagat aaataggaat gagagaccta tacgctgtga agtgcaacat
     5701 gcaaatatgg attgatctgg cttcgattta tagctacata agggataata catcaactat
     5761 ttagaggaaa agacaagaga taaagcactg gaatgaagaa gaaatacctg ctcgacttac
     5821 gagttgtatc caacgaatgt ttgcagggac gctatagctt actgaaactg acctccgaca
     5881 gtgagcggtt gcccgaaatg gatccggggc agtttgtaga gattcgcgta gatgattctc
     5941 ccggtacgct gcttaggcgt cctatatcca ttcataatat cgaccgggag cgcaatgagc
     6001 tttggctatt ggtgcttccg ataggcgatg ggacgcggcg catggcacgc tataagtcgg
     6061 gcgacgtcgt gaacatcctg ttgccactgg gcaatggatt tacagtaccg cacgccatac
     6121 cgtcagatac taaaaactac ctcttggttg gcggcggagt aggcgcagcg ccgatgcttt
     6181 atctcggtaa ggcactccgt gagagcggtc ttacccccac ttttttaatc ggagcacgat
     6241 cggccgacgg catagcccaa cgtgaggcct atgcagccta tggcgacgtc tacgtgtcta
     6301 ccgaagatgg atcgatggga gaacgcggct tcgtgacgga tcactccatt tgggaacggg
     6361 cctctttcga acgtatctat tcctgcgggc caaaaccgat gatgatggcc gtagctaaac
     6421 aggcacggcg cacagaaaca ccttgcgaag tctcgcttga aaacatgatg ggatgcggca
     6481 taggggcttg cctttgctgc gtagaggata cgaccgatgc aggacgtgtt tgcacctgca
     6541 cagaaggtcc ggtctttaac atagatagat tgacatggcc gatttaacga cgcacatagg
     6601 ggaacactta gtacttaaga atcccgtgat gaccgcttct ggcacctttg gttatgggtt
     6661 agaatatgcg gatttgatgg atatcagtcg tttgggcgcg attatcgtca agggcacgac
     6721 ggctgaaccg aggcagggga atccttatcc acgcatggcg gagactccgg ccggcatgtt
     6781 gaatgctgtc ggattgcaga atcgcggtgt ggactatttt gtagataaaa tctatcccgc
     6841 gatccgatcg atagacaccg caatgatcgt caatgtaggc gggtctacgg tcgagactta
     6901 tgtggaatgt gcggagaaga tcgccgcatt agacgatata ccggccattg aactcaatat
     6961 ctcttgtccg aatatgaagc aagggggaat gagtttcgga ttatgtgctg cgtccgcagc
     7021 ggaagtggtg cgtgctgtgc gacgtgtcta tccgcggact ctgattgtga agctctcacc
     7081 gaatgtgaca gacatcacgg agatcgcgcg cgctgtagaa gccgaggggg cagatgcggt
     7141 gtcgctgatc aataccctgc tggggatggc tgtcgatgcg gagcgtagaa aaccgatcct
     7201 ctccacggtt acaggcggac tctcaggccc ttgcgtgaag ccgattgcac tgcgtatggt
     7261 gtggcaaacg gcaaaagcgg tatgcatacc tgtgatcggg ttgggcggta tcgcctcgtg
     7321 gcgagatgcc gtagagttta tgttggccgg agcgactgcg gtgcagattg gcacctcgaa
     7381 ttttgttgat cccaccgtct cgctcaaggt gatcgacggc atagcggctt attgtgaacg
     7441 gtatggattt catcacgcat cggaattagt gggagcatta gagacagaca gctaacctgt
     7501 aaaagctgaa aactatacac taacggctaa cgacaaaaca gctaaaaacc cataccgcag
     7561 gatgcctgtt tgtgatcagg cgttcggctc agatgatgat tcgtttttcg cttgtagatt
     7621 gtagctctta gttcggatca ggctatatat attgtatatg aagaagaata tcatcgtttt
     7681 atttgctgcg tcatcgctgc tctatgcaag tgcgcagact gttgtaatcc cggatgcgga
     7741 ttttaaggcc tacttagtaa cgtctttcga tgcagatggt aacggcgaga tctcagccgc
     7801 cgaagcacag gctgtacgaa agatcgaata cacggatcgc cccctgcagt cactcagtgg
     7861 gattgaggca tttacagcac tggaggaact ggattgttct tatgcaaacc cgttcgagcg
     7921 gggtgggctg acgcaaattg atgtcagtca aaatccatcg ctcaaagtgc tccgctgtga
     7981 taataatagc ttggagcaga tcgacgtatc gcacaacgcc gctctgcggg agctgcattg
     8041 ccgaaacaac aaacttagcg ctttggatgt gagtgggcgg aaagagcttg aagaattgct
     8101 ctgcgataac aatcgtttga agcgtttaca gacggcggac tgcccatcct tatcgttgat
     8161 gaattgcagc atgaatcaac tggaggcatt agaccttcag ggttgcccct cgctgcgttg
     8221 gctgaattgt gcagagaatc aattaactac gcttgacgcc agtccggctg taggtttgga
     8281 gcaactctat tgcaatgaca accgattggc ttcgcttgat gtgttacgga atggagcctt
     8341 gcggcagctc tattgcggcc acaatcgact ggattcgatt gatttatcgc gtaacacagc
     8401 attgaccgat ttagactgtg gcaacaacag attgacgcga ttggacgtct cgcagaatgc
     8461 agcactgacc gagttagaat gtagcatcaa ccgtctggcg gagttagatg tcacgcacaa
     8521 tccggagtta aagcagcttt attgcaatgc catccccacc cttacggcca tacgactcat
     8581 taaggatcag gcttatcgta cactcagcta tcagacggcc tcagtaacga cttatcgtgt
     8641 agatcgggag acggcggtgg cggaaattgc tccgttggca gaaccgtctc atccggaagt
     8701 ggccgatgtg gatgtgaaga acctgcctga ttttgcacaa gctaccccag ttcgttccat
     8761 gtcgaccgcc acgccagaga cgaaagagga gaaggcagag ccggcaacgc atacccgcac
     8821 ggcacgagag atcttttttg atgaggaata tcgtcgtgag gaagcacgta aggctgagga
     8881 agccaagcga gtagccgaag aaagtcgacg cgcctccata cggtcataca atggtatcgt
     8941 ttccgtacct gatgcggagt tcaagacgtt ccttgttcaa tcatttgaca cggatgggaa
     9001 tggcgaaata tctggtgcgg aggcacgtgc ggtcacatcg atggattgct ctggattaaa
     9061 tttatcctca gtggaaggac tcgaatattt cacctcgtta gaggagttaa aatgccagga
     9121 taatcgaatc accacgttgg atatgagcta ctttccagcg ctgcgttcgt tggattgcgc
     9181 acgaaataag ctgcactatt tgaacgtgaa ggctaatcct aaattggtag atctggaatg
     9241 ttctgataac aatctgatta ccttggatgt aagtcggaat cccgctcttc gtacgctggg
     9301 atgtaatagc attcgcttga ttcgattgga cgtaaccaaa aatcctgaat tggaggcact
     9361 aaagtgtgga aacaaccatc ttgcggagct taacattgcc aataatcgga ggctggatac
     9421 attgaattgc agcaaaaaca aattgaagtt gctcacggtg tcgcacctcg atgggcttaa
     9481 ctatttagat tgcagtggga accaattgac cgcgatcgat gtgtcacgaa ataaaaaact
     9541 gggcacgtta gattgtggta tgaacgcttt gagcaaggtg gacgtgtcga agaacctcgc
     9601 attggctgac tttgcctgca atggcaatct gctggacgat ctggatgtgg ccattaatac
     9661 ggaacttgta tcgctgaact gcgcgaataa ccgcctgact caactggatg tatcgcgtaa
     9721 tgccgcgctg aagcgtctgc gttgtatggg caaccgactg acggtggtgg acgtacgaaa
     9781 gaacttaaag ctgaagtttt tggagtcggc gccgatgcct acattggaga cactttactg
     9841 tccgcaggag gtgatttatt ccaaactcgc ttatccgatc atgtcgaaag tagtctataa
     9901 ataagcggtt tgtacgtatt tgagcgtgtt gagtccgatg gaggataggg agaataagct
     9961 gatgaggaga aagcgttgcc gtatggaatg ccgaaaggga gatctgtgga agatttttcc
    10021 cgtcctcgtt ctgtatcttc ttacctcctg cgaaagggcg aatgagccgg ctcctcgccc
    10081 ggtggaaccg agttcgaatc ctgagtgggc cgtactgaag gagttcacac aggatgatct
    10141 tcgggagatg gagcgcggat tagggctatc tcacttcagt atcatcggcg ctatgccgcg
    10201 ttatcctggt aaggtgcaag tgagggccgt gaagatgacg ttttcatcgg cgcatccggg
    10261 tggtggcgct gcacagattc gtctctctgg cctgctactc cttccgccgg atatcgattc
    10321 ggcgcggata caccgccaat tgttggcatt gccatacacc tacgttctca atcgacagac
    10381 acctacacaa caaatagcag actatgtacc cgcgcggctc gaagctttta tgctttttgg
    10441 catattacaa gcatcgcgtg ggtacgtagt gctcatgcca gactatcccg gcttcggcga
    10501 atccttcgga cagtgtgcca tgccctatgt ggagcgacgt ccgatggtgc acgcgaccat
    10561 cgattttatc cgtgcgtcgc aacaggtatt gcaagccatg cactacggcc gaaagcgcga
    10621 attgacgatc accggctact cgctcggtgc ttatgtagcg acgcagaccg cgcgcgagat
    10681 ggagacaaat gcctcggccg ttagtgagct gacgatcgac cggctatggg tcggcggaac
    10741 accctgcgac ttgaagcgaa tcgctgacga ggccaaggtg gatacccacc tgccgacgcc
    10801 ttaccttctc ccgctggtta tccatagcta ccggcgcaac ggatacccga agattgccgt
    10861 ggatcgcctg ctccgatcgc cctatgcgga gcaactcacg tctcgttttg atggcatgaa
    10921 tgaggcgtat gccgatgggt tgcccacacg tgcttccgac ctcttcaccg aagccttcgt
    10981 ccgcggtgat gccgacgtct ccgcgcccat cgatgctatc ctaagcgaga acagcctgac
    11041 cccttggcgc aaccgctgcg ccttcgtcat gctccacggt gcatctgacc gcactgtcta
    11101 tcttgacaat gcacgtgctt atgcggagca tcatcaagca ggcggcggcc aagtggattt
    11161 ccgggtagtt cccggcaacc ataaggaggc cggcatcctc tattatctct atgtcatcct
    11221 tcatcttccc gaagaccgca acacatgaat gaatggattc gcctgatcga cagtagcacg
    11281 atcgatgcag gtacggcaat cgtgcgccta ctcataggat tcctcttagg agccattatc
    11341 ggtgccgaac gtcaggcacg ccgccgcgaa gctggactgc gcaccttcac gctaatctgc
    11401 ctcggatcga ccatgtccat gcttgtctct atttggatcc cgcagaccta cccgaacttc
    11461 ctcaacggag atccgggacg tatcgcggcg caggtgctca ctggtatcgg tttcctcggt
    11521 gcaggtgcca tcatccaagg taagggcggt gtacatggat tgactacagc ggcaggtgta
    11581 tgggtcgtgg cggttattgg cctcgcggtt ggagcgggca tgtttctgcc ggccattatc
    11641 ctgacgctcc taaccgtgtc cgtcctcaca ctattagaac atctcgagaa gcgtacctgc
    11701 gcagggggtg taaataagat cttggtcgtg gtctgctcca cgtctgagcc cgacatcaag
    11761 gcctttcggc acatcctcga tcggcaacag gtctacctga tgagtaactc ctatgaagcg
    11821 gactatacga cggacaccgc cgtactaaca tgtaaagtga acgtcaaggc gcgctcctcc
    11881 tacacggctc tctttgccga cctccgccag actggttacg tggcgcaaat caagattttc
    11941 gactaagatc ctctctgcga tgtgccgccc aacaaggacc tacatcacag ccaatccctt
    12001 tttctacatg acctgaaaac acctcgaaga ggtccccgaa ataaacttga acagactcta
    12061 aaataggaac agcagctctg atcgccggaa tattttactt tacatttgcc gccgatcgga
    12121 acaaacaacg gccttggaga aggccgtttt tgtttctact cccgaaaatc gggagggtcg
    12181 ggaaaagcaa ttcttgatcg tgtcgggagg ccccaccaca aacgcagtga ttcccccttt
    12241 gtgcgtagag agaggcggag gcgctaacga ccgacacgtt acaagcgatg caaaacccgg
    12301 ttcgagtcta attcataaac gagaagtatg aagatcaaag caagtatcct gtccggagtg
    12361 gttgcgacgc tgttcctatc cgtcggaacc gaaagggcag gtatcaccga aggatttcag
    12421 atcggggact atgccccggc gatcatcctt ccggagttcg gaggtcgcgc gatcgacttc
    12481 cgagaacatg ccggacagta cacgttggtg aacttttggg cggcctacga tgccgaatcc
    12541 cgcgttcgca acatacagct ccggaacagc gtaaaagagc tggattcttc gctcctggca
    12601 gtgcattcca tttcgatgga cgaacggaag tccgtattcg agggtacact gaaggctgac
    12661 ggcttggaga agacgaatca atggaacgat cgaagaggaa aagcctcagc actgtacaag
    12721 atgtatggac tggagaaagg cctgaggaac tttttgattg acgacaaggg cgtgattgta
    12781 ggcgtcgatc ttagcccccg cgaagtgatc cggatcgtga ccggaaaccg tgtagcaaaa
    12841 gcaaaaccca ttacgaatga cagaaaggag ttgtcccacc gcatcaggcg ggacaactcc
    12901 tttctctttt taggcacctc gcacggcccc aggttgcgcg agccagatca gcggaacctt
    12961 ctgacaaact cctccatcag cccttcgcga aacgaagggt gcgcaatggc tatcagactg
    13021 cgggcacgct cgcgtaaggt cttcgccttg agatgcgcaa tgccatactc cgtcaccaca
    13081 tagtccacat cattgcgcga cgttgtcacc gccgcaccct gagataagaa gggcacgatc
    13141 cgcgacaccg tcccatgcac cgccgtcgat ggcatggcca tgatcgattt gccaccgggc
    13201 gatagcgagg cgccgcgcac atagtccacc tgaccacctg caccgctaaa ctgacggaga
    13261 ccgatcgtct ccgagttcac ctgacccatc agatccacct cgaggcagga attgatgctc
    13321 accatacgct cgttcttcat aatcacaaac ggatgattca cgtgatccac cgggtaaagc
    13381 gctacctccg ggcatgcggc cgcaaactca tacagccgac tggtgccaag aaggaacgtc
    13441 gccacatgtt cgccccggtg caacgtctta cgacggccgt tgatcacgcc ccgctcgatg
    13501 agatcgatca ccccatcggc aagcagctcc gtatgcagtc ccaagtcatt cttttccgtc
    13561 aggctgtgca gcaccgcgtc cggtatggcg ccaatgccca gctgcagcgt ggagccatcc
    13621 tccaccagtt gtgcgcagaa ttgcccgatg gcctcttcca cggcgccaat agccggcggt
    13681 ggcgcctcag gtagcgccct cgaacagggc accacatagt ctaactctga gatgtggatc
    13741 gtgttcgtcc gaccaatgcg cggcatctga tcgttcatct ctgcaatcac cacgcgtgcc
    13801 gcttcgcatg cggctggcac ataatcgcac gccggcccga agctgcaaaa gccctccgca
    13861 tcgggcggag aaacctgcac caccgccacg tcgaccggca gcagaccgct gcggaagaag
    13921 tgcggcacct cgaagaagaa acacggcatg tagtccgccc tattcgcggc caccgcctcg
    13981 cgtgttcccg cacagacaaa ggcggcgcaa tgcctgaaat gccgctccat acccgccgac
    14041 acatagccga ctgtacccgg gcgcagcatg tgaaaaatct caacgtcagc atactcctca
    14101 cgacgtttca ggagctcttc cggcacgacc tgaggaatcc ctgcgccctg cgagaagacc
    14161 acccgatcgc cgttacgtat cacctgcacg gcctcttcaa ccgtcaccgt ccgtgtggaa
    14221 aaaatctctt ttctatccat acacgtatct ttcaatggtt gttgtgtttg tgtttcgtta
    14281 taaataagtc gtgggataag atcgagctac ccgaaggcat ccgcaccctt tatgtcactt
    14341 tatatcacgg ccgcgctcgc cgctcgattc atcccgaagc gagtcggtaa gtctgatcct
    14401 caatcgttgc aggtcgcgtg cagaaaaggg cagaaacagc aagtacccgg tataccgacg
    14461 gctgacacgc acccccacga ccttcgcggc cgatcggccg tccgtaggcc tccacgtctc
    14521 cccctccgct ccgttatgcg ctgaggggta gccacgtaag acttttccgg acgacgcgga
    14581 attgagcgcg cggctcgatc ttcccgttcg acttttcttc ttttcacaca ggcgcccgcg
    14641 ctccaatccg tctcttcgct gtcaccgaat ggatcccctc ttctgggggg agcgctacgt
    14701 cctgtttgtg taccggcggc tctcgcctgc cggctcatct atatgctgaa atcctatgtc
    14761 aaatttccct gctcgccttt cctcaaacag gaaatgaaat cggagtcggc aggtcttctg
    14821 acttgttccc gatcccgcgg ggccttccct tttcgtgtgg tacgaaaaag tgacgcttgc
    14881 agagcggggt cgctttctaa agaacttaca gctgaggacg cagtcccgga ctttcaccgg
    14941 gttccctttt cagttcgaca gtctggactg ttgagcatcg aatcaccaac tcgggggcaa
    15001 atgtaaaaaa aggcgcataa gagcaaccag ccctatccga atatttcatg ccctcaaaaa
    15061 cgatccgtta ggcggaaaaa cgagtagccg aagccccaaa aacggcttgc aaagcggccg
    15121 cggagtgctc caaggacacc tctcgccctc gcgcaggcca tccgcagttt gtcgcgggcc
    15181 cgcttttttc tgcgcaagtc tcaaaccata gtccggcaag tcctcatttt ctttctcagg
    15241 tctaaacgcc cccgttttca ctcattcgga acttcccgaa agtctttact catctattcc
    15301 aatcattcgg gaacctccga tcatatatca gtgcatgtat caattattcg gaatctcccg
    15361 aagcattcta catctatgat acaagccttc gggaatctcc gatccaatta aagcgctcat
    15421 tttatccatt cggatagatc cgaatcttta tattatcgat tttctccatt tcggattctt
    15481 ccgaatcgtt gctatcaagt atcttattct ttcggaagat tccgaatcct gtaaatagac
    15541 gtttttaatc gatcggaaac ttccggatgc ttgtagtaga atgaatgatt cgctcggaag
    15601 ttcccgaagt catgcaatac gtattaaata catctcggaa agttccgatt tataggagca
    15661 atatgtaata ggctttcgga agattccgaa caaataaaaa tgggagcgtt taagcctgag
    15721 agagaaagag agggtatgtc ggagaggtgc ttaaggcttt cgcgaacgga tcgggggccg
    15781 cggggatgtg tttgggatgt tcggtgggcc gaaaaagggt tgcggagttg tggttgggat
    15841 gtttggtgag ccgaaaaagg ctggcggagt tgtggttggg gtgtttggtg agtcgaaaaa
    15901 gggtagcgga gatgtcgttg agaccttcgg cgagccgaga atgggccgag gagatgtggt
    15961 tgggatgttc gatgagccaa aaatgggctg cagaatcatc gtggggccct cggtgggccg
    16021 aaaaaggact gcggagttgt ggttgggatg ttcggtaagc cgaaaaaggc tggcggagtt
    16081 gtcgtttagg tcttcagtga gctgaaaagg ggttacgggg atggtgttgg aggcctcgcc
    16141 atgtcatttt ggcataaaac acggagaggc gacgtctttt tggcgccacc tctctctgat
    16201 tttcgggccg tgggcggggg tcactccacg tagcggactt cgggcgtgag gaggatgccg
    16261 aagcgatcgc tgacggtgcg gcggatgcgc tcggcaaaga gggcgatctc gtcgccggtg
    16321 gcgtggccgt ggttgacgat gatgagcgct tggtgttcgt aaacgccgac ttcaccctcg
    16381 cggaggcctt tgaatccgca acgctcgatg agccagccgg cggggatttt gacgcgtccg
    16441 tcgggcgcag gataggacgg gatgtcgggg tggagagagc ggagggcgtc gaactgggcg
    16501 cggtcgacga gggggttcat gaagaagctg ccggcgtttc cgaggcggtc ggggtcgggc
    16561 agtttgctgt ggcggatggt cccgacggcc tcgcgaacgt cgctgacagt ggggctggca
    16621 agggcgctga tggcgtcgcg taggggggcg tagtcgaggc gaaggacggg gcgcttttgg
    16681 agccgcaaat tgaggtgggt gacgatgtgc gggtcgcgct gttcgtcctt gaagatgcta
    16741 tggcgatagg cgtattggca ggcgtcaacg gtgtaggtgt ggggctcgaa agtgagctgg
    16801 ttgaaggtct cgacgctgtc gacgacgtcc ttcagttcga cgccataggc gccgatgttc
    16861 tggactgcgg cggcgccggc ttcgccgggg atgtgggaga ggttttcgat gccgccccag
    16921 ccgcggctga cggcgtagcg gacgacgtcg tcccagggtt cggcggcgcc gatgcggagg
    16981 atgacctcgg tgtcggtctc gcgagcgaca cggatgccgc ggatgcggga gtggatgatg
    17041 atgccgttaa agtcggcgac aaagaggagg ttgctgccgg cgccgatgtg gagggagcgg
    17101 agctcttgga agtattcgtc gcggaggata cgaccgagct cgtcttcgtt gtcgtactcc
    17161 atgaaccagc gggtgcggac gggcaggtgg aaggtgttgt gatccttgag gaagaagttt
    17221 ttttcgatgc gcatgtcaat gaatatgtgt gtgtttagga tgaggataaa aaaaggatgc
    17281 cggcccgtgg tgtggggcgg acatccttgt ttatggtcgt ttgggctcaa ctaccccggc
    17341 catgggagat caataggtgc gttccaaaac ccatgcgtcc tggaagttgg ggcgatactt
    17401 cgcgcggatg gcgtctcggc tcttttcggc ctcagctttg gtttcgaagc tggtgacgat
    17461 gacgcggagc ataccttgct cgttttcgcc aaggacgggg gtgtagcctt cgttctgcat
    17521 gcgttccttg agggagaatg cgttggtgcg gttcttaaag ctgccgacta cgacgctgta
    17581 gagcttgatg gcatcggcgt cttcaccttc tacgggggtg attttctctt gtcgtgtctc
    17641 gccggagtct ttcgacttgg ttacgggggc gatctcttcg tctgtgggct cgtcgcttga
    17701 tatctcgcgt tccttggcct gctcgtaggc tgctttgtag gcgctctgtt ttgatttgca
    17761 cgaaacggtg ccgatcgcaa agactaagca aagagtaact cctaacaatc ctatcctttt
    17821 catatctgtt tgatgttatt tgaattaacg ggggcaaata tagaaacaaa ttcctctttt
    17881 cgtgggtgaa atgtcttata gggagcggct ttgggggcct ttcgtagaag attttactcc
    17941 tacggtcggt cactctttgg gggcgtgaaa gagggaaaaa tggacagcgc cataggtgcg
    18001 catttcggtg aagagagggt gggtggagaa gtcgtacgag ccggggtgct caaggatgaa
    18061 gaggcctccg gggcggagca gatcgcggcc cagaatggct tcggggagct cgggtaatcg
    18121 ggggagggcg taggggggat cggcaaagat gaggtcgaag ggcggggccg tgcggaggta
    18181 gcggaaggcg tcgccacgga cgagtgtgaa ggtgcccggt gggggggcga ggcggcgggc
    18241 cacgtcggcg atgaaggctg cgtgcgtgcg gtcggactcg acggctgtga cgcgactgca
    18301 gccacgcgag agcagctcga aggcaatgct gccggtacca gaaaagagat cgagggcctg
    18361 tgtgtcgtcc caagtgacga ggttttcgag cacgttgaag aggttctctt tcgcaaagtc
    18421 ggtggtaggt cgggcggcga atgtggacgg gacttggaag cgtcgtcggc cgtagattcc
    18481 tcggatgatt ctcatgtgtt cgtggggatt gtaacggtta gatgaccgac ggtggctgcg
    18541 cgatcatcag cgcgatagag cgtttgaatg gcttccacgc ggatgtctcg gaggtaggtc
    18601 tggagttgct ctttgaggtc gaaagcaacg gaggcgacgg ccgatagggt gagcgtgtcg
    18661 ttgcgttggt cgagctcgag ctgtttccag acgtaaagca ggtagtacat catgtcgtca
    18721 tggttctcga cctcaaatcg gttgacgaac cgcagggcgc cccgatcgaa gcaggcaacg
    18781 tccatcgtgc ggtcttggac aacggcgtac atgtgggcgt gaagtgcacg tagactccgt
    18841 tcgtgccacc cgatgagcag cgaggcgagg gtgtgctccc agtgtgctgt gggaagtgtt
    18901 tggacgatga aatcgtgcat gtcgcgcctc aggccaaaga gcagcacgga ctccagttcg
    18961 cgcaagggtt gggcgacaac ggtctcgacg ggtgtggcga aggtgaagcg atagaggcgc
    19021 tctttggctt cgtcttcgta gatcgcctcg ggcactatag tgtagttcgg ttcggaggta
    19081 atgatgcgga cggcggcgta gggatagctg agaaaggggt gttcacggaa gagatcccgg
    19141 agcgtctgaa ggggggagcg ggcgacgtcg acctccgttt cttcacagaa aaaggatccc
    19201 tcgtccgaag ggatcccacc ggaaaaagaa agtccgcccg gccaaagccg gacagacgtt
    19261 ctatatcctt ctgaattact cgcggtgagc gagtcgggaa cacgaaggct cattcgatac
    19321 ttctgacgta ggagtctcgg taggattatt cccagttacc ggcgttgtta ttgatctccg
    19381 tcacggaacc caccttgaga ccctcgtact tgttcatctt gcgcattttg tccttgaggt
    19441 tggccagttc cttcttgttg aggtcgccca gatagacatc gtaaggaacg cggcactcga
    19501 agactttcac cgtatagcca gaggaggatt cgagggtggc ggtgtccatc tggaacttag
    19561 cgttcacacc cttgacgggg atataagcga gggagtcgac gttgaaatcg cgtcccagca
    19621 gggtgtcttt ggctgacacc cacatcgtgt cacgacggaa gttctggagg ccatttctga
    19681 tcacctcttc attgttgccg gtctggcggg cacggcgtac gatctcggcg gctttctttt
    19741 cggtcagccc cttctccagc tgttcgtcgg tcagcacgcc ttccttgatg acgaagggca
    19801 gcttggattc gttcaagaac ttggccagct cctcgaagga tccagcatgg cgtccgttcc
    19861 tgtttttata ctcgatctga gccgtccgaa tatcgatcag gcgcttctcg atggctgatt
    19921 cacgcgctgt ccgctctttg tcaaactcaa tcggttccat gatacttctg tagcacatgt
    19981 atgccagcag cacaaccgcc gcagccaata ataccttcag tgtaactctc atatctgtat
    20041 attcactttg attgttagaa tgattttatt gctgcaaatg tatgattctt ttcaaaggtc
    20101 tacctttatc ccaaaatatt catctgacat ggtcgacaag tacatataca agaagatttc
    20161 ggagtatttc ccttatgaac ctaccgaaga gcagcaaaaa gcgatcgcag cgatcgccgc
    20221 ttttgctgcg gatacgaccc caagatcgct gttgattctt aggggatacg ccggtacggg
    20281 caagacgtct gtgctgggag cggtggtgaa ggctttgcat gccatggagc ggccaagcat
    20341 gctgctggca cctacgggca gggccgcgaa ggtgttcgct gaatatgcgg agcgtgacgc
    20401 ctttacgatc cataagaaga tctatcgcca gaagtcgttc tcgaacgatt tcggcagctt
    20461 ttcgttagga aagaacctac agaagaatac gctcttcatc gtcgatgagg cgtcgatgat
    20521 ctcgaacgaa agtgcggggc agaacgcctt cgggagtggc catttgctgg acgatttgat
    20581 tgaatacgtc tacgagggcc aggggtgtcg actgattttg tcgggcgact cggcccagct
    20641 gccgccggtg atgctgcgag agagcccagc actcagtgcg gagcgactca gggcgtacgg
    20701 gatggaggtg catgaggtgt cgctgacgca ggtggtgcgg caggatgtgg actcgggcat
    20761 cttgtttaac gccacgcgga tccgcaatgg gctgtggcag tcggagacga cgcgtttccc
    20821 ggtgctgaaa gtgcaggggt ttccggacat tcggaaggtg acgggcgagg atctgatcga
    20881 ggagattgcc tcggcttaca gtcgtgatgg ggtggacgat acgatcgtcg tctgccggtc
    20941 gaacaagcgt gcggctcgct acaacaacgg gatccgacat tatatcctgg accgtgagga
    21001 ggagatcgag cggggcgacc gcctgatggt gatcaaaaac aactaccacc gatggtcgca
    21061 agccaaggat gcggagtcga gcttcattgc caacggcgag atcgtggagg tgctacgtgt
    21121 gcgacgtgtg acggagctgt acgggtttca cttcaccgat gtgttggtgc ggtttcaaga
    21181 cgatgccgcg gaggtggagc tgcgtgtgct gacagagacg ctccggaacg agtcgcccac
    21241 actaccgcgt gaagacaacg accgcctctt ttatgccgtg ctcgaggact acaaggaggt
    21301 gaaaacgaag gcggcgcgga tgaagaagat gaaggaggat ccgtatttca acgccgtgca
    21361 ggcgaagtat gcctatgcca ttacgtgtca caaggcacag ggcggacagt ggcgcaacgt
    21421 ctttctggac attggctacc tgacggagga gatgctgggc gaggactttt atcgctggct
    21481 ctacacggcc gtcacccgcg ccacggggcg gctctacttc gtcaacctgc cgccggcctt
    21541 tgaggatggc gaacgacacg gggaggcggc cgaagatttc tgacaacgac cctacaccac
    21601 acgaacactt acacacacaa aacatacaac aatggaaaat agagagatta ccccaaagaa
    21661 gaaatgcccg tattgtggcg aagagattca gccggatgct gtgaaatgca agcattgcgg
    21721 cgagtggctg acgaaagagt cggcgccagt accaccctta acagaggatc agcctcctat
    21781 cgaaaacaag tcatcggcgc ccgaacccga cactcccgcc ccccacagac gaaggataaa
    21841 gcccgttgtg ctctgggtag gactcatcgc cgtggtggct atagccgcca ttgccttagc
    21901 tccctccgaa gggcagcata gggagcgcat cgaaaaggcg gccatcgcat gtgtcgaaaa
    21961 gaagatcagt agctctttag gcgctgtcgg ggggagtgcg ttaagcccca tttcttcgat
    22021 tgctttcaac gtagaactgg ttcagcagaa gatccgggag cgcttggagc aggagaaccg
    22081 gatcgaggtg gagaaccgcg tgttttggtc gcaggggcgc atctataatc agcttcaccc
    22141 ttacggcaag atggtcagct tcggctgctt tggcttcgtc ttcccttcga tcgagtggga
    22201 ggatatcgcc ctgctgaccc aagcagagcg ggaggatatt tctcgcttcc tcagcccaac
    22261 gtcagcccaa accgaacagc cactgacgcc ccccactacg gcccaagcgc ctacgggaac
    22321 gacgggcata cgtcagctct atcacggggt gattgagggc gacatcgacg ggaagaaccg
    22381 gatcgacacc ttgcgctgtg agttcgatct ctttttcgag gatcgggtga atgaggaggg
    22441 caagctgatc gtgaatggca cgtacaaata cccccgatat ggcggacgcg ccatcacact
    22501 gagcggcacg tacgatccga ataccgatct gctcgtgctg gtggagtatt acaagagtgg
    22561 caagccgaac tgcaccatgc gcgtccaacg caccagctat ggattcgatg gcatgtttat
    22621 ccgcaagaat ggccaaacgt tgtcgctaac catgacgcaa taacccccac gccacggggc
    22681 ggctctactt cgtcaacctg ccgccggcct ttgaggaggg cggagccact gtaaaggagt
    22741 gacgacacca cgttccgaac ctattggaat acgttaggga ggtggtcgga atacgttccg
    22801 aacctattgg aatacgttag ggaggtggtc ggaatacgtt ccgaacctat tcgaatacgt
    22861 tggggaggtg gtcggaatac gttccgaacc tattcgaata cgttggggag gtggtcggaa
    22921 taggttccga acgtattcca accacctcag aacgtattcg cggggcattc tcctcccgct
    22981 catttccccc acctttgcgg ccgattagac atcgcaaaca catgacgcct atacacacac
    23041 gaatactccg actattatgc atacgctgaa atcaaagaaa acggccatac aagccttcct
    23101 ctatttcatg gccacggccg tcgtgatcgc ctacttcttc ccgcgggaag gcaagttcag
    23161 gtaccaattt cacgagggga agccctggcg ctacggcctg ctgacggccc cgagcgactt
    23221 ccccatctac aagtccgacg ccgagctgaa ggccgaacga gacagtctac aggctcgctt
    23281 ccggccctac ttccgactcg acgaccgcgt cgcagggcag gccttgggca acctcaagaa
    23341 tgactacgtc gaacatcgca ccatgagcac gcccgtctgg caatacctca cccaaaagct
    23401 cagcgcgctc tacgccgacg gcatcatctc ggcgcaggac atggagcgca tgacctccga
    23461 gcatcacacc cgcctgaggc tactccgcaa gaacgtctcc tcgcaggttg acatctcccg
    23521 cttccactcc gaaaagtcgg cctacgagct ggtcatcaac gaggcgcccg aatcgatgga
    23581 caagggcgag ctgagggcct ccaacttcga ccgctacctg caccccaacg tcacctacga
    23641 cgccgaaacg tccgacaagg cgctggaggc gctcatgcag aaggtgacac tctccaccgg
    23701 catcgtgcag gcgggcgagc gtatcgtcga tcggggcgag gtggtcgacg cccgcacgta
    23761 caacatcctc cgctcgctca agatcgtcca cgagaccaag tccggaggca accgccgtga
    23821 cgccatcacc atgctgggcc aagtgatcct catcctcggc atcatggcct gctgcgcgct
    23881 ctacttcctg gccttccgcc cggagctcta cttcaagcgc aagaaccgac tcttcatcct
    23941 cacctgcatc ctcgtgccct gcctcctctc cgaaatttgc gtgcgctacg acctggtgaa
    24001 catctacatc ctgcccttcg ccatcatccc catcgttgtc cgcaccttct tcgactctca
    24061 ttcggccctc ttcacccacc tcatcacggc gctcatctgt tctctcgtgg cccccttccc
    24121 gcacgagttc ctactgctgc aaatcatggc cggcgtcgtc ttcatcatca gcctcaagga
    24181 gctttcgcag cgatcgcagc tcctgcgatg cgccttcctc atctccctgg cctacatgtt
    24241 gggctacatc ggcctctcgc tctatcaaga cggcgacttc aacaagatcg attggcgcat
    24301 ggggatctat ttcggcatca atttcgtgct gctcatgttc tcctacgtcc tcatttatat
    24361 gatggaaaag gccttcggat acgtctcgcc cattacgctc gtggagcttt cgaacatcaa
    24421 caccccgctg ctcaaaaagc tctccgagac ctgcgccggc accttccagc actccctgca
    24481 agtctccatt ctggcctccg ccgccagcgc caagatcggc gccgacacgc agctggtccg
    24541 caccggagcg ctatatcacg atatcggcaa gatgaagaac ccgcctttct tcaccgagaa
    24601 ccaaatgaag ggcatcaacc cccaccgcga tctgcccttc gagcagagcg cgcagatcat
    24661 catcagccac gtcaccgagg gcatcaaaat ggccgaaaag gcaggcctgc ccgaggccat
    24721 catcgacttt attcgcacgc accacggcgc cggtaaggcc aagtatttct acaactccta
    24781 ctgcaacgcc caccccggcg aacccgtcga cgagtcgctc ttcacctacc ccggcccgaa
    24841 ccccttcacc cgtgagacgg cgatcctgat gatggccgat tccgtcgagg cggcctcgcg
    24901 cagcctcaac gaatacaccg acgagacgat ccgcgcactg gtcaataaga tcatcgacgg
    24961 gcaaatagcc gacggactca tgcgcaacgc cccgctgacc ttccgcgaca tcgacaagat
    25021 caagaccacc ttcgtggaaa agctcaaaac gatgtaccac acccgcatca gctaccccga
    25081 cctgaagaaa agctgacgcc ccgagaccat ttccaacaag aaaggcctgc cgcaccactt
    25141 gcgacaggcc tttttctatg caaaaacttc gccgtttttc ccgatttagg cgtgttgatc
    25201 ggaagaaacg caccagaatt cccgatttag gcgtgttgct cgaaagaaac gcggcgtaat
    25261 ccaggattac gggccattct tctagtagaa acgcaccgga attcagaaat ccggcgcatt
    25321 tcccaagcgg aaatcgggcc cgatggcggc ggttagtacc cgggattgtt cggcaacagg
    25381 ttgcggtcgt tgtcgatggc ttccgtggtg ataggccaaa ggaggttgta gccgttctcg
    25441 gcgatgttca gcttgtcgga agcctgcgga cgactgcccg cggcctcgcc cgtgcgatac
    25501 ttacagagcg ccctaacggc ctgccgccct tcggggccgg agttgaacca gcgacggagg
    25561 tcgtaccacc gttgcccctc ggcgaaaaac tccacgcggc gctcgtgcat gatgcgcgcc
    25621 atgaagtttg cggccgtgac ggtgctgccc gtctggaggg ccgggacgcc acgcttagca
    25681 cgcagctcgt tgagccgctt cacgccctcg gggtagcccg ccgcctcggc cacgatgagg
    25741 tacatctcgg cgatgcggac aacggggtag gagtcggatt tgtccgtgtt gggatacttg
    25801 atgcagtcgt acgtctcggt gccgttcttg agcttcaagt ggcgcacgga agccgccttg
    25861 cgctcgtcgc cctcctcgta agccctgatg agggcctgat cgacgggtaa ttcgtagcgt
    25921 ccgttgccgc cgggggctgc gctgcccgcg ccgttttcct tctcgtactg gtcgacgatg
    25981 ttggagcgca aaaaccagcc gtaggagccg ctgtcgcccg ttgtgttggt ccattgcagg
    26041 atcatctctt tgctcgtctt ggcgtgccag atgtcggcgt aatgatcggc tagggcgaag
    26101 tgaccgttgg cgatcacctc ttcggccaac tgtcgggcgc gcgccttgtc ctgcacgggc
    26161 gtgggggcaa tgagcagcac ccgcgccaag agggccttgg ccgccacgcg actggcatag
    26221 ccggccgtgg agaaggccgg cgcatgcgcc atgccatact ccaagtcttg cttaacgagc
    26281 atccagacgg agtcctccgg cgcacggctc acgggctcgt cggtgacggt ggtcagcagc
    26341 ggcgcatcgc cccagttggc cgtgatgcgc atatagagcc aggcgcggac gatgcgcgct
    26401 tgggcggcga tctcggtcag cttgacggtc gatgtgcccg tatgcttctc caccaggttg
    26461 atcaggttgt tacaccgctg cacagcgccg tagagctgct gccagagcga gttgatgttg
    26521 tcgctgcttg tcgttgggtt gttgtcgtcc atgtcgacat accacgactt gctgttgagg
    26581 ttgtcggccg cgatgtcctc catcacgagt cggtagttct gggcgccatc gtagacgccg
    26641 ttgagcagag cctgatagtc ggcatccgtc agcgaagagt ccgagacggc cgcggtgggc
    26701 ggatagtcca gattgcagcc gttgaaggcc agtagtgagg ccgccaatgc ggcgatcatc
    26761 aaagggattc tcatattcat tgggtaagtc atctcgttgg gggaaagttt agaaggataa
    26821 gttcatgccg aagaggaaag agcgcggatg cggcatagat ccggggtcgt aaccgcgata
    26881 ggtggcgcgg tcagggttca tggccacttc ggggtcgaag ccgtcgtacg tcgtgaaggt
    26941 gtagaggttg ttcacctggg catagaaacg cagtcgagag aggcccagat ggcgcaccgt
    27001 ctcgtcgggc agggtatagc caagcgtcac gttacggatg cggaggaagt cggccttctc
    27061 gaggaagcgc gtcgtgtagt tcatcatgtt gttcgtgtac gccgtaccgt cggccacggc
    27121 ccgcggcctg tcgttcgatg ggcgttcagg cgtccaacgc gcctcaaatt cgtcgcggaa
    27181 gatggcgtat ccgttcggcg taccgccctg tccgccgcct ccggtgtagg cccctttcca
    27241 cgtggcgtag atcttggcgc cgagggagta ttggaggtcc agcccgaggt cgaagccttt
    27301 ataggcaaag ttgttgatga aggcgcccgt gatctgaggg aagggcgatc cggccgtcac
    27361 acggtcgttg ttgttgatga taccgttacc gtccttgtcg taatacttca cgtcgcccgg
    27421 ccggatgccg cgcttccaga gcgcctcacc gccgggctga gccaggatct cctccttgct
    27481 ctggtagata ccctcggcac ggatcaggta gaacgtcgcc atcggctgac ccacctgcag
    27541 gatgttgctc ggccctactt cgatgaagtt atccgtgccg tcagccttct tcgtgagcgc
    27601 cacgacctcg ttatgctgat aaccgaaaga gaggcgcaca tcccacgtca ggccacggcc
    27661 acgcagcgga tgtccggtga tcatggcctc gaaaccctcg ttacggatcc gccccacgtt
    27721 ggaggttgtc cgcgtgtaac cgctcaaggc gttgatgggg tgcgagagca acaagtcgcg
    27781 cgtatccttg tgataccagt cgagcgtcag ctccaggcgt cgatcgaaga gcgcagcgtc
    27841 gacacccagg tcgtactgca gcgttttctc ccacgtcaag tccgggttcg ggcgcgagtt
    27901 ggggaaagcc agccccgact gtccgatgta agccacatcg ctggcgcgat aggtgttgaa
    27961 gtagtcgtaa tagccgatcc cctcttggtt gcc
//
LOCUS       SEQF2634|AYYE01000901.110021 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10021
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             155..835
                     /locus_tag="SEQF2634_00681"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVDEEHVVFLERRQQSGQVARLVEYRPRRHLEAHAQLVGDDV
                     RERRLAQARRAVQQHMVERLLTHASGHDEHFQVLHHLALAAEAVERERAQGVLIVALR
                     LRRCAGSLAYVEFSHRCVLVTSDELQVTSGAFAQPALGLAAFADTFAQPAQVLRRLPR
                     RLRSPRWVLRRFPRRLRSPRKSCGVCRGVCAACASFVAFAETFAQPAQVLRRLPRRLR
                     SLRWVSRR"
     CDS             complement(935..2416)
                     /gene="scpC"
                     /locus_tag="SEQF2634_00682"
                     /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
                     MHLSELAQSLRYGFLGRVDVAIIEAVDVTEDGEIVPAEGVGILPTICRMADKILIELN
                     RFHPKELRGIHDIYEPEDPPMRREIPVYKPSDRIGQPFVKVDPKKIVGVVETNREPDG
                     SKFAPLDDVTLAIGRNVSDFLVGEMKAGRLPKSFLPLQSGVGNVANAVLGCMGENEAI
                     PPFTVYTEVIQDAVIKLMDQGRVTFASGCSLSVSHEALREIYSRLDFFKDKLLLRPQE
                     ISNNPEVVRRLGVITINTALEADIFGNVNSTHVLGTKMMNGIGGSGDFTRSGYVSIFT
                     TPSTAKDGKISSFVPMVSHMDHSEHSVKVIISEYGVADLRGKSPVQRAREIIERCAHP
                     EYRPLLHAYLDRGVKGHTPQSLDACFAFHRAFIETGDMRNVKF"
     CDS             2570..4486
                     /gene="nadE"
                     /locus_tag="SEQF2634_00683"
                     /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="MTHEFLRVAAGVPRLKPADDTYNADQIITMMRKASKRGVDVIAF
                     PHMAIMGSTCGDLRFDQHFQQGVAFGLVGVLSQTGSLPIVGIVGAPLRVGDCIREAAV
                     VFQSGRILGAVVNGGPGERFPTTNVQIAGVSFNVGSELRFRCETFTFAVTLGDDLFRP
                     VSTSAQCAAEGASVLFHLDAMPTQVGRHDALRDVVREHARRCIAGLVYVSAGHGESST
                     DHFFDGEAFIADRGRIVAESEPFSADEQLLISEVDLAALSHDRFCNPYFTGRNPFAPQ
                     AQRSLQDTLPFELHTDDSPLRRTIPPHPFVPEEATARDRRCRETFRIQSHALAERLRH
                     IGLRRAVIGISGGLDSTLALMVAIAAFDLLKLPREGIIGVTMPGFGTSDRTRDNALAL
                     MASEGITLREISIRAACEQHFRDIGHDGSPDTTYENVQARERTQILMDLANMEGALVV
                     GTGDLSELALGWCTFNGDHMSMYSVNAGVPKTLVGAVVQWLARRTKRPETRRALLDIA
                     ETPISPELLPPSPDGAHTQQTERTLGPYELHDFFLYRFMRFGDAPRRMLFLAEQAFGG
                     RYTRVELLGVLRTFLRRFFAQQFKRNCMPDGPAIGSISLSPRGAWQMPSDASSALWLC
                     AVEEMEKAMKEGEK"
     CDS             4483..4740
                     /locus_tag="SEQF2634_00684"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVAITITRNGTQGYVCTCDYPFVHFDLGGCGATVDEAKQDCFT
                     FYDEMRREYPADRLPDLEVEWVYDLARTRSDADLVDAAVMA"
     CDS             4922..5068
                     /locus_tag="SEQF2634_00685"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYYLMEYKTVSDRIACNLMQYRIVLCWIACHLMGYKMDLDWIV
                     CNQV"
     CDS             5275..6042
                     /locus_tag="SEQF2634_00686"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQKMKQIESIYMARIPGGAHFLFVNNVCERAEADAKVKVGAKT
                     ELETLRATCDEEGAALALSRKSLLSDTIREADKRREQLYITLRNIAKAYRNYPVESEA
                     AAARRLVQLLKDYAINPRMQRDAETGLMVHLLDDLAGRCAADVATLRLGPLVEALKEV
                     NEQLRSTTDRRSDERSAYVVGRLKKARKEADQAYSALVRKVNALAVVGRVEDYAAFID
                     YVNTEVAHYRREVIPPRKKKEAPLEADPTSAPADSGA"
     CDS             6094..6759
                     /locus_tag="SEQF2634_00687"
                     /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
                     RIKGRTLVEIFQAYFDGQAEAQAEISRGLVDFESRMHYDYLPGVEAFLDELRRHSVPR
                     AVVTSSNRAKMACVYRVRPELTAHFDAILVAEDLGRSKPHPDGYLRAAERLGVAPTRC
                     VVFEDSFTGLEAGRRAGGAVVGLATTNPAEAIADRCDRVIDDFRTFTVGDMVSLLQTI
                     NRR"
     CDS             6756..8969
                     /gene="relA"
                     /locus_tag="SEQF2634_00688"
                     /EC_number="2.7.6.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TL8"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP pyrophosphokinase"
                     /translation="MNTSPFFTPEEKREFFSAYRRLLSGLSSCLKPEDAPKMKALIRR
                     VVALDCYGRDRNGINGLLRNINTAVIATHDIGLKRTPVIALLLYRPVMKEAITLDEVE
                     QTFDADVALMIRRLLKTSDLYARNTAVNSENFHHLLFSFAEDVRVILVMIADRLCMMR
                     MGKQIRDDNDRIRLATEVSYLYAPLAHRLGLYTIKSELEDLSLKYIDPDRYQYIKQKL
                     NETKRSRDRYIAEFIRPVREKLEQAGLHFDIKGRTKSIHSINNKLKKQHVEFEGIYDL
                     FAIRIILDTPPEAERSECWRAYSIVTDMYQPNPKRMRDWLSVPKSNGYESLHITVLGP
                     DKRWVEVQIRTRRMDEIAERGLAAHWKYKGVKEERGLDEFLSDVRAMLETQSADPMDL
                     MKEFRTDLYQDEIYVFTPTGEVIKLGKGATVLDFAFAIHSKIGCGCISGKVNGKNVPI
                     RHTLQNGDSVEVVTSPTQSPKRDWLTFVKTSKARSKIKQALREESAKAAEYAKELLQR
                     RFKNRKIEVEEALLMRYIKKCGYKTVTDFYVDMAEGRRDANTVIEEYLELERREHGET
                     SEHAEIRSAEEFVAPSEPVESRSDVLVIDKNLTGVEYHLAKCCNPIFGDPIFGFVSTR
                     GIKIHRTNCPNAQDMLSRFGYRTIQARWSGKGTDGYAVTLHIVGNDDLGIVTNITSVI
                     SKESGVMLRSINIDSVDGLFQGNFTVTVKDTASLSVLTKKLQAVRGVKNIERLNT"
     CDS             complement(9531..10001)
                     /locus_tag="SEQF2634_00689"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAPTSVKGARSICIERALGPLPISLADDEVTDSAVRRLLFEAGD
                     DVDNLMKLCEADITSKNPEKVRRFLNNFRLVREKMAVIEEKDRVRNFQPPVTGEEIMA
                     AFGLAPSRPVGVLKEAIKNAILDGVIPNERDAALQFMYDRAARMGLKRVESFNC"
ORIGIN      
        1 tcagcaatcc gctgcgcgtc gtggcgccga cgagcgtgaa gggtgcgagg tcgatctgta
       61 tcgagcgcgc gctgggcccc ttgtcgatca agatgtcgat gcggtaatcc tccatcgccg
      121 agtagaggta ctcctccacg atggggctga ggcggtggat ctcgtcgatg aagagcacgt
      181 cgtttttctc gagcgacgtc aacagtccgg ccaggtcgcc cggcttgtcg agtaccggcc
      241 cagacgtcac cttgaagccc acgctcagct cgttggcgat gatgttcgag agcgtcgtct
      301 tgcccaagcc cggagggccg tgcagcagca catggtcgag cgcctcctga cgcatgcgag
      361 cggccatgac gaacactttc aagttctcca ccacctcgcg ttggccgctg aagctgtcga
      421 acgagagagg gcgcagggcg ttctcatagt cgcgctccgt ctccggcgtt gtgccggcag
      481 ccttgcgtat gtcgaattca gccataggtg tgtgttagtt acgagtgatg agttacaagt
      541 tacgagtggg gcgtttgcgc agcccgcgct gggtcttgcg gcgtttgccg atacgtttgc
      601 gcaacctgcg caagtcttgc ggcgtttgcc gagacgtttg cgcagcccgc gctgggtttt
      661 gcggcgtttt ccgagacgtt tgcgcagccc gcgcaagtct tgtggcgttt gccggggcgt
      721 ttgcgcagct tgcgcaagtt tcgtggcgtt tgccgagacg tttgcgcagc ccgcgcaagt
      781 cttgcggcgt ttgccgagac gtttgcgcag cttgcgctgg gtctcgcggc gttaacagaa
      841 aaaagagggg gaacaagccc gcaaagagct gctccctctc tcttctccca aatcgtcgga
      901 tgtctaccct ctaccctcca tcctctaccc tctattaaaa cttcacgttc cgcatgtcgc
      961 ccgtttcgat gaacgcccga tggaaggcga agcaagcgtc gaggctctgc ggtgtgtggc
     1021 ccttgacgcc gcggtcgagg taggcgtgca gcagcggacg atactcgggg tgtgcgcaac
     1081 gctcgatgat ctcgcgggca cgctgcacag gcgacttgcc acgcaggtcg gccacgccgt
     1141 actccgagat gatcaccttc acggagtgct cgctgtgatc catgtgcgac accatcggta
     1201 cgaacgagct gatcttgcca tccttcgccg tcgaaggcgt ggtgaagatc gagacgtagc
     1261 ccgagcgcgt aaagtcgccc gatccgccga tgccgttcat catcttcgtg cccagcacgt
     1321 gcgtcgagtt gacgttgccg aagatgtcgg cttccagtgc ggtgttgatc gtgatgacac
     1381 cgagtcggcg taccacctcg ggattgttcg agatctcctg cggacgcagc agcagcttgt
     1441 ccttgaagaa gtccagacgg gagtagatct cgcgcagcgc ttcatgactt acgctcagcg
     1501 agcaaccgct ggcgaacgtc acgcgacctt ggtccatgag cttgatcacg gcgtcctgaa
     1561 tcacctccgt gtagaccgtg aagggcggga tagcctcgtt ttcacccatg caaccgagca
     1621 cagcgttggc tacgttgccc acaccgctct ggagtggcaa gaacgacttc ggcagacggc
     1681 ccgccttcat ctcgcccacg aggaagtccg acacgttgcg gccgatggcc agcgtgacgt
     1741 cgtccagcgg ggcgaacttg ctgccgtccg gctcgcggtt cgtctccacc acgccgacga
     1801 tcttcttcgg gtcgaccttg acgaaaggtt ggccgatgcg gtctgacggt ttgtagacgg
     1861 ggatctcgcg gcgcatgggc ggatcttcgg gctcgtagat gtcgtggatg ccgcgtagtt
     1921 ccttcgggtg gaagcggttc agctcgatga gaatcttgtc agccatgcgg cagatggtcg
     1981 gcaggatgcc cacgccctcg gcgggtacga tctcgccgtc ttccgtcacg tcgacggcct
     2041 caatgatggc tacgtctacg cggccgagga agccgtaacg cagcgactgc gccagctccg
     2101 agaggtgcat gtcgaaatac tccgcgccgt gagcgttgag tagcgtgcgc atgtccttgt
     2161 tcgattggta gggggtgcgg aatttcactg cctcggcgcg tgccaatgca ccgtccaggt
     2221 ggtcgccggt agaggcgccg gtgaacattc cgattttgaa gggccgtccc tccttgtgtt
     2281 cttgttccgc ccgccgcgcg atggcttcgg ggatgacctt cggacagccc gcaggcgtaa
     2341 atccgctaaa tccgacgttg tcgtcgtgtt tcacataagt ggcggcttct tccgccgtga
     2401 tgaatttcag tgacatgatt ctgtttctta tttaagtaga tgtgtatttg cgggcaaaga
     2461 tatggatcgg gagtaataag ggagggaagc tccgcacaac tctttgccgg aagtgccttt
     2521 ccgggcgaat gaccctacac ttgcacccgt tttcaatccc cacacaaaca tgacacatga
     2581 attcctacgc gttgcggccg gtgtgccgcg actgaagccg gctgatgaca cgtacaacgc
     2641 cgaccagatc attacgatga tgcgcaaagc atcgaaacgg ggcgtcgacg tcatcgcctt
     2701 cccccacatg gccatcatgg gtagcacctg cggcgatttg cgctttgacc aacacttcca
     2761 gcagggggtg gcttttgggc tggtcggcgt cttatcgcaa acgggctccc tccccatcgt
     2821 cggtattgtc ggcgcaccgc tccgcgtcgg cgattgcatc cgtgaggcgg ccgtcgtctt
     2881 ccagtccggg cgaatcctcg gtgcggtggt taacggcggg ccgggcgagc gcttccccac
     2941 cacgaatgtg cagatcgctg gcgtctcttt caacgtcggt tccgagctgc gttttcgttg
     3001 cgagaccttc acgtttgccg tcacgctggg cgacgacctc ttccgtccgg tgtccaccag
     3061 tgcccagtgt gccgcggagg gggccagcgt gctctttcac ctcgacgcta tgcctacgca
     3121 ggtcggccga cacgatgcgt tgcgcgacgt cgtacgggag cacgcccgcc gctgcatcgc
     3181 cggtctcgtc tacgtctcgg ccgggcatgg cgaatcgtcg acggatcact tcttcgacgg
     3241 cgaggccttc atcgctgacc gcggtcggat cgtggccgag tcggagcctt tctctgccga
     3301 cgagcaactc ctcatcagcg aggtggatct cgccgccttg agccatgacc gcttctgcaa
     3361 cccctacttt acggggcgta accccttcgc accgcaggcc cagcgcagcc tgcaggacac
     3421 cctccccttc gagctgcaca cggacgacag tccgctcagg cgcaccattc ccccgcatcc
     3481 cttcgtgccc gaagaggcca ccgcacgcga tcggcgttgc cgcgaaacgt tccgcatcca
     3541 gtcgcacgca ctggccgagc gactccgcca catcggcctg cggcgcgccg tgatcggcat
     3601 ctctggcgga ctcgactcga cgctggcgct catggtcgcc atcgctgcct tcgacctctt
     3661 gaagctgccc cgcgaaggca tcatcggcgt caccatgccc ggctttggca cctccgaccg
     3721 cacgcgcgac aacgccctgg ccctgatggc gtccgagggc atcaccctgc gcgagatctc
     3781 catccgcgcc gcctgcgaac agcacttccg cgacatcggt cacgacggat cgcccgacac
     3841 gacttacgag aacgtccagg cgcgcgaacg cacgcagatc ctcatggacc tggctaatat
     3901 ggagggcgcc ttggtggtcg gcacgggcga cctttcggag ctggccctcg gctggtgcac
     3961 cttcaacggc gaccacatgt cgatgtacag cgtcaacgcg ggcgtgccca agacgctcgt
     4021 cggcgccgtg gtgcagtggt tggcccgtcg caccaagcgc cccgagacgc gccgcgccct
     4081 cctggacatc gccgagacgc ccatcagccc cgagctgctc ccgccctccc ccgacggcgc
     4141 gcacacgcag cagacggagc gcacgctggg cccatacgag ttgcacgact tcttcctcta
     4201 tcgcttcatg cgctttggcg acgccccccg gcggatgctc ttcctggccg aacaggcctt
     4261 cggcggtcgc tacacccgcg tggagttgct cggcgtgctg cgcaccttcc tccgccgctt
     4321 cttcgcccag caattcaagc gcaactgcat gcccgacggc cccgccattg gctccatcag
     4381 cctctctccg cgcggcgcct ggcagatgcc ctccgatgcg tcctccgccc tctggctgtg
     4441 cgcggtggag gagatggaga aagcgatgaa ggagggcgaa aaatgaaggt cgccatcacc
     4501 atcacccgca acggcacgca gggctacgtc tgcacctgcg attatccctt tgtccatttt
     4561 gacctcgggg gctgcggcgc taccgtggac gaggccaagc aggattgctt caccttttac
     4621 gacgagatgc gacgcgaata ccccgccgat cgcctccccg acctcgaggt ggagtgggtc
     4681 tatgatctgg cccgcacccg tagcgatgcg gatcttgtgg atgcggcagt gatggcctga
     4741 cggaaggcct ccctgttcat tgtttttcgt caaataccac ccgttttcag tcctctgacc
     4801 cctcgatctc ggtagggcga aaatggtttt tgagcggaat cccgagatgc tggtttgtta
     4861 ccatttggtt tcaagtcagt gtctcgggat tcttttttga gtcaaaatgg aatcggaata
     4921 gatgacatac tatttgatgg aatacaaaac tgtttcggat cggatcgcat gcaatctgat
     4981 gcaatataga attgttttgt gttggattgc atgccatttg atgggataca aaatggattt
     5041 agattggatt gtgtgcaatc aggtgtgata caaaattgtt ttggatcgga tcatgtacaa
     5101 tctgatggga tacaaaattg ttttagattg aattgcgtgc aatctggtgt gatacaaaat
     5161 tgtttcatgt aggatggcat gcgatctgat ggagtacaaa atagatccaa tacatatttc
     5221 atgtaaattt gccagaaaca aagcggagat ataccactat gtgtaaccac tcttatgata
     5281 cagaaaatga aacagatcga aagtatctac atggcccgca taccgggcgg ggcgcacttc
     5341 ctgttcgtca acaatgtgtg cgaacgggcc gaggccgacg ccaaggtcaa ggtcggcgct
     5401 aagacggagc tcgagacgct gcgtgcgacg tgcgatgagg aaggcgctgc actggcgctg
     5461 tcgcgaaaaa gcctcctctc ggacacgatc cgcgaggccg acaaacgtcg ggaacagctc
     5521 tacatcacgc tccgcaacat tgccaaagcc tatcgcaact accccgtcga gtccgaagct
     5581 gcggcggcgc ggcggctcgt gcaactgctc aaggattacg ccatcaaccc ccgcatgcag
     5641 cgcgatgcag agacgggact catggtgcac ctcctggacg acctggccgg acggtgtgcc
     5701 gccgatgtgg ctacgcttcg cctcgggcca ctcgtcgagg ccctcaagga ggtcaacgag
     5761 cagctgcgta gcaccaccga ccgacggtct gacgagcgat cggcttacgt ggtgggtcgg
     5821 ttgaaaaagg cgcgaaagga ggctgatcag gcttacagcg cgctcgtccg taaggtcaac
     5881 gccctggccg tcgtcggccg cgtggaggat tacgccgcgt tcatcgatta cgtcaacacc
     5941 gaggtggccc attaccgccg cgaggtgatc ccgccgcgca agaaaaagga ggccccgctc
     6001 gaggccgatc ccacatccgc ccccgccgat agcggggcgt gacgctactt ttgcgcgcag
     6061 aaagaatcac aacctaaacc cctcattaga cttatgacaa cgaaccaacc catggccgcg
     6121 ctcttcgatt tggacggcgt ggtcttcgac accgagcggc aatacaccgt ctactggcag
     6181 caggtcgggc tgcgctatca ccccaccctc acggactttg cgcagcgcat caaagggcgc
     6241 acgctcgtgg agatcttcca ggcatatttc gacggacagg cggaggcgca ggccgaaatc
     6301 agtcgtgggc tcgtcgattt tgaatcccgt atgcactacg actacctccc cggcgtggaa
     6361 gcgtttctcg acgagctgcg tcgacacagt gtgccgcggg ccgtcgtgac cagttcgaac
     6421 cgcgccaaga tggcgtgcgt ctaccgcgtg cggccggagc tgacggcaca cttcgatgcc
     6481 atcctcgtgg ccgaagatct gggtcggtct aagccccatc ccgacggtta tctgcgggcg
     6541 gccgagcgcc ttggcgtggc gcccacgcgt tgcgtggtgt tcgaggattc gttcaccgga
     6601 ttggaggctg gccgacgggc cggaggggcc gtggtgggtt tggcgacaac gaacccggcc
     6661 gaggccatcg ccgatcgctg cgatcgggtg atcgacgact tccgcacctt caccgtcggc
     6721 gacatggtgt cactccttca aacaataaac agacgatgaa tacatccccc ttcttcacac
     6781 ctgaggagaa acgcgagttc ttctccgctt accgccgact gctctcgggc ctttcgtcct
     6841 gcctcaagcc ggaggacgcg cccaagatga aagcgctgat ccgtcgtgtg gtggccctcg
     6901 attgttacgg ccgcgatcgc aacggcatca acggcctcct gcgcaacatc aacacggccg
     6961 tcatcgctac gcacgacatt ggcctcaaac gcacccccgt catcgccctc ttgctctatc
     7021 gtccggtgat gaaggaggcc atcacgctcg acgaggtgga gcagacgttc gacgccgacg
     7081 tggccctcat gatccgccgc ctgctgaaga cctccgacct ctacgcccgc aacacggcgg
     7141 tcaactcgga gaacttccac cacctgctct tctcctttgc cgaagatgtg cgcgtcatcc
     7201 tcgtcatgat tgccgaccgc ctctgcatga tgcgcatggg caagcagatc cgcgacgaca
     7261 acgaccgcat ccgcctggcc accgaggtct cctacctcta cgccccgctg gcgcatcgcc
     7321 tcggcctcta cacgatcaag agcgagctgg aggatctgtc gctgaaatac atcgatcccg
     7381 accgctatca atacatcaaa cagaagctca acgagacgaa gcgctcgcgc gaccgctaca
     7441 tcgctgagtt catccgtccc gtgcgcgaaa aactcgagca agcgggcctg catttcgaca
     7501 tcaaggggcg cacgaagtcg atccattcga tcaacaacaa actcaagaag cagcacgtgg
     7561 agtttgaggg catctacgac ctcttcgcca tccgcatcat cctcgacacg ccgcccgagg
     7621 ccgagcgctc ggagtgctgg cgggcgtatt cgatcgtcac ggacatgtac caaccgaacc
     7681 cgaagcgcat gcgcgactgg ctctcggtgc cgaagagtaa cggttacgaa agcctccaca
     7741 tcaccgtctt agggccggac aaacgttggg tagaggtgca gatccgcacg cggcgcatgg
     7801 acgagatcgc cgaacgcggt ctggctgcgc attggaagta taaaggggtg aaggaggagc
     7861 gtgggctgga cgagttcctg agcgacgtcc gcgccatgct cgagacgcag tcggccgacc
     7921 cgatggactt gatgaaggag ttccgcacgg acctctatca ggacgagatc tacgtcttca
     7981 cgcccaccgg cgaggtgatc aagctgggca agggcgccac cgtgctcgac tttgccttcg
     8041 ccatccactc caagatcggc tgtgggtgca tttcgggtaa agtgaacggc aagaatgtgc
     8101 ccatccgaca cacgctccaa aacggcgact cggtggaggt cgtcacctcg cccacgcaat
     8161 cgcccaagcg cgactggctg acgttcgtca agacctccaa ggcgcgatcg aagatcaagc
     8221 aggcgctgcg cgaggagtcg gccaaggcgg ccgagtacgc caaggagctg ctgcaacgac
     8281 gcttcaagaa ccgtaagatc gaggtcgagg aagcgctgct gatgcgttac atcaagaagt
     8341 gtggctacaa gacggtgacg gatttctatg tcgacatggc cgagggccgt cgcgacgcga
     8401 acacggtgat cgaggagtac ctcgagctgg agcgccgcga gcatggcgag acgtcggaac
     8461 acgcggagat ccgcagcgcc gaggagtttg tggcgccgtc ggaaccggtc gagtcgcgca
     8521 gcgatgtgct cgtgatcgac aagaacctga cgggcgtgga gtaccacctg gccaaatgct
     8581 gcaaccccat cttcggcgac cccatcttcg gcttcgtctc cacacgcggc atcaagatcc
     8641 accgcacgaa ctgccccaac gcgcaagaca tgctcagtcg cttcggctat cgcaccatcc
     8701 aggcgcgctg gagcggcaag ggcacggacg gttacgccgt cacgctccac atcgtcggca
     8761 acgatgatct gggcatcgtc accaacatca cgtccgtgat cagcaaagag tcgggcgtca
     8821 tgctccgctc catcaatatc gattccgtgg atggactttt ccaaggcaac ttcaccgtca
     8881 cggtcaagga cacggcctcg ctcagtgtcc tgacgaagaa gctccaggcg gtccggggcg
     8941 tgaagaatat cgagcgacta aacacgtgag gctcgctgcg tttgcctgtt gagtcgtttg
     9001 cctgttgagt cgttgagttg tttgagtcat ttatccgttg agatgttgga ttgttgagag
     9061 attgagtagt cgtttgtctt cgcgcaggcc tctgccgagg cagggaagtt tgcctggtac
     9121 aagaaatggc ggcgatttat ccagtacccg gccaaacttc gccggcggcc gcagccgccc
     9181 ctcaaacagg cgcctgttta ctctcgcgca gattgcagga tatcaaacag gcgcctgttt
     9241 agcttcgcgc agattgcagg acaccaaaca ggcacctgtt taccctcgcg cagattgcag
     9301 gacaccaaac aggcacctgt ttaccctcgc gcagattgca ggacaccaaa caggcgcctg
     9361 tttagcttcg cgcagattgc aggacatcaa acaggcgcct gtttgccttc gcgcaggctg
     9421 gagtaaccca aacaggcgcc tgtttagctt cgcgcaggct ggagtaatcc aaacaggcgc
     9481 ctgtttaccc ctaaacaact aaacaagctc gcgcagcgag cctcaacgac tcaacaattg
     9541 aacgactcaa cccgcttgag gcccatccgt gcggcgcggt cgtacatgaa ctggagggcg
     9601 gcgtcgcgtt cgttggggat cacgccgtcg aggatggcgt tcttgatcgc ctccttgagc
     9661 acacctacgg ggcgcgacgg cgcgagtccg aacgccgcca tgatctcctc gcccgtgacg
     9721 ggcggctgga agttgcgcac gcggtccttc tcctcgatca cggccatctt ctcgcgcacc
     9781 aggcggaagt tgttcaggaa gcggcgcacc ttctccgggt tcttgctcgt gatgtccgct
     9841 tcgcagagct tcatcaggtt gtccacatcg tcgcccgcct cgaagagcag gcgccgcacg
     9901 gccgaatccg tcacctcgtc gtccgccagg ctgatcggca aggggcccag cgcgcgctcg
     9961 atacagatcg acctcgcacc cttcacgctc gtcggcgcca cgacgcgcag cggattgctg
    10021 a
//
LOCUS       SEQF2634|AYYE01000902.1 4046 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4046
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(436..1326)
                     /locus_tag="SEQF2634_00690"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFLLAAVVLLSPTASIMAQDDAPRDTSYWTHSGAASLTFGQ
                     TSFTNWAAGGENSVSVLAAFAGKWNYAKDRWMWDNSADLGYGLTYQGSDQIKNDDHID
                     LATRLGYKASATWAYAAELNFKSQFNKGYSKYPVTDDAAYISKFMAPGYLLGSIGMTY
                     THPREDLKVLISPVSEKMTFVSDRRLSDEGAYGVEKGDRVLAEFGALIKGTYSKKITE
                     NVLFNTEVLLTSAYKTFGNVDVDWKMSLDWKLNKYFTFKANTYLLYDDDIRYVDKDGV
                     KHGPRVQFKEVVGLGLGYIF"
     CDS             complement(1891..2430)
                     /locus_tag="SEQF2634_00691"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRLGKWLLGLMGWRVGPAGDEVAKCVICVAPHTSNMDFIIGE
                     LFYLAIGKQAAFLMKKEWFAFPLGLFFRAIGGVPIDRSRNTSMTEQMAAEFARRDRFR
                     LAITPEGTRKRVDEWKRGFYYIALKADVPIQLGYIDYGRKEVGIMETFRPTGDAEADI
                     QYIRSRYEGMTGNHSERFQ"
     CDS             2676..4004
                     /locus_tag="SEQF2634_00692"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKVKIGLLLGLMAGVATVPVEAQVNASDSVQHHVLGNRLSVGG
                     YGEIAYSRNFYSDNVYRYSDAAKYKNDPSHGRFDVPHAVIYLNYNFGKGWTMGTEIEF
                     EHTGTGSAQEKEFTEGGEWEMEVEKGGEVELEQFWIQKSFSRAFNIRAGHIVVPIGMT
                     NAHHEPLHFFTVYRPEGEATILPCTWHDTGISFWGRTGRVRYEAQVVAGLDAFFFDRE
                     GWVSGGAGSPYEFKVANKYGFIGRLDYYAFPGLRIGLSGYYGRAMHNAFPHDLEGKDA
                     NGNVKRYDNVKGTVAIGAFDFAFNRYNWIVRGNADYGYVGDAATISTIKRNLTANSAP
                     YKKTPVGKNAVAVGLEAGYDIFSQVARLRADDQKFYLFGRYEYYNSYIPSSDQQKYEY
                     TGKQRLAVGFNYFPLPQIVVKGEYSTRLLKQQYNNEPSISLGIAYEGFFL"
ORIGIN      
        1 agtcccgcag gtctcccggc atttgctttg gcgtttgcgg ggagtcccgc aggtctcccg
       61 gcatttgctt tggcgtttgc gggagtcccg caagtctctc ggcatttgct ttggcgtttg
      121 cgggagtccc gcaagtctcc cggcatttgc tttggcgttt gcggggagtc ccgcaagtct
      181 cccggcattt gctttggcgt ttgcggggag tcccgcaagt gcttcggaga acctgttggc
      241 cgttacagca tgctatcaat gacattctca aaagggtatc tcattctttt gtcgaactca
      301 cgttatcgta caatcaccac tacaggcttc ggctgattgt atcatacaat cgacacgaaa
      361 aagagaaagg cactgcgaaa acaagttcca cagcgccttc tcgataactg cttgagagat
      421 gactaagagg gtctcttaga agatgtatcc gaggccgagg ccaacgactt ctttgaactg
      481 tacgcgcggg ccatgcttca cgccgtcctt gtcgacgtag cggatgtcgt cgtcgtagag
      541 gaggtaggtg ttggccttga aggtgaagta tttgttgagc ttccagtcga gcgacatctt
      601 ccagtccaca tcgacgttgc caaaggtttt gtaggccgag gtgaggagga cttcggtgtt
      661 gaagaggacg ttttcggtga tcttcttcga gtaggtgccc ttgatcaggg cgccgaactc
      721 ggccagcacg cggtcgccct tctcgacgcc gtacgcgccc tcgtcggaga ggcggcggtc
      781 ggagacgaag gtcatctttt cagacacggg cgagatgagc accttgaggt cttcgcgcgg
      841 gtgggtgtag gtcataccga tggatccgag caggtagccc ggggccatga atttggagat
      901 gtaggcggcg tcgtccgtca cgggatattt gctgtagccc ttgttgaatt gcgacttgaa
      961 gttcagctcc gccgcgtagg cccaggtggc tgaggccttg tagccgaggc gggtggcgag
     1021 gtcgatgtgg tcgtcgtttt tgatctgatc gctaccttga taggtgaggc cgtagccgag
     1081 gtcggctgag ttgtcccaca tccatcgatc cttcgcgtag ttccatttgc ctgcgaaggc
     1141 ggcgagcacg gagacggagt tttcgccgcc ggcggcccag ttggtgaagg aggtctgccc
     1201 gaaggtcagc gaggcggcac cgctgtgtgt ccagtacgag gtgtcgcgcg gcgcgtcgtc
     1261 ctgcgccatg atcgaggccg tcgggctgag gaggacgacg gccgcaagga ggaatagttt
     1321 cttcattgtt tctggttttt aatacggccg caaaagtagg ttgccggata aagggtgccg
     1381 gaagtcagcg ggttcgttta agtaaactcc tcgattaata agtctttcgg cgggaatgca
     1441 gggcgcgcga tggccggaaa aatacgctcc ttaacgtgag ttcgacgtaa gaatgaggta
     1501 tcttatcctt ggagaatgtc tttcatagcg cgctgtaaag gccaaagtgc ttttggaaat
     1561 gcttgcacca gcggtgcaaa cctcaaaaac ctctttttgt ctcttgcacc ggtggtgcaa
     1621 acagaaaaaa ccacttttag tctcttgcac catcggtgca aacggaaaaa actgcttttg
     1681 ggccgttgca ccggcggtgc aaatcgcaaa aaccactttt tggcccttgc accaccggtg
     1741 caagccgtaa aaagtatttt ttagtcgttg caccgccggt gcaagcattt ccaaaagcgt
     1801 tttggccatc gtgtgactcc cgtagaagct ctctgttggc gttattctta catcgaactc
     1861 acgctcctta acagggccgt ggggggacgt ttattggaat cgttcgctgt gattaccggt
     1921 catgccctcg tagcgcgagc ggatgtattg gatgtcggct tcggcgtcgc cggtagggcg
     1981 gaaagtctcc atgatgccga cctccttccg tccgtagtcg atgtatccca gctggatggg
     2041 tacgtcggcc ttgagcgcga tgtaatagaa gccccgcttc cattcgtcca cgcgtttgcg
     2101 tgtgccttcg ggcgtgatgg ccaggcggaa acggtcgcgg cgggcgaact ctgcggccat
     2161 ctgctccgtc atggaggtgt tgcgactgcg atcgatcggg acgccgccga tggcgcgaaa
     2221 gaagaggccc agcggaaagg cgaaccattc ctttttcatc aaaaacgcgg cctgcttgcc
     2281 aatggcgaga taaaacagtt cgccgatgat gaaatccata ttgctcgtgt gtggcgctac
     2341 gcagatcacg cacttcgcca cctcgtcgcc cgccggccct acacgccagc ccatcaggcc
     2401 caaaagccac ttaccaagtc tcttcttcat gttctttcta tccgtttgat ataccatttt
     2461 gtcgggccaa aggtaagggc cgcacgggga cgccacggca tttccgggct tgatcccccg
     2521 ggggcgcgaa ggatgcgaca cgctccccgc aaagattttt cacatcccta atatttggga
     2581 ttgtgatggt ttggaggcgc ctctactttt gccgccgaaa gcctttcact ccaaaggggc
     2641 tttcgacaga agcagcagac atataattaa gaacaatgaa taaggtcaag attgggttat
     2701 tactcgggct tatggctggc gtcgccaccg tgcccgtaga ggcgcaagtg aatgcctcgg
     2761 acagtgtgca acatcacgtg ctgggcaacc gattgagtgt cggtggatat ggcgagatcg
     2821 cctattcccg caatttctac agcgacaatg tgtatcgcta cagcgatgcc gccaagtaca
     2881 agaacgaccc cagccacggg cgtttcgatg tgccgcacgc cgtcatctat ctgaactaca
     2941 atttcgggaa aggatggacg atgggcaccg agatcgaatt cgaacacacc ggtacaggta
     3001 gcgctcagga aaaggaattt accgagggcg gcgagtggga gatggaagtc gagaaaggcg
     3061 gcgaggtgga gctggagcag ttctggatcc agaagtcttt ctcacgcgcc ttcaacattc
     3121 gcgcgggcca cattgtcgtg cccatcggca tgacaaacgc gcaccacgag ccactccatt
     3181 tctttaccgt ctatcgtccc gaaggcgagg ccacgatcct gccttgcaca tggcacgaca
     3241 cgggaatcag cttctggggc cgcacgggac gcgtccggta tgaggcgcaa gtggtggctg
     3301 gcctcgacgc ctttttcttc gatcgcgaag gttgggtgag tggcggcgcc ggatcgccct
     3361 atgagtttaa ggtggccaac aaatacggct tcatcggccg actcgactat tacgccttcc
     3421 ccgggctgcg catcggcctg agcggatact atggccgcgc catgcacaac gccttcccac
     3481 acgatctcga ggggaaggac gccaatggca acgtgaagcg ttacgacaat gtgaaaggca
     3541 ccgtggccat cggtgcgttc gacttcgcat ttaacaggta caactggatc gtccgcggta
     3601 acgccgacta cggttacgtg ggcgacgccg ctacgatcag caccatcaaa cgcaacctga
     3661 cggccaactc cgccccctac aagaaaactc ccgtcggcaa gaatgctgtg gccgtaggcc
     3721 ttgaagcggg ctacgatatt ttctcgcagg tggcccggct gcgcgctgac gatcagaaat
     3781 tctacctctt cggacggtac gaatactata actcctacat cccctccagc gatcagcaga
     3841 agtatgaata caccggcaag caacgcctag ccgtgggctt caactacttc cccctgcctc
     3901 agatcgtggt gaagggcgaa tactccaccc gtctactcaa gcagcaatac aataacgaac
     3961 cctccatctc cctcggcatt gcctatgagg gcttcttcct ctgattcgac atcgagagac
     4021 gtgccacgga tggcatagcc cagaga
//
LOCUS       SEQF2634|AYYE01000903.111134 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11134
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     tRNA            complement(309..394)
                     /locus_tag="SEQF2634_00693"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(taa)"
     tRNA            complement(413..486)
                     /locus_tag="SEQF2634_00694"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     CDS             complement(721..1182)
                     /locus_tag="SEQF2634_00695"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKCPHIASIVATLLVGLVTACTEPNPIDNYPVALRLDLTFNDKA
                     LRTVPSAATYTHYSHPISSAYRAFGFGGVLVVHGVDAEFYAFDLSCPYENRSSVRVEP
                     DSDIIYAVCPQCGTKYLINDGSGVPVEGVGRHGLKPYRTESDGRGTVIVYN"
     CDS             complement(1179..1610)
                     /locus_tag="SEQF2634_00696"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEFTSTIRPIPHNDARVFAMLSDLSNLQRVRNSIPEDSIKAFS
                     FTDDHCSFEVSPIGKIEFRIVDREPNKTIKFETTQSPVPLQLWIQLKQVATSDTRMKL
                     TVRADLNPFLKPMVSKPMQEAVEKISEILARLPYEEQDLTP"
     CDS             complement(1665..2303)
                     /gene="pyrE"
                     /locus_tag="SEQF2634_00697"
                     /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
                     EEQFQAANVRLITLSNYDAVIKEALKTEYITPTEEAILQEWRKDPAHWNPQD"
     CDS             complement(2453..3061)
                     /gene="nreC_1"
                     /locus_tag="SEQF2634_00698"
                     /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
                     IRESAERIVDILLEAYASTSDRAEMLDPAGGHELTRRETDVLVLVAKGLMSKEIAERL
                     HISVHTVISHRKNITRKTNIKSVAGLALYALMNNLMEEGDAS"
     CDS             complement(3058..3762)
                     /locus_tag="SEQF2634_00699"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKMLFSENMKLADLISANHNLILMLPRFGIPLGFGERSVARVC
                     AAYDVPVDFFLLVCNVYTFDAYLPNRETLQSIDMRLLVPYLHASHQYYLRHLPYLGRL
                     LDGMASKVDKRYGNMLRHFFAGYKNEVEEHFDYEEQVVFPYIERLRIASENGETLPES
                     YHIHDYAEAHDNIEDKLSDLTQIIFKYLPGNVSPEDSIDVVFDIFQLSADLNKHALIE
                     DRILVPYVEMLEAKRA"
     CDS             4001..4774
                     /locus_tag="SEQF2634_00700"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVSVGRMLLRPTAGISGKRAAFPNSIPWGSPVGRMLLRPTAGI
                     SGKRAAFLDSIPWGSPVGRMLLRPTAGISGKRAAFPNSIPWGSFVGCMLLRPTAGISG
                     KRAAFPNSIPWGSFVGCMLLRPTAGISGKCAAFLDSIPWGSFVGRMLLRPTAGISGKR
                     AAFLDSIPWGSFVGRMLLRPTAGISGKRAAFLDSIPWGSPVVRMLLRPTTGISGKRAA
                     FLNSIPSGSFVGRMQYAPTAGETPKRDPFWDPPRWITPK"
     CDS             complement(4767..5126)
                     /locus_tag="SEQF2634_00701"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFCLVFQPLSAETIKMDLVLQLLSAESTQMRRVLQLLSVKTT
                     QTRRVLQLSRAETTQTRRVLQLSRAETTQTRRVLQLSGAESTQMDLVFLLSRAESTKM
                     DLVLGSSIVESPKMDLI"
     CDS             complement(5181..6374)
                     /gene="resA_1"
                     /locus_tag="SEQF2634_00702"
                     /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
                     PMTFTADAATMPTLFYIPDRKTVNPVITGSPTQELNEKFNAQMADKENRLSELSEKQA
                     SVYYSAEERTDSIIAEAVRMESEIEALRKECNDARLDFIRKNAASIVALDQAGILVYA
                     DELTTTDVDEILKVLEPSWKGKARYDLLVQQMTTKKNMALGSIIPDADFSTTDGKTVK
                     LHDVLPKEGYALVEFWASWCSPCRAEIPHLKQIVSKYPAFHIISLSVDDDDAAWKKAL
                     DQDKPSWTQLRCPDGIQGMANKVYGIMGVPACFLVDSEGKIVRVGARGPVLDMMLSQL
                     YASNK"
     CDS             complement(6449..7858)
                     /locus_tag="SEQF2634_00703"
                     /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="MKTTHAIIGLCLALALTACELVGSLDKIEPEHKLTDNNVITDTK
                     SAEAALNGVYLSWRTYRIGWMRHLLGALTGVENEVNIAGIDGFADNEVTDDNTGVESN
                     YIELYFVVQNASAILEHLESTAAIQSLSPARRTEIVGEVKCSRALARLMLLRQYGEFY
                     DRTSAYGIVLYPGNRSIKDNTALPRASVEESYRAILSDLDEAIAKAPETNTHYRMSRL
                     TAKALKARVMLYRKEFAQAATLARQVIAEAPAAGYALEDSFKQLFVNSFQSQEMLFAV
                     YAMAPDELYSDGVWNRSTAGPVTSKLASAVAPSDSVPDKRFAAIYKDLDPGRPEVVNN
                     KYPITEGLAGTKQDSHYYIRLAEMYYLIAEAEARLGNPTAARAALKEILCIDRAGYTQ
                     AYVEAIPDSRLLEMILRHKWLEFFTENSEEWFDLVRFHAWDNYPIAPYYVKSDRHLIL
                     PIPRKALGGNRALKQNPGY"
     CDS             complement(7886..11110)
                     /gene="susC_3"
                     /locus_tag="SEQF2634_00704"
                     /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="MMSLCIVAATGLQPAWAAEFDPTTGHMTATQQKGIITGRIVDET
                     GEPVVGANIVVKGTTTGTTTDLEGRFSLTVEGPNVTLVVSYVGYEQMELPAVAGSTLN
                     LRLVPDCKMLDDLVVIGYGSKDKKSLTSSISSLKNDDIERLARSASTVDGMLGGAVKG
                     VFSVQSSGAPGAGPLINVRGITSPIPRDKMTKQSNAPLYVIDGMPYFVEDNNLNPLLA
                     ISPYDIESVDILKDASATAIYGSRGANGVVIVKTRNGRKNEKMTIDAGYTLSVGNPIK
                     EYSPLNPTEFRQLQGEIMDGTVRHIRENLGGMMDANMYTVLQSFGKVEATLDEDTYLY
                     KLTAYNGLRDDVFGRANTNWNDEITHRNATTQQYYVSLRGGSAVTNYSVSLNAMDQEG
                     LMKNDRLKHYGGRMAIDTEVSKWVKAGATLSYSGSARHSGNLREGFQEGLTAWRMRPD
                     LPVRDEQGNFMRFDATPLYGVPIMSPNPVAVRDRKNRAVSSQFMGNGYADVTILEGLK
                     AHAEVNVSVFGQRDRTFIPSHAQSLIPGVELKAELGEEYSTTTQTSANVRLDYNRSFG
                     HHNLAALLGVGADRTHYQLRTLSASDFFNESDMDNIGSANTYLPIMDAYARGGLNSTY
                     ARVSYDYAQRYLTELSLRSDASSKFGPNNRTAVFPAVSLGWRLGNEPFMAGACSWLDD
                     LKLRLSWGKTGSTNVDDFSYLRYYSKGGRYGEKPGVWLERNLPNRDIRWEITTEYNGG
                     IDFSFFDHRLYGSIDLYNRTTKGALVNSPYLAESGMNSYTSNLIDMSNRGFELELGGD
                     IVRTADFTWSTSFNIASNRNKVLKLNGANLNSQMQDLIVEGEPVGVIKGFRTKGIAKD
                     QAEIDRLNAQAAAKGYGAYQTSLGVGDYILEDVNGDGRITSDDRTVIGSPLPKFFGGW
                     NHTLTYRNVDLSLFMQFSQGGKAFYSDVGLDLESTLGQSITRETFRRTWTPERRDALF
                     PRLVYGQYSSYNAKTNDRMIYSTSYLRMKNITLTYRLPKAALRLVGVQSASVFAMVTN
                     LFTLTAWPGLDPELVGSGIHRGQGNDADPYPLSRTVSFGVHLQF"
ORIGIN      
        1 atgcagacac gcagcaataa gatcgtcgtg ttcaatctga tctactcgac gaccttccaa
       61 gaagtaaagt agacgatcaa aagaggcgaa aatgccctct ttcgaggtgt gaaagggata
      121 caaaaaacgg ggcgcgaaaa acacgccccg tttttgtgct ttttgattgg cgccattgta
      181 cttaagccaa aaaatcccac cgggccgcag ctcaatggga aacttgaggg gagaaattgc
      241 ttctcctgaa ccatatgaaa aaatccgtag accatagaat gtaccccgat tgcaaatcgg
      301 ggagacgtgt actcgaagcg ggacttgaac ccgcacagcc gttgtcggcc aagggatttt
      361 aagtccctcg tgtctaccat tccaccattc gagccgcaga tctgggtctt gagagcggaa
      421 gacggaactc gaatccgcga ccccaacctt ggcaaggttg tgctctacca actgagctac
      481 ttccgctaat aatgtcaatg tgtgcttggt gcttttgtcg gcttttgcat ctgccttgcc
      541 aaggttggct gtttgtccat cctttggggc aaggttgcgc tctaccaact gagctacttt
      601 cgcgtgtgac aatcatgtca attgtgcgct ttgctttcgc taaagcggcg gcaaagatat
      661 acgcgatctc ttttttgcaa aacgctggag tgaaaaatgg tgcccatacg gggactgcga
      721 tcagttgtat acgatcacgg tgcctcgccc atcgctctcg gtcctgtagg gcttgaggcc
      781 gtgccgcccg acaccctcga cgggaacgcc gctgccatcg ttgatgaggt atttggtgcc
      841 gcactgtggg cagacggcgt agatgatgtc gctgtcgggc tcgacgcgta cggaggagcg
      901 attttcgtac gggcaggaga ggtcgaaggc gtaaaattcg gcgtcgacgc catgcactac
      961 gagtacacct ccgaatccga aggcccgata ggcggagctt atcggatggc tgtagtgggt
     1021 gtaggtggct gcggagggga cggtacgcag ggccttgtcg ttgaaggtca gatcgaggcg
     1081 tagcgcaacg ggataattgt cgatggggtt aggctcggtg caggccgtga cgagtccgac
     1141 gagcagcgtg gcaacgatgg acgcaatgtg agggcatttc atggggtgag gtcttgctct
     1201 tcgtagggca ggcgggccaa gatctcggag atcttttcga cggcttcctg catgggcttg
     1261 gagaccatcg gtttgaggaa gggattgagg tcggcgcgga cggtcaattt catgcgggtg
     1321 tcgctcgtgg ccacttgttt gagctggatc cagagttgca aggggacggg cgattgagtg
     1381 gtctcgaact tgatggtttt gttgggctcg cggtcgacga tgcggaactc gatcttcccg
     1441 atggggctca cttcgaagct gcaatggtcg tcggtgaagg agaaggcttt gatgctgtcc
     1501 tcggggatgc tgttgcgcac gcgttgcaag ttggagaggt cggaaagcat ggcgaaaacg
     1561 cgggcgtcgt tgtggggaat ggggcggatg gtgctggtga attctgtcat tatgtatgta
     1621 ctaaggagga gtaaggaggg ggtgaggtgg gggagtagtc ggggttagtc ctgtgggttc
     1681 cagtgggcgg gatctttgcg ccattcttgc aggatggcct cctcggtcgg ggtgatgtat
     1741 tcggtcttga gggcctcttt gatcacggcg tcgtagtttg agagggtgat gaggcgcacg
     1801 ttggcggctt ggaattgttc ttctgccacg gggaagccgt gggtgtagat ggccaccatg
     1861 ccgatgaccg tgcaaccgaa attgcggacg gcttcgacgg ctttgaggct gctaccgccc
     1921 gtagagacga ggtcttccac gacgacgacc ttcgatccgg gtctcagttc gccctcgatc
     1981 aggttttcca gtccgtgatt tttcggcgtg gagcggatgt agacgaaggg gagtccgagc
     2041 aggtcggcca ccagggcacc ctgcgcaatg gcgcctgtgg cgacgccggc cacggcctcc
     2101 acttcaccga aattctctac gatggtgcgt gccaattcga tcttgagaaa ggtgcggagg
     2161 gcgggatagg agagcgtttt gcggttgtcg caatagatgg gtgacttcca gcccgaggcc
     2221 caggtgaagg ggtttccggg ttgcagcttg acggctttaa tcttgagcaa cttctcagcg
     2281 acgatgcgtt ctaatgcttt catattctct attaatggat ggatgggtaa tgtttgtggg
     2341 cgcaaaagta gggtaaaatg cccacgcggc cggaacgcgc ttcgttatcg gaggctgtcc
     2401 cggccgcgcg tgtgggataa gtggcgtggc gacctgatgg acggcgctcg agctacgatg
     2461 cgtcgccttc ttccatgagg ttattcatca gggcgtagag cgcaaggccg gccacggatt
     2521 ttatgttcgt cttgcgggtg atgtttttgc ggtgtgagat gacggtgtgg acggagatgt
     2581 ggaggcgttc ggcgatttct ttactcatca gccctttggc tacgagtacg aggacgtccg
     2641 tctcacgtcg cgtcagttcg tgaccgcctg cggggtcgag catttcagct ctatcggacg
     2701 tggatgcgta ggcctcgagt aagatatcga ctatccgttc ggcggactcg cgtatctcga
     2761 gcacgctatg gaaagcgtgc aggatggcgt tgtcgatata ttggtaaacg agggctatga
     2821 tggtcatgtg ggggtattcc tgggctaagc tatagactgg gtagcgcttg gagtagggca
     2881 ttacggtcgg gttgatcaat aaaatgtctg gacgtgccac ggagatgcgt tccgcgtagt
     2941 cctccgtgcc gtcggatggg cgtaggacgt ccagctccgg agacttcccc aggattttga
     3001 tcagcccttc cttaatgatg atggagggct cgacgataag taccttcttt ttgcggctca
     3061 tgcacgtttt gcctccagca tttcgacata cgggacgagg atacgatctt cgatcagcgc
     3121 atgcttgttt aagtcggccg ataattggaa tatatcgaag acgacgtcga tagagtcttc
     3181 aggcgacaca ttccccggca ggtatttgaa gatgatttgg gtcaagtcgc tgagtttatc
     3241 ctcgatattg tcgtgcgcct cggcatagtc atggatatga tacgattcgg gtaaggtctc
     3301 gccgttttcg gaggctattc gcagtcgctc gatgtaggga aaaacgacct gttcttcgta
     3361 gtcgaaatgt tcctcaactt catttttata ccccgcgaag aagtggcgca acatatttcc
     3421 atatcgctta tccactttcg aggccatccc gtcgagcaga cgtcccaaat agggcaaatg
     3481 acgcaggtaa tactgatgag aagcatgcaa atagggcacg agtaggcgca tgtcgatcga
     3541 ttgaagggtc tcacgattcg gcagataggc atcgaaggtg tagacgttgc agaccaggag
     3601 gaagaaatcc actggcacgt cgtacgcggc gcatactcgc gctacgcttc gctccccgaa
     3661 ccctaaagga atgccgaaac gaggcagcat aagaatgagg ttatggttgg cggaaatcaa
     3721 atcggccagt ttcatgtttt ccgagaaaag cattttatcc attattcgtt caatacgttc
     3781 attgatcacg gacgcaaaag taaacctttc ctatcgcatg aactctcttc ggggcatcgc
     3841 taatgatagc gattttttag cttcttctct acccaataat agggataggc gcgagtagtg
     3901 acccaccccg gcttgatggc gactgcttct cgtctcctcg ataggtgcct cttccatccg
     3961 tggtactccc aaacgcttct cgtttccctg ttcacccccg atgggggtgt ctgtggggcg
     4021 tatgctgttg cgccctacag caggtatatc tggaaaacgt gccgcatttc ctaattcgat
     4081 cccgtgggga tcgcctgtgg ggcgtatgct gttgcgccct acagcgggta tatctggaaa
     4141 acgtgccgca tttcttgatt cgatcccgtg gggatcgcct gtggggcgta tgctgttgcg
     4201 ccctacagcg ggtatatctg gaaaacgtgc cgcatttcct aattcgatcc cgtggggatc
     4261 gtttgtgggg tgtatgcttt tgcgccctac agcaggtata tctggaaaac gtgccgcatt
     4321 tcctaattcg atcccgtggg gatcgtttgt ggggtgtatg ctgttgcgcc ctacagcagg
     4381 tatatctgga aaatgtgccg catttcttga ttcgatcccg tggggatcgt tcgtggggcg
     4441 tatgctgttg cgccctacag cgggtatatc tggaaaacgt gccgcatttc ttgattcgat
     4501 cccgtgggga tcgtttgtgg gacgtatgct gttgcgccct acagcgggta tatctggaaa
     4561 acgtgccgca tttcttgatt cgatcccgtg gggatcgcct gtggtgcgta tgctgttgcg
     4621 ccctacaacg ggtatatctg gaaaacgtgc cgcatttctt aattcgatcc cgtcgggatc
     4681 gtttgtgggg cgtatgcaat acgcccctac agcaggtgaa accccaaaac gcgatccatt
     4741 ttgggaccct ccgcgatgga taacccctaa atgaggtcca ttttgggact ctccacgatg
     4801 gatgacccca aaacgaggtc cattttggtg ctctccgctc tggagagtag gaaaacgaga
     4861 tccatttggg tgctctccgc tccggagagt tgtaaaacgc ggcgcgtttg ggtggtctcc
     4921 gctctggaga gttgtaaaac gcggcgcgtt tgggtggtct ccgctctgga gagttgtaaa
     4981 acgcggcgcg tttgggtggt cttcacgctg aggagttgta aaacgcggcg catttgggtg
     5041 ctctccgcgc tgaggagttg taaaacgagg tccattttga tggtctccgc gctgaggggt
     5101 tggaaaacga gacaaaaaaa gggcatcccc gaggtgggga tgccctttag tgatcgacgg
     5161 gatagaccgt cgctaacgga ttacttattg gaggcgtaca attggctgag catcatgtcc
     5221 aggacagggc cgcgggcgcc tacccgaacg atcttaccct ctgagtctac caagaagcag
     5281 gccggtacac ccataatgcc gtacactttg ttggccatgc cttggatgcc atcagggcag
     5341 cggagctgcg tccaggaggg tttgtcttga tcgagggctt tcttccaagc tgcgtcgtcg
     5401 tcgtcgacgg agaggctaat aatgtggaag gcggggtact tcgacacgat ctgcttgaga
     5461 tgtggaattt ctgcgcggca gggcgagcac cacgaggccc agaactctac gagcgcgtaa
     5521 ccctctttcg ggagcacgtc gtgcagcttg acggtcttgc catctgtggt ggagaagtcg
     5581 gcgtcgggga tgatggagcc gagagccatg tttttcttcg tcgtcatctg ctgtaccaac
     5641 agatcataac gtgctttacc cttccacgag ggctccaaga ccttgaggat ctcgtccacg
     5701 tccgtcgttg tcagctcatc cgcgtagacg agtatgccgg cttgatccag cgcgacgatg
     5761 gaggcggcgt ttttgcggat aaagtccagg cgggcgtcgt tgcactcctt gcggagggct
     5821 tcaatttcgc tctccatgcg gacggcctcg gcgatgatgc tgtcggtgcg ctcctcagcg
     5881 gagtagtaca cggaggcctg tttctcgctg agctcgctca ggcggttctc cttgtcggcc
     5941 atctgggcgt tgaacttctc gttcagctcc tgcgtgggtg agcctgtgat gacggggttc
     6001 accgtcttac gatccgggat gtagaagagc gtgggcatgg tggccgcatc ggctgtgaag
     6061 gtcatgggtg cgttctcgac gtaaaaagca taagctaacg tgcgctcctg ctccgagagc
     6121 gaggcgtcgg gcagatctat cgtcagctgg aacatggtcg gctcgtccac tttgcctttc
     6181 agctgaaact tgccttcctt aaccacggcg ctgtcgacaa cggtcatcgt cggatcagcc
     6241 gcatcgaaga tctttactac ggcattctca acgttaccag tcaatttgcc gtcaatcacg
     6301 aagccatctg aggctttctg tttgcatgcc acggcgagta aggccatgac tgcgaggaat
     6361 aagtactttt tcatctcttg tttatgtaga aattaaacgt agttgtgtgt gggtgagcct
     6421 ctcggaaggt acacttcggg gcgtcgggtc aatagccggg gttctgcttc aaggctcgat
     6481 ttccgccgag tgccttgcgg gggatcggga ggatgaggtg ccggtcggat ttgacgtaat
     6541 agggggcaat ggggtagttg tcccaagcgt ggaagcggac taagtcgaac cattcctcac
     6601 tgttttcggt gaagaattcc agccatttat ggcggaggat catctccaag aggcgggagt
     6661 ccggaatggc ctccacgtag gcctgggtat atccagcgcg gtcgatgcag aggatctcct
     6721 tcagggccgc gcgtgcggcg gtggggttgc ccagacgcgc ctcggcctca gcgatgaggt
     6781 agtacatctc ggccagacgg atgtagtagt gcgaatcttg tttggtgccc gccaggccct
     6841 ccgtgatggg gtacttattg ttcaccacct ccggccgccc gggatcgagg tccttgtata
     6901 tggctgcgaa gcgcttgtct ggcacgctat cggagggggc cacggcgctg gccagcttac
     6961 tggtgaccgg gccggccgtc gaacggttcc agactccgtc gctgtagagc tcatcggggg
     7021 ccatcgcgta gacggcgaag agcatttcct gcgattggaa actgttcacg aagagttgct
     7081 tgaaactgtc ctccagcgcg taaccggctg cgggcgcctc ggcgatcact tgacgcgcca
     7141 gggtggccgc ctgggcgaac tccttcctgt agagcatcac gcgggccttg agcgccttgg
     7201 cggtgagtcg gctcatgcga tagtgcgtgt tcgtctcggg ggccttggcg atggcttcgt
     7261 ccagatcgga gaggatggcg cggtagctct cctccacgga ggcgcgcggc agggccgtat
     7321 tgtctttgat ggagcgattg ccggggtaga ggacgatgcc ataggcggac gtgcggtcgt
     7381 agaactcgcc atactgacgc agcagcatga ggcgggccaa ggcgcgcgaa catttcacct
     7441 cgcccacgat ctccgtgcgg cgcgcggggc tgagcgactg gatggcggcg gtggactcca
     7501 ggtgctcgag gatcgccgag gcgttctgca ccacgaagta gagctcgatg tagttgcttt
     7561 ccacaccggt gttgtcgtcc gtcacctcgt tgtcggcaaa gccgtcgatg cccgcgatgt
     7621 tcacttcgtt ctcgaccccg gtgagggcac cgagcagatg gcgcatccag ccaatgcggt
     7681 aggtgcgcca agagagatag acgccgttga gggccgcttc ggccgatttg gtgtcggtga
     7741 tcacgttgtt gtccgtcagc ttgtgctccg gttcgatctt atctaagctg cctaccaatt
     7801 cgcaggccgt gagggccaag gcaaggcaga gacctatgat agcatgtgtc gttttcatta
     7861 ctgtatagtt ggggatgtgt ggaaattaga actgtaggtg cacgccaaac gatacggtgc
     7921 ggctcagggg gtacggatcg gcgtcgttgc cttgtccgcg gtgtatgccg gagcccacga
     7981 gctcaggatc cagtccgggc caggccgtga gggtgaacaa gttggtgacc atcgcaaaga
     8041 cggatgcgct ctgtacgccc acgaggcgca gggccgcctt ggggagtcgg taggtcagtg
     8101 tgatgttctt catccgcaaa taggaggtgg agtaaatcat gcggtcgttg gtcttcgcat
     8161 tgtagctgct gtactgtccg tagacgagtc gggggaagag cgcatcgcgg cgttccggcg
     8221 tccaggtgcg gcggaaggtc tcccgggtga tgctctgccc gagggtgctc tccaggtcca
     8281 gccccacgtc ggagtagaac gccttgccgc cctgcgagaa ctgcatgaaa agcgagaggt
     8341 ccacgttgcg ataggtgagc gtatggttcc atccgccgaa gaacttgggc aggggcgacc
     8401 cgatcacggt gcgatcgtcc gacgtgatgc ggccgtcgcc attgacgtcc tccagaatgt
     8461 agtcccccac gccgagggac gtttggtaag ccccgtaacc cttcgctgct gcctgggcgt
     8521 taaggcggtc gatctccgcc tgatccttgg cgataccctt ggtccggaag cccttaatca
     8581 cgccgacggg ttccccctcg acgatcagat cctgcatctg gctgttcagg ttggccccgt
     8641 tcagcttcaa gaccttgttt cggtttgagg cgatgttgaa cgacgtgctc caggtgaagt
     8701 ccgccgtgcg gacgatgtcg ccacccagct ccagttcgaa gccgcgattg ctcatgtcta
     8761 tcaagttgga ggtatagctg ttcatgcccg attcggctaa gtagggcgaa ttgacaagtg
     8821 cgcccttcgt cgtgcggttg tagaggtcga tcgagccata gagccgatgg tcgaagaagg
     8881 agaagtcgat accgccgtta tactccgtgg tgatctccca gcggatgtca cggttgggca
     8941 ggttgcgctc caaccacacg cccggcttct cgccgtagcg cccgcctttg gagtagtagc
     9001 ggaggtagga gaagtcgtcc acgttcgtcg accccgtctt accccagctt agtcgcagct
     9061 tgaggtcgtc taaccagctg cacgcccccg ccatgaacgg ctcattgccc aagcgccaac
     9121 ccagagagac ggccgggaag acagccgtgc gattgttcgg cccaaacttc gacgaggcgt
     9181 cgctacggag gctcagttcg gtcaggtaac gctgcgcata gtcatagctg acacgcgcgt
     9241 aggtggagtt cagtccgccg cgggcataag cgtccatgat gggcaggtag gtattggctg
     9301 accctatgtt gtccatgtcc gattcgttga agaaatcgct agcactcagc gtccggagct
     9361 gatagtgcgt acggtcagca cccacaccca gcagggccgc caggttatgg tgcccgaaag
     9421 agcggttgta atcaagccgg acgttggccg acgtctgcgt cgttgtgctg tattcctcgc
     9481 ccagctcagc cttcagctcc acgcccggga taagcgactg cgcatgcgag gggatgaagg
     9541 tgcggtcgcg ctgaccaaag acagagacgt tgacttcagc atgcgccttg agaccttcca
     9601 agatcgtcac gtccgcatac ccattgccca tgaattgact cgacacggcg cggttcttcc
     9661 ggtcccttac cgccacgggg ttcgggctca taatgggcac accgtagagc ggcgtcgcat
     9721 cgaagcgcat gaagttgccc tgctcatcac gtaccggcag atccgggcgc atgcgccacg
     9781 ccgtcaggcc ctcctgaaag ccttcccgta ggttgcccga atggcgtgcc gatcccgaat
     9841 agctcagcgt agccccagcc ttgacccatt tcgagacctc cgtgtcgata gccatccgtc
     9901 cgccgtaatg cttcaggcga tcgtttttca tcaggccctc ttgatccatc gcgttcagcg
     9961 acacggagta gttcgtcacc gccgatccac ctcggagcga gacgtaatac tgctgcgtgg
    10021 tggcgttccg gtgcgtgatt tcgtcgttcc aattcgtgtt tgcacgaccg aagacgtcgt
    10081 cacgcaaccc gttgtaagcc gtcagtttat agaggtacgt atcctcgtcc agcgtcgctt
    10141 ccactttccc gaacgattgg agcacggtgt acatgtttgc gtccatcatt ccgcccaggt
    10201 tctcgcggat gtggcgcacc gttccgtcca tgatctcgcc ctgcagctgc ctgaactccg
    10261 tcgggttgag tgggctgtat tccttgatcg ggttgccgac ggagagggtg taacccgcat
    10321 caatcgtcat cttttcgttc ttcctcccgt tgcgcgtctt gacgatcacc acgccattgg
    10381 caccgcgcga accatagatg gccgtggccg aggcgtcctt gaggatgtcg acactctcaa
    10441 tgtcgtacgg tgagatggcc agcagcggat tcaggttgtt gtcctcgacg aagtagggca
    10501 taccgtcgat cacgtacagc ggggcgttag actgtttcgt catcttatcc cgcggtatgg
    10561 gcgacgtgat gccgcgtaca ttaatcagtg gccctgcccc tggcgcaccg ctcgattgca
    10621 cactgaagac gcccttcaca gcgccgccca gcatgccgtc caccgtcgag gccgaccgtg
    10681 ccagccgctc gatgtcgtcg ttcttcagcg acgagatgga gctcgtcagg ctcttcttgt
    10741 ccttgcttcc atagccgatc acgaccaggt catccagcat tttgcagtct ggcaccaatc
    10801 gcagattcag cgtgctacct gccaccgcag gcagttccat ctgctcgtag cccacgtaag
    10861 agactaccag cgtaacgttc ggaccctcca ccgtgagcga gaagcgcccc tctaaatccg
    10921 tcgttgttcc cgtcgtcgta cccttcacga cgatgttcgc acccaccacc ggctcgcccg
    10981 tttcgtccac gatccgtccc gtgatgattc ctttctgttg cgttgctgtc atgtggcctg
    11041 ttgtcgggtc aaactccgca gcccaagctg gctgtaaccc cgttgcggcc acgatgcaga
    11101 gtgacatcat ggccgatcca agtctccgcc cgcc
//
LOCUS       SEQF2634|AYYE01000904.1 2595 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2595
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             57..263
                     /locus_tag="SEQF2634_00705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKIKTYESVVGALGFCLEEARADAERLEEELMDEAIVQAAHPL
                     YVELLRAQARVDALSEAIELIMNS"
     CDS             271..738
                     /locus_tag="SEQF2634_00706"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIRPRWGVLGGRMRYAPTLPAGGYRESNKNKRITNQPIFNNMQ
                     TVNYNNENEMKNVKCNDEAALTGLPFLARATEHAAELKAMADEQPKGCTMLVCAGEES
                     EDGQLRFAFSYTGPRGILTEMLDGLLDDDDLREVLEQVMARRQEEDNSETTLE"
     CDS             738..1052
                     /locus_tag="SEQF2634_00707"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAKKENVEAGSEAPKSDFIQRAAEMSDELLEMADQKAASRAVL
                     IVAIEDDDKGDTNSAGVIGGNEEQLLRMFKAMWHDKNTGRFMRMAAFFEMGKVVLNDG
                     RK"
     CDS             1039..1248
                     /locus_tag="SEQF2634_00708"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDASELVPGEEYIYLGKDGRTGPLRFEGVREGGRIYVFDLPRPR
                     VGQMMLGRPHVERAIRRIESWRQTN"
     CDS             1230..1415
                     /locus_tag="SEQF2634_00709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEANKLIIGARYIYRTMDGKDVEVTHTGDNGDGRYVFHTRRRMY
                     RFVFGPDTVKDRVSECE"
     CDS             1469..1642
                     /locus_tag="SEQF2634_00710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTRLLRPGACYWYTGRGRREMVRYRYKELDRYLFDSDEGQSVR
                     LTADRVERYLQGA"
     CDS             1677..1901
                     /locus_tag="SEQF2634_00711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMLNMFLGALRMTSAGMWLRFGCLGVLLSCSPTADCHPVVESA
                     LYAALIAVAWLIYRCDRKRFKRIADYLEKY"
ORIGIN      
        1 aacaccccac ctctcgagcg ccccggccgg ggcgcccata accagcaaac aaaaagatgg
       61 ataagataaa gacgtacgaa tcggttgtcg gcgcattagg cttctgctta gaggaggcgc
      121 gggcagacgc ggaacgattg gaggaagaac tgatggacga ggcgatcgtc caagcggcgc
      181 acccgctgta tgtagaactg ctccgagctc aggcacgtgt cgacgcgctg agcgaagcga
      241 tcgagctaat catgaatagc taaaccgggt atgggcattc gcccccggtg gggggtgctc
      301 ggagggcgta tgcgatacgc ccctaccctg ccggccggag gctaccgcga gagtaacaag
      361 aataagagaa taactaatca accaatattt aacaatatgc aaactgtaaa ttacaacaac
      421 gagaacgaga tgaagaacgt gaagtgtaac gacgaggccg cgctgaccgg gctgccattt
      481 ttggcgcgcg ccacggagca tgccgctgag ttgaaagcga tggccgacga gcagccgaaa
      541 ggttgcacga tgctggtctg tgcaggcgaa gaatcggagg acggtcaact gcggtttgcc
      601 ttcagctaca cgggcccccg agggatactg acggaaatgc tggatgggct attggacgac
      661 gacgacctcc gcgaggtact tgaacaggtg atggcacgta ggcaggagga ggataactca
      721 gaaacaacgc tggagtgatg gaagcgaaga aggaaaacgt agaagcaggc tccgaggctc
      781 cgaagagcga ctttatccag cgtgctgccg aaatgtcaga cgagctgctt gagatggccg
      841 accaaaaggc cgcctctcgt gcggtcttga ttgttgcgat agaggacgat gacaaaggcg
      901 acaccaatag tgccggtgtc ataggaggaa acgaagagca gttgctgagg atgttcaagg
      961 ccatgtggca cgataaaaat accggccgat ttatgaggat ggccgcattc tttgagatgg
     1021 gaaaagttgt attgaacgat ggacgcaagt gaattggtgc cgggcgagga gtatatctac
     1081 ctcggcaagg acgggcgcac aggcccgctg cgcttcgagg gtgtacggga gggaggacgg
     1141 atctacgtct tcgacctccc gcgcccccgg gtagggcaaa tgatgctggg ccggccgcat
     1201 gtggaacgag ccatccggag gattgagtca tggaggcaaa caaactgatc atcggcgcgc
     1261 ggtatatcta ccggacgatg gatgggaagg acgtggaagt gacgcatacg ggtgacaacg
     1321 gtgacgggcg ctacgtgttt cacacccgaa ggcggatgta tcggttcgtg tttgggccgg
     1381 atacggtgaa ggacagggtg tcggaatgcg aatgacggac atacaaaaac cggcgagaat
     1441 tatatacaaa aatcgatcgg aatcatatat gaacacaaga ctgctaagac ccggggcgtg
     1501 ctactggtac acgggccgag ggcgccgaga gatggtgcgc taccgctata aggagttgga
     1561 caggtatctc ttcgactcgg acgaggggca gtcggtccgc ctgacggccg accgggtgga
     1621 acgatacctc caaggagcgt agaggcgcct actaaaaaca aagaacgact tagacgatgg
     1681 aaatgctgaa catgtttttg ggtgcgctgc gcatgaccag tgcggggatg tggctacggt
     1741 tcgggtgcct cggggtgctg ctttcgtgca gtcccacggc ggactgccat ccggtggtcg
     1801 aatcggccct gtatgcggct ttgatcgctg tggcatggct gatttatcga tgcgaccgga
     1861 agcgattcaa acgaatcgcg gactacttag agaaatactg attgcttttt tgttcgaggc
     1921 gtacacgggc cggcctatat cggtctgccc ccataaaacg ccgataaaat gggtttcaaa
     1981 tggcgtttaa acgccgcttc cgcagttttc tttcatctct tctttctgct gcgggggcac
     2041 cggttcaggg ctttgacggc tggctctcac acggccgcgg gggttcgact cccccgaacc
     2101 ggacaatgat tttcaagttg ataaacgaat aacgaaacgg ccgtccggcc ggactatccc
     2161 cccacacact taaaatgaag tcaagaacac cgatacaaca ctggctctcc gacgcatgga
     2221 gcgtgattcg gtcggctttt tcctgccggc cgacgccgga ggaattggag gcgctgcccc
     2281 tattgcagct gatacttcct cagcaaatgc taatcagagg cgttccggaa gtattgacaa
     2341 accatgcagt gcaatggatg atgttaggat tccgattgca agtgataaaa ctaaaagaag
     2401 atatacccag tgggtgtgtc ggtattcagc gcttgatgcg tgagggtcgg ttactcagtg
     2461 aagaccacct gcggatagat cccttcggcc ggttgacgtt cgagccgata agcgattcgt
     2521 acgtctttat cttatccatc tttttgtttg ctggttatgg gcgccccggc cggggcgctc
     2581 gagaggtggg gtgtt
//
LOCUS       SEQF2634|AYYE01000905.133984 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33984
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             54..2051
                     /gene="ompA"
                     /locus_tag="SEQF2634_00712"
                     /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="MKTLYAIRKHAALSLVCCLLIGLVTSCKTVKLKDAEEKQQLGEY
                     YAAAEMYRKLYTKSKPDQKDLRAYIAYRMGYCNQRVNNNGRAISAYLNALRYDYPDSL
                     LRFRLGQACQKEGRYDEAARYYREYLAEAPTDQRAVLALAGCDSAVRWRDRPTLYQVS
                     RMEVFNSRRSECCPMYYGDKYDQVYFNSTRGIVHKDSVNAITGLKNNALFFAKKNEQG
                     VWTKPKEVEDPVASEYDQGTPSFTRDGNTMYYTFCAVDATEPRTAEIYQSLRSGAAWS
                     KGQRANVLKDSITLLAHPAVSPDGKYLYFVAESVGGYGGKDLFRSRIVGGSDFGGMEN
                     LGPVINTAGDELFPYVRDSVTIYFASDGHPGMGGLDLFRAKQDSAGQWHVENLGAPIN
                     SSFDDFGITFEGQRERGLFSSNRGDARGWDHIYSFEYPTFTMKIDGYVSDVDEVPIDK
                     AIVRIVGRDGMNRKIPVKKDGSYSVELARGMDYVMMAEAPNYLNQNFELKTEAEEKNE
                     TYYVDFFLSPTDKPVVVENIFYDFDRATLRPESKEALDRLIKLLRDNPSARIELGAHT
                     DRKGSDTYNEGLAQRRAQSVVDYLIAAGIDSERLTAKGYGKMVPKTITAKLAEKYPFL
                     PEGTVLSEEFVNSLPQEQQEVADQLNRRTEFQVTGMDYEIK"
     CDS             complement(2414..2707)
                     /locus_tag="SEQF2634_00713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQKQVLFSHSARCGVGKQNLFSAFRSIQSPKTKFVLALCSVQN
                     PKTDLVFAFRSVQNPKTDFVFLLRSVQNLKTDFVFLLCSVQSCHSEFVFIPRK"
     CDS             complement(3395..3529)
                     /locus_tag="SEQF2634_00714"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHDYHSFLGVPIVHSVGAYCIRPNMYPAIYMADILYQQKLFITR
                     "
     CDS             complement(3608..5905)
                     /gene="bamA_2"
                     /locus_tag="SEQF2634_00715"
                     /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
                     VMRIRPVRIATDSLPIEHPHRLYCIDSVRILVDSRTHLTDSSTLFRTATDTVRIRDVE
                     IHYAAGQHLLRPGVLYRRCFLLPGHLFNERDAERTYSSLAGLGALRHVSLRYEETTDN
                     PSDTVRLQTTIITAAAPPQGFGLELEGTNSGGDLGFASAVSYRHRNLLRGSELLSTRV
                     RGAYEALSGGDRRSGWGNYWEFETEASIHFPTFLLPFASYAFRRRMRATTEFKISYDQ
                     QRRPEYRRAIISGGWNYNWQTGASNHPARHTLKIIDVDYIYMLHVDTAFRSRLPELTA
                     KYNYSDMFIVSSGYTYSLNSYDPMRRNRSAHSLRAAIELAGNALYGLSHLLGASRGAD
                     GSYKLFGTTYSQFVKADIDYARSVVLDARNSVAFHIGGGLGVPYGNSTEIPFVRRYYA
                     GGANNNRGWSVRTLGPGSMADEESTSFINQVGDIRLDANIEYRTRLFWKFELAAYIDA
                     GNIWTIRRYGYQPDGDFRLSRFYREIALSYGLGLRLDFDYFLIRFDTGLKAYDPGQRG
                     ARRWAISRPNLTNNFAWHFAIGYPF"
     CDS             6488..7078
                     /gene="tsaC"
                     /locus_tag="SEQF2634_00716"
                     /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             7078..8469
                     /gene="wecA"
                     /locus_tag="SEQF2634_00717"
                     /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
                     HAPEARRDLERLGYRVEGFVGQPSTAEGVQETLGRISDLPALMASRTAHELALVVEPG
                     EDAEAVKLLYSLYRYKCPVKIWAAKNSPLGRVGARTIHGIPLIDATDNNFSEAGKNLK
                     WLADKIVSAIALLLLSPVYAYLAIGVKRSSPGPVLFRQERIGRGGRPFTIYKFRTMYV
                     GADRDGHQLTQQDDNRVTPFGRFLRKYRLDELPQFWNVLIGDMSLVGPRPEQRYYIDR
                     IVRTAPYFYLLHNVRPGITSWGMVKYGYADTVEKMIERLDYDILYYENMSLALDLTIL
                     IYTVRTVITGKGV"
     CDS             8466..10268
                     /gene="clcA"
                     /locus_tag="SEQF2634_00718"
                     /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="MKHTNHMTNENRFYRFLLWRERHIRERNFILLISFLVGICAATA
                     SLLLKFLIHTIQQLLWANIREGANYWLLLYPIIGILLAGVFVYYVVRDDISHGVTKIL
                     YAISQRKSRIKPHNMWSSLVASSLTIGFGGSVGAEAPIVLTGAAIGSNLGRLFRMEQK
                     TLMLLVGCGAAGAVAGIFKAPIAGLVFVIEVLMLDLTMTSVLPLLISSVTAATMSYVF
                     SGTEAMFQFSQTEEFVMDRIPYVLLLGIFCGLVSLYFTRAMLRVEGIYASLSHRWQRF
                     ILGAAMLSILIFLFPPLYGEGYDTIETLLNGDFIHLMDQSPFLGMENGYWGIVIFLGL
                     ILLTKVFASAATNGGGGCGGVFAPSLYIGCIAGFFFSHVLNFFGLPVDLPEKNFALMG
                     MAGTMSAVMHAPLTGVFLIAELTGGYNLFLPLMITSIGSYVTIRAFEPHSLYTMRLAQ
                     KGELLTHHKDKAVLTLMNVGSVIETDFIAVRPDMSLGDVVKEAIAKSSRSMFPVVNTE
                     GVLLGIVLVDNIRNIMFRPELYERFRVSRFMVSPPARIVNDMPMEKIMHIFDDTKAWN
                     LPVVDTEGKYIGFVSKSKIFNAYREVLVDTFTGD"
     CDS             complement(10390..10662)
                     /locus_tag="SEQF2634_00719"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MACNLIRYKIVSLHMACKMERFKLDTGHIACHMIRYKIVSLHMA
                     CKTVRFKLDTGRIACHMILYKIVSLHMARKTMRFKLDIGRIACHMI"
     CDS             10940..12127
                     /locus_tag="SEQF2634_00720"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAFYRTHKYLVTHLGTPVRRGLMDEVDWSRRLIGIKGCREIGK
                     TTFLLSYARECFPHDGHECLYVNLNNFIFTERTLTDFAGEFYANGGKVLLIDQIFKYP
                     NWSRELRYCYDHYSNLRIVFTGSSVMRIKEENHEVGDIVAPYYLRGFSFREYLNLKTG
                     LDLQPFSFDMLMCDRHLIARDICDQVNPGEYFHDYLHHGFYPFFLEKRNYSENLLKMM
                     NMTLEVDVLYIRQIEQRYLPKLRRLLYLISQNEPCTLNISQLSKDIGTSRATVMNYLK
                     YLKDARMITLLYPRGEEFPQKPVYAYLYNPNLLHVMNRQTQDERTVNEAFFFNQLLKD
                     NRVNAYDRHNSFLVNDRYLFRVSYPEARWKVSPDFYYAVDEVEPPLDEPNCIPLWMFG
                     FLY"
     CDS             12199..15753
                     /gene="por"
                     /locus_tag="SEQF2634_00721"
                     /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
                     ATLKSRIPFVSFFDGFRTSHEIQKIEKLDNEDLAPLIDQKALAEFRARALNPMNPVAR
                     GMAENPDHFFQHREAGNRFYDEVPAIVEEYMEEIYKLTGRKYGLFNYYGAEDADRVII
                     AMGSVTEAAREAIDYLVANGEKVGMVAVHLYRPFSAKHFLAAVPKTVKRIAVLDRTKE
                     PGANGEPLYLDVKDCFYGRENAPIIVGGRYGLSSKDTTPAQIISVFENLALNEPKNHF
                     TVGIVDDVTFTSLPMKEEIALGGEGMFEAKFYGLGADGTVGANKNSVKIIGDNTDKYC
                     QAYFSYDSKKSGGFTCSHLRFGDHPIRSTYLVNTPNFVACHVQAYLHMYDVTRGLRKN
                     GSFLLNTIWEGDDLVRNLPVKVKKYFAKNNITVYYMNATEIAQQIGLGNRTNTILQSA
                     FFRITGVIPVDLAVEQMKKFIVKSYGRKGEDVVNKNYAAVDRGGEYKQLTVDPAWADL
                     PDDPRAANSDPAFINEVVRTINAQDGDQLPVSAFKGREDGTWMQGTAYYEKRGVATFV
                     PEWNMDNCIQCNQCAYVCPHAAIRPFVLDEEEQKGANFPQLKAQGKTFAGMNFRIQVD
                     VLDCTGCSNCVDVCPGKKGEKALGMKHLETQMDQVPNWNYCVDHVKTKQHLVDTKANA
                     KNSQFATPLFEFSGACAGCGETPYVKLVTQLYGDREMVANATGCSSIYSGSVPSTPYT
                     KNDMGRGPAWANSLFEDFCEFGLGMELANEKMRERIVKLFKQAIENEYTPAEAKELMQ
                     AWIDNMFDADKTKELAPQLEVMIDRGIKEADCSVCKELKGLTQYLIKRSQWIIGGDGA
                     SYDIGYGGLDHVIASGKDVNILVLDTEVYSNTGGQSSKSTPVGAIAKFAAAGKRVRKK
                     DLGLMATTYGYVYVAQIAMGADQAQTLRAIREAEAYPGPSLIIAYSPCINHGLKAGMG
                     KSQTEEKQAVACGYWQLWRYNPQLEAEGKNPFILDSKAPNFDEFQNFLKGEVRYASVM
                     KQYPAEAAELFKAAEENARWRYRNYQRMASNEFWALGQ"
     CDS             complement(15817..16401)
                     /locus_tag="SEQF2634_00722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREAKPGLVLLYPANLAGAPGAFQGLHGVREAKPGGFRALHGMR
                     GAKPGEFQDLHGVRRAKPGEFQGLHGVRGAKPGEFRGLHACAEQNPAGFGACTGCERQ
                     NPVGFGACTRARGKTRRVSGLARHARGKTRGSSPVSGKLGRRPWRLSGASGTPAKFSR
                     VPGCNFAGARRPPLAKKSGRPLPALCRKETPRRV"
     CDS             16520..17461
                     /locus_tag="SEQF2634_00723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPVKSIRTNQQALLREVRDYVMIALGMLLYSIGWTVFLLPNKI
                     MTGGVPGIASIIYFAIKLPVQYVYFGANVFLLVLAIKILGWKFSIKTIYGVCMLTLSL
                     EVVQAITKGVWMLHDQPFMACVLGASICGTGLGIAFSSNGSAGGTDIVAAIINKYKDI
                     TLGRVMMILDTIIITSSYVVLRDWERVVYGFVTLFVCSFMLDQIVNSARQSVQFFIIS
                     KKYQEIGHAINAMHRGVTVIDTVGMYTGQPQKMIFVLAKKRQSTTIFRIINDIDPSAF
                     ISQSAVIGVYGHGFDHLKVKQKKHGTAAVEEAHELGV"
     CDS             17508..19826
                     /gene="pbpC"
                     /locus_tag="SEQF2634_00724"
                     /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
                     RHGELLGARIAADGQWRFPPSDTAPDKFARCLIAFEDRHFYLHNGVNPVSILRAFVQN
                     VRARRIVSGGSTITMQTIRLSRGERRTVGEKLIEIVLATRLECRYSKREILALYAAHA
                     PFGGNVVGVEAAAWRYFGHSSAELSWAEAAMLAVLPNAPSMIHLSRNREALLKKRNRL
                     LRELHRRGVIDDADYELALSEALPEEPLPLPALAPHLVADFQQTRPGERIVSTIDKGM
                     QSQVEAVLARWHAEFAQQDIRDIAAIIVDVRTARVLAYCGNARFDERQPGSQVDIIRA
                     PRSTGSILKPLLYCAAMQDGEILPRTLLPDIPINVNGFAPQNFSLQFEGAVPAAEVIA
                     RSLNVPSVVLLRRYGVPKFYDFLKRAGLTTLRRPASHYGLSLILGGAEATLWDVTAAY
                     VDMARCLEGQPRISLTLSTDEKQRRSTIPYVFTPGGVWLTFQSIKEVNRPEDIDWRTI
                     PSMQTVAWKTGTSYGFRDAWAVGVTPRYAVGVWVGNASGEGRPGIVGARTAGPVLFDL
                     FNLLPVATWFDVPGDGALVEAEVCRQSGCLKGRFCDASDVVPICPNGQRTEPCPYHIR
                     VNLTPDGRFRVYENCMSEASAVPANWFVLPPAWEWYYRQQHPEYRPLPPFMPGCGDDS
                     DRPMQFIYPQDAFARITLPRQLDGTPGVVTFELAHSDPNATVFWHIDGNYTASTRDFH
                     KLSLHLDPGLHTLTVVDDRGHTLSATIRVEAS"
     CDS             complement(19913..20329)
                     /locus_tag="SEQF2634_00725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKNKRLTTVAAALSVVLLLTAAKVGDGIITKENGMTVINTTEL
                     THDVKGYQSPTPVKIFIKQNKVVRIEALPNQETPKFFDRAKAILTFWDGKAVSQAVKE
                     APDAVTGATLSSEALKKNVRAGLEHYNKQQPKKKRK"
     CDS             complement(20571..21557)
                     /locus_tag="SEQF2634_00726"
                     /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
                     QHGIRVKIVRIFNTYGPRMDKHDGRVVSNFIVQALTGHDITIYGDGSQTRSFQYVDDL
                     IEGMMRMMDTPDDFSGPVNIGNPGEFSMLELAHEVLRLTGSRSKIVFAPLPQDDPKQR
                     KPDISLAYEKLGGWQPTIRLEEGLKKTIAYFDELLSKGGCGRQRSFPDTQPT"
     CDS             complement(22049..23257)
                     /gene="xerC_1"
                     /locus_tag="SEQF2634_00727"
                     /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="MRSTFKILFYINRQKTKADGKTAIFCRVTIDGRSTAITTGEECL
                     PAEWNSRQGTTGEKKINQRLAAFKELVEKTYAEMLTKDGIVSAELLKNRLQGTVAAPT
                     TLLAMSEAELQSVKACVGKSKAESTYQNLIYSDKLLRAFMKENGGRDIPLVGITEDLF
                     EDFRFFLKKRGLAASTMNKHLCRLSRLMYRAVDLKVIRCHPFEDVTYEKEERKIRFLQ
                     KSDVAKLMALKVNDREAEQARQMFLFSCFTGLAIADMERLKFSHIQTSADGWRYIRKE
                     RQKTKVESVVPLHPIAEEILNKSQEEQAVKEEGDALVFPRSCSRSVMNNKLSTVGLAC
                     GIRQRISFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIRKQQAASV"
     CDS             complement(23269..24423)
                     /gene="xerC_2"
                     /locus_tag="SEQF2634_00728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MGRITLGRSVAQFSCKLSCNPDLWNPRESRMDGKSREAVEVNGR
                     LDNLLLAVQASYQSLLAKGSPFDATDIKEHFQGSVQARCMLIERLDLLVKEREKHVGI
                     DLKARSMYNYRSARNRLQEFIRQQYNAADLAFSQLTEGFIYEFQTFCLGRCGLQESTF
                     FGTASLLKTVCRLAYREGLTDVLLFNKVRVERGDKKTPKALDKAALDKLKALCFDGLD
                     GDMETSRDVFLFACYTGAAYCDLMALRPEHLVRDDEGALWLKFSRQKTGVLCRVKLLP
                     EAIRLMNKLHDESRDTLLPHINYMTYQSHLKALRLRASITLPFTTHTARHTFATLITL
                     EQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
     CDS             complement(24865..25152)
                     /locus_tag="SEQF2634_00729"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTTSLQLEDENLYNESRSAFMDNVAFYTARNVFFILEAAGWEW
                     CDVVNTRSKSECLHNGSKRPYDILSGLQRKGVFINLYDYMPVKYEYTISTY"
     CDS             complement(25610..25774)
                     /locus_tag="SEQF2634_00730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNSKLSTVGLACSIRQRLSFHMARHTFGILSLSASIPIESITK
                     MIGHASISST"
     CDS             complement(25933..26307)
                     /locus_tag="SEQF2634_00731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYCLSLRVYVGTKKGVYSDKLLRAFIQKNGGRDTPFAGITRDL
                     FEGFHFFLEKRGLAASTMNSLLCRLSQLMCRAVDLKVIRCHPFEDVTYEKEERKIRFL
                     QKSDMAKLMALKVNDRGAEQAR"
     CDS             26315..28414
                     /locus_tag="SEQF2634_00732"
                     /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="MDPNQYNRLFSFIWSIANDVLVQAFTKGDYKKIILPMMVLRRLD
                     ILLEPTHEAVLETKRLFTQAGIPEEAMASKLYTVTGYPFYNISRFTMKALRGETNGSR
                     MKQNFLEYLDGYSKDVQDIIEKFKFKQQVDNLTDAGRLGAIIEKFTDKEINLGIHPTR
                     DKEGQELLPGVDNHTMGTLFEQLLRKFNEENSVTEAGEHFTPRDYVALIADIAIMPVA
                     DKIQSMPYSIYDGACGTGGILSIAEQRIREVARERGKQVKINLYGQEMQPETYATCKA
                     DLLLSTPGTGEEETDGKKRKKSDLPSFTYVAPGGIIRERFFCGSTISNDGHPGMTFDF
                     CLSNPPFGTPWKEDLRAWGFGEKEKDRIADPRFVGDGGYDKKSPCNFVPDVGDPQMLF
                     LANNLSRMKDSELGTRIVEVHNGSSLFTGNAGGGESNLRRYIIENDLLEAIIAMPEKD
                     FYNTGIGTFIWVVTNRKEPRRRGLVQLIDATAIKTPLRKNLGEKNCETNADDRRRILR
                     LLMDFRETPESKIFPNEEFGYWQIKVDRPLRLRVVPDADLNTGDLNEKQIAECRHAIA
                     AVPADTPLDDWDAYARALGKIKKTLLKKLRPLITHTDPTCRPVAGEADKSLRDTEQVP
                     LSYPGGIEAFMQREVLPYALDAYVVEEETTVGYELSFTKYFYKPVALRPLSDIMADLR
                     AIEADTDGLLEEILSGD"
     CDS             28427..29716
                     /locus_tag="SEQF2634_00733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRYDAYKSTGIPWIPEVPEHWEERRAKNLFVRMEREVQEEDEV
                     VTCFRDGQVTLRKNRRTEGFTESFKEIGYQGIRKGDLVIHQMDAFAGAIGISDSDGKG
                     TPVYICLQPKQGCMNEYYALVIREMARAGYIKALYKGIRERSSDFRYETFAGLFLPLP
                     PLSEQRAIVAYVERKGRQIDAYIARQAEQIERLKELRKTIISHAVTRGIHPYTRFRPT
                     GIPWIPEVPEHWECVELKRVTVFNPSRKENIDGDTLVGYAPMEIVRSNMESCLTIKVC
                     KLTAGLTYFEEGDVVLAKVTPCFENGNVAIIPRMIHYCGFGSSELFVYRCKDKLAPKL
                     LFYYFQSAGFVSAGTASMTGTGGLKRVSPAFARNAKIPLPPLSEQRAIVAYIEKKTAA
                     VDRMINACREQTELMKAYKQRLISDAVTGRINVLPHD"
     CDS             29753..33265
                     /gene="hsdR_1"
                     /locus_tag="SEQF2634_00734"
                     /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="MPTQMNEKSFEDLLVAHLVEQNGYEAGTSKDYAPEYGFDPTRLE
                     AFLRNTQPDTVEKSRIFASDAGRRKFLERVNDELSKRGVVDVLRNGVKHLSNTFDLYA
                     PLPSALSERGEALYLQNRFSVIRQLHYARANATLSLDVALFINGLPVITLELKNRYTN
                     QETADAIAQYRSRDARELILAPKRCAVHFAADEESVYMCTKLCGRDSWFLPFNKGVDG
                     GAGNPINPHGLKTAYLWEDVLRKESLSDILEHYAQVIVEKDDATSRKHCRIIWPRWHQ
                     LEVVRRLLRQTSQEAVGRRFLIQHSAGSGKSNSITWLAYQLVELIRDGRLLFDSILLV
                     TDRVNLDKQLRNNLRSFTHSDHIVGAATTSGELRKHLENGKKIIITTIHKFSFILSDV
                     GGELSDKRFAVIIDEAHSSQSGKMSANANRVLSGSPDTPDTSDGEDEINSLIERYMAG
                     RRMASNANFYAFTATPKNKTLETFGEPFSRPDGETGHRPFHVYSMKQAIEEGFILDVL
                     RSYTTYSSYYLIRKKVADDPEFERTQAIRKLRRFVESRPETVEQKARVMVEHFHQSVA
                     HRIGGRARCMICTIGIERAIDYYHAINRLLGERESPYKAIVAFSGEFDYHGAKLDEAR
                     LNGFASAMIEKTFRQDPYRFLIVADKFQTGYDEPLLHTMYVDKPLHGLQTVQTLSRLN
                     RTCSGKEDTFVLDFVNDYDEVEESFQPFYKSTILSRETDPNKLNDLLATIEGYRIYTP
                     QEVEHFNTLFWGKGKAGRKALEPLLDTMAARFLALDDESRVECKSAIKSFIRSYEFLS
                     TLLPEGSLEWEKKETVLALLIHKLPKLGMDDLTRGLLEAIDFDRYRLVKNEERNIRLQ
                     NADTEIEPVPTSTFVGIAEPDMQHLSEIERKFNEAFGSIDWRDEQLARKQTEQIIEQT
                     VQSDTLRNAMLYGDADTANQECDETVRNLMVDMMDTNTELMSTYFKRGDFSELLNNMV
                     REKAWEMINPEYDEVDLKQRLSEEFRKDFADFCDGVHFVEFGEVLSIFFSIVNAETIP
                     DLQGLRTILRRTLNCLYRAQHRDEDFRTWYAELVSRFEAFLKKIYWLREGVKMPPCDN
                     GREPALLDAVKHFPRVAELYTTRNPKYERFRGYYRNVYQWRNNENHAAAEIPADLLPT
                     ALHAAVALYLYTSMVSAEELKDLT"
ORIGIN      
        1 cgacacacgg actgtgcagc aataaccccc aaacttgctt cgttcaatta gcaatgaaaa
       61 ccctgtacgc aattagaaaa catgcggcgc tttccctggt ctgctgcctg ctgatcggcc
      121 tcgtcacgtc ttgcaagacg gtcaagctga aggatgccga ggaaaaacag caactcggag
      181 agtactatgc cgcggcggag atgtatcgga agctctacac caagtcgaag cccgaccaga
      241 aggacttgcg cgcttacatc gcttaccgca tgggatactg caaccagcgc gtaaacaaca
      301 acggacgagc gatcagtgcc tacctcaatg ccctccgtta cgattatccg gacagcctct
      361 tgcgcttcag actcggtcag gcgtgtcaga aagagggacg ctacgacgag gccgcccggt
      421 attaccgcga atatttggct gaggcgccca cggatcagcg tgccgtactg gctttggcgg
      481 gctgtgattc ggccgtcaga tggcgcgatc ggccgacgct ttaccaggtc tcccgcatgg
      541 aggtcttcaa ttctcgacgc agcgagtgct gccccatgta ttatggtgac aaatacgatc
      601 aagtttactt caactccacc cgggggattg tccataagga ttccgtcaat gctatcacgg
      661 ggctgaaaaa caatgcgctc ttcttcgcca agaagaatga gcagggcgtc tggacaaagc
      721 cgaaggaggt ggaggaccca gtggccagcg agtatgatca gggtacgccc tcgttcaccc
      781 gagatggcaa cacgatgtac tacaccttct gcgccgtcga cgctactgag ccgcgcacgg
      841 ctgagatcta ccaatccttg cgcagcgggg ctgcatggag caagggtcag cgtgcgaacg
      901 tgttgaagga ctcgatcacg ctgctggccc acccagcggt ttcgcccgac gggaagtacc
      961 tctatttcgt ggccgaatcc gtcggcggat acggtggcaa ggacctcttc cgatcgcgaa
     1021 tcgtaggcgg ttcggacttt ggcggcatgg agaaccttgg ccccgtgatc aacacggcgg
     1081 gcgatgagct gtttccctac gtccgcgact cggtgacgat ctacttcgcc tccgacgggc
     1141 atcccgggat gggcgggctc gacctgttcc gtgccaagca ggacagcgcc gggcaatggc
     1201 acgtggagaa cctcggcgcg cccatcaact cgtcgttcga cgatttcggt atcacgttcg
     1261 agggacaacg cgagcgcgga cttttctcct ctaatcgcgg cgatgcgcgg gggtgggatc
     1321 acatctattc gttcgagtat cccacgttca cgatgaagat tgatggttac gtttccgatg
     1381 tcgacgaggt gcccatcgat aaagccatcg tccgaattgt aggccgcgac ggcatgaacc
     1441 gtaagatacc ggttaagaaa gacgggtcgt acagcgtcga gcttgcccgg ggaatggact
     1501 acgtgatgat ggccgaagcg cccaactacc tcaaccaaaa tttcgagctg aagaccgagg
     1561 cggaggagaa gaatgagacg tactacgtgg acttcttcct ctcgcccacc gacaagccgg
     1621 tcgttgttga gaacatcttc tacgatttcg atcgtgcaac gcttcgcccc gagtcaaagg
     1681 aagccttgga tcggttgatc aaactgcttc gtgataaccc ctctgcgcgg atcgagctgg
     1741 gtgcgcacac cgatcggaag ggatcggaca cctataatga gggtctggcg caacgccgcg
     1801 cacagtcggt cgtggattac ctcatcgctg cgggcatcga ctcggaacgc ctgacggcca
     1861 aagggtacgg caaaatggtt ccgaagacca tcacggccaa gctggccgag aagtatccct
     1921 tcttgcccga gggcactgtg ctcagtgagg agttcgtcaa cagtctgccg caggagcagc
     1981 aagaagtggc cgaccaactg aatcggcgga cggagttcca agtgaccggc atggactatg
     2041 agataaaata gatcgcacga ccacctgggc cgtctgacgg acagcctatc cggtcggaca
     2101 gatgcagtta cgcagccgct gcacctgtcc ggccgttttt attttatcga ttatgccgac
     2161 tgcagggttg cagttctaaa agaatacata tatttgttcg cccataggag agatgcggaa
     2221 ccatttctcc tgagaagtgt ccttagttta agacctgaaa attttcacat cacttgataa
     2281 ccgtcaagat agagctcccc ctgcgtgata cgtggggggg agcttttttt tcttcaggat
     2341 gggaaaacgg tttgcgtaga gataggcccg tatgcagaat ggctgtaaag cggcttattg
     2401 agttgctgtc gagctatttg cggggtataa aaacaaactc tgaatggcaa ctctgcacgc
     2461 tgcagagtag gaaaacaaag tctgttttaa ggttctgcac gctgcggagt aggaaaacaa
     2521 agtctgtttt tgggttttgc acgctgcgga atgcgaaaac aagatctgtt tttgggttct
     2581 gcacgctgca gagtgccaaa acaaactttg tttttgggct ctgtatactg cggaatgcag
     2641 aaaacagatt ttgttttcct actccgcagc gtgcagagtg ggaaaacaga acttgttttt
     2701 gagtcattca gcgtgcggag tatggaatcg agatttgttt tataggttaa atgacgtaaa
     2761 tgtatagcat gcgtataccg tgcgcatacc cctacgatat gcgtaatcaa aaattgaaaa
     2821 acaaaaggtg aatcacgctg cttgtgtagg tattgttttc attttggaag atctatcatg
     2881 tataggatag gggcgcaaaa gcatatgccc tacaatacat ctgtagcatg cagataaata
     2941 cagataggaa tagattgaat cttgattgga cggatgtata ggtctactca ttcctttggg
     3001 tctacccatt tacatatagg gtacatgcgg gggcgtatgc ttttgcgccc ctaccgggct
     3061 atgaataact tctaccgata aagaatacta cccatgcaga cggcagggta catgcggagg
     3121 cgtatgcaat atgtccctat cgggttatga ctaacttcta ccgataaaga atactaccca
     3181 tgcagacgac cgggtatatt ctggggcgta tgcaatacgc tcctaccggg tgatgaataa
     3241 cttctgctga taaagaatat cagccatgta gatggtcggg tacatatttg ggcgtatgca
     3301 atacgcccct accagtcgac taataacttc taccgataaa gaatactacc catgcggacg
     3361 gtcggataca tatcggggcg tatgcaatac gtccctatcg ggtgatgaat aacttctgct
     3421 gataaagaat atcagccatg tagatggccg ggtacatatt ggggcgtatg caatatgccc
     3481 ctaccgagtg cacaataggt acacccaaaa aggaatgata atcgtgcatg cagaacggtt
     3541 caggtttcgt ttcccgattt tagtccgtgc atgcggcacg gttcatgttt cgttttccga
     3601 ttttcgatca gaacggataa ccgatagcga aatgccaggc gaaattgttg gtcagattgg
     3661 ggcgggagat ggcccagcga cgcgcaccgc gttgtccggg gtcgtaggcc ttgagtccgg
     3721 tgtcgaaacg gatgaggaag tagtcgaaat cgagtcggag accgagtccg tacgagaggg
     3781 cgatctcacg gtagaagcgt gaaaggcgaa aatcgccgtc gggctgatag ccgtaacgac
     3841 gtatggtcca aatatttcca gcatctatgt aggcggcgag ctcgaacttc cagaagaggc
     3901 gtgtgcgata ttcgatgttt gcatcgagtc ggatgtcgcc cacttggttg atgaacgacg
     3961 tggactcctc gtccgccata ctgcccgggc caagcgtgcg gacggaccac ccgcgattat
     4021 tatttgcgcc gccggcatag tatcggcgca cgaagggtat ttccgtggag tttccgtagg
     4081 gaacgcccag cccgccaccg atgtgaaaag cgacgctgtt tcgtgcatcg agaacgacac
     4141 tgcgggcata gtcgatgtcg gccttcacga actgcgaata agtcgttccg aagagcttat
     4201 aactaccgtc cgcgccgcgg gatgcgccta acaaatgcga gaggccatag agcgcattgc
     4261 cggccagctc gatcgccgca cgaagggaat gcgcgctgcg gttccgacgc atcgggtcgt
     4321 aactgttgag cgagtatgta tagccactgc ttacgatgaa catgtcggag tagttgtatt
     4381 tagccgtcag ctcaggtaat cgacttctga aagccgtgtc gacgtgcagc atgtatatat
     4441 agtcgacatc gatgatcttt agtgtgtggc gcgcagggtg gttggacgcg cccgtttgcc
     4501 agttataatt ccagccgccg gatatgatgg cacgtcggta ttcgggtcgg cgctgctgat
     4561 catagctgat tttgaactcg gtggtggccc gcatgcgccg ccggaaggcg taactggcga
     4621 aggggaggag gaatgtcggg aaatggatag aggcttccgt ttcgaattcc cagtaattgc
     4681 cccaaccact cctgcgatcg ccgccggaaa gggcctcgta cgcaccgcgg actcgtgtcg
     4741 acaaaagttc cgagcccctc agcaggttgc gatgacggta actaacggcc gaggcgaagc
     4801 ccagatcacc gccggagttg gtgccttcaa gttccaatcc gaaaccctgc ggcggggcgg
     4861 ctgcggtaat gatggtcgtt tggagcctta cggtgtctga ggggttatcc gtggtttcct
     4921 cgtatcgcag gctcacatgc cgcagggctc ccaatccggc cagcgaagag taagtccgct
     4981 cggcgtcgcg ttcattaaac agatggcccg gcagcaggaa gcagcgccga tagagcacgc
     5041 ccgggcgaag cagatgctgg cccgcagcgt aatggatctc cacgtcacga atgcgcaccg
     5101 tgtcggtcgc cgtgcggaat agggtcgatg aatctgtaag gtgtgtcctg ctgtccacca
     5161 ggatacgcac cgagtcgatg caatagagtc ggtgcgggtg ctcgatcggt aaggagtccg
     5221 tggcgatgcg gacgggccgg atgcgcatga ccaaatcgac gcgctccggg acggagctgt
     5281 cggccgagaa gtagatataa tcgcggtgaa aggcaaaata tccgttccga cgcatgagtg
     5341 acgtgatgcg ttggcgctcc tgttccagct catcgcggtc gaatcgttgt ccgactcgga
     5401 tgggcgtcgg ctcggtgcgt agcaaagagt ccatccgatc gtcacccggt tcgaggcgat
     5461 aactggcaat cagatacggt gcgccggagc gaatgcggta acggaccgta gcgcgtcggc
     5521 tgcgcgaggt gtcgatcgca tagtccaccg cggcctgcac gaaccccttg ttcaccatgt
     5581 agcgccggag ctcgtcgcgc gagagggcga tgagtgacgt atccatgatc acaggagcct
     5641 cgcccatgcg gcgcagcagt cggtctgacc aacggccacg gtcgctggac cagtcataga
     5701 cgtagagcgg ccatttgagt aggccgaaga tcttctgatt gggatgctgg tggaggtaag
     5761 acttcagttc ggaggtgggg atgggcgagt aatccgcttc cacgcgtacg cggtcaagca
     5821 agtattcgcc ttcgcccaca tagcgcgtcg tgctgcacga agccagcaca aggagcgcga
     5881 ggaggacagg ggtgatgcgg ggcatataga atatgtatag tgcgtgagga atgattgaca
     5941 atcgggcgtc ccgacggctg gcaaaggtag ggcgcggggc aaaaaacgaa atcggacgac
     6001 caagtctgct ccgtgaatac ctgtcccgtc gggtggcgag aaagcgccgt tcggtgcgtg
     6061 gagtcacctc ggggcatgcg gtgcggcaac ccttccagtc ggctgacacc ccgtgcgcat
     6121 tcgtagggaa caccacctca gccgctgccc ccatccgccg actgagtccg cctccctata
     6181 cctattatat atatgtatag cccgcctggc accgctcgcc ctcccgatcg acggatcacc
     6241 ccgcaaccga cgcctgcccc tctcatccgt ccaccgacct tgcacgcaca atgcggcggc
     6301 ttaagtgtcc gttgcgcggg gtcaatctgt cgattcggcg gaggcagtcc acccctgcgc
     6361 aggccccacc tccggggtcg gattgcggtg ggccgtcctc agaatggtcg ggcggaagtg
     6421 tcagtcgggg gcggtgttta cacttttcgg tattcctttg tgatccaatt acagaaccac
     6481 atggattatg cactcaataa acgataacga actgttgcag gccgatctca cggcatgtgt
     6541 gcgcacactg cgcgaaggcg gactgatcct ttatcccacc gacacgatct ggggcatagg
     6601 ctgtgatgcg acctccgatg aggccgtccg acgggtttat gcgctcaagc agcgcgccga
     6661 tcacaaagcc atgctgactc tggccgacag cccgggacga gtgatggggt acgtcgacgc
     6721 catccccgac attgcctggg acctcatcga gctctccgaa cgtccgctga cgatcatcta
     6781 tccccacgga cggaacctcg cgccgtcgtt gctcggccca gacggctcgg tgggcatacg
     6841 ggtcacccgc gaacgattct cacatgcgct ctgtgaacgc ttccgccgtc ccatcgtgtc
     6901 gacctcagcc aacctcagcg gacaagccgc gcccggatgc tacgacgagg tcagccagga
     6961 gatcatccgc ggcgtggact acgtcgtcca ttatcggcgc acggatcgct ccacagcgcg
     7021 tccctcgggc attatccgat taggcgccga cggaaccatt caagtcatac gcgagtgatg
     7081 atgaaccgcc gccgccaacg tctcctctat ctgtcgtccg acttcgtcac cgcggccgta
     7141 gcgtgggccg tgctcaacgt ggtacgcttt cacgaggtgg cccgctacga cttcggtacg
     7201 ctggccgact tcctcggcta tcggcaagtc attcaggtgc agcttatcgt acccttcttc
     7261 tggctggccc tctatttcct ttcgggttac tacaatcggc ctttcggcaa gtcacgtatc
     7321 gaggaggctt tcaccacctt cgtgagcgtc gggctagggt gcgtcgtcat ctttttcgtg
     7381 gtcatcctca acgaccttcc gcgttcgttc gacgtttact acatcatctt cttcacctac
     7441 tgcgcgctgc aattcgtcct gacctacctc gggcgcaaca tgatcacaaa tcatgctctg
     7501 cggatggtac gccgcggact gtgggctacg gatgtcttag tcatcggtac gggtcagcac
     7561 gctccggagg cacggcgcga tctggaacgg ttaggctatc gggtggaagg gttcgtcggc
     7621 caaccgtcta cggcggaggg tgtgcaggaa acgctgggcc gtatcagtga cttgcccgcg
     7681 ctgatggcct cgcggactgc acatgagctg gcgcttgtcg tggagccggg cgaagacgct
     7741 gaggcggtca aactgctcta ctcactctac cgctataagt gccccgtgaa gatctgggcg
     7801 gccaagaaca gtccgctcgg gcgtgtcggt gcgcgtacca tccacggcat ccccctgatc
     7861 gacgccacgg acaacaactt ctccgaggcg ggtaagaacc tcaaatggtt ggccgataag
     7921 atcgtttccg ctatcgctct cctgctgctc tcgcccgtct acgcttacct ggctatcggc
     7981 gtcaagcgca gctcgcccgg ccccgtactg tttcggcagg agcgcatcgg gcgcggtggc
     8041 cgacccttca cgatctacaa gttccgcacg atgtacgtcg gcgccgatcg tgacggccat
     8101 cagctgactc aacaggacga caaccgtgtg acgcccttcg gccgtttcct tcgcaagtat
     8161 cggctggacg agctgccgca gttctggaac gtgctcatcg gcgacatgtc gctcgtcggg
     8221 ccacggcctg agcagcggta ctacatcgac cgcatcgtcc gcactgcgcc ctacttctat
     8281 ttattgcaca acgttcgccc cggcatcacc tcctggggca tggtcaagta tggctatgcc
     8341 gacacggtgg aaaagatgat cgagcgcctc gactacgata tcctctatta cgaaaatatg
     8401 tctctcgctc tggatctgac tatccttata tatacggtca ggacagtaat cacaggcaag
     8461 ggcgtatgaa acacacgaac cacatgacaa acgaaaaccg cttctatcgc tttctgctct
     8521 ggcgcgaacg ccacatccgg gagcgcaact tcattctcct catcagcttc ctggtcggta
     8581 tctgtgccgc tacggcctcc ctactgctga agttccttat ccacaccatc cagcagttgc
     8641 tctgggccaa catccgcgag ggagccaact attggctgct cctttacccc atcatcggca
     8701 tcctgctggc cggagtcttc gtctattacg tcgtccgaga cgacatcagc cacggcgtca
     8761 ccaagatcct ctatgccatc tcacagcgca agagccgcat caagccgcac aacatgtgga
     8821 gctcgctcgt ggccagttcg ctgacgatcg gattcggcgg atcggtcggg gcggaggcac
     8881 ccatcgtgct cacaggcgcg gccatcgggt cgaacctcgg ccgactcttc cgcatggagc
     8941 agaaaacact catgctgctc gtcggctgtg gtgccgcggg agctgtggcg ggtatcttca
     9001 aggctccgat tgccggactg gtcttcgtca tcgaggtgct catgctcgac ttgaccatga
     9061 cgtccgtttt acccctgctc atctcgtccg tcacggccgc cacgatgtcg tacgtcttct
     9121 ccggcaccga ggccatgttc cagttttcgc agaccgagga gttcgtcatg gatcgcatcc
     9181 cctacgtcct attgctgggc atcttctgcg gactcgtctc gctctacttc acccgcgcca
     9241 tgctgcgcgt cgaagggatc tacgccagcc tttcccaccg ctggcaacgc ttcatcctcg
     9301 gcgcggccat gctcagcatc ctcatcttcc tcttcccacc gctctacggc gagggttacg
     9361 acacgatcga gaccctgctc aacggcgact ttatccacct catggaccaa agccccttcc
     9421 tcggcatgga gaatggctat tggggcatcg tcatcttcct cggcctcatt ctcctcacga
     9481 aagtcttcgc ctcggcggcc accaacggcg gcggcggttg cggtggcgtc ttcgccccga
     9541 gcctctacat cggctgcatc gccgggttct tcttctcgca cgtcctcaac ttcttcggcc
     9601 tcccggtcga cctgcccgaa aagaatttcg ccctcatggg catggccggc accatgtccg
     9661 ccgtcatgca cgcccccctg acgggcgttt tcctcatcgc cgagctgacc ggcggctaca
     9721 acctcttctt gccgctcatg atcacctcca tcggctccta cgtcaccatc cgcgccttcg
     9781 agccccacag cctctacacc atgcgtttgg cgcagaaggg cgagctcctg acgcaccata
     9841 aggacaaggc cgtgctgacg ctcatgaacg tcggcagtgt gatcgaaacg gacttcatcg
     9901 ccgtccgccc cgatatgagc ctcggcgacg tcgtcaagga agccatcgcc aaaagctccc
     9961 gcagcatgtt cccggtggtc aacaccgagg gcgtgctgct gggcattgtg ctggtggaca
    10021 acatccgcaa catcatgttt cgccccgagc tgtacgagcg tttccgcgtc tcgcgcttca
    10081 tggtctcgcc ccccgcgcgc atcgtcaacg acatgccgat ggagaaaatc atgcacattt
    10141 tcgacgacac caaggcctgg aacctgcccg tcgtcgacac cgagggcaaa tacatcggct
    10201 tcgtctccaa gtcgaaaatc ttcaacgcct atcgcgaagt actcgtcgac accttcaccg
    10261 gcgactgacc tccgaagccc aacaacaaca tctcgagaat tggattcaag acggatcacc
    10321 taccgtgcgt cttgaatcct ttttgtttta cgctgcacgt cgtgccatat gaagtaaaac
    10381 aattttgtat cagatcatat ggcatgcgat acgacctata tctaatttga atcgcatcgt
    10441 tttgcgtgcc atatgaagcg aaacaatttt gtataggatc atatggcacg cgatacgacc
    10501 tgtatctaat ttgaatcgca ccgttttgca tgccatatga agcgaaacaa tcttgtatcg
    10561 gatcatatgg cacgcgatat gacctgtatc taatttgaat cgctccattt tgcatgccat
    10621 atgaagcgaa acaattttgt atcggatcag attgcacgcc atacggtcac attcagattt
    10681 gaatgatgac gaatcagatg ccatctaatc aaaaacaaag tctatttaga tgaggtcgca
    10741 agtaggatga tgtaaatcca ttttgattca aaccatatct tacggcatac gatcaggcgc
    10801 atacttccga gcgatcgtaa acaccaatca gggatcggca accgaacagg aagcacaaaa
    10861 ttgcaatcta tagtttgcat ttttggtggt gcttttacgc acaacaccta tctttgcccg
    10921 cagaaatttg aactgactta tggaggcatt ctatcgaacg cacaaatatc tggtgacgca
    10981 tctggggaca cccgtgcgcc gcggcctgat ggacgaggtg gactggagtc gacgcctgat
    11041 cggcattaag ggctgccgcg agatcggtaa gaccaccttt ctgctctcct acgcccgcga
    11101 atgtttcccc cacgacggcc acgaatgcct ctacgtcaac ctcaacaact tcatcttcac
    11161 cgaacgcacc ctcacggact tcgccggcga attttacgcc aacggcggca aggtgctcct
    11221 catcgatcag attttcaagt atcccaattg gtcgcgcgaa ctgcggtatt gctacgatca
    11281 ttactccaac ctgcggatcg tcttcaccgg atcgtccgtc atgcgcatca aggaggagaa
    11341 tcatgaggtg ggcgacatcg tggcgcctta ctacctgcgc ggcttctcct tccgcgaata
    11401 cctcaacctc aagaccggcc tcgacctgca acccttcagc ttcgacatgc tcatgtgtga
    11461 tcgccatctc atcgcccgcg acatctgcga ccaggtcaac cccggcgagt atttccacga
    11521 ctaccttcat cacggcttct accccttctt cctcgagaag cgcaactatt ccgagaacct
    11581 gctcaagatg atgaacatga ccctcgaggt cgacgtgctc tacatccgcc agatcgagca
    11641 gcgctacctg cccaaactgc gccgcctgct ctatctgatc tcgcaaaacg agccctgcac
    11701 gctcaacatc agtcagctca gcaaggacat cggcacctca cgcgccaccg tgatgaacta
    11761 cctcaaatac ctcaaggacg cccgcatgat caccctcctc tacccccgcg gcgaggagtt
    11821 cccccaaaag cccgtctacg cctacctcta caacccgaac ctgctgcacg tcatgaaccg
    11881 tcagacgcag gacgagcgca ccgtcaacga ggccttcttc ttcaaccaac tcctgaagga
    11941 caatcgcgtg aacgcttacg acaggcacaa cagcttcctg gtcaacgatc gctacctctt
    12001 ccgggtctcc taccccgagg cgcgctggaa agtcagcccc gacttctact acgccgtcga
    12061 cgaggtggag cctcccctcg acgagccgaa ctgcatcccc ctatggatgt tcggcttctt
    12121 atactgatat aatctccact gactaaatat ccacatacaa gcaatcagaa tgttacacac
    12181 atcaaacaac agatagttat ggcacgagaa aagaaatttt tgacctgtga cggtaatcaa
    12241 gccgcggcgc atatctcgta tatgttctcc gaagtggctg ccatttaccc catcacaccg
    12301 tcgtcgacga tggccgaata cgtcgatgaa tgggccgccg ctgggcggaa gaacatcttc
    12361 ggcgaaaccg tattggtgca agagatgcag tccgaaggcg gagccgctgg cgccgtgcac
    12421 ggatcgctgc aggccggtgc gctgacctct acctatacgg cttcacaggg attgctgctc
    12481 atgatcccga acatgtacaa gatcgcgggc gagttcctgc cctgcgtctt ccacgtttcc
    12541 gcacgtaccc tggcctcgca cgccctctcc atctttggcg accaccagga cgtgatggcc
    12601 gtacgccaga cgggcttcgc catgctggcc gaaggctccg tgcaggaggt gatggacttg
    12661 gccggcgtgg cacacttggc tacgctcaag tcgcgcatcc cgttcgtcag cttcttcgac
    12721 ggcttccgca cctcgcacga gatccagaag atcgagaagc tcgacaacga ggatctcgct
    12781 ccgctcatcg atcaaaaggc cctggccgag ttccgcgccc gcgccctgaa cccgatgaac
    12841 cccgtggcgc gcggtatggc tgagaacccc gaccacttct tccagcaccg cgaggctggc
    12901 aatcgcttct acgacgaagt gcccgccatc gtggaggaat acatggaaga gatctacaag
    12961 ctcaccggtc gcaaatacgg cctcttcaat tactacggcg ccgaagatgc tgaccgcgtc
    13021 atcatcgcca tgggctccgt gacggaagcc gcgcgtgagg ccatcgatta cctcgtagcc
    13081 aacggcgaga aggtcggcat ggtggccgta cacctctatc gtccgttctc ggctaagcac
    13141 ttcctagctg cagtgccgaa gacggttaag cgcatcgccg tgctcgaccg taccaaggaa
    13201 ccgggcgcca atggtgagcc gctctacctc gacgtcaagg actgcttcta tggccgcgag
    13261 aatgccccga tcatcgtcgg tggacgctac ggcctcagct cgaaggacac gacgccggca
    13321 cagatcattt ccgtcttcga aaacctcgcc ctcaacgagc ccaagaacca cttcacggtc
    13381 ggcatcgtgg acgacgtcac cttcacctcg ctgccgatga aggaagagat cgcgctcggt
    13441 ggcgaaggca tgttcgaagc caagttctat ggcctcggtg ccgacggtac ggtgggtgcc
    13501 aacaagaact cggtgaagat catcggcgac aacaccgata agtattgcca ggcctacttc
    13561 tcttacgact ccaagaagtc gggcggcttc acctgctcgc acctccgctt cggcgatcac
    13621 ccgatccgct cgacctatct ggtgaacacg cccaacttcg tagcgtgcca cgtgcaggcc
    13681 tatctgcaca tgtacgacgt gacccgcggt ctccgcaaga acggctcctt cctgctcaac
    13741 accatctggg agggcgacga tctggtgcgc aacctgcccg tgaaggtgaa gaagtacttc
    13801 gccaagaaca acatcacggt ctactacatg aacgccaccg agattgccca gcagatcggc
    13861 ctcggcaacc gtacgaacac catcctccag tcggccttct tccgcatcac gggcgtcatc
    13921 cccgttgatc tggctgtgga gcagatgaag aagttcatcg tcaagtcgta cggccgcaag
    13981 ggtgaggacg tggtgaataa gaactacgcc gccgtagatc gtggaggcga gtacaagcag
    14041 ctcaccgtag atcccgcttg ggccgacctg cccgacgatc cgcgcgctgc aaacagcgac
    14101 ccggccttca tcaacgaagt ggtacgcacc atcaacgctc aggacggcga ccagctgccc
    14161 gtatcggcct tcaaaggcag ggaggacggc acctggatgc aaggcacggc ttactacgag
    14221 aagcgcggtg tagccacctt cgtccccgag tggaacatgg acaactgcat ccagtgcaac
    14281 cagtgcgcct acgtctgccc ccacgctgcc atccgtccct tcgtgcttga cgaagaggaa
    14341 cagaagggcg ccaacttccc ccagctcaag gcacagggca agacgtttgc gggcatgaac
    14401 ttccgcatcc aggtcgatgt gctcgactgc accggctgta gcaactgcgt cgatgtctgc
    14461 ccgggcaaga agggcgagaa ggcgctcggc atgaagcacc tcgagacgca gatggatcag
    14521 gtgccaaact ggaactactg cgtagatcac gtcaagacga agcagcatct ggtcgacacc
    14581 aaggccaacg ccaagaactc acagttcgcc acgccgctct tcgagttctc cggagcctgt
    14641 gccggttgcg gcgagacgcc ctacgtgaag ctcgtcaccc agctctatgg cgaccgcgag
    14701 atggtggcca acgctacggg ttgctcctcg atctactccg gctccgtccc ctccacgccc
    14761 tacacgaaga acgacatggg ccgcggtccg gcttgggcca actccctctt cgaggacttc
    14821 tgcgagttcg gcctcggcat ggagctggcc aatgagaaga tgcgtgagcg catagtgaag
    14881 ctcttcaagc aagctatcga gaacgaatac actccggctg aagccaaaga gctgatgcag
    14941 gcatggatcg acaacatgtt cgatgccgat aagacgaagg agttggctcc gcaacttgag
    15001 gtcatgatcg atcgcggcat caaggaggcc gattgctccg tatgcaagga gctgaagggc
    15061 ttgacccaat acctcatcaa gcgcagccag tggatcatcg gtggcgacgg tgcctcgtac
    15121 gacatcggtt acggcggtct cgaccacgtc atcgccagcg gtaaggacgt caacatcctt
    15181 gtgctcgaca ccgaggtgta ctccaacacc ggtggacagt cgtccaagtc cacacccgtg
    15241 ggcgccatcg ccaagtttgc cgccgccggt aagcgcgtcc gcaagaagga tctcggcctc
    15301 atggccacca cctacggcta cgtctacgtt gcccagatcg ctatgggtgc cgaccaggcc
    15361 cagacgctcc gtgccatccg cgaggccgaa gcctaccccg gcccctcgct catcatcgcc
    15421 tactcgccct gtatcaacca cggtttgaag gccggcatgg gtaagagtca gacggaggaa
    15481 aagcaggccg tggcttgcgg ctactggcag ctctggcgct acaatccgca gctcgaggcc
    15541 gaaggcaaga accccttcat cctcgacagc aaggcgccga acttcgacga gttccagaac
    15601 ttcctcaagg gcgaggtgcg ttacgcttcc gtcatgaagc agtaccccgc cgaggcagcc
    15661 gagctcttca aagccgccga ggagaacgcc cgctggcgtt accgcaacta tcagcgcatg
    15721 gcctcgaacg agttctgggc gctgggacaa taacagcaac gcagaagtat ctccacatag
    15781 gacgtagcgc ggtctcgtct tcttgacgtc gacgcgctac acccttcggg gcgtctcttt
    15841 cctacacaaa gcaggaaggg ggcgccccga tttttttgcc agagggggcc tgcgggcccc
    15901 ggcgaagttg caaccaggca cccgggaaaa cttggcaggc gtccctgacg cccccgaaag
    15961 gcgccagggg cgccggccaa gtttgccgga tacaggagaa ctcccccggg ttttacccct
    16021 tgcgtgccgt gcaagccccg aaacccgccg ggttttgcct ctcgcacgcg tgcaagcccc
    16081 gaaacccacc gggttttgcc tctcgcatcc cgtgcaagct ccgaaacccg ccgggttttg
    16141 ctccgcgcac gcgtgcaagc cccgaaactc gccgggtttt gcccctcgca cgccgtgcaa
    16201 gccctgaaac tcgccgggtt ttgcccttcg cacgccgtgc aagtcctgaa actcgccggg
    16261 ttttgcccct cgcatgccgt gcaaggcccg aaacccgccg ggttttgcct ctcgcacgcc
    16321 gtgcaagccc tgaaaggcgc caggagcgcc ggccaagttt gccggataca ggagaactaa
    16381 cccgggtttc gcctctcgca tgccgtgcaa gcctcgaaaa ccacccccaa gaatcttccg
    16441 acgaaaaaga cgcgaggccc cgaggctggc ctgcgatctt ttttactttt gcggccgtta
    16501 aaaaatcatg aaaagaaaga tgaaccctgt caagtcgatt cgaacgaatc aacaagccct
    16561 gctccgcgaa gtcagggatt acgtgatgat tgccctcggc atgctgctct acagtatcgg
    16621 gtggaccgtt ttcttgctcc cgaacaagat catgaccggt ggcgtgcctg gcatcgcctc
    16681 gatcatctac ttcgccatca agctgcccgt gcagtacgtc tacttcggcg ccaacgtctt
    16741 cctgctcgtc ctcgccatca agatcttggg gtggaagttc agcatcaaga cgatctacgg
    16801 cgtctgtatg ctcaccctat cgctcgaagt ggtgcaagcc atcacgaaag gcgtgtggat
    16861 gctccatgat caacccttca tggcctgcgt cttgggggcc tccatctgcg gcacagggct
    16921 gggtatcgcc ttctcgtcca acggcagcgc cggcggtacg gacatcgtgg ccgccattat
    16981 taataagtac aaggacatca ccctggggcg cgtcatgatg atcctcgata cgatcatcat
    17041 cacctccagc tacgtcgtgt tgcgcgactg ggagcgcgtc gtttacggct tcgtcaccct
    17101 tttcgtatgc agcttcatgc tcgaccagat cgtcaacagc gcccgccagt ctgtgcagtt
    17161 cttcatcatc tccaagaagt accaagagat tggccacgcc atcaacgcca tgcaccgcgg
    17221 tgtgaccgtg atcgacaccg tcggtatgta caccggccag ccgcagaaga tgatcttcgt
    17281 cctggccaag aaacgccaat cgaccaccat cttccgcatc atcaacgaca tcgacccctc
    17341 ggccttcatc tcgcagagcg ccgtgatcgg cgtctacgga cacggcttcg accacctcaa
    17401 ggtcaagcag aagaaacatg gcacagccgc tgtcgaggag gcgcatgaac tcggcgtttg
    17461 agctgagttt aagcggcatt tgaaccgtat tgaaacacgc gaaccccgtg ttgctacccg
    17521 attggaatac gaaaccagta agagccatcc gttacggggt ggctcttttg ctgttggctt
    17581 acctgctgtg cctgccgcgc cgactgttcg acgtgcctta cgccaccgtc gtcactgatc
    17641 gccacggtga gctgctcggt gcacgcatcg ccgccgacgg acagtggcgc ttcccgccct
    17701 ccgacacggc gccagacaag tttgcccgct gcctcatcgc cttcgaggat cgtcatttct
    17761 acctccacaa cggcgtcaac cccgtgtcca tcctgcgcgc cttcgtgcag aacgttcgcg
    17821 cgcgacgcat cgtcagcggg gggagcacga tcaccatgca gaccatccga ctctcgcgcg
    17881 gcgaacggcg cacggtgggg gagaagctga ttgagatcgt cctggccact cggctcgaat
    17941 gtcgctacag caagcgggag atcttggcgc tctacgccgc gcacgcgcct ttcggtggca
    18001 acgtggtcgg ggtggaagcc gccgcgtggc gctacttcgg tcactcgtct gccgagctgt
    18061 cgtgggccga ggccgctatg ctggctgtgc tgcccaatgc accgtcgatg atccaccttt
    18121 cgcgaaaccg tgaggcgctg ctcaagaagc gcaaccgact gctgcgcgag ctgcatcggc
    18181 gaggcgtgat cgacgatgcc gactatgagc tggccctcag cgaggcgctg cctgaagagc
    18241 cgctgccact gcccgcattg gccccacatc tggtggccga ctttcagcag acacgccccg
    18301 gtgaacgcat cgtttcgacg atcgataagg gcatgcagtc acaggttgaa gccgtgttgg
    18361 cacggtggca cgcggagttt gcgcagcagg acatccgaga catagccgcg atcatcgtcg
    18421 acgttcgtac cgcccgcgtg ctggcctact gtggcaatgc ccgttttgac gagcgacagc
    18481 cgggcagtca ggtcgacatc atccgcgcgc cacgcagcac gggcagcatc ctcaaacccc
    18541 tgctctactg tgccgccatg caggatggtg agatccttcc ccgcaccctc ctgcccgaca
    18601 ttccgatcaa cgtgaacggc tttgcgccgc aaaacttcag tctgcaattc gagggggccg
    18661 tgcccgccgc agaggtcatc gcccgctcgc tcaacgtgcc ctccgtcgtg ttgctccgtc
    18721 gctacggcgt ccccaagttc tacgacttct tgaagcgtgc tggcctcacc accctccgcc
    18781 gaccggcctc gcactacggc ctttcgctca tcctcggcgg cgccgaagcc accctgtggg
    18841 acgtcaccgc ggcctacgtc gacatggcgc gttgccttga aggacagccg cgcatctccc
    18901 tcaccctgtc caccgatgag aagcagcgcc gctccactat cccctacgtc ttcactccgg
    18961 gcggcgtctg gctcacgttt cagtccatca aggaggtgaa ccggccagag gacatcgact
    19021 ggcgcacgat cccttctatg cagaccgtgg cgtggaagac gggcacgagc tacggcttcc
    19081 gcgacgcgtg ggccgtgggc gttacgccgc gctacgccgt gggcgtgtgg gtgggcaatg
    19141 cctcgggcga gggtcggccg gggatcgtcg gggcacgtac cgccggccct gtcctcttcg
    19201 acctcttcaa cctgctgccc gttgcgacat ggttcgacgt gcccggcgac ggcgcgctcg
    19261 tcgaggccga agtgtgccgc cagtcgggct gcctcaaggg gcgcttctgc gacgcgtcgg
    19321 acgttgtccc gatttgtccc aacgggcagc ggacggagcc ttgtccttac cacatacgcg
    19381 tgaacctgac ccccgacggc cgcttccgtg tctacgaaaa ctgcatgagc gaggcgagcg
    19441 ctgtgcctgc caattggttc gtgttgccgc ccgcctggga gtggtattac cggcagcagc
    19501 accccgagta tcgtccgctg ccgcccttca tgcccggctg cggcgacgac tccgaccgcc
    19561 ccatgcagtt catctatccc caagacgcct ttgcacgcat caccctgccc cgccagctcg
    19621 acggtacacc cggtgtcgtc accttcgagt tggcccatag cgatcccaac gccaccgtct
    19681 tctggcatat cgacggtaat tacaccgcct ccacgcgcga cttccacaag ctctccctcc
    19741 acctcgatcc cggcctccac acgctcaccg tggtcgacga tcgcggccat acgctctcgg
    19801 ccactatccg ggtggaagcg tcgtaaatcc cgtaacacaa aaaagaggat gcgccgcggg
    19861 gcgtatcctc ttcgtgcata tcgtggccat ccctgccggg gatgtgctgc ggttacttcc
    19921 gtttcttttt cggctgttgc ttgttgtaat gctcgagtcc ggcccggacg tttttcttca
    19981 gtgcctcgga cgagagcgtg gcgcccgtca cggcgtctgg ggcttccttc acggcctgag
    20041 acacggcttt gccgtcccaa aaggtgagga tggctttggc gcggtcgaag aacttcggcg
    20101 tctcttggtt gggcaacgcc tcgatgcgca ccaccttgtt ttgcttgatg aagatcttca
    20161 cgggcgtggg gctttggtag ccttttacgt cgtgggtcag ctcggtggtg ttgatcaccg
    20221 tcatgccgtt ctctttcgtg attatgccgt cgccgacctt ggcggccgtg agcagtagca
    20281 ctacggacag ggccgcggcc actgtcgtca atctcttgtt ctttctcatt ttgtttattg
    20341 gggtgtatga ataatatgta gtagggggga ctttatggtc gcccgaaata tgctttgggt
    20401 cttcttttct ggccttgatg ccttcttctt ttcttccctt gatgttcttc ttttcttgtc
    20461 ttgatacaag aaaagaagca aaagaagatc aaggcgtcag ggacgccggc caagttggcc
    20521 gggtacttgt caaacttcct tgcctcggta gaggccgtca gggacgtcgg ctaagtaggt
    20581 tgggtatcag gaaaacttcg ctggcggccg cagccgccct tgctgaggag ttcgtcgaaa
    20641 taggcgatgg tcttctttag tccttcttcc agccggatgg tgggttgcca gccgccgagc
    20701 ttctcatagg ctagggagat gtcgggcttg cgctgcttgg ggtcgtcctg gggcaggggg
    20761 gcgaagacga ttttcgaacg tgatccggtg agccgaagta cttcatgcgc cagctcgagc
    20821 atagagaact cgccggggtt gccgatgttg accggcccgc tgaaatcgtc cggcgtatcc
    20881 atcatgcgca tcatgccttc gatcaggtcg tcgacgtact ggaagctgcg cgtctgggag
    20941 ccgtcgccgt agatggtgat gtcgtggccg gtgagggcct gaacgatgaa gttggagacc
    21001 acgcggccgt cgtgcttgtc catgcgcggg ccataggtgt tgaagatgcg gacgatcttg
    21061 acgcggatgc cgtgctgacg gtgataatcc atgcagagcg tttcggcggc gcgcttaccc
    21121 tcgtcgtagc aggagcggat gccgatcggg ttgacgttgc cccaatacga ctccggctgc
    21181 gggtggatgg tcgggtcgcc gtagacttcg ctcgtagagg tgtgcaagat ctttgcgtgc
    21241 acgcgcttgg ccaggccgag catgttgagc gtgccgtaga tcgacgtctt gagcgtcttg
    21301 atggggttgt actggtagta gacgggcgag gcggggcagg ccaggttgta gaccttgtcg
    21361 acctccgcgt agtagggcgt ggtgacgtcg tggcgcacgg cctcgaagcg gtcgctgccc
    21421 agcaggtggc ggatgttgtc cttgctgccc gtgaagtagt tgtcgacgca gatcacgtcg
    21481 ttgccttcca tgacgaggcg ttcgcagagg tgcgatccga tgaagcctgc gccaccggtt
    21541 actaaaattc tttccatata tcgtttcttc tctgattatt catctcggcg caaaagtagg
    21601 ccgggcgttg ggatttctct gttttgagtg ctgaggaggc cgtggatacg ttccgaggtg
    21661 gtcgtaatac gttccgaacc tattggaacc acctcggaac ctattctaat acgttccgaa
    21721 cctattccaa ccacctcaga acgtattaca atacggttcc gaagggtatt taatcacgtt
    21781 ccgaacgtgg tttaatacta ttccgaggtg gtcgcaacca cgttccgaac ctatcgtaac
    21841 cacgttccga acgtatcgag accacgtccg gaacgtatcg taaccacgtc cggaacgtat
    21901 tacaaccacc tcagaaccta ttagaatacg ttcggaacca actacacccc catcccgctt
    21961 ctttcaccgc attatctctg ttgtagtcat gtagtaagat agaatcagtg aaagggaaaa
    22021 aagacttgtt agggcggccg tcaggggatc acactgaagc cgcttgttgc tttcggatca
    22081 gcttgtccat gtcttccgag atctttttgt ccgtcacctg cgcatagatc tgcgtgctgg
    22141 atatggacgc atgccccatc atcttggcga tgctctctat cgggatgcct gcgctgagcg
    22201 acaatgtccc gaacgtgtgg cgcgccatat ggaaagagat ccgttgcctg ataccacaag
    22261 ccaaacccac ggtgctcagt ttgttattca tcacactgcg gctgcaactg cgtggaaaaa
    22321 caagggcgtc accttcttct ttcaccgcct gctcctcttg gcttttattg aggatctcct
    22381 ccgcgatcgg atgtagcggc acgacagact ccactttcgt cttctgtcgt tccttacgga
    22441 tatatctcca gccatcggct gacgtttgga tatgcgagaa cttcaggcgc tccatatccg
    22501 caatggccag tccggtgaag caggagaaga gaaacatctg tcgggcctgt tcggcttccc
    22561 tgtcgttcac tttcagcgcc atgagcttgg ccacgtcgct cttttgcaag aatcgaatct
    22621 tcctttcctc tttttcatag gtgacatctt caaaaggatg gcagcggatg actttcaagt
    22681 ctaccgcgcg atacatcaat cgactcaatc ggcagaggtg cttgttcatg gtcgatgccg
    22741 ccaaaccgcg ttttttgaga aagaagcgga agtcctcaaa cagatcttcc gtaatgccta
    22801 cgagggggat gtctcgccct ccgttttcct tcatgaacgc ccgaagcagc ttgtccgaat
    22861 agatcaggtt ttggtaggtg ctttcagctt tcgacttgcc tacgcatgcc ttcacagatt
    22921 gcagttctgc ctcgctcatg gccaaaaggg tggttggtgc ggcaacggtg ccctgcaagc
    22981 ggttcttgag gagttctgca ctgacgatgc cgtccttcgt gagcatttcc gcgtaagtct
    23041 tttccacaag ctccttgaac gctgcgaggc gttggttgat tttcttttcg ccggttgtcc
    23101 cctgtctgct gttccattcg gccggcagac attcctcacc tgtggtaata gctgtgctcc
    23161 taccatcgat ggtgacgcgg caaaagatgg ctgtcttacc gtctgctttt gtcttctgtc
    23221 tgttgatgta aaacaggatc ttgaatgtac ttctcatatc ggtttcagtt aaatggtcag
    23281 gtgtaaatct tcggtgaagg cgatcaagcg atcgaactct tcaaacagct tttggggagt
    23341 cactttcgca tatcgctcgg tcatgcgcac cgtgctatgt ccaagcatct tgctgacggt
    23401 ctcgatgggc acgccctgct ccaaggtgat gagcgtagcg aaggtatgcc gggcggtgtg
    23461 cgtcgtgaag ggtagcgtga tactggcccg cagtcggagg gctttcaggt gggattgata
    23521 ggtcatgtaa ttgatgtgag gaagcaacgt gtccctcgat tcatcatgca atttgttcat
    23581 taatcggatc gcctctggca acagttttac acggcaaagg acacccgtct tctgcctgct
    23641 gaacttcagc caaagggcgc cttcgtcgtc gcggacaaga tgctcagggc gcagcgccat
    23701 cagatcgcaa taggcggcgc cggtgtaaca ggcaaaaaga aacacatcgc gggaggtctc
    23761 catatccccg tccaaaccgt caaaacagag cgccttcaac ttgtctaacg cagccttgtc
    23821 gagcgctttc ggcgttttct tgtcccctcg ctctacgcgt accttattaa acagtaagac
    23881 gtccgtcaac ccttcacggt aagccagtct gcataccgtt ttcagcaggg aggctgttcc
    23941 gaagaaggtg ctttcttgaa gaccgcatcg accaagacag aacgtctgaa actcatagat
    24001 aaagccctct gtaagttgcg agaaagccag atccgcggcg ttgtattgct gtcggatgaa
    24061 ctcctgcaac cggtttcgag cagagcgata gttgtacata gatctcgcct tgagatcgat
    24121 acctacatgc ttctcccgct ctttgacaag gagatctaag cgttcaatca gcatacatct
    24181 agcctgcacg ctgccctgga aatgctcctt gatgtccgtt gcgtcaaacg gggatccttt
    24241 ggcaagcaag gattgatagg aggcctgaac ggcaagaagg aggttgtcca atcgtccatt
    24301 gacttcgacc gcctcgcgac tcttcccgtc cattcggctt tcgcgcgggt tccacaaatc
    24361 gggattgcaa gacagcttgc aactgaactg cgcgacggaa cgtcccagcg tgatgcgtcc
    24421 catgatcggt gccttgcccg acctgtctcg agtgcctctt tgtagtcgaa atataaccta
    24481 gttacatcct tagggacata ttgtccacga acgccgactc ttttgccatc ccacgtgcta
    24541 agcgatggaa ttaagtgatt gaccctgtat tgctcttcat ctgcaaggtt aatccaaata
    24601 tccatcgaag gtacaatatc gtcccaatta tgagcattca ataatgcttc atctgtattc
    24661 ttttttgcta accattgatc gccaaggctg tcaatcaatg cccagttggt agcagtaaat
    24721 tccttcagag taaatctctc tgtgtttttc aaaaaccaaa cgatggcact tatagcagaa
    24781 gtttttccgc tattgtttgc accaacgaac acggtttcct tctcaccaaa atctatatgg
    24841 caattcttta gcttgcggaa atttctaata tgtactgatt gtatattcat attttacagg
    24901 catgtagtcg tataagttga taaaaacgcc tttcctctgc aatcccgaaa gtatatcgta
    24961 tggtcgtttt gatccattgt gcaagcattc cgatttcgag cgagtattca caacgtcaca
    25021 ccactcccaa ccagctgcct ccaagataaa aaagacatta cgagctgtgt agaatgctac
    25081 attatccata aaggcggatc ggctttcatt atataaattc tcgtcttcga gctgcaaact
    25141 tgtcgttagc atacttgaga aagataaggg gccagtttta cgcattttta tattccagag
    25201 gttctacggc tccacgaagc ttattggcac tatccccaag tgtctcttct attgtcttac
    25261 ttatggttat cttgttttgt cgtttagtca taaatggaat cgtctatcgg gcatgagcgg
    25321 tcttgctttc ccttcttgat gcaaagatac agcacagccg tgagattgta gtagaatgcg
    25381 tgacttcttg actacacctg actacacctg actacacctc aacctctctt ctttcatcgc
    25441 attcccccct gttgtagtca tgtagtaaga tctattcgac gaaagggaaa agatataccg
    25501 cctcacgttg gggcggtcag ctcaagaatc acgctgaagc cgcttgttgc tttcggatta
    25561 gcttgtccat gttctccgag atcattttat ccgttacctg tgcatagatc tacgtgctgg
    25621 agatggaggc atgtcctatc atcttggtga tgctctctat cggaatgctg gcgctgagtg
    25681 acaatattcc gaacgtgtga cgtgccatat ggaaagacag tcgttgtctg atgctacacg
    25741 ccagtcccac ggtgctcagt ttgctattca tcatactgtg gccgcaactg cgtgggaaga
    25801 caagggcgtc gcctttttct ttcaccgcca gatcttctcg gcatctgcta aggatctcct
    25861 ccgcgatcgg atgtaatggc acaacaccat atctgcaatg gccaagcccg tgaagcagga
    25921 ggagaggaat atctaccggg cctgctctgc gcccctgtcg ttcactttca gtgccatgag
    25981 tttggccata tcactctttt gcaagaagcg gattttccgt tcctcctttt cgtaggtaac
    26041 atcctcaaaa ggatgacaac ggatgacttt caagtctacc gcacgacaca tcaactgact
    26101 aagccggcag aggaggctgt tcatggtcga tgccgccaaa ccacgctttt cgaggaaaaa
    26161 gtggaagcct tcaaacagat ctctcgtaat gccagcgaaa ggggtgtccc gccctccgtt
    26221 tttttgaatg aacgcccgaa gcagcttgtc cgaatagacg cctttctttg tgcccacata
    26281 aactctcaaa gacagacagt acaacatacc cacaatggat cccaatcaat acaacaggtt
    26341 attctccttt atatggagta ttgccaacga cgtcttggtg caggccttca ccaagggcga
    26401 ctataagaag atcatcctgc ccatgatggt acttcgccgg ctcgacatcc tgctcgagcc
    26461 cacgcacgag gccgtgttag agaccaaacg cctcttcacc caagcaggca tacctgaaga
    26521 ggcgatggct tcgaagctct acaccgtcac tggctacccc ttctacaaca tctcacgatt
    26581 caccatgaag gcgcttcgcg gagagacgaa tggatcacgc atgaagcaaa acttcctgga
    26641 gtacctcgat ggatactcca aagacgtaca ggacatcatc gaaaaattca agttcaaaca
    26701 gcaggtggac aacctcaccg acgccggccg gctgggcgcc atcattgaaa agttcaccga
    26761 taaagagatc aacctcggca tccatcccac ccgcgacaag gagggacaag agctcttacc
    26821 cggcgttgac aaccacacca tgggcaccct cttcgagcag ctgctgcgca agttcaacga
    26881 ggaaaacagc gtcaccgagg ccggggagca cttcacgccc cgcgactacg tagccctcat
    26941 tgccgacatc gccatcatgc ccgtggcaga taagatccag tccatgccct acagtatcta
    27001 cgacggtgcc tgcggcacag gcggtatcct ctccatcgca gagcaacgca ttcgtgaggt
    27061 agcccgggag cgtggtaagc aggtcaagat caacctctac gggcaggaaa tgcagcccga
    27121 gacctacgcc acctgcaagg cagacctact gctctccaca cccggaactg gcgaggagga
    27181 aacggacggg aaaaaaagga agaagagcga cctcccctcc ttcacctacg tcgctcccgg
    27241 cggcatcatt cgcgaacgat tcttctgtgg atccaccatc agcaacgatg gacacccggg
    27301 catgaccttc gacttctgcc tctccaatcc tcccttcggc acaccttgga aagaggatct
    27361 ccgcgcatgg ggattcggtg aaaaggagaa ggaccgcatc gccgaccccc gctttgtcgg
    27421 cgacggaggg tatgacaaga aaagcccctg caacttcgtc cccgacgtgg gcgaccccca
    27481 aatgctcttc ctggccaaca acctctcccg catgaaggac agcgagctgg gcacacgcat
    27541 cgtggaggtg cacaacggat cgagtctctt caccggcaac gccggcggcg gcgagagcaa
    27601 cctgcgccga tacatcatcg agaacgacct tctggaagcc atcatcgcta tgcccgaaaa
    27661 ggatttctat aacaccggca tcggcacctt tatctgggtc gtcaccaacc gcaaggagcc
    27721 ccgacgccgc ggcctagtgc aactcatcga cgccaccgcc atcaagacgc ccctacgcaa
    27781 aaacctcggc gagaaaaact gcgaaaccaa cgccgacgac cgccgacgca tcctccgctt
    27841 gctcatggac ttccgggaga cgcccgagag caagatcttc cccaacgaag agtttggata
    27901 ttggcagatc aaagtagacc gtcccctgcg cctacgagtc gtccccgacg ccgacctcaa
    27961 caccggcgac ctcaacgaga agcaaatcgc cgagtgtcga cacgccatcg cagccgtacc
    28021 cgccgacacg cccctcgacg actgggacgc ctacgctcgc gctctgggta agattaaaaa
    28081 gacgctgctc aagaagcttc gcccccttat cacccacacc gaccccacct gccgccccgt
    28141 ggccggagag gccgataaga gcctgcgtga caccgagcag gtgcccctca gttaccccgg
    28201 aggaatagag gcctttatgc aacgcgaagt cctgccctac gctctcgacg cttacgtggt
    28261 agaggaggaa acgacggtgg gctacgaact ctctttcacc aaatacttct acaagcccgt
    28321 cgccctccgc cccctgagcg acatcatggc cgatctacgc gccatagaag ccgatacgga
    28381 cggcttgctg gaagaaatac tatccggcga ctaatccttc ggtacgatga aacgatacga
    28441 tgcatacaaa tccaccggca tcccttggat ccccgaggtg ccggagcact gggaggaacg
    28501 cagagctaag aatctgtttg tccgaatgga gcgagaagtc caagaagagg atgaagtggt
    28561 tacttgtttt cgtgacggtc aggttacact aaggaagaat agacgaacag aaggctttac
    28621 ggagtcattc aaagaaatcg gctaccaagg gatcagaaaa ggagatttag taatccatca
    28681 aatggacgct tttgccggtg ctattggaat ttcagacagt gacggaaaag gaacacctgt
    28741 atatatatgc cttcaaccta aacaagggtg catgaacgaa tactatgcac ttgtcattcg
    28801 agaaatggca cgagcgggat atataaaggc gctgtataaa gggatacgtg aacgttcttc
    28861 tgattttcga tatgagacct ttgcagggct ttttctcccc ctccctcccc tttccgagca
    28921 gcgcgccatt gtggcgtatg tagagcggaa gggccggcag atcgacgcct atatcgcccg
    28981 tcaggccgag cagatagagc gcctcaaaga gctgcggaag accattatct cccatgccgt
    29041 cacacgcggc atccatccct acacccgctt ccgccccacc ggcatccctt ggatccccga
    29101 ggtgccggag cactgggagt gcgtagaact aaagcgggtt actgtattta atccgtctcg
    29161 aaaagaaaac atagacggag atacgctcgt tggctatgct ccaatggaga ttgtacgcag
    29221 taatatggaa tcatgcctca ctatcaaagt ctgtaagttg acagcagggt taacctactt
    29281 cgaagaagga gatgttgttt tagcgaaagt cacaccctgc tttgaaaatg gaaatgtcgc
    29341 tatcatccca agaatgattc actattgcgg ctttgggagc tctgaactat tcgtctatag
    29401 atgcaaggat aagctggctc cgaagctgct cttttactac ttccaatccg ctggttttgt
    29461 cagtgctggt accgcgagta tgacgggaac aggaggatta aagagggttt ctcctgcctt
    29521 tgctcgcaat gcaaagatcc ccctccctcc cctctctgag cagcgcgcca ttgtagcgta
    29581 tatcgaaaag aagacggctg ccgtagaccg catgatcaac gcctgccgcg agcagacaga
    29641 gctgatgaaa gcctacaagc aacgcctgat cagcgacgcc gtaaccggac gcatcaacgt
    29701 ccttccacac gattaaaaaa acaaccccat cacccactta tctccccaca ttatgcctac
    29761 acagatgaat gaaaaatctt tcgaagatct ccttgtggct cacctcgtcg agcagaacgg
    29821 ctacgaagcc ggcacctcca aagattacgc ccccgaatat ggctttgacc ccacacgcct
    29881 cgaagccttc ctccgcaaca cacagcccga caccgttgag aagtcacgca tcttcgcctc
    29941 cgacgccggc cggcgcaagt tcctcgaacg ggtcaacgac gagctttcca agcgcggcgt
    30001 ggtggacgtc ttgcgcaacg gcgtgaagca cctcagcaat accttcgacc tttacgcccc
    30061 cctgccctcc gccctgagcg aacgcggaga agccctctac ctccagaacc gcttcagcgt
    30121 cattcgccaa ctccactacg cccgcgccaa cgccaccctc tcgctcgacg tagccctctt
    30181 catcaacggc ctgcccgtga tcaccctcga gctgaaaaac cgatacacca accaagaaac
    30241 cgccgacgcc atcgcccaat accgcagccg cgacgcccgc gagctgatcc tcgcgcccaa
    30301 acgctgcgcc gtgcacttcg ccgccgacga ggagtccgtc tacatgtgca ccaagctctg
    30361 cgggcgcgac agttggttcc tgcccttcaa caagggcgta gacggcggcg ccggcaatcc
    30421 catcaatccc cacggcctga agacggccta tctctgggag gacgtactgc gcaaagagag
    30481 cctgagcgac atactcgagc actatgcgca agtgatcgta gagaaagacg acgccaccag
    30541 ccgcaagcac tgtcgcatca tctggccccg ctggcaccag ctggaagttg tccgccggct
    30601 gctccggcag acaagccaag aagccgtcgg ccggcgcttt ctcatccagc actctgccgg
    30661 atcaggcaag tcgaacagca tcacttggct ggcctatcag ctggtagagc tgattcgcga
    30721 cggccggctg ctcttcgaca gcatcctcct cgtcaccgac cgcgtcaacc tcgacaagca
    30781 gctgcggaat aacctccgct ccttcaccca cagcgatcac atcgtaggcg cggccaccac
    30841 cagtggcgag ctgcgcaaac acctcgagaa cggcaagaag atcatcatca ccaccatcca
    30901 taaattctcc ttcatcctct ccgacgtggg cggtgagctg agcgataagc gcttcgccgt
    30961 catcatcgat gaggcccatt ccagccaaag cggcaagatg agtgccaatg ccaaccgggt
    31021 gctcagcggc tctcccgaca cccccgacac ttccgacgga gaggacgaaa taaacagcct
    31081 catcgagcgc tacatggccg gccggcgcat ggcctccaat gccaacttct acgcctttac
    31141 ggccacgccc aagaacaaga cgctcgagac cttcggcgaa cccttctccc gtcccgatgg
    31201 cgagacgggc catcgcccct tccacgtcta ctctatgaag caggccatcg aggagggctt
    31261 catcctcgac gtgcttcgta gttacaccac ctacagcagc tattacttga tccgcaaaaa
    31321 ggtggctgac gaccccgaat ttgagcgcac tcaagccata cggaagttgc gccgcttcgt
    31381 ggagagtcgg ccggagacgg tggagcagaa ggcgcgcgtc atggtggagc acttccacca
    31441 gtcggtggcc caccgcatcg gcggccgcgc ccgctgcatg atctgcacca tcggcatcga
    31501 gcgcgccatc gattactatc acgcgatcaa ccgcctgctc ggcgagcggg agtcgcccta
    31561 caaagccatc gtggccttca gcggggagtt tgactatcac ggagcgaagc tggacgaggc
    31621 gcgcctgaac ggatttgctt cagcaatgat tgaaaagacc ttccgccaag atccgtatcg
    31681 cttcctcatc gtagccgaca agttccaaac aggttacgac gagccgctac tgcacaccat
    31741 gtacgtcgac aagcctctcc acggattgca aaccgtccaa accctctcgc gcctgaaccg
    31801 cacctgctcg gggaaggagg acaccttcgt acttgacttc gttaatgact acgacgaggt
    31861 ggaagagagc ttccaaccct tctataagtc gaccatcctc agccgggaga cggatccgaa
    31921 taagctcaac gacctgctgg ctaccatcga gggctaccgg atctacaccc cgcaggaggt
    31981 agagcacttc aacacgctct tttggggcaa aggcaaagcc ggacgcaaag ctctcgaacc
    32041 actgctcgac acgatggcgg ctcgcttcct cgcccttgac gacgagagtc gggtagagtg
    32101 caagagcgcc atcaagtcct ttatccgctc ctatgagttc ctctctacac tcctccccga
    32161 gggcagtctg gaatgggaga agaaagagac tgtactggcc ctgcttatcc ataagttacc
    32221 caagctgggc atggatgacc tgacccgcgg actgctcgaa gccatcgact ttgaccgcta
    32281 ccgcctggtt aagaacgagg agcgaaacat tcgcctgcaa aacgccgaca ccgagataga
    32341 acctgtgccc acgtccacct tcgtcggcat cgctgaaccg gacatgcaac acctcagcga
    32401 gatcgaacgg aaattcaacg aggccttcgg atccatcgat tggcgagacg aacagctggc
    32461 tcgaaagcag acggagcaga ttatcgaaca gaccgtccaa agcgacacct tacgcaacgc
    32521 catgctctat ggcgatgctg acacggccaa ccaagaatgc gatgaaacgg tgcgaaacct
    32581 gatggtagac atgatggaca caaacaccga actgatgtct acctatttca agcggggtga
    32641 tttctccgaa cttctcaaca acatggtgcg cgaaaaggcg tgggagatga tcaatccgga
    32701 atacgatgaa gttgacctta aacagcggct cagcgaagag ttccggaaag acttcgccga
    32761 tttctgtgac ggggtgcact tcgtggagtt cggcgaggtg ctcagcatct tcttcagcat
    32821 cgtcaacgcg gagaccatcc ccgacttgca ggggctgcgg acgatcctgc gccgcacgct
    32881 caattgtctc tatcgcgccc aacaccgtga cgaggatttc cgcacctggt atgccgaact
    32941 ggtcagccgc ttcgaggcat tcctaaagaa aatttactgg ctccgggagg gtgtcaagat
    33001 gccgccgtgt gacaatggcc gtgagccggc cctgctcgat gccgtcaagc acttcccccg
    33061 cgtggccgaa ctctacacta cgcgcaaccc gaagtacgag cgcttccggg gctactatcg
    33121 taacgtctac caatggcgga acaacgagaa tcacgctgcc gccgagatac cggccgactt
    33181 gttgcctacc gccctgcatg ccgccgtggc gctctatctc tacacctcta tggtctccgc
    33241 cgaggagctt aaagacctca cataaacccg gtctaaggcg aattcaacct aagcaaacgc
    33301 gagttcgatg taagagtgga gtacccgtga ggtccggagc gtttgcgcag gctgcgcaag
    33361 atcacttgat agaaggatgc ttacatcgaa ctcacgttaa ttagagacct ctaagcagga
    33421 gagcgatgaa agaagaagat gcatgtagtc tgttcgtagt aatggtacat acacggaacc
    33481 aactattccc ctcaaaagca gaagtctcga tgtcggagta agtggactga taattaggta
    33541 gaaaggggtc gatatgcttc caattgcgtc gagcggaaaa ggcagaaaaa tgcgatctta
    33601 ggcagaagtt cagttaccaa accgttaccc tgtctggtgg taggtaacga tggtgcaaaa
    33661 gcaggtaact gagcctttct tgcacatggt tcttttgcat tgatatacag gaatctgcac
    33721 aggtaacggg cgctttggac tgggtaattt tgcccacagt tttcaaagcg tatgaatgac
    33781 atgaaaatga aggtgttgct ctacctcaaa aagagctctc tcgataggtc aggcaaggcg
    33841 ccgatcatgg ggcgcatcac gctggggcgt tccatcgcac agttcagttg caagctgttt
    33901 tgcaatcccg atttgtggaa cccacgcgaa agtcggatgg atgggaagag tcgcgaggcg
    33961 gttgaagtca atggacgatt ggac
//
LOCUS       SEQF2634|AYYE01000906.1 3877 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3877
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             180..1796
                     /gene="pyrG"
                     /locus_tag="SEQF2634_00735"
                     /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
                     TEHELNAEILRKVALFCNVSKEAVIQSVDVPTIYEVPLMLQRQRMDSIALEKLGLEVG
                     PTPELNPWKDFLDRKKRATDVVRIGLVGKYVELQDAYKSIDESLLIASIYNDRKLDLR
                     LIHSEKINDANAAELLADLDGVVIAPGFGQRGVEGKFAALRYLREHDIPTLGICLGMQ
                     CMVIEFARDVLGLEGANSTEMDPQTPYPVIDLMEDQKNVVNMGGTMRLGTYDCTLRPG
                     SHICAAYGKEHIQERHRHRFEFNNEYKDRFEAAGMQCVGENPDTGLVEAVEVSGLRWF
                     VGVQYHPEYTSTVLSPNPLFMGFIKAAINK"
     CDS             complement(1977..3524)
                     /locus_tag="SEQF2634_00736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTHEGADERNVGVPRDDGVERREVFGPEERLLTQLDSRREEPV
                     ERDQDRHLEQHRQTAAHGAGPGATVQLHRSLLTVHRLLLLGVAGVDRLHLRAQDTHLG
                     RRHVRLVRQREEHQLDDERKDEDDHTVVGEEAAEVVEDGHDEVAVDGAHPFVAQRHEL
                     VEREAVGLVAALIVGADKFVLVRADEIVEADGVGARRVEVDARHGREGLQMRRVCVGR
                     QARLEFGSREGIVGNEHRGEILVLVADPLQAVGDLFVGILRLAQFVHVVGHVFIVEGR
                     VLVLVLPTVLQLARVLRPSQVERAGRGSEDAVHAGRKDRVAQHVIVRCERVGEVHVRT
                     VACVETHGDRATVSALDRREVEVGRVDDALIGRDHRQVESRLVRAVEEHERLLVVGGV
                     FLQSGVAEAAALGADTHLHFVVLEGDKLLRTDGGASKGTICAAQALLTHGVGQADGIR
                     GRCRSEIGRGLRLVYLSQGSLFHSGHRVVVTLLCLDLLLTRAVEPDEKHQHHPDQYET
                     DHCILIH"
ORIGIN      
        1 ttgtggcggc cgatttcctg aggaaatgag ctgaaaaagt ttgtggcggc cgatttcctg
       61 aggaaatgag ctgaaaaagt ttttggcaag cgcaagtggg gagggtaggc cgcgcgtatg
      121 gggacttttt gcgttactgg cttagttttt agatccctct atctttgccc gccgttaaaa
      181 tgaaaggaat aattgtggca aatacgaagt acatttttgt gacaggcggt gtcgtttcgt
      241 cccttggtaa gggcatcgtc tcggcgtcgc tgggcaagct gctgcaggcg cgtggctacc
      301 gggtgacgat ccaaaagttc gacccttata tcaacgtaga tccggggacg ctcaacccct
      361 atgaacacgg cgagtgcttc gtcaccgtcg atgggcacga gacggacctc gacctcgggc
      421 actatgagcg tttcctcaac ctccccacca cccgcgccaa cagcatcacc acgggccgca
      481 tctaccagag cgtcatcgac aaggagcgcc gcggagacta tctgggcaag acggtgcagg
      541 tgatccctca catcacggac gagatcaagc gcaacgtcaa gctgctcggc gccaagaacc
      601 agtttgactt cgtcatcacc gagatcggtg gcacggtggg cgacatcgag tcgctgccct
      661 tcatcgagag cgtccgccag ctgcgttggg agctgggacg cgattgcctc tgcgtgcacc
      721 tgacctacgt gcctttcatc gccgccgcga aggagtacaa gacgaagccc acgcaacact
      781 ccgtcaagca gctgcaagag ctgggcgtgc agcccgatat gctcgtcctg cgcacggagc
      841 acgagctcaa tgccgagatc ctgcgtaagg tggccctctt ctgcaacgtg tcgaaagagg
      901 ccgtcatcca gtccgtcgac gtgcccacca tctacgaggt tcccctcatg ctgcaacgcc
      961 aacggatgga ctccatcgcg ctggagaagc tcggcctcga agtcggcccc acgccggagc
     1021 tgaacccgtg gaaggacttc ctcgaccgga agaagcgcgc caccgacgtg gtccgcatcg
     1081 ggctcgtggg caagtacgtc gagctgcaag acgcctacaa gtcgatcgac gaatcgctgc
     1141 tcatcgcttc catatataac gaccgcaagc tcgacctgcg gctcatccat tcggagaaga
     1201 tcaacgacgc gaatgcggcc gaactgttgg ccgatctgga cggcgtcgtc atcgctccgg
     1261 gcttcggaca acggggcgtg gagggcaaat ttgccgccct ccgttacctc cgtgagcacg
     1321 acatccccac gctcggcatc tgtctgggta tgcagtgtat ggtcatcgaa tttgcccgcg
     1381 atgtgctcgg ccttgaggga gccaactcca cggagatgga tccacagacg ccttatcccg
     1441 tgatcgacct tatggaggat cagaaaaacg tggtcaacat gggcggcacc atgcgcctcg
     1501 gcacgtacga ctgcaccctg cgccccggct cacacatctg tgcggcctat ggcaaggagc
     1561 acatccagga gcgccaccgc caccgcttcg agttcaacaa cgaatacaag gaccgcttcg
     1621 aggctgccgg tatgcagtgc gtaggcgaga accccgacac gggtctcgtc gaggccgtcg
     1681 aagtgagtgg cctgcgctgg ttcgtcggtg tgcagtatca cccggaatat accagcaccg
     1741 tgctcagtcc taacccactg ttcatgggat tcatcaaagc cgcaatcaac aaatagaggg
     1801 tagagacgag agggtagagg gtagcctctt cttctggcta cccgggtgct cacaagaagc
     1861 gcctctacca ccgcggcgca gccgctaact acccggccac aaggccgtaa ctaccgcggc
     1921 gcagccgcat aactatcgga ggcgtagcct ccataactac tcgaataaag aatatgtcaa
     1981 tggataagaa tacagtgatc ggtttcatac tgatcggggt ggtgctggtg cttttcgtct
     2041 ggttcaaccg cccgagtgag gagcagatca aggcacaaca acgttacaac gactcggtgg
     2101 cccgagtgga acaggctgcc ttggctcaga tagaccaagc gaaggccacg gccgatctcg
     2161 ctccgacaac ggccgcggat accgtcggcc tgtccgactc cgtgcgtgag gagcgcctgc
     2221 gcggcacata tggtgccttt gctcgcgccg ccgtcggtac ggaggagttt gtcaccctcg
     2281 agaacgacaa agtggaggtg cgtatcagca ccaagggcgg ccgcctctgc tacgcccgac
     2341 tgaaggaata caccacctac gacaagcagc cgctcgtgct cttcgacggc gcggacgagt
     2401 cggctctcaa cctgacgatg atcacggcca atcagcgcgt catcaacacg gccgacctct
     2461 acttcacgcc gatcaagggc gctgacggtc gctcggtcac catgcgtctc gacgcaggcg
     2521 acggtgcgca catggacttc acctactcgc tcgcaccgga cgattacatg ctgcgctaca
     2581 cgatcctttc ggccggcatg aacggcatcc tcgctccctc tacccgctcg ctcgacctga
     2641 cttggacgca gcacgcgcgc cagctggagc acggtcggaa gtacgagaac cagtacacgg
     2701 ccctctacta taaatacgtg gccgacgacg tggacaaact gagcgagacg aaggatgccg
     2761 acaaacagat ctccaaccgc ctgaagtgga tcggctacaa gaacaagtat ttcgccacgg
     2821 tgctcattgc cgacgatgcc ttcacggctt ccaaactcga gtcgcgcttg acgcccgaca
     2881 cagacacggc gcatctgaag accttcacgg ccatgacgag cgtcgacttc gacccgtctc
     2941 gccccgacac catcggcttc aactatttca tcggcccgaa caagtacaaa cttgtcggcg
     3001 cctacgataa gggccgcgac aaggccgacc gcctctcgct cgacgagctc gtgccgctgg
     3061 gctacaaatg ggtgcgcccc atcaaccgct acttcatcgt gcccatcttc gactacctcg
     3121 gccgcttcct caccaactac ggtgtgatca tcctcatcct tacgctcatc gtcaagctgg
     3181 tgctcttccc gctgacgtac aagtcgtaca tgtcgacggc caagatgcgt gtcttgcgcc
     3241 cgcaggtgga ggcgatcaac gcccgctacc ccaagcaaga gcaggcgatg gaccgtcaga
     3301 aggctacgat ggagctgtac agtcgcgccg gggccagccc catgagcggc tgtttgccga
     3361 tgctgctcca gatgcctatc ctgatcgcgc tctactggct cttcccgacg gctatcgagc
     3421 tgcgtcagca gtcgttcctc tgggccaaag acctctcgac gttcgacgcc gtcatctcgt
     3481 gggacgccaa cattccgctc atcagctcct tcatgggtaa ccacatcagc ctcttctgtc
     3541 tgctgatgac gatcgtcaac gtggtctact ccaagatcaa catgaacatg agcaacaccg
     3601 gtcagcaaca gatgcccggc atggccatga tgacgtacat gatgcccgtg atgttcttct
     3661 tcatcttcaa ccagaacgcc gcgggtctga gctactactt ccttgtctcc acgcttatca
     3721 ccatcctaca gacggcctcg ttccgctact tcatcaacga agacaagctg ctggccaaac
     3781 tcgaggcgaa caagaagaag cctcgcaagg gcaacagctt catggagcgc atggccgaga
     3841 tgcagaagaa gcaacaagcc gagttggagc gtcagca
//
LOCUS       SEQF2634|AYYE01000907.125059 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25059
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             109..351
                     /gene="xerC_3"
                     /locus_tag="SEQF2634_00737"
                     /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="MNNKLSTVGLACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKM
                     MGHASISSTQIYAQVTDKKISEDMDKLIRKQQAASA"
     CDS             530..787
                     /locus_tag="SEQF2634_00738"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKSFKTNQPIFRIPTSDFRLGSISCVIKDGQTEEQKVPWSVRF
                     HVWMNGDSSKIPHPSIAPFSFGEALVRMSHFGGQMFSWDDS"
     CDS             complement(1015..1239)
                     /locus_tag="SEQF2634_00739"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCERLKLSTRMLQDFRSGGISGYAKARAVYISDEIRQRLDFVVR
                     QIDLRGSSISGNIERALREHLDQHKDYIEL"
     misc_RNA        1633..1848
                     /locus_tag="SEQF2634_00740"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(1983..2246)
                     /locus_tag="SEQF2634_00741"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSSRVIINSEFLVQLKNHYISISLSSHNQNNSVHQDIIRDVAL
                     LIPEKWRSDLGMRIPSVCLLRKHIFPTVRMHRILLSSLSSAPI"
     CDS             2263..3684
                     /gene="abfD"
                     /locus_tag="SEQF2634_00742"
                     /EC_number="4.2.1.120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55792"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxybutyryl-CoA
                     dehydratase/vinylacetyl-CoA-Delta-isomerase"
                     /translation="MKLNVYYMGEKIENPVDHPMIRPSMNSVALTYELAEQDEYRDLM
                     TATSNLTGKTINRFTHLHQSTDDLVKKIKMQRLMGQKTASCFQRCVGLDAFNAIYATT
                     YEIDAAHGTDYHRRFVEYMKQVQEGDLVVDGAMTDPKGDRSLAPSQQEDPDMYVHVVD
                     VRPDGIVVRGAKAHQTGAVNSHEHLIMPTIALKEADKAYAVSFAVPGDAEGVIMVYGR
                     QSCDTRKMEDGADIDVGNSQYGGHEALVIFDDVFVPNERVFMCGEYEFAGTLVERFAG
                     YHRQSYACKTGVGDVLIGAAALAADYNGVPKASHIKDKLIEMIHLNETLWCCAVACSA
                     MGRAMPAGNFMVDLLLANVNKQNVTRFPYEIARLAEDIAGGLMVTMPAEQDLRHKEIG
                     PYVRKYLQGAVGKDTENRMRVLRLIENITLGTAAVGYRTESMHGAGSPQAQRIMISRQ
                     GNLNAKKELAKRIAKIDESKDRK"
     CDS             3687..3998
                     /gene="nfuA"
                     /locus_tag="SEQF2634_00743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01637"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe/S biogenesis protein NfuA"
                     /translation="MSDVDTLKERVERVIEEKVRPALRFHGGDIRLVEVTGKDVKVRL
                     LGACCFCPSAQSTMEDVVTGSLREELGDEIGRVILWNAISDELLDFARDFFKRKQAQS
                     Q"
     CDS             4008..5309
                     /gene="cat1_2"
                     /locus_tag="SEQF2634_00744"
                     /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="MTMNRERPLTEKTVTADEAIRAIKSGDHVVFSHAAGAPQEIHRA
                     LVRHKEDYSGVEIFHLICLGSGDYMAPEMEGHFRHCAAFVGANSRRAVAEDRADFIPC
                     FFFEVPGFFRRKLWPVDVAVIHVSPPDLMGNCSFGVSCDYTKPAAEAARIVIAEMNDQ
                     MPYIGGDNFIHVSQIDYIVPCSNPLPEVPPAKTGAVEEAIGRYCAELVEDGSTLQLGI
                     GAIPDAVLKCLSDKKDLGLHTEMFADGAIDLIERGVINGSRKTLHPGKHVATFLMGSR
                     RFYDFVNNNPDVEMRPVDYVNNPCVIMKNEKMVSINSCIEVDLMGQVTSECIGQTQFS
                     GTGGQVDYVRGAALADDGKSILAMPSTAAKGTISRIMPYLSHGAAVTTPRDDVDYIVT
                     EYGIAHLKGKTLKERARLLINIAHPYFRDNLEEEFRKRFKK"
     CDS             5436..6554
                     /gene="adh1"
                     /locus_tag="SEQF2634_00745"
                     /EC_number="1.1.1.192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A4IP64"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-alcohol dehydrogenase 1"
                     /translation="MQLFKLRSRLHEFARFADFADEFRLNERDLVITNVFLYDPFMKP
                     LGLKCHFVMQEQYGQGEPSDEMMNAILRDVKPLSFDRVIAIGGGTVIDISKLFVLKGV
                     DNVVDAFERKIPLVKDKQLIILPTTCGTGSEVTNISIAEIKSKQTKMGLADDVLFADE
                     AVLIPELLQGLPYRFYVASSIDALIHAMESYLSPKANPYTQLYSSAAIKIIIDVFSMI
                     AKQGESSRFECLGDMLTASNYAGIAFGNAGVGAVHALSYPLGGTYHVPHGEANYQFFT
                     EIFKLYQLKAPHGKIEELNRILSESLQSNGWGGVYDQLDELLSHLLKKKPLREYGMKE
                     ADIEGFTQNVIKTQQRLLANNYVALSEDEIRDIYRKLY"
     CDS             6866..8224
                     /gene="sucD"
                     /locus_tag="SEQF2634_00746"
                     /EC_number="1.2.1.76"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38947"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinate-semialdehyde dehydrogenase
                     (acetylating)"
                     /translation="MEIKEMIARAEKAQQEYEERFNQDAVDEVVKAATKVIYDNAEKL
                     ARLAVDETKMGVYEHKVAKNRNKAKGIWLNLQGEKSMGVLDIDDRTGLIKIAKPVGIV
                     AGITPMTNPIVTPMANIAFALKTKNAIIIAPHPQARHCSTLTVNMINEALAKYHVPEG
                     LVQVIEEPSIQKTQELMSHVDVVVATGGMQMVHSAYSSGKPSFGVGAGNVQVILDRNI
                     DYDEAADKIITGRAFDNGIICSGEQCFLYYQKDKEKIFGAFRKHGAYFVPEADRDRVI
                     NAIFKDGAICRDIVGQSVATIARKAGITVPEGTRILVVEAHGIGREDLICKEKMCPVM
                     TCHSYHYFEEALDYAKTNLFMEGSGHTAGIHSNNQANIIKAGMEISVSRLIVNASCSI
                     TAGGSIQNGLSVTTTLGCGTWGNNSISENFTYKHLLNITRIAQLSPHIQMPSDEEIWQ
                     MK"
     CDS             8248..9387
                     /gene="bcd"
                     /locus_tag="SEQF2634_00747"
                     /EC_number="1.3.8.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52042"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-CoA dehydrogenase, short-chain specific"
                     /translation="MDFNLTKQEELFLKMIREFAEKEVEPLAAEIDDRERFPIETVEK
                     MGRIGLMGIPFPTKYGGAGATNQIYSMAVEELSRVCATTGVVVSAHTSLCTAPIFEFG
                     TEEQRMKYLPKLCSGEWIGAFGLTEPNAGTDAAAQQTTAVLEGDHYILNGNKIFITNA
                     EYGHVYIIFAMTDKSLGTKGISAFIVEKDMPGFQVGKKELKMGIRGSATCELIFEDCI
                     VPKENLLGRIGDGFRIAMKTLDGGRIGIASQALGIARGALQETVKYVKERKQFGRSIS
                     QFQNTQFQLADLSVEVEAAALLVRHAAWMKDNGIPYSAAAARAKLYASETAMVVTRKA
                     VQFHGGYGYTREYPIERMMRDAKITEIYEGTSEVQRMVIASSLLK"
     CDS             9414..10199
                     /gene="carD_1"
                     /locus_tag="SEQF2634_00748"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /translation="MNIIVCIKQVPDTTEIKLDPVKGTLIREGVPSIMNPDDKGGLEL
                     ALRLKDQHGATVTVVTMGPPQSEAILREAFAMGADKAILLSDRKFGGADTWATSYTLS
                     AALRKLDYDLIITGRQAIDGDTAQVGPQIAEQLDLPQVSYVESVALQSDGRTLHVRKA
                     TEEGYQRLEAPLPCLLTVLASANKPRYMSVRGIMETFDREIECLGLADVDVDETKIGL
                     KGSPTRVMKSFTKGAKAKGQLYEVDAEEAADIIVQKLKEKFII"
     CDS             10214..11230
                     /gene="carE_1"
                     /locus_tag="SEQF2634_00749"
                     /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="MNKEEYKGVCVFAEQREGTIQPIAFELLGKARELADVLGEDVLA
                     VLCGQHLDEAARELIAAGADRVLYLDHAELDDYLTEPYAQALTQVIHKRKPSIVLIGA
                     TTIGRDLGPRVSARVTTGLTADCTGLEISTDGERNLMMTRPAFGGNLMATILCKEHRP
                     QMSTVRPGVMRQKPRDYTRSGEVERMTIHFDRSKFRIKLLEKVSVERAMVDISEAHVL
                     VSGGRGVGTHEGFGMLTKLAETIGAEVSSSRAMVDAGVIGHERQVGQTGKTVRPDVYF
                     AFGISGAIQHLAGMEESDYIIAVNKDKFAPIFSVADLGLVGDLHKIVPALTRKLANRK
                     PTES"
     CDS             complement(11253..11426)
                     /locus_tag="SEQF2634_00750"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRDLRNLRKRPGKCRETQRNPRKRPGKSLEIKKGRERMVPDLF
                     TNGNFRRYDPHNA"
     CDS             12029..14164
                     /gene="nrdD"
                     /locus_tag="SEQF2634_00751"
                     /EC_number="1.17.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28903"
                     /codon_start=1
                     /transl_table=11
                     /product="Anaerobic ribonucleoside-triphosphate reductase"
                     /translation="METYITKRNGKKVLFSIDKIKNAVRKAFLSVGCFPTEDDLTSIL
                     GHVQITNGMSVEDIQNQVETALMSERYYRVAKSYILYRQKHLEDREVRDKLTFLMNYC
                     DAKNAATGSKFDANANVEHKNIATLIGELPKQNFIRLNRRLLTDRLKEMYGKELSDKY
                     LSLLNHHFIYKNDETSLANYCASITMYPWLIGGTKSIDGNSTAPTNLKSFCGGFVNMV
                     FIVSSMLSGACATPEFLMYMDYFVRREYGDDYYRNVHRDADLSLKRRSIDKVITDCFE
                     QVVYSINQPTGARNFQAVFWNISYYDRYYFDSLFGEFIFPDGTRPQWESLDWLQRRFM
                     TWFNRERTKTVLTFPVETMALLSENGDIRDKDYADFTAQMYAEGHSFFTYVSDNADSL
                     SSCCRLRNEIQDNGFSYTLGAGGVSTGSKSVLTINLNRCIQHASRENIPYMTFLEDVI
                     DLVHKVQLGYNENLKMLHAKGMLPLFDAGYINMSRQYLTIGVNGLVEAAEYLGIEISD
                     NPQYAAFAGSVLGLIERYNKQYRTKDVMFNCEMIPAENVGVKHAKWDREDGYIVPRDC
                     YNSYFYIVEDDSLNLIDKFRLHGRQYIEHLTGGSALHANLSEHLSQVQYRQLLRVAAI
                     EGCNYFTFNIPNTLCRDCGHIDKRYLKACPECHSANVDYLTRVIGYMKRVSNFSLGRQ
                     KEASKRYYEAADAGVETEAELAESEMSLC"
     CDS             14158..14601
                     /locus_tag="SEQF2634_00752"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKYVSYDVVFREIPDETTLALNISGCPHRCSGCHSPWLQSDVG
                     QPLTDSELSALLDHYGATITCVCFMGGDGEPDEVARLATLIRRTTSLKVGWYSGRVAL
                     PPNFPLHLFHYIKLGPYIDRLGPLFSPTTNQRLYRITAEGAMVAF"
     CDS             15415..15819
                     /locus_tag="SEQF2634_00753"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERHPNTEDKKPNKTTFIKVRCTADEKERIRSRATNAGRKYSDY
                     CREMLLSGSVIAVPPMGDNEREALAILRQTALFYAHISNLIKVKDASWVDATKALATH
                     AKIAFKRFFSPQYRVNEEVFKRLNIEDHDRKV"
     CDS             15803..16786
                     /locus_tag="SEQF2634_00754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYVFREGKLGRILALHNLCGEMPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPKDEPRMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGKVYDTSFVSNRAARVAEKLSHKYGLTIANEVRSPRPHRK
                     AQADPARERTKQQVRNICYALLEKHKGKGLSGHSMFLYELHRSGVTIDRMKNKQGKVY
                     GLKFTYDGHSFKASEIGREFGFRTLPKQFESDNTLNPIIPSSHSSMRSTNDSTPTAQV
                     ASSALDTAESLLSEVGEVTILQTHGTDYAEIAWQRRLRNQAMKKKKRGRGI"
     CDS             17549..18628
                     /gene="algA"
                     /locus_tag="SEQF2634_00755"
                     /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
                     DRFAKIIPKEHIYIVTNRRYVGMVHEQLPFLADDQILAEPARRNTAPCIAYASYRIKA
                     RCPQANIVVAPSDHLILKENEFLDDVRKSLDFVAKHRALVTLGVKPSRPETGYGYIQS
                     SDERQGDFVKVKTFTEKPNRELAQVFMDSGEFFWNSGLFVWNVDTILEAIRRHLPDIS
                     ARFDIGPEKFNTPAEAAFIEEHFPFCPSISIDYGVMEKADNVYMRCVDFGWADLGTWG
                     SIFDIAPRDEANNAVLKTRAMLYESEDNIVAIEDRNRLAVIQGLKDYIVVESGNVLLI
                     CRKTDEQRIKQYMADAQIRYGDEFN"
     CDS             18681..19913
                     /gene="spmA"
                     /locus_tag="SEQF2634_00756"
                     /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             19913..20377
                     /gene="ybeY_2"
                     /locus_tag="SEQF2634_00757"
                     /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
                     VIIHGILHLCGIDDKAPGAREIMERHENEALALFRKMTDREPKKPKEPKESK"
     CDS             complement(20440..21384)
                     /gene="virF_1"
                     /locus_tag="SEQF2634_00758"
                     /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="MIKTNKRENDMTDKKEIITYSLSDLKQLGQLFNNEPECMDNDVI
                     IFRDTDVDALREHRLFAYPCRIDAGIFVFCESGTMSVSINLKTYQLTRGIALFVLLGN
                     IIQVHYADHFKVRGMLVSSEFMYDTLIASKLATPLRMQLQADCCILFTDEQIRELDEY
                     YALFFRTLTCPEAPFMTETFRCLIAAAIYRIGAIFFSKVKTGSNRPTNNRREALFERF
                     MQLLEEHHVSERNVAFYADHLFLTPKHVSKVILEVSGKTPTQWIDEYVVLEAKSLLKY
                     SNLTIQEIADYLNFSTQSVFGKYFKHKTGLSPREYKES"
     CDS             21889..22932
                     /gene="ttgD"
                     /locus_tag="SEQF2634_00759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KWV5"
                     /codon_start=1
                     /transl_table=11
                     /product="Toluene efflux pump periplasmic linker protein
                     TtgD"
                     /translation="MKKREMKKAVGMLAATLAVWTAVSCGERETTRTVTPVKVETVTV
                     GESSTAADYHYVGVVEEDRSAALSFATVGTIRQIMVEEGQRVAQGQLLATLDRGSAQS
                     TFDAAAASLHQAEDAYARMKQLYDKKSLPEMQMVEVETRLQQARSMYELSKKNMNDCA
                     LHAPFAGVVGRRTAEVGENASPGVPVLTLLEISRVKVRISIPENEIARLDAGTSAVIT
                     VSALGGKSFEGRGVEKSSAADAVTHTYDARITLPNPRGELLPGMVCDVVPTLSDSLRS
                     GRITLPARAIQQAGDGSRFVWKVVGDAVTRCPVTTGEWSGSEVVITGGLEMGDKIVKD
                     GFQRVSEGSKITE"
     CDS             complement(23879..24169)
                     /locus_tag="SEQF2634_00760"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIELSTIMPKTTIKAASVTMLSGMPKRYIRPTEMNVLTGMVT
                     AATKADRKGKRIIITTIITTMASARLIKKSFTDSPTTLAWSAMRLTVTSVGR"
     CDS             complement(24176..24295)
                     /locus_tag="SEQF2634_00761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKKMTHTQTVPRSIDMKYFLALSMAEYQREWPCPRNSK"
ORIGIN      
        1 ccgttacatc cgatcgcgga ggagatcctt agcagatgcc gagaggaaca aacggtgaaa
       61 gagaaaggcg acgaccttgt cttcccacgt ggttgcagtc gcagtacgat gaataacaaa
      121 ctaagcaccg tggggctggc atgtggcatc agacaacgcc tctctttcca catggctcgt
      181 catacgttcg gaacgttgtc actcagtgcc ggcatcccga tagagagcat cgccaagatg
      241 atgggacatg cctccatctc cagcacgcag atctatgcac aggtgacgga caaaaagatc
      301 tcggaagaca tggacaagct gatccggaag caacaagcgg cttcagcatg atctccgcac
      361 ggctgttcca acgcgaggcg gtatgctttt ctctttcatc gaatagatct tactacatga
      421 ctacaacagg gtataaagcg atgaaagaag agggggtggt gtgtagtcaa gaaatcatgc
      481 cttctactac ctcatgttgt gccgtatctc ttctcgaaag agatttgcaa tgttgaaatc
      541 gttcaagaca aatcagccga ttttccgaat cccgacctcg gacttccggc tgggcagtat
      601 ttcgtgtgta atcaaagacg ggcagaccga agagcagaaa gtcccttggt ctgtccgatt
      661 tcatgtatgg atgaacggcg actccagtaa aatacctcac ccttctatcg ctccttttag
      721 cttcggggaa gctttggtgc gtatgtctca tttcgggggg cagatgtttt cttgggacga
      781 ttcatagggt tagtttttcg tataggatca ggtaatgact ttggagccga accgccgcgg
      841 aggccgctcc gggggcaagg cgttttgtag cacaaaacgg tttttgtggc acaaaaacac
      901 accttgccgg gccccgggat gagccttaat ccgtaccctg aatacttgta ctcaacatat
      961 gcaagtgttt ggaaaggcat tgcacgttaa gcgtgcatgt gttcagagct tccgtcatag
     1021 ttcgatgtag tccttgtgct ggtcgagatg ctcccgaagc gcgcgctcga tattgcccga
     1081 gatgctggag cctcgtagat cgatctggcg gacaacgaag tccagtctct gccggatctc
     1141 gtcagaaatg tagaccgctc tggctttggc atagccgcta atgccgccgc tgcggaagtc
     1201 ctgcagcata cgggtgctga gtttgagtcg ttcgcacacc tcctcgccga taaggttttc
     1261 cccttacgcg tgagatatgc ctctctatga gtctagagtg aataagaatc aggaaggaag
     1321 acgctggaaa caggcgggct taatcgtgag gaattcccca gcagacggcc tgccaacatc
     1381 accagagtgt cctatagctc tggcaggcgg cctgccagcg tgagtgtctt gcccctgcct
     1441 agtttttgcg tgaacgttac tgtttccaac ctcccaaaga tgtgcaaagt ctaagcccga
     1501 tgcaaatgtc ccctcaatag gggaaggaaa aattcaaatg agaagcatct gggaatcaac
     1561 ctcttgtgtt ttatacacaa aagattgcag aaaaatttct ctatttcctt ggttgtattt
     1621 cggatttcgt tttacgtttg cggccgagtt ggtgatccga tcgccaatgt tcggaaggat
     1681 cggattgaaa agggaacccg gtgcgaatcc gggactgcgt cctcagctgt aagttcttag
     1741 caaagtgatt ccgcatccgc aagtgtcact ttttcatgta atgaaaaggg aagaccccgc
     1801 gggatcaaag aacaagtcag aagacctgcc acctcaggca tgattttttg ttcggggaaa
     1861 tgcgaacaga gaatttgaca tagtagcgtt tcaaagacat tcaaacgaag acgggctgag
     1921 taccgctctc ttgcgtcgta cgcatcacgg gaaagatgcg gcatgccttt ttcgatctgc
     1981 ccttatatag gcgcagacga gaggctagag aggaggatgc ggtgcatcct gactgtaggg
     2041 aaaatatgct tgcgcagcaa gcatacggaa ggtatgcgca tacctaaatc actgcgccat
     2101 ttctcaggaa tgaggagtgc gacgtctcgt ataatgtctt gatggacaga gttgttttga
     2161 ttgtgacttg ataaagaaat tgagatatag tggtttttga gttgtactaa aaattcagag
     2221 tttatgatga cacgagatga gtacattgcg agccttcgca aaatgaaatt gaacgtctac
     2281 tacatgggtg agaaaatcga gaacccagtg gatcatccca tgatccgccc gtccatgaat
     2341 tcagtagcct tgacttatga actggcagaa caggacgaat acagagacct gatgactgca
     2401 acctccaacc ttactgggaa aacgatcaat cgctttacgc acttgcacca aagcaccgat
     2461 gatttggtga agaagatcaa gatgcaacgc ctgatgggac agaaaacggc ctcatgtttc
     2521 cagcgttgcg tagggttaga cgctttcaac gcgatttacg ccacgactta cgagatcgat
     2581 gccgctcatg gcacggatta tcatcggcga ttcgtggaat acatgaaaca ggtacaggaa
     2641 ggcgaccttg tagtggacgg tgccatgacc gatcccaagg gagaccgctc tctggccccc
     2701 tcacaacagg aagatccgga catgtatgta cacgtggtgg atgtacgccc ggatggtatc
     2761 gtagtccgtg gagccaaggc gcaccaaacg ggggcagtca actcgcatga gcatttgatc
     2821 atgccgacta ttgctttgaa ggaagcggat aaggcttatg ccgtatcgtt tgctgtcccg
     2881 ggtgatgccg aaggggtgat catggtctat ggacgccagt cgtgcgacac gcgcaagatg
     2941 gaggatggag ccgatattga tgtcggtaac tcgcaatatg gtggccacga ggcgctcgtc
     3001 atcttcgacg atgtcttcgt acccaacgag cgcgtcttta tgtgtggcga atatgaattc
     3061 gcgggcacgt tagtggagcg tttcgcaggc tatcacaggc agtcgtatgc ctgcaagacg
     3121 ggtgtgggcg atgtgttgat cggggcggca gccttggcgg ccgattataa cggtgtgcca
     3181 aaagcgagcc atatcaaaga caaactgatc gagatgattc atctgaatga gacactatgg
     3241 tgttgcgccg tagcctgctc ggcaatggga cgcgcgatgc ccgcggggaa ctttatggtg
     3301 gacttgctgt tggcgaatgt gaataagcaa aacgttacac ggttcccgta cgagatcgct
     3361 cggttagctg aagatatcgc gggtggattg atggtgacga tgccggcgga gcaggatttg
     3421 cgccacaaag aaatcggccc atacgtccgc aaatatttgc agggagccgt gggtaaagac
     3481 acggaaaacc gtatgcgtgt gctccgcctc attgagaaca tcacacttgg gacggctgcc
     3541 gtgggctacc gcaccgagtc aatgcatggt gcgggatcgc cgcaggcaca gcgcatcatg
     3601 atctctcgac agggtaatct gaacgcgaaa aaggaactgg cgaaacggat cgccaagatc
     3661 gacgaaagca aagaccgtaa atagcgatgt cagacgtcga tacgttgaaa gaaagagtcg
     3721 aacgggtgat cgaggagaag gttcgtcctg cacttcgttt ccacggtggc gatattagac
     3781 tcgttgaagt gacagggaag gatgtaaaag ttcgtctatt gggtgcttgc tgtttctgcc
     3841 cttctgcaca atccacgatg gaggatgtcg taaccggatc gctcagggaa gaattaggtg
     3901 acgagattgg tcgcgtgatt ctttggaatg caataagcga cgagctactc gatttcgccc
     3961 gcgacttttt caaacgcaaa caggcacaaa gtcaatagat ataacgtatg accatgaaca
     4021 gagaaagacc attgaccgaa aagaccgtca cggcggacga agccattcga gccataaaga
     4081 gcggcgacca cgttgtcttt tcgcacgctg ccggtgcgcc gcaggagatc caccgcgcgc
     4141 tggtgagaca caaagaggat tattcgggcg tagagatttt ccatctcatc tgcctcggca
     4201 gtggggacta tatggctccg gagatggagg ggcactttcg ccattgtgcc gccttcgtag
     4261 gggccaattc gcgtcgcgct gtggccgaag atcgggccga cttcatccct tgcttcttct
     4321 ttgaagtgcc gggattcttc cgccgcaaac tgtggccggt agacgtggct gtgatccatg
     4381 tttccccgcc ggacttgatg ggtaattgca gcttcggcgt gtcgtgcgac tacacgaagc
     4441 ctgcggctga ggctgcgcgc atcgtcattg ccgagatgaa cgaccaaatg ccgtacatcg
     4501 gtggagacaa cttcatccac gtgtcgcaga tcgactacat cgtgccctgc tccaacccgc
     4561 tgccggaggt tcctccggcc aagaccggag ctgtggagga agctatcggc cgatactgcg
     4621 ccgaattggt ggaggacgga tcgactttgc aactcggcat cggcgccata cccgacgctg
     4681 tgctgaaatg cctatccgac aaaaaagacc tagggctgca caccgaaatg tttgccgatg
     4741 gcgctatcga tcttatcgag cgaggtgtga tcaatggcag ccggaagaca ctccacccgg
     4801 gtaagcatgt ggcgaccttc ctcatgggca gtcgtcggtt ctacgacttt gtaaacaaca
     4861 atccagacgt cgaaatgcgg ccagtagact acgtcaacaa cccctgtgtg atcatgaaaa
     4921 atgagaagat ggtaagcatc aactcctgca tcgaggtcga cctgatgggc caagtgacgt
     4981 cagaatgcat cgggcagacg cagttcagcg gcacgggcgg acaggtggac tacgtgcgtg
     5041 gagcggctct cgccgacgat ggcaagtcga ttttagccat gccttcgacc gcagccaagg
     5101 gaactatctc acgtatcatg ccctacctct ctcacggagc ggctgtaacg accccacgtg
     5161 atgacgtgga ctacatcgtg accgaatatg gcattgctca cctcaaaggc aagacgctaa
     5221 aagagcgtgc cagactcttg atcaatattg cccaccccta cttcagggac aacttagagg
     5281 aggagtttcg gaagcgattc aagaaataag gtaacgggct gacacggccc ctctcccccc
     5341 gaaaaaacat tgataaaaag agcacacgga cggacaccga agttccgccc cagcatccaa
     5401 cttaccctaa aactacattt tactacctat ttattatgca attgttcaaa ctgagaagca
     5461 gactgcatga gtttgcacgg ttcgccgact ttgccgacga gttccggttg aatgaaagag
     5521 acttggtcat caccaacgtc ttcttgtatg atccgtttat gaagccgctc ggcctgaaat
     5581 gccacttcgt catgcaggag cagtatggcc agggcgagcc ctcggacgag atgatgaatg
     5641 ccatcctgcg cgacgtaaaa ccgctgtcct tcgaccgcgt tattgccatc ggcggcggca
     5701 cagtgatcga catctcgaaa ctttttgtgt tgaagggagt ggacaatgtg gtcgacgcct
     5761 tcgagcgcaa gatcccgtta gtgaaggata agcagctcat catcctgccc acgacgtgcg
     5821 gcacagggag cgaagtgacc aacatttcga tcgccgaaat caagtcgaag cagacaaaga
     5881 tgggtctggc tgacgatgtg ctttttgctg acgaagccgt gctgatcccc gagttgttgc
     5941 aggggctgcc ataccgtttc tatgtggcga gctccatcga cgcgctgatc cacgccatgg
     6001 agtcgtacct ctcgcccaag gccaacccct acacacagct ctacagcagc gccgcgatca
     6061 agatcattat cgacgtcttt tccatgatcg ctaagcaggg cgagtcgagc cgtttcgaat
     6121 gcttgggcga catgttgacg gcgagcaact acgccggcat cgcctttggc aacgccgggg
     6181 ttggcgccgt gcacgccctg tcgtatccgc ttggcgggac gtaccacgtg ccccacggcg
     6241 aggccaacta tcagttcttt accgagatct tcaagctcta ccagctcaag gccccccacg
     6301 gaaagatcga ggagctcaac cgcatcctct ccgaatcgct ccaatccaac ggttggggcg
     6361 gggtatacga tcagctggac gagctgctgt ctcatctact caagaagaaa cccctccggg
     6421 agtacggcat gaaggaggca gacatcgaag gctttacaca aaacgtgatc aaaacgcagc
     6481 agcgcttgct ggcgaacaat tacgtggcgc tgtcggaaga cgagatccgc gatatctacc
     6541 gcaaactgta ttgatggctg cttgcaacgg cgtttcaaaa cgccaaaaac ggagataata
     6601 acgcttgcgg aacttccgca aatgcctcaa cgaagaattt gatgcttgcg gaacttccgc
     6661 aaatgcctca acgaagaatt tgatgcttgc ggagcttccg caaacacccc aacgaagaat
     6721 ttgatgcttg cggaacttcc gcaaacaccc caacgaagaa tttgacgctt gcggaacttc
     6781 cgcaaatgcc ccaacgaaga atttgacgct tgcggaactt ccgcaaagcc ccccagaaga
     6841 aatcacacta cacacccaaa cagagatgga aatcaaagaa atgatcgctc gcgcagagaa
     6901 ggcgcagcaa gagtacgagg agcgtttcaa tcaggacgct gtcgatgagg tcgtcaaagc
     6961 cgcgaccaag gtgatttatg acaacgccga gaagctggcg cgtctggctg tggacgaaac
     7021 caagatgggc gtctacgagc ataaggtggc caagaatcgc aacaaggcga aaggcatctg
     7081 gctgaacttg caaggcgaaa agtcgatggg cgtgctcgac atcgacgacc gcacagggct
     7141 catcaagatc gccaagcccg taggtatcgt ggccggcatc acgccgatga cgaaccccat
     7201 cgtcaccccg atggccaaca tcgcctttgc gctgaagacg aagaacgcca tcatcatcgc
     7261 tccgcacccc caggcccgcc attgctccac gctcaccgtg aacatgatca acgaggcgct
     7321 ggctaaatac cacgtgcccg agggactggt gcaggtgatc gaggaaccgt cgatacagaa
     7381 gacacaggag cttatgtcgc acgtcgatgt ggtcgtggct acgggcggca tgcaaatggt
     7441 gcactcggcc tactcctccg gcaagccctc cttcggcgtg ggggccggca acgtgcaggt
     7501 catcctcgac cgcaacatcg attacgacga agccgccgac aagatcatca ccggccgcgc
     7561 ctttgacaac ggcatcatct gctccggcga gcagtgcttc ctttattatc agaaagacaa
     7621 ggaaaagatc ttcggcgcct tccgcaagca tggtgcctac ttcgtgcccg aggcggatcg
     7681 cgatcgggtg atcaacgcca tcttcaagga cggcgccatc tgtcgcgaca tcgtcggcca
     7741 gagcgtggcg accatcgccc gaaaagccgg catcaccgtg cccgaaggca cacgcatcct
     7801 cgtcgtcgag gcgcacggca tcggtcggga agacctcatc tgcaaggaaa agatgtgtcc
     7861 cgtcatgacc tgtcactcct atcattattt cgaggaagcc ctcgattatg ccaaaacgaa
     7921 cctcttcatg gagggcagtg gccacaccgc cggcatccac tccaacaatc aagcgaacat
     7981 catcaaggcc ggcatggaga tctccgtctc ccgactgatc gtgaacgcct cctgctccat
     8041 cacggccggc ggctccatcc agaatggcct ctccgtgacc accacgctcg gctgcggcac
     8101 atggggcaac aactccatct ccgagaactt cacctacaag cacctgctga acatcacccg
     8161 catcgcccag ctctcaccgc acatccaaat gccgagcgac gaggaaatct ggcagatgaa
     8221 ataacccccg cacattttga tcacaacatg gatttcaatc tgaccaaaca ggaagaactc
     8281 ttcctgaaga tgatccgcga gtttgcggag aaagaggtgg aacccctggc cgccgagatc
     8341 gacgatcgag aacgcttccc gatcgaaacc gtcgaaaaga tgggacgcat cggcctcatg
     8401 ggcatcccct tccccacaaa atacggtggg gctggcgcca caaaccagat ctactcgatg
     8461 gccgtcgaag agctctcacg cgtatgcgct accacgggcg tagtcgtctc tgcgcatact
     8521 tcgctctgca ccgcccccat ctttgagttc ggcaccgaag agcaacgcat gaagtatctg
     8581 cccaagctct gctccggcga gtggatcggc gccttcgggc tgaccgaacc aaacgcaggc
     8641 accgatgctg cggcgcagca gactacggcc gtgctcgaag gggatcatta catcctcaat
     8701 ggcaacaaga tcttcattac caatgccgag tacggacacg tctacatcat tttcgccatg
     8761 accgacaaat cgctcggcac gaagggcatc tcggccttca tcgtggagaa agacatgccc
     8821 ggatttcagg tggggaagaa ggaactgaag atgggtatcc gcggatcagc cacctgcgaa
     8881 ctgatctttg aggattgcat cgtgccgaaa gagaaccttc tcggacgcat cggcgacggc
     8941 ttccgtatcg ccatgaagac gctcgatggc ggacgcatcg gcatcgcctc gcaggcactc
     9001 ggcatcgccc gcggcgcact ccaagagaca gtgaaatacg tcaaggagcg caagcagttc
     9061 ggacgctcca tcagccaatt ccagaacaca cagtttcagc tggccgacct cagcgtagag
     9121 gtagaggcag ccgccctcct tgtgcgccac gccgcgtgga tgaaggataa cggcatccca
     9181 tactccgccg ctgccgcacg cgccaagcta tatgcctccg agacggcgat ggtagtcacc
     9241 cgcaaggccg tccagtttca cggcggatac ggctacacac gcgaatatcc catcgagcgc
     9301 atgatgcgcg acgccaagat cacggagatc tacgaaggga catctgaggt gcaacgtatg
     9361 gtcatcgcgt cgagtttatt gaagtaaccc ctatgcatta actgagaaga gacatgaaca
     9421 tcatcgtttg catcaaacaa gttcccgaca cgacggaaat taagttagac cccgtcaagg
     9481 gcaccctcat ccgcgaaggc gtacccagca tcatgaaccc cgacgataaa ggcggactgg
     9541 aactggcgct gcgtctcaag gatcagcacg gcgccacagt gacggtcgtc acgatgggtc
     9601 caccgcagtc cgaagccatc ctgcgcgaag ccttcgccat gggcgccgat aaggccatcc
     9661 tgctgagcga tcgcaaattc ggcggagccg atacctgggc cacctcctat acgctgtctg
     9721 ctgcgctgcg taaactcgac tacgatctga tcatcaccgg gcgtcaagcc atcgacggag
     9781 acacggcgca ggtggggccg cagatagccg aacaactcga cctgccgcaa gtatcctatg
     9841 tggaatcggt cgctttgcaa agcgacggcc gcaccctgca tgtgcgcaaa gccacagagg
     9901 aaggctatca acggctcgag gcgccgctgc cctgtttgct cactgtgctg gcttcggcca
     9961 acaagccccg ctacatgtcg gtccgcggca tcatggagac gttcgaccgc gaaatagaat
    10021 gcctcggctt ggccgacgtg gacgtagatg agaccaagat cgggctcaag ggatcgccca
    10081 cacgcgtaat gaaatccttt accaaaggag ccaaagccaa ggggcaactg tatgaagtgg
    10141 atgccgaaga agcggccgac attattgtgc agaaactgaa agagaaattc atcatctgaa
    10201 caaccgagaa acaatgaata aagaagaata taaaggggtc tgcgtctttg ctgaacaacg
    10261 ggaagggacg attcagccca tcgcttttga actgctcggg aaagcgcgtg aactggccga
    10321 tgtgctcggc gaggatgtct tggccgtcct ctgtgggcag caccttgacg aggccgcccg
    10381 agaactgatc gccgctggcg ccgaccgtgt gctttacttg gatcacgccg aattagacga
    10441 ctacctgacc gagccttatg cgcaggcgct cacgcaagtg atccacaagc gtaagccctc
    10501 catcgtcctg atcggagcca ccactattgg tcgcgaccta gggccacgtg tgtctgcgcg
    10561 ggtgacaacc ggactcacgg cagactgtac agggcttgaa atatcaactg acggggagcg
    10621 aaacctgatg atgacccgcc ctgcattcgg cggcaacctg atggccacta tcctctgtaa
    10681 ggagcaccgg ccgcagatgt cgaccgtccg cccgggcgta atgcgtcaaa agccgcgcga
    10741 ctacacccgc tccggcgaag tcgaacgcat gacgattcac ttcgaccgct ccaagtttcg
    10801 catcaaactc ctcgaaaaag tgagcgttga gcgagccatg gtcgacatat cagaggcaca
    10861 tgtgctcgtc tccggcgggc gcggcgtagg cacccacgaa ggattcggca tgctcaccaa
    10921 gttggccgaa acgatcggcg ccgaagtctc gtcgtctcgt gcgatggtcg atgccggtgt
    10981 catcggccac gaacgtcagg tgggtcaaac gggcaaaact gtccgccccg acgtctattt
    11041 tgctttcggc atctccggtg ccatccagca tttggccggc atggaagagt ctgattacat
    11101 catcgctgtc aataaggaca agttcgcgcc catcttttcc gttgccgatc tgggcttggt
    11161 cggcgatctg cacaagatcg tgcccgccct aacgcgcaag ttggccaatc ggaagccgac
    11221 agaatcctaa aagaaagtac agccctcgcg cgctatgcgt tgtgagggtc gtatcgtctg
    11281 aaatttccat tagtgaaaag gtcgggaacc atccgttccc ggcctttctt tatttccagc
    11341 gatttgccgg ggcgtttgcg cgggttgcgc tgggtctcgc ggcatttgcc ggggcgtttg
    11401 cgcaggttgc gcaagtctcg cggcatttgc cggggcgttt gcgcaggttg cgcaagtctc
    11461 acggcatttg ccggggcgtt tgcgcaggtt gcgcaagtct cacggcattt gccggggcgt
    11521 ttgcgcaggt tgcgcaggtc tcacggcatt tgccggggcg tttgcgcggg ttgcgcaggt
    11581 ctcgcggcat ttgccgcggc gtttgcgcag gttgcgctgg gtctcacggc atttactgga
    11641 gctgctggga aaaagtgtgc tgaagtgagg gattgcttac gtcgaactct cgttagcgta
    11701 gaggccgagg aacgcttccc ggagaggctc aaggagacgt ccatgaatga ttttttttcc
    11761 gacgaatcag cgagcatgct ctctctaatg gagaactttc cggaaagata taagacgcaa
    11821 tgttttccgg agtcgaaaac tttattctcg tacatgacag aaggaatttc ccactttcgt
    11881 ctacttttgt cccctgcaat acagctcgaa aatggcttga ataaaggcga gaaggtattt
    11941 aataagtgcc atcataataa agtcaggtag agccggaagt tgcacaaaac gtttcactca
    12001 atatacatac acactacacc aacacaaaat ggagacatac atcacaaagc gaaatgggaa
    12061 gaaggtgctc ttctccatcg acaagatcaa gaacgccgtg cggaaagcct ttctctcggt
    12121 cggttgcttc ccgacagagg acgatctgac gtcgatactc gggcatgtgc agatcacgaa
    12181 cggcatgtcg gtagaagaca tccaaaacca agtggagacg gcgctcatgt ccgaacgtta
    12241 ctatcgcgtg gccaagtcgt acatcctcta tcggcagaag cacctcgagg atcgcgaggt
    12301 gcgcgacaag ttgaccttcc tcatgaacta ctgcgacgcg aagaatgcag ccaccggcag
    12361 caagttcgac gccaacgcta acgtggagca caagaacatc gccacgctca ttggcgagct
    12421 gcccaagcaa aacttcatcc gcctgaatcg ccggctactc accgaccgtc tgaaagaaat
    12481 gtatggcaaa gagctatctg acaaatacct ctcgctgctc aaccaccact ttatctataa
    12541 gaacgacgaa accagcttag ccaactactg tgccagcatc acaatgtacc cgtggctgat
    12601 cggaggcaca aagtctatcg acggcaactc cacggcaccg accaacctca agtccttctg
    12661 cggcggcttc gtcaacatgg tctttatcgt ctcgagcatg ctctccggtg catgcgccac
    12721 gccggagttc ctcatgtata tggactactt cgtccgtcgg gaatacggcg atgattacta
    12781 ccggaacgtc catcgcgacg ccgacctctc cctcaagcgg cgcagcatcg ataaggtcat
    12841 caccgactgc ttcgagcaag tcgtctattc catcaaccag cccaccggtg cacgcaactt
    12901 tcaagccgtc ttctggaaca tctcctacta cgatcgctat tatttcgaca gcctcttcgg
    12961 agagttcatc ttccccgacg gtacccgtcc gcagtgggag tcgctcgact ggttgcaacg
    13021 tcgattcatg acttggttca accgcgaacg caccaagacg gtactcacct tccccgtcga
    13081 aacgatggcg ctcctcagcg aaaatggcga catccgcgac aaggattacg ccgacttcac
    13141 cgcacagatg tatgccgagg ggcactcctt ctttacctac gtcagcgaca acgccgactc
    13201 cctttccagc tgctgccgat tgcgcaacga gattcaagac aatggcttca gctatacgct
    13261 cggagccggc ggtgtctcca ctggatcgaa aagcgtgctg acgatcaacc tcaatcgctg
    13321 catacagcat gcgagccgcg aaaacatccc ctacatgacc ttccttgaag acgtaatcga
    13381 cttggtgcac aaagtgcaac tcggctacaa tgagaatctg aagatgctcc atgcgaaagg
    13441 tatgctcccc cttttcgatg ccggatacat caacatgagc cggcaatacc tcaccatcgg
    13501 tgtcaacggc ttggtcgaag ccgctgaata cctcggcata gagatcagcg acaacccgca
    13561 atatgccgcc tttgccggca gtgtgctcgg tttgattgag cgatacaaca agcaataccg
    13621 caccaaagac gtgatgttca actgcgagat gatcccagcc gaaaacgtcg gcgtcaagca
    13681 tgccaagtgg gatcgcgaag acggctacat cgtcccccgc gactgctaca acagctactt
    13741 ctacatcgtc gaggacgatt cgctgaacct catcgacaaa ttccgcctcc atggacgcca
    13801 atacattgag caccttaccg gcggatcggc tctgcacgcc aacctgagcg agcacctctc
    13861 tcaagtgcaa taccggcaac tcctgcgcgt agccgccatc gagggttgca attatttcac
    13921 cttcaatatc cccaacacgc tctgccgcga ctgcggacac atcgacaagc gctacctcaa
    13981 ggcttgcccc gaatgccaca gtgcgaatgt cgactacctc actcgagtca tcggatacat
    14041 gaagcgagtg agcaatttct ctcttgggcg tcagaaagag gcgtcgaagc gatactatga
    14101 ggccgcggac gcaggtgtgg agacagaggc cgaactcgcc gaaagcgaaa tgtcgttatg
    14161 ctgaaatatg tcagctacga tgtcgtcttc cgcgaaattc ccgacgagac gacgctagcc
    14221 ctcaacatct ccggttgccc ccaccgctgc tccggctgcc acagcccgtg gctacaaagc
    14281 gacgtggggc aaccgctgac agacagtgag ctctcggcac tgctcgatca ctacggcgct
    14341 accatcacct gcgtatgctt catgggcggc gacggggagc cggacgaagt ggcacgactg
    14401 gccaccctta tccggaggac gacaagtctg aaagtcggtt ggtattccgg ccgtgtcgcc
    14461 ttgcccccca actttccctt gcacctcttc cactacatca agctcgggcc ttacatcgat
    14521 cgcctcggcc cgctcttctc tcctaccacc aatcagcgcc tctatcgcat tactgccgaa
    14581 ggtgctatgg tggccttttg agagcctgtt tggcgtctat ttcggagaac attcagagga
    14641 tgtttctggg tattccgttg catcattaga caagccttga gaagactagt gtgaggatgg
    14701 atgatggaca aagaccagaa acgccccctc aggatagccc tgaaataaat tccaaacagc
    14761 ttctgaatgc ttgattcggt atacaagtca ttgccaatgg atggaggttt acacgtgggt
    14821 tctatgaaag atcatatttt gctagtgagc gattcactag caaaactttc aattctacag
    14881 tttcggcgag cgacaaaacg tcgtcacgac ctcggcgagt gactcgtcag agattgattt
    14941 acctcaaact cacattaaat ggcggaagct gtaatccaag cacaccgctc catcaaagag
    15001 tccacgaaca atatgcacgt caagcaatca acagccgcat gaatgcaaga catgcagtga
    15061 tcacaagaaa cacaccgggt atgtaacgga gcgtgacgac ggtaatgcaa gcaatcagca
    15121 accgcctgaa tgcacggcat gctgtaattg taagaaacat tatagggtat gaaacggagc
    15181 gtgaagacag taatgcaagc agtcagcaaa cgtctgaatg catggtatgc agtgatcaca
    15241 agaatcactg tagggtttgt accagagcgt gacgacggta atgcaagacg tcagtttgtt
    15301 cccacaaact gcgcttgctc ccccgccctt aaggcccgag ggagagggcc gtaatcacat
    15361 ccgttctcat cggcccgaac catagaataa gcaccacaga aaagacctat ctacatggaa
    15421 agacacccca atacggaaga caagaagccg aacaagacca cctttatcaa ggtcagatgc
    15481 acggccgatg agaaggagcg aatccgttcg agagccacga acgcagggcg gaagtactcc
    15541 gactactgcc gcgagatgtt gctcagcgga tccgtcattg ccgtccctcc gatgggcgac
    15601 aacgagaggg aggccctcgc catcctccgt cagacggcac tgttctacgc gcacatctct
    15661 aacctgatta aggtcaagga cgcctcttgg gtagacgcca cgaaggcact tgccacccac
    15721 gccaagatcg cttttaagcg gttcttcagt ccccaatacc gcgtcaatga agaggtattt
    15781 aagcgcttaa atatcgaaga tcatgatcgc aaagtgtaag gccatcgcac acggaggcaa
    15841 cgcgctggag tacgtttttc gcgaaggcaa actcggccgg attctcgccc tccacaacct
    15901 gtgcggagaa atgccgaagg agatccacga ggagatgaag ctgatcaacg actacaacag
    15961 ccgctgcaaa aacaagttcc tgcgcatcga aatcggcatc gccccaaagg acgagccgcg
    16021 gatgacattc aaaactctga accgcctcgc cttgctcttt gccaaacaga tggggctgga
    16081 cgatcaccag tgggtggccg ttacgcacaa ggacactgac aacctgcaca tccacatcat
    16141 cgccaatcgg atcagcctcg gtggaaaggt ctacgatacc tccttcgtca gtaaccgagc
    16201 cgccagagta gccgaaaaac tcagccacaa gtacgggctg accatcgcca acgaagtccg
    16261 atccccgcga ccacatcgga aagcccaagc cgatcccgca agagaacgaa cgaagcagca
    16321 ggttcggaac atctgctacg ccttgctcga gaagcacaaa ggaaaaggcc tgtcgggtca
    16381 ctccatgttc ctctacgaac tccaccgaag cggcgtcacg atcgaccgca tgaaaaacaa
    16441 acagggcaaa gtctacgggc tgaagtttac ctacgacggc cacagtttca aggcctccga
    16501 gatcggtcgt gagtttggtt ttcgcaccct gccgaaacag ttcgagtccg acaacacact
    16561 aaatcccatc attccatcaa gccattcctc catgagatcc acgaacgaca gtacacctac
    16621 cgcacaagtc gcaagctccg ctttagacac tgcggaaagc ctcctttcag aggtgggcga
    16681 agtaacaatc ctacagaccc acggcacaga ctacgccgag atcgcatggc aacggcgatt
    16741 gaggaaccaa gccatgaaaa agaagaagcg ggggcgggga atataatgtt agacgttcat
    16801 ccgctccatc catcccgacc tttcccaaac cgaaagccaa atcgagagaa tcgcatcaaa
    16861 aacgcctgtt tttcaaatag tcatagtaac attgcactct caaatgacaa gcgccctttg
    16921 tttgtgcaga ttccggcaac ctcaagcgct tcgctcgttt ccacttcgtt acctatccaa
    16981 tgcctacgac cgactaactt cttcttttgc agagggatat ttctgaatag ttttctatgt
    17041 catcaaaaat cgatcacgcg tcatcaaatt ttgttcacac gctagcttct tgttgctcac
    17101 gcgtcatcaa attttgatca tacgctagct tatacttgct catgtgtgat caaattttga
    17161 tcacgtgaga cattcggaat ctctcacgtc atcgaatttc gtttacgtgt catcaaaatt
    17221 tgatcacgtg agaggtaaaa aagctctcga gtcatcaaaa tttgatcaca tgagaggtga
    17281 aaaaactctt gaatcatcga attttgatca cgcgagacgt tctgaagctc ttgcatcatc
    17341 aaaatttgtt cgcacgcgcc tcatttttag tcgtacacca agggatcgac cccgacggtg
    17401 agcccgacaa tctctttgca gccttcagaa acgccgccga acagcctccg cacccctccc
    17461 aaccgtctcc cgatcgcagg cgtggacagt gtccgatcga tctccatttc tttacgttcc
    17521 tttgtcgcac agaatcaaac cctaccctat ggataataac tattgtgtca tcatgggcgg
    17581 cggaattggc agccgcttct ggccattcag ccgcgaaaac agaccgaaac agtttctcga
    17641 cttcttcgga acggggcgat cactcctgca aatgacggtc gaccgctttg cgaaaatcat
    17701 ccccaaggaa cacatctaca ttgtcaccaa tcggcgctac gtcgggatgg tgcacgagca
    17761 actgcccttc ctggccgacg accaaatcct ggccgaaccc gctcggcgca acaccgcgcc
    17821 ctgcatcgcc tacgcctcct accgcatcaa agcccgctgc ccgcaggcca acatcgtcgt
    17881 ggccccctcg gaccacctca tcctcaagga aaacgagttc ctcgacgacg tccgtaagtc
    17941 gctcgacttc gtggccaagc atcgcgctct ggtcaccctc ggcgtcaaac cctcccgacc
    18001 cgagacgggc tacggctaca tccaaagcag cgacgaacgt cagggcgact tcgtcaaggt
    18061 caagaccttc accgaaaagc ccaaccgcga gctggcgcaa gtcttcatgg acagcggcga
    18121 atttttctgg aactccggcc tcttcgtctg gaacgtcgac accattctgg aggccatccg
    18181 tcgccatctg cctgacattt cggcacgctt cgacatcggc cccgagaagt tcaacacccc
    18241 cgccgaggcc gccttcatcg aggagcactt ccccttctgc cccagcattt cgatcgacta
    18301 cggggtgatg gaaaaggccg acaacgtcta catgcgttgc gtcgatttcg gctgggccga
    18361 cctcggcacc tggggctcca tcttcgacat cgccccccgc gacgaagcca acaatgccgt
    18421 gctgaagacc cgcgccatgc tctacgagtc ggaagacaac atcgtcgcca tcgaagatcg
    18481 caaccgcttg gccgtcattc aggggctcaa ggattacatc gtcgtggagt cgggcaacgt
    18541 gctcctgatc tgtcgcaaga cggacgagca gcgcatcaag caatacatgg ccgacgccca
    18601 aatccgctac ggggacgagt tcaattgatt ccgcaaacac gaactgactg cctttttggc
    18661 acactatctc tgagtccggc atgacgctta actacatctg ggttgccttt atcgtgatcg
    18721 ccttcgcggt cgctacgtgc cggctcatct tttttcacga tacggacgtc ttcaccgaga
    18781 tcgtcacgtc cacctttagc gccgcccgcg cgggattcga tgtctcgatc ggcctgacgg
    18841 gtatcctctc gctgtggctg gggctgatga agatcggcga acgcgcgggg ctggtcggcg
    18901 cctttgcccg actggccgcg cccgtcttcg gccgactctt tccaggcgta cccgccggtc
    18961 atccggctgc ggggtccatc ttcatgaaca tctcggccaa catgctcggc ctcgacaacg
    19021 ccgccacgcc catcggcctg cgcgccatgc agcaactcca agagctgaac ccgcgcaagg
    19081 acacggccag cgacgccatg atcatgttcc tcaacctgaa cgcttcgggc ctgaccgtgg
    19141 tgccgatcac gattatgatg taccgtgcgc agtacggcgc tgcgaacccc gccgacgtct
    19201 tcctgcccat cctgctgacc accaccgtgg ccacgctgac ggccatcatc gccgtggcac
    19261 tcatgcaacg catcaacctg atgcaccgca gcctgatcgg cttcttcgcg ggcaccgcag
    19321 ccttcatcgg cggactcgtg tggctcttcc gcacgctgcc gtcggagcag gtctcgctct
    19381 gctccacggt cgccgccaac gtgctgctgt ttaccatcat ctgcggcttc atcgtggccg
    19441 gcgtgcgcaa gcggctgaac gtctacgaga ccttcatcga aggcgccaaa gagggtttcg
    19501 gcaccgccat acggatcgtg ccctacctcg tggccattct cgtggccgtg ggcgtctttc
    19561 gtgcctcggg tgcgatgggt ctgctgatcg acgggctgcg ctggacggtc gacgccatcg
    19621 ggtgggacac gtcgttcgtc gagggtttgc caacgctgct catgaaaccc ctcagcggga
    19681 gcggctcacg cggcatgatg ctcgacgcga tgggcaccta cggcgccgac tccttcgtcg
    19741 gccgactcgc atgcgtggcc caaggctcta cggacacggc gttttacatc gtggccgttt
    19801 actacggtag cgtggccatc cgccgcacgc gctacaccat tccctgcgcc cttattgccg
    19861 acctggcagg cgctatcacc gccattctta tgacatactt attctttaga taatgatcac
    19921 gtacaacttc gaaggcatca aacgccccga attcctccgc cgcctcacct ccgcttggat
    19981 ccgcctcgtg gccgcacgtc acggcaaaaa ggtgggcgac atcacttacc tcttctgctc
    20041 cgaagagaag atgctcgaaa cgaaccaaaa gttcttgcag cacgattact atacggacat
    20101 catcaccttc gacaactccg agggcgacac catctccggc gacatcatca tcgcccccga
    20161 caccgtccgc tccaacgccg cgaagtatgg cacacatttc cgcgacgagt tccgccgcgt
    20221 catcatccac ggcatcctgc acctctgcgg catcgacgac aaagcgcccg gagcgcgcga
    20281 gatcatggag cgccacgaaa acgaggccct cgccctcttc cgcaagatga ccgacaggga
    20341 gccgaagaag cccaaggagc cgaaggagtc gaagtaagcc cgcccccaag aagtcaagtg
    20401 ccggacggaa ccatctccgg ggccgcccgt acttgacttc tacgactcct tgtattcccg
    20461 tggggagagg cccgtcttgt gcttgaaata cttaccgaag actgactgcg tggagaaatt
    20521 caggtagtca gcgatctctt gtatcgttag gttagagtat ttgagcagac tcttggcctc
    20581 cagcaccaca tattcgtcga tccactgcgt gggcgtctta ccgctcactt ctaagatcac
    20641 tttcgagaca tgtttgggcg tgaggaagag gtggtcggcg tagaaagcta cgttgcgctc
    20701 cgagacatga tgctcctcaa gcagctgcat gaaacgttcg aagagggcct cccggcgatt
    20761 gtttgtcggg cgattgctgc ctgtcttgac tttgctgaaa aagatggcgc cgatgcgata
    20821 gatcgccgcc gcgatcaggc acctgaaggt ctccgtcata aaaggcgcct cggggcaagt
    20881 cagggtgcga aagaataagg cgtaatactc gtccagctcg cggatctgct cgtcggtgaa
    20941 caagatgcag cagtcggctt ggagctgcat ccgcagcggt gtggccagct tcgaagcaat
    21001 cagcgtgtcg tacataaact cgctcgagac cagcatgccg cgcaccttga aatgatccgc
    21061 gtagtgcacc tggatgatgt ttcccaacag aacaaacaag gctatccctc gggtcaattg
    21121 gtaggtcttt aggttgatgg agacgctcat cgtcccactt tcgcagaaga caaatatgcc
    21181 ggcgtctatc cggcagggat aggcgaagag gcggtgttca cggagcgcgt ccacgtcggt
    21241 gtcgcggaag atgattacgt cgttgtccat gcactccggc tcgttattga acagctgccc
    21301 caactgtttt aagtcactca atgaataggt gatgatttcc ttcttatcag tcatatcgtt
    21361 ctctctctta ttcgtcttta tcatatgagt tcggccgtcg tgcgacacga tagcgtctca
    21421 agggtcattt agatcccgtc gtgcgacacg atagcgtctc aacggccatt tagatcccgt
    21481 catgcgacac gatagcgtct caatggccat ttaggtcccg tcgtgcgaca cgatgacgtc
    21541 tcaatggcca tttaggtccc gtcgtgcgac acgatggcgt ctcaatggtc atttaggtcc
    21601 cgtcgtgcga cacgatagca tctcaatggc catttaggtc ccgtcgtgcg acacgatggc
    21661 gtctcaacgg ccatttaggt cccgtcgtgc gacacgatgg cgtctcaaga ataggacttc
    21721 cacacgtcga acccacgttt tttaggcgta aaagtagaat cagcacccaa cccgcctaag
    21781 catacaggta tattttccga ctttcatacc aattcctgcg tttttggatt ataccctcga
    21841 agaacccctg accgttcctt tgcggccgaa aaaaacgcat aggatcaaat gaaaaaacga
    21901 gagatgaaga aggccgtcgg tatgctggcg gccacgttgg ccgtttggac ggccgtatcg
    21961 tgcggcgaaa gagagacgac ccgcaccgta acaccggtga aggtggagac tgtgacggtc
    22021 ggtgaatcct cgaccgcagc cgactaccac tatgtaggcg tggtggaaga agatcgatcg
    22081 gcggcactga gcttcgccac cgtcggaacc atccgccaaa tcatggtaga ggagggacaa
    22141 cgcgtggcgc aaggacagtt gctggccaca ctcgatcgcg gttcggcgca aagcacgttc
    22201 gatgctgccg ccgcctcgct gcatcaggcc gaagacgctt acgcccgcat gaaacaactc
    22261 tacgacaaga agagcctacc ggaaatgcaa atggtggagg tcgagacgcg ccttcaacag
    22321 gctcggtcga tgtacgaact atcgaagaag aacatgaacg actgcgccct gcatgcgccc
    22381 tttgccggtg tcgtggggcg tcgcacggcc gaggtgggtg agaatgcgtc gccgggtgtc
    22441 cccgtgctga cgctgcttga gatcagtcgg gtgaaggtgc gcatctccat ccctgagaat
    22501 gagatcgccc ggttagacgc cgggacgtcg gccgtgatca ccgtctcggc cctcggcggc
    22561 aaatcgttcg aggggcgcgg tgtggagaag agcagcgcag ccgacgccgt gacacatact
    22621 tacgacgcac gcatcacgct acccaacccc cgaggcgaac tgttgccggg gatggtttgc
    22681 gacgtcgtgc cgacgctgtc cgacagcctc cgttcgggcc gcattaccct gcctgcacgc
    22741 gccatacaac aggccggcga tggcagccga ttcgtgtgga aagtggtggg cgatgcggtc
    22801 acgcgatgcc ccgtcacgac gggcgaatgg tcgggcagtg aagtcgtcat taccggcgga
    22861 ttggagatgg gcgacaagat cgttaaggac ggattccaac gcgtgagcga gggcagtaaa
    22921 atcacggaat gatggcacaa ggacgctttg aattgatcgg gtgggtgatg cgcaactacc
    22981 gcattacgtc gctcgtggtg gtgctgatga tggcactcgg cgtggtgggt ctggtgaaga
    23041 tgccgaagca ggagtttccg gactttgtga tccgcgaggg cgtagtcatt gccatctatc
    23101 caggcgctac ggccgaggag atagaggaac aggtggcccg tccgctcgag gagttcctga
    23161 tgacctataa agaggtcaag cgcagcaaga ccgtctccac gtcgcaaaac gggatgtgca
    23221 tcgtcaaggt cgagctgaac gattatgtga acaacaagga tgaagtctgg tcaaagatca
    23281 agcacgggct gacacagttc aaaatgcaac tgccgtcggg cgtgctggcc gtcgttgcgc
    23341 aggacgactt cggcgacacc tcggcgttgc tgatcgcggt ggagtctgac tcgcgctcgt
    23401 acagcgaact caagacctac gtcgacgaac tctccgcacg tctgcgccgc ctgccctcgg
    23461 tgactaacat caaggtctac ggcgaacagc aggagcagat cacgctctac cttgaccgcg
    23521 acaagctctc ggcttacggc attggcgaca aggtgctgac cgcctcgctc ttctcgcagg
    23581 ggctgaccct ctcgggcgga cacgtagaga acggccagat cgacgcgccg atccatatcg
    23641 tttcgccgct gaccagcgag gaggagattg cgaaccgcat catcttcacc ggcccccgcg
    23701 gtgacgtggt gcgggtcaag gacattgccc gcgtggtgcg cgaatacccc acgccggaca
    23761 gctacatctc ttacaacggc caccgctgcc tcattgtctc gaccgaaatg ctttcgggca
    23821 acaacatcgt ggcctacggc aaagaggtcg gggccatact ggacgacttc acgaagaact
    23881 acctgccgac cgacgtcacc gtcagccgca ttgccgacca ggccaaggtg gtgggcgagt
    23941 cggtaaacga tttcttgatc aatctggccg aggccattgt ggtgattatc gtggtgatga
    24001 tgattctctt ccccttccga tcggccttgg tggcggccgt gaccataccc gtcaacacgt
    24061 tcatctccgt gggcctgatg tacctcttcg gcatcccgct caacatcgtc acgctggccg
    24121 ccttgatcgt cgtcttgggc atgattgtag acaactcgat cgtcgtcatc gacggctatt
    24181 tggagttcct cgggcagggc cactcgcgct ggtattcggc catcgaaagc gccaagaagt
    24241 acttcatgtc tatgcttctg ggcaccgtct gcgtgtgcgt catcttcttc cccatcctct
    24301 ttacgatgaa gggcgtctgg ggcgactttg tccgctattt cccgtggacg atcaccatca
    24361 acctgatggt ctcgctgctc atcgccgtct tcattgtgcc catccttgag tttgcactga
    24421 tccaccgccg gacggccaag ccgtcagaca agccgacgat tgtcgaccgt gtgcaggcac
    24481 gctatatgaa ggtgctgaac tggaccttcc gccacccacg actgacgatc gggctgggcg
    24541 cgctctccgt cgtcctggcc gtcgtcattg ccacgcagct gaagatgcgc atgatgtccg
    24601 tggccgaacg cgaccagttc gtggtcgaga tcgacctgcc cgcgggtacg ccccttgagc
    24661 gcacagcgca ggtggccgac tcgatgcggc gcaagctgca acaggacgaa cgcgtccagt
    24721 cggtcacggc ctttgtcggc tgctccgcgc cacgcttcca gtcgtcttac gcgccacgca
    24781 tggcggggaa aaacaacgcc caactgatcg tcaacacccg ttcggtggag gccacggagg
    24841 agatcctcga tgcctacacg gactcgatgg cttacgcctt cccggacgcg tatgtgaagt
    24901 acaagcagct ggattataac aacgtcccca cgtttgaatt ccgcttcatt ggcgacgact
    24961 tcacggcggc caaggcggcg gccgaacagc tggccgccga accgcgatcg agtgtggcca
    25021 gcaactgtcc ttgcgccacg cgttgtccct cctctacca
//
LOCUS       SEQF2634|AYYE01000908.1  492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtccggtgaa gcaggagaag agaaacatct gtcgagcctg ttctgcttcc ctgtcgttta
       61 ttcgcagcgc catgagtttg gccacatcgc tcttttgcaa gaagcgaatc tttcgttcct
      121 ccttttcgta ggtaacatcc tcaaaaggat ggcagcggat gactttcaag tctaccgcgc
      181 gatacatcaa ccgactcagt cggcagagga ggtggtttat ggtcgatgcc gccaaaccgc
      241 gttttttcag gaagaagcgg aagtcttcaa acagatcttc cgtaatgcct gcaaggggga
      301 tgtcccgccc tccgttttcc ttcacgaact ctcgaagcaa cttgtccgaa taagtaaggt
      361 tctggtaagt actttctgcc tttgacttgc ccacgcatgt cttcacagat tgcagttccg
      421 cttcgctcat ggctaaaaga gtggtcggtg cggcggcaac gccctgcaag cggttcttga
      481 ggagttctgc ac
//
LOCUS       SEQF2634|AYYE01000909.1  407 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..407
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ggattatggg gcgtatgcaa tacgccccta ccttgctgga aggaagaaag atcacctctt
       61 aggctttccc gtccttggcg gggagggcga gggggcgtat gcaatacgcc cctaccttgc
      121 tggaaggaag aaagaaccat cctttggctt tcccgccccc gaaaaggatg ggattcaaaa
      181 atgtatcccc taacccttag ccgacacgaa tcgggaagag cgacccttcg gctttcctgt
      241 cctcggcggg gagggcaagg aggcgtatgc aatacgcccc taccttgctg gaaggaagaa
      301 agagcgaccc ttgggctttc ccgtccccga aaaggatggg attcaaaaat gtacccccta
      361 acccttagcc gacacgaatc ggaaagagcg accctttggc tttcccg
//
LOCUS       SEQF2634|AYYE01000910.1 2792 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2792
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             284..418
                     /locus_tag="SEQF2634_00762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLRYNPEKCIRQNLDPRQTLSKRTPQNLTKKAILKNIPHESLP
                     "
     CDS             926..1669
                     /locus_tag="SEQF2634_00763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDSTIVTGQYVQIDQTPASLGARVLGRLIDTVLLLVYCAAVFG
                     LWIAYMQMTGGEQDAFGSFLILSVFYLPALGYSFFWETFNNGQTPGKRFLGMRVVMKN
                     GDRPTVAAYLFRWLFLLIDMHTSYVGILCIALTKNNQRVGDLAAGTLVIKEKDYKKIH
                     VTLDEFSHLNHDYQPVFPQAERLSLAQVDLINRTLTGGDRQTRPERIRQLANEVRRFL
                     GLADNGAADEALLRTLVRDYQHYALEAAV"
     CDS             1780..2295
                     /gene="ywrO_2"
                     /locus_tag="SEQF2634_00764"
                     /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="MKTLILLTHENYPASKANRALLESLPEGAPVVIRNLYEMYPNGR
                     IDVAAEQSLAEQFDRIIFQYPMYWYDVPAFFKKWIDEVLAFGWAFGTREALRGKSIGL
                     VITTGSPRETFTREQAGFTIEESALPVIATIRYVQAQYIGLVALCNGDNLDPAEVAES
                     RAAYQRLVLGK"
ORIGIN      
        1 attgttatta tcgatcatat ggaagtagga ggggaggggc agtttttgga cctgatctgt
       61 cgccacgatg gcttatcgtg gattgtctgg aattcatccc gataccgcgg tgtattttgg
      121 ggcgcaaatg ggagagtcac acaggaatcg cacggaaaaa tgggcgagat gcacggtcag
      181 aagtaggtct tgaatccgtt tttcgggaaa aaggacgatc cgaataccgt ctcggaggtg
      241 tttcatcgcg tttgatgttc agcgcaatca gtgcgaccgg aatatggatc tgagatataa
      301 tcccgaaaaa tgtatccgcc aaaaccttga cccaagacag accctctcaa aacgtacccc
      361 gcaaaacctg accaaaaaag cgatcctgaa aaacataccc cacgaatctt tgccctaaaa
      421 agctatcctg acaaacgtac ccgcctaacc cttaccccaa aacgcacctc cccaaaatgt
      481 acccagtgaa tcttatcccc aaaagctatc ctgacaaacg ttctcgccta acccttaccc
      541 caaaacgcat ctccccaaaa tgtacccagt gaatcttatc cccaaaagca atcccgagaa
      601 acgcacccgc caaaacctta ccctaagacg ctatcccgaa aaacgttccc acctaaccct
      661 taccccaaaa cgtatctccc caaaacatac ctcacgaaac cttgacaaaa aggggaatcg
      721 tcgggtgaga gcgcctgaac ttttcaggga gtttcgggcg gcgtctatct ttgcgcatcc
      781 aacgcttggg cggggagact tatccgtcgt ttgtggtgtg cctgaaatgg gccgaggtct
      841 ccggactgag gcacgggagg gctgcctaac ccgatgctcc gcaccttgcg acgcataaca
      901 tccacctgta actactccga tttttatgtc tgattctacc atcgtcaccg gccaatacgt
      961 acagatcgac cagacaccgg cgagcttagg cgcgcgcgtc ctggggcggc tgatcgacac
     1021 cgtgctgcta ctcgtttact gcgcggccgt gtttgggctc tggatcgcct acatgcaaat
     1081 gactgggggc gagcaagatg cgtttggctc cttcctgatc ctctccgtct tttaccttcc
     1141 cgcgctcggt tactccttct tttgggagac gttcaacaac gggcagacgc ccggcaagcg
     1201 tttcctgggc atgcgcgtgg tcatgaaaaa cggagacagg cccaccgtgg cggcttacct
     1261 gttccgatgg ctgtttctgc tcatcgacat gcacacctcg tacgtcggca tactgtgtat
     1321 tgccctgact aagaacaatc agcgggtcgg cgacttggcg gctggaacac tcgtcatcaa
     1381 ggagaaagac tacaagaaga tccacgttac actcgacgag ttcagccatc tgaaccacga
     1441 ctaccaaccc gtcttcccac aggccgaacg gctctcgctg gcacaagtcg acctcatcaa
     1501 ccgcacgctc acgggcggcg accggcagac gcgccctgag cgtatccgcc agttggctaa
     1561 cgaggtgcgc cgttttctcg ggcttgcgga caatggcgcg gccgacgagg ccctgctccg
     1621 caccctcgtt cgcgattatc agcattacgc cctcgaggcg gccgtctaaa tcgggattca
     1681 ggccctcgta tcgcccccgc aacccgtcca tttattctta gatttcagtg tttcgcccca
     1741 taacccaaca agtaattctt agattttagt ttttagctta tgaagaccct gattttattg
     1801 acgcacgaga actacccggc gtcaaaagcc aaccgagcgc tgctcgaatc cctgcccgaa
     1861 ggggcacccg ttgtcattcg caacctctac gaaatgtacc ccaacggacg catcgatgtt
     1921 gccgctgagc aaagcctcgc tgagcaattc gaccggatta tctttcagta ccccatgtat
     1981 tggtacgacg tcccggcctt tttcaagaag tggatcgacg aggtgctcgc ttttggctgg
     2041 gctttcggga cccgcgaggc gctccgaggc aaatccatcg gcctcgtgat caccaccgga
     2101 agtccccgcg agaccttcac ccgcgagcaa gcaggattca ccatcgagga gtccgccctg
     2161 cccgtcatcg ccaccatccg ctacgtgcaa gcccaataca tcggcctcgt tgctctctgc
     2221 aatggcgaca atctcgaccc cgccgaggtg gccgagtcgc gcgcggccta ccagcgtttg
     2281 gtgctgggaa agtgaatcgg ccgatggact gattcgtttt tatctccatt tttatacctc
     2341 gatggccggc ggtctccatg cagaccccgg ccatcgctgt gtatatatat ataatgtacg
     2401 cgcacgcgcg tttccttatt atatgcgggg gtaggagggg agacgtggcg aggatcgcac
     2461 ttcagatggg cgccgcggcc ccgcagaggc cacgaaaagc actcccaccc gtctgttgaa
     2521 aaataattct gcccctctac cctattcgct tttctaaatg tttgtacatt cgcccccgtt
     2581 cctacagcgg tagggcgctt gaatgctttt tgagatcaga gaggcgttgg gtcgcacgtg
     2641 tggagcgcca tcctcggtaa gttttgaact ccgtcgaacg gtgcagcgcg aaacccgccg
     2701 ggttttggac tctgccactc gacatggagc gaaacccgcc gggttttggg ctttgccact
     2761 cgacatggag cgaaacccgc cgggttttgg gc
//
LOCUS       SEQF2634|AYYE01000911.1 1986 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1986
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             116..1219
                     /locus_tag="SEQF2634_00765"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERSIAGPERRAANLAGYALPPTQVSGQTSLASVDAQSPRGLKK
                     QEQRPDYIVIDDLDDDEMSHNEERIRQATDWVKQALFGALDVGRGRFLMVGNGFAKHM
                     VLKNIADIPSVKVSKVYAVDSNGSPVWADKWTKAEAEAYADFVGYASWQREMMHNPVA
                     EGGIFKWQWIRYKKILPLRKYDQIICYIDPSFKSTTANDYKAARVWGKTGRELHLIDC
                     YVRQDTVAGMVRWLYDFHESLPEDVAVSYFMEANFMQDIILDEFAREGDLRGYQLPIM
                     PDRRKKPDKLQRIEAVSPLWERGLVYYNEAKRNDTDMKTGIDQTLSLARGSRAHDDAP
                     DADEGAIYKLQKASREERFEPIFGERPAPKGAW"
     CDS             1249..1488
                     /locus_tag="SEQF2634_00766"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKKLLLGLRFRLAVHKANRQARRYGRKYLVINVGGRLVTLSKQ
                     ELTLLIRRGYFHRGITAANIEAHALHVALPRPSSR"
     CDS             1524..1943
                     /locus_tag="SEQF2634_00767"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLNNLDYQVMIGQRAFDLIQQSDEENRRRAEEMAREEMAGYLR
                     PRYDVERIFARRGEQRNMQIVMFLCDITLYHLASWLPQKMGYEVREIRYRRAIEWLQG
                     VQSGKIVPDLDTPDDPNSDPQPYNLKWGSEQHSNYIW"
ORIGIN      
        1 cccgtaaggc ctgtacccgg ccatactcgc cggcgtccgc agacgccccc ggccaagcct
       61 cgctgcgggg cgcaccccgc catcttcatt cccatcaacc tcatggtgcg cggcggtgga
      121 gagatccatt gcgggcccgg aacgccgggc agcgaacctt gccgggtacg cactcccccc
      181 cacacaggta tctggccaaa cttcgctggc gtccgtagac gcccagtcgc cccgtggact
      241 caagaagcag gagcaacgcc cggactacat cgtcatcgac gaccttgacg acgacgagat
      301 gagccacaat gaagagcgta tccggcaagc taccgactgg gtcaagcagg cgctcttcgg
      361 cgccttggat gtcggccgtg gccgcttcct catggtcggt aatggcttcg ccaagcacat
      421 ggtgctgaag aatatcgccg atatacccag tgtgaaggtc tccaaggtct acgccgtcga
      481 cagcaacgga tcccccgtct gggctgacaa atggacgaag gccgaggccg aagcctatgc
      541 cgactttgtg ggctatgcct cgtggcaacg cgagatgatg cacaaccccg tagccgaggg
      601 cggcatcttc aagtggcaat ggatccgcta caagaagatc cttcccttac gaaagtacga
      661 ccagatcatc tgctacatcg acccttcctt caaatcaaca acagcgaacg actacaaagc
      721 cgcccgtgta tggggcaaga caggtcgcga gctccatctg atcgactgct acgtccggca
      781 ggacaccgtg gcgggcatgg tgcgctggct ctacgacttc cacgaatcgc taccggaaga
      841 cgtcgccgtg tcgtacttca tggaggccaa cttcatgcag gacattatcc tcgatgagtt
      901 tgcccgcgaa ggcgacctgc gcggctacca gctgcctatc atgcccgacc gtcggaagaa
      961 gcccgacaag ctgcaacgta tcgaggccgt ctctcccctc tgggagcgcg gactggtcta
     1021 ctacaatgag gccaaacgca acgacacaga catgaagacg ggcatcgatc agaccctctc
     1081 gctggcccgc ggcagccggg cgcatgacga cgcgccggat gccgacgaag gcgcgatcta
     1141 caaacttcag aaggcctccc gtgaggagcg ctttgaaccc atcttcggcg aacgccccgc
     1201 ccccaaaggg gcgtggtaac cctattaaac aaccaaccaa caactgacat gatcaagaaa
     1261 cttcttctcg gcctgcgctt tcggctggcc gttcataagg ccaaccggca agcccgccga
     1321 tacggccgca aatacctcgt gattaacgta ggcggccgcc ttgtgaccct ctccaagcaa
     1381 gagctcacgc tgctcatccg ccgtggatac ttccatcgcg gcatcacggc agccaacatc
     1441 gaagcccatg ccctccacgt agctctccca cggccctcca gccggtaggg tttctcgttt
     1501 ttcacttttc gtttttagct cccatgtttt tgaacaatct cgactatcaa gtgatgatcg
     1561 gccagcgtgc cttcgacctc attcagcaat cggatgagga gaaccgccgg cgcgccgagg
     1621 agatggcccg tgaagagatg gctggctacc tccggccccg ctacgacgtc gaacgcatct
     1681 tcgctcgacg cggtgagcag cgtaacatgc agatcgtgat gttcctctgc gacatcaccc
     1741 tttaccatct ggcctcgtgg ctcccgcaga agatgggcta cgaggttcgt gagatccgct
     1801 accgccgtgc catcgagtgg ctccaaggcg tgcagagtgg caagatcgtc cccgatctcg
     1861 acaccccgga cgaccccaac agcgatcccc agccttataa cctcaaatgg ggctccgagc
     1921 agcacagcaa ctatatctgg taacccccaa caactcccga caatgaacat caccgacttt
     1981 ttcagg
//
LOCUS       SEQF2634|AYYE01000912.1 3296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             170..379
                     /locus_tag="SEQF2634_00768"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLRYKISIWVALALAGSLLCGGSIWLWLAGICAGKFLIRLLLT
                     IALAIAVYILTYALIIGAILWLLIS"
     CDS             392..610
                     /locus_tag="SEQF2634_00769"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRSKTIAQQCRYYEVDNIFEYMVSVYLNGNISDFAELFKELN
                     RKDRREFILYLFSEVEPIYIQEIILATI"
     CDS             622..918
                     /locus_tag="SEQF2634_00770"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKFNFYQDRKVTCWERTHFDVKAESYEEAVALVKSWQGEDVLC
                     FEDDENIIITNGETLYDTSESLSVEENGGQPTIEVFANNGEDIINNKPDNTEQI"
     CDS             915..1508
                     /locus_tag="SEQF2634_00771"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTETRTYEVYNLHELTREAQAKAHSHWAEHCDYTWDRENRATL
                     QAFERIFNIKVERWSYDSCTYTYRFTSHYSEEEDNLKGTRLLKYLVNNYWNDLYPHKT
                     YWSRNYKKKRKSRVFVSDDCVLTGYCIDYEILKPIYDFLKAPNDTTLYELMDKCLDGF
                     FKACRDDMEYQFSEEAFAESCEANDYEFLSDGTMFNQ"
     CDS             1521..1940
                     /locus_tag="SEQF2634_00772"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGTEHFKSVIQCYLENRASYDELFAETFRKENKSIDECVTYIL
                     NEVQKSGCSGFSDDEIYSMAVHYYDEDDIEVGKPNSCKVVVNHTIELTEEEKAEARQR
                     AVEQYQREELSKIKSRNARPRKAETTEIVSQPSLFEF"
     CDS             complement(2075..3235)
                     /locus_tag="SEQF2634_00773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMIRPQMDWRRLMNHFAMRYMCLLRKYGEAPQSDTTTCFIIDDT
                     VLEKSGVRMESISRVFDHVKGRCVLGYKLLLCAFFDGKTTIPFDFSLHQEKGKQGDCG
                     LTRQQRRKAYHTKRNNGSPDFKRFQECKMSKMEVAMDMLRRGWKMGLHAKYVITDSWF
                     TCEQLMACVRSIGKGAMHFVGLAKMGKTKYAVSGRKKNVAELIATYERERGRSCRKYK
                     CRYIQLNGNLGDIPVRIFLIKYGRNSAWNVLLTTDTTMSFVKAFEVYQIRWNIEVMNK
                     ETKQYLGLGGYQGCDFNGQIADATLCYLTYTVMALEKRFTEYQTMGELFSDMESDLMA
                     LTLWKRVLACIEGILRVLGETLGLTPQHLMTTICGNDKEMSKILVMAETLEK"
ORIGIN      
        1 tgtttgtcct aagccctacc tttttacgcc actgaagcga aaacgaccga cccgacggaa
       61 agacgcataa aaaaaatgtc ggatatgcga gaagcagaga aaaagaaaaa gttgaaactc
      121 aaactccctc acctctggaa tccgcataaa atcaaaaaaa tcagacaaga tgaaactgag
      181 atacaaaata tcaatttggg tggcacttgc actcgcaggc tctctccttt gtggcggaag
      241 catttggctt tggctggcag ggatatgtgc aggaaaattc ctcattcggt tactccttac
      301 cattgctttg gctatcgcag tgtacattct gacttatgcc ctcatcatcg gagcaatact
      361 ttggttactc atttcttaaa cagacagata tatgaaaaga agaagcaaga caatcgcaca
      421 gcaatgcaga tactatgagg tggacaatat cttcgagtat atggtatcgg tttacctcaa
      481 cggaaatata tctgactttg cggaactatt caaggaactc aatcggaaag acagaagaga
      541 gtttatactc tatctctttt cagaggttga acccatttat atccaagaaa tcattttagc
      601 aaccatctaa aagcaagaat aatggaaaaa ttcaattttt atcaagacag aaaggttact
      661 tgttgggaac gcacccactt tgatgtaaaa gccgagagtt acgaagaagc cgttgccctt
      721 gtcaagtcgt ggcagggaga ggacgtgctt tgctttgagg acgatgagaa tatcatcatc
      781 acaaacggag aaaccttgta tgacacctcc gaaagcctat ccgtagagga aaacggagga
      841 cagccgacta tcgaggtctt tgcaaacaat ggagaagaca tcatcaacaa taaacccgat
      901 aacactgaac agatatgaga acggaaacaa gaacatacga ggtatataac ctccacgaac
      961 tgacaaggga ggcacaagca aaggcacaca gccattgggc ggaacattgc gactatactt
     1021 gggacagaga gaaccgagcc acattgcaag cctttgagcg gattttcaat atcaaggtgg
     1081 aaagatggtc atacgacagt tgtacctaca cctatcgttt cacttcccat tacagcgagg
     1141 aggaagacaa tctaaaaggg acaagacttc tgaaatacct tgtcaataac tattggaacg
     1201 acttgtatcc acacaagact tattggagca gaaactacaa gaagaaacgc aagagccgtg
     1261 tttttgtttc ggacgattgt gtgctgacgg gctactgcat agactatgaa atcttgaagc
     1321 ccatatacga ttttctgaaa gcccccaatg ataccaccct atacgaactt atggacaagt
     1381 gtttggatgg atttttcaag gcttgcaggg acgatatgga atatcaattc agcgaggaag
     1441 cctttgccga gagttgcgaa gcaaacgatt atgaattcct atcagacgga accatgttta
     1501 accaataaag aacaaagaca atgaaaggta cagagcattt caaaagcgta atccaatgtt
     1561 atttggagaa ccgagcatca tacgatgaac tctttgcgga aactttccgc aaagaaaaca
     1621 agagcataga tgagtgtgta acctatatcc tcaacgaagt gcagaaaagc ggttgttcgg
     1681 gattttcgga cgatgaaatc tactctatgg cagtgcatta ctatgacgag gatgacatag
     1741 aggtaggcaa gcccaattcc tgcaaagtgg tggtaaacca caccatcgaa ctcacggagg
     1801 aggaaaaagc ggaagccaga cagagagctg tagagcagta tcagcgtgag gaactctcca
     1861 aaataaagag ccgtaacgca agaccgagga aagcggaaac aacggaaatc gtatcacaac
     1921 cctcattatt cgagttttaa ccccttaaat aactaaagtt tcccacccct taaaacactg
     1981 gcttttctca tttacctttg cgtttcgtcc ccatatccat tgagttttaa cacatggcta
     2041 atagaagtta tgcagtctgt ccatatactt catctcattt ttccaatgtt tcagccatta
     2101 caaggatttt gctcatctct ttgtcgttgc cgcagatcgt agtcataagg tgttggggcg
     2161 tcaacccaag tgtttctcct aaaacacgaa gaatgccttc gatacaggca agcactcgct
     2221 tccataacgt gagtgccatg agatcgctct ccatatccga aaagagttcc cccatggttt
     2281 gatattctgt gaacctcttt tccaaagcca tgacggtata cgtaaggtaa cacagcgttg
     2341 cgtcggctat ctgaccgttg aagtcgcaac cttgataacc tcctaatccg agatactgct
     2401 tagtctcctt gttcatcacc tctatgttcc atcgtatctg atacacttca aaggctttta
     2461 cgaaagacat cgtagtatcc gtggtgagca agacgttcca tgcggagttt ctaccatact
     2521 tgatgaggaa gattctaact ggtatatctc ctaagttgcc gttgagctga atatatcgac
     2581 atttatactt acgacagctc cttcctcgtt cgcgttcata ggtggcaatg agttctgcaa
     2641 catttttctt cctgcctgat acagcgtatt ttgtctttcc catttttgca agtccgacaa
     2701 agtgcattgc acctttacct atgcttctaa cacacgccat aagttgctcg caagtgaacc
     2761 aactatcggt aatcacatac ttcgcatgca accccatctt ccatccacgg cgaagcatat
     2821 ccatggcgac ttccatctta gacatcttac actcttgaaa gcgcttaaaa tcggggctac
     2881 cattattcct cttggtatga tatgcctttc tgcgttgctg tcttgtcagc ccgcagtcgc
     2941 cttgcttccc cttttcttga tgcagtgaaa aatcaaaggg tatggttgtc ttgccgtcaa
     3001 agaaggcaca aagtagcagt ttgtagccca atacgcatct gccttttaca tgatcgaaaa
     3061 cacgactgat actctccatt ctcacgccac tcttctcaag cacagtgtca tctataatga
     3121 aacatgtcgt ggtgtcggat tgaggagctt cgccatactt acgcaacagg cacatataac
     3181 gcatggcaaa gtggttcatc aagcgtctcc aatccatctg cgggcgaatc atcatgcgat
     3241 agaaacagtt cttgccatga tttgaaagct catatatctt atgcttgcat atactt
//
LOCUS       SEQF2634|AYYE01000913.1 1064 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1064
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..96
                     /locus_tag="SEQF2634_00774"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFNELIRNDNRVEKVLLPLRDGLTVIWKK"
     CDS             424..759
                     /gene="rbfA"
                     /locus_tag="SEQF2634_00775"
                     /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"
ORIGIN      
        1 attatggcct ttaacgagct gatccggaat gacaaccgtg tcgaaaaagt gttgctcccc
       61 ctacgcgacg gtctgaccgt gatctggaaa aagtaaggcg agggtgccac gatgggcaga
      121 tctgtcaaga aagaagatgc ccctgtggcg gcgaatccgt tcgtagtccc gttgggctat
      181 ccctgagggg ggacgattga cgtcctcacc cagtgcatct cagttttagc gtttcacttt
      241 tagattttag atcaggcgga ggaagttctc gtgatgatga atctcgtccc cacccgaaat
      301 gtccccgcct tagcgtttca cttttagaat ttagatcagg cggaggaagt tctcgtgatg
      361 atgaatcccg tccccaccca gaatgtcctc gccttagttt ctcactttta gattttagat
      421 aagatggaag gaacccgatt gaataagata ggaagactgc tacagaaaga gttaggcgac
      481 ctcttcctcc gacagaccaa agcgctgcct gggacactcg tctcggtgag tgccgtgcgc
      541 gtcagtccgg atttgagtgt ggccaaggtc tacctcagta ttttccccac cgaaaaggcg
      601 gacgagctga tgggcgctat cgaaaccaac aagaagacca ttcgatacga cctcggccaa
      661 cgcgttcgcc tccagctcag gagaataccc gagctgatct tctatcgcga cgactcgttg
      721 gactatgtcg aaaacatcga ccaactgttg aacaaatagc attgattaga caagggcgaa
      781 cccatgcgtc tacccctcag cgtgtaccga tcgcggatcg gcgtgcagtg ggcggaccca
      841 tcggttcgcc cttcgtgtgt ggttacccct cgatattctc gctggtttat ggacggccga
      901 tccgccccgc tttcccgtcc tcaaaaagga tgggattcaa aaatgtaccc cctaaccctt
      961 agccgacacg aatcggaaag agtgaccctt gagcttttcc gtccttggcg gggaggatta
     1021 gggggcgtat gcaatacgcc cctacccatt cggaaggaag aggg
//
LOCUS       SEQF2634|AYYE01000914.1 1573 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1573
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             69..728
                     /gene="rep"
                     /locus_tag="SEQF2634_00776"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01920"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase Rep"
                     /translation="MKEDGRIALEILKSYSPLLSRKNVKNPYKLYLHCREEAGKVSNK
                     VNDNHSIREVVKAVCDSQLLTVPEVVRQACALTPDDINDELEEDLHAWVKVMDLPINM
                     VRNYDDYVNQRTRFDTHQGVKGLEFDRVMVIIDDSEAKGFMFSYDKLFGVKERTETDI
                     KHTEAGKESSIDRTQRLFYVTCTRAKESLAIVMYTSDSNKVKNQVISKEWFADQEIDL
                     L"
     CDS             complement(916..1038)
                     /locus_tag="SEQF2634_00777"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERLVELLLRVDLIKRFASLHRCEKDLLMLTILLIVSSI"
     CDS             complement(1110..1412)
                     /locus_tag="SEQF2634_00778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQELSLEAGEMQVVISALRRVRKRIREVSETHRPLFSGEH
                     FLTSNEVCERLYISPRTLQDYRDRKVIPYTHFAGKILYKASDLERILEENYKGGWK"
ORIGIN      
        1 cttttctgca gggtactgtg ccagaattgg aattcttcac caaagaggtt ttgcctatag
       61 cggattcgat gaaagaagat ggccggattg ctcttgaaat attaaagtca tattcaccat
      121 tgcttagcag gaaaaatgta aaaaatccct ataaactata cctgcattgc agggaagaag
      181 ctggtaaagt ctctaataaa gtcaatgata atcattctat ccgtgaggtt gttaaagccg
      241 tgtgcgactc tcaactactg acagttcctg aggttgtaag acaagcctgt gcacttaccc
      301 ctgatgatat caatgatgaa ctggaggagg atttgcacgc atgggttaag gtcatggatt
      361 taccaatcaa tatggttagg aactatgatg attatgtaaa ccaacgcacg cgttttgaca
      421 cacatcaagg cgtaaagggt ttagagtttg acagggttat ggttattatt gatgattccg
      481 aggcgaaagg ttttatgttt agttatgaca agttgttcgg cgtgaaagaa cgaactgaga
      541 cagacattaa gcacactgag gctgggaaag aatcatcaat tgacaggaca caaaggctgt
      601 tttatgtgac ctgtacacgt gcgaaagaat cacttgcaat tgttatgtat acaagtgatt
      661 ctaataaagt taagaatcaa gttataagca aagaatggtt cgcagatcag gaaatagacc
      721 tactttaggg aaagaggtgg aggagtatgt gtcttgaata atgtgaattt tcaccgcaca
      781 attatagaga ggcatacatc tttgacattt attctatata agctctttct attaaaatcc
      841 ctcgcaaagc tttcgcaagg cttaaaactt tttcaggggg cctaccgatg aatgaaaagt
      901 aaaaagtttt atctcttaga tcgaactcac gatgagaaga atcgtgagca tgagcagatc
      961 tttttcgcac ctgtgtaacg aggcgaaacg ttttatgagg tctacccgaa gcagaagctc
     1021 aactaaccgt tctgtcattg ctgtcgcgaa ctactctccg gagatgaatc tgtgcttata
     1081 agcaacaata ttgggactct acgtccttgc tacttccagc ctcccttgta attctcctcc
     1141 aagatccttt ccaagtccga ggccttgtaa agaatcttgc cggcaaaatg cgtgtagggg
     1201 atgacctttc ggtcgcgata gtcctgcaag gtgcgagggc tgatgtagag tcgttcacat
     1261 acttcattgc tcgtgaggaa gtgttcgccg ctgaagagcg gccggtgcgt ctcggacact
     1321 tcccgaatcc ttttcctgac gcgtcgcaag gctgagatga ccacctgcat ctcgcctgcc
     1381 tctaaactca actcttgaat cgcttccatc atcgcttcgt cgtatttgtc gttttgtcag
     1441 attccaggca aagcaaccgc tccacgtcct ctcgtttgta atagcactta tgcccgatct
     1501 gcgcgaaggg caacacactt gtgtcacggt aatgttgcag agtacgtttg ctgatgccga
     1561 gcagttggca aac
//
LOCUS       SEQF2634|AYYE01000915.1  456 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gcgtcggggt gggcgtcggg tcgtcgttgc aagctgccca aaccaaggcg aagagcagca
       61 gggcgagaag cccgcggagg gtagttttcg ttttcattat cgtgcatagt ttagtgtgag
      121 gcatgtatgt gtagggaatc gtccaaatgt tggacgcggt tgtctacatc ttggacaaca
      181 aaggaagggc attcgctgcg caaccagttg agaataatac gttcggcgcc ggtggcatcg
      241 ttgttggata aaacatggag ggtaggccga gggctgcatg ctccatcttc cacccactaa
      301 aattgattga gaagctgttt ggaatttatt tcggaggcta tcgggagtat gtttctgatg
      361 attttgtttc atcattagac gagcatagcg agctatgtga ggattaatga tggaacaaaa
      421 gggcagaaac aggcctcgat agacccgaaa tagaag
//
LOCUS       SEQF2634|AYYE01000916.1  905 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..905
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             89..367
                     /locus_tag="SEQF2634_00779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQLNPSVRDAILRMAGHLTDVEAIYRNAIDSHRAHLIDADGRI
                     SIDALLRTPAPHAMLFELLTPYGFTPSQCADRRRRRSSCRCGRVGGDR"
     CDS             complement(291..878)
                     /gene="tilS"
                     /locus_tag="SEQF2634_00780"
                     /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="MLSTVQAYIAQHQLLRPAAPVIVGLSGGADSVALLHLLTRLGYP
                     CVAAHCNFRLRADESDADADFARQTAEALGLPFRRIDFDTADYARQHGVSTEMAARTL
                     RYEWFDTLRRELGAEAIAVAHHRDDNVETVLLNLIRGTGLSGLCGMRPRNGHIVRPLL
                     SVDRHQIVRWLTDRHLPFRTDSSNASDVYRRTVRV"
ORIGIN      
        1 cgatcgccac ctacccttcc gcaccgacag ctcgaacgcc tccgacgtct atcggcgcaa
       61 cttcgtccgc ctccgcctgc tgccgctcat ggagcaactc aacccatcgg tccgagacgc
      121 catcttgcgc atggctggcc atctcacgga cgtcgaagcc atctatcgca acgccatcga
      181 tagccaccgc gcgcacctta tcgacgccga cggccgcata tcgatcgacg ccctcctccg
      241 cacgcccgcc ccgcatgcca tgctcttcga actgctcacg ccttatggct tcacaccctc
      301 acagtgcgcc gatagacgtc ggaggcgttc gagctgtcgg tgcggaaggg taggtggcga
      361 tcggtgagcc agcggacgat ctggtggcgg tcgaccgaga gcagcggccg gacgatgtgc
      421 ccattgcggg gccgcatgcc gcatagcccg ctgaggcccg tgccgcggat gaggttgagg
      481 aggacagtct cgacgttgtc gtcgcggtga tgagccacgg cgatggcctc agcccccagc
      541 tcgcggcgga gggtgtcgaa ccattcgtaa cgcaaggtgc gggcggccat ctccgtggag
      601 acgccgtgtt ggcgggcata gtcggccgtg tcgaaatcga tgcgacggaa ggggaggccg
      661 agcgcttcgg cggtctgtcg ggcaaagtcg gcgtcggcat cggactcgtc ggcgcgcagg
      721 cgaaagttgc aatgggctgc tacgcagggg tacccgagtc gggtgaggag gtgcagcagg
      781 gcgacagagt cggcgccacc actcagtccg acgatgacgg gcgccgcggg tcggagcagt
      841 tggtgttgcg cgatgtaggc ttggacggtg gaaagcatgg gttgcgaggt cgttatgggc
      901 tgtct
//
LOCUS       SEQF2634|AYYE01000917.1  541 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctttacggcc cgcacggctg ttgaccattt ttttcacctg tgcaaagaat tacgcatcgt
       61 tgttcccgaa gcgatgaaat acttctgcat gacagaagcc attgccgtct atctgcagaa
      121 atacaccgtc taccgaaagc gcaagatctt cttcggagcc actggcaaaa cggacgatct
      181 gattaacctc atcgtgaagc atccgaaaga aaagtactta ctccccgcct ccgatatcca
      241 taaagacgac atctctgagg cacttacgga aaagaagatc ccttgcaaga cagccatcat
      301 gtatcgcacc gtctgcagcg agttctcgaa agacgaatcg tttgactacg atatgcttgt
      361 cttctttagc ccatccggca tctcatcgtt gatgaagaac ttcccacaat ttaagcagga
      421 cgacatccgt atcggatgct tcggcgccac caccgccaaa gcggcccttg aggcagggct
      481 ccgtcttgac atcgaagcgc ctacgcccga agcgccctcc atgaccgccg cactggagca
      541 a
//
LOCUS       SEQF2634|AYYE01000918.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaatgacaga ctacctaaca cagtcgctat aacaggtggc agaaatgggt tgattgcaag
       61 attaaatgca cgagtatgtg aaaactgcgg agcaacagat catcttgaaa tgcaccatgt
      121 acgtaacctc aaagacttga aaggaaaaag tgattgggaa atcaaaatga tttctcgtaa
      181 ccgtaaaaca ttagcagtat gttctgcatg tcatcacaaa atatattcgg ggagaaagtt
      241 agactgaatg ataaggtgga gagccgtgta cgggg
//
LOCUS       SEQF2634|AYYE01000919.1 3411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3411
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             264..1886
                     /gene="ctpB"
                     /locus_tag="SEQF2634_00781"
                     /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
                     INEDNESLREALRIINNAEAYEKILRGVKSDS"
     CDS             2010..3110
                     /locus_tag="SEQF2634_00782"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLHHSLIALLVALTTWSATAQTTYRVEDVPNVQLIDYTHFVS
                     DPADAINEADEAALNQRIGHLRDSLDVEIAVVVLPAIDGDKYGSAREFANELFNTWGI
                     GKKETDRGLLILLITNEDNREITFEVGYGLEGELTDGLCKLIQKRRMIPPMKEGRYGE
                     GLLAGLEEVRKILTGESTLEADAKAEDEKETKDFVIKACKIWWGIGAVVVILLLLIQL
                     MEAQTSKSDAEIKETKHNCNLAVIGGGLIFCQFPLIPIYFLLKLLLWPLLRSRVKCKQ
                     CGAVGRFKLDGSPLKHKEKNGTRRTYYYVCRNCGYEKEEETFEKESSSSTIRDRDDDR
                     KSRSWSSGSSSSSRGGSWGGGRSGGGGASSKF"
     CDS             3110..3277
                     /locus_tag="SEQF2634_00783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRPAGRLRTPAGVYGRRRRKPGASGTPAKKAEYMMPLASWTDL
                     SEPSETFSDVF"
ORIGIN      
        1 cgacccccgg aaagggtcaa accaggtggt ttgaacccaa accgaccccc ggaaagggtc
       61 aaaccaggtg gtttgaaccc aaaccgaccc ccggaaaggg tcaaaccagg tggtttggtc
      121 caaaaccgac ctctgaaaag ggtcaaacca ggtggtttga acccaaaccg ccccccggaa
      181 agggtcaaac caggtggttt gattattgac aatacatcga aagggcagac acccgaggtg
      241 ctcttccctc aacaaaacag attatgagaa agaccatagt ataccccctg ctcctcatcg
      301 gcagcctgct gatgacgggc cacgtccgcg cccagcagcc acagtggccg gacgagaacg
      361 cacgcaagct ctccatcgcg ctctatgcga tcgaaaacct ctatgtggac gagcccaaca
      421 agaagaaact cgtcgaggac gccatccgcg gcatgctcga caagctcgac ccccactcgg
      481 cctactccga cgccgaggag acgaaagacc tcaacgagcc gctccaaggc gggtttgacg
      541 gcatcggcat ccagttcaat atgcttacgg atacgctcta cgtcgtccag gtcatctccg
      601 gcggcccctc cgagcgcgtc ggtctggcgg ctggcgaccg gattatcatg gtcgacgaca
      661 cggtcatcgc gggcgtgaag atgaagacga ccgacgtcat gcgtcgtctg cgtgggccca
      721 agggcaccga ggtgcgcgtc aaggtgcaac gcggaggcag cccgaagctg atcgagttca
      781 agatcatccg cggcaagatc cccgtgcaca gcctcgacgc cgcctacatg gccgactcca
      841 ccacgggcta catccgcctc aaccgcttcg ccaacacctc gcacgaggag tttctcgagg
      901 ccctcacccg gctccgtaag gagggcatga agcacctcgt gctcgacctt cagggcaacg
      961 gcggcggcta cctgcacgtg gcctgcaacc tggccgacga gttcctcagc aacggtcgcc
     1021 taatcgtcta caccgagggc cgcaactcgc cgcgcgagga ggccacggcc acggctacgg
     1081 gcaacttcga ggacggccgc ctcgtcatcc tcgtcgacga atcgtcggcc tcggccagcg
     1141 agatcgtctc cggcgccgtg caggactggg atcgcggcgt gatcgtcggt cggcgcacct
     1201 tcggcaaggg cctcgtgcag cgtcccatcc ccctgccgga taactccatg atccgcctca
     1261 ccatcgcccg ctactacacc cctggcggac gcaacatcca aaagccttac accggtggcg
     1321 acgccgcggc ctacaatcgc gacctcatcg accgttacaa ccacggcgag ctgatgaacg
     1381 cagacagcat ccacttcccc gactcgctcc gctcgcgtac gcttgtcaac caccgcaccg
     1441 tctacggcgg cggaggcatc atgcccgatc gtttcattcc gctcgacacc tcgcgctata
     1501 cggattatca tcgccggctc gtcggcctgg gctacatcta ccgcacggtc ctcagctacg
     1561 tcgacgggca tcgcaaggcg ctccgcaagc gttacccgga cttcaagtcc ttcagccaac
     1621 agttcaccgt cggcgacgag ctgctctccg acctctgcgc gcgcgccacg gccgactccg
     1681 tggccttcga ctccgcgcag tacgccaagt cgcgccccct gatcgccctc caactcaagg
     1741 cgctcatcgc ccgcgacctc ttcgacgaga cggcctacta ccgcatcatc aacgaagaca
     1801 acgagagcct ccgcgaggcc ctgcgcatca tcaacaatgc cgaggcctac gaaaagatcc
     1861 tccgcggcgt gaagagcgac agctgacggg ttacaggtta cgggttacgg gttacgggtt
     1921 acgagttacg ggttacgggt tacaagttac aggtacccgg tactcgtaac ctgtaacccg
     1981 taactcgtaa cccataactc ataaagctca tgaaccgatt acatcactca ctcatcgcgc
     2041 tcttggtcgc cctgaccaca tggagcgcca cggcacagac cacctaccgc gtggaagacg
     2101 tgcccaacgt gcaactcatc gactacacgc acttcgtctc cgacccagcc gacgccatca
     2161 atgaggctga cgaggccgcg ctgaaccaac gcatcggcca tctccgcgac tcgctcgacg
     2221 tggagatcgc cgtcgtcgtc ctgcccgcca tcgacggcga caagtacggc tccgcacgcg
     2281 agttcgccaa cgaactcttc aacacctggg gcatcggcaa gaaggagact gaccgcggcc
     2341 tcctgatcct gctgatcacg aacgaagaca accgcgagat caccttcgaa gtcggctacg
     2401 gactggaggg cgaactgacc gacggcctct gcaaactgat ccaaaagcgc cgcatgatcc
     2461 cccctatgaa ggagggtcgc tacggcgaag gactcttagc cggcctcgag gaggtgcgta
     2521 agatcctcac cggcgaatcc accctcgagg ccgacgcgaa ggccgaggat gaaaaggaaa
     2581 ccaaggactt cgtgatcaag gcctgcaaaa tctggtgggg gatcggcgca gtcgtggtca
     2641 ttctcctgct gcttatacag ctaatggaag cccagacgtc taagtcagat gccgagataa
     2701 aggagacgaa acacaactgc aatttggctg tgatcggcgg tggactgatc ttctgccagt
     2761 tcccgttaat accgatctac ttcctcctca agctcctcct ctggccgttg ctgcggtccc
     2821 gcgtcaagtg caaacagtgc ggcgccgtgg ggcgcttcaa gttagatggc tccccgctga
     2881 agcacaagga gaagaacggc acacgcagga cctactatta cgtctgtcgc aactgcggct
     2941 atgagaagga ggaggagacc ttcgaaaaag aaagcagctc gtcaaccatt cgcgatcgcg
     3001 acgacgaccg caaaagccgt tcgtggagca gcggcagcag tagcagctcg agaggtggct
     3061 cctggggcgg cggacgcagc ggtggaggcg gcgccagctc aaagttctga tgcaccgacc
     3121 cgcggggcgt ctgcggacgc cggcgggcgt ctacggacgc cggcgaagaa agccgggggc
     3181 gtcagggacg ccggccaaga aagccgagta catgatgccc ctggccagct ggacagatct
     3241 ctccgagccc tcggaaacgt tcagcgacgt gttttgaccc ttccgaggcc tcggaaacgt
     3301 tcagcggcgc gttttggagc tttccgaggc ctcggaaacg ttcagcggcg cgttttgacg
     3361 ctttccgagg cctcggaaac gttcagcggc gtgttttgga gctttccgag g
//
LOCUS       SEQF2634|AYYE01000920.137563 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..37563
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(93..2342)
                     /gene="pflB"
                     /locus_tag="SEQF2634_00784"
                     /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
                     KRAFMPYGGIKMAEEACTTYGYKPSEKLHEIFTEYHKTHNDGVFDAYTKQMKSARHNH
                     ILTGLPDTYGRGRIVGDYRRVALYGVDFLIEKKKQDLALHDGGGVMTDDVIRLREEVS
                     MQIKSLQGLKKMAAIYGYDISAPAKNAREAVQWLYFGYLGAIKTQNGAAMSVGRISTF
                     LDIYIQRDLEAGTLTESEAQELIDHLVMKFRMVKFARIPSYNQLFSGDPIWATLEMAG
                     LGMDGRSMVTKNDFRFLHTLENMGPSPEPNLTVLYSSRLPEGFKRYASKISVTTSSIQ
                     YENDDVMRPIWGDDYSICCCVSATQTGKEMQFFGARANLAKCLTYAISGGVDAKTREQ
                     CGPAFRPIEGDVVKYDEFMPRFMDMMEWLAGVYVNTLNVIHYMHDKYFYEAAELALID
                     TDVRRTFATGIAGFSHVVDSISAIKYAKVNIIRDETGFPLSFKTEGDFPRYGNDDDRA
                     DEIAVWLLKTFMNMIRRHHTYRNSEPTTSILTITSNVVYGKYTSNMPDGRPAGAPLAP
                     GANPSYGAEKSGLLASLNSVAKLPYEYALDGISNTQTISPSTLGHTQDEQVETLVRVM
                     DGYFDRGAHHLNVNVFGVDKLIDAMEHPEKEEYANFTIRVSGYAVKFIDLTKEQQLDV
                     IARQAHGKM"
     CDS             3434..3691
                     /locus_tag="SEQF2634_00785"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPQISLFYGIIIMMYFSDHAPAHFHAWYGNYKVTVSIKDGVVKG
                     EMPARALRMILEWLDLHRDELMVNWERACKGEALNKIEPLT"
     CDS             3688..3936
                     /locus_tag="SEQF2634_00786"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAMMFTEVIRAEYAGGYRVRLWFNNETVKTVDLEQSLKGSVFE
                     PLKDVERFKRFQVRYATIEWENGADLAPEYLFELPAVE"
     CDS             complement(4151..5401)
                     /locus_tag="SEQF2634_00787"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNEKRLPTLIAEGFRDLFYIWRQELRAIFRDSGVMIFFFLVPL
                     AYPVIYALIYNPETVRDVPLAVVDQSGSQRSREFIRRVDATPDVRVVATCGSIEDARR
                     LVDNKQAYGILLFTSDFNRDLAAGRQATVSLYTDMSLLLHYKALLLATTEVSLDMGRE
                     IRAARTPQSTDELQQIYVAPIPYESVALFNPANGFASFLLPAVLILIIQQTLVLGICM
                     LGGTAREQSRFHHLVPLDRRFRGTLRVLLGKAFAYVIIYIPVCLWTLVVVPRIFAYPS
                     VGNPWDALLFLLPYLLASIFFAMILSGFMRTRESGMMLFVFMSVILLFLSGISWPTDA
                     FPFYWRALAQLFPSTPAIRGFVLIKSCGATLFDVAHEYRLLWLQTGLYFLLAALVYRQ
                     QIIRVRRKMIRQYQAAKARQPQPE"
     CDS             complement(5584..6762)
                     /locus_tag="SEQF2634_00788"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLREGIYAILRIARRELRRLVANPVYFFCMVVAPVGCLFFFTT
                     LMRSGLPTDLPVAVVDLDNTPTSRRLVRQLDAFEQTAVRMQCASFDEARHEMQQGSIY
                     GVFLIPKNFQQDATSGKRPRLSFYTNGSFLIAGSLMFRDMKTLSVLAGASVGLQQGQA
                     RGLTDAQIMGQIQPIIVDTHAIGNPWLNYSVYLSNAMLPGLLQLLVFIVTVYSIGAEI
                     KQRTSRRWLSLGNGSLAVSLAGKLLPHTIIFTVVGLLICAVLYGYNAFPLANGWLPIL
                     AAMTLLVIASQAVGVFMIGVLPTVRLGLSFASLFGMLGFSICGLSYPVTAMYPPFHAL
                     SYLYPLRHYLLIYIDQALNGRALAYTWGEYVWLAAFFLLPLTIYRNLKRALLYFHYIP
                     "
     CDS             complement(6759..7763)
                     /gene="emrK"
                     /locus_tag="SEQF2634_00789"
                     /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="MSEKKYSINNMLLAFIAVVIVIGLVSLAGFFLLTLPDDIIMGQA
                     EATQVRISGKVPGRIEAYRFGEGDRVHAGDTLVYLNTPEVDAKLRQAEAVRSAAEAQS
                     AKAMAGARSQEVTGAYELWQKAKAGLDIAKKSYDRVQHLYDQGVMSAQKRDEAEANYQ
                     AMVATEKAAHSQYDMAREGARREDKAAASALVRQAGGVVDEVEAYLGERALVSPIDGE
                     VVERFPQIGELVGTGAPIMNIADLNDMWVTFSVREDLLRDIKIGAEIRGFIPALGDKE
                     VVMKVYFMKDMGTYAAWKATKTTGQYDSKTFEVRARPTSPVADLRPGMSVIIKRPSKR
                     "
     CDS             complement(7944..9353)
                     /gene="cnrC"
                     /locus_tag="SEQF2634_00790"
                     /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
                     KYPQVAQSLPQMMEELKNLTHVDMQNVWIGDVSLVQPVFMGGKILSYNQITGYALELA
                     ESMHDTKLQDVICRTDETYWQVVSLANKKKLADAYVELLRKMDTDIAAMITAGVATKA
                     DELSVKVKLNEAEMAQTKVNNGLALSRMLLAQLCGLDMEHPPLLADERIEQFAVQPTA
                     KQANAEEAFSHRPELKSLELATKIYRKKEQIALAEMLPTVALTANYLVTNPNAYHGFK
                     KEFSGMYNVGVLVRVPLSAWWEGSYKRNAARAETVIKRLETEEAREKVELQVNQSVYK
                     VNEAGKQLTASTRNMERAEENLRYANVGFEEGVIPALNLMEAQTAWVSARSQLIDAQI
                     EVKLTEVYLSKALGRLGKE"
     CDS             complement(9653..11602)
                     /locus_tag="SEQF2634_00791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTWSYRKRVRIAPGVHLNLSRRGVSTTIGVRGASVNFGKKGTYV
                     NTGIPGTGFYNRQKISGDRGRPYASVKRNIHTSPSGGGQLLGYGCAGILALLFLFMGL
                     IWLIDEKQIFTGIIFLSFALYVVVGAILINTSISAKPKAPSINWVDQAKRMLPRTGGT
                     ARSILQNFIQCYELTQQIDEESAIVQGLEKKLSKKPNEQLERLLKDYRGVLTKRMRQL
                     EATQINVDSQLSEEEKAAYSRLCERFETLLSTDKIWLITDEVLTTQRKAFSNISIKRC
                     EASIYVGVFNFLKSAFDIPVLDSGDARYYIYPKFIIKATDVCHFYVYPHDLGRLTTAT
                     VNYQESEARPVDAEFLKYTWQYVNKNGEPDKRYANNSRYPVFKYCCLFVNTGNTTAKF
                     MFSNYTTASEFATAYTVYANLLTAPNTTPTEPAPEVAPSEPIPEAVPTESIPEAEPKT
                     PLVSVRGFSAIERETTNLYLYIKSLDSMAAVSKALRKHTALDFAEEIKFTVSGRLAFA
                     VWIDVLKCYKKLGYEIDPSKGECIALSVFVAELYLPDALMLEMSEDKMVEVLPATKRL
                     VSMTEELYPFTEPDDELLFVKVLRADGVDEAIVNKYMALLHQFLSVVVRADGRVDEQE
                     KTWLKQLKTFTPLENRVVLKGPVTR"
     CDS             11828..12775
                     /gene="cysK_1"
                     /locus_tag="SEQF2634_00792"
                     /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             12837..13487
                     /gene="vraR_1"
                     /locus_tag="SEQF2634_00793"
                     /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="MITFLLADNQDITRAGLRAYIADTFGEAGCCTLEVANKKALIEA
                     LTMHRDSTVVILDYALFDLASVEELLNLGRRFPEVAWLLCSNELSDALIRRLSAEHHV
                     GMILKDCTADEIRAALRHTVQGDRFLCHRIADFLLTVHRQPDTHEALTATETEILRLI
                     ARGLSVKEIASERISSTHTIITHKKNIFRKLGVNNVYEATKYALRAGLVEMVEYYI"
     CDS             complement(13808..14563)
                     /gene="pdaD"
                     /locus_tag="SEQF2634_00794"
                     /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="MGGKNRATRASHRLVFLGSLLHFRSPRIFAACLPKGVCTYAPPD
                     SEERENKTDFILIQKIKTKKMVKKVGNLIPNTFFIAKGSGDSDLEKHAGSYHMALFDA
                     GIADFNIMTYSSVIPATAHPVMMDEVDLPPFGSELKTIMAVSHGYQDEFISAGLVYAW
                     MYKDENFDEKAGGLVCEVSGRYRIEELEARLIRVINDLHQRTYSRFYLGDLNFVTEGM
                     TIERRYGTALAALCFTDFIMPDSADGSSEVVRL"
     CDS             14593..15282
                     /gene="basR"
                     /locus_tag="SEQF2634_00795"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P30843"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein BasR"
                     /translation="MKILIIEDDPSLRELIAQSLTNRERAVVETADNLRSALYKIEDY
                     DYDCVLLDIMLPDGSGFTLLERLKAMKKRESVIIISARDTTDDKVAGLELGADDYLAK
                     PFHLAELHARIRSVVRRSRKAGEVDIRLGNVRLLPETFQVFVAGRELSLGRKEYGILA
                     YFFHRPGHLINKETLAEAVWGDHVDQADNFDFVYAQMKNLRRKLTDAGATIQLKSVYG
                     FGYKLIEDTET"
     CDS             15279..16589
                     /gene="qseC"
                     /locus_tag="SEQF2634_00796"
                     /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="MKLIYRILLHLSVVLSAVLTGWAIYFYAGIVEEVNDETDDALDD
                     YAERIIRRYLAGVHLPSEDNGTNNSFYVHAMTEDYLHHHPAIEYIDESVFIAEKGETE
                     PARTLRTVFRDRAGRYFLLSVSTPTIDKDDLKQAILWRIITLYVALLVTILTVNVWVY
                     SRSMRPLHRLLRWLDTYTVGRPHTPLTAHSAVTEFRRLYDAVRRHTDRTEQAFEQQKQ
                     FIGNASHELQTPLAVSLGRLELLADSTPALTEAQLAEVIKTQQTLRRAVRLNRSLLFL
                     TKIDNRQFLDQTDLCLDALLRRDLEDLQEVYASRRITVDLTAVDPPLRASMHESLADA
                     LVSNLLKNAFVHNHPDGRILIRIATPTLTIANTGPAASLDPTHLFDRFHQGPHRVEGS
                     TGLGLSIVRAICRLYAIDIRYAFTADRLHTFTLTFPLTSQNKTP"
     CDS             complement(17036..19543)
                     /gene="mutS2_1"
                     /locus_tag="SEQF2634_00797"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65496"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MIYPENFEHKLGFDKIRELVAAQCLSSLGREQVEAIRFSADATV
                     VAEELEQTGEFVRILQGERAFPANYFIDVRPTLSRIRPEGTFADEPELFDLKRSLQTI
                     VDITRFFRPVDKSDDAQPEYPVLAAMAGRVPVFPQLVRDIDAILDRYGRTKDSASAEL
                     ARIRRDMSAVSGSISRNLQSILRSAQAEGWVDRDTAPTMRDGRLVIPVAPAFKRRIRG
                     IVHDESATGKTVYIEPEAVVEANNRIRELEAEERREIVRILTAFTDVLRPLVPDIIQS
                     YEFLSVIDFIRAKARFAESIGAIVTLPQNEPLIDWQEAVHPLLLLAHRKAGKEVVPLD
                     LSLDRDRRLLIISGPNAGGKSVCLKTVGLLQYMLQCGIPIPLHEHSRTGIFERIFIDI
                     GDEQSIENDLSTYSSHLTNMKYFVRHGNERTLLLIDEFGSGTEPLIGGALAEALLERF
                     NRHGAFGVITTHYQNLKQYAEDHEGVVNGAMLYDRNLMQPLFRLSVGHPGSSFAIEIA
                     RKIGLPDDVIAEAAEKVGSDYVDMDKYLQDIVRDKRYWENKRQNIRRREKQLEELVAR
                     YEHDLEAVNSQRKAIIGEAKEVAQRIVSESNARIENTIREIREAQAEKERTRAARREL
                     DAFKETVSQTNEDDERIARKMEQVRQRQERRKERKSKKQSPTASDPSAAQPKAERPLA
                     TGDAVRMKGQTAVGSILEIQGKQAVVAFGTIKSTVATERLERVDQAALKRATARSATF
                     LSAHTADAMHEKRLHFRQEIDLRGMRGDEALQAVAYFIDDAIQVGADRVRILHGTGNG
                     ILRQLIRQYLPTVPGVAHFADEDVRLGGAGITVVDLE"
     CDS             complement(19758..21185)
                     /locus_tag="SEQF2634_00798"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFLLCSILLACTAWITTAQEPQSCRLGFSYEFSNNKNWGKDKP
                     VIMKVYPNSPAEKAGLKQNDIIERINGARIEEISPDDVDSLISDPEVREVRLTIHNFS
                     SNNREVTLEKECTSALSLGEEQLATAFSMYSVESTHDRLFICPFMTKTTDAAVDFSQF
                     TTFDFTDTDDHTISKIESVINNVLKTELTKKGLRQQSIKPDFTIQTYYKFNKNPNFKK
                     KSRETAEQSPTFRYDITRDRVTKFPFYDANTPESEAEYILQFGIRFIDQRYVRGRVLW
                     ECEANELMSSPYAVDEYASIHIPLMCMQFPYVKYERNAQFILTKKSHNYTGIRYSIYE
                     LNKVVDVDYGSPASKAGIQRGDIIDRINGKRMDHTADEFTAAYRQFITNTLKYRDSGT
                     RFTNANGFPNCMFWDKFKYPQIAKIFETDKYMTAFSYLYFFAPYVNPEGTGANVCILH
                     LRRGTEKLEYIIRPELRSEKTIELN"
     CDS             complement(21938..26416)
                     /locus_tag="SEQF2634_00799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCSIIGQASYTRYTDIKTLKYIFIALLAVALLLYGLPVVLVHVP
                     AVQRRLAKGASHLLTAKLGAPVKLGEVDITWPDGLTLRKVAIDDLSGRPLLRADRLSG
                     GIDLGALLLGQVRFTSARLIGFDIQLRKANPDSPLNAQFIFDALASKDTTSAGGIDLA
                     IRGIRLSRGRMSYDVGRGQPLAGRFDATHLRADDIDAKATLHELHGDRLRVEVHRLRF
                     RERSGLEIRHLSGDLRKLGKQLELRHLLLHLPRTYLHISVATTRLPLDSDDTPIRLNL
                     QPSEVCLADLGALVPALSDLPETLRVAATVSGTLNNPVLDELSVSQDEALSLTARAML
                     RDVRYAQRLYIDGRVSRLQVTTAGAGMLLRRLGGDPSAALPSVIERLGTLHFSGEISG
                     FLDKLVAYGTLNSDVGRLAMDIMIGRDRRQRIATSLQGRIESSDLDMHRLFDEGNAFG
                     NAHFSAELDASEPIGGEWAGIVRARIDRLEYNQYGYENIELDGSFRPREFRGSIRMDD
                     PNGSLHADGLFLSDGAASAFDFTATVHHLRPDRLRLTDRYEEPDLSFAIRSNITGNSP
                     DNFRGTICIDAPVFRTRTDSLALRSVCIEADGQPSDRRIAVRSELLDGELRGAFAVAD
                     LPVALREVMHTCLPSVFEAPPKRTTTAGEPPRFALTASVRNTEVLSRLLGLPVTVVEP
                     ATIAADYDGRTGRVHLTADLPHFLAAGSPFRAGKLTADNADGPVRVQIEADRMQQEGN
                     QSHIHVEAEAESDRLKTRLAFRYPEAGVDLALSATTHFSMHTGADGRQALLADIDLEP
                     NRLVIRDSTWQTEPASVTIDGRDITIRNIHLANGSQYLRINGRLSERDPQETLLLDLN
                     DLELRDIFRIVDIPVLQFGGRATGTVRLNDLYGSRIISTDLDIRDFAFNDVVQGRLNL
                     FSAWDNARNGILMRGTIFKDSTTFTDVNGYIFPVGDSAGLALQFDAHNLDVGLLRPYL
                     DAFTHTLDGRATGRMRLYGTFSEINFEGSAMIRDGRIGVDFLNTVYSFNDSVRFTPTA
                     IEGRAITLTDRNGHTGTLDFTVRHNHLENFAFQADIAARNLLLYDVPRKMNPRIYGSV
                     SGTGTARLRGTEQLIDIDAAVTTDRQTAMSFDFNSASSAEDYGFIRFLPPVLTDTALA
                     LRPPLIVPTADDDATEIRINITTDITPDASFELVMDPIAGDRIRGNGTGNLQIKYSTN
                     ADLGLYGTYTIREGNYNFSLEQVLRKEFRIREGSRIDFRGNPTDALLDLSAVYALKAD
                     IEDLDERLASESGSQRTIPVNCILRLNGRLTSPAIAFDMEFPNSTGELARQVRAFIGT
                     EDMMTRQIIYLLAIGRFYTPGYSGNGFRAGELNAVASSALSAQLSGILSSLTDKVRIG
                     TNIRTQQDGTSDSDTEMEMLLSGRLLNNRLLFNGNFGYRGNYIQRNAFIGEFDLEYLL
                     GPTGDIRLKAYSHANDLYRYNFKSLTRQGVGILFHRDFTSPAELIRRRSPRPVQSK"
     CDS             complement(26809..29796)
                     /locus_tag="SEQF2634_00800"
                     /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
                     DRMLISARIILPDGTLVDTGDEASKASFRRTHSEMIRRIENLRDRVRADKKLAERIRY
                     KYSIKNVTGLNLRPLIAYDDPFEIMAHCMVGSEGTLAFLSEVTMRTLYDYRFRASAMV
                     YFHTMEESCRAVVAMKGMKATEKDIEMSAEDLVVKSAEMLDYLSLGSVNDPVFLQYKK
                     DVDAGLVPGVQPGDYHNLTAILTETKAVTHEELLSKIDRVKQCLANFNLYQQPEFTDD
                     PQIYGKYWAIRSGIFPSVGGTRPEGTTCLIEDVAFHLEDLPVATVKLQKLIADYGYSD
                     ACIYGHAFEGNYHFILNQSFHTEAEVKRYESMMRDVARLVVEEFDGSLKAEHGTGRNM
                     APFVKYEWGEAAYAAMKELKQIFDPEGLLNRGVIFNDDPQCFIKNFKPLPVLDFRFDN
                     IPDGGQFLTLAEGSRSSTKDMVEGVRRANKCIECGFCEVNCVSCGFTISSRMRIVVQR
                     EIRDLENRGADLERVARLRKLYEYYGDATCAADGLCATSCPMKINTGDLTHLIRQLNM
                     MQNPTGYRVGKFAADHLGGLKSNLRLVLGAANLGHTLLGTSLMSGICSGAHRIGLPLW
                     TSAMPRSTRQPKPGTHVGHGDLKVVYFPSCINQTMGVAKGSPVKNTVVEEMCSLINKA
                     GYEVIFPRNMDRMCCGQIWESKGMMDIADRKSGELEESLWEASEHGRYPILCDQSPCL
                     HRMRKVISRMKLYEPVEFIMTYLVDRLTFRKTDRRVAVHVTCSTKEMGLGSQLLELAR
                     LCSDNVVEPEGIGCCAFAGDRGFTYPESNRYALRKLRPQIEKMQVVTGYSNSRTCEIG
                     LQSNSGIPYMSIAYLVNECTEAR"
     CDS             complement(30369..30830)
                     /locus_tag="SEQF2634_00801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMLGVSMKPKMNCDFALRRLSEAKNELRFAFPRLREAKNELRF
                     AFPRPREAKNELRFAFPEPRKAKNKLRFRFPESPEGQNELRFRFPEPPEGQNEFRFCF
                     PECPETQKRIAIGLHVVSGNAKTNCDFASRSIRRRKNELRLGFTECQETQK"
     CDS             31578..33632
                     /gene="cooS2"
                     /locus_tag="SEQF2634_00802"
                     /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="MSPHSSHDNVHTHEEQAHTHGISYAHSHTHSHGHGHPHVHGGTE
                     DYMAAVNAYRKTFSNKQRVIEQTPDPAVREMLLHMQEMGLETVFDRFDAQQPQCNFGL
                     AGTCCKNCFMGPCRITKKAPRGVCGADADLISARNLLRHVAAGTAAHGARGRESMLAL
                     KMAAEGKAPIAIEGEEKIRAVCKTFGIEQEGRSLNELAGEVADILLADLSRTVPDKHR
                     TLYAFAPKERIEAWEKAGIMPLGPYHEAFESLHRTSTGTDGDWRNCMHQFLRTGVSFA
                     WSSCLGSSIAMDSLYGLPQRSTSKINLGALRMGYVNIAVHGHSPLLVSEIVRVGRSDE
                     MVELAKSKGAKGIQFYGICCSGLSAMYRYGGVIPLSNAVGSELVLGTGAIDLWVADVQ
                     DVFPSIMDVAYCFRTTVVTTSDSARLPGAEHYGFDHEHSNIGEINSIARKIVTRGIES
                     FVDRRDIPVKIPQYEVEAEMGFSVEWAGKHFERGLRDLADALRSGKIRGIVNLVGCNN
                     PRLVYEKAIVEVAQILLKNDILIFTNGCASFGLLKLGFCSKKALDWCGDGLREFLVDQ
                     PPVWHLGECLDNARASAFFSGIAAAAGAAIKDMPYAFTSPEWSNEKGICAALAFRLLG
                     INSYHSVYAPVQGSPGVAEFMATGTKEPLGSEMVVDVDHISLANKIVEHISNKRQALW
                     GE"
     CDS             33620..34540
                     /gene="ssuA"
                     /locus_tag="SEQF2634_00803"
                     /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
                     RRGNVIVAGAEVASAEALRGRVFAIPHRNSSHYLLFRSLLEQHGLQPSEVQVVELSPS
                     EMPSALFTGQIGGYCVAEPFGAVGIAKSGGHVIGESDALWPDGLCCALVLNNRMIEQR
                     PSLAARLVKAYHAAGNRLSDPNVALRALKQISRQPDDVLRASLRWIDFSQLTITETAY
                     RDLAERMRRYGLSEAPPEYADFVNPIVDQK"
     CDS             34543..34875
                     /locus_tag="SEQF2634_00804"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGKAFPKALYYTVASFTVVIVLWQVAIMVWRPGDFLLPSPLAV
                     LRALVAWVVDGTLALGLRDSLGRFVVGYSAAVAVGVAFGLLLGLCNSLFRYAYPLIQL
                     VRPIAPVA"
     CDS             34876..35313
                     /gene="ssuC"
                     /locus_tag="SEQF2634_00805"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40401"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative aliphatic sulfonates transport permease
                     protein SsuC"
                     /translation="MPFIVLLLGIGDAPAIVIIFLAGFFPVLLTTASATHRIDPIYAK
                     VAANYGMARSAYVFRIVLPAIFPQIANSLHIALGTSWIFLVSGEMMGAQTGLGYMIID
                     ARNNMRTDQLLATMIVIGAAGFTLDLLVGRLTSSVLKRWGAVA"
     CDS             35399..36184
                     /gene="cmpC"
                     /locus_tag="SEQF2634_00806"
                     /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="MYIEIDHLCKRVVARDTDGVCRERVILDDITLSIDRGEFVCLLG
                     FSGCGKSTLLNLLAGFDQPTSGRITVDGQPVTRPSNSRVMIFQQYGLLPWRTVEQNVM
                     LGLEAQRLPRVDRQRLAEEHLRLVGLSDQASNFPARLSGGQQQRVALARGLAVNPQVL
                     FMDEPFAALDPITRHRLQDDMLRIVSERSKTVVFVTHDIHEAIYLADRIIVLSSSPGR
                     VRRVLTIDSPRPRSRDSGAFARQYDLLYHELYSLSKQPIEYYI"
     CDS             36331..37209
                     /gene="nikMN"
                     /locus_tag="SEQF2634_00807"
                     /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
                     NTLNMALIGAGLGGALHARLQAHVGRSVSLVASAGLSVMAAVGALVAELSAAGVGSSA
                     LYASLAIHHIPVALGEGLVTLLLYRLLTAVPLTDAAKGASPVARSAAWTVYGALLIGT
                     LLLAPLASASPDALEGTLSSFHLLPDAPNFAHAPWADYQFTADGGYLSTFLAALAGLG
                     ATLLSATLLRRAISRA"
ORIGIN      
        1 gaaaaactaa agttgggggt tgaggttgtg attgggtaga gcgaaaagag gaggagcatc
       61 gaacgtgctc cgctccccct cttcttcaat aattacatct ttccatgtgc ctggcgtgcg
      121 atcacgtcga gctgctgctc cttagtcaag tcgatgaact tgacggcgta accactgacg
      181 cggatcgtga agttggcgta ctcttctttc tcggggtgct ccatggcgtc gatcagcttg
      241 tctacgccaa agacgttcac gttcaggtgg tgtgcgccgc gatcgaagta gccgtccatc
      301 acgcggacga gggtctctac ctgctcatcc tgcgtatggc cgagcgtcga cgggctgatc
      361 gtctgcgtgt tcgagatgcc gtccaacgcg tactcgtacg gcagtttagc caccgagttc
      421 agcgatgcca gcaagccact cttctctgcg ccatacgacg ggttggcacc cggagcgagc
      481 ggtgcaccgg ccggacgtcc gtcgggcatg ttgctcgtgt acttaccata aaccacgttc
      541 gaggtaatgg tcaggatact cgtcgtcggc tccgagttgc ggtaggtgtg gtggcggcgg
      601 atcatgttca taaacgtctt cagcagccat acggcgatct catcggcgcg gtcgtcatcg
      661 ttgccgtagc gcgggaagtc gccttcggtc ttgaagctga gcgggaagcc cgtttcgtcg
      721 cggatgatgt tcaccttggc gtacttgatg gcgctgatgg agtctaccac atggctaaag
      781 cctgcgatac ccgtagcgaa cgtgcgacgc acatcggtgt cgatcagtgc caactcagcg
      841 gcctcgtaga agtatttgtc gtgcatgtaa tggatcacat tcaatgtgtt cacatacacg
      901 ccagccagcc actccatcat atccatgaag cgcggcataa actcgtcgta cttcaccacg
      961 tcgccctcga tcggacggaa agccgggccg cactgctcgc gtgtcttggc gtctacaccg
     1021 ccactgatgg cgtacgtaag acacttagcc aggttagccc gtgcaccgaa gaactgcatc
     1081 tccttgcccg tctgcgtggc cgacacacag cagcagatcg agtaatcgtc gccccagatc
     1141 ggccgcatca cgtcgtcgtt ttcgtactgg atagagctgg tcgtcaccga gatcttcgat
     1201 gcgtaacgct tgaaaccttc cggcagacga gaggaataca acaccgtcaa gttcggctcg
     1261 ggcgagggac ccatgttctc caacgtgtgg aggaagcgga agtcgttctt cgtcaccatc
     1321 gagcggccgt ccataccgag accggccatc tcgagcgtcg cccagatcgg atcgccagag
     1381 aagagctggt tgtacgacgg gatgcgcgca aacttcacca tgcggaactt catcaccaga
     1441 tggtcgatca gctcctgcgc ttccgactcc gtcagcgtgc ctgcctccag atcgcgctgg
     1501 atataaatgt cgaggaaggt cgagatacgg cccacggaca tcgcagcgcc attctgcgtc
     1561 ttgatggcgc cgaggtagcc gaagtagagc cactgcacgg cctcgcgagc attcttcgcc
     1621 ggtgccgaaa tgtcgtagcc atagatggcc gccatcttct tgagcccttg gagcgacttg
     1681 atctgcatcg aaacctcctc gcgcagacgg atcacgtcgt ccgtcatcac gcctccgccg
     1741 tcatgcagtg ccaggtcttg cttcttcttc tcgatcagga aatccacgcc gtaaagcgcc
     1801 acgcggcggt agtcgcccac gatgcgtccg cggccgtagg tatccggcag accggtgagg
     1861 atgtggttgt gtcgcgcgga cttcatctgc ttcgtgtagg catcaaacac gccgtcgttg
     1921 tgcgtcttgt gatactccgt gaagatctcg tgcagcttct ccgacggctt gtagccatac
     1981 gtcgtgcagg cctcttcggc catcttgata ccgccgtaag gcatgaatgc gcgcttgagc
     2041 ggcttgtcgg tttgcagacc cactacgcgc tccaaatcct tcgtgccctc ggcaatgtaa
     2101 gccgctccgt aggccgtcag gccagagacg atctccgtct ccatatcgag tacaccgccc
     2161 ttggcgcgct cctccttctg caagccctgc aggatgcccc acagcttctg cgtggcctcg
     2221 gttgggccct ccaggaagca ttcgcagccg tcataagccg tgtaattgtc ttgaataaat
     2281 ccgcgaacgt ccacttcatc cgtccacttg gttccttgga acccgttcca ttcctgtctc
     2341 attttatgat cgaattttta ttgttgatga tgttatcggc tgaccttttc gggagggggg
     2401 gtggccccct ttcctctgtc atccgcgggc aaatgtagag gcatttcctt acactggata
     2461 cattttgagg agaaaaatgc aaggtcgaca ttgcaatttt tgtaacacgc agagaatcaa
     2521 cgtctccaga acgcctcttt ttgcacacga caaggcgaag tgtgccgata aaggtgctat
     2581 cgcctccttt tttgcccctc acacagcccc tttttctccc gttttatccc tttcctagat
     2641 cctcctaaac cacgtcgccc ccgtcacaca cgcagccgcc cttgtcctca cctccgactc
     2701 cttcggcaga ccctctgccc cctttgtcct cccctaccca gctcccgtca gacccttcgc
     2761 cgcctttgtc ttcgcctccg actccttcgg cagaccttct gccgtctttg tctttgccac
     2821 caagagctca ggcagacctt ctgccgcctt tataatgccc tgtatagata gtgtctatga
     2881 tctaaacagg ctatcaaaaa tcaatatagc actgtctgta atctaaacag gatgtctaaa
     2941 tacttagata aggtatcctg aatctggaaa tgattgatgg agtttttaca cctctgtttt
     3001 gtctgataaa acgatatata atctattata tagatggttt tctacataaa cagcatgtcc
     3061 aaatattttt catgactatc catgatcaag aaataggcta taaaatatat caagccagtt
     3121 ctttctatag acggtatcat attcgatttt tagttgctgt tcgtatcaaa aacggtgact
     3181 caaaaaatga ttttatagtg tctatgttat aaacagttcc tgtacagggc atcataaagg
     3241 cggcagagtc tctgcctgaa ctaccgggga cgaagacaaa gatggcagag gctctgccga
     3301 gactttgggg gtgttagaca agggtggcga agggtctaac tggagctggg tggcggagga
     3361 caaggggcgc agagggtctg ccggggcacc gattccctct tacttttgct ccatcatatt
     3421 caaacagaag attatgcctc agatcagtct tttttacggc atcattatta tgatgtactt
     3481 ctccgatcac gcgccagcgc atttccatgc gtggtatggg aattataagg ttacggtatc
     3541 catcaaagat ggtgtggtga aaggtgaaat gccagcgcgg gcgctgcgga tgatactgga
     3601 gtggctcgat ttgcatcgcg acgagttgat ggtgaattgg gaacgggcct gcaagggcga
     3661 ggcattgaac aaaatagaac ctctgacatg aatgcaatga tgtttacaga agtgatacgg
     3721 gccgaatacg cggggggata ccgcgtgcgg ctgtggttta acaacgagac agtgaaaacg
     3781 gtggatctgg aacaatcgct gaaaggaagc gtgttcgaac ctctgaagga cgtggaacgg
     3841 ttcaagcggt tccaagtcag atatgcgact atcgaatggg agaacggcgc agatctggct
     3901 ccggaatatc tctttgagtt gccggctgtg gaataagtcg gggacgtttc tctgggatct
     3961 ctcttccttt tcttgatggt tcttcctctc ttcctttgat ggtctccctt ttcttccctt
     4021 gatggaagaa aaggaagcaa aagaagatca agacgtcagg gacgccagcc aagtttgccg
     4081 ggtactggac aaacttccct gcctcggtag aggccgccgg ccaagtttgc cgggtaccgg
     4141 gcatatggct ctactctggc tggggctgtc gggctttggc ggcttggtac tggcggatca
     4201 tcttccgacg gacgcgtatg atctgctgac ggtagacgag ggcggcaagg aggaagtaga
     4261 ggccggtctg cagccaaagg agacggtact catgggcgac gtcgaagagg gtggcgccgc
     4321 aactcttgat cagcacaaag ccgcggatgg ctggcgtgga ggggaagagt tgggccaggg
     4381 cgcgccagta gaaggggaag gcgtcggtgg gccaagagat gccggagagg aagagcagga
     4441 tgacggacat gaagacgaag agcatcatgc cggactcacg ggtgcgcatg aagccggaga
     4501 gaatcatggc aaagaagatg ctggccagga ggtagggaag gaggaaaagt agcgcgtccc
     4561 aggggttacc aacggagggg taggcgaaga tgcgtgggac gacgacgagc gtccagaggc
     4621 agacggggat gtagataatg acgtaagcga aggccttgcc aaggaggacg cggagggtgc
     4681 cgcggaagcg tcggtcgagg gggacgaggt ggtggaagcg gctctgctcg cgggcggtgc
     4741 cgcccagcat gcagataccc aggacgagcg tctgctggat gataaggatc aaaacggcgg
     4801 gcaagaggaa gctggcgaaa ccgttggcgg ggttgaagag ggccacggac tcgtagggga
     4861 tgggggcaac atagatctgc tgaagctcgt cggtagattg gggcgtgcgg gcggcacgga
     4921 tctcgcgccc catgtcgagc gagacttcgg tggtggccag gagaagggct ttgtagtgca
     4981 gcagcaggct catgtcggta taaagcgaga cggtggcctg acgtccagcg gcaaggtcgc
     5041 ggttaaagtc ggacgtgaag aggaggatgc cgtaggcttg cttgttatca actaaccgac
     5101 gggcatcctc gatggacccg caggtggcca caacgcggac gtcgggcgtg gcatcgacac
     5161 ggcggatgaa ctcgcggctg cgctgcgatc cgctctggtc gacgacggcc aaggggacgt
     5221 cgcgcaccgt ttcggggttg tagatgagtg cgtaaatgac ggggtaggcc aaggggacga
     5281 ggaagaagaa gatcatcacg ccgctatcac gaaagatggc gcgcagctct tgccgccaga
     5341 tgtagaacag gtcgcggaag ccttcggcaa tgagggtcgg tagacgtttt tcgttatcca
     5401 tatatagagg gtagagggtg gagggtagag ggtagagggt agaggataga gggtggagaa
     5461 tagagggtag aaagtagagg gtggagagtt gggagtggag agtaacttca tgtacccggt
     5521 tctaccctct accctctacc ctctaccctc taccctctac cctctaatct ctatcctcta
     5581 tgatcatggg atgtaatgga aatagagcag ggcccttttc aggttgcggt agatggtgag
     5641 gggcaagagg aagaaggcgg caagccagac gtattcgccc caggtgtaag ccagcgcgcg
     5701 accgttgagg gcctgatcga tgtagatgag cagatagtgg cgcaggggat agaggtacga
     5761 cagggcgtgg aaggggggat acatggccgt cacggggtac gacaggccgc agatggagaa
     5821 gccgagcatg ccaaagaggc tggcgaagct gaggccaagt cggacggtgg gcaagacgcc
     5881 gatcataaac acaccgacgg cttgcgaggc aatgactaat agcgtcatgg cggctaggat
     5941 gggaagccag ccgttagcta atgggaatgc gttgtagcca tagagcacgg cacagataag
     6001 cagtccgaca acggtgaaga tgatcgtgtg cggaagcagt ttgccggcca ggctgaccgc
     6061 cagcgagccg ttcccgaggc tgagccaacg gcgagaagtg cgctgcttga tctccgcgcc
     6121 gatgctgtag acggtgacaa tgaaaacgag cagctgcagc agtccgggta gcatggcgtt
     6181 gctgagatag acggagtagt tcagccacgg gttaccgatg gcgtgcgtat cgacgatgat
     6241 aggctgaatc tgacccatga tctgcgcgtc agtcaggccg cgcgcctgcc cctgctgtag
     6301 cccgacggaa gcgccggcca gaacggagag cgtcttcatg tcacgaaaca tgagggagcc
     6361 ggcgatgagg aacgagccgt tggtataaaa cgacagccgg ggacgcttgc cggaggtggc
     6421 gtcctgctga aagtttttcg ggatcaggaa gacgccatag atgctgcctt gctgcatttc
     6481 gtgtcgcgcc tcgtcgaaag aggcgcactg catgcgtacg gcggtctgct caaaggcgtc
     6541 aagctggcgg acgagacggc gcgaagtggg cgtattgtcg agatccacaa cggccacagg
     6601 caggtcggtg ggcaggccac tgcgcatgag tgtggtgaag aaaaagagac agccgacggg
     6661 ggccacgacc atgcagaaga agtagaccgg gttggccacc aagcggcgca gctcccgtcg
     6721 ggcgatgcgc aggatggcgt atatgccttc gcgaagggtc atcgtttact ggggcgtttg
     6781 atgatgacgg acatgccggg gcggaggtca gccacgggcg atgtgggacg tgcgcgcacc
     6841 tcgaaggtct tcgagtcata ctggccagta gtcttcgtgg ccttccatgc ggcgtaggtg
     6901 cccatgtcct tcatgaagta gaccttcatc acgacctcct tatcgccgag cgcagggatg
     6961 aagcctcgga tctcggcgcc gatcttgatg tcgcgcaaca agtcttcacg gacgctgaag
     7021 gtgacccaca tgtcgttcaa gtcagcgatg ttcatgatcg gtgcaccggt accgaccagc
     7081 tcgccgatct gcgggaagcg ctccaccact tcgccatcga tgggggaaac gagagcacgc
     7141 tcgccgaggt aagcctccac ctcgtcgacg acgccgcctg cctggcggac aagggccgat
     7201 gcggctgcct tatcctcccg tcgggcgccc tcgcgggcca tgtcgtactg cgaatgggcg
     7261 gctttctcgg tagccaccat cgcctgatag ttcgcctcgg cctcgtcacg cttttgggca
     7321 gacatgacgc cttggtcgta gaggtgttgc acgcggtcgt acgacttctt ggcgatgtcg
     7381 agtcccgcct tggctttctg ccaaagctcg taggcgccgg tcacttcctg cgatcgggcg
     7441 ccggccattg ccttggcgct ctgtgcctca gcggcagatc gtacggcttc ggcttgacgc
     7501 agtttggcgt ccacctcggg ggtgttcagg taaactaacg tgtcgccggc gtgcacgcgg
     7561 tcgccctcgc cgaagcggta agcctcgatg cgtccgggca ccttgccgga gatgcgtacc
     7621 tgagtggcct ctgcctggcc catgatgatg tcgtcgggga gagtaagcag gaagaagcct
     7681 gccaatgaca ctaagcctat cacgatgacg actgcgatga aggccagtag catgttgttg
     7741 atcgaatatt ttttctcgct cattgtttgt agggtagtta tggggcttgg ccccgggatt
     7801 tatacgtagt aggggggagc cttgtgggcg cccatatata ataggtatac tttcttcttc
     7861 ttttcttgcc ttgatgcaag aaaagaagca aaagaaaatc aaggcaccag gggtgccagc
     7921 cgagttggct tggtacaggc gggctactct ttgcctaagc gcccgagggc tttgctgagg
     7981 tagacctcgg tgagcttgac ctcgatttgg gcgtcgataa gttgcgaacg ggcggagacc
     8041 cacgcggtct gtgcctccat gaggttgagt gcggggatga caccctcttc aaagccgaca
     8101 ttggcgtagc ggaggttctc ttcggcgcgc tccatgttgc gcgtggaggc ggtgagctgt
     8161 ttgccggcct cgttcacctt gtagacggat tgattgactt gcagctccac cttctcgcgc
     8221 gcctcctccg tttcgagtcg cttgatcacc gtctcggcgc gtgcggcgtt acgcttgtag
     8281 gagccttccc accacgccga gaggggcaca cgcaccagca caccgacgtt gtacatgccc
     8341 gaaaactcct tcttgaaacc gtggtatgcg ttcggattcg tgacgaggta gttggccgtc
     8401 agtgcgacgg tgggcagcat ctcggccagt gcgatctgct cctttttgcg gtaaatcttc
     8461 gtggccagct cgaggctctt tagctcgggt cgatggctga atgcctcctc ggcgttggcc
     8521 tgtttcgcgg tgggttgaac ggcaaactgc tcgatgcgtt cgtcagctag caggggcgga
     8581 tgctccatgt cgagcccgca gagttgcgcc aaaagcatac gcgagagcgc cagcccgttg
     8641 ttcaccttcg tctgcgccat ctcggcctcg ttgagcttca ctttgacaga caattcgtcc
     8701 gccttcgtgg ccacgccggc cgtgatcatg gcggcgatgt cggtgtccat cttgcgaagc
     8761 aattcgacgt aggcgtcggc caactttttc ttgttagcca gcgagacgac ctgccaatag
     8821 gtctcgtccg tgcggcagat cacgtcttgc aacttcgtgt cgtgcatcga ctcggccaac
     8881 tcgagggcgt aacccgtgat ctggttgtac gaaaggatct tcccacccat gaaaacgggc
     8941 tgcacgagcg acacatcgcc gatccaaacg ttctgcatat ccacatgcgt gaggttcttc
     9001 agctcttcca tcatttgggg gagtgattgc gccacctgcg gatacttcat cagtagcggc
     9061 gccagttgcg gaagcaattg gccggtcatg gcctcaaaac gggtgtaatc caccagctcg
     9121 agcggcttgc tgttgtgcat atacgagcct gtggccgaaa gttgggggaa gtatttcgtg
     9181 cgtgccgcgc gccgttcctg cgcagcgcga tccacctgtg cctcggcgat tttcagctcc
     9241 ttattattat caatggccag ctgtcggcat tgctccagcg tgagcgcctc ctgcccgtaa
     9301 gcggcacaaa tgggcagtgc gaaagtcatc cataaaatca atgtgtgctt cattcttcgt
     9361 gtctattttt tcaggggtgc aaagatatta gtgcataaag ccgctgttcc ataattccac
     9421 cgaaatggac ataagacgcg cgaatcgtac agttctatca tttcggccct ataggcccaa
     9481 actgatttgc attatacgcc caaacaaatc ggacctatag acccagaacg attggggcta
     9541 tgcgcccaaa cagatccaat cattagctat ggatccgcaa tgctgtagtc accgaagtgg
     9601 atgtagcgat tgaagcgaga ttaaaagtcg gaataggccg agatgaagcg cttcatctcg
     9661 ttaccgggcc tttgagaact actcggtttt ccagcggcgt aaacgtcttc agctgcttca
     9721 gccaagtttt ctcctgctca tccacccgac cgtcggctct gactaccacg gagaggaatt
     9781 ggtggagaag tgccatgtat ttgttgacga tcgcctcatc cacgccatca gcccgtagca
     9841 ccttgacgaa aaggagttcg tcgtcgggct ccgtgaaggg atagagttct tcggtcatgg
     9901 acacgagcct tttcgtggca gggagcactt ccaccatttt gtcttccgac atttccagca
     9961 taagggcgtc ggggaggtac aactcagcca caaagacaga caatgcgatg cactcccctt
    10021 tggaaggatc aatctcgtag cccagcttct tgtaacactt caacacgtcg atccatacgg
    10081 caaaggcgag tcgcccactg accgtaaact tgatttcctc agcaaagtcc agcgccgtgt
    10141 gtttgcggag agccttactc acggccgcca tgctgtcgag gctctttata taaaggtata
    10201 ggttggtggt ctctctttcg atggccgaga aaccgcgcac cgacactaag ggtgtcttcg
    10261 gctctgcttc cgggatagac tctgtcggca ctgcttccgg gattggttct gaaggcgcaa
    10321 cttccggagc gggttctgtt ggcgtcgtat tcggggcggt gagcaggttc gcgtaaacgg
    10381 tataggccgt ggcaaactcg ctcgccgtag tgtagttcga gaacatgaat ttggccgtgg
    10441 tgttccccgt gtttacgaag aggcagcagt atttgaacac gggataccgc gagttgttgg
    10501 cgtacctctt gtccggctcg ccgttcttat tgacgtactg ccaggtgtac ttaaggaact
    10561 cggcatccac gggcctggct tcgctctctt ggtaattgac cgtagcggtg gtgagtctgc
    10621 ccaagtcgtg gggatagaca tagaagtggc agacgtcggt ggccttgatg atgaacttag
    10681 gatagatgta atagcgggcg tcgccggagt ctaataccgg gatatcgaag gcagacttga
    10741 ggaagttgaa gacgccgacg tagatcgacg cttcacaccg tttgatggag atgttggaga
    10801 atgcttttcg ttgtgtcgtg agcacctcgt ccgtgatgag ccatattttg tccgtcgaga
    10861 gcagcgtctc aaatcgctcg cacagccggc tgtacgccgc tttctcctct tctgacaact
    10921 gggagtcgac attgatctgc gtggcctcca gctgccgcat gcgtttcgtc aacacgccac
    10981 gatagtcttt cagaaggcgt tcgagctgct cgttgggttt ctttgatagc ttcttttcca
    11041 agccctgcac aatggccgac tcttcgtcaa tttgctgcgt cagttcgtaa cattggatga
    11101 agttttggag gatcgaccga gccgtgccgc ccgtacgggg taacatccgc ttcgcctgat
    11161 ccacccaatt gatgctcgga gctttcggct tagctgagat tgaggtgttt attagaatgg
    11221 ctccgactac aacataaagg gcaaacgaga ggaagattat accggtgaaa atctgcttct
    11281 catctatcag ccatatcaaa cccataaaaa gaaagagaag tgcaaggatc ccagcacaac
    11341 catagccgag aagttggccg ccaccgcttg gcgatgtgtg gatgttgcgt ttgacagacg
    11401 catacggccg tcccctgtcg cccgagatct tttgccggtt atagaagccc gtcccgggaa
    11461 taccggtgtt gacatacgtc cctttcttcc cgaagtttac acttgcccct ctgacgccta
    11521 tcgtggtgct cacacccctt ctgctcagat ttaggtgtac acccggcgca attcttactc
    11581 tcttccgata gctccaagtc atgattgttc tctgttttat tgatgaatac aatgcggttt
    11641 acctgccgca aagatgtttc atctgatgta tccgcccttc aacgcgttcc ggagcgctgt
    11701 atatcctcca cataccccct ccagaacccg cattccatgc gggtaatcac caatatacca
    11761 cacatgtggt attgtcgggc ctatggggcg cccgtacctt tgcgctcaaa ttaaacatcg
    11821 aaagaaaatg gcaagagttt atcagaatct gaccgccctc gtaggcggca ccccgctcct
    11881 ggaagtgagc aacattgaga agtcagaagg cctcaaggca cgcgtgatcg ttaagctgga
    11941 gtatttcaac cccggcggta gcgtcaagga tcgtatcgca ctggccatga tcgaggccgc
    12001 agagcgaagc ggcgagctga agcccggctc cattatcatc gaggctacca gtggcaacac
    12061 gggtatcgga ctggcctggg tggcctccgt aaagggttac aaactgatcc tgaccatgcc
    12121 cgagacgatg agcgtggagc gtcagaatct gctcaaggct ctcggcgcta cattggtgct
    12181 gacacccggt agcgagggta tgaagggtgc gctccgtcgt gctggcgaac tgaaagagga
    12241 gcatccggga tcgattatcc tgcagcagtt tgagaatgag gccaaccccg aagtacacac
    12301 tcgcacgacg gctgaagaga tctggaacga tacggacgga aaggtcgaca tcttcgtggc
    12361 gggcgtaggc acgggcggca ccgtgagtgg tgtggccgag gggttgaaga aacataaccc
    12421 gaaggtgaag gctgtggccg tggagccggt gggatcaccg gtattgtctg gtggacagcc
    12481 ggggccgcac aagattcagg gcatcggtgc tggctttgtg ccgaagaact atcacgctga
    12541 cgcgatcgat gaggtgctgc aagtgcagga taacgaggcc atcggcgcct cccgactgct
    12601 ggctgcccgt gaaggtctac tcgtcggcat ctcgtctggc gctgcgctgc acgccgcgct
    12661 ggagctggct cgcaagcccg aaaacgaggg caagacgatc gtggccctgc tgcctgacac
    12721 gggcgagcgc tacctctcga ccgtgctcta tgccttcgaa gagtatccgc tgtaattaaa
    12781 gcacactgaa aggggggcgc tgtgcccccc ttcactcgtc tcacctctct ccccctatga
    12841 tcactttcct cttggccgat aatcaagaca tcacgcgggc tggactgcgt gcctatatcg
    12901 ccgacacctt cggcgaggcg ggctgctgca cgctcgaggt ggccaataag aaggcgctga
    12961 tcgaggccct gacgatgcac cgagacagca cggtggtgat cctcgactat gcactcttcg
    13021 acctggccag cgtggaggag ctcttaaacc tggggcgacg ctttccggag gtcgcgtggc
    13081 tgctctgctc caacgagctg agcgacgccc tcatccgccg cctcagcgcc gagcaccacg
    13141 tggggatgat cctcaaggat tgtacggccg acgagattcg cgcggcgctc cgacacacgg
    13201 tgcagggcga ccgttttctt tgtcaccgca ttgccgactt cctgctcacc gtgcaccgtc
    13261 agccggatac gcacgaggcg ctcacggcta ccgagacgga gatcctccga ctcatcgccc
    13321 gcggactgtc ggtcaaggag atcgcctccg aacgcatttc cagcacacac accatcatca
    13381 cccacaagaa gaacatcttc cgtaagctgg gcgttaacaa cgtttacgag gccacgaagt
    13441 atgccctgcg tgccggcctg gtggagatgg tggaatacta tatatgagac caatcattct
    13501 gccttgacag cgtgttgctc atgccgctcg cgctgtatat gtgacgcttt gtagttgaaa
    13561 atagttcgca cctgagcaga gggggagctg gagtgatggg actccggttt cccctctctc
    13621 ttttttgctg gggggccgtc tcctgccaat tgactcgatc aatgagcata cacccgctat
    13681 gccgattgac tcgatcaatg agctgaaacg ggtttgatgc tcgcgggccg catatgacaa
    13741 aaggcagcca cgaacggatg cgtcgtgact gccttttttt atgcgctgtg gcctatccca
    13801 gaccctctca gagtcttacc acctcactgc ttccatccgc agagtcgggc atgatgaagt
    13861 cggtgaagca gagcgcggcc agggcggtgc cataacggcg ctcgatggtc ataccctcgg
    13921 tgacgaagtt cagatcgccg aggtagaacc ggctgtaggt gcgctgatgc aggtcattga
    13981 tcacacgaat gagacgtgcc tccagctcct cgatgcggta gcggccgctg acctcgcaga
    14041 ccaggccgcc ggccttctcg tcgaagtttt cgtccttata catccacgca tagacgaggc
    14101 cggccgagat aaactcgtcc tgatagccgt gcgaaacggc catgatcgtc ttcaactccg
    14161 agccgaaggg cggcaggtcg acctcgtcca tcatcaccgg gtgtgccgtg gcgggaatca
    14221 cggacgaata agtcataatg ttgaaatcag caatgccggc gtcgaagagc gccatgtgat
    14281 acgacccggc gtgcttctcc agatcggagt cgccactgcc ctttgcaatg aaaaacgtgt
    14341 tcgggatcag gttccccact ttctttacca tcttctttgt cttgatcttt tgaattaaaa
    14401 tgaaatcggt tttgttctct cgttcctccg agtcgggggg cgcataggtg cacacccctt
    14461 tcggcaaaca ggccgcaaaa atacgggggg atcgaaaatg taaaagcgaa ccgagaaaaa
    14521 cgagccggtg agacgcccgg gtcgctctat ttttgccgcc cataacccat tactcccccc
    14581 ccccgatacg aaatgaagat tctcatcatc gaagacgatc cctcgctgcg cgaactgatc
    14641 gcccaatcgc ttaccaaccg cgagcgcgcc gtggttgaaa cggccgacaa cctccgctcg
    14701 gcgctctaca agatcgagga ctacgactac gattgcgtcc tactcgacat catgctgccc
    14761 gacggtagcg gcttcaccct tctggagcgc ctcaaggcga tgaagaagcg cgagagcgtg
    14821 atcatcatct ctgcacgcga cacgacggac gacaaggtgg ccgggctgga gcttggcgcc
    14881 gacgactatc tggctaaacc cttccacctg gccgaactgc atgcgcgcat ccgcagtgtc
    14941 gtccgccgca gccgaaaggc cggcgaggtg gatatccggc tgggcaacgt ccgactgctg
    15001 ccggagacgt tccaagtttt cgtcgccggc cgcgagctca gtctcggacg taaggagtac
    15061 ggcatcttgg cctacttctt ccatcgcccg ggccacctga tcaataagga gacgctggcc
    15121 gaggccgtct ggggcgacca tgtcgaccag gccgacaact tcgactttgt ctatgcccag
    15181 atgaagaacc tccgccgtaa gctcaccgac gccggcgcca cgatccagct caaatccgtc
    15241 tacggcttcg gctacaaact gatcgaagac acggagacat gaagctcatc tatcgcatcc
    15301 tcctccacct ctccgtcgtt ctctcggccg tcctcaccgg gtgggccatc tacttctacg
    15361 ccggcatcgt ggaggaggtc aacgacgaga ccgacgacgc cctcgacgac tatgccgagc
    15421 gcatcatccg tcgctacctg gccggtgtcc atctgccctc cgaagacaat ggcacgaata
    15481 acagtttcta tgtccacgcc atgacggagg actacctcca tcaccatccc gccatcgagt
    15541 acatcgacga atccgtcttc atcgctgaaa aaggcgagac cgagcccgcg cgtaccctcc
    15601 gcaccgtctt tcgcgaccgt gcggggcgct acttcctgct ttccgtcagc acgccaacga
    15661 tcgataaaga cgacctcaag caggccatcc tctggcgcat catcacgctc tacgttgcgc
    15721 tcctcgtcac catcctcacc gtcaacgtct gggtttacag tcgcagcatg cgccccctgc
    15781 accgcctcct ccgctggctc gacacctaca ccgtcggccg accgcacacg ccactcacgg
    15841 cccactcggc cgtcaccgag tttcgccgac tctacgacgc cgtgcgccgc cacaccgacc
    15901 gcaccgagca ggctttcgag caacaaaagc agttcatcgg caacgcctcg cacgagcttc
    15961 agacgccgct ggccgtcagc ctgggccgcc tcgaactcct ggcagacagt acgcccgcgc
    16021 tcaccgaagc ccaactcgcc gaggtgatca aaacgcagca gacgctccgc cgtgccgtgc
    16081 gcctgaaccg ctcgctgctc ttcctcacca agatcgacaa tcggcagttc ctcgaccaga
    16141 ccgacctctg cctcgacgcc ctgctccgcc gcgatctgga agatctgcaa gaggtctacg
    16201 cctcgcgccg cattaccgtc gacctcaccg ccgtcgatcc gcccctccgt gcgtccatgc
    16261 acgaatctct ggccgacgcc ctcgtctcca acctgctcaa gaacgccttc gtccacaacc
    16321 accccgatgg acgcatcctg attcgcatcg ccacccctac cctcaccatc gccaatacag
    16381 gccccgccgc ctcgctcgat cccacccacc tcttcgaccg cttccatcag ggacctcacc
    16441 gcgtcgaagg ctccaccggc ctggggctct ccatcgtccg tgccatctgc cgcctctacg
    16501 ccatcgacat ccgctacgcc ttcacggccg accgtctcca caccttcacg ctcacattcc
    16561 ccctcacctc ccagaacaag acgccgtaaa gtccgcagac tggagtccgg aaatgattgc
    16621 agaagtcctg caagcattcc caaaaacgtt ttggccatcg cacggcttcc gtagaaaccc
    16681 tctgctggat ttattcttac gccaaactca cgtttccttg atgaaagaaa cgtcggccaa
    16741 aagaaaatca atacgatgat cgccctcttt tcttgctggg tacgttgatc ctcaaacggt
    16801 cattatcgga cagacttccc agtgtccacc cgctgttttt catcctctcg aacgggcccc
    16861 tgttttgctt cgcgcacact gcgcggcccg aaacggaccc ctgttttgct tcgcgcacac
    16921 tgcgcggcct gaaacgggcc cctgttctgc ttcgcaaaaa acaatggaag gaagctccct
    16981 gtgtcggtcg gctaatgacc gattggggct gattggaaat cgtttttcgt ttcccttact
    17041 cgagatctac gacggtgata ccggcgccac cgaggcggac gtcttcatcg gcgaagtggg
    17101 cgacgccggg gacggtcggg aggtactgtc ggatcagctg tcggaggatg ccgttgcctg
    17161 tgccgtgaag gatgcggacg cggtcggcac cgacttggat ggcgtcgtca atgaagtagg
    17221 cgacagcttg caaggcctcg tcgccacgca tgccgcggag gtcgatctcc tggcggaaat
    17281 gcaggcgctt ctcgtgcatg gcatcggccg tgtgtgcact gaggaaggtg gcactgcgcg
    17341 ccgtggcacg cttcagggcg gcctggtcaa cgcgctccaa acgctccgtg gcgacggtac
    17401 tcttgatcgt cccgaaggct acgacggcct gcttgccttg tatttccaag atgcttccga
    17461 cggccgtctg gcccttcatg cgcaccgcgt cgcccgtggc gagtggccgt tcggcctttg
    17521 gctgagcggc agagggatcg cttgcagtgg gcgactgctt cttgcttttg cgctccttgc
    17581 gccgctcttg acgttggcgc acctgctcca tcttgcgggc gatgcgttcg tcgtcttcgt
    17641 tggtttggct gacggtctct ttgaacgcgt ccagttcgcg gcgtgcggca cgcgtgcgct
    17701 ctttctcggc ctgtgcctcg cggatctcgc ggatcgtgtt ctcgatgcgg gcgttggact
    17761 cgctgacgat gcgctgcgcc acctctttgg cctcaccgat aattgccttc cgttggctgt
    17821 tcacggcctc gagatcgtgt tcgtagcgcg ctaccagctc ctcgagttgt ttctcgcggc
    17881 ggcggatgtt ttgtcgcttg ttttcccagt aacgcttgtc gcggacaatg tcttggagat
    17941 acttgtccat gtcgacataa tcgctgccca ccttttcggc ggcttcggcg atgacatcgt
    18001 caggcaggcc gattttgcgg gcgatctcga tggcgaatga gctaccggga tggccgacgg
    18061 agaggcggaa gagcggctgc atgaggttgc ggtcgtagag catggcgcca ttgacgacgc
    18121 cctcgtgatc ctcggcgtac tgcttgaggt tctggtaatg ggtggtgatg acgccgaacg
    18181 cgccgtgccg gttgaagcgc tcgagtaggg cctcggccag tgcgccgcca atgagtggct
    18241 cggtgccgct accaaactcg tcgatgagca gcagtgtgcg ctcgttgcca tgacggacga
    18301 agtacttcat gttcgtcagg tgtgagctgt aggtgctgag gtcgttttcg atgctctgtt
    18361 cgtcgccgat atcgatgaag atgcgctcga agatgcccgt gcgggagtgc tcatggagcg
    18421 gaatggggat gccgcattgg agcatgtatt gcagcagtcc gacggtcttc aggcagacag
    18481 atttccctcc ggcgttgggg ccggagatga tgagcagtcg gcggtctcga tcgagggaga
    18541 ggtcgagcgg aacgacctct ttgccggcct tgcggtgggc gaggagaagg agggggtgta
    18601 cggcttcctg ccagtcgatc agcggttcgt tttggggcag cgtgacaatg gcgccgatgc
    18661 tttcggcgaa gcgggctttg gcacgaatga agtcgatgac ggataagaac tcgtaggact
    18721 ggatgatgtc cggtacgagt gggcggagca cgtcggtgaa ggcggtgaga atgcggacga
    18781 tctcgcgtcg ttcctcggcc tcgagttcgc ggatgcggtt gttggcttcg acgacagctt
    18841 cgggctcgat gtagaccgtc ttgccggtag ctgattcgtc gtgcacgatg ccgcggatgc
    18901 gtcgcttgaa ggcgggggct acggggatga caagtcggcc gtcgcgcatg gtgggcgccg
    18961 tgtcgcgatc cacccagcct tcagcctgcg ccgagcggag gatggactgc aggttgcggg
    19021 agatgctgcc cgagacggcc gacatgtcgc ggcggatacg ggccagctca gccgaggcgc
    19081 tatccttcgt gcggccgtag cggtcgagga tggcgtcgat gtcgcgcacg agctgtggga
    19141 agacgggcac tcggccggcc attgcagcca acacgggata ctccggctgg gcgtcgtcgc
    19201 tcttgtccac gggccgaaag aagcgcgtga tgtcgacgat ggtctgcagc gagcgtttga
    19261 ggtcgaacag ttccggctcg tcggcgaagg tgccctctgg ccggatgcgg ctgagcgtag
    19321 ggcgtacgtc tataaaataa tttgcaggga aagcacgctc cccctgcaaa atgcggacaa
    19381 actcgcctgt ttgttccaac tcttcggcta cgaccgtcgc atcggccgag aagcgaatcg
    19441 cttctacttg ctcgcggccc agcgaactga ggcattgcgc ggcgaccagt tcgcggatct
    19501 tgtcgaagcc gagtttatgt tcaaagtttt ccggataaat cacgtataag agaagctgtt
    19561 tggaatttat ttcggaggat attcagagga tatttccggg gattttgtct cctcttttaa
    19621 ggagcatagc gagctatgtg acgaaaaaga ggagacaaaa tccccggaaa taggcctgaa
    19681 taggcccgaa atagaaatgg agaagattgg ccaaaacggc ccctaaaaca atcactcaat
    19741 aaattcaaaa cagcttctta attgagttcg atcgtctttt cggagcgcag ctcaggacgg
    19801 atgatgtact ccaacttctc cgtgccgcgg cgcaggtgca ggatgcagac gttggcgccg
    19861 gtgccttcgg ggttgacgta gggggcgaag aaatagaggt aagagaaggc ggtcatatac
    19921 ttatcggtct cgaagatctt ggcgatctgg gggtacttga acttgtccca gaacatgcag
    19981 ttggggaagc cgttggcgtt ggtgaagcgg gtgccactgt cgcggtattt gagcgtgttg
    20041 gtgatgaact ggcgataggc ggcggtgaac tcgtcggccg tgtgatccat acgcttgccg
    20101 ttgatgcggt cgatgatgtc tccgcgctgg atgccggctt tggaggcggg cgatccgtag
    20161 tccacgtcga ccaccttatt cagctcatag atgctgtagc ggatgccggt gtagttgtgg
    20221 ctctttttgg tgaggatgaa ctgggcgttg cgctcgtact tgacgtaggg gaactgcatg
    20281 cacatgaggg ggatgtggat cgaggcgtac tcatcgacgg cgtaggggct gctcatcagt
    20341 tcgttggctt cgcactccca gaggacacgg ccgcggacgt agcgctgatc gataaagcgg
    20401 ataccgaact gaaggatgta ttcggcttcg ctttcggggg tgttggcgtc gtagaagggg
    20461 aatttggtga cgcggtcgcg ggtgatgtcg tagcggaaag tgggcgactg ctcggcggtc
    20521 tcgcggctct tcttcttgaa gttggggttc ttgttgaact tgtaataggt ctggatggtg
    20581 aagtcgggct tgatggattg ttggcggagc cccttcttgg tgagttcggt tttgaggacg
    20641 ttgttgatga cggattcgat cttggagatc gtgtggtcgt cggtgtcggt gaagtcgaag
    20701 gtggtgaact gcgaaaagtc gactgcggca tcggtcgttt tggtcatgaa ggggcagatg
    20761 aagaggcggt cgtgtgtgct ctcgacgctg tacatggaga aggccgtggc gagctgttct
    20821 tcgccaagtg agagggccga ggtgcactct ttctcgaggg tcacctcgcg gttgttgctg
    20881 ctgaagttgt ggatggtgag gcgcacttcg cgcacttcag ggtcggagat gagcgagtcg
    20941 acgtcgtcgg gtgagatctc ttcgatccga gcgccattga tgcgttcgat gatgtcgttt
    21001 tgctttaggc ctgctttttc ggccggcgag ttcgggtaga ctttcatgat gacgggtttg
    21061 tctttccccc agtttttgtt gttgctgaat tcgtaactga atcccaggcg gcagctctgg
    21121 ggttcttgtg ccgtggtgat ccatgcggta caagccaaaa ggatcgaaca gagaaggaac
    21181 ttcatactta cttactactt gttttattgg gaataaaaaa atgtgactgc gttttgcgac
    21241 gcgcttaacg gcggcaaaga tatagccaat cggaaatgcg tccacgaacc tttctacgta
    21301 tcggataggc gtgttagcct ttgtagcaca aataatgcgt cagttcgacg aacgattgcc
    21361 tggaggaaat cggccgccac aaactttttc ggctcattgc cttagaaaat cggccgccac
    21421 aaaacttttt cagctcattt ccttgaggaa tcggccgcca caaacttttt cggctcattt
    21481 ccttgaggaa tcggccgcca caaaactttt cggctcattt ccttgaggaa tcggctgcca
    21541 caaaactttt tcggctcatt tccttgagga atcggccgcc acaaaacttt ttcggctcat
    21601 ttccttgagg aatcggccgc cacaaaactt ttcggctcat ttccttgagg aatcggccgc
    21661 cacaaaactt ttcggctcat ttcctcagga aatcggccgc cacaaaactt ttcggctcat
    21721 ttcctcagga aatcggccgc cacaaaactt tttcggctga tttcctcagg aaatcggccg
    21781 ccacaaaact tttcggctca tttcctcagg aaatcggccg ctcacttact cactcatttc
    21841 ctcaggaaat cgctggacgg gcttccactc atttcctgag gaaatcggcc ggatgtggat
    21901 cgcctctgtg tcaaactcac gataggctga ggggcgccta cttcgactga acggggcgcg
    21961 gtgaacggcg gcggatcagc tccgcaggcg aggtgaagtc gcggtggaag aggatgccga
    22021 cgccctggcg ggtgagcgat ttgaagttgt agcgatagag atcgttggcg tggctgtagg
    22081 ccttgaggcg gatgtcgccg gtggggccca gcaggtattc gaggtcgaac tcgccgatga
    22141 aggcgttgcg ctggatgtag ttgccgcggt agccgaagtt gccgttgaag aggaggcgat
    22201 tgttgagcag gcggccggag aggagcattt ccatttccgt gtcgctgtcg ctggtgccgt
    22261 cttgctgggt gcggatgttg gtgccgatgc ggactttgtc ggtcaggctg ctgaggatgc
    22321 ccgaaagctg cgccgagagg gcggacgagg ccacggcgtt gagctcgccg gcgcggaagc
    22381 cgttgccgga atagccgggc gtgtagaagc ggccgatggc gaggaggtag atgatttgtc
    22441 gtgtcatcat gtcctcggtg ccgatgaagg cgcgcacctg tcgggccagc tcgccggtgg
    22501 agttggggaa ctccatgtcg aaggcgatgg cgggcgaggt gagtcggccg ttgaggcgca
    22561 ggatgcagtt gacggggatg gtgcgctggg aaccactttc gctggccagc cgctcgtcca
    22621 ggtcttcgat gtcggccttg agggcgtaga cggcgctgag gtcgagcagg gcgtcggtgg
    22681 ggttgccgcg gaagtcgatg cggctgcctt cgcggatgcg gaactctttg cggagcactt
    22741 gctcgaggct gaagttgtag ttgccctcgc ggatggtgta ggtgccgtac aggcccaagt
    22801 cggcgttggt ggaatacttg atttgcaggt ttccggtgcc gttgccgcgg atgcgatcgc
    22861 ctgcgatggg gtccatgacg agttcgaagg aggcgtcggg ggtgatgtcg gtggtgatat
    22921 tgatacggat ctcggtggcg tcgtcgtccg ctgtgggcac gatgagcggg gggcggaggg
    22981 caagggcggt gtccgtcagg acggggggga ggaagcggat gaagccgtaa tcttcagccg
    23041 aggaggcgga gttaaagtcg aagctcatgg ccgtctgacg gtcggtggtg acggcggcgt
    23101 cgatgtcgat cagctgctct gtgccgcgga ggcgagccgt tccggtgccg ctgacggagc
    23161 cataaatgcg ggggttcatc ttgcggggca cgtcgtagag gagcaggttg cgggcggcga
    23221 tgtcggcttg gaaggcgaag ttctccaagt ggttgtgtcg gacggtgaag tccagcgtgc
    23281 cggtgtgccc gttgcggtct gtgagggtga tagcgcggcc ttcgatggcg gtcggggtga
    23341 agcgtacgga gtcgttgaag ctgtagaccg tgttgaggaa gtccacgccg atacgtccat
    23401 cacggatcat ggcgctgccc tcgaagttga tttcggagaa ggtgccatag aggcgcatgc
    23461 gccccgtggc gcgtccgtcg agggtatggg tgaaggcgtc gagataggga cggagtaggc
    23521 ccacgtcgag gttgtgagcg tcgaattgga gcgccagacc ggcactgtcg cccacgggga
    23581 agatgtagcc gttgacgtcg gtaaaggtgg tggagtcttt gaagatcgta ccgcgcatga
    23641 ggataccgtt tcgggcgttg tcccacgcgc tgaagaggtt aaggcggccc tgtacgacgt
    23701 cgttgaaggc gaagtcacga atgtccaggt cggtgctgat gatgcggctt ccgtagaggt
    23761 cgttcaggcg gacagtaccc gtggcgcggc ctccgaactg tagcacgggg atgtcgacga
    23821 tgcggaagat gtcgcgtagc tcgaggtcgt tcaggtcgag taggagcgtc tcctgcggat
    23881 cgcgttcgga gagtcgaccg ttgatgcgca agtattgcga gccgttggct aagtggatgt
    23941 tgcggatcgt gatgtcgcgg ccgtcgatgg tcacggaagc cggctccgtc tgccaggtgg
    24001 agtcgcggat gacgaggcga ttcggctcca gatcgatgtc agccagcaat gcctgccgac
    24061 cgtccgcgcc agtgtgcatg ctgaagtgcg tggtggccga tagcgccaga tctacgccgg
    24121 cctccgggta acggaaagcc aagcgcgtct tcaaccggtc gctttccgcc tccgcttcta
    24181 cgtggatatg gctctggttg ccttcttgct gcatgcgatc ggcttcgatc tgcacgcgta
    24241 ctgggccgtc ggcattgtcg gctgtgagct ttccggcgcg gaagggggat ccggccgcca
    24301 gaaagtgggg caagtctgcc gtgagatgta cacgccccgt tcgcccgtca taatccgctg
    24361 cgatggtggc aggctccacg acggtgacgg gcagtccgag taggcgtgag agtacttccg
    24421 tgtttcgcac cgacgcagtc agggcgaagc gtggcggctc accggcggtg gtagttcgtt
    24481 tggggggcgc ctcgaagacg gacggcaggc aggtgtgcat cacttcacgg agtgccacgg
    24541 gaaggtcagc cacagcgaag gcaccgcgca gctctccatc taagagctcc gagcgcactg
    24601 cgatacgtcg gtcggacggc tggccgtcag cctcaatgca gacggatcgg agcgcgaggc
    24661 tatcggtgcg ggtgcggaag acgggagcat cgatgcaaat tgtaccgcga aagttgtccg
    24721 ggctgttacc agtgatgtta ctgcggatgg caaagctaag gtcgggctct tcgtagcggt
    24781 cagttagacg aagtcgatcg gggcgcagat ggtggacggt tgctgtgaag tcgaacgcgg
    24841 acgctgcgcc gtcgctgagg aataggccgt cggcatgtag gctgccattg ggatcgtcca
    24901 tgcgtatgct gccacgaaac tcgcgcggtc ggaagctgcc gtcgagctcg atgttctcgt
    24961 atccgtattg gttgtactcc agccggtcga ttcgtgcgcg gactatgccc gcccattcgc
    25021 cgcctatggg ctcagacgca tcgagctctg cgctgaaatg cgcgttgccg aatgcattgc
    25081 cctcatcgaa gaggcgatgc atgtccagat cggacgactc tatccgccct tgtagcgacg
    25141 tggctatccg ttgcctccgg tctcgcccga tcattatgtc catggcaagt cggcccacgt
    25201 cggagttcag cgtaccgtat gcgacgagct tgtccaggaa gccggagatt tcccccgaga
    25261 agtgtagcgt gcctaaccgt tcgatgaccg aagggagcgc ggcggacgga tcgccaccta
    25321 accgccgcaa cagcatgccg gcaccggccg tggtgacttg cagccgtgat acgcgaccgt
    25381 cgatatagag tcgttgtgca tagcgtacgt cgcggagcat agcccgcgcg gtgagcgata
    25441 gcgcttcatc ctggctcacc gatagctcat cgagcacggg attgtttaat gtcccagaca
    25501 cggtggctgc cacgcgcaat gtctcaggca aatcgctgag tgccggcact aatgctccga
    25561 ggtctgcgag gcaaacctcg gagggctgga ggttgaggcg gatcggtgtg tcgtccgagt
    25621 cgagaggcag gcgggtagtc gctacggaga tgtgtaggta agtgcgtggt aggtggagta
    25681 ggagatggcg aagctcgagc tgcttcccga gcttgcggag gtcgcccgac agatggcgga
    25741 tctccaatcc cgatcgctcg cggaaccgca aacggtgcac ttcgacacga agccggtcgc
    25801 cgtgtagttc gtgaagcgta gcttttgcgt cgatgtcgtc ggcgcggagg tgggtggcat
    25861 cgaatcggcc ggcgagtggt tggccgcgac ctacgtcgta gctcatccgt ccgcgggaga
    25921 gtcggatgcc gcggattgcc aaatcgatac cgccggccga agtagtgtct ttcgaggcaa
    25981 gcgcgtcgaa gatgaattgg gcattcagcg ggctgtcggg gttcgctttc cggagttgga
    26041 tgtcgaagcc gatgagtcgg gcggaggtaa aacggacttg cccgagcaag agcgcaccca
    26101 gatcgatacc gcccgagagt cggtcggcac gaagcagcgg acggcccgat aggtcgtcga
    26161 tggcgacctt gcgaagcgtc agcccgtcgg gccaggtgat atcgacctcg ccgagcttca
    26221 ccggtgcccc gagcttagcc gtcagcaggt gtgaggcccc tttggcgagg cgtcgctgaa
    26281 cggcgggcac atgtacgagc actacgggga gtccgtagag tagcaacgcg acggccagta
    26341 gggcaatgaa tatgtacttg agggtcttaa tatccgtgta tcgtgtgtag gaggcttgcc
    26401 cgatgattga gcacaccgtc ctgttttgag tagcgcaaaa atacggcacc cgatgctaac
    26461 tccctcaaat acctatccct ccgcgccccc gattgcccta tatataaggt ataggcgatc
    26521 gcatcgaccg agtgatcaga aatagaacaa agcgtagcca accgcggcga ctggatgaag
    26581 gggaaaagag attccgaata cctatccctc cacctctccg atagccctgt atataaggta
    26641 taggcaacca ccgagtctgg atgaaagggt agaggcattc aaaagctctc ccttaccgcg
    26701 cccgagatgg gggatgcgat aagggagagg caatcatctc gtctccggga tagggaaaac
    26761 gatcaggggg aggctttcac tgcggctggg tgaagggccg cagagacatc aacgggcttc
    26821 tgtacactcg ttgactaagt acgcaatact catgtacggt attcccgagt tgctctggag
    26881 accgatttcg cacgtgcgac tgttagagta accggtcacg acttgcattt tctcgatctg
    26941 tgggcggagc ttacgcagcg cataacggtt cgactcagga taagtgaagc cgcgatcgcc
    27001 cgcgaaggca cagcatccga ttccttctgg ctctacgacg ttgtcggagc atagccgtgc
    27061 gagttccagt agctgactgc cgaggcccat ttctttggtc gagcaagtca cgtggacagc
    27121 cacccggcgg tcggtcttgc ggaaagtaag tctgtcgacc aagtaagtca tgatgaactc
    27181 taccggttcg tagagtttca tgcgactgat gaccttccgc atacggtgta agcaaggact
    27241 ttggtcacag agtatgggat agcgaccgtg ctccgaggct tcccacagcg actcctcgag
    27301 ctcgccgctt ttccgatcgg ctatgtccat cattcccttg ctctcccaga tttgcccgca
    27361 gcacatgcga tccatattcc tggggaagat gacttcgtat cccgctttat tgattagcga
    27421 gcacatttcc tcaacgactg tgtttttgac tggcgatccc tttgcgacgc ccatcgtctg
    27481 attgatacag ctggggaaat agacaacctt gaggtctccg tgacccacgt gagtacctgg
    27541 ttttggctgt cgtgtgctgc ggggcatagc cgaagtccac agcggaaggc ctatgcggtg
    27601 tgcgccgcta cagattccgc tcatcagcga ggtaccaagg agtgtgtggc caaggttcgc
    27661 ggcgcccaga acgagtcgca aattgctctt gagaccgccc aaatgatcag ctgcgaactt
    27721 gcccacgcgg tagccggtag ggttctgcat catgtttagc tgacggatga ggtgcgtcaa
    27781 atcgcccgtg ttgatcttca tggggcagga cgtggcgcag agaccgtccg cagcacatgt
    27841 ggcgtcccca tagtactcgt agagctttcg caatcgggct acgcgttcca gatcggcgcc
    27901 acgattctca aggtcgcgga tctcgcgttg gacaactatc cgcatccgtg acgagatcgt
    27961 aaatccgcag gagacacagt tcacctcgca gaacccgcac tcaatacatt tgtttgccct
    28021 tcggacgccc tccaccatat ccttcgtgga cgaccgcgag ccttcggcca gggtcaggaa
    28081 ttgcccgccg tcgggtatat tgtcaaagcg gaagtcaagg accggcagcg gcttaaagtt
    28141 tttgataaag cactgagggt cgtcgttaaa gatcacgcct cggttgagca atccctccgg
    28201 atcgaatatt tgcttcaact ctttcatggc ggcatacgcg gcctctcccc actcgtattt
    28261 cacaaacggt gccatgttgc gcccggtgcc atgctctgcc ttcagcgatc cgtcgaactc
    28321 ttcaaccacc aaccgggcaa cgtcgcgcat catgctttcg tatcgcttca cctctgcctc
    28381 tgtgtggaaa ctttggttga ggatgaagtg gtagttgccc tcgaaggcgt gcccataaat
    28441 gcacgcgtca ctgtagccat aatccgcaat caacttttgg agcttaacgg tagccacggg
    28501 caggtcctct aagtgaaaag caacgtcttc gatgaggcat gtggtgccct caggacgcgt
    28561 cccgcccacg gaggggaata tcccggagcg gatggcccag tatttaccat agatttgggg
    28621 atcatccgtg aactccggtt gctgatagag attaaagttg gcaaggcatt gcttcacgcg
    28681 atcgatcttc gaaagcaatt cttcgtgagt cacggcctta gtctcagtca aaatggccgt
    28741 caaattgtga tagtcgcccg gctggactcc cggaacgaga cctgcgtcga catccttttt
    28801 gtactggaga aagacgggat cattcacgga gccaagcgat aagtagtcga gcatctcggc
    28861 actctttacg acgaggtcct ccgcgctcat ttcgatatcc ttttcggttg ccttcatccc
    28921 tttcatggct accaccgcac ggcaactctc ttccatggta tggaagtaga ccatcgcgga
    28981 ggcgcgaaaa cgataatcgt agagcgttcg catagtgacc tcggatagga aagccagtgt
    29041 cccttccgat ccaaccatgc aatgagccat gatttcgaac gggtcgtcgt atgcaatgag
    29101 tggccggaga ttcagacccg tcacattttt gatactgtat ttatagcgga tacgctcagc
    29161 gagcttctta tcggctcgga cccggtctcg gaggttctca atccgacgaa tcatctccga
    29221 gtgcgtgcgt cggaaggatg ccttactggc ttcgtctccg gtatcgacca gtgtgccgtc
    29281 aggcaaaatg attcgcgcgc tgataagcat tcggtcgctg tttgcgtgca caccgcaatt
    29341 catgcccgat gcattgttgc agacgatacc gcccaccatc gcacttccga ttgaggcggg
    29401 atcgggcgga aagacgcggc cgtacggttt gagtacccgg ttgacttggg aacccacaat
    29461 accgggttgt aagcggatgc tattgcggtc atcgctaatc tcatactttt cccaatgctt
    29521 accggcgaca atcagcacag agtcgctgac gctctgtccg gatagcgatg tgcccgcggc
    29581 acggaaggta aaaggtagtt tgtgcttgtg gcaggcgcgg acgattcgtg atacgtcttc
    29641 ttcgtccctt gcgcggacga cgaccttagg gatcaatcga taaaaaccgg catctgtgcc
    29701 ccatccgagg gtgcgcaatt cgtcggtgta cacttggtct ttgtcgagat aactgccaat
    29761 ctcggcgagg aaggcctcat aatttttggt gtccatagag gtgtgatatg tttagttaga
    29821 actggaaacc atctggagtg gcaaaaccta attactgcga ggtatggcgg acaaacacgg
    29881 accgccacgg aagtctaaat ttctttatcg tcgaacgaat gtgatacctg tttggtactt
    29941 gcgtggcaaa tatacggcgc ttttggatag ctcgtactcc atgcggtgac taattatcgt
    30001 atgtgcgcgc acgcctatat ataaggtatc gccctacctc cagctgcgcc cgtatccgtc
    30061 cccgcctttc ggatcgctat cgcccgacac cgatgcatgc ctctccgcgc tccctcttct
    30121 tacctccccc tctccatgaa gctccacagc acgttctttc ggctacccct gccactccat
    30181 gaagctgcat cgcaactcat ttctcgaaca tagaagacac gttgcataga aatcggaatt
    30241 ctttttggct attcccgctg ctccatgaag cctcgtcaca acttatctcc ccaatttaag
    30301 agacgcattg cataggtatc gcaattcctt tcgggtttcc ccgtctctcg gcgaagccca
    30361 atcgcaattc atttttgcgt ctcctgacat tccgtgaagc ccaatcgcaa ttcgtttttg
    30421 cgtctccgga tactccggga agcaaaatcg caattcgttt ttgcgtttcc agacactacg
    30481 tgaagcccaa tcgcaattcg tttttgcgtc tccggacact ctgggaagca aaatcgaaat
    30541 tcattttggc cttccggagg ctccgggaag cgaaatcgta attcattttg gccttccgga
    30601 gactccggga agcgaaatcg caatttattt ttggctttcc gaggctccgg aaacgcaaat
    30661 cgcaattcat ttttggcttc ccgaggcctc ggaaatgcaa atcgcaattc atttttggct
    30721 tcccggagcc tcggaaacgc aaatcgtaat tcattttttg cttcactgag tctccggaga
    30781 gcaaaatcgc aattcatttt gggcttcatg gacactccga gcatgctcat cgaagattac
    30841 tttatgcttc actgatactc agtagtttac gaatcatatt cgtttcatca atcaatgaga
    30901 caaggaggct gtctaaagtg agtcatttgg gctatcctgc gcagatggta gctcggctta
    30961 tctattcatt ttgagcttcc tatatgtata gcagtagcct tcagcgtgtc gttataggta
    31021 tccatcgctt agggtagttg tctatacata tccagcaaga gaatcgccta tgcctgttcc
    31081 ttctgatgac ataccccgca agagcatcgc ctatgcacat gcctcccgat gacatacccc
    31141 gcaagagcat cgcctatgca cgcgctttct gatgacattc cccataagag aatcgcctat
    31201 gcacgcgcct tcagatgaca gatccgttat ccgaggtatc tctttctttc agtaggatag
    31261 gggcataaaa gcatacgatc ctcaagacgt ccgaagaagg atagacatgg aatcagaaag
    31321 aaccggtaga cgcgggtggt acgccataca ttcacgcgcc gattacctcc tgaatgaccg
    31381 acttcggatc aataaatagg taaggcgtag gctatgccgc ggagggtcgg ctatacttga
    31441 tcatattgtg gagggcgatt ggcgggcggt cccatcgtca gggtctgcaa tctaccgcga
    31501 tcgtggtatt tcctgcatcg acaggaaccc ggacctttgc cgccgtaaaa attcacatcc
    31561 taaaacagtt tcatcacatg tcacctcatt catcacacga taacgtgcac acgcacgaag
    31621 agcaggcgca tacccacggt atttcgtatg cccattccca cacccatagt catggccacg
    31681 ggcacccgca tgtacacggc ggtacggagg actatatggc ggccgtgaat gcttatcgga
    31741 agacgttttc caacaagcag cgcgtcattg agcagacacc cgaccccgcc gtgcgagaga
    31801 tgttgctgca tatgcaggag atgggactcg aaacagtctt cgatcgcttc gatgcacaac
    31861 agccgcagtg taattttggc ttagcgggta cgtgttgtaa gaactgtttt atgggcccct
    31921 gccgaattac caagaaggcg ccccgcggtg tttgcggtgc ggacgccgac ctcatctcgg
    31981 cgcggaatct cttgcggcat gtggcagcgg gaacggcggc ccacggcgct cgcgggcggg
    32041 agagtatgct ggcactcaag atggccgctg agggcaaagc accgatcgcc atcgaaggtg
    32101 aggagaagat ccgggccgtc tgcaagacat ttggcatcga gcaggaaggg cggtcactaa
    32161 acgagttggc aggcgaagtg gcagatatct tgcttgcgga cctctcgcga acagtcccgg
    32221 acaagcaccg cacgctctac gcctttgccc cgaaggaacg gattgaggca tgggagaagg
    32281 ccggcatcat gccgctcggg ccgtatcacg aagccttcga gagcctgcac cgcacctcca
    32341 ccggtacgga tggcgactgg cgcaactgta tgcatcagtt tctgcgtacg ggcgtctcgt
    32401 tcgcttggtc gtcgtgtctc ggatcgtcga tcgccatgga tagtctgtac ggcctacccc
    32461 agcgaagcac gtcgaagatc aacctgggcg ccctgcgcat gggttacgtg aacattgcgg
    32521 tgcatggaca ctcgccgctg ctggttagtg aaatcgtacg cgtcggccga tctgacgaga
    32581 tggtggagtt ggctaaatct aagggtgcga agggtatcca gttctatggc atctgctgct
    32641 cgggcctgtc ggccatgtat cgttacggcg gagtcattcc gctctccaat gcagtgggat
    32701 cggagttggt gctgggtacg ggtgcgatcg acctttgggt agctgacgtg caggacgtct
    32761 tcccgtccat catggatgta gcgtactgct tccggacgac agtcgtcacg acgagcgatt
    32821 cagcccgact gccgggcgcc gagcattacg gcttcgatca cgaacactct aatatcggcg
    32881 agatcaactc cattgcgcgg aagattgtca cccggggcat cgagagcttt gttgatcgtc
    32941 gggacattcc ggtcaagata ccgcagtacg aggtggaggc tgaaatggga ttctcggtag
    33001 agtgggccgg taagcacttc gagcgtggac tgcgtgactt ggcagacgcg ctgcgcagcg
    33061 gtaagatccg tggcattgtc aacttagttg gctgcaataa cccccggctt gtttacgaaa
    33121 aggccatcgt ggaggtggcg cagatactcc tcaagaacga tatcctcatc tttactaacg
    33181 gatgcgcgtc gttcggatta ctgaaactgg gattctgctc caaaaaggcg ttagattggt
    33241 gtggcgacgg gttacgtgaa ttcctggtcg accagcctcc cgtgtggcac ctcggcgagt
    33301 gtcttgacaa cgcgcgcgcc tcggctttct tcagtgggat agcggccgcc gcaggggcag
    33361 ccattaagga tatgccctat gcgttcacat cgccggaatg gagcaatgag aaaggcatct
    33421 gcgccgccct tgctttccgc ttgttgggca tcaattccta tcacagtgtc tacgcccccg
    33481 tgcagggctc acccggcgtg gcggagttta tggccacagg cacgaaggag ccgctcgggt
    33541 ctgagatggt cgtcgacgta gatcacatct cgctggccaa taaaatcgta gagcatatct
    33601 cgaacaagcg gcaggcctta tggggcgagt agccgcctta ctgcttactc tgtcgctgat
    33661 ggccttgacc gcgtcgtgcc gcaagtcagg tgcggcggat gagcacacga ttcgcctggc
    33721 ttatctgccc atctcgcacg ccttgccagt tattgagacg gcctcggatc ccgaactgcg
    33781 cgtggagctt attcgctatg gatcgtggcc cgagctgatg gacgcactga tcacaggtcg
    33841 cgtggacggt gcatcggtgc tcatcgagct ggctatgaag gcgcgtgaac gcggcgcacc
    33901 gctaacggcg gtggcactgg gccatcgtcg cggcaacgtg atcgtggcgg gcgctgaggt
    33961 cgcatcggcc gaggcgctgc gtgggcgtgt attcgccata ccacaccgta actcatcgca
    34021 ctatctcctg ttccgctcgc tgctggagca acatggcttg cagccgtccg aagtgcaggt
    34081 ggtggagcta tcgccttccg aaatgccttc cgccttgttt actggtcaga tcggcgggta
    34141 ctgtgtggcg gaaccgtttg gtgcggtcgg tatcgccaag agtggcggac acgtcatcgg
    34201 cgagtctgat gcgctctggc ccgatgggct ttgctgcgcg ctggtgctca acaaccggat
    34261 gatcgagcaa cgcccgtcgc tggctgcacg cttagtgaag gcttaccacg ctgcgggcaa
    34321 tcggctgagc gaccctaatg tggccttgcg cgccttgaag caaatcagcc gtcaaccgga
    34381 cgacgtgctg cgggcatcgc ttcgttggat cgatttttct caactgacca tcacggagac
    34441 tgcttaccgt gacctcgccg agcgtatgcg tcggtatgga ttgtcggagg caccgccgga
    34501 gtatgcggac tttgtgaacc ccatagtaga tcagaaataa ggatgaaagg caaggctttt
    34561 cccaaggcac tttactatac ggtggcatcg ttcacggtgg tgattgtcct gtggcaggtt
    34621 gccatcatgg tttggcgacc tggcgacttt ctgttgccct cgccactggc ggttcttcgg
    34681 gcgttggtcg catgggtggt cgacggtaca ctggcgttag gcttacgcga cagcttaggg
    34741 cgtttcgttg tgggatactc cgcggctgta gccgtgggcg tcgccttcgg attactgctc
    34801 ggtttatgca acagcctctt ccgctatgct tacccgctga ttcagttggt gcgacccata
    34861 gcgccggtgg cttagatgcc cttcatcgtc ttgcttcttg gtatcggcga cgcccccgct
    34921 atcgtgatca tttttctggc ggggttcttc cccgtacttc tgacgacggc ctctgcaacg
    34981 catcggatcg acccgatcta tgctaaagtg gcggccaact acggaatggc tcgctcggca
    35041 tacgtctttc gcattgtcct gccagccatc ttcccgcaga tcgccaatag cttgcacatt
    35101 gccttaggca catcctggat cttcctcgtc tcgggcgaga tgatgggtgc acagacaggg
    35161 ctgggctaca tgatcattga tgcacgtaac aacatgcgaa cggaccagct gctggccacg
    35221 atgatcgtga tcggtgccgc ggggttcacc ctcgacttac ttgtcgggcg gctaacgtcc
    35281 tcggtactca aacgctgggg ggctgtcgca tgagtctgcg gggcaacagg tgtctccata
    35341 cccgggtgcg ctcttttcgt tctttgttct tagtctttcg ttcttcagct tccactacat
    35401 gtatatcgag atagaccact tatgcaagcg ggttgtggcg cgtgacacgg atggcgtatg
    35461 ccgtgagcgt gtcatcttgg acgacatcac gctcagcatc gaccgcggag agttcgtttg
    35521 tttgcttggc ttctccggtt gcggaaagtc cacgctgctg aacctgctcg ccggattcga
    35581 tcaacccacg tccggacgca tcacagtcga cggtcagccc gtgacacgtc catccaatag
    35641 ccgcgtgatg atcttccaac aatacggatt gctaccctgg cgcacggtgg agcagaacgt
    35701 catgctcggt ctggaggccc agcgactccc gcgagtcgac cggcagcgtt tggcagagga
    35761 acacctccgc ttggtgggtc tgtctgacca ggcgagcaac tttcctgccc ggctttcagg
    35821 ggggcaacaa caacgtgtgg cactggcccg cggactggcg gtgaatcccc aagtgctctt
    35881 catggacgaa ccctttgcgg cgctcgatcc gatcacacgc caccgcttgc aagacgatat
    35941 gctgcgcatc gtgagtgaac ggagcaaaac ggtcgtcttc gtcacgcacg acatccacga
    36001 agcgatctat ctggccgacc gcatcatcgt cctatcctcc tctcccggac gtgttcggcg
    36061 agtactcacc atcgacagtc cccgaccccg aagccgtgac tcgggtgcct tcgcccgaca
    36121 gtacgatctc ctctatcacg agctctactc cctgtcgaag caacccatag agtactatat
    36181 ataaaggtat gcgccggggg ccgacgactc gcccttacgc gccccgcaaa gtcacgaaca
    36241 accgcggcca gtaggccgcc caactcatat attcctaacc gcggcatagc cgcacaacaa
    36301 catcacatca ttatgcacct tccatcagaa atgcttcatg gcagcatttg ccccgtaacg
    36361 gcaacaatcg ccatcgccgg agtggccgcg gccacccttt tcgcacgtaa gtccgacacg
    36421 cgcccgtccg cctcacggtt tgcgcttgtc agtggcaccg tcttcgccct tcaaatgctg
    36481 aactatccga tcggaggcgg cctgtctggc catgccctcg gcggactcct cgcctcgagt
    36541 ctgctcggta cacccttcgg tatactgagt gtgtcgctcg tgctcctcct gcaaaccctc
    36601 ctctttgccg acggcggact gctgatgctc ggtgcgaaca cgctgaacat ggcgctcatc
    36661 ggagcgggtc tgggcggcgc actccacgct cgactccagg cacacgtggg ccgatcggtg
    36721 tcgctggttg cctccgccgg actgtctgtg atggctgccg taggcgcact tgtcgctgaa
    36781 ctctccgcag ccggagtcgg atcgtccgcg ctttacgctt cgctggccat ccaccatatc
    36841 ccggtggctc tgggtgaggg cctcgtcaca ctgctgctct accgccttct caccgcagtt
    36901 cccctgacgg atgctgcgaa gggagcctct cccgtcgccc gttcggctgc gtggacggtt
    36961 tacggagccc tgttgatcgg caccctcctt ttggcaccat tggcgtccgc ctctcccgac
    37021 gcattggaag gcacgctgag cagtttccac ctactgcccg acgcaccgaa ctttgcgcat
    37081 gccccttggg ccgattatca gttcacagcg gacggggggt atctgtctac gttccttgcg
    37141 gctctggcag gcttaggcgc cacgttgctt tctgctacgc tgctccgtcg agccatcagc
    37201 cgagcgtaat aaggtatgcg atcgggccgt caagtcgctt gacggtgtcg ctggcacgca
    37261 gcgacgctaa aaagtcgctt gacggctccg ctggcacgca gcgacgctaa aaagtcgctt
    37321 gacggctccg ctggcacgca gcggcgtgaa aaagtcgctt gacgaggccg ctggcaccca
    37381 gcgacgccaa aaagtcgcat gacggggccg ctggcacgca ggctcctcaa aatgtcgcat
    37441 gacggggtcg ctggcacgca ggctcctcaa aatgtcgcat gacggggtcg ctggcacgca
    37501 ggctcctcaa aatgtcgcat gacggggccg ctggcacgca ggctcctcag aatgtcgcat
    37561 gac
//
LOCUS       SEQF2634|AYYE01000921.1  557 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             33..164
                     /locus_tag="SEQF2634_00808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGHASISSTQIYAQVTDKKISEDMDKLIKKLRQSDSCMAGLR"
ORIGIN      
        1 gcgcaggcat cccgatagag agcatcgcca agatgatagg acatgcctcc atctccagca
       61 ctcagatcta tgcgcaggtg acggacaaaa agatctcaga agacatggac aagctgatca
      121 agaagttgcg tcagagtgat tcctgtatgg ctggcttaag gtgagaatgt agactttttt
      181 cctttcatcg attagatctt actacatgac tacaacaggt ataaagcgat gaaagaagcg
      241 tgactgggga gtagttaggt gtagtcaaaa agccacacct tttcttgata agtgtattaa
      301 agttttcaca cgaacaactg cttgataatg agtggcatat taggaactct gctatgagaa
      361 ttcaatgtta aatactgaaa agtatctctg aaaatcagac tcttatattg atgcagttgc
      421 tctgggtaag aagatcaaag gaaggaaaga atatattgtt gtagatacac ttgaacttcc
      481 ccataaaaca aaagaatggg gatttaagag cttgtctatg agtgaatact gattgctcta
      541 ctcacccaaa gggaacg
//
LOCUS       SEQF2634|AYYE01000922.1  565 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gggtaggtgg cgatcggcaa gccagcggac gatctggtgg cggtcgaccg agagcagcgg
       61 ccggacgatg tgcccattgc ggggccgcat gccgcatagt ccgctgaggc ccgtaccgcg
      121 gatgaggttg aggaggacgg tctcgacgtt gtcgtcacgg tgatgagcca cggcgatggc
      181 ctcagccccc agctcgcggc ggagcgtctc gaaccattcg tagcgcaagg tgcgggcggc
      241 catctccgtg gagacaccgt tttggtgggc atagtcggcc gtgtcgaaat cgatgcgacg
      301 gaaggggagg ccgagcgctt cggcggtctg ttgggcaaag tcggcgtcgg cgtcggactc
      361 gtcgttgcgc aagtggaagt tgcaatgggc cgccacgcag gggtagccga gtcgggtgag
      421 gatatgcagc aggacgacag agtctgcgcc gccactcagt ccgacaatga cgagcgccgc
      481 gggccggagc agttggtgtt gcgcgatgta ggcttggacg gtggaaagca tgggttgcga
      541 ggtcgttatg ggggtagtca agagg
//
LOCUS       SEQF2634|AYYE01000923.1 1222 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1222
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(174..1181)
                     /locus_tag="SEQF2634_00809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALNMTLGGAAGTTADEMRTALHESGYSQADINAYSKRLREALL
                     RADPQTTIGIANSIWYRQGETLRTAFTNANRTYYGAEVRPLDFASPRSPKVINDWCAR
                     QTRKRIPQIVDRIPSDAFLYLINAVYFKGTWARTFDKKNTKPAEFHKADGSTEKVQMM
                     YRQGDYSYGTNDVCRYLEMSYGNGAFGMVVMLPQEGKTTRDVLASLDGERWKQMRQMN
                     NEEVQLYLPRFRTECTYDLAKDVLPGMGMKAAFSPEADFSGIALKPLRVSGVVHKTFV
                     EVTESGTEAAAVTSVEMVLMSLPVDKKEPVLFRVDRPFVFAICERSTGAILFIGEIGE
                     I"
ORIGIN      
        1 gtgcggagag gggaatctat tgggggcttt gcccctgatc cccctacctc cttttcttcc
       61 cttgatggaa gaaaaggagg caaaagaaga tcaaggcgtc agggacgccg gccaagttgg
      121 ccgggtacac aatggagatc ctcctcacat gtcccggcca actcggggct acttcagatt
      181 tctccgatct ctccgataaa gaggatggcg cctgtgcttc gctcgcagat ggcgaagacg
      241 aaggggcgat cgacgcggaa gaggacgggc tctttcttgt caacgggcag ggacatgagc
      301 accatctcta cgcttgtgac ggccgcagcc tcggtgccac tttctgttac ctcgacaaac
      361 gtcttatgga cgacgcccga gacgcgcagc ggcttcaagg cgatgccaga gaagtcagcc
      421 tcaggcgaga aggcagcctt catgcccatt ccgggcagga cgtccttggc caggtcgtag
      481 gtgcattctg tgcggaagcg cggcagatag agctgtacct cctcgttgtt catctgacgc
      541 atctgcttcc aacgctcacc gtcgagcgag gccagcacgt cgcgtgtcgt ctttccctct
      601 tggggcagca tgacgaccat gccaaaggcc ccattgccgt agctcatttc caggtagcgg
      661 cagacgtcgt tcgtaccgta gctatagtcg ccttggcggt acatcatctg tactttctcg
      721 gtcgatccgt cggccttgtg aaactcggct ggcttggtgt tcttcttatc aaacgtcctg
      781 gcccaggtgc ccttgaaata gacggcgttg atgaggtaga ggaaggcgtc ggaggggatg
      841 cggtcgacga tctgcggaat gcgtttgcga gtctgccgcg cgcaccagtc attgatcacc
      901 ttcggcgacc ggggcgaggc gaagtccagc gggcgcacct cggcgccgta atacgtgcgg
      961 ttagcgttcg tgaaggccgt gcggagcgtc tcgccctggc ggtaccagat ggagttagca
     1021 atgccgatgg tcgtctgcgg gtcggctcgg agcagggcct cacgcagtcg cttgctgtag
     1081 gcattgatgt cggcctgcga atagcccgat tcgtgcagtg cggtgcgcat ctcatcggcc
     1141 gtcgtgccgg cggcgccacc cagtgtcatg ttcagcgcca tgctgacgct aaggggcgag
     1201 atgaagacgt tcgccttgtc cg
//
LOCUS       SEQF2634|AYYE01000924.1 4642 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4642
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(251..802)
                     /gene="srpC_2"
                     /locus_tag="SEQF2634_00810"
                     /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="MKKYLQIFLSFFKIGAFTIGGGYVMIPLIEKEVVERRRWIEREE
                     FTEMLTLAQSAPGPISINSAVFVGYKTLGLGGMITAVLGTVIPSFVIILLVAMFFTDI
                     RENPTVERIFRGIRPAVVSLIVVPVVNMLKKSGFSPFVVSLATIAALAVWLFGVSPVW
                     VIAAAGVTGVIYHSWIAKEHPEK"
     CDS             complement(1073..2524)
                     /gene="mltF"
                     /locus_tag="SEQF2634_00811"
                     /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
                     DAETSDTVKQTKPKVPKMRPGMISPYDDLFKRHAKSLGWDWRLLAAIAYFESHFRPNA
                     VAWTGAKGLMGIMPSTARALGFRYEEMGDPEKNIRAGIECLRRFRGSFPAASEEERVK
                     LTLASYNAGVGHINDAQRLAKKYGHNPNVWTDNVAEYIRLKAEPKYYTDSVCRFGYLR
                     GRETYRYVDAVLGRYHHYRELTEKQTAEKTEKE"
     CDS             2651..2881
                     /locus_tag="SEQF2634_00812"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHHLHLSVEGYAKMFVIRLADSAPHAMRRTPRSVKVLTMQFFS
                     GPSFAEDIKSQECRLIALSKQLIRKNVCYLLY"
     CDS             3194..3364
                     /locus_tag="SEQF2634_00813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLFLIRERLMRNGDTLFLVQKKLIQNRRNPFLIQNRFLQNGMN
                     PFLIQNRLMPKG"
ORIGIN      
        1 aatgtatctt gtgaaactaa aagtgaaaaa ctaagagcga aaagtgtatc ctgtgaaaca
       61 gaatgctaaa aacaaagatc gaaaaatgga tctcgtgaaa ctaaaagtga aaaactaaga
      121 gcgaaaagtg tatcctgtga aacagaatgc taaaaacaaa ggtcgaaaaa tggatctcgc
      181 aaagcggcat ggaggaaaat agttgagaag cggggaatat gaatagacac ggcctgtcat
      241 tttgtccatt ttatttctcg gggtgctctt tcgcgatcca agaatggtag atgacaccgg
      301 tcacgccggc cgccgcaata acccaaacgg gcgaaacgcc aaacaaccaa acagccagcg
      361 ctgcaatcgt ggccaatgag acgacgaagg gactgaaacc gcttttcttc agcatgttga
      421 caacaggcac gacaatcagc gagacaactg ctggccgaat gccacgaaag atgcgttcca
      481 ccgtggggtt ttctcggatg tcggtaaaga acatggcaac cagcaggatg atcacaaatg
      541 acggaatgac agtccctaaa acggcggtga tcattcctcc gagaccgagc gtcttgtacc
      601 caacgaaaac agcggagtta atcgaaatcg ggcctggtgc agattgcgcc aaggtgagca
      661 tttcggtaaa ttcctcacgt tcaatccatc gccgacgttc cacgacttct ttttcgatta
      721 gcgggatcat cacgtaacct ccaccaatgg tgaaggctcc tatcttgaaa aacgagagga
      781 aaatttggag gtattttttc ataatgaggg tgtgtatgat gaaaaaatga ggtcatgtat
      841 ttgacctgaa gtttcgatga atagaaagtg tatggctgga gatacttctg tcaattggca
      901 cgtataaatt cctgcatttg gcggggctta tgaggagctt cgctaccgat tccgcacctt
      961 cttttctttc cttgatgaaa gaaaagaagg caaaagaaaa tcaaggcccc gcgggggcat
     1021 ttctcatcta tgtaggagat ggaagaaaat ggatgatgcc ttttcgcacg cctcattctt
     1081 tctccgtttt ttctgccgtt tgcttttccg tgagttcgcg ataatggtga taacggccaa
     1141 gcactgcgtc gacatagcga taagtctcgc ggccgcgtaa atacccaaag cggcaaacgg
     1201 aatcggtgta atatttgggt tctgccttga ggcggatgta ttctgccacg ttgtcagtcc
     1261 atacgttggg gttatggcca tattttttgg ccaaacgttg ggcgtcgttg atgtgtccga
     1321 cacctgcatt ataggaagcg agtgtcaatt tgacacgttc ttcttcactt gccgctggaa
     1381 aagagccgcg gaaacgtcgc aggcattcaa ttcctgcgcg aatgttcttc tcggggtcgc
     1441 ccatctcttc atatcggaag ccgagggcac gcgcggtgga cggcatgatg cccatcagcc
     1501 ccttagcgcc tgtccaggcg actgcgttgg gtcgaaaatg cgattcaaaa taggctatgg
     1561 cggccagcag gcgccaatcc cagccgagac ttttggcgtg acgcttgaaa agatcgtcgt
     1621 aaggcgaaat cattcccggc cgcattttgg gcactttcgg ttttgtctgc ttgacggtgt
     1681 cggacgtttc tgcatcggcc tcgatagcct ccgggccgcc cttggagagt tcgaaatagc
     1741 gcttttctgc cgcccgatag gtgtcgtcgc ccgttgcacc ggccgcccaa agatcgatgg
     1801 ccatcccaag caaaggacaa tcacgccgta cagcccacgc agaacgttgg cggaaactga
     1861 ctgccaaact gacatctaaa tttccgtagt atgtacgatt gagtcgggcc acatcgtcct
     1921 cacaaatcgt gtattgaatt tcgcctcgag aaaccattcc tataagatct tcaaccgaca
     1981 aagtgtcaga tttcatttcc acgatacgaa tgcccccgcc cagttcgcgg ttcaaatttt
     2041 ccagccgatc tcgatacctg ctgtctggtt tgatatgcac ttcgcggccg ataagctgcg
     2101 tgacatccgt cagcaccgaa tctcggttcg agctgcgctg caccacaacg agactcgact
     2161 gtctttcgcg accgcagaag cgcagcgatt gttttcgctc attatcgatc ggaaccgggt
     2221 atgccaccac atcggcctgc ccattttgca gcatttcaat cgattgcgcc acactctcgg
     2281 ccactttaat ctccaatttg agaccgttgc gagctgcaaa atcagcaatc agatcgtatt
     2341 cataacccat gggctgcatc ttgtattgaa aatacgacgt agagctgttc agcgtgactg
     2401 ccgtgatcac gcctcgcgac tgaaggacag gcaggtcagg tgccagctcc gtttttttct
     2461 gctcactgtg acatccggcc atcagcagca gcgttgcaag gaaagccaaa ccggtcttgt
     2521 tcattctcat tactcgtttt tagttgcgta cataataaaa gatacgcgcg tacatactat
     2581 atatgagcca aaagccatgc gtgccattcg tcacgaccct cgctcggaac cacaaaaatc
     2641 acctgcaaaa atgggacacc atttgcattt atcggtagag gggtatgcca aaatgtttgt
     2701 catccgtttg gccgacagcg ctcctcatgc catgcgtcgc accccgcgct ctgtcaaagt
     2761 gctcactatg caattcttca gcggaccatc tttcgcggag gatattaagt cgcaagaatg
     2821 tcgtttaatt gctctgtcga agcaattaat ccgcaaaaat gtctgttatt tgctctatta
     2881 aagcaattaa gccgcataaa tgtctgttag ttgctctatt gaagcaatta agctgagaaa
     2941 atgtctctta gttgctctgt tgaagcaatt aatccgagaa aatgtctgtt agttgttctg
     3001 atgaagcaac taagccgcgg aaatgtctct taattgcttt agccaagcaa ctaaataaga
     3061 agaatatttt tagtgatttg cgaccaaaga atccccctcg ccatcctgca catccctttt
     3121 taaggtcaat gttggatacc cgcaaaacta tttacccctt tccttgatcc aaaaaagtat
     3181 tccgcaaaac ggaatgaacc tctttttgat tcgagaaagg cttatgcgaa acggagacac
     3241 cctatttttg gttcaaaaaa agcttataca aaacagaaga aacccatttt tgattcagaa
     3301 taggtttttg caaaacggaa tgaacccctt tttgattcag aataggctta tgccaaaagg
     3361 atagaaccta tttttgaatc aaaaaaggcc tattctatta gtaaggtagg ggcgtattgc
     3421 atacgcccca cgtgtaccag gtgacagatt agatgatctt tacgaggtgg cctatgaggc
     3481 gcatattttc acgcctatac ttcagaattc tcctaataaa tgattcggat taagccactc
     3541 ttggactcaa aaaagaccta tgcaaaacgg aggcgccctc tttttgaatc aaaaagagct
     3601 tgcgcaaaac ggaaagaacc tctttttgat tcgagaaagg tttatgcaaa aaggaggctc
     3661 cctatttttg aatcaaaaag ggcttataca aaacagaaga aacccgtttt ttattcaagg
     3721 aaaacttgtg ccaaatgaaa gaaatccgtt tttgatctga gaaaggccta ttctattagt
     3781 aaggtagggg cgtattgaat acgccccatg tgtaccaggt gactgattat atgatcttta
     3841 caaggcgacc tataaggcgc atatttttat acctctaatt tagaaccctc ctaataaacg
     3901 attcggatta agtcgctatt ggactcaaaa aagacctatg caaaacagag agaactcatt
     3961 tttgattcag aataggctta tgccaaatgg atagaacctc tttttgaatc aaaaaaggcc
     4021 tattctatta gtaaggtagg ggcgtattgc atacgcccca cgtgtgccag gtgactgatt
     4081 atatgacttt tgcgaggcga cctataaggc gcatattttt atgcctatac ttcagaactc
     4141 ttctaataaa cgattcggat taagtcgcta ttggactcaa aaaaggtcta tgtgaaacgg
     4201 agagaacttc tttttgattc gaagagggtc tatgcaaaaa ggaggctccc tatttttgaa
     4261 tcaaaaaggg cttacacaaa acagaatgaa cctcttttta actcaaaaaa ggctcgtaca
     4321 aaacggaggg aacggctatg gggtgaaaga gtggaggctt tatttgtact ggtatccgat
     4381 ttggcgcact gcttcctcca cggcggattg atcggctgtc cgatggacga aaaaaacgta
     4441 ctcgtcagct tgcgtatcaa taaaaccgag cttcaaatcg tgcttgctga gcgccgcctc
     4501 atagtcagga aagactttcg gatcgtagac aggtgtatcg ctataatctt gaggatcagg
     4561 aagggagatg cagagtccaa aattgttttt taccgcatta tcgatcctcc attccaacgt
     4621 atcgacctcc tctttccaat cg
//
LOCUS       SEQF2634|AYYE01000925.1 4802 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4802
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             74..1297
                     /locus_tag="SEQF2634_00814"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRLGIDFNVDFYTSGSTSRSHTEETSRMQEDRVVNSENRVQNR
                     LVASKLILSYPVLGGEFSVGGEYVRTHRTDTYCNPERIVPSSDMTADEWNSSLFAEYA
                     RETPIGQFGVGLRYEHVRSDYLSDGRPLAGQNRSYNQWFPNVSLSTQVKGVSLQLAYT
                     AKTQRPTYRQLSSNVYYANRLSLQTGNPLLKPTVTHDVSLTASWRIVQLMASYRQERD
                     AVIDWTERSPSDPKVSLITYRNLDRLPALTVFATVTPIFGPWTPQLSAGLIKQWAEVE
                     IDGRPVRCDKPLFRASLNNSLRLPAGLLLTLDARYRSTGDERNLYLKDATLVVNLGLT
                     RSFFGDRLSVTLRGWDVFRGEQGGYTILAPRMVYEQYDRYDSREFEVTLRYKFNAAKS
                     KYKGTGAGNRELERL"
     CDS             1573..3594
                     /gene="hlyB"
                     /locus_tag="SEQF2634_00815"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47258"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-hemolysin translocation ATP-binding
                     protein HlyB"
                     /translation="MVSLHSLIAEKPFPCIAHWDQNHFVVIYKIRKHRRGDYTIYVAD
                     PGKGLLTYDKEEFCERWASTKTNGEEKGIVLLLEPTEKFYTQNSTKQASKRYRFKFLW
                     GYLRKYKRFFVQLILGLLLGSLLQLIFPFLTQAIVDTGIGGKDISFVWLVLLAEMMLL
                     FSRTAIDFIRSKILLHISTRINISLISDFFIKLMKLPMKFFDTKLMGDLLQRIEDHRR
                     VEQFLTSSSLNLLFSFFTFFVFGVVLAVYNTGIFIVFLLGTFLYAGWIILFLKKRRTL
                     DYKYFEQAGRNRNVTYQLVNGMQEIKLQGCEQRKRWEWEDVQADLFKVNLQALNLQQV
                     QQAGSVTINEVKNILITVLAAASVIHGNMTLGMMLAVQYIIGQLNSPVEQLIQFIYSW
                     QDVSISLDRMNEIHMETEEENATRTQNTYTEETKEGHSLSVRDVSFKYDLYSPKDILS
                     NIDLSIPNGKVTAIVGASGSGKTTLVKLLLGFYEPLKGKIQVGNADLSTYNLTWWRNQ
                     CGAVMQEGYLFSDTIARNIAISDDEPDIARIREAARIANIADYIEALPLGYNTMIGQD
                     GQGVSQGQRQRILIARVVYKNPMFVFLDEATNALDANNERAITENLASFYRGKTVIVV
                     AHRLSTVRDADQIVVLDEGKIAEVGTHEELTAKRGKYFALVKNQLELGN"
     CDS             3596..4087
                     /locus_tag="SEQF2634_00816"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKNKKDEKNFELRSEKVRSIVGQIPSSLVRYGITIIGIVLLF
                     LFVIAYFLPYKQVYSGVATIREMEPGNPADSVETTILLRFETKRMNEAEDEQIDIQTP
                     KGSIEGQLMALSSVRDTLERQEARCRFKTTDIHAMEHQTVDFRIVRSSGNLLRKILGD
                     LGR"
     CDS             complement(4097..4645)
                     /locus_tag="SEQF2634_00817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCLGFQDFSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKT
                     LSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPASKISNLTQGMFVGAVSDNFDER
                     IEQKIFHAEIVIDTAKVSAEMKSHRPIPVIADFRDASGDDTMKASIDANYRQIKQEIL
                     SLVDSEIARIKADPKLQGLMKG"
ORIGIN      
        1 atggcatagc gacaatgcgc gccgtacgac gaaccaccct gcacaccgtc tcaatgcgta
       61 ttacaacggc acggtgggcc gcttggggat cgacttcaac gtcgatttct acacgagcgg
      121 aagcacgtcg cgctcgcaca ccgaggagac gagtcgcatg caggaagacc gcgtggtaaa
      181 ctcggagaat cgcgtgcaga accggctggt ggcgtcgaag ctgatcctgt cgtacccagt
      241 ccttggcggc gagttctccg tcggcggcga gtacgtccgc acgcaccgca cggacacgta
      301 ctgcaacccg gagcgcattg tcccgtcgtc tgatatgacc gcggacgaat ggaacagtag
      361 tctctttgcg gagtatgcac gggagacgcc tatcgggcaa ttcggcgtcg ggttgcgcta
      421 cgagcatgtc cgctccgatt acctcagcga cggccgaccc ctcgcgggcc agaaccgcag
      481 ctacaaccaa tggttcccga atgtgtcgtt gagcacgcag gtgaagggag tcagcctcca
      541 actggcctac acggccaaga cgcaacgccc gacgtatcgc cagctcagca gcaacgtcta
      601 ctacgccaac cgactctcgc tccagacggg caacccgctg ctgaagccga ccgtgacgca
      661 cgacgtgagc ctcacggcct cgtggcgcat cgtgcaactg atggccagct accgacaaga
      721 gcgcgacgcc gtcatcgact ggacggagcg cagcccgtcg gacccgaagg tgtctctcat
      781 cacttaccgc aacctcgatc gcctgcccgc attgaccgtc ttcgcaaccg tcacgccgat
      841 tttcgggccg tggacgccgc aactcagcgc gggccttatc aagcagtggg ctgaggtgga
      901 gattgacggt cggccggtgc gctgcgacaa gccgctcttc cgcgcctcgc tcaacaactc
      961 gctccgcttg cctgccggac tgctcctgac gctcgatgcg cgctaccgga gcacaggcga
     1021 cgagcgcaac ctctacctga aggacgccac gctggtcgtc aatctcgggc tcacgcgctc
     1081 cttcttcggc gatcgtctga gcgtgacgtt gcgcggctgg gacgtgttcc gtggcgagca
     1141 gggcggctac accatcctcg ccccgcgcat ggtctatgag caatacgacc gctacgactc
     1201 gcgcgagttc gaggtcaccc tgcgatacaa gttcaacgcc gccaagagca agtacaaggg
     1261 caccggcgcg ggcaatcgag agcttgagag gttatagata gtattctatg ctttattaac
     1321 acgtgggcaa atcgcaagaa atacaaaacg cattacagat aattaatggc aatatcttcc
     1381 tcatttaggc atatctctca gcgagacagt atggactgtg gttctgcatg tctattaatg
     1441 attgtagaac attacgggat cattataaat caggataaat taagacgaga ctgtgatata
     1501 gggagatccg gagtctcatt gttaggtatc agcaaggccg ctgaaaaaat aggaatcagg
     1561 actgtgggag ggatggtttc attgcattcg cttattgcag aaaagccctt tccttgtatc
     1621 gctcattggg atcaaaatca ctttgttgtc atatataaaa tccgaaagca cagaagggga
     1681 gattacacaa tctatgtggc agatccggga aaaggtcttc tcacatatga taaagaggaa
     1741 ttttgtgagc gttgggcaag tacgaagacc aatggcgaag agaaaggcat cgttttactt
     1801 ttagaaccta cagaaaaatt ctatacacaa aacagcacca aacaagcgtc gaaaagatat
     1861 cgtttcaaat tcctttgggg ataccttaga aagtacaaac gttttttcgt acagctgatt
     1921 ttgggactgt tactcggttc cttgctacaa ctcattttcc cgttcctgac acaagcgatt
     1981 gttgataccg gaatcggagg taaagacata agtttcgtat ggcttgtttt attggcagag
     2041 atgatgctgc ttttcagtcg tacagcgata gactttatcc gctcgaagat actgctgcac
     2101 atttccaccc gcatcaatat ttcactcatt tctgatttct tcatcaagtt gatgaaactt
     2161 ccgatgaaat tcttcgacac caaactgatg ggagatctcc tacagcgtat cgaagaccac
     2221 agaagggtgg aacagtttct cacctccagt agtctgaacc tattgttctc cttctttact
     2281 ttctttgttt tcggagtggt tttagctgtc tataacaccg gtatcttcat tgtcttcctt
     2341 ttggggacat tcctctatgc tgggtggatc atccttttcc ttaagaaacg caggacattg
     2401 gactataaat atttcgagca ggccgggcgt aatcgcaatg tgacctatca gcttgtcaac
     2461 gggatgcagg agatcaagtt acaaggttgt gaacaacgta agcgttggga gtgggaagac
     2521 gtgcaggccg atctgttcaa ggtcaatctg caagcactaa accttcaaca ggtgcaacag
     2581 gccgggagtg tcacgattaa cgaggtgaag aatatcctca tcactgtatt ggccgctgct
     2641 tccgtaatcc acggtaacat gactttaggt atgatgttgg ccgtccaata tatcattgga
     2701 caactcaaca gccccgtgga gcaattgatc caattcatct actcatggca ggatgtgagc
     2761 atcagccttg accgcatgaa cgagatccat atggaaactg aggaagagaa tgcaacacgt
     2821 acacaaaaca cttatacgga agaaacaaaa gaaggacatt ctctctccgt tcgggatgtt
     2881 tctttcaaat atgatctgta cagcccaaag gatatactct cgaatatcga tctttccata
     2941 cccaacggaa aggtcacggc catcgtggga gcaagcggaa gcggtaagac cacgttggtt
     3001 aaactcctgc tcggattcta tgaaccgttg aaaggaaaga tacaagtggg caatgccgac
     3061 ttaagtacat ataaccttac ttggtggcgc aatcaatgtg gagcggtgat gcaggaaggg
     3121 tatctttttt ccgatactat cgcaagaaac attgccatat cagacgatga gccggatatc
     3181 gcacgtattc gtgaagctgc acgtattgcc aacatcgcag actatatcga agcgcttccg
     3241 ttgggataca atacgatgat cggacaagat ggacaagggg taagccaagg acagcgacag
     3301 cggattctta tcgcaagagt agtgtacaag aatccgatgt tcgttttctt ggatgaagcc
     3361 accaatgcac tcgatgccaa caacgaacga gcgattaccg aaaatttagc ctccttttat
     3421 cgaggtaaga cggttatagt tgtcgctcac cgactttcca ccgtccgaga tgccgatcag
     3481 attgtggtat tagatgaagg taaaatagca gaagtgggca cccatgagga gctcactgca
     3541 aaacgaggaa agtattttgc gctggtgaaa aatcaattag aactggggaa ttgatatgga
     3601 agagaagaac aaaaaggacg agaaaaactt tgaactccgc agtgagaaag tgcgcagcat
     3661 tgtaggacag attccctctt cattagtacg atatggtatt acgattatcg gcattgtatt
     3721 gctttttctc ttcgtgatcg cgtattttct tccctacaag caagtgtatt caggtgttgc
     3781 aactatccgc gaaatggaac caggaaatcc tgcagacagt gtcgaaacaa ccatactact
     3841 cagatttgag acaaaacgaa tgaatgaagc agaggatgaa cagattgata tacaaacgcc
     3901 aaaaggctca atagagggac aactcatggc tctttcatca gttcgggata cacttgaaag
     3961 acaagaagca cgctgccgtt ttaagacaac tgacatccat gcgatggaac atcaaaccgt
     4021 agattttcgg attgtccggt catcgggcaa tcttcttcgg aaaatactcg gcgacctcgg
     4081 gcgatagata tcaacctcac cccttcatca gcccctgtag cttcgggtcg gctttgatgc
     4141 gggcaatttc ggagtccacg agcgagagga tctcctgttt gatttggcga taatttgcgt
     4201 cgatggaggc cttcatcgta tcgtcgccgg aggcgtcgcg gaagtcggcg atgacaggga
     4261 ttgggcggtg ggacttcatc tcggctgaca ctttggcggt atcgatcaca atctccgcgt
     4321 ggaagatctt ctgctcgatg cgttcgtcga agttgtcgga gacggcaccg acaaacatgc
     4381 cctgcgtcag gttgctgatc tttgaggccg gaatcaggct gtccatttgc gtgttgatcg
     4441 aggtcgagac gtcctgccga ttgatggaga cggactgcct tctttgcagg actttgccga
     4501 accgttcgga gagcgtcttg gcagtttctc ccaccacctg ccccgaaaac acattcccga
     4561 ccgtgttctg aatcacccga ctttcctttt caccgtagtc gcgcgtgagc tgcgagaagt
     4621 cctgaaaacc gagacagaca gccaccttgt tgctgcgtgc cgtggcgatc aggttgtcga
     4681 gaccgcggaa gtagatcgtt ggcagctcgt cgatgataac cgaacttttg agctgcttct
     4741 tcttgttgat cagctttaca atgcggctat tgtatagccc gagggcggcc gagtaaatat
     4801 tc
//
LOCUS       SEQF2634|AYYE01000926.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggtatagggt gttacttgtg tgaggcttcg acttatcgac tgacatagct cgttgtggtc
       61 ggtcgatagg ttggctggtc aatgagtcgg tcactaagtc agtaggtcga taggtctgtg
      121 agcccgtcag tcggtcaata agtcatcgag tcagcaggtc aataagtcgg tcactgagtc
      181 agcaggtcaa taagtcggtc actgagtcag acggtcgata agtcggttgg gcaaggagtc
      241 aatag
//
LOCUS       SEQF2634|AYYE01000927.1  526 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..526
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ccctttctcg ctttcccttg ctcccgactc ccatacttcc ccatatagac agtagagaat
       61 gtggaattcg cagaggaaag aaaatcaaag gccgaaaaga gcacattgcc attgttacac
      121 aaagaacttg gttggcattt taaagttata cttcgcccga aagaggacac acataagttt
      181 gttgttctcc tcttaagatg gatcgcagaa agaacgttct cttggataga aaactacagg
      241 agaatgacga tcaataaaga acgatgtagt gagtccgcag aagccatgct gtacctcact
      301 ttctgtcata ttctccttaa aaagtccaca gataaattca aaactgcttc tcaaaacact
      361 atgtggatat tctaaaaacg gcacttggcg cagatctacc tctgcttcca agtgccgttt
      421 tcaattcaat catacgcctt tcgcgtttta tcgtttcccg cctcccttgt aattctcttc
      481 cagtatcctt tcgagatccg aaatcttgta gagaatcttg ccggcg
//
LOCUS       SEQF2634|AYYE01000928.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gctttggccg aacagcccga cgcgtggatc gtttttgaag tggctacgtt cgggacgctt
       61 tccaagatgt acaagaatct tagacatcag ttgtcagaga agtcacgcat agccaatgat
      121 ttcggcctca atcggcataa cgaattgtca agttagttgg aagcaatttc ttacctccgg
      181 aatatcgtag cacatcactc ccgagtgtgg agccgcaaca tggtcaaacg tccgatggaa
      241 atcaaaaaac cgaaaggaac atggctgagt cgccccctgc cagaagcggg tcaaaagaag
      301 ccctattt
//
LOCUS       SEQF2634|AYYE01000929.1 1121 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1121
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             21..143
                     /locus_tag="SEQF2634_00818"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVSGYRYNEIADALGIPLGTVKSRIFFARQALKMKIEEN"
     CDS             complement(326..1105)
                     /gene="topB"
                     /locus_tag="SEQF2634_00819"
                     /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="MTDYAALTAPLTAAPIAKNKRVFDNKKVTDHHAIIPTGTAAPAG
                     LTADERRVYDLVARRFIAAFYPDCEVSTTTVTGASAEVDFRATGRQILKPGWRTVFER
                     EGGKKEEKAEEEEAETVLPAFQKGESGPHQPSLVEKQTTPPKPYTEATLLRAMETAGR
                     FVDDEALRELMKENGIGRPSTRANIIKTLLKRDYIRRERKHLVATPTGVSLIDIIHEE
                     LLKSPELTGQWERKLRGIEQGSYEASAFLTELKEMVARIVR"
ORIGIN      
        1 agctgcgtgt gcccttcact atgtatgtca gtggctatcg ctacaacgag atcgccgatg
       61 cgctgggcat ccccttgggg acggtcaaga gtcgcatctt ctttgcccgt caggcgctca
      121 agatgaagat cgaagagaac tgaaccttgt aataacgaaa agtgagaaca gtcctgccgg
      181 acagtgggag agggggaatc agatcctttt tttctcgcgt ccggcaggac ttttttgtgg
      241 catcagggac gctggtcagg ttggcctggt accaggcaaa gttcccagcc ccggaagggg
      301 ccgtcaggga cgcctgccaa gttgactacc gcacgatcct tgcgaccatc tccttgagct
      361 ccgtgaggaa ggccgaggct tcgtagctgc cttgctcgat gccgcggagc ttacgctccc
      421 attggcccgt cagttcgggg ctcttcagca gctcctcgtg gatgatgtcg atcaggctga
      481 cacccgtcgg ggtggccacc aaatgctttc gctcacgacg gatataatcg cgcttgagta
      541 gtgtcttgat gatgttcgca cgcgtggagg gtcggccgat gccattctcc ttcatcagct
      601 cgcgcagtgc ctcgtcgtcc acgaaacggc cagccgtctc catggcccgg agcagcgtgg
      661 cctcggtgta gggcttcggc ggtgtagtct gtttctctac gagcgatggc tgatgcgggc
      721 cactctcacc cttttggaac gccggaagca cagtctccgc ctcttcctcc tccgccttct
      781 cttccttctt gccgccctcc cgctcgaaga cggtgcgcca tcctggcttc aagatctgcc
      841 gaccggtggc ccggaaatcg acctcggcag aggcgcccgt gacggtcgtt gttgagactt
      901 cacagtcggg ataaaaagcg gcaatgaaac gtcgcgccac aaggtcgtac acccgtcgct
      961 cgtcagccgt gagcccggct ggagccgccg taccggtggg gatgatggcg tggtgatccg
     1021 ttaccttctt gttgtcgaac acccgcttat tcttcgcgat cggtgcagcg gtgagtggtg
     1081 cggtcagggc ggcgtaatcg gtcatcccct tcaatattgc g
//
LOCUS       SEQF2634|AYYE01000930.1 3814 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3814
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             1187..2194
                     /locus_tag="SEQF2634_00820"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIQINVPRTITFVKANNTKLNNSLHVQYHRKQYDLVMAVDKT
                     KLKLPADLPEKWNTGITYETKIDQHSALSADTAKLKKKDAERKDQLIHIFLTIRAQER
                     SHKEDVRDAALRLAATLHPYEKIYKLPYEMESGRLLSMEDDIKTMTAEITALGLTDAF
                     ENLKKINTEFEALHVRRRTGDADGKLPQAVEIRPQTDAAFDAVCQYIQAAYLSAASDD
                     DRALIDQLVDRMNQTSRDFKTMQRSLTASHRKDNKKKPGEKKKPRKKPDDGPDIRLPE
                     DGNQPKKPEGGGGGKQPETPKPGGAGEGKKPETPQPGGAGTGGTGGTGSGGPEIHLPE
                     E"
ORIGIN      
        1 ttcttttgcc ttcttttctt gtggcaagac aagaaaagaa ggtgggggag agggggcaac
       61 gccccctcac agctaaaggc ggaaggctaa gggtcatatc tgtatatata taaggtgtag
      121 ccgcaggttg ggatgtgcca ttcggccggt aggtgtaggg gcgtatggca tacgcccccc
      181 ctcatcgggc agcttgaaaa agcgaaaaga ttgccccatc caaacaagaa aaaacatagc
      241 ttcgcctctc tcttttgcta tttatctatg cgtttcatct aaatgcctat ggctgtatct
      301 tctttctaag cataaacaac cgaaagcctc aggcaaatgg acattttcac cgtcgacacc
      361 caaaagcctc aggcaaaagc tcaaatcact tcggcgagac aaatttgcct caggcaaaat
      421 gacgttttcg gttggaaaca tcaaattgcc tcaggcaaaa cggcattttc agttggaaac
      481 agcaaattgc cttaggcaaa acgacatttc cagcgagaaa caacgatttg cctaaggctt
      541 tggcgtctcg acggtgaaaa tgctcatttg cctaaggctt tcggatgttt acgtgtagat
      601 tagatgcata gcttcaggcg tttaggtaaa acaaggagat agatggcaaa agagtagagc
      661 ggccttgtgt tttcgtctgt ttgggttggc tatctttcag cttccttgaa ctgatcgagg
      721 agagggacgt atgccatacg ctcctacgcc taccggccga aaggcgcatc ccggcttgtg
      781 gttatacctt atatatatgc ggatatgacc gaaaaccctc cgcctttagt tatgaggggg
      841 cgttgccccc tctcccccac cttcttttct tgtcttgcca caagaaaaga aggcaaaaga
      901 aagtcaagcc ctcgcgaggg cttttagctg cctgacggct gaaggctgtg agtagttttc
      961 gttgtcgaca taccaagacg gaaggctttc ggtcgtccgc ttatatatat aaggtgtagc
     1021 cgcaggcttt caagtcgttc gaatcgtcgc gttacgtcgg tcgcaagcgg tgcgcagcgg
     1081 aaagattgaa aaaaaatagc gccgaacgtt tggcggtaaa gaaaaaggcg tatgtttgcg
     1141 gcatgatacc tgcataaaaa ttacaataac cacataataa atcccgatgg aaaagattca
     1201 aatcaatgtg cctcgcacaa ttaccttcgt caaggctaac aacacaaagt tgaacaattc
     1261 gctgcacgtg cagtatcacc gcaaacagta tgatctggtc atggccgtcg acaaaacgaa
     1321 gctgaagctg cctgccgacc tgccggagaa gtggaatacg ggaatcacgt atgaaacgaa
     1381 gatcgaccag cactccgcgc tctcagccga cacggccaag ctcaagaaga aggatgcgga
     1441 gcgaaaagac cagttgattc acattttcct cacgatacgc gcccaggaac ggtcgcataa
     1501 ggaagatgtc cgagacgctg ccctccgact cgccgccacg ctccatccgt acgagaagat
     1561 ctacaaactg ccctacgaaa tggagagcgg ccgcctgctg agcatggagg acgacatcaa
     1621 aacgatgacg gccgagatca cggccttggg cctcaccgat gccttcgaga atctgaagaa
     1681 gatcaacacc gagtttgagg cgctgcacgt ccgccgtcgg acgggcgacg ccgacgggaa
     1741 gctgccccag gcggtcgaga tccgtccgca aacggacgcg gcgttcgacg ccgtctgcca
     1801 gtatatccaa gccgcctatc tcagcgccgc ttcggacgac gatcgcgcgc tcatcgatca
     1861 gctcgtggac cgaatgaacc agacttcgcg agacttcaaa acgatgcagc gctccctcac
     1921 ggcctctcat cggaaagaca acaaaaagaa gcccggagag aagaaaaaac cgaggaagaa
     1981 gccggacgac ggtcccgaca ttcggctgcc ggaagacggc aatcagccta agaagccgga
     2041 gggcggcggt ggcggcaaac agcccgaaac gccaaaaccg ggcggcgctg gcgagggtaa
     2101 gaagcccgag acgcctcagc cgggtggcgc tggcacaggg ggcacaggtg gcacgggcag
     2161 cggcggtccg gagatccacc ttccggaaga atgaagcgcg taagccgaaa gcggacgaca
     2221 agaaacggtt cccccgcggg gagagccgaa agcgaacaac gaacgacgaa aaatgccggg
     2281 tacaagagcg aggctatcgc ttcatacccg gcattttcct ttgtccgctc tcggctgtgg
     2341 attgtcgctc attttcagcc ttttgccgcc tgacgcgtac gcacggcatt cgtcattgtt
     2401 tgcttttcgc ttccggctgc catgcgtcgt tcattttcag ctttttgccg cctgccgcct
     2461 acgcatggcg ttttttgtcg tcgacttttc gctttcggat gcggtgcgtt gctcattttc
     2521 agcctttttt ccgcctgacg cctacgcacg gcgttcgtca ttgtttgctt ttcgcttccg
     2581 gctgccatgt gtcgttcatt ttcagctttt tgccgcctga cgcctacgcc tgacgttttt
     2641 cgtcgttagt ctttagcctc cggcaattgc gcatcgttca ttttcagcct tttgccgcct
     2701 gacgcgtacg cacagcgttt ctcgttgtta gtttttcgct cccggctgcg gtgcgtcgtt
     2761 cattttcagt cttttgccgc ctgacgcgta cgcgcagcgt ttttcgttgt cgacttttcg
     2821 cttccggctg ccgcgcgtcg ttcattttca gctttctgcc gcctgacgcg tacgcacgtc
     2881 gtttttttgt cgtcgacttt ttgctttcgg caaccgcgcg tcgttaattt tcagcctttt
     2941 gccgcctgac gcgtacgcat ggcgtttttt gtcgtcgact tttcgcttcc ggctgtggat
     3001 tgtcgttcat tttcagcctt ttgccgcctg acgcgtacgc acggcgttca tcgttgttgg
     3061 cttttcactc tcggcaactg cgcgtcgttc attttcagcc ttttgccgcc tgacgcgtac
     3121 gcatggcatt ttttgtcgtt agtctttcgc ttccggcaat tgtgcgtcgt tcattttcag
     3181 ctttttaccg cctgacgcgt acgcgcggcg ttctttgtcg tcggcttttc gcttccgact
     3241 tatacgcgtc gctcattttc agccttttgc cgcctgacgc ctacgcacgg cgtttttcgt
     3301 tgttagcttt tcgcttctgg caactgcacg tcgttcattt tcagcttttt gccgcctgac
     3361 gcgtacgcgc agcgtttttt gttgtcggct tttcgcttcc ggcaattgcg cgtcattcat
     3421 tttcagcttt ttgccgcctg acgcgtacgc acggcgtttt tcgtcgtcga cttttcgctt
     3481 tcggcagcca cacgtcgttc attttcagct ttttgccgcc tgacgcgtac gcacggcgtt
     3541 tttcgttgtt cgtctttcgc ctccgactta tacacgtcgt tcatttttag ctttttgccg
     3601 cctgaggcgt acgcatggcg tttttcgttg ttggcttttc gcttccggct gctgtgcgtc
     3661 gctcattttc agccttttgc cgcctgacgc gtacgcacgg cgttttttgt cgtcgacttt
     3721 tcgcttccgg ctgccgcgcg tcgttcattt tcagctttct gccgcctgac gcgtacgcat
     3781 ggcgtttttt gtcgtcgact ttttgcttcc ggct
//
LOCUS       SEQF2634|AYYE01000931.1  527 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..527
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tttcgggtac ccgtgtaggg gcgtattgca tacgccctag aaacggccac gccggtggtt
       61 gaacggatag aaaaaacgcc attttttcgg gtacccgtgt agggcgcaac agcatacgcc
      121 tcacaaacgg ccacgccagt ggtcgaatga atccaattcc gattcgattt ttgattctcc
      181 gaataaaaac gaaccaaaaa ccagcccggt tttcgtctgt ccgtgtaggg cgcaacagca
      241 tacgccccat agacggccac accggtggtc gaacggatag aaaaatcgcc atttttcagg
      301 atgcccgtgt agggcgcaac agcatacgcc ctacaaacgg ccacgtcggt ggccgaacgg
      361 acagaaaaat cggcattttt cagatcgccc gtgtagggcg caacagcata cgccctacaa
      421 acggccacgc cagtggccga acgaatagaa aaatcgccat tttttaggtc gcccgtgtag
      481 ggcgcaacag catacgccct acaaacggcc acgccagtgg ccgaacg
//
LOCUS       SEQF2634|AYYE01000932.1  616 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(169..531)
                     /locus_tag="SEQF2634_00821"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFAVHQAENKKIAEIQASEIVIHSTEDAMNLMGDLYYQGYDGL
                     ILHEEQVTPAFFDLKTKMAGEILQKFSNYRFPLVLIGDFSKFPSQSLQNFIRESNKGR
                     QVNFVRTLPEALQLLSKP"
ORIGIN      
        1 gggagaaacg aaaggtgtag ggacggcctg gcgcggaaaa ttcggcgtat cgtggcgcgg
       61 gtaagtcgat gcgcagcatg ccgcgaggct ttggcatggg tgcattgcag gccgtgaaga
      121 ggaaaaagag ggctgcacag agggtgacaa gagtagtcgg ccgcgacttc atggcttgga
      181 cagtagttgg agcgcctccg gaagggtacg gacgaagttc acctgccgtc ccttgttgct
      241 ttctcggata aaattctgca aactctggct tgggaacttg gaaaagtcgc caatcaagac
      301 caatgggaaa cgatagttcg agaatttttg gaggatctca ccagccattt tcgtttttaa
      361 gtcgaagaac gctggggtga cttgctcctc atgcagaatg agtccgtcgt aaccctgata
      421 atagaggtcg cccatcaggt tcatggcatc ttccgtgcta tgtatgacga tctcggaagc
      481 ctgtatctcg gcgatttttt tgttttcggc ctggtgtact gcaaagttca ttatgcgctt
      541 gtttttcttg agaaagaatg ggatgtggat gcccccttgt gcatcacgct ttcgtgttct
      601 cagcaggtga caaggg
//
LOCUS       SEQF2634|AYYE01000933.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaataaggga atctcattct tttgtcgaac tcacgttatc tacgatggac atccgaaaat
       61 tcaaacgcgc cgtggccgcc atcctcttgg gtattactgc gctcttcgtc ttcaacctct
      121 tttatctcaa gggactcgct gatgcgctgc acgacgaggc cgcacgcgtc gtgatggcct
      181 gtatcgagag cgccgatagc aaggagctac aactgcgtct gcaaaaacgc cgcgctgatc
      241 cgagcgcaaa gcacagtgcc atcctgatcg agaagaaaaa agacaacgac tccatcgtga
      301 cgatgcgtaa tgcttcgatc ggagagaggc ataccacggt ggtgacggtc ggtct
//
LOCUS       SEQF2634|AYYE01000934.1  437 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(132..416)
                     /locus_tag="SEQF2634_00822"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFGWDKQQDMHVYRGEKSKEDKERRKADELIAVVKEIFLHTSK
                     LSYKNLSELLIQEMEIKDRTAKRYIAYMREQGILSQDTAGNYQKGERCRT"
ORIGIN      
        1 acagggcttc agcggtgggt ggactgtcgt atcaatcgtc tgttcgcgca ataccaacag
       61 gcggtcgagc ttcccctcca tccgcgccag actgtcaagc agctgctttt gccacttgtc
      121 aaaaggctct tctacgtacg acatcgctct cccttttgat agttacccgc ggtgtcctgc
      181 gacaggatgc cctgctccct catgtaagcg atgtatcgct tggctgtgcg atccttgatc
      241 tccatctcct gaatgagtag ttcgctcagg tttttgtagg acagtttgga ggtatgcaag
      301 aagatttctt tgaccacggc gatcaattcg tcagcctttc gtcgctcctt gtcctctttc
      361 gatttctcac cgcggtagac gtgcatgtcc tgctgcttgt cccaaccaaa gagcatgatc
      421 gggacatcga gcggact
//
LOCUS       SEQF2634|AYYE01000935.111792 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11792
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(9..1043)
                     /locus_tag="SEQF2634_00823"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARKKGDGSLSALVIRFRRVGDAVLAVAACSSLKRSFPDIRVDF
                     VLNEAIAPLFEGHPDIDRVVTFTDTDNANPWRYVRRVFNVMRKTRYDILIDMRATPRT
                     LLFSLFSLRTPYRIGTRKPYSRLLHNYRVADRIDPSLDMVQRDLLLLSPLERLGPLRL
                     DPTFRLYVSDKDRATYRAYMEGKGVDFTKPIVLAAVATRIEGKGWEMERMVGVLRRII
                     DTFHPQIILNHSGYRELEISLMLYERMDYDPHILPEIEATTLRELRALTSLCHFFFGN
                     EGGPRHIAQALDTPSYAIYPPGISRRLWLPGDSPRHRGISPDDIAGDVIIVYGAFKNR
                     IGGLTERCHK"
     CDS             complement(1024..1638)
                     /locus_tag="SEQF2634_00824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPFSKTAYPIFERAIDDYHVSDDVDTPIRNPYSAPGIEADLYL
                     KNWIDTVQWHLEDIVRDPEIDPIRALQIKRRIDRSNQERTDLVERIDSYFLTLYKDVQ
                     PAADATINTESPAWAVDRLSILALKIYHMRQEVDRTDVDEAHREACRRKLAVLLEQRA
                     DLSLALDQLLADIAAGRKYMKVYRQMKMYNDPSLNPVLYGKKEG"
     CDS             complement(2610..3239)
                     /locus_tag="SEQF2634_00825"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVDLLELFRTGMIIGILVSAPMGPIGMLCIQRTLSEGRWHGFV
                     SGLGAALSDVIYAAVTALSMGLVVNFVEAHQKPLEVFGSLVLGAFGYYIFQANPVKRL
                     RKNSASRLSLVQDFISAFLLTLSNVLIVFLYIGLFARFSFVFSASVWDVPIGLTGIAA
                     GAVLWWLLITYLVSRLRRWFNIRSIRILNRIVGSAIILLSILGLVYAFA"
     CDS             3686..7375
                     /gene="purL"
                     /locus_tag="SEQF2634_00826"
                     /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="MIQFFHLPAGTVYAVEVDHALTEDERAPLSWLFGQAAAVDSPEI
                     EGRFVGPRREMITPWSTNAVEITQNMGLKGISRIEEYLPATDQADCDPMLQRMYDRLD
                     QRLFTTARQPEPIVYIDDIADYNRLEGLALSDDEVRYLNDLSHRLGRKLTDSEVFGFS
                     QVNSEHCRHKIFGGKFVIDGVEQPHSLFAMIKRTSSVNPNGLVSAYKDNVAFNAGPTV
                     EQFAPASADGPDFFVTRPIPTVLALKAETHNFPTTVEPFNGAATGTGGEIRDRLGGGR
                     ASLPLAGTAVYMTAYPRTDPDRAWERVLDPRSWLYQTPAQILVKASNGASDFGNKFGQ
                     PLICGSLLTFEYKAPDGRSYAYDKVIMLAGGMGFANRRDALKGQPEAGEKVVVLGGDN
                     YRIGMGGGAVSSVDTGRYASGIELNAVQRANPEMQKRAANVIRALAESDDNPIVSIHD
                     HGAGGHLNCLSELVEATGGRIDMDSLPVGDPTLSAREMIGNESQERMGLLIKDEDTAR
                     VRRIAERERAPMYVVGETTGDMRFVFAQRNGTCPIDLRLEDMFGNPPRTIMEDTNLHP
                     SFPALTYRLSELHTYLENVLQMEAVACKDWLTNKADRSVTGRVARQQCVGELQLPLSD
                     LGAVALDFHGRHGMATSIGHAPQAALVDPAAGSRLAIAEALTNIVFAHLADGLRSVSL
                     SANWMWPCRNPGEDARLYHAVEAASDFACALGINIPTGKDSLSMTQKYGEEKVLAPGT
                     VIISAAAEVSDIHRIISPVLSNDPATAVYYVDFSGCELRLGGSAFAQSLGSVGSEVPD
                     VLDTDYFRRAFEAVQTAVGSGLVQAGHDVSAGGMLVALLEMCFANVDGGLEVDLDAIP
                     DPDLVKILFSENPAVLLQVPADDRLEAILREADVRFYRVARPTDERHLLITKDGADYH
                     FGIDYMRDVWYRSSYLLDRLQSGEECAATRYEQYKMQPLRFRIPDTFVGSTASLGLST
                     TRTERSGVRAAILRDKGTNGEREMAYALYLAGFDVKDVHLTDLATGRETLDDIDFAVF
                     CGGFSNSDVLGSAKGWAAGILHNDRARSAINRFYDRPDTLSLGVCNGCQLMAHLGLLY
                     PDHTERHALLHNRSHKFESSFVTLDIPQNDSVILGSLSGARIGVWVAHGEGRFDFPYE
                     EARYRIAARYSYDSYPANPNGSQWGVAALTSADGRHLAMMPHPERSIFPWQCAHYPAD
                     RRQDEVTPWMQAFVNARRWVESKRR"
     CDS             7729..9981
                     /gene="pnp"
                     /locus_tag="SEQF2634_00827"
                     /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
                     DEDHLGDMDFKVTGTRDGITATQMDIKVDGLSYEILERALAQAKEGRLHILGKIVEAQ
                     PEPRVELKPHAPRIETFTIGKEFIGAVIGPGGKIIQGIQEKSGATISIDEVDNVGIVE
                     VAATNKESIDAALRAIRAIVAVPEVGETYEGKISSIMPYGAFVEFMPGKDGLLHISEI
                     DWKRLETVEEAGLKEGDRVVVKLVDIDPKTGKFKLSRRALMPKPEGYTEPAARGSRPP
                     RQGGNGGGRR"
     CDS             complement(10424..11230)
                     /gene="kdsA"
                     /locus_tag="SEQF2634_00828"
                     /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="MNINELTSTKQFFLLAGPCVIEGEEMALRIAERVAEITARLGIP
                     YVFKGSYRKANRSRIDSFTGIGDERALGILGKVRERLGIPTVTDIHETHEAALAAEFV
                     DVLQIPAFLCRQTDLLIAAAHTGRIVNIKKGQFLAPDAMRFAAQKVVDAGNPNVMQTE
                     RGTTFGYTDLVVDFRGIPRMQAFGHPVVTDITHSLQQPNLASGVAGGLPELIETIGRA
                     AVAVGTDGIFLETHPDPASALSDAANMLPLDRLEGLLTRLVRIREAILAQ"
     CDS             complement(11434..11661)
                     /gene="miaA_1"
                     /locus_tag="SEQF2634_00829"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00185"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /translation="MYYGLEYRFVTEYVTGLRSRDEMINGLETAIHQFAKRQMTWFRG
                     MERRGFTIHWIDATRPVEEMIQRAEELIYKV"
ORIGIN      
        1 ttaaagacct acttatgaca cctttcagta agaccgccta tccgattttt gaacgcgcca
       61 tagacgatta tcacgtctcc ggcgatgtcg tccgggctga tgccacggtg tcgcggactg
      121 tcgccgggca gccatagccg ccgactgatg cccgggggat agatggcgta cgagggcgtg
      181 tcgagcgcct gggcgatgtg ccgggggccg ccctcgttac caaagaagaa gtggcagagc
      241 gaggtcaggg cgcgcagttc gcgtagcgtt gtggcctcga tctcgggaag gatatgcggg
      301 tcgtagtcca tgcgctcgta aagcatgaga ctgatctcca gctcgcggta gccggaatgg
      361 ttcaggatga tctgggggtg gaaggtgtca atgatgcgtc ggagcacgcc gaccatacgc
      421 tccatctccc agcctttgcc ctcgatgcgt gttgcaacag ccgccagcac gatgggcttc
      481 gtgaaatcga cccctttgcc ctccatataa gcgcggtagg tagcccgatc cttgtcggag
      541 acgtagaggc ggaacgtggg atctaagcgc aacggcccga gtcgctcgag gggcgagagc
      601 aggagcaagt cgcgctgcac catgtcgagc gaggggtcga tgcggtcggc tacgcgatag
      661 ttatggagga ggcgactgta gggcttgcgc gtcccaatgc gataaggggt acggagggag
      721 aagaggctga agagcaacgt ccgcggggta gcgcgcatgt cgatcaggat gtcgtaacgt
      781 gtcttgcgca tgacgttgaa gacacgccgg acgtatcgcc acgggttcgc attgtccgta
      841 tcggtaaacg tgaccacgcg atcgatgtcc ggatgaccct cgaaaagggg agcgatggcc
      901 tcgttgagta cgaaatccac acggatatcg gggaaggagc gcttcaggga gctgcacgcg
      961 gcaaccgcca agacggcatc gcccacccgg cggaagcgga tcacgagcgc gctgagcgac
     1021 ccgtcaccct tctttcttgc catacagcac ggggttgagc gagggatcgt tgtacatctt
     1081 catctgtcgg tagactttca tgtacttacg gcccgccgca atgtccgcca gcagctgatc
     1141 caaggccagt gagaggtctg cgcgctgctc caacagcacc gccagcttac gccggcaagc
     1201 ctcccgatga gcctcgtcga catctgtacg gtcaacctcc tgacgcatgt ggtagatctt
     1261 tagggccagt attgagaggc ggtcgacggc ccaagctggg ctttcagtat tgatcgtagc
     1321 atctgccgcc ggctgcacgt ccttgtatag ggtcaagaaa tagctatcaa tgcgctccac
     1381 cagatccgtc cgctcctgat tcgagcgatc tatccggcgc ttgatctgta gggcacggat
     1441 agggtcgatc tcagggtcgc gcacaatgtc ttccaaatgc cattgcaccg tgtcgatcca
     1501 gttcttgaga tacaagtcgg cctcaatccc gggtgcggag taagggttac ggataggtgt
     1561 gtcgacatcg tcggagacgt gataatcgtc tatggcgcgt tcaaaaatcg gataggcggt
     1621 cttactgaaa ggtgtcataa gtaggtcttt aatacgttat tcttgaaatg aacggcccca
     1681 aaggtaggcc aaacctcccg gtcatggtta cccccattgg acgaatgttg aaaaataggg
     1741 tgtgtttttc tatatgtggc gtgtattggg tcggggaaac atgtctgtat tttaatgtat
     1801 ggcgtgtacc tggtacggaa aacatatccg tatttccaac cgccgtcccc aaaaactgcc
     1861 cataacatga ccgaatacat aggtgcggcc cttccgcggt ggccgtaaca cgaccgtatt
     1921 ttcaaccata gaaccccgtg ataccccgta acacgaccgt caagacaact accgagcgca
     1981 tatgtatgac aatacggcag gtattttgaa ctaccgaggc tccggagttc aaaatacctg
     2041 ccgtattttc agtccctacc actccggagt tgaaaatacc tgccgtattt tcatgtaata
     2101 cccctcggta gttcaaaata cctgccgtat tgtcatatca cacctatcgg cagttagaaa
     2161 tacggccgtg ttatcccaac taaggcgtgt ccccggttgt aggggcgtat tgaatacgcc
     2221 ctacagacgg ccctgtgggg ccgaatgacg gtcgtgttat gggtgatttt gttggatgat
     2281 ggttgaggat acggccatgt tttcgccacc tgcgggtggc gttcgtgggg cgtatgcaat
     2341 acgcccctac acgtgttaca tgccgtacat caaaatacga atacgttttt cgaacgggga
     2401 atatgtttcg gttggggata cggaaacatt tttcgaatcg gttacacgtt atccatcaaa
     2461 atacggctgt gttttccgaa cccggtacac gttatccatc aaaatacgaa cgtgttttcc
     2521 gaaggggata cacgtgatcc accgaaatac gaacgtgttt cccgaaccgg gtacacgtta
     2581 cccatcgaaa tacggccgcg ttttccgaat taggcgaagg cgtagacgag cccgaggatg
     2641 gagaggagga tgatggcgga gcctacgatg cggttcagta tgcggatgct gcgaatgttg
     2701 aaccatcggc ggaggcgcga cacgaggtag gtgatcaaca gccaccacag gacggctccg
     2761 gcggcaatac cggtcagacc aatgggcacg tcccagacgc tggccgaaaa gacgaaggag
     2821 aaccgggcaa agaggccgat atataggaat acaatcagta cattgctcag ggtgagcaga
     2881 aaggctgaga taaaatcttg caccaaggag aggcgcgagg cgctgttctt gcgtaaacgt
     2941 ttgacgggat tggcctggaa gatgtagtaa ccaaaggcgc caagtaccaa actgccgaat
     3001 acctcgagcg gcttctggtg tgcctcgaca aagttgacca ccaatcccat cgagagggct
     3061 gtcacggcgg catagatcac gtcagagagg gccgccccaa gtccgcttac aaagccgtgc
     3121 caacgacctt cggagagggt gcgctggatg cagagcatgc cgatggggcc catcggagcc
     3181 gacaccagta tgcctataat catccccgtg cgaaagagtt ccagtaaatc caccatcatc
     3241 ttgttgcgtc aaaggaagtg tgaggagtca ggggttgggc aaatcgtagg gtcattgtgg
     3301 actgtctgcg catgatggtt gcaaaggtag caaaatcgcc tcgccctgag gccgccgcgg
     3361 gttcacgtaa ccaacccgga ttgggaaccc taaactgatg gcggttcaat acgcctaccc
     3421 cgcgatcgtc ctctgtgggg ccgtttgtgg ggcgtatgct gttgcgcccc tacaccgggt
     3481 acacgcatca catcgaaatg aggatcggtt gcgtgaaccc actgcacgca ggcgttcagc
     3541 atacagatat atattttgga cccccgcggg agtacacccc acggcaagaa cctgtatttt
     3601 tgcgcatcgt taaacggtgg tagcgcggcg ccccgatggc tgatgactcc cggcactccc
     3661 tacccctaac cactcgtaac tacaaatgat ccaattcttc cacctacccg ccggaacggt
     3721 ctatgccgtt gaagtagacc acgccctgac cgaggatgaa cgcgccccac tcagctggct
     3781 ctttggccag gcagctgccg tagactctcc cgaaatagaa ggtcgattcg tcgggcctcg
     3841 ccgcgaaatg atcaccccgt ggagcaccaa cgccgtggag atcacccaaa acatgggtct
     3901 caagggcatc tcgcgcatcg aggaatacct gcccgctacc gatcaggccg actgcgaccc
     3961 catgctacaa cgcatgtacg accgcctcga ccaacgcctc ttcaccaccg ctcggcagcc
     4021 cgaacccatc gtctatatcg acgacatcgc ggactacaat cgcctcgaag gtcttgccct
     4081 cagcgatgac gaggtgcgtt acctgaacga cctgagccac cgactggggc gcaagctgac
     4141 cgacagcgaa gtgttcggat tctcgcaggt caactctgag cactgccgcc acaagatctt
     4201 cggaggcaag ttcgtcatcg acggggttga gcaaccccat agcctctttg caatgatcaa
     4261 gcgcacgtcg tccgtcaacc cgaacggtct cgtctcggcc tacaaggaca acgttgcctt
     4321 taacgccggg ccgaccgtag agcagttcgc ccccgcttcg gctgacgggc ctgatttctt
     4381 cgtcacgcgc cccatcccta ccgtgctggc gctgaaagcc gaaacgcata acttccccac
     4441 taccgtcgaa cccttcaacg gcgccgctac cggcaccggg ggggagatcc gcgatcgtct
     4501 cggaggcggc cgcgcctcgc tgccactggc cggtacagcg gtctacatga cagcctaccc
     4561 gcgcacggac cccgatcgcg cctgggaacg cgtcttggac ccgcgctcgt ggctctacca
     4621 aacgcctgcg cagatcttag tcaaggcctc caacggtgcc tctgactttg gtaataagtt
     4681 cggccaaccg ctcatctgtg gctccttgct gacgtttgaa tacaaagcgc cggacggccg
     4741 cagttacgct tacgacaagg tcatcatgct ggccggcggc atgggcttcg ctaatcggcg
     4801 cgatgccctg aagggtcagc ccgaggcagg tgaaaaagtg gtcgtgttag gcggggacaa
     4861 ttaccgcatt ggtatgggtg gcggggctgt ttcgtcggtt gacacgggcc gttacgcctc
     4921 tggcattgag ctgaatgccg tgcagcgagc caacccagag atgcagaagc gtgccgcaaa
     4981 cgtgatacgg gctttggccg aatcggatga caaccccatc gtttccatcc acgaccacgg
     5041 cgcagggggc catctgaact gtctttcgga actggtggag gccaccggtg gccgaatcga
     5101 catggacagc ctacctgtcg gcgatccgac cctctccgca cgcgagatga ttggcaacga
     5161 gagtcaggag cgcatgggct tgttgattaa ggatgaggat accgcccgcg tgcggcgcat
     5221 cgccgaacgg gagcgcgcac cgatgtatgt ggtgggcgag actacgggcg acatgcggtt
     5281 tgtctttgct cagcgcaacg gcacctgccc catcgacctc cgcttggaag atatgttcgg
     5341 caatcctccg cgcaccatca tggaggacac caacctccat ccctcgttcc ccgccttgac
     5401 ctatcggtta tctgaattgc atacctatct ggagaacgtt ttacagatgg aagccgtagc
     5461 ctgcaaggac tggctgacga acaaagcaga ccggagcgtc acgggccgcg tggcccgaca
     5521 gcagtgtgtg ggcgagttac agctaccgct gagcgatctg ggtgccgttg cactcgactt
     5581 ccacggaagg cacggcatgg ccacctccat cggtcacgcc ccgcaagccg ccctcgtcga
     5641 ccccgcagct ggctcgcggt tggctatcgc cgaagcgctg acgaacatcg tctttgccca
     5701 cctggccgac ggcctacgta gcgtctccct gagcgccaac tggatgtggc cctgccgcaa
     5761 ccccggtgag gacgcacgtc tctatcatgc tgtcgaagcc gcatctgact tcgcttgcgc
     5821 actcggtatc aacatcccga ccggcaagga ttcgctctcg atgactcaga agtatggtga
     5881 ggagaaggta ctggcgccgg gcacggtcat catctccgca gccgccgagg tgagtgacat
     5941 ccatcggatc atctcccccg tactatcgaa cgacccagcg acggccgtct attatgtgga
     6001 tttctcgggc tgcgagctaa ggttaggcgg gtcggccttc gctcaatcac tcggtagcgt
     6061 ggggtcggag gtgccggacg ttttggatac ggactatttc cgccgagcct tcgaggccgt
     6121 gcagacggcc gtcgggtcgg gtctggtgca ggccgggcac gacgtatcgg ccggcggcat
     6181 gctggtggcc ctactggaga tgtgtttcgc taacgttgac ggaggcctcg aggttgatct
     6241 ggacgccatc cccgaccccg atctggtcaa gatccttttc tccgaaaacc ccgcggtact
     6301 cttgcaggtg cccgcagacg accgtctgga ggcgatcctt cgcgaggccg acgtgcggtt
     6361 ctatcgcgtg gcccgtccga ctgacgagcg ccacttgctc atcacgaagg acggcgccga
     6421 ctaccacttc ggcatcgatt atatgcgtga cgtctggtat cgctcctcct acctgctcga
     6481 ccgtcttcag agcggcgagg agtgcgcagc tacccgttac gaacagtata agatgcagcc
     6541 gctgcgtttc cgtatccctg acacattcgt cggatcgacc gccagcctcg gactctccac
     6601 cacccggacc gaacggagcg gcgtccgtgc ggccatcctc cgcgataaag gcacgaacgg
     6661 cgagcgcgag atggcctacg ccctctatct ggccgggttc gacgtgaagg acgtccacct
     6721 gaccgacctc gccacgggcc gcgagacact cgacgacatc gattttgccg tcttctgtgg
     6781 cggtttctcc aactccgacg tcctcggatc cgccaagggc tgggcggcag gcatactcca
     6841 taacgaccgc gctcgctctg ccatcaaccg cttctacgac cgtccggaca cgctcagcct
     6901 cggcgtctgc aacggttgcc aactcatggc ccatctcggt ctcctctacc ccgaccatac
     6961 ggaacgtcac gccctgctcc acaaccgctc acacaagttt gaatcgagct tcgtcacgct
     7021 cgacattccg cagaacgatt ccgtcatttt aggttcactc tccggcgctc ggatcggcgt
     7081 atgggtagcc cacggtgagg gccgcttcga cttcccctat gaggaggctc gctaccgcat
     7141 agcggcgcgt tacagttacg acagctaccc cgccaatccc aacggctcac agtggggcgt
     7201 tgccgcgctg acttccgccg acggccgtca cctggccatg atgccccatc cggagcggtc
     7261 gatcttcccc tggcagtgcg cccattaccc cgccgaccgt cgtcaagacg aggtcacgcc
     7321 ctggatgcaa gcctttgtca atgcccgccg ctgggtagag agcaagcggc gttagccgtc
     7381 agccctgtcg ctgagaacaa ccgagtcctg ccggatgagg ggccatgatc gcctcttcat
     7441 ccggcaggac gctttggtag gggtgaccgc cccgaagcgg ggaccgcgga ggtccggtgg
     7501 atggcttgac gagtgtgtcg gaaggaggtg cgagcggaaa aacatacggc taccttatgg
     7561 ctcctttgag gctcggatga gcgaagtacg atgagagaag gtgtgcaggt aagtgtgcgg
     7621 gcggatatat tcggcattca cgacatgatc ttttagtata tccgataact cgtcgaaact
     7681 ccgctcccgc tcaaacgtct tccctcgcaa atcccttgaa agccactgat gaacgatttg
     7741 agtgtacatt tggcgcaatt ttttgaagta aataagatag taaaaagaac gaacaagatg
     7801 aatgtgattc aaaagacgat tgatctgggt gacggacgaa gcatcaccat cgaaacgggg
     7861 aaattggcta agcaggccga tggatccgtg accgtacgca tgggcaacac ggtgttgctg
     7921 gctgcggtgt gtgccgcgaa agacgcggtg ccgggcacgg atttcatgcc ccttcaggtg
     7981 gactacaaag agaagtatgc ggccttcggg cgcttccccg gtggctttac gcgcagagag
     8041 ggtaagccct ctgactacga gattctgact tctcgcttgg tggaccgcgt actgcgcccc
     8101 ctcttcccgg acaattatca cgcggaggtg tacgtcaacg tcatcctgct ctcgtccgac
     8161 ggcgtcgata tgcccgacgc gctggccgga ctggcagcat cgtcggcgct ggctgtctcc
     8221 gacattccct tcggcggacc gatctcggag gtgcgcgtgg cacgcatcga cggacggttt
     8281 gtcatcaacc ccacctttga acagctggag aaggctgaca ttgacatcat ggtgggtgca
     8341 acgtacgaga acattatgat ggtggaaggc gaaatggatg aggtgcagga ggccgaaatg
     8401 ctcgaggcta tccgtgtggc ccatgaagcc atcaagcagc actgtctggt gcaaaaggag
     8461 ctcgaagctg cctgcggcaa gacggtgaag cgtgaatatt gccacgaaga gaacgacgag
     8521 gagctgcgcc aaaaggtgca cgatgagctt tacgccaagg cgtacgctat ctctgtctcc
     8581 ggacagggca agcaggagcg cgccgaggct ttcgaaaaga tcgtggagga ctttaaggcg
     8641 aactacaccg aggaagagct ggaggaaaag gcagccctca ttgatcgcta ctatcacgac
     8701 gtggagaaag aggccatgcg ccgcgccatc cttgacgagg gcaagcgcct cgacggccgt
     8761 cgcacgacgg acatccgacc catatggatc gagccggact acctgccggg accgcacgga
     8821 tcggccgtct ttacccgcgg cgagacgcag tcgctgacga ccgtcacgct gggcacgaag
     8881 agcgatgaga agatcgtgga cgatgtgctc aatcagggtc gcgaccgctt cctgttgcat
     8941 tacaacttcc cgcccttctc caccggcgag gctaagtcgc agcgcggtgt aggccgtcgc
     9001 gagattggtc acggcaactt ggctcaccgc gccctcaaac gcatgatccc gaaggattac
     9061 ccgtatgtgc tgcgcgtcgt atctgacatc ctcgaatcga acggctcctc gtcgatggcc
     9121 accgtttgcg ctggcacact ggcgctgatg gacgccggcg tacccatccg caaaccggtg
     9181 tcgggcatcg ccatgggctt gatctccgaa aacaagggaa cgaactacgc catcctctcc
     9241 gacatcctcg gcgatgagga tcacctgggc gacatggact tcaaagtgac cggcacgcgt
     9301 gacggcatca ccgccacaca gatggacatc aaggtggacg gcctctcgta cgagatcctc
     9361 gagcgcgccc tggcacaagc taaggaggga cgcctgcaca tcctcggtaa gatcgtcgag
     9421 gcgcaacccg agccgcgcgt cgagcttaaa ccgcacgccc cgcgcatcga gaccttcacc
     9481 atcggcaagg agttcatcgg cgccgtcatc ggcccgggcg gaaagatcat ccagggtatc
     9541 caagagaagt ctggcgccac gatctccatc gacgaggtgg acaacgtcgg catcgtcgag
     9601 gtggccgcca cgaacaagga atcgatcgac gcagccctgc gcgccatccg cgccatcgtc
     9661 gctgtgcctg aggtcggtga gacgtacgag ggcaagatct cgtccatcat gccttacggc
     9721 gccttcgttg agttcatgcc cggcaaggac ggcctgctgc acatctcgga gatcgattgg
     9781 aagcgccttg agacggtcga agaggccggc ctcaaggaag gcgaccgcgt tgtggtgaag
     9841 ctcgtggata tcgacccgaa gacgggcaag ttcaagctct cgcgccgtgc gctcatgccg
     9901 aaacccgaag gctacacgga gcctgcggcc cgtggcagtc gtccgcctcg ccaaggtggc
     9961 aacggcggcg gtcgtcggta agccgcgccg actgtcgatc gcatgaaaaa gtcccccggg
    10021 catggatggt aggtccattg ctcgggggac ttctttttgg gggagaccat ggtgcttgat
    10081 atactgtata tcgagccatg caagcctgct cggggctgat atactgtata tcggagctat
    10141 gcaagcctgt ttgggcgtga tatactgtat atcgggccat gcaagcctgt ttggggctga
    10201 tatactgtat atcggagcca cgcaagcctg cttgaagctg atttacggta aatcggggcc
    10261 atgcaagcct gcttgaagct gatttacggt aaatcgaagc catgcaagtc tgtttgagct
    10321 gatttaccgt aaatcgagtc caagcaagcc tgtttgagct gatttaccgt aaatcggagc
    10381 cctgtaaata ttgaggcaac agacaggcag gatcaggcag cgctcactgc gcaaggatcg
    10441 cctcgcggat gcgcaccaac cgcgtgagca gtccctccag ccggtcgagc ggcagcatgt
    10501 tcgctgcgtc cgacagcgcc gaggccgggt ccgggtgcgt ctcaaggaag atcccatccg
    10561 tccccacagc cacggccgcg cgcccgatgg tctcgatcag ctccggcagt ccgcccgcca
    10621 cacccgacgc caggttaggc tgctggagcg agtgcgtgat gtccgtcacc accggatgcc
    10681 caaaggcctg catgcgtggg atgccgcgga agtcgaccac aaggtcggtg tacccaaaag
    10741 tcgtcccgcg ctccgtctgc atcacgttcg ggttgcccgc atcgaccacc ttttgcgccg
    10801 caaaacgcat cgcatccggc gccagaaact gccccttttt aatgttcacg atccgccccg
    10861 tatgcgccgc cgcgatcagc aggtccgtct gtcgacagag gaaggccggg atttgcaaca
    10921 cgtccacaaa ctccgccgct agggccgcct catgcgtctc gtgaatatcc gtcacggtcg
    10981 ggatgcccag ccgctcgcgc accttgccga ggatgccgag cgcgcgctca tcgccgatgc
    11041 ccgtgaagga gtcgatgcgc gatcgattcg ccttgcgata cgaccccttg aagacatacg
    11101 ggatacccag ccgggccgtg atctccgcca cacgctccgc aatgcgcagc gccatctcct
    11161 cgccctcaat cacgcacggg ccggccaaga ggaagaactg ttttgtgctt gtcaactcat
    11221 tgatgttcat tgtttatctc attcgtttga tggtttaact aaaatcatat ccatgtcccc
    11281 cccgggggcc ggttgggcag gcggctgcgg ccgccggata cacgattatc ctcatcatgt
    11341 acccgggccc gacttccccg ctcccggcag ggagcttgat cttcttttgc ctcttttctt
    11401 ctatcaagag aagaaaagag gtacccccct tccctatacc ttatatataa gctcctcggc
    11461 gcgttggatc atctcctcca cgggtcgcgt ggcatcgatc caatggatcg tgaagccccg
    11521 ccgttccatg ccgcgaaacc atgtcatctg tcgcttggca aactggtgga tagccgtctc
    11581 cagcccgttg atcatttcgt cgcgcgatcg tagccccgtc acatactccg tcacgaagcg
    11641 atattccagc ccgtagtaca tcaaatcctc cgccgcgatc ccctcgtcca gcagtccccg
    11701 tacctcatcg ataagcccct cgtctaaccg cgcaacgagc cgccgcgaga tgcgttcacg
    11761 ccgcagctct cggtcgatgt ccagcccgat ga
//
LOCUS       SEQF2634|AYYE01000936.114656 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14656
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             130..324
                     /locus_tag="SEQF2634_00830"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIVIKMPLKNCFTKCCLLDQSLHSKRRKCGLSATVRQRPSKSS
                     PMRSFTCQMITTSVPTRQSA"
     CDS             652..849
                     /locus_tag="SEQF2634_00831"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVMSICRTQPGTETNVTPESEEPIMPMATMYHGERRLPRKKAS
                     LSAADAPPRPVIQAMSSSKPK"
     CDS             complement(881..2203)
                     /gene="lytB"
                     /locus_tag="SEQF2634_00832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02113"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidase enhancer"
                     /translation="MIGIPNVDVGILTERDVSFHFNGAYRCLETGRTHTGHQHATLQD
                     GRIGFESHTFDTLHFEPTDPSDSFDLRGVTIGVHFHWERREDQRFRGALILTPSSDGV
                     LVVNRIDVESYLESVISSEMSATSSPELLRAHAVISRSWLLAQIEKRQASVDAKAESC
                     SQDDEGLVRWYDREDHTRFDVCADDHCQRYQGVTRATTPAVEEAVRATCGEVLTDEGR
                     LCDTRFSKSCGGVTECFEYCWEPVHHRYLVALRDSRTPDTPVPDLTNEAEADRWIRSA
                     PEAFCHTTDEGILSQVLNNYDLETPDFYRWTVEYMQDELADLIRRKSGIDFGAILNLQ
                     AVERGRSGRIVRLRIVGSRRTYIIGKELEIRRTLSETHLYSSAFVVDALDLHHGVPRR
                     FRLTGAGWGHGVGLCQIGAAVMGAEGHSYRAILSHYYPGSRSEIRYVR"
     CDS             2520..2870
                     /locus_tag="SEQF2634_00833"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLILLLARRARPEMTLILLLARHARPETRRVLLLARRASPKGA
                     RGAGQVFRIQENKSGFCYSHGVQGPKPAGFCYSHGMQDPKGARGTGQVCRRHRITHPS
                     FASIYLCPHEKNDS"
     CDS             2892..4529
                     /locus_tag="SEQF2634_00834"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALPINIEDLLNRQRIEGNRIEFKRGWNPAKIYQTICAFANDFD
                     NIGGGYILVGVEEDHGRARRPVVGIPEEKLDGIQQSMVGFNNKIKPYYMPRTSVEAVD
                     GKYVLAIWVPSGSYRPYEVLEDVLSSKSKSRWYIRSGSSTIEAKGEVLDELREMANRV
                     PFDERGNEQIAIDDLSPVLVLDYLRRVKSRLTADFTGRTLEQVLEQLDLYEGPQEQRR
                     LKNVAAMMFSEEPHRFFPYTRVEIVLFPEGTVRNPNNFMEAPTITGTVPTMIRATLDY
                     LRLMVIKERIRKVPYAAEAIRHFNYPYQAIEEAVVNALYHRDYQQREPVEITVEPHAI
                     SILSYAGPDRSITKEAIEQAHLLRARRYRNRRLGDFLKELDFSEGRATGIPTIQEELR
                     NNGSPPATIETDDDRSYFLIIIPCHPDFLHDGVLNDPDKFKGRIKRGGRVSDTINGTI
                     NDDEDINDSRNDSRNDSRNDSKKTISKQSRRDRLMRIIQTQPHISSRELASLLRVSYP
                     TIWRDLSELTERGIIRYEGAKKTGRWVILNQADGGME"
     CDS             complement(4635..5957)
                     /gene="bepC"
                     /locus_tag="SEQF2634_00835"
                     /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="MKTLTLIPALLLATVLTATAQDTTATRWSLQRCIEHAKANNLEV
                     RMRQVEVDRQELTLHTARSKRLPSLSAGASQQWSFGRSASAADNTYQVQTTSSTSWSL
                     SSDVPLFTGFEIPNEIAAARLDLMALAADLQKTRENMEITVTSAYLQVLFDKELLSVA
                     ENKLALSRTQLDRTRKMHDAGRASEAQIYETEAQVAADELSTVQATNDLRIATLTLTQ
                     LLELPSPEGFDVEPPTEADTAFLLARRPDDIYRTALTTRAAVRAEELRLQSSEKQVRV
                     AQSALYPSLSFGASYNNAFYHIYNKPNAPFANQIRDNRGLGLGFNLRIPIFNRFATRN
                     SIRSARLGLRNQELQLENTKKALYKDIQQAYYSALSAAERYRSATAAWQSAEKAFTFT
                     GDRFENGRATTYEYNEAKTNLIKALSDRTQAKYEFLLRKKILEFYEQQ"
     CDS             complement(5954..7096)
                     /gene="macA"
                     /locus_tag="SEQF2634_00836"
                     /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="MNNQLVKKIKRIVLLSLVGLAVVGTFVFLWKKAQPEVTEYEIVT
                     PERGTVETKTVATGNVEPRYEILIKPQISGIISEVLKEAGQRVTEGEIIAKVKVIPEM
                     GQLNSAESRVNVARISLDQVESTHRRDEQLFKQGILTAEEFDVSKANYRKAKEELANA
                     QSSLEIVRDGISRNTRSSSTTQIRSTITGMILNVPIKVGNSVIQSNSFNDGTTIASVA
                     NMNDMIFRGNVDETEIGKIREGMPIKLTVGALGTRTFDAVLEYVSPKGEEKNGAIQFE
                     IKAAVSLPDTSFVRAGYSANAEIVLERAENVLTIPESTVEFHGDTAFVQVVKQEKPKQ
                     IFEKRQIKTGLSDGIKIEVKEGLTEKDKIRGAAISKDANNNNEAKP"
     CDS             complement(7246..8502)
                     /gene="macB_1"
                     /locus_tag="SEQF2634_00837"
                     /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="MFFDADRWTEIWVTITRNKTRSLLTCFGVFWGILMLVILLGLGT
                     GLKNGILKNTDGFATNSVFFIADRTSEPYRGFNKGREWNIRNRDLESIRREVSGLEAI
                     SPVLWGARADKNVVYGQLSGTYNVKGVDPAYFRIEAQHVLFGRLLNEIDAREKRKVCL
                     IGSRINETLFRNENPCGRYIRVNGIYYQVVGVVRERARVNIGGRSQESVFLPFTTMQQ
                     TLNQGDVIHFLAASAYKDVSIQRIIDDITGILRQQNSIAPTDKQAVMVINIAEQFATF
                     AMLFTGIDALIWLVGMGTLLAGVIGISNIMMVTVKERTREIGVRRAIGARPRDIISQI
                     MSESLVLTAMAGMIGLSIGVFIIDIVDRLLSAQPGDDAALVNPGVHMGTALAATFVLL
                     VCGLLAGLIPAWRAMQIKAIDAIRDE"
     CDS             complement(8592..9857)
                     /gene="macB_2"
                     /locus_tag="SEQF2634_00838"
                     /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
                     GRIDHSDTLAYDKEYVNGNLSGVAPDFASIDFIIPTRGRFINEIDMQQRRKAIVLSPR
                     MAEVLFHEEDPIGRYVRIGRMMFQVVGVYRDKEMNNNKPAYIPFTTAQQLFRSGMEVD
                     DLIFTVRGIKSEEENTAFEQRFRTAMALRHHFDPSDTGALGMWNTGDDFRMFDLILGG
                     LMMFIWIVGISTLMAGIVGVSNIMLVTVRERTREFGIRKAIGAGPASILRLIIIESIL
                     VTTLFGYVGMVAGIGVTELIDYGMTMAGMNADTGGGPGNLSIFRHPTVSLGIATSATV
                     LLVIAGVAAGYFPARKAVSIPAVEAMRSE"
     CDS             complement(9963..10631)
                     /gene="yknY_1"
                     /locus_tag="SEQF2634_00839"
                     /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
                     STLLNILGILDTYDSGEYYLDDLLIRDLSESRAAELRNRMIGFIFQSFNLISFKNAME
                     NVALPLYYQGVPRKQRNALALDYLERVGLRDWAEHLPSEMSGGQKQRVAIARALIARP
                     QVILADEPTGALDSKTTVEVMELLRAVNREGMTMVIVTHEPSVAEATDRVVHVKDGLI
                     VAND"
     CDS             complement(10837..11733)
                     /locus_tag="SEQF2634_00840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPEDKEIRKRTLLIMVIIVVVIALIGVSYVVFHQRKQMDDMTE
                     LFAIEKEQLTDEYAELSLQYEGYKFSVGNDSLVALLTTEQMKVQRLMEELRTVKATNT
                     RRITELKRELETLRKIMRGYVIQIDSLNAENGRLRNENERVTEQYRQASSAAAQLTRE
                     KEHLTERVTLASRLEASAIAVRPITSRGKDAKKIDKIAQLVVSFHVVKNITAPTGEKT
                     IYVRIMRPDDDILTKPGSGTFAFENRNIGYSMKRTVEYAGEDLPVVMYWDVEEYLSPG
                     TYRVDIFADGHLIGRRSFTLQN"
     CDS             complement(11864..12196)
                     /locus_tag="SEQF2634_00841"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERLSIKDVVGTDVRSRISLDAVKALMAHGGEYVIDMEGVTSIS
                     RSVADELYNLQQDYGAVRFEHQTEFVQRMMRIVWEGRSKKRVREEEDVEMMDMTSIED
                     FSRYLLSI"
     CDS             complement(12216..13106)
                     /locus_tag="SEQF2634_00842"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPILIPHVPRDERIGSAFNHLFPIIHRTDSAADAVAWDFTQTL
                     FLHPFFLAPLAVYKDSSEKPIACTGLQGRMDSYLRAICFDHVFDASRPESRNILNAYL
                     TKSYIPVSRFMVGDGTEDRIQEVLQRIIEVQSDLSHKMRMPISYLLGELIDNISQHSG
                     SRCGYLFCQRVRRELYIVIADRGRTIYGNYIYAKRYEDIVGIDEAAALRIANEGYSTK
                     NLPTAENRGYGLSRSRKMIVKGLGGAYFMLSGTAFYRQEAKGVYVINVPEVYRWNGTI
                     ILLRLPLETPKGFEFYDYVE"
     CDS             complement(13514..14050)
                     /locus_tag="SEQF2634_00843"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDEDARQAAADSAVEQDGRDGRVDATGERQDDTVIAELSLQFG
                     HGGFDEGGRRPVAGATALGEEVVEQTRAALGVEDFRVELYAPRLLAIDAEGSRLHIVR
                     AGNDAEGVRQPCDRVAVRHPHLRSSPDTVKQWILGVDLGEECAAVFARVGRLDASSGR
                     SGQQLCAVADAEHGVLPA"
     CDS             complement(14054..14527)
                     /locus_tag="SEQF2634_00844"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDAHLLGCHLAEDAYAEAWAGEGVTLQQVGHHAQFSAHAAHLI
                     LEEQTQRLDELQLHLLRQAAHVVVTLDHRARDGERLDNVGVDRALAEPAYVVQLVRLL
                     VEDVDEAPADNLTLLLGVGDAGQLAVELRLGVDADHVQSEVLVVAEHVLKLVFAK"
ORIGIN      
        1 atgcacagcg agaggtagag gaagttgatc ggcgtaaagg ccaagccgta ggagtacatg
       61 ttcttctgcg cgtcgcgcag gctacggcag gagaggttct tctgcatcat gtcttgatcc
      121 agtccggtca tgacgatcgt gataaagatg ccgctcaaga actgcttcac gaagtgctgc
      181 ttactcgacc aatcgctcca ctcaaagagg cggaagtgcg ggctctcggc caccgtgcgg
      241 cagaggccgt cgaagtccag ccccatgcga tccttcacct gccagatgat caccacgagc
      301 gtacccacga ggcagagcgc ctgaagtgtg tctgtccaga tgatcgtgtt gacgccgctc
      361 ttgtaggtgt agagccatac gagcaggatg ctcaggataa cggtgacgcc gaaggggatc
      421 tgccacgtcg agaagacgta cgtctggagg ataagcacca cgagatagag tcgcgcggcc
      481 gcaccgatga tcttggagag gaggaagaag gaggcgcccg tcttgtaagc ccgccgaccg
      541 atgcgtgtct cgaggtaggt gtagatggac gtgagctgaa ggcggtagta gagcggcaag
      601 agcacgtgtg cgatgatgac gtaaccgaag aagaagccga agacggtctg catgtacgtc
      661 atgtcgatct gccgcaccca gccggggacg gagacgaacg tcacgcccga gagtgaggag
      721 ccaatcatgc cgatggccac gatgtaccac ggcgaacgac ggttgccgag gaagaaggcg
      781 tcgttgtctg cggccgatgc gccgcctcgg cccgtgatcc aagcgatgag cagcagcaag
      841 ccgaagtagg ccgcgatgat gaagaggatg gtcgtgctgc tcatcggacg taacgtattt
      901 ccgaccggct gccgggatag taatgcgaca ggatggcgcg ataggaatgc ccttcggctc
      961 ccatcacggc ggcgccgatc tggcagaggc ccacgccgtg tccccagcct gcgccggtga
     1021 ggcggaagcg acgcgggacg ccgtgatgca ggtcgagcgc gtcaaccacg aaggccgagc
     1081 tatagaggtg tgtctcggag agcgtacggc ggatctccag ctccttaccg atgatgtatg
     1141 tgcgccgact gccgacgatc cggagccgca cgatgcgccc cgatcggccg cgctcgacgg
     1201 cttgcaggtt gaggatagcg ccgaagtcga tgccgctctt gcggcgaatc aggtcggcga
     1261 gctcgtcttg catgtactct accgtccagc gatagaagtc gggcgtctcg agatcgtagt
     1321 tgttaagcac ctggctgagg atgccctcgt ccgtggtgtg acagaaagcc tcgggtgcgg
     1381 agcggatcca gcgatcggct tcggcctcgt tcgtcagatc gggcaccgga gtgtctggcg
     1441 tgcgactgtc gcgcagggcg acgaggtaac ggtgatgaac aggctcccag cagtactcga
     1501 agcactcagt gacgccgccg cacgacttcg agaaacgtgt gtcgcaaagc cggccctcgt
     1561 ccgtgagcac ctcgccgcag gtggcgcgga cggcctcctc tacggccggc gtcgtggcgc
     1621 gcgtgacgcc ctgataacgc tggcaatggt cgtcggcgca gacgtcgaag cgcgtgtgat
     1681 cctcgcggtc gtaccatcgg acgagaccct cgtcgtcttg gctgcagctc tccgccttgg
     1741 cgtcgaccga cgcctgtcgc ttctcgatct gggccagcag ccagctgcgc gagatgacgg
     1801 cgtgcgcgcg gagtaactcg ggcgacgagg tggcgctcat ctcagacgag atgacgctct
     1861 cgagatacga ctcgacgtcg atacgattca ccaccaggac gccgtcgctc gagggcgtga
     1921 ggatcaacgc cccgcggaag cgttggtctt cgcggcgctc ccagtggaag tgtacgccga
     1981 tggtgacgcc ccgcaggtcg aacgagtccg aggggtcggt gggctcgaag tgcagcgtat
     2041 cgaacgtgtg actctcgaag ccgatgcgcc cgtcttgcag cgtagcgtgt tgatggcctg
     2101 tgtgcgtgcg gcccgtctcc aggcagcggt aggcgccgtt gaaatgaaat gaaacgtctc
     2161 tctccgtcaa gatcccgacg tctacgttgg gtataccgat catgatctgt gtatgcatta
     2221 atgtaaatag gtgtggttct atttctcccg cttgttcagc gagcggacaa aagtagaagg
     2281 cttgtgtaat tgtcaatggc taaaggtcaa ggatgacgga gaggaggaag accacacatg
     2341 agggaataac cccaccctcg ttttgctact cgcacgccgt gcaagccccg aaagggccag
     2401 gggcgccggc caagtttgca ggcgacatag gataactcac ccgggttttg ctactcgcac
     2461 ggcatgcaag gctcaaaatg accctcattt tgctactcgc acggcgtgca aggcccgaaa
     2521 tgaccctcat tttgctactc gcacgccgtg caaggcccga aatgaccctc attttgctac
     2581 tcgcacggca tgcaaggccc gaaacccgcc gagttttgct actcgcacgc cgtgcaagcc
     2641 cgaaaggcgc caggggcgcc ggccaagttt tccggataca ggagaacaaa tccgggtttt
     2701 gctactcgca cggcgtgcaa ggcccgaaac ccgccgggtt ttgctactcg cacggcatgc
     2761 aagacccgaa aggcgccagg ggcaccggcc aagtttgcag gcgacataga ataactcacc
     2821 cgagtttcgc ctccatctat ctttgtcccc acgaaaaaaa cgattcataa acagggatta
     2881 gacgaagcat catggcatta cccatcaaca tagaagacct cctcaatcgg cagcgcattg
     2941 agggtaaccg catcgagttc aaacgcgggt ggaatccggc caagatctac caaacgattt
     3001 gtgccttcgc caacgatttc gacaatatcg gcgggggcta catcctcgta ggcgtggagg
     3061 aggatcatgg ccgggcgcgg cgcccggtgg tggggatccc tgaggagaag ttggacggca
     3121 tacagcaaag catggtcgga ttcaacaaca agatcaagcc ctactacatg ccccgcacct
     3181 cggtggaggc cgtagacggt aaatacgtgc tggccatctg ggtgccgtcg gggagttatc
     3241 gcccctatga agttttggag gacgtgctta gcagtaaatc caagtcacgc tggtacatcc
     3301 gctccggctc aagcaccatt gaggccaagg gagaagtgct ggacgagctg cgagagatgg
     3361 ccaaccgtgt accgttcgat gagcggggga atgagcagat cgcgatcgac gacctttcgc
     3421 ctgtgcttgt gttggactac ctaaggcgtg taaagagtcg gctgacggct gattttacgg
     3481 gccggacact tgaacaggtc ttggagcaac tggatctata cgaggggccg caagaacaac
     3541 ggcggctgaa gaatgtggcc gcgatgatgt tcagcgagga gccgcatcgc ttctttcctt
     3601 acacccgggt cgaaattgtc ttatttccgg aggggacggt gcgcaacccc aacaacttca
     3661 tggaagcgcc gactatcacg ggcaccgtcc ccacgatgat ccgcgccacc ttggattatc
     3721 tccgccttat ggtcatcaag gagcggatcc gcaaggtgcc gtatgcggcc gaagctatcc
     3781 ggcatttcaa ttacccctac caagccatcg aagaggccgt ggtcaatgcg ctctatcacc
     3841 gcgattacca acaacgcgaa ccggtggaga tcaccgtaga gccgcatgcc atcagcatac
     3901 tcagttacgc tggccccgat cgcagcatca cgaaggaggc catcgagcaa gcgcacctgc
     3961 tccgtgcacg ccgttatcgc aaccgccgct tgggcgactt tctcaaggag ttggacttct
     4021 ctgagggacg cgccacgggg attccgacca tccaagagga gcttcggaac aacggctcgc
     4081 ccccggccac aatcgagacc gacgacgacc gctcctactt cctcatcatc attccttgcc
     4141 acccggattt cctgcacgat ggcgtcctca acgaccccga caagttcaaa ggccgaataa
     4201 agcggggtgg cagagtaagt gacaccataa atggcaccat aaacgatgat gaggatataa
     4261 atgatagcag aaatgatagc agaaatgata gcagaaatga tagcaaaaag accatatcca
     4321 agcagagccg acgggatagg cttatgcgta tcatacagac acagcctcac atttcatcca
     4381 gggagttggc ctctttattg agggtctctt atccgaccat ctggcgcgat ctgtcggagc
     4441 ttacggagcg cggcatcatc cgctacgaag gcgccaagaa gacggggcgc tgggtgatac
     4501 tcaaccaagc agacggaggc atggaataag cccgcctcga acagagacac aaaaacgaaa
     4561 tcgtcctccg agcagtggat caatcatcca tcgcccggag gacggttcgt ttttagaggg
     4621 catcacagcc ccgcttactg ctgctcgtag aactcgagaa ttttcttacg gagcaggaac
     4681 tcgtacttgg cttgggtgcg gtcggagagg gctttgatga ggttcgtctt ggcctcgttg
     4741 tattcgtagg tcgtggcgcg gccattctcg aagcggtcgc cggtgaaggt gaaggctttc
     4801 tcggccgact gccacgcggc ggtggccgac cggtatcgct cggcggctga aagggcgctg
     4861 tagtaggcct gctggatgtc tttgtagagt gctttcttgg tgttctccag ctgtagctct
     4921 tggttgcgca ggccgaggcg agcgctgcgg atgctgttgc gtgtggcgaa acggttgaag
     4981 atggggatgc ggaggttgaa gccgaggccg aggccgcggt tgtcgcgaat ctggttagcg
     5041 aagggcgcgt tgggcttgtt gtagatgtga taaaaggcat tgttgtagct ggcgccgaag
     5101 gagaggctgg ggtagagggc gctctgggcc acgcgcactt gcttctcgct gctctggagg
     5161 cgaagttcct cggcgcggac ggcggcgcgc gtggtgagag cggtgcgata gatatcgtcg
     5221 gggcgacgcg ccagtaggaa ggccgtgtca gcctccgtgg gcggctccac gtcgaagcct
     5281 tccgggctgg gcagctcgag cagctgggtg agtgtgagcg tagctatacg caggtcatta
     5341 gtggcttgta cggtggaaag ctcgtcggcc gctacctgcg cctcggtctc gtagatctgc
     5401 gcctcggagg cacgtccggc gtcgtgcatc ttacgcgtgc gatcgagctg cgtgcggctc
     5461 agggcgagct tattttcggc cacactgagc agctccttgt cgaagagcac ttgcaggtag
     5521 gccgacgtga cggtgatctc catattctca cgcgtcttct ggaggtcggc ggcgagggcc
     5581 atgaggtcga ggcgcgcggc ggcgatctcg ttggggatct cgaagccggt gaagagggga
     5641 acgtcggatg agagcgacca ggaggtagag gaggtggtct gtacctgata cgtgttgtca
     5701 gccgctgagg ccgatcggcc gaacgaccat tgttgcgagg ctccggccga gaggctgggc
     5761 agacgtttgc tgcgcgccgt gtggagcgtc agttcctgcc ggtctacttc cacctgtcgc
     5821 atgcgcacct ccaggttgtt cgctttggcg tgctcgatgc aacgttggag gctccagcgc
     5881 gtggcggtcg tgtcctgcgc cgtggcggtg agaacggtgg ccaggagcag ggcgggaatg
     5941 agggtcagcg tcttcatggc ttggcttcgt tgttattgtt tgcatccttg ctgatggccg
     6001 caccgcggat cttgtctttc tccgtcagtc cttccttcac ttcgatcttg atgccatcgc
     6061 tgaggcccgt cttgatctgc cttttctcga agatttgctt gggcttctct tgcttaacca
     6121 cttgcacgaa agccgtgtcg ccatgaaact ccaccgtgct ttcggggatg gtcaggacat
     6181 tctcggcgcg ctccaacacg atctccgcgt tagcgctgta tccggcgcgc acgaacgagg
     6241 tgtcgggcag cgatacagcc gccttgatct caaactgtat ggcgccgttc ttctcctcgc
     6301 ccttggggga gacgtattcg aggacggcgt cgaaggtgcg tgtgcccagt gcgccgacag
     6361 tcagcttgat gggcatgccc tcgcgaatct tgccgatctc cgtctcgtcc acattgccgc
     6421 ggaagatcat gtcgttcatg ttggccacgg aggcaatggt ggtgccgtcg ttgaagctgt
     6481 tgctttggat cacggagtta cccaccttga taggcacgtt aaggatcatg ccggtgatgg
     6541 tgctgcggat ctgcgtggta ctcgagctgc gtgtgttgcg cgagatgcca tcgcgaacaa
     6601 tctcgagcga gctttgggcg ttggccagct cctctttggc cttgcgatag ttggctttcg
     6661 acacgtcgaa ctcctcggcg gtgaggatgc cctgcttgaa gagttgttcg tcgcggcggt
     6721 gtgtgctctc cacttggtct aagctgatgc gggccacatt gacgcgcgac tcggcgctgt
     6781 tgagctgtcc catctcagga atgactttca ctttggcgat gatctcgcct tcggtgacgc
     6841 gttggccggc ttccttgagc acctcggaga tgatgcccga gatctgcggc ttaattagga
     6901 tctcgtagcg cggctccaca ttgcccgtgg ccacggtctt ggtctcgacc gtcccacgct
     6961 cgggcgtcac gatttcatac tcggtcactt cgggctgcgc cttcttccac agaaatacga
     7021 aggtgcctac cacggccagc cctactaagg aaagcaggac gattctcttg atcttcttta
     7081 caagttgatt attcataagc tgaaaactaa aatctaaaaa ctaacaactc acagttgggg
     7141 aaatgaacga tttggggcgt ggggaggctt tggagagtag tgcagatgca aggcgtccaa
     7201 gaccgaaggc aacgcagcag atgcgctgct atacaaagtc tccacttatt catcgcggat
     7261 cgcatctatc gctttaatct gcatggctcg ccaggcgggg ataagcccgg ccaagaggcc
     7321 gcacacgagc aacacaaagg tggcggcgag ggcggtgccc atgtgtacgc cggggttgac
     7381 aagcgccgca tcgtcaccgg gttgggcgct gaggaggcgg tcgacgatgt cgatgataaa
     7441 gacgcctatg ctgaggccga tcatgccggc catggctgtc agcacaaggc tctcgctcat
     7501 gatctgcgaa atgatatcgc gcgggcgggc accgatggcg cgccgcacac cgatctctcg
     7561 cgtgcgttcc ttgaccgtca ccatcataat gttactgatg ccgatcacgc cggccagcag
     7621 cgtgcccatg cccacgagcc agatcagcgc gtcgataccg gtgaagagca tggcgaacgt
     7681 ggcgaactgt tcggcgatgt tgatcaccat cacggcctgc ttatcggtcg gggcgatgct
     7741 gttctgctgg cggaggatgc cggtgatgtc gtcgatgatg cgctgtatgg atacgtcttt
     7801 gtaggcggag gcagctaaga agtggatcac gtcgccttgg ttcagtgtct gctgcatggt
     7861 ggtgaagggc aggaagacgc tctcctgcga ccgtcctccg atgttcaccc gtgcccgttc
     7921 acgtaccacg ccgacgacct gatagtagat gccgttgacg cggatgtacc ggccgcaggg
     7981 gttctcgttg cggaagaggg tctcgttgat gcgcgagccg atgaggcata ctttgcgttt
     8041 ctcgcgggcg tcgatctcgt tgagtaggcg gccgaagagc acgtgttgcg cctcaatgcg
     8101 gaagtaggcc gggtcgaccc ccttcacgtt atatgtgccg gagagttggc catagaccac
     8161 gttcttatct gcccgcgccc cccacaggac gggtgagata gcctccagtc cggacacctc
     8221 gcggcggatg ctctccaagt cgcggttgcg gatgttccat tcgcgccctt tgttgaaacc
     8281 acggtaaggt tcgctggtgc gatcggcaat gaaaaagacg gagttcgtgg cgaagccgtc
     8341 ggtgtttttg aggatgccat tcttgagccc tgtgccaagc ccgaggagga tgactaacat
     8401 gagtatgccc caaaatacac cgaagcaggt cagtaggctg cgcgtcttat tgcgggtgat
     8461 ggttacccat atctcggtcc atctgtctgc gtcgaaaaac atattgctat tgaactaaaa
     8521 gctaaaatct aacaactaaa aactccggaa gcattcgccg tacccgatca cttttcattt
     8581 ttagtttttc gttattcact cctcatggcc tcaacggcgg ggatactgac ggctttgcgg
     8641 gcggggaaat atccggctgc gacgccggct atgacgagca gtacggtggc ggacgtggcg
     8701 atgccgaggc tgacggtggg gtggcggaag atggagaggt tgcccgggcc accgcccgtg
     8761 tcggcgttca tgccggccat cgtcattccg taatcaatca gctcagtcac gccgataccg
     8821 gccaccatgc ccacgtaacc gaagagcgtg gtgacaagga tggactcgat gatgatgagc
     8881 cgcaggatgg aggcggggcc ggcgccgatg gctttgcgga tgccgaactc acgcgtccgt
     8941 tcgcggacgg tgacgagcat gatgttgctc acgcccacga tgccggccat gagtgtgctg
     9001 atgcccacga tccagataaa catcatcagg ccgccgagga taaggtcgaa catgcggaag
     9061 tcgtcgcccg tgttccacat gccgagggca cccgtgtccg aggggtcgaa gtggtggcgg
     9121 agggccatgg cggtgcggaa gcgttgttcg aaggcggtgt tctcttcttc agacttaatg
     9181 ccacgcacgg tgaagatcag atcgtccacc tccataccgc tgcggaagag ttgctgagcg
     9241 gtggtgaagg ggatataggc gggcttgttg ttgttcatct ccttgtcgcg atagacgccg
     9301 acgacttgga acatcatgcg gccaatgcgc acgtagcgcc cgatgggatc ctcctcgtgg
     9361 aagagcacct cggccatacg cgggctgagg acgatcgctt tgcggcgttg ctgcatgtcg
     9421 atctcgttga tgaagcgtcc gcgggtgggg atgataaagt cgatggaggc aaagtcaggt
     9481 gcgacgccgc tcaggttgcc attcacgtat tctttatcgt aggccaacgt gtcgctatgg
     9541 tcgatgcgac cggagtagta ctccacctcg gggaagtcgg tgcccaagtg ctccacgtcg
     9601 gcgttgcgga aggttaggcg gcggttctcg cggatgcctt gccagggctt ggtggtgtag
     9661 ttgggccaca cctcgacacg gttggcggag aagttgctga agttgtacat cacgccgttg
     9721 cgcagaccgt tgccagcggc cagcaggatg atgaggatga agatgcccca ggccacggag
     9781 aagccggtga ggaaggtgcg caggcggttc ttgcgcatcg tgctgaggat ctctcgaatg
     9841 tcgtcgaagt cgaacataaa tcttataggt agtaggggcg acccttgtgg tcacccggta
     9901 gttacggcct acggccggtt agttatgcgg ctaaagccgc ggtagtaggg agttggccaa
     9961 tctcaatcat tagccacgat cagtccgtcc ttgacgtgca ccacgcggtc cgtagcttcg
    10021 gccacggaag gctcatgagt gacgatgacc atcgtcatgc cttcgcggtt gacggcgcgt
    10081 aggagctcca tcacctcgac ggtcgtcttg ctgtctaacg cgcccgtggg ctcgtcggcc
    10141 aggatcacct gcgggcgggc gatgagtgcg cgggcgatgg ccacgcgttg cttttgtccg
    10201 ccggacatct cgctgggcag gtgctcggcc caatcgcgga ggccgacacg ctcgaggtag
    10261 tccagcgcca aggcgttgcg ctgcttgcgc ggcacgccct gatagtagag cggcagggcc
    10321 acgttctcca tcgcgttttt gaaggagatg aggttgaagg actggaagat gaagccgatc
    10381 atgcgattgc gtagctcggc ggctcggctt tcgctgaggt cacggataag caggtcgtcg
    10441 aggtaatact cgcccgagtc gtaagtgtcg aggatgccga ggatgttgag cagggtgctc
    10501 ttgcccgacc cggaggcgcc catgatggag accatctcgc cacgttcgat gccgaggtcg
    10561 atgcctttga gcacatgcag cggggcgccg ttgtagtagg tcttgttgat tccttgtagt
    10621 cggataatca ttggtgggtg aatgtagtag ttagagaaag atgagggacg ggcaatgtgc
    10681 tcgccggtga tagatagacg cgggaaaggt gcgtcaggtt acagtttggg agatattttt
    10741 tggagggggg cattccttcc cgcggcggga aggaccggtc ttaccgcacg cacccgtgtc
    10801 cggcccagac atcgccggcg tccgtaggcg cccccgttag ttctggagcg tgaaggagcg
    10861 gcggccgatt aggtggccgt cggcaaagat gtcgacgcgg taggtgccgg gcgagaggta
    10921 ttcctccacg tcccaataca tcacgacggg caagtcctca ccggcatact ccaccgtgcg
    10981 cttcatggag taaccaatgt tgcggttctc aaaggcgaag gtgcccgatc cgggtttggt
    11041 caggatgtca tcgtcggggc gcatgatgcg cacatagatg gtcttttcgc ccgtgggcgc
    11101 ggtgatgttc ttgaccacgt ggaaggagac gacgagctgg gcgatcttat cgatcttctt
    11161 ggcgtccttg ccgcgcgagg tgatggggcg gacagcgatg gcggaggcct cgagtcggct
    11221 ggctaaggtg acgcgctcgg tgaggtgctc tttctcgcgc gtaagctgcg ccgcggccga
    11281 ggaggcctgg cggtattgct ctgtgacgcg ttcgttctcg ttgcgcaggc gaccgttttc
    11341 ggcgttgagg gagtcgattt ggatcacata gcctcgcatg atcttacgga gcgtctccag
    11401 ctcacgcttc agctcggtga tgcggcgcgt gttggtggcc ttgaccgtgc gaagctcctc
    11461 catgaggcgt tgcaccttca tctgctccgt agtcagtagg gccacgagcg aatcgttgcc
    11521 gacgctgaac ttatagcctt cgtattgcag agacagttcg gcgtattcgt ccgtgagttg
    11581 ttccttttcg atggcgaaaa gctcggtcat gtcgtccatc tgtttgcgtt gatgaaagac
    11641 gacatagctg acgccgatca gcgcgatgac gacgacgatg atgaccataa tgagtagcgt
    11701 gcgtttccta atctctttat cctccggatt catgtctttg gggtgtgtta tagtgagtaa
    11761 tatgttatgg gcggcaaaga taaaccggca acccccgcaa caaaaagggg cgacagttcg
    11821 cccttgtcgc ccctctttcc atgtctgctt acctcgcctt ttattagatg gagaggagat
    11881 atcgagagaa gtcttctatc gaagtcatat ccatcatttc tacgtcttcc tcttccctga
    11941 cgcgcttctt acttcgacct tcccacacga tcctcatcat gcgttgcaca aactccgtct
    12001 gatgctcaaa tcgcactgcg ccataatcct gttgcaggtt atacagctca tcggccacag
    12061 agcgagagat agaggtcacc ccctccatgt cgatcacata ctcgccgccg tgtgccatca
    12121 aagccttcac ggcatcgagc gaaatgcgcg agcgcacatc tgtgccaact acgtctttta
    12181 tactgagtct ttccatcgtt acagttctcc ttatcttatt ctacatagtc ataaaactca
    12241 aaccctttcg gcgtctcgag cggaagcctt aacagaatga tagtgccatt ccatcggtag
    12301 acttccggaa cgttaatcac atacacgccc ttcgcctcct gccggtaaaa ggccgtaccc
    12361 gacagcatga agtaggcgcc gccaagtccc ttcacaatca tcttccttga ccgggataac
    12421 ccataccccc tattctccgc cgtcggtaag ttcttggttg aataaccttc gttggcgata
    12481 cgtagagcag ccgcctcgtc tatacccacg atgtcttcgt atcgcttagc gtaaatgtaa
    12541 ttaccgtaga tcgttcgccc ccggtcagca atgacgatat acagttctcg cctcaccctt
    12601 tggcaaaaca ggtaaccgca gcgactgccg gagtgctgac tgatgttatc gatcagctcg
    12661 ccgaggaggt aggagatcgg catacgcatc ttatgagaga gatcggactg gacctcgata
    12721 atcctttgga gcacctcctg aatccgatcc tccgttccgt cgccgaccat gaagcgcgac
    12781 accgggatgt agcttttggt caggtaggca ttaaggatgt ttcgactctc aggacgagag
    12841 gcgtcaaaaa cgtgatcgaa gcagatcgcc ctgagatagc tgtccatacg gccttgtaat
    12901 cctgtgcacg cgatcggttt ctcggagcta tccttataga cagctagtgg cgcaaggaag
    12961 aacggatgca gaaatagagt ctgcgtaaag tcccaagcta cggcatccgc ggcggaatca
    13021 gtccggtgaa tgatgggaaa cagatgattg aaggcgctgc cgatccgttc gtcgcgtggc
    13081 acgtggggga taaggatagg tgtcatcttt tgatgaggat tttgcagggc aaaggtgagg
    13141 cgatttctca caagcccctg ctctccctca atcttgatcg tctttacggg cagaccacaa
    13201 gggccgcccg gactatcttt gtcgcccgta aagcgaaagg gggcaccctc gggctactta
    13261 ttgccgcccc tcacgcttcc tctggctact tataactact catttagata tgcacgaaaa
    13321 gatcatcatc ctcgactttg gctcgcagac tacgcagctc atcggccgcc gcatccgcga
    13381 gctcaacacc tactgcgaga tcctgcccta ccacagcttc ccggccgacg accctacggt
    13441 tcgcggcgtc atcctctccg gcagccccta ttcggtgaat aaccccgacg ccttccggat
    13501 cgatacggcg gccctacgcg ggcaataccc cgtgctcggc atctgctacg gcgcacaact
    13561 gctggccgct acggccggag gacgcgtcga gtcggccgac acgcgcgaat acggccgcgc
    13621 actcctcgcc gaggtcgacg ccaaggatcc actgcttgac ggtatccggg ctggatcgca
    13681 ggtgtggatg tcgcacggcg acacgatcac acggctgccg gacaccttcc gcgtcattgc
    13741 ccgcacggac gatgtggagg cggctgcctt ccgcgtcgat ggcgagcaga cgtggggcgt
    13801 acagttccac ccggaagtct tccacaccga gggcggcacg cgtctgctcg acaacttcct
    13861 cacccagtgc ggttgcgccc gcgactggac gccggcctcc ttcatcgaat ccaccgtggc
    13921 cgaactgaag gctcagctcg gcgatgaccg tgtcatcttg gcgctctccg gtggcgtcga
    13981 ctcgtccgtc acggccgtcc tgctccaccg cgctatcggc agccgcctga cgtgcatctt
    14041 cgtcgaccac ggcctacttc gcaaaaacga gtttgagaac gtgctccgcg actacgagca
    14101 cctcggactg aacgtgatcg gcgtcgacgc caaggcgaag ttctaccgcg agctggccgg
    14161 cgtcaccgac cccgagcaga agcgtaagat tatcggccgg ggcttcatcg acgtcttcga
    14221 cgaggaggcg cacaagctgc acgacatacg ctggctcggc cagggcacga tctaccccga
    14281 cgttatcgag tcgctctccg tcacgggcac ggtgatcaag agtcaccaca acgtgggcgg
    14341 cctgccggag aagatgcagc tgaagctcgt cgagccgctg cgtttgctct tcaaggatga
    14401 ggtgcgccgc gtgggcgctg aactgggcat gatgccccac ctgttgaagc gtcacccctt
    14461 ccccggccca ggcctcggca tacgcatcct cggcgaggtg acacccgaga aggtgcgcat
    14521 cctccaagac gccgacgaca tctacatctc cctcctccgc gagtgggggc tctacgacga
    14581 ggtttggcag gccggcacca tcctgctgcc gatccgctcc gtcggcgtga tgggcgacga
    14641 aaggacgtat gagaac
//
LOCUS       SEQF2634|AYYE01000937.1 7073 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7073
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(157..339)
                     /locus_tag="SEQF2634_00845"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHELFYLSCDRILMTHELFYLSRDRILMTYELFYLSHDQILMT
                     HELFYLSHNRILIIIG"
     CDS             570..2957
                     /gene="gerN"
                     /locus_tag="SEQF2634_00846"
                     /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
                     LIVLFGASMYLVIREGQAHQLVSDSADSAHAPQNLVEGFSVFLALMAEHIHSSFGLLL
                     LQIIIILITCRIVGLLFKRIGQPMVVGEILAGILLGPSVLGRFAPDFSQFLFPRESLG
                     NINLLSQFGLIFFMYTIGMELDVDAIRKKLRETVMISYTCMFFTFFCGLLAAYFIYDR
                     YGREVPFLPFALFIAITMSITAFPVLARIIQERRLTRTHLGTVALAAAANGDVTAWCL
                     LAIVVAISQAGTMLGAVYNILFAAVYLLIMFTIVRPLLRMVGNLYHNPEVIGKPLVML
                     MFLLLLISSYLTEIAGLHALFGAFVAGLVMPENMRFRKIMTEKVEDVSLIIFLPLFFV
                     STGLRTEIGLIDSAEMWLVCFGLILVSTIGKFSSAILSARIEKESWKNSFLLGALMNT
                     HGLMELIALTIGYEMHILPPPVFVMLVLMTLASTFMTTPLLSLINFSFRTGERLRLRR
                     TETVGQGPFRVLISFGRAGSGPVLLDVAFRMFGRGDTKMDLTALHLTVGSDINPLHTA
                     GFEQVSFEPFIREAKRLNLRVSTRYEVSNNAGDTIVSLVNDEPFDFLLVGAGIAMSNL
                     PTDIEARRIRKSLFSLLGGARVQELLSPGSLIHDKTRYFIEHSRCSVGVFVNRGFTRA
                     DHLIVVIDSEADLPLLHYARVLLRSTHGTAALLHRRPSDEASPAPDTVVRELESFIAH
                     TENVHLLPERNLTRESFAEADFMLVGYATWNVISDVCREPLRQMPSTLIIHHRQR"
     CDS             3084..4733
                     /gene="glgA_1"
                     /locus_tag="SEQF2634_00847"
                     /EC_number="2.4.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00484"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MIQPDYIFECSWEVCNKVGGIYTVLSTKARTLQQQFPDHILFIG
                     PDLGHAGQAAEFDEDTTLYADWRRTTAAAGLPVRIGRWRVPGAPLVMLIDYRQLFSHK
                     NELFYEMWESFGVDSSQAYGDYDESCIFAAATGRVIESFYRFHHLESQRVVAHFDEWM
                     LGFGLLHLRKYTPRIATLFTTHATTIGRSIAGNNKPLYGYMSGYNGDGMAAELHVEAK
                     HSVEKKAAHFADCFTTVSEITAVECRQLLDKAPDVVTPNGFEPDFVPTPDRYPARRAD
                     ARQRLLRAASALYGQTFDSDNTFLVSISGRYEYRNKGIDVFIDAMNRLRTSADLPRAV
                     VAFVLIPAWVYAPRADLKAILEHGAPTAAPLPTPFLTHWLHRMDDDRVSNFILHAGFN
                     TTDGERLKIVFVPCYLDGRDGIFDTPYYDLLIGMDATLYPSYYEPWGYTPLESVAFGI
                     PTVTTDLAGFGRWAQTVVSGRDITEGVAVVHRTDDNYAAVVDESADALLTLMRRSDAE
                     RRTIAARCQSLAARAEWERFITYYYTAFDHALTAAARRVDA"
     CDS             5097..6503
                     /locus_tag="SEQF2634_00848"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHYYPLRLATLTAACFLIYTSASATPIVTDDNTAVRDETDYTL
                     SLRPAVSERLFISKAIEKEIVRIKRMITNEKLAWMFENCFPNTLDTAVHFSAIDGDDD
                     TFVYTGDIHAMWLRDSASEVWPYLAFVSKDDELRQMIRGVILRQFKCILLDPYANAFS
                     DGAENSEVYERRWELDSLCHCLRLAYAYWKETGDKSVFTDGRWQKVMQLVLHTLREQQ
                     RKDGPDPYAADSLMDHHSLRPVRPVGLIASAFRPSDDPVTLPFIVPSNFFAVSSLRKA
                     AEILSKVNKDAKTADACKALANEVEEALRRYATVEHPVYGRIYAYEVDGFGNRLMMDD
                     ADVPSLLAMTYLGDVPADDPVYLNTRRFVWSEDNPYFFHGNSGEGIGSSRTGNDMIRP
                     MSLLVRALTSTDDNEIAACLRMLITTDAETGFIHESFYKNDPKRYTRSWFARQNSLFG
                     ELIVKLVRDKKIELLNDL"
ORIGIN      
        1 cttctcgatg ttctgccgta tgaatacaat ctctttcact gcgatttatc tttcttgatc
       61 aattggccgc aaatgtaaac aggagaacga atacggctgg gcggccactc cccgccccta
      121 tcgcaccaca gttttcacct cacctatgcg ctcctctcag cctatgatga tcaaaattcg
      181 attatgtgag aggtagaaaa gctcgtgcgt catcaaaatt tgatcatgcg agaggtaaaa
      241 aagctcgtac gtcatcaaaa ttcgatcacg cgagaggtaa aaaagctcgt gcgtcatcaa
      301 aattcgatca cacgagaggt aaaaaagctc gtgcgtcatc aaaattcgat cacgcgtgaa
      361 caaaatttga tcacacgcca gcttcctgtt gctcgtgcat catcaaaatt tgatcacgcg
      421 tcagcttgtc gttgctcgtg catcatcaaa atttgatcac gtgccagctt cttattgctc
      481 gtgagtcatc aaattttgat cacgcgccag cttcttgttg ctcgtgcgtc atcaaatttt
      541 gatcacacaa ccggccttcc gccgaaggca tgaagtccac gtgcctcgcg cgccacactt
      601 tttacctcgc gcgccatgtt ttttcactct cgtacctttg cggcgcattt gcaacacacg
      661 taatgacgaa gaaattcaaa ggttttttgc tctatgtcgg gctcatcgtg ctcttcggcg
      721 catcgatgta cctcgtcatc cgcgaaggtc aggcgcacca actcgtctcc gactccgccg
      781 actcggccca cgcgccgcag aacctcgtcg agggcttcag cgtcttcctc gcgctcatgg
      841 ccgagcacat ccactcatcc ttcggcctgc tccttttgca gatcatcatc atcctcatca
      901 cctgccgcat cgtggggctg ctcttcaagc gcatcgggca gccgatggtc gtgggtgaga
      961 tcctggccgg catcctgctt ggaccgtccg tactgggccg gttcgcgccc gatttctccc
     1021 agttcctctt cccccgcgaa tcgctgggca acatcaacct cctgagccag ttcggactca
     1081 tctttttcat gtacaccatc ggcatggagc tcgacgtcga cgccatccgt aagaagctgc
     1141 gcgagacggt gatgatcagc tacacctgca tgttcttcac cttcttctgc gggctcctgg
     1201 ccgcctactt catctacgat cgctatggcc gcgaggtgcc cttcctgccc ttcgcgctct
     1261 tcatcgccat aacgatgagc atcaccgcct tccccgtctt ggcacgcatc atccaggaac
     1321 gccgcctgac ccgcacacac ctcggcactg tggctctggc cgcggccgcc aacggcgacg
     1381 tcacggcctg gtgcctcctg gccatcgtcg tggccatctc gcaggccggc accatgctcg
     1441 gcgccgtcta caacatctta ttcgcggccg tctatctgct catcatgttc accatcgtca
     1501 ggcccctgct gcgcatggtc ggcaacctct accacaaccc cgaggtgatc ggcaaacccc
     1561 tcgtcatgct catgttcctc ctgctgctca tctcgtctta cctcaccgag atagccggcc
     1621 tccacgccct cttcggcgcc tttgtggcgg ggctggtcat gcccgaaaac atgcgcttcc
     1681 gcaagatcat gaccgagaag gtggaggacg tctcgctgat catcttcctc ccgctcttct
     1741 tcgtctcaac aggcctgcgc acggagatcg ggctgattga ttcggccgaa atgtggctcg
     1801 tctgcttcgg gctcatcctc gtctccacga tcggcaagtt cagcagcgcc atcctctccg
     1861 cccggatcga gaaagagagt tggaagaaca gcttcctgct cggggcgctc atgaacacac
     1921 acggcctgat ggagcttatc gccctgacga tcggttacga gatgcacatc ctgccgcctc
     1981 cggtgtttgt catgctcgta ctcatgacac tggcctcgac cttcatgacc acgcccctgc
     2041 tcagcctcat caacttcagc ttccgcaccg gcgagcgcct gcgtctacgg cgcacagaga
     2101 cggtcggcca agggcccttc cgcgtactca tctccttcgg ccgtgccggc agcggacccg
     2161 tcctgctcga cgtcgccttc cgtatgttcg gccgtggcga cacgaagatg gatctcactg
     2221 ccctccacct caccgtcggt tcggacatca atccgctcca cacggccggc ttcgagcaag
     2281 tcagcttcga gcctttcatc cgcgaagcca aacgcctcaa cctacgcgtc tccacccgct
     2341 acgaagtctc aaacaacgcc ggcgatacga tcgtgagtct ggtcaacgac gagccgttcg
     2401 acttcctgct cgtgggtgcc ggcatcgcca tgagcaacct gccgaccgac attgaggcac
     2461 gccgcatccg taagtcgctt ttctccctcc tcggtggcgc tcgagtgcaa gaacttctct
     2521 cgcccggatc gctcatccac gataagacgc gctacttcat cgagcacagc cgctgctccg
     2581 tgggcgtctt cgtcaaccgc ggctttaccc gcgccgacca cctgatcgtc gtcatcgatt
     2641 ccgaggccga cctcccgctt ttgcattatg cccgcgtcct gctacgctcc acccacggca
     2701 ccgccgcctt gctccaccgt cgaccgtctg acgaagcctc tcccgcgccg gacaccgtag
     2761 tccgtgagct ggagtccttc atcgctcaca ccgagaatgt ccacctgctt cccgaacgca
     2821 acctcacccg cgaatcgttt gccgaagcag actttatgct tgtcggttac gccacctgga
     2881 atgtcatctc cgacgtctgc cgagagcccc tccgacaaat gccctccacg ctcatcatcc
     2941 atcaccgcca gcggtaggcc actctccaac ttcacaaaac gagcggacac ctcattcgcc
     3001 ccaacaaaac gaataggcac atcggtccgt ccctacatat aaatacgtat aactacccgg
     3061 gcaaagcccg taactatccc catatgatac aacccgatta catttttgaa tgcagctggg
     3121 aagtctgcaa caaagtgggc ggcatctaca ccgtcctgtc aactaaagcg cgcaccctgc
     3181 aacaacagtt ccccgaccac atcctcttca tcggccctga cttggggcat gccggccaag
     3241 ccgccgagtt cgacgaagac accacgctct acgccgactg gcgacgcacc accgccgcgg
     3301 ccggactccc cgtgcgcata ggccgatggc gcgtgcccgg cgctccgctc gtcatgctca
     3361 tcgactaccg ccaactcttc agtcacaaaa acgaactctt ctacgagatg tgggaatcgt
     3421 tcggcgtcga ctcttcgcag gcctatggcg actatgacga gtcgtgcatc ttcgccgccg
     3481 ccacagggcg cgtcatcgag agcttctacc gattccacca cctggagagc caacgcgtcg
     3541 tggcccactt cgacgagtgg atgctgggct tcggcctcct ccacctacgc aaatacacgc
     3601 cacgcattgc caccctcttc accacacacg ccaccaccat cggccgctcc atcgccggca
     3661 acaacaaacc gctctacggc tacatgtctg gctacaacgg cgacggtatg gcggccgagc
     3721 tgcacgtcga ggcgaagcac tcggtggaga aaaaggcggc ccactttgcc gactgcttca
     3781 cgacagtaag cgagatcacg gccgtagagt gtcgccagct actcgacaag gcgccagatg
     3841 tggtcacgcc gaacggcttc gagcccgact tcgtccccac gcccgaccgc tatcccgccc
     3901 gacgcgccga cgcccgccag cgactgctcc gcgccgcctc agcgctctac ggccagacgt
     3961 tcgactcgga caacacgttc ctcgtctcca tcagcggccg gtacgagtat cgcaacaagg
     4021 gcatcgacgt cttcatcgac gccatgaacc gcctgcgcac atcggccgac ctgccccgcg
     4081 cggtcgtggc ctttgtgctc attcccgcct gggtctacgc cccgcgtgcc gacctgaaag
     4141 ctatccttga gcacggcgct cccacggctg cgccgctgcc cacccccttc ctcacccact
     4201 ggctgcaccg catggatgac gaccgcgtct cgaacttcat cctccacgcc ggcttcaaca
     4261 ccaccgacgg cgagcgcctg aagattgtct tcgtaccctg ctacctcgac ggccgcgacg
     4321 ggatcttcga cacgccttac tacgacctcc tcatcggcat ggacgctacg ctctacccct
     4381 cctactacga gccttggggc tacacgccgc tcgagagcgt ggcctttggc atccctacgg
     4441 tcacgaccga cctggccggc tttgggcgtt gggcacagac cgtcgtcagt gggcgcgaca
     4501 tcaccgaggg cgtggccgtc gtccatcgca cggacgacaa ttacgccgcc gtagtcgacg
     4561 agtcggccga cgccctgctc accctcatgc gtcgctctga cgccgaacgc cgcacgatcg
     4621 ccgcgcgctg tcagtccctc gccgcccgcg ccgagtggga acgcttcatc acgtattact
     4681 acaccgcctt cgatcacgcc ctcactgctg ccgcccgccg ggtcgacgca tagggcgact
     4741 ggatcgccag aggcgccgtc cgacgggcgt atcacgttgg caggccgcct gccaacatcg
     4801 cctgagagtc cggtgactct ggcaggccgc ctgacaccat caccaaagac tccgatagcc
     4861 ctggcaggcg gcctgccacc cttaccaaag actccggtag ccctggcagg cggcctgcca
     4921 ccttcaccaa agactccgat agtcccggca ggcggcctgc cagcctcacc caagggtcgg
     4981 gtagttttgg caggcggcct gccagacatc gcccgagggt acgaggccat ttctaaggcc
     5041 cctacctcgt cttccccctc ctcgttttcg tttttcacac ttcacttttc gtttcaatga
     5101 cacactacta ccccctccgc ctggccaccc tcaccgcggc ctgcttcctt atttacacat
     5161 cggccagcgc cacgcccatc gtgacagacg acaacaccgc cgtccgcgat gaaacggact
     5221 acacgctgtc gctccgcccg gccgtctccg aacgtctctt catctccaaa gccatcgaga
     5281 aagaaatcgt gcgcatcaaa cggatgatca cgaacgagaa gctggcttgg atgttcgaaa
     5341 actgcttccc caacacgctc gacaccgccg tccactttag cgccatcgat ggtgacgacg
     5401 acaccttcgt ctacaccggc gacatccacg ccatgtggct ccgcgactcc gcctccgagg
     5461 tctggcccta cctggctttt gtcagcaaag acgacgagct gcggcagatg atccgcggcg
     5521 tcatcctccg ccagttcaag tgcatcctcc tcgaccccta cgccaacgcc ttcagcgacg
     5581 gcgccgaaaa cagcgaggtc tacgaacgcc gttgggagct ggactccctc tgccactgcc
     5641 tgcgcttagc ttatgcctac tggaaggaga cgggcgacaa gagcgtcttc accgacggga
     5701 gatggcagaa agtcatgcag ctcgtcctcc acaccctccg cgaacagcag cgcaaggacg
     5761 gcccggatcc ctacgccgcc gactcgctca tggaccatca cagcctccgc cccgtgcgcc
     5821 ccgtcggact gatcgcctcc gccttccgcc cctcggacga cccggtgaca ctgcccttca
     5881 tcgtcccctc gaatttcttc gccgtcagtt cgctccgtaa ggcagccgag atcttgagca
     5941 aggtaaataa ggacgcgaag acggccgacg cctgcaaggc cctggccaac gaggtggagg
     6001 aggcactgcg ccgctacgcc accgtggagc accccgtcta cggccgcatc tacgcctacg
     6061 aggtggacgg cttcggcaac cgcctgatga tggacgacgc cgatgtgccc agccttctgg
     6121 ccatgactta ccttggcgac gtgcccgccg acgatcccgt ctacctcaac acgcggcgct
     6181 tcgtctggag cgaagacaac ccctacttct tccacggcaa ttccggcgaa ggcatcggca
     6241 gctcgcgcac cggcaacgac atgatccgcc ccatgtccct cctcgtccgc gccctcacct
     6301 ccaccgacga caacgagatc gccgcctgcc tccgcatgct gatcaccacc gacgccgaga
     6361 ccggtttcat ccacgagtcc ttctataaaa acgaccccaa gcgttacacc cgctcctggt
     6421 ttgcccgcca gaacagcctc ttcggcgagc taatcgtcaa actcgtccgc gacaagaaga
     6481 tcgagctgct caacgatttg taagggggtg aaaggacgaa aggatgaagt atgagtagca
     6541 aaagagcgac caccctgtcg gaacaaatcg ccttattgag gcagcgggga atgacaatag
     6601 atgatgagcg taaggcaaaa gaggtcttgc tcgacattgg ctattaccga ctgggcttct
     6661 actggttccc ttacgaaaaa gtacatcctc agaaaggtct gcgaacacac gagtttcgcg
     6721 agggagcccg attcgaccac gtagtaaagc tctactactt cgacttcaac ctgaggaata
     6781 tgttgataaa gtacctcaac cggatagaaa tcaacttcaa gactttcctg acgtaccacg
     6841 tctcaaccct ccatcctgac tctcccacat ggtttgcaga cccagcgatc ataagtagcg
     6901 aatacatcca ggagttcgac aagatcgtgt ataccgagaa gttcaaaaag agtcatcccg
     6961 tcatcaagcg ccaccatcag attcataaaa atgacaggta tgcaccggca tggaaaacga
     7021 tcgaatacat gacctttgga gctgtcatcc acctcttcca agcgctcttg gat
//
LOCUS       SEQF2634|AYYE01000938.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agacaggtat atggacagac tgcataactt ctattagcca tgtgttaaaa ctcaatggat
       61 atgggggacg aaatgcaaag gtaaatgaga aaagctagtg ttttaagggg tgggaaactt
      121 tagttattca gatgtattta ctctttcaga agaatggtaa aaccattcat agattaggaa
      181 tatgaaaaga ctcgtaaaaa agaaggattt tgctcatctc tttgtcgttg ccgcagatcg
      241 tagtcataag gtgttgaggc gtcaacccaa gtgtttctcc taaaacacga agaatgcgtt
      301 cgatacagg
//
LOCUS       SEQF2634|AYYE01000939.1  799 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ctcctcggcc gactcctcaa atggctcaca accgtaatgg ggcaccgtgt agaaatcgac
       61 cagtccaagc gcatcaaaat ctcgaaagtt gggcgtgtag ggcgttgcaa cagcatccat
      121 tacttgtgca taggcaatgt tcggcgcagc aatcatgctc cccgccgact ctccaatgta
      181 tagcgctccc gcctccaccc gacggacaat cgcccgatca gcacccttcc gcctaagttc
      241 ctgcatgagg aaaaacaggt taccaccgct gacgtaaatg cagtcatttc tctccaaagt
      301 ctgctcgatc acttcggccg tcgcctgcgt aatctccaac tcctccaccg tgtagcccaa
      361 ccgctcgagc gccgtccgtc cttcctccac gtacaggtta tactcctcat ggagcgccgc
      421 agtcgggata aaagtcaccg tcccccgttc ctttcccacc aattcaggta ataagtccgc
      481 cacatctgca aaagatgagc acaaaaacaa tctcttcata atgtactttt ctgtcttcat
      541 aatgtacttt tctgtcttca taatgtactt ttctgtttga tacgattcgc attgtagctc
      601 ttgtcgacgg ctcccgctgc aactcgtcag cgataggaac agcaaccata caactccaat
      661 caaacggctc agcgccacag cccaaaagtc tacactgcaa ctatttttca tccgcctttt
      721 ccaacttgcc aatatcgatc ggcagtctcc tacggaatcc ttccttgaaa gagatcagag
      781 tctccgtccg tgccaatcc
//
LOCUS       SEQF2634|AYYE01000940.1  282 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttttttttt cactttactc caaagaattc gtcggccgat tgggaatctt atcaaattcc
       61 aatcgttcgg atcgattcgg acaagacgct tgtttttact cgtcgttcga atgatttcag
      121 acgaggaatt actcagcaaa tagtctgaat agaggctgca cggaacgccg cctttcagca
      181 gatcgttgat tttcatcacc cgtgttccat aaggtgtacc aataaagcct acggtgggga
      241 tttcggtcgt gaaacggggc tgaaaaacat acggattagc ag
//
LOCUS       SEQF2634|AYYE01000941.1  545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aactttgaat attctgaaat ccaatatcgt ttatgcgtgt caccgacaag tcttgttatg
       61 ctcataaaca atgatacata ttccacttcg acgccataat gcacttgtaa tattttcatt
      121 gcagacgatt taaccttaaa agggaaatcc accaatcgag agtcagttgt aaaatcgtcg
      181 aagataatac aaggtagtct gttatagatt ccttccgtct ctttcgtatg cccaataata
      241 aatgatttcc ctgccgttag aacaggaata ggataagcat cactatatgc aattgattgt
      301 acaatatatg ctgttggctg ttcatatttt acaacatctc caagcctgca tatgctccat
      361 cccttaggca actgcggata atgctcgtta tcacaagtaa tttcagcctt gggattgatg
      421 cgcttgagca gttccgatgc tggctcgtcg ttcaggtctt ggggtacgag tttgccgtga
      481 atggcaaggt caagtatctt gctctttgtc tgcttgatgg ctatttgcaa gttcgccttt
      541 ccttg
//
LOCUS       SEQF2634|AYYE01000942.1  750 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tggaggccca agcgtcgtgg gatggtgctg caaaaaacgt cgtggccgca agggccatag
       61 cgaacgtcct accagaaatt cttctcttct tcattttgta acactttatt gatttggaat
      121 ctgccctgaa gtccccttat ctgacctcgg agctcttttt attcttcact ttagtcttat
      181 gtctgtagtt catttgatag ccgaatgttt gtcggcaaaa atttgccgca aagggaatca
      241 aattatttcg atccaacgta ctgctttatt tttttatgga tttctattcc gtcaaactac
      301 tgccattgaa tccaaaggaa tagggcgagt gaaaatggct ctattacctc ctcgctttca
      361 tgattcggaa aaaggtcgcg ctcctcaaga agagggagtt ttcctgatgt agagaggcgg
      421 tcttctctcg ttcctctgcg gacatccgta atgtcgcgcg attctctcgc ccgagagtga
      481 tatctgaaaa cacccctcct gtggaacatc gtctcttttg tcgcaaaccg gcaatggata
      541 aaagaatcca gccttcttcc ctctccgcga atagagactt tctgatgaca gcttctcaat
      601 agttatcggt tttacgttga tcgataaaca ctcgattgcg gcactctcca atatccccat
      661 aatacccgaa aacggctctg cggagaggct ttcctccgca cgctcgaaac gggcatccgt
      721 ttgctcgaaa aaaagatcga agaactgaac
//
LOCUS       SEQF2634|AYYE01000943.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcgacgaac ctacgactgg ccttcatttc cacgatatta agaccctact caaagccttc
       61 tccgatctga tccgcctggg gcatacggta gttattattg agcaccatcc ggacgtaatc
      121 aagtgtgccg attacgtcat tgacctcggt cccgaaggcg gcaaagccgg cggtcacctg
      181 atctgtgccg gcaccccgcg cgagattgtc gcttgccccg agtccctaac cggccgctac
      241 ctcaagttgt gagatccatt tcaggtaaaa gcccaagccc tcgatccatt tttcagcctc
      301 cacacgtatc cgtctaactt ccctggcctc ggtagaggcc ttgatt
//
LOCUS       SEQF2634|AYYE01000944.1  841 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..841
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(291..524)
                     /locus_tag="SEQF2634_00849"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATGEEAELRLQSVCDSFAASPLETVVYLPTIAVHAQRNDVDVR
                     TGNVIMAENDVRLSTVPERFHVLAGNPRERLIR"
     CDS             complement(558..833)
                     /locus_tag="SEQF2634_00850"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATKRRVTDLPTNLRSLDRRADLVSVGIGCRVDDPVEGPTLPLR
                     FDLLGRHSETRKQQIHLSDRLERVPPEHVLYSGRNLPLDVPHINIDS"
ORIGIN      
        1 cgaatcgtcc tcttgctgga agaggccgtc cgcctgacca tagactttcg cagccgatga
       61 ttgccaagat ttcgtcctcc aacggcctcg ctgcgacgtt aggatacaac ttcaaaaagg
      121 tggaaaaaca cgaagcctcc gtgctgcttg tgcaggggct ttttcaagat cggaacggga
      181 ggtatagccg tgcacaggtg ctcgccgaca tgctgcggac gatccctgcg cggtgccgca
      241 caaagaagac ggtcttccat tgctcgctca atccgcaccc ggacgaaaag ctatcggatg
      301 agacgctctc gcggattgcc cgcgagtaca tggaagcgct cgggtacggt gctcagccgt
      361 acatcgtttt ccgccataat gacattcccc gtgcgcacat ccacatcgtt tcgctgcgcg
      421 tggacggcga tggtcggaag atagacgacc gtttcgagcg gcgacgcagc aaacgaatca
      481 cagacgcttt ggaggcgaag ttcggcctcc tccccagtgg ccacagccaa aagaaggagg
      541 acgtttctgt caaaccgtca gctgtcgata ttgatgtggg ggacatcaag cggcaggttg
      601 cggccgctgt agagcacgtg ctcgggcggt acgcgttcca gtctgtcgga gagatgaatc
      661 tgctgcttac gcgtttccga gtgacggccg aggaggtcaa aacggagcgg aagggtaggc
      721 ccttcgacgg gatcgtctac gcggcaaccg atgccgacgg acacaagatc tgcacgccga
      781 tcaaggcttc tgagattggt cggcaggtca gttacgcggc gcttcgtcgc cactttgagc
      841 a
//
LOCUS       SEQF2634|AYYE01000945.1 2572 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(475..810)
                     /locus_tag="SEQF2634_00851"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTQVMNHDPHSPVFIRGKASPDKQTKGKASSILSIDCQRLIEL
                     ALPLALLVAAVYLISRVVTPQVVTIVGVIAGFLLLRFVVRTVLQVTFTILGFLFWLAI
                     FVAILICIF"
     CDS             complement(946..1422)
                     /locus_tag="SEQF2634_00852"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQTKKELSYFRLKLEGYLRDHHPELMADSAFIGACTDLALSSY
                     CDSVAQGFSLLEAEAMASEVLYQRLHFSKYDTLVFILEQEFSEELPEPLPRKLAPILL
                     GNKSIQAIFSKYKLHDDFDGSREYELLYTELIGTIVLLIEENHLSIVDKAEIYVQE"
     CDS             complement(1455..1709)
                     /gene="xerD_4"
                     /locus_tag="SEQF2634_00853"
                     /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="MNAYLKEIADVCGLQKRLTFHLARHTFATMSLSKGVPMESVSKI
                     LGHTNIKTTQIYARITSKKIEHDMEQLAGKLDKFNEAMDL"
     CDS             complement(1814..2506)
                     /locus_tag="SEQF2634_00854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQWSLAVNASLDAISASLHSLYHKYQDDETISLDKLRSAYLGQI
                     QEFSTFLPVFNKFIDDIRQRVGHTISKESLQKYSVLRRHFFEFLVHRYKRKDIGLMEF
                     TPAIIQDFELYLTTVASCAYNTAVKKMKTLKTVTIYALKRGYLLQDPFLDRHFYLAPV
                     DRGFLTDEEILRIANKELTIPRLALVRDLFLFSCFTGLAYIDVANLRREHLVTLDGKA
                     WIMTRRKKTRVE"
ORIGIN      
        1 tcgcttccta tcacatgtag aggcaaaaag acacctcaac acacaaaatc atatcacaag
       61 aaaaagtgct gcggaattga ggttttcatc gaagatgtgg gatttaaatt ctgcttatcc
      121 atagtgacat tttttatacg tccaacgatc ggagtatgct gattcctttt tcgagcaaga
      181 cagaggtagc ggggcgatgg cggacacaag gtttgacagg aaaatatgac ctggagcccc
      241 gagggcggaa gtgtggagat tttccctgcc aaccgcagac actgaccttg gggtagccca
      301 agccccgtcc tacctttgcg agggaaaaga aacagcatcc gtcgcttacg catcaagtgg
      361 agcggctgga tgagaagtgg aagtgcaaag cctataagct gaaagtgaaa aagtaaaaag
      421 gtggctagct cctaagagcc agccacccgt ctagagtatg aggaatcatc cttgctaaaa
      481 gatgcagatc aggatcgcca cgaagatggc tagccagaag aggaagccga ggatggtgaa
      541 ggtaacttgt agcacggttc gtactacgaa gcgtagcagg aggaagcccg ctatgacacc
      601 tacaatcgtc acgacctgtg gtgtgacgac tctagagata aggtagacag cggctaccaa
      661 gagtgctagg ggaagggcca gctcgatgag gcgttgacag tcgatggaga ggatggaaga
      721 agctttcccc ttcgtctgct tgtcgggaga ggccttcccc ctgatgaaga cggggctgtg
      781 cggatcgtga ttcattactt gagtattcat atctgggggc acgctagaga ttcaagagca
      841 ggagcaagat gctccaggag acaaaggtca agggcgtttg ccccttgacg tgtggagcgg
      901 agcgtatatc ttagctcttg acactcgagt gtccccagtg gaatcttact cttgaacgta
      961 tatctcagcc ttgtccacga tggacaagtg attctcctca atgagcagga cgatggtacc
     1021 tatcagctcg gtgtagagta gctcatattc acgactgccg tcaaagtcgt cgtgtagctt
     1081 gtactttgag aagatcgctt ggatggactt gttgcccaga aggatggggg cgagcttacg
     1141 gggaaggggc tcgggaagct cttcggagaa ctcctgctct aggatgaaga cgagggtgtc
     1201 atacttggag aagtggagtc tctgatagag gacctcgctg gccattgcct ccgcctcgag
     1261 gagcgagaag ccctgggcta cgctatcgca gtaggaggag agggctaggt cagtgcatgc
     1321 tccgatgaag gcgctgtcgg ccattagctc gggatgatgg tctctgagat agccttccag
     1381 cttgagtcgg aagtaggaaa gctctttctt cgtctgattc ataatagggc ttgtgttaag
     1441 gggagagaat aggcttagag gtccatggct tcgttgaact tatcgagctt acctgctagc
     1501 tgctccatat cgtgctcgat cttcttgctg gtgatacggg catagatctg cgtggtcttg
     1561 atgttggtat gccctagtat cttggagacg ctctccatcg gtacaccttt gctgagtgac
     1621 atcgtcgcaa aggtatgacg agccagatga aaggtgagcc gcttttgtaa gccacacacg
     1681 tctgcgatct ccttgaggta ggcattcatc ttctggttgg agaggatggg gaaaagcttc
     1741 ccgtccttgg aagtcgtact agggctatac ttctcgatga tggccttggg tatgtctagg
     1801 aggatgttac tctctactct actctagtct tctttcttcg cgtcatgatc catgcctttc
     1861 catccagggt aaccagatgc tcccgccgca ggttggccac atcgatgtag gcaagtcctg
     1921 tgaagcagga gaagaggaag aggtcacgga cgagcgcgag gcgaggaatc gtcagctcct
     1981 tgttggctat cctcagaatc tcttcatctg tgaggaagcc tctgtccact ggtgcgaggt
     2041 agaagtggcg atcgagaaag ggatcttgga ggagatagcc ccgcttgagg gcatagatag
     2101 tgacggtctt caaggtcttc atcttcttga cagcggtatt gtaggcacat gaggccactg
     2161 tcgtgaggta caactcgaag tcttggatga tcgcaggcgt gaattccatc agtccgatgt
     2221 ccttacgttt atacctgtgt actagaaact cgaagaagtg cctacgcaag acgctgtact
     2281 tttgcaagct ctccttgctg atggtgtgcc ccacgcgctg acggatgtcg tcaatgaact
     2341 tgttaaaaac agggagaaag gtgctgaact cctggatttg cccgaggtag gcggagcgga
     2401 gcttgtccag cgagatggtt tcgtcgtctt ggtatttgtg gtagagggag tggaggctgg
     2461 cagagatggc atctagacta gcattgacag cgagagacca ttgcacggta tttcaaaggt
     2521 atacagggtt gtggttactt cgtatatcac tgatatttag tattttcata ac
//
LOCUS       SEQF2634|AYYE01000946.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgcgcatcg tggggccgcc cggatcgtcc tgatcgttag cgaaaccgcc ctcaaagcgc
       61 cggatgaaga cgcctaatct gtgtatatct gccatttgtt ggttgttgaa tcgtttattt
      121 gttgggttgt tgaggaggcg gttggtggcc atgcaaggtg tcatccgcct tcttccgtag
      181 aatctcggcg aggttatccg tcccaagggc ttcaatcacg gcttgcacga tagcctcaga
      241 gcggcggcgg gtcttttcgt cggccttttc g
//
LOCUS       SEQF2634|AYYE01000947.1  748 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..748
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(217..483)
                     /locus_tag="SEQF2634_00855"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVKLNKVLKDLNVGLQTVVDYLRGKRFEVESNPNVRIPDEQYT
                     LLVKEFGKNLPESERSRLLEKAAPTETCRELTVAVCDTKKHAGN"
ORIGIN      
        1 gctatttgaa ggggggatca agcgggggca aatatacgcc aatccgtaag acgccaaaat
       61 cgaacacttt atccggaaac agcgcagcga cggaatgtcg caggttggtt aggcctcaaa
      121 attcacagcg ataataaatc acatgcatgt ttcttgatgt cacacacagc gcaagtcaat
      181 tcccgacatg tttcttagtg tcgcacacag cgccagtcaa ttccctgcat gtttcttagt
      241 atcgcataca gcgacagtca attccctgca tgtttctgtc ggtgcagctt tttcgagcag
      301 gcgacttcgt tcggactccg gcaggttttt gccgaattcc ttaacgagca gggtgtactg
      361 ctcatcggga atgcggacgt tggggttgct ttcgacctcg aaacgcttcc cgcgcaggta
      421 gtcgacaacc gtctgcaagc cgacattcaa gtccttcaat actttgttca atttaacagg
      481 catatctctc ttcctcgtgt agttatctct gatttaatcc tcctcttttt cgtcggtgtc
      541 gtcttcttga aacacttcag gggtgtcgtc gtccgcttct tcgtcggcgt cgtcttcttc
      601 cggttcatct tctgttggcg tctcgcccgg ttcgtcggtg gattcagcgg gctgttcgtc
      661 gacgggttcg gatgcgtcgg ttgcgtcaac gggctgttcg tcgacgggtt cttcctcttc
      721 cggagcataa tcgtcgggtg ccggttgg
//
LOCUS       SEQF2634|AYYE01000948.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atgcgttgat atatcatgtg gtaaactctt agttctttct ctttggggat ttcggcagaa
       61 tgtctgccgg catactcatg gggtgtgata gccccggcag aatgtctgcc gacgcactca
      121 tggggtgtga tagtcccggc agaatgtctg ccggcatact catggggtgt gatagcctcg
      181 gcagaatgtc tgccggcata ctcatggggt gtgatagtcc cggcagaatg tctgccgaca
      241 tactcatggg gtgtggtagc cccggcaga
//
LOCUS       SEQF2634|AYYE01000949.110375 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             8..499
                     /locus_tag="SEQF2634_00856"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALAELPQASKWRKWPLRNFRKRQNGENGLCGTSASIKMEEMAL
                     AELPQASKWRKWPLRDSRKRQNGENGPCGTSASIKMEEISLAELPQASKWRKFPLRNF
                     RKHQNGGNGPCGTSASVKMGKMALAGLPQASKWGKWPLRDSRRHQKSSPEPLRGSRKH
                     FQK"
     CDS             complement(649..2751)
                     /gene="cfiA"
                     /locus_tag="SEQF2634_00857"
                     /EC_number="6.4.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D3DJ41"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate carboxylase large subunit"
                     /translation="MTQKLLIRDLTLRDGQQSSFATRMNQSQVDRVLPYYKDANFYAM
                     EVWGGAVPDSVMRYLGENPWDRLEKIKASVGDVSKLTALSRGRNLYGYAPYPDEIIDG
                     FFRNAVKSGLDIMRIFDALNDVNNVKSSVKSIKKYGGMADCAVCYTVDPKYDDDREPV
                     FTDAYFLNKAQEMLALGADMITIKDMSGLIPPSRVAKLMPLFKKHLNVPVDFHTHCTP
                     GFGLASVLTAIMCGADIVDTNIWYFAGGTGAPAIELIYIFCKKLGVELDVNMEAVAKI
                     SKELKEIRKELEAYDASKLFPNPFNPLTDTLPAEIDALFDKAIEAVRKEDEAALLDAC
                     HTIEAYFNFPKPNELVKNAEIPGGMYSNMVAQLKQFNAMDLLEDSMKLIPSVRLDAGL
                     PPLVTPTSQIVGAQAVSCALSLKKGLDKYANTSSQFVNLVKGEYGKTPVPVDPKFREQ
                     ITGSPVETPYDTTTHKTPDNPVLEEFGGVRLAKDEKDMLLLELFPNVATGFLRKKREA
                     EYNETQKSSCACACGGKETAQDEATAVVDDSVKGRMVECPMPGNVIEVNVKVGAKVKK
                     GDTLLILESMKMENDITADFSGTVRRILVKAGDSVQVGAPMVEIVDEAAAAASPAPKA
                     DDAGKGRMVECPMPGSVIEVTVKEGSKVNKGDKLLVLESMKMENDITADFAGTVRRIL
                     VKAGDSVQVGAPMVEIVE"
     CDS             complement(2974..4527)
                     /gene="glcA"
                     /locus_tag="SEQF2634_00858"
                     /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
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYIVL
                     AGLMVYFAA"
     CDS             complement(4573..5154)
                     /gene="lutC"
                     /locus_tag="SEQF2634_00859"
                     /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(5164..6540)
                     /gene="lutB"
                     /locus_tag="SEQF2634_00860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07021"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein B"
                     /translation="MSAHAKAAKAFLANKENAVWHDQTLYMVRHKRDLLSHAIPEWED
                     LRHTARDIKLYSNSHLPELIEQFEKNATANGCHVHFAKDDEEYRHIIEGILSDHGVKK
                     LVKSKSMLSEECKLNPYLIEKGYDVIESDLGERILQLMHLHPSHIVMPAIHIKRQAVG
                     ELFEEKLGSEKGNSDPTYLTHQARRALRQDFLNSGAGMTGGNFAIAATGEVVVCTNEG
                     NADMGMSCQKVNITAFGIDKIIPDLRSLGVFTRLLARSATGQPITTYTSHFGRPHQGG
                     EQHFIIVDNGRSKILGMPEHRKVMNCIRCGACMNTCPVYRRSGGYSYSYFIPGPIGIN
                     LGMLNDPQKHSGNVSACSLCLSCSFVCPAMVDLGEQIYIWRQKLDGFGKADPKKKVMC
                     QGIKYLMDRPKLFHSALKMAPMVNSMPRFMLYNGLNDWGKERELPKFAKQSFEAWWKK
                     NQKEKNAK"
     CDS             complement(6537..7280)
                     /gene="lutA"
                     /locus_tag="SEQF2634_00861"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07020"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein A"
                     /translation="MKIGLFIPCYINAVYPHVGIACYKLLVSLGMDVDYPVGQTCCGQ
                     PMANGGFETGSVYLAERFEDLFKKYDYIVGPSASCVAFVKENHPRLLAEAKKGECTAA
                     KHIYDITEFLHDVIKPEKFPSKFPHKVSIHNSCHGVRELGLSSPSELTVPYFNKIRSL
                     LERVPGITVVEPKRVDECCGFGGLFAVEESEVSACMGRDKVKDHMSTGAEYITGADSS
                     CLMHMNGVIEREHYPIQTIHYLEILSAQL"
     CDS             complement(7444..8739)
                     /locus_tag="SEQF2634_00862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFILTLGILLGLYGMTTAQTEEPEQKPFRITFSERARMTSVG
                     EAATLDHNAPVTTFTRWRTYLGAYYNPSKHFEFRAELGNEARIYLTPPTAKTAFNEIF
                     FNQLYVDWKDIADLPIDLRVGRQCIMFDEGFIMVDGNPLVGSRSDYFNAAKATFRFNE
                     NNNLSAVFVYNPHRDKLLPVFNEGDHYQPLEEQTNNGAALYYKGHLNPVDLSAYYFYK
                     NYFKNATAPDAETHVVGARANVALPGNDFHFISEFAYQFGKVGNNDRRSWGGYSRLEY
                     NIGRYLYVLDQLSIGGIYLSGDDPSTPTVEGFDPMWNRWTPWGESYVYTLGAETGKIS
                     YWSNIGSINAGFKATLAPNVHLNANYMHLMAMQLHPGSAFTSGGGKTRGDLYYARISY
                     QINPHWSGHLHFEHFNPGNYYFKGADNFNWVRFELMYKL"
     CDS             complement(9319..10278)
                     /locus_tag="SEQF2634_00863"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKEFKALPKILKISGSYSSLYSAPRHAKFHRRIYDIIKAVDKT
                     KLKFPAGLLEEYDARSDAEVEANKQSTMSANTALMLEKDEKRDQLLIYIFGKVRNELR
                     SPVEATSAAAHRIWAALGTYKDIRTESFDEETLHIDGMLKDIVPIAADITTLGLTSEF
                     ASLKTLNDEYESLSAQREHTTAVTKGPSSKEIRPLTDAAYEVICQYIQSAYLNATSDE
                     DRTMLEELVAEMNRTVVKFRTSQREEAAQKRAAKQPKDPKPKDPKQPKDPKQPKDPKQ
                     PKDPKDPKPDDKPDIKLPEEGPKKPEPKKPEEGGGPDIHLPEE"
ORIGIN      
        1 ggagaaaatg gcccttgcgg aacttccgca agcatcaaaa tggaggaaat ggcccttgcg
       61 gaacttccgc aagcgtcaaa atggagaaaa tggcctttgc ggaacttccg caagcatcaa
      121 aatggaggaa atggcccttg cggaacttcc gcaagcgtca aaatggagaa aatggccctt
      181 gcgggactcc cgcaagcgcc aaaatggaga aaatggccct tgcggaactt ccgcaagcat
      241 caaaatggag gaaatttccc ttgcggaact tccgcaagca tcaaaatgga ggaaatttcc
      301 cttgcggaac ttccgcaagc atcaaaatgg aggaaatggc ccttgcggaa cttccgcaag
      361 cgtcaaaatg gggaaaatgg cccttgcggg acttccgcaa gcgtcaaaat ggggaaaatg
      421 gcccttgcgg gactcccgca gacaccaaaa aagttctccg gagcccttgc ggggttcccg
      481 caagcatttc caaaagtgat ttcccccctt ttgatgttcg atttttggcc atagcgcgag
      541 gataggcaca aaaaaagcag ggcctgcgat gtcgaatcgc aagccctgct ttgtctatca
      601 gcgaaaaacc gatgcaccgg gggagcggtg cgcggtcttt catgtcatct attctacgat
      661 ctcaaccatc ggcgcaccca cctgaacgga gtcgcctgcc ttgacgagga tgcggcgaac
      721 agtaccagca aagtcggccg tgatgtcatt ctccatcttc atggattcga gcaccagcag
      781 cttgtcgccc ttgttcacct tcgagccctc cttgaccgtc acctcgatga cactaccagg
      841 catggggcat tctaccatgc ggcccttgcc agcgtcatcg gccttgggtg cgggagatgc
      901 tgctgcggct gcctcgtcta cgatctcaac catcggtgca cccacctgaa cagagtcgcc
      961 tgccttcacg agaatgcgac gaaccgtacc ggagaagtcg gccgtgatgt cgttctccat
     1021 cttcatggat tcgaggatca gcagcgtatc gcccttcttc accttggcac ccactttcac
     1081 gttcacctcg atgacattgc ccggcatggg gcattctacc atgcggccct tcacggagtc
     1141 gtccactaca gccgtagcct cgtcctgcgc cgtttcctta ccgccgcaag cgcaagcgca
     1201 agaagacttc tgcgtctcgt tgtactcggc ttcacgtttc ttgcgcagga agccggtagc
     1261 tacgttcggg aagagctcaa gcagcagcat atccttctcg tccttggcca aacgtacacc
     1321 gccaaactcc tcaagcacgg ggttgtctgg tgttttgtga gtggtcgtgt cgtacggtgt
     1381 ttcaacaggc gaacctgtga tctgctcgcg gaacttagga tcaaccggaa ccggcgtctt
     1441 accatattca cccttcacca agttcacgaa ctggctcgag gtgttggcgt acttatccag
     1501 ccctttcttc aagctcagcg cgcaagacac ggcctgtgcg cctacgatct ggctggtcgg
     1561 tgttacgagc ggtggcagac cggcgtcgag gcgtacgctc gggatgagtt tcatcgaatc
     1621 ttcgagcaga tccatcgcgt tgaattgctt caactgagcc accatgttgc tgtacatacc
     1681 gccggggatc tcagcattct tcaccagctc gttcggcttc gggaagttga agtaagcctc
     1741 gatggtgtgg caagcatcca gcagcgcggc ttcgtcttcc ttgcggacag cctcgattgc
     1801 cttgtcgaac agggcatcga tctcagccgg cagcgtgtcg gtcagcgggt tgaacggatt
     1861 tgggaacagc ttcgatgcgt cgtaagcctc gagctccttg cggatctctt tcagctcctt
     1921 gctgatcttg gccacggcct ccatgttcac gtcgagctcc acaccgagtt tcttgcagaa
     1981 gatgtagatc aactcaatag cgggagcacc cgtaccaccg gcgaagtacc agatgttcgt
     2041 gtccacgatg tcggcaccgc acatgatagc cgtcaggacg gaagccagac cgaagcccgg
     2101 cgtacagtgc gtatggaaat ctacgggcac attgaggtgt ttcttgaaga gcggcatcag
     2161 cttggctacg cgtgagggcg ggatgagtcc gctcatgtcc ttgatggtga tcatgtcagc
     2221 acccagtgcc aacatttcct gtgccttgtt caggaaataa gcgtcggtga agaccggctc
     2281 gcgatcatca tcatacttcg gatccacggt gtagcatacg gcgcagtcgg ccataccgcc
     2341 atacttctta atgctcttca cgctcgactt cacgttgttc acgtcattca gggcatcgaa
     2401 gatgcgcatg atgtccaggc cggattttac ggcgttacgg aagaaaccgt cgatgatctc
     2461 gtcgggatac ggagcataac catagaggtt acggccacgg gagagggcgg tcaacttgga
     2521 gacatcgcct acagaggcct tgattttctc cagtctgtcc caagggttct cgccaaggta
     2581 acgcatcacg gagtcgggca cggcgccgcc ccatacttcc attgcgtaga agttggcgtc
     2641 cttgtaatag ggtaaaacac gatcaacctg cgattgattc atacgcgttg caaacgaaga
     2701 ctgctgtccg tctctcaatg tgagatctct gatcaaaagt ttctgtgtca tgattaaatc
     2761 tgtttcttat gagatgaatt tttaattgga taaaatcgat tccttttctt ccacgtggat
     2821 ctccggatac gacgtcaatg agccataggc gccggcggag tggccgcaaa gaaaaggctt
     2881 ttcgaagaga ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct
     2941 ttcattggat tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc
     3001 agctaggacg atgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg
     3061 tccaggcatg ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc
     3121 accggtggca ccggccgtat tggcacccac caaccagttc gggtcagcgt agttcaactt
     3181 ggcagccaca ttggcttgga gctttccgaa gagaatgttc gacgaggtat cgctacccgt
     3241 aacgaacgta ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgtggc
     3301 gttggccaaa gcctcggcaa ttacgaggat cataccggcg tagttcatta ccgacgcaat
     3361 ggagacaagg ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa
     3421 cacgacgatc agtttctgag ctgacactcc ctgtaccagt ccaccgagga acgtaccgag
     3481 gaagagcatc agaccggcgt tggagatcca gccgaacttg aaggctttgc cttcagcata
     3541 aatcggcagg tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac
     3601 cagcgggcca ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag
     3661 ggtctgtgcc atcgtgaacg tctctttcgg tgctacgtct tcggtatcct tttcgccaaa
     3721 gaggcgtgcg tagaggatga tcgccaagat ggcggccaca ctaccgagga tagccggcgt
     3781 ttctgctccg agatagcgtg cgcagaggta ctgcacgacg agcgagatac caccgatcca
     3841 aagggagagt aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat
     3901 gatgaacggg atgatcagca tgagcggcga gagctggatg accaccttag atgcgatgtc
     3961 gcagatggca tccggcgtgg ctgcaccaga gggagccacc tcgttagcca gcgtgatgac
     4021 aggcacaccc acggcaccaa agcccgtcgg cacactgttc gcgatcaacg acaccaaagc
     4081 gctgaagccg ggcttaaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt
     4141 accgaacccg gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat
     4201 gatgccacgg tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact
     4261 ttcgagcaac gtgttgtagc tgtagatggc catcaaaatg atgatcagaa tagggaaggt
     4321 ggccttcagt agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg
     4381 agcaaatccg agtgcaggcg ctgcgaacac agcaacgagc aacgtggcca caagggtgat
     4441 aaaggcgctc ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat
     4501 cgggagaata gaaagaaata cgttcatggc aggaatgcta tttatagagt tagaatatca
     4561 tttcgataca tgttacacaa gcaggacgac cacttgcttc gggccgtgtg cacctttgac
     4621 gagcgactgc tcgatgtccg ctgtctttga cgggccggac atgaagccgc gaaactcgcc
     4681 cggatgagcc tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt
     4741 ggggaggagg aagacaagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg
     4801 ctcgtagtag acggcggcgt tctcgcatac gccaaagatg ccgtggcaga caacgagatc
     4861 cgtgccgttc aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac
     4921 ctcgggaaaa ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc
     4981 cacactttca cccttgccca actcttcggc actgccgcct actccggcgg agatctctat
     5041 aaactgcttg atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa
     5101 gtgctccttg atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga
     5161 ttcttattta gcgttcttct ccttttgatt cttcttccac caagcctcaa atgattgctt
     5221 ggcaaacttg ggcagctcgc gctctttacc ccaatcgttc agcccattgt agagcataaa
     5281 gcgcggcatg gagttgacca tcggtgccat cttaagtgca gagtggaaca gctttgggcg
     5341 atccatgagg tacttgatgc cttggcacat cactttcttc ttcggatctg ccttgccgaa
     5401 gccgtccagc ttctggcgcc agatatagat ctgctcaccg aggtcgacca tggcggggca
     5461 gacgaacgag caggaaaggc agagcgagca cgccgagacg ttgccactat gcttctgcgg
     5521 atcgttgagc ataccgaggt tgatgccgat cggaccaggg atgaagtaag aataggagta
     5581 gccaccactg cgacgataga cggggcaggt attcatgcag gcaccacagc ggatgcagtt
     5641 catcacctta cgatgctctg gcataccgag gattttgctg cgcccgttgt ctacgatgat
     5701 aaaatgctgc tcgccgcctt ggtgcggacg accgaagtgc gacgtatagg ttgtgatcgg
     5761 ctggccggta gccgaacggg ccaacagacg cgtaaagacg cccagcgagc gcaagtcggg
     5821 aatgatctta tcgataccga aggccgtaat gttcaccttc tggcacgaca tacccatatc
     5881 ggcgttaccc tcattggtgc aaactacgac ctcaccggta gcggcaatag cgaagttgcc
     5941 acccgtcatg ccggctcctg aattaaggaa gtcttgacgc agggcacgac gagcctggtg
     6001 ggtgagatac gtcgggtctg aattgccctt ttcgctaccc aacttctcct cgaaaagctc
     6061 acccacagct tggcgcttaa tatggatggc gggcataacg atgtggctgg gatggaggtg
     6121 cattaattgc aggatgcgtt cgccgaggtc actttcgatc acgtcgtaac ccttctcgat
     6181 gaggtaaggg ttgagtttgc actcttcgga gagcatggat ttactcttga ccagcttctt
     6241 cacgccgtgg tcgctgagga tgccctcgat gatgtgacga tactcctcgt cgtctttggc
     6301 aaagtgcacg tggcaaccgt tcgctgtggc gtttttttcg aactgctcga tgagctcagg
     6361 caggtgcgaa ttgctgtaga gcttgatgtc gcgggcggtg tggcgcaggt cttcccattc
     6421 agggatggcg tgcgagagga ggtcgcgttt gtggcgaacc atgtaaagcg tttggtcgtg
     6481 ccaaacggca ttctctttat tggctaagaa ggcttttgca gccttggcat gtgcgctcat
     6541 aactgtgcag ataggatttc gaggtagtga atggtttgga tggggtaatg ttcgcgttcg
     6601 atgacgccat tcatatgcat caagcaggag ctgtcggctc cggtaatgta ttcggctccg
     6661 gtggacatgt gatccttcac tttgtcacgg cccatgcagg cggatacttc agactcctcg
     6721 acggcgaata agccgccgaa accgcagcat tcgtcgacgc gcttaggctc tacgaccgtg
     6781 ataccgggta cacgctcaag cagcgagcgg atcttgttga agtagggcac tgtcagctcc
     6841 gagggagaag agaggcccaa ctcgcgcaca ccgtggcagc tgttgtgaat gctgaccttg
     6901 tgagggaatt tggaggggaa cttctcgggc ttgatcacgt cgtgcaggaa ctcggtgatg
     6961 tcgtagatgt gtttcgccgc ggtgcactcg cccttcttgg cttcggccag gaggcgcggg
     7021 tgattctctt tgacgaaggc tacacagctg gctgaggggc cgacgatgta gtcgtacttt
     7081 ttgaatagat cctcgaagcg ttcggccaga tagacagacc cggtttcaaa gcctccattg
     7141 gccattggct ggccgcagca ggtctgtccc acgggatagt cgacatccat tcctaagctg
     7201 acgagcaact tgtaacaggc tatacctacg tgcggataga ccgcattgat atagcacgga
     7261 ataaataatc cgattttcat aaccacataa gtttagtgtc aaataacaat tgaatattct
     7321 cgctttaata ggttcgatag aggggagaga atcagcgaat agtcgggggg ggagggagta
     7381 aggcaagggc catcatcgcc cgcccctccc gactatcctc tttgattctc tgatacgttc
     7441 atatcacagt ttatacatca gctcgaagcg cacccagttg aagttgtcgg cacccttgaa
     7501 atagtagttg ccggggttga agtgctcgaa gtgcaggtgg cccgaccagt gcggattgat
     7561 ctggtaggag atgcgggcgt agtaaaggtc gccgcgcgtc ttgcctccgc cagaggtgaa
     7621 ggccgatccg gggtgcagct gcatggccat gaggtgcatg tagttggcat taaggtgcac
     7681 gttgggggcg agggtggcct tgaatccggc gttgatggag ccgatgttag accagtagct
     7741 gatcttgccc gtctctgcgc ccaaggtgta gacgtagctt tcgccccagg gtgtccagcg
     7801 gttccacatc gggtcgaagc cttcgacggt gggagtcgag gggtcgtcgc cactgagata
     7861 gatgccgccg atggagagct gatcgaggac gtagagatag cgcccgatgt tgtactccaa
     7921 ccgggagtag ccgccccagg agcgccgatc gttgttgccc accttaccga actggtaggc
     7981 gaactcactg atgaagtgga agtcgttgcc cggtaaagcc acattggcgc gagcacctac
     8041 gacgtgcgtc tcggcatcgg gggcggtagc gttcttgaag taattcttgt agaaatagta
     8101 ggccgagagg tctacgggat tcaggtgtcc cttgtagtaa agggcggcac cgttgttggt
     8161 ttgctcctcg aggggctgat agtggtcgcc ctcgttgaag acgggcagga gcttgtcgcg
     8221 atgggggttg tagacaaaga cggcggagag gttgttgttc tcgttgaagc ggaaggtggc
     8281 cttagcggcg ttgaaatagt ctgaccggga gcctacgagg gggttaccgt ctaccatgat
     8341 aaagccttcg tcaaacatga tacactgtcg tcccacgcgg aggtcgatcg gcaggtcggc
     8401 gatgtctttc caatccacat agagttgatt gaagaagatc tcgttgaagg ccgtcttggc
     8461 tgtcgggggg gtgaggtaga tacgggcctc attgcccagc tcggctctaa actcaaagtg
     8521 tttgctgggg ttgtagtagg cgccgagata ggtgcgccac cgggtgaagg tggttacggg
     8581 cgcattgtga tccagcgtgg cggcttcgcc gacggaggtc attcgtgcgc gttcggagaa
     8641 ggtgatgcgg aagggcttct gctccggctc ttccgtttgt gctgtggtca tgccgtacag
     8701 acccagcagg ataccaaggg taaggataaa cttcttcatt ttctttcggt tttcaggttg
     8761 gtggatgctg tttctctttt tgattcggta aaccgtggga gcgatccggc tacacaagtg
     8821 tggggggtgt gggatgtgtt tccgtgggcc gggtgtacac ctattataat aggcacgcga
     8881 tgagctgcgg cgggagcgga cgccgagttg catcgtgtac acctattaag gataggcaag
     8941 gtgcaccagc cggcgaaaag gcgtccgaca tggtggtttg gatgcggttg tgaattgtgt
     9001 agaccgaata acattccctt cgattttgcc cccaaaatta gcgttccttg aatctaatgc
     9061 aagcatgagg tgaaaaaaat gcaccctcac cccgcatttt ctcacagatc gtaagtgcga
     9121 aacaggtggc tgaggggctc atagtcaacc tccatagccc tcaaaagcat cgaggtaggg
     9181 ggacacgggc gacaccttcg ggcgactgta aaaagggcat cccacgtcgg ttcggggatg
     9241 cccttcgaat gcttcatgcg aggattcgct ggtggcctca ctcgcggcta cggccgccgg
     9301 cgaagtggac cgggtgcgct attcctccgg caagtggatg tccggcccgc cgccctcttc
     9361 gggcttcttg ggctcgggct ttttggggcc ctcctccggg agcttgatgt ccggcttatc
     9421 gtcgggtttc ggatccttgg ggtccttcgg ctgcttggga tccttgggct gcttgggatc
     9481 cttgggttgc ttcgggtctt tcggcttcgg atccttgggc tgcttggcgg cacgcttctg
     9541 ggcggcctct tcgcgctgcg aggtgcggaa cttgaccacg gtacggttca tctctgcgac
     9601 caactcctcg agcatcgtcc gatcctcgtc gctggtggcg ttgaggtagg ccgactggat
     9661 gtactggcag atcacctcat aggcagcgtc cgtcagtggt cggatctcct tggagctcgg
     9721 gcctttggtg acggccgtcg tgtgttcacg ttgcgcgctg agggattcat actcgtcgtt
     9781 cagcgtcttg aggctggcga actctgaggt gagtccgagg gtggtgatgt cggccgcgat
     9841 gggcacgatg tccttcagca tgccatcaat atgcagcgtc tcttcgtcga acgactccgt
     9901 gcgtatgtct ttatacgtac cgagggccgc ccaaatgcgg tgggctgctg cggaggtcgc
     9961 ttcgacgggc gagcgcagct cgttgcgcac cttgccgaag atgtagatca aaagctggtc
    10021 acgcttttcg tctttctcca gcatcaaggc cgtgttggcc gacatggtgg actgcttgtt
    10081 ggcctccacc tcggcgtccg agcgagcgtc gtactcctcc agcagtcctg cggggaactt
    10141 gagtttcgtt ttgtccacgg ccttgatgat gtcgtatatc cggcggtgga acttagcgtg
    10201 gcggggggca ctgtacagtg agctgtagct gccgctgatc ttgaggattt taggtaatgc
    10261 cttaaattct ttcttcatcg aataatgtat taatgcgttg atatatcatg tggtaaactc
    10321 ttagttcttt ctctttgggg atttcggcag aatgtctgcc ggcatactca tgggg
//
LOCUS       SEQF2634|AYYE01000950.110455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..756
                     /locus_tag="SEQF2634_00864"
                     /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(1067..2311)
                     /gene="cpdA_1"
                     /locus_tag="SEQF2634_00865"
                     /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="MNIKWMLLSCALLAGLTSGCEEKTEEAPPRNSYELNRRNSARLL
                     LGIATDLMREDRFILVHISDAHLSSWSSNNAWRRPENLIEAVNFVNRPPTKVNAMVAT
                     GDFISNSPKTPRQTALAYLSAFATHYFNANLVPSFVCTGNHDGNMINPAPEEWITRED
                     FYSAVTARINYPVYTDGRSNYYYTDLPDSRGGRIRIIALDEMDRTYNAENTQRMAVYS
                     PRQIEWLTHVALKQGMTAGHSVIVLLHHSLPSDNATARRYIANEHVYSWYMIPEIIEA
                     FRSKTHFQKRYPNKVVPGDTLTVDADFTQAPGEFICYMGGHVHTYLNYEVSWMSNINR
                     ALPKQQVLVANNMSPSEKNPQSPIERQPRGTQNNTFNIYAIDTREKMIYVTFFGATLS
                     YYPRVITLNYGNAPINDLTKGK"
     CDS             complement(2992..4104)
                     /gene="tcyA"
                     /locus_tag="SEQF2634_00866"
                     /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
                     IDINTDIGFTQLHAWAVRRTSPVLRDSINAWFARMHADGTFDRILRKYYPAEDAATDR
                     SSAKKDGVKAVAPVGTKATPDQAAPSKTKAAKSKAKSARQKAKSTKSKAKSVPSKAKV
                     TKSKSGADRQKAKATKAKSSKAKKSTSKRTRTKRKG"
     CDS             complement(4191..6353)
                     /locus_tag="SEQF2634_00867"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSIYTFTFLLGILYITAVSAQDRTRSRGDRGGRRFSLAMRNA
                     AQAADSLLSPDSARIGVARINAYRLTDKLGDPYIAPMDTDRLNTADHTLMESRSLAGA
                     YTANMGAPFQSRIFSERSEARDFIFADAFDGDILTPTNAYFYDVKVPYTNILYTRAGG
                     STKREEQLRGVITGNFGRKINLGADFNYTYSRGQYTSNNNKLLSYRLFGSYRSDRYEA
                     FAHIRNLNFVTNENGGLTDDRYITDPDNFEDGRRGVDSKSFPTRFTETYNRLRGRDFF
                     LTHRYNLGFYRRMTADEADRKRKRDERREKIRQLNAEKEGTADVRPLTPRSQDDAPDD
                     DGGLHADEVFVPVASIIHTFEWEDFRRRFISNDAGIDTCYTHRFDTTTAHPDDLQSAR
                     TFRNTFALSLREGFQNWAQFGLTAYISFENRRFEMPGDTARGVFQGRTKTDEYAAFLG
                     AELSRTRSEWLTFRARGEFGLLGNDIGEIRLMGHVASRFRVFGREASIRAEGAFQNLG
                     APFYQRHFHSRYFMWDNDLHNTQRIYVGGVAEWEQTRTRISAGVENVTNYVYFGTDGR
                     PAQYTGSLQIVTARLRQDFRYRAFGWDNEIIYQATGHDDIVPLPRLALYSNAYVVIHP
                     VRVLTLQLGADVRYFTAYHAPYYEPATQQFQNQSEIEVGNYPLINAYANFHLRQARFF
                     VMAYNLGRLFTDPRYFSLPHYPLNPMVIKLGIAVTFNN"
     CDS             complement(6864..7238)
                     /locus_tag="SEQF2634_00868"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLVASAMVMMVACNNKSAATEGEMTDSTAVEAPAPAAEAAPAE
                     GGSAFDQYLSLVDEMLPLYEKAAAGDAEATQKLTELGQKMQDLAPSLQNEAANLTPEQ
                     TQKYQEAMQKLAEAAKKAQEKK"
     CDS             complement(7372..7653)
                     /gene="ycnE"
                     /locus_tag="SEQF2634_00869"
                     /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(7765..8775)
                     /gene="trpS"
                     /locus_tag="SEQF2634_00870"
                     /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(8810..9493)
                     /locus_tag="SEQF2634_00871"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRENRSARLYARQSDGEDVALFEGGNPLPFFWLMLLGREDVELY
                     CIRMRRLIAAGTSPSRATLRLDKLRALMQATIRRPYLERHFASWLGLFDDWIYFLQIS
                     DFSDMKIYLDLYSVSLYYPTLSQFEDSLFRALDCFDRNIATGYEESIAGTCGHEAHNR
                     NRRRFERFSESYRVKAQDDIYGLSNRRIHLERNSLPNERGRFATLAFLLALITLVIAA
                     IVGLLIIKK"
     CDS             complement(9516..10190)
                     /locus_tag="SEQF2634_00872"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLTLCCIAASLLVVGCNRTADKGGADGSELYGYVNIRLPHI
                     EGMHECHTHPRVMAFTERYRQSGPILGYYLDDATYPRVDSLGQITFDNYFMIYGDYNR
                     ENYDATPADLPLMQEQLERSLVGTNWQEQGRRTEDAYNTLMVGQPAILQKYSPQEGVL
                     TMIILMKYRQENGAESTVVSAANCLLIKKRLLSMAYYMAYQNASTIDALKQRNDAAVK
                     AVMAAN"
ORIGIN      
        1 cctattattt ccgacaaaat gaccgacaac catatcatct tcggtactcg cgccgtcatg
       61 gaggccctgc aagccgggcg agacatcgat aaaatcctca tcaagaagga tcgacagggt
      121 aacgagctcc tccgcgagct ccacgacctc ctgcgcggca ggctgatccc cgtgcaacac
      181 gttcctgtgg agcgcctcaa ccggatcacc cgaaaaaatc atcaaggcgt tatcgcgttc
      241 gtggctgaaa tcacctacca acggatcgag gacatcgtcc ccgcggtcta tgagcagggg
      301 cgcgacggtt tatacgtcct gctcgacggg gtgaccgacg tccgcaactt cggagccatc
      361 gcgcgcacgt gtgaatgtgt cggcgtcgac gcacttgtga tcccgaccga ggggagcgcc
      421 tccgccacgg ccgatgcgat gaaggcgtct gcgggggcac tcaacgtcgt cccggtttgt
      481 cgggagcgga gcctacacag cgccctccga ttcctgcgcg acagcggcgt gcgtctggta
      541 gctgccaccg aaaaagcgag cacgacgtac accgacatca cgtataccgg tcccacggcg
      601 atcgtgatgg gtgccgagga cacaggagtg gcgcccgcgc acctcaagct gtgcgacgag
      661 tgggtgcgca tcccgcaacg cggaacaatc gcctccctga acgtctcggt ggccgccggc
      721 gtattgctct acgaggccct acgccagcgt ggataggctg caccgcggtg cagaaatgac
      781 aagccctgcc tgccaagtcc gaggtattca cacctcaggg cttcgcaggc agggcttgct
      841 ggtgttaaga agctgttttg aatttattga gtgattgttg taaggggacg tttgagtgga
      901 gcttgcttca ttctgtttcg ggtctatcgg ggcctgtttc tgcccttttg tcccatcatt
      961 aatcctcaca tagctcacta tgctcgtcta atgatgaaac aaaatcatca gaaacatact
     1021 cccgatagcc tccgaaataa attccaaaac agcttcttag tcgcgtttac ttccccttcg
     1081 tgagatcgtt gatgggcgcg ttgccgtaat tgagggtgat cacgcggggg taataggaca
     1141 gggtggcgcc gaaaaaggtg acatagatca tcttctcccg cgtgtcgata gcgtagatgt
     1201 tgaacgtatt gttctgggtg ccgcgcggct gacgttcgat aggcgactgg gggttctttt
     1261 cggacggcga catgttgttc gccaccagca cctgctgctt gggcagcgcc cggttgatgt
     1321 tcgacatcca cgagacttcg taattcaaat aggtatgaac atggccaccc atatagcaaa
     1381 tgaattcccc cggtgcctgg gtaaaatcgg catccacggt gagcgtatcc ccggggacga
     1441 ctttattcgg gtatcgcttc tggaagtggg ttttgctgcg gaaggcttcg atgatttccg
     1501 ggatcatgta ccacgaataa acgtgctcgt tggcgatgta acggcgcgcc gtggcgttgt
     1561 ccgaggggag cgaatgatgc aagaggacga tcacgctgtg ccctgccgtc attccttgct
     1621 ttagcgccac gtgcgtgagc cactcgatct ggcgcgggga gtataccgcc atgcgctggg
     1681 tgttctcggc gttgtaggta cgatccatct cgtcgagggc gatgattctg atccggccgc
     1741 cacggctgtc cggcaggtcg gtgtagtaat agttgctgcg cccgtcggta tagacggggt
     1801 agttgatcct cgcggtgacg gcggaataga agtcctcgcg ggtgatccac tcctcgggcg
     1861 cgggattgat catgttaccg tcgtggttgc cggtgcaaac gaaggagggg acgaggttcg
     1921 cgttgaagta atgggtggca aaggcgctca gataggccaa ggccgtctgt cggggtgtct
     1981 ttggcgagtt cgaaatgaag tcgcccgtgg caaccatggc gttcactttg gtcggcgggc
     2041 ggttgacaaa gttgacagcc tcgatcagat tctccggacg gcgccacgca ttgttgctcg
     2101 accagctcga gaggtgcgcg tcggaaatgt gcaccaggat aaaccgatct tctcgcatca
     2161 gatccgtcgc tatacccaaa aggagcctcg cgctattgcg ccgattcagt tcgtaagagt
     2221 tgcgcggtgg tgcctcttcc gttttttcct cgcagcccga ggtgagccct gccaataacg
     2281 cgcaggagag tagcatccat ttaatgttca tctgtttagc agtttgtttt ggggccctca
     2341 cgccgtcgtt gccgcgtgtg tggggcgctt gttcattttc atttatcgtg tagtgtgatg
     2401 gtgcgcggtg agcatccgct gcatcggtag tccgacccgc gtccacatcc acgcgatcga
     2461 accacctcta ctgcgggcca ttttcggcgc gcaaaaatag acctggccag cgaagtaaaa
     2521 agctaaaaat cacgacatga tggcctcgct cctcgtgtgc cattttgtcg cttcgatccg
     2581 ccccccacta agggacgcga ggccttcatc tgtccttttt ttaaggctta catgtcgtga
     2641 tagttcgatc atcatgtggc acgacggcat ctcaatgacc atttaggcct catcatgcga
     2701 cacgatggcg tctcaatgac catttaggcc ttatcatgcg acacgatggc gtctcaacgg
     2761 ccattttggt cccatcgtgc gacacgacgg cgtctcaacg accatttagg cctcatcgtg
     2821 cgacacgatg gcgtctcaac ggccattttg gtcccatcgt gcgacacgac ggcgtctcaa
     2881 tgaccattta ggcctcatca tgcgacacga cggcgtctca acgatcattt aggcctcatc
     2941 gtgcgacacg atggcgtctc aatggtcatt catgttgcag gcgtttccgg tttacccctt
     3001 acgcttggtg cgggtacgtt tcgaggtgga ttttttggcc ttggacgact tggcctttgt
     3061 cgctttcgcc ttctgtcggt ccgctccgga cttcgacttc gtgactttcg ccttcgacgg
     3121 gacagacttg gcttttgact tcgtcgattt cgctttctgt cgggccgact tagcctttga
     3181 ctttgccgcc ttcgtcttcg atggggctgc ctgatcgggc gtggccttcg tcccgacggg
     3241 ggcgacggcc ttcacgccgt ccttcttagc tgacgatctg tcagtcgcag catcctcggc
     3301 ggggtaatac ttccggagga tgcgatcgaa ggtgccatcg gcgtgcatgc gggcaaacca
     3361 agcgttgatg ctatcgcgca acacgggtga ggtcctacgg acggcccagg catggagttg
     3421 cgtgaaaccg atgtcggtat tgatgtcgat ttcggggtag agctcgaggg ccgcagcggc
     3481 cacacggcgg tcgcagaccg tgtaatcgat gtcgcctgcc gcaaccatag cgattagttg
     3541 ctcagacgaa tagagcggat cttcaacgat gcggaacgtg tcggccatct cgcgtctgag
     3601 attctccaac cgcaagatgg cgggggattc acggggtacg acgatggtgt ggcccgcgag
     3661 atcgagctgg ttacggagta ggcgggccgt atcgcgccgt tgcacgagca cctgacggtc
     3721 tgtcaggatg ggatcggtca agaaatagtc ggccttcagc tcgtcggtgg tgggcaaatt
     3781 gcgagcaacg atatcgtagc gcccatcacg gagcccgtcg aaactgttct cgaggctcat
     3841 ctcaaagtgc atctccatct cgagcccagc gtaacgggca atagcacgac tcaactcgta
     3901 ctggaagcct tgcaacgccg tgtcatcgac agccacatag ctcccggggc gttcatattc
     3961 agccacgaag cggaggatgc cctcacgacg gatgtcggca taatcgcgca ccacctccgt
     4021 gcgcttattc atggcgcgat aaacaccaat aaggcccatc gtgcctacgg ctacgacgag
     4081 aagtccgatg tagacttgaa gcattctgcg agttctcatt ttttatggac ggttgcgggg
     4141 gtgaaataca aaaagaatgg gtcgtatggg gtgcgcgccc tctgcacgcc tcaattgttg
     4201 aaggtcacag caatgccaag cttgatgacc atcggattga gcgggtaatg gggcaaggag
     4261 aagtagcgcg gatcggtgaa gaggcggccg agattatagg ccatgacgaa gaagcgcgct
     4321 tggcgcaggt gaaaattggc gtaggcgttg atgagggggt aattgcccac ttctatctcg
     4381 gattgattct ggaactgctg ggtcgcgggc tcgtaataag gggcatgata ggcggtgaaa
     4441 tagcgaacat cagcaccaag ttggagggtc aggacgcgca cggggtgaat gacgacgtag
     4501 gcgttggagt aaagtgcgag ccggggcagc ggaacgatgt catcgtggcc tgtggcctgg
     4561 tagatgatct cgttgtccca gccgaaggca cggtaacgga agtcctggcg aagacgtgcg
     4621 gtgacaattt ggaggctacc ggtgtactgg gccggtcggc cgtcggtgcc gaagtagaca
     4681 tagttcgtga cattctccac gccggcggaa atgcgggtgc gcgtctgttc ccactcggcc
     4741 acaccgccta catagatacg ttgcgtattg tgcaaatcgt tgtcccacat gaagtatcgg
     4801 ctgtggaagt ggcgctgata gaaaggtgct ccgagatttt ggaatgcgcc ctcggcacga
     4861 atcgacgctt cacgtccgaa gacacgaaaa cgggacgcga catgccccat gaggcggatt
     4921 tcaccgatgt cattaccgag cagaccgaac tctccccggg cgcggaaggt gagccactcg
     4981 gaacgggtgc gcgagagttc agcaccaagg aaggccgcgt attcgtcggt cttcgtgcgc
     5041 ccttggaaga caccacgcgc ggtgtcaccg ggcatttcga agcgtcgatt ctcgaaggag
     5101 atataggccg tgaggccaaa ttgcgcccaa ttctggaagc cctcgcggag agagagggca
     5161 aatgtgttgc gaaacgtacg ggccgactgg agatcgtcgg ggtgtgccgt ggtcgtatcg
     5221 aatcgatggg tgtagcaggt gtcaatcccc gcgtcgttgg agatgaatcg gcgacggaaa
     5281 tcctcccatt caaaggtgtg gatgatgctc gccacaggca cgaacacctc gtctgcgtga
     5341 agtccaccgt cgtcgtctgg cgcatcgtcc tgactccgag gtgtgagagg ccgcacgtcg
     5401 gccgtgccct ctttctccgc gttcagctga cggatcttct cgcgccgctc gtcacgtttt
     5461 cgtttgcgat cggcctcatc ggcggtcatg cgccgataga aaccgagatt atagcggtgc
     5521 gtgaggaaaa agtcgcggcc gcgcaggcga ttataggtct ccgtgaatcg cgtggggaat
     5581 gatttgctgt cgacaccacg ccgaccgtcc tcaaaattgt ccgggtcggt gatgtaacgg
     5641 tcgtcagtca ggccaccgtt ttcgttggta acgaaattca ggttgcggat gtgggcgaaa
     5701 gcctcgtaac ggtccgaacg ataactgcca aaaaggcggt aggagagcag tttgttgtta
     5761 ttcgaggtgt actggccacg gctgtaggtg tagttgaaat ctgcgcccaa gttgatcttc
     5821 cgcccgaagt taccggtgat gacaccacgc agctgctcct cgcgtttggt cgatccgccg
     5881 gcacgggtgt aaaggatgtt ggtgtagggc actttaacgt catagaaata ggcgttcgtg
     5941 ggcgtgagaa tgtctccatc gaaggcgtca gcaaagatga aatcgcgcgc ctcggaccgt
     6001 tcgctgaaga tccgagactg gaacggtgca cccatattgg ccgtatatgc acccgccaga
     6061 ctccgacttt ccatcagggt gtgatcagcg gtgttgagtc tgtccgtatc catcggtgcg
     6121 atgtatggat cgccgagctt atcggtgaga cggtaggcgt tgatacgcgc aacaccgatg
     6181 cgcgcgctgt ctggggaaag gagactatcg gcggcttgag cggcattacg catagcgagt
     6241 gagaatctac gcccgccgcg atcgccccgg ctccgagtac gatcttgtgc ggatacggcc
     6301 gtgatataca ggattcccaa gaggaaggtg aaggtgtata tgctgtactt catttcgggc
     6361 gccaaagata gagactgctt tgtatcacac tgagtggcag ggctgaccac tctaaggcta
     6421 ccgcacccaa atagctgtgg acctggggcg cttttttgct ctccacggcc ctacggagat
     6481 ctcacccacg cgtggttttg atgtctgtac ccctacagaa aggaaaacca cgcgtggttt
     6541 tgatgtctgt acccctacgg aaaggagaac cacgcgtggt tttgatgtct gtacccctac
     6601 agaaaggaga accacgcgtg gttttgatgt ctgtacccct acggaaagca gaaccacgcg
     6661 tggttttaat gtctgtaccc ctacagaaag gagaaccacg cgtgggtggg atctccgtag
     6721 ataagcagac gactgggacg taggtgtggt tttgatgcgg ttgccctagc tgtgaccact
     6781 atgcagaggt atatatcgac aagaaggcaa cccgcttacg cggattgcct tcttcatttt
     6841 cttgccagaa ataagggtag aacttacttc ttctcctgag ctttcttagc ggcctcagcc
     6901 agcttctgca tagcttcctg atacttctgc gtctgctccg gtgtcaggtt ggctgcttcg
     6961 ttctgaagac tcggagccaa gtcctgcatc ttctgtccca gctctgtcag cttctgagta
     7021 gcctcagcat caccggcagc tgccttctca tacagaggaa gcatctcgtc aacaaggctc
     7081 agatactgat caaatgcgct tccaccctca gcaggagcgg cctcagctgc gggagccgga
     7141 gcttctacag ccgtagaatc tgtcatttca ccttcagttg ctgcactctt gttgttgcaa
     7201 gcaaccatca ttaccatggc cgaagccacc aaaaacattg aaatcttttt catctcgttt
     7261 gaatttaaaa tctgattggt ctaattcgcc gcaaaggtag cagaaaaatg tttcgcaaca
     7321 cgaaaaacgt tttttttccc aaataagagt gacgccttgc gggctatttg cttagtattt
     7381 atccacgatt aaatcgccat ccagcagctc tcttaccgct tcagtaaagg ctttgaaggc
     7441 ctctgatgag gcgtgggcag ttaccgcaac ggcatcctta tactcctcgt aaaagatgaa
     7501 gttctctggc tccgtgacgg agcgatagaa ggaatagcag aggttaccgg gctcagtgcg
     7561 tgccatatcg gccagcttct ttgcggagtc gatgaaagcg ttctctctgc cggctttcac
     7621 ccgggcgcgt gctatgatga tctgtttatg catcttcttt tctcttatta tttgctctga
     7681 aagagcggcg caaaagtaga cgaatcggca tacggcgtat cggtatgcgc aaatattttt
     7741 tcacgccatg tgccccataa cgtattacgg agcggttctg aagccgatga ttcggcgaac
     7801 ttccttgatg gtactcgagg cgctctctgc cgctttctct gcgccttcac gagctacttt
     7861 gtcgagatag gcttcgttgg cggcgatgtc gagaatgcgt tcgcggatgg gggcgcagaa
     7921 ggcgttgatg tcggcggcga gctgcttctt catgtcgccg taacggatgg cgcaacggtt
     7981 gtattggtcg ttgaagaagt cgtaggtgtc gcgagaggag acgatctcca tcatcgtaaa
     8041 gaggttctga atgggctcgg gtttgggact gtcaggggtg gtggggccgg agtcggtgac
     8101 ggctttcatg acctttttgc ggatggtggc ttcgtcatcg acgagataga tggcgttgcc
     8161 ttcgctcttg cccatcttgc cggaaccgtc gaggccgggc accttgacgg cacgctcagt
     8221 aaggtggaag gaggcaggct cggggaagaa gtcggtctcg tagatcatgt tgaagcggcg
     8281 ggcacacttg cgggccatct ccatgttctg ctcctgatcc ttgccgacgg gcactttgac
     8341 ggcacggtgg atgaggatgt cggaggccat gagggtggga taggtcagga gaccggcgtt
     8401 gacgttgtcg ggttgctggc ggactttctc cttgaaggtg gtgacacgct cgagctcgcc
     8461 gaggtaggcg ttcatgttga ggtagaggta aagctcaagc acctcatgga cgtcgctttg
     8521 gatatagatg gcggctttgt cggggtcgag gccgcaggcg aggtattcgg agaggatggt
     8581 gcggacgctg cgccggatgt cgacggggcg cgggtgggtg gtcagggagt gccagtcggc
     8641 aataaagaag aagcagcgat actcgtcctg catgcgcaga aagctcttga cggctccgaa
     8701 atagttgccc agatgcagat tgcccgtggg gcggataccg ctcacgacgg tctccagttt
     8761 cttttcttca gtcattctat aataggtctc ttgatgtgtg tgtatgcgat tatttcttga
     8821 taatgagtag ccccacgatg gcggcgatca ccagagtgat gagggccagg aggaaggcca
     8881 gcgtggcgaa gcggccacgt tcgttgggca gggagtttct ctccaaatgg atgcgacggt
     8941 tggagagtcc gtagatgtcg tcttgcgcct tgacccgata gctttctgag aagcgctcga
     9001 agcgtcggcg gttgcgattg tgagcttcgt ggccacaggt accggcgatc gactcctcgt
     9061 aaccggtagc gatgttgcgg tcgaaacagt cgagggcgcg gaagagacta tcctcaaact
     9121 ggctgagggt gggatagtag aggctgacgc tgtagaggtc gagatagatc ttcatatccg
     9181 agaagtcgga gatctggagg aagtagatcc agtcgtcgaa gagtccgagc caagaggcga
     9241 aatgtcgctc cagatagggg cgccggatgg tggcctgcat gagtgcacgg agcttgtcga
     9301 ggcggagggt ggcgcgtgaa ggtgaggttc cggcagcgat gagccggcgc atgcgtatgc
     9361 agtacagctc gacgtcctca cggccgagca gcatgagcca aaagaagggt agcgggttcc
     9421 ccccctcgaa aagggcaacg tcctcgccgt cgctttggcg agcgtagagg cgggcgcttc
     9481 ggttttctct catatatata aggtaagggc gggcgtcaat tggcagccat gacagccttg
     9541 actgcggcgt cgttgcgctg cttgagggcg tcgatggtgg aggcgttttg ataggccatg
     9601 tagtaggcca tgctcagcag gcgcttcttg atgaggaggc agttggcggc gctgacgacg
     9661 gtcgattcgg cgccgttctc ctgacggtat ttcatgagga tgatcatggt caggacacct
     9721 tcctgcgggc tatacttctg aaggatggcg ggctgaccga ccatgagcgt gttgtaggcg
     9781 tcttccgtgc gtcggccctg ctcttgccag ttggtgccga ccaagctgcg ctcgagttgc
     9841 tcctgcatga gggggaggtc ggcgggcgta gcgtcgtagt tctcgcggtt atagtcgccg
     9901 tagatcataa aataattgtc gaacgtgatc tgtcccaggc tatcgacgcg ggggtaggtg
     9961 gcgtcgtcga gatagtaacc caagatgggg ccgctctggc gataacgctc ggtgaaggcc
    10021 atgacgcggg ggtgggtgtg gcattcgtgc atgccctcga tgtgcggtag gcggatatta
    10081 acgtagccgt agagttcgga gccgtcggcc ccgcctttgt cggctgtacg attgcaaccg
    10141 accacgagaa ggctcgcggc gatgcagcat agggtaagga gtttcttcat tctctctctt
    10201 gttgattctc ttttcgtgaa acgcgggcaa aggtaaagtc aaatcattct ttaggccatt
    10261 gcgacttttt cgtccgctca agtcggccta cggaggcggg tgtgcccctg ccctactggc
    10321 ggaaaaatcg atctgggtgt cttggtttct tctgcccctt gagtaagggt ccaaccaatg
    10381 gtttgaagca aaaccgacct ccgatttggg ccaaaccaat ggtttgaagc aaaaccgacc
    10441 tccgatttgg gccaa
//
LOCUS       SEQF2634|AYYE01000951.1  823 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..823
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ctccagacgg gcgagagctt gccattcttg ttacccacga cggctttgac gtaggcggtg
       61 gcgatctccg ccagctcgtt gtgcacgtgg ctgtcctcgc catactcgag gccggtgtag
      121 agttcgttcg gcatagcgcc gtagtgcttg aaggcgtaga gcacgtcgta gaacgatccg
      181 ccctgggcga agttcagcat gccatgcagg cgcacatact tgtctgcctt gtccttgtaa
      241 gagtggttga cgatgaacat ctccgagagg tccacctcgc ccttacccgt gcggagcagc
      301 tcagactcga taaagcctac gccggagaac gaccagcacg tgcccgtgcg gttctggttc
      361 ttaatcggtg taatcttcag ctccttgacg gtggtaaact gtaggccttc ggtcttggcc
      421 tcgtccttct ttgcatcctg tgcatacgtt gcggtgaggg ccgtcatcat gacgcccacg
      481 ccagccatag taatccatct tctcatgtta tctatctgta ctttttatga ttggtgcgca
      541 aatatagaca gtgcgaccag aggcgaaagc gcagcgacga atcggcggcc ggttcagggg
      601 actattcgca gcgctcgaaa gtgaaaagcc atgattttcg gacccacgcg caacgcaggg
      661 agcaaaaaag ggtgtctttc ggagccctgc gcaacgcagg gagcaaaaca gggtgtcttt
      721 cggagccctg cacaacgcag ggagcaaaaa agggtgtctt tcggagccct gcgtaacgca
      781 gggagcaaaa cagggtgtct tttggagtcc tgcgcaacgc agg
//
LOCUS       SEQF2634|AYYE01000952.1  417 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcttttctt ctcttgatag aagaaaagaa ggcaaaagaa gatcaaggcc tctgccgagg
       61 ccagggaaga tggggcggat gtgtctgatt gggtcggtgc gcgagccatt caaaagacgg
      121 aatttttcgc ctcatccatt tttctgtttg ctgttttgaa aaatggttta tgtttgcgcc
      181 cgttactgca gcggcagaat cgttctttgt catccgaggc tcattttaga actccccacg
      241 acggagagct ccaaaatgga tcgcgtttag gtactcctcg caacggagag cctcaaaatg
      301 gatcgcgttt gggtactcct cgcaacggag agcctcaaaa tggatcgcgt ttaggtactc
      361 ctcgcgacgg agagcttcaa aatggatcgc gtttaggtac tcctcgcgac ggagagc
//
LOCUS       SEQF2634|AYYE01000953.1  463 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..463
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..222
                     /locus_tag="SEQF2634_00873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECHHTTGKYDLFVKIYARDNEHLLSIIHKKLLPLGLARTETLI
                     SFKEGFRRRLPIDIGKLEKADEK"
ORIGIN      
        1 aagcagattc cggagattgt ggagtgtcac catacgacgg ggaaatacga cctctttgta
       61 aagatctacg ccagagataa tgagcatctg ctcagcatca tccataagaa gctattgcca
      121 ttaggattgg cacggacgga gacgctgatt tctttcaagg aaggattccg taggagactg
      181 ccgatcgata ttggcaagtt ggaaaaggcg gatgaaaaat agtcgcagta tggactttca
      241 ggctgtggcg ctgggccgtt tgattggagt tgtatggttg ctgctcttat cgctgacgag
      301 ttgtagcggg ggcgtcaaca agagctacaa ttaggattgg cacggacgga gacgctgatc
      361 tctttcaagg aaggattccg taggagactg ccgatcgata ttggcaagtt ggaaaaggcg
      421 gatgaagaat agttgcagtg tagacttttg gactgtggcg ctg
//
LOCUS       SEQF2634|AYYE01000954.1 4656 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4656
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(266..3376)
                     /gene="susC_4"
                     /locus_tag="SEQF2634_00874"
                     /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
                     AVVDEHSGVLTDMDGNFSVTVRNLPAVIKVSFVGYRELQVDVYDASEPIVIPLNEAVD
                     VLQEVVVVGYSTQKRRELTSAISTVNKDLLKQSPTTVENALAGAVAGLNVTTTSGQPG
                     ASSNIRIRGGNSITGSNEPLYVIDGFIVYNDPEATRTGASGADASLDPLSFLNPSDIE
                     SIEVLKDVSATAIYGTRGANGVIMITTKKGTKGRNNLRYAGTAGWSTAARRLEFLNAE
                     QFTALYNEINPKAPLPSPTHSYDWQDEALRTAFTQEHQLSAAGGDEHSRYAISGSYKG
                     QEGIIVNTGLKRYAGRINYERTMWPNFVIGVNASGAYSALNGLRNVDRGTAGQAAKWA
                     SNTWMAVITSAPTHPIYDAAGHFNYAPSPISQDLYTRNGEQVVGNPISDLYNAKTRIA
                     NSRLIASAFAEWEPVKHLKLKVQAGADLSNTRESNYSPSYTTTGLEYKGVASVGSTLA
                     NVWQAEFTANYDREFNRLHHVALLAGYTAQRTDRSGYATTVRNFANDVTGYNNLAAGS
                     DLFSATSRAYISTLRSWLGRANYSYDGRYNLSLTLRADGSSRFAENNKWGLFPSAGLS
                     WNVGREKFIRLGRAVDHLQVRLSAGVVGNQEIGDYQFVANVAPTPTPGYSGGREVLAY
                     YIQSKANPDLKWERTASYNVGLSTGFFRNRLTVVLDAYYKRTSDLLLMVPVEQVSGFE
                     TSLRNVGSVTNRGVELAIGGTLVSNKQVRWTADFNIAHNRNEVTSLGSASSIVPNFSG
                     ATLGYISPVIVKVGEPLGTLYGYKFKGLVQKETDVSALPRQSISPLRPGNPIYEDVNG
                     DNVVNTADQTVLGNSQPLFTYGFNTTLTWGRVDVFLALAGSYGNKLFNGLATRLTKGS
                     TYYNSLAIVADRWTETNPSDRIQRASDDLTIVSDSRYVEDASYLRLKNVQVGYTLPLR
                     QVTKDAQIRLFLSLQNFVTLTRYSGYDPEASRNGMDEHSALYQGVDMGTYPTAKTVQV
                     GLQLTL"
     CDS             complement(3397..4326)
                     /locus_tag="SEQF2634_00875"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARFTLKQLLVATLLIAASTSLRASDTPSEVITVSTAKACSGL
                     VETWIKKYTEQHPEVQIRVVNDGKGEADLTLTQASTEADKEAEGNVAYVGRYALLPVT
                     TTGNPLYEQINRRRFDKKELKRLFFQNDVVQEVEEGKKKDALRDGLTVYSTMGRTSGA
                     QAFASHFGYRPSQIRGKRIAGDDIHLLTAIGKDRTGITFNTTAYLFDLQSRKLKPELS
                     VLPLNLKKDQEQILRSGNLDETLRLLEDAEIDLIPLQTIGFVYRDKAPVRDFLQWVVS
                     EGQQYNHASGFLTIDKKTEQKEQKRLSRLLSDR"
ORIGIN      
        1 gcgccgctgc gtgccagtgg ctccgtcaag cgactttttg gcgccgctgc gtgccagcgg
       61 cctcgtcaag cgactttttg gcgccgctgc gtgccagcgg gcccgtcaag cgactttttg
      121 gcgtcgctgc gtgccagcgg cctcgtcaag cgactttttg gcgccgctgc gtgccagcgg
      181 gcccgtcaag cgactttttg atgtcgctga gagccagcag ggccacccga gcgacttttt
      241 gagtgaatga atggcgacga ggggcttata aggtcagctg tagccccacc tgcaccgtct
      301 tggctgtggg ataagtgccc atgtcgacgc cttgatagag cgcgctgtgc tcatccatgc
      361 cgttgcgcga agcctcgggg tcataacccg aatagcgggt cagggtgacg aagttctgga
      421 gcgagaggaa gaggcggatc tgcgcatctt tcgttacctg tcggaggggg agggtgtagc
      481 ccacctgcac gttcttgagt cgcaggtagc tggcgtcctc cacgtagcga ctgtcagaga
      541 cgatcgtcag gtcgtcgctg gcgcgctgta tgcggtccga agggttcgtc tccgtccagc
      601 ggtcggccac gatggccagg gagttatagt acgtcgaccc cttcgtcaga cgcgtagcca
      661 agccgttgaa gagcttgttg ccgtagctgc ctgccaaggc gaggaagacg tccacacgtc
      721 cccacgtgag ggtggtgttg aagccgtaag taaaaagcgg ctgcgagttg ccgagcacgg
      781 tctggtcggc cgtgttcacc acattgtcgc cgttcacatc ctcatagatc gggttgcccg
      841 ggcgcagggg actgatggac tggcggggca gggcggagac gtccgtctct ttctgcacga
      901 gccccttgaa cttgtatccg tagagcgtgc ccagcggctc gcccaccttg acgatcacgg
      961 gcgagatata gcccagcgtg gcgccgctga agttggggac gatggacgag gccgacccga
     1021 ggctggtcac ctcgttgcgg ttgtgagcga tgttgaagtc ggctgtccag cgcacctgct
     1081 tgttgctgac gagtgtgcca ccgatagcca gctccacgcc gcggttcgtc accgagccta
     1141 cgttgcgcag cgaggtctca aagcccgaga cttgctccac gggcaccatc agcagcaggt
     1201 cggaggtgcg cttgtaatac gcgtccagca ccaccgtgag gcggttgcgg aagaagcccg
     1261 tgctcaggcc cacgttatag ctggccgtac gctcccactt caggtcgggg ttagccttgc
     1321 tctgtatgta ataggccaac acttcgcgcc cgccagagta gcccggcgta ggggtcggcg
     1381 ccacgttggc cacgaactga taatcgccaa tctcttgatt gcccaccaca ccggccgaga
     1441 ggcgcacctg caaatgatcc acagcgcggc cgaggcggat gaacttctcc cgacccacat
     1501 tccacgacaa gcctgcggag gggaagagtc cccatttgtt gttctctgcg aagcggctgg
     1561 agccgtcggc acgcagggtg agggagaggt tgtagcggcc gtcgtaggag tagttggcgc
     1621 gaccgagcca tgagcgcagt gtgctgatat aggcacgact ggtggcggag aaaaggtcgg
     1681 agccagccgc gaggttgttg taccccgtca cgtcgttggc gaagttgcgg acggtggtgg
     1741 catagccact gcgatccgtg cgctgggcgg tgtatccggc caggagcgcc acgtggtgca
     1801 gacggttgaa ctcgcggtcg tagttggccg tgaactccgc ctgccagacg ttggccagcg
     1861 tagatccgac cgaggccacg cccttatact ccaacccggt ggtggtgtag gagggcgaat
     1921 agttgctctc gcgtgtgttg gataggtcgg ccccggcttg caccttcagc ttgaggtgct
     1981 tcaccggctc ccattcggca aaggccgagg cgatgaggcg ggagttggcg atacgggtct
     2041 tggcgttgta taggtccgag atggggttac ccaccacttg ctccccgttg cgggtataga
     2101 ggtcttgact gatgggactg ggggcgtagt tgaagtgtcc cgcggcgtcg tagatcgggt
     2161 gcgtaggggc cgaggtgatc acggccatcc aggtgtttga ggcccactta gcggcctgcc
     2221 ccgctgtgcc gcgatccacg ttgcgcaacc cattcagcgc gctataagcg cccgaggcat
     2281 tgaccccgat cacgaagttg ggccacatgg tgcgctcata gttgatgcgc cccgcatagc
     2341 gcttcaggcc cgtgttgacg atgatgccct cttgcccctt gtaactgccc gagatggcgt
     2401 agcgcgaatg ctcgtcgcca ccggcggcgc tcagctgatg ctcctgggtg aaggccgtgc
     2461 gaagggcctc gtcctgccag tcgtagctgt gcgtggggga ggggaggggc gctttggggt
     2521 tgatctcgtt gtagagggcc gtgaattgtt cggcgttgag gaactccagt cggcgggctg
     2581 cggtgctcca tccggccgta ccggcatatc tgaggttgtt gcgccccttg gtgcccttct
     2641 tggtggtgat catgatcaca ccgttggcgc cgcgtgtgcc atagatggct gtggcactga
     2701 cgtccttcag cacctcgatg ctctcgatgt ccgaggggtt gaggaaggac agcggatcga
     2761 gcgaggcgtc cgcacccgaa gcgcccgtgc gagtggcctc gggatcgttg tagacgatga
     2821 aaccgtcgat cacatagagc ggctcgttgc tgcccgtgat ggagttgcct ccgcgaatgc
     2881 ggatgttgct cgaggcgccc ggttgacccg acgtggtggt gacgttcaga cccgccacgg
     2941 ctccggccag ggcgttctct accgtggtgg gcgactgctt gagtaggtcc ttgttcacgg
     3001 tcgagatggc gctggtcagc tcgcgacgct tctgcgtgct gtagcccacc acgaccacct
     3061 cctgcaacac gtccaccgcc tcattgagcg ggatgacgat cggctccgag gcgtcgtaga
     3121 cgtccacttg cagctcccgg tagcccacga agctgacctt gataacggct ggaaggttgc
     3181 gcactgtgac ggagaaattc ccatccatat ccgtcaagac tcccgaatgc tcgtccacaa
     3241 cggcgacggt ggccccaatg attggctcgt ccgtctgaga gtccagcacg cgtccctcca
     3301 gcttagtttg tgcccctgcc tgacccacga tgagcagcag cagggcgatg atgtaatgcg
     3361 tagttttcac cttcatgctt tgtcctcctc atcgttttat cggtcgctca gcagcctcga
     3421 gaggcgcttc tgctccttct gctccgtttt cttgtcgatg gtcaggaagc ccgacgcatg
     3481 gttgtattgc tgtccctcgc tgactaccca ctgcaggaag tccctgacgg gcgccttgtc
     3541 gcgataaaca aagccgatcg tttgcagcgg gatcaggtcg atctctgcgt cctccagcaa
     3601 ccgcaacgtc tcgtccagat tgccactgcg caggatctgc tcctgatcct tcttcaggtt
     3661 cagcggcagg acagagagct ccggcttcaa cttgcggctt tgcaggtcga agaggtaagc
     3721 tgtcgtgttg aacgtgatgc ccgtgcgatc ctttccgatg gccgtcaaca gatggatgtc
     3781 gtcgcccgcg atgcgtttgc cacggatctg cgacgggcgg tatccgaagt gcgaggcaaa
     3841 ggcctgcgca cccgatgtgc gacccatcgt cgagtaaacc gtcaggccgt cacgcagggc
     3901 gtccttcttc ttgccctctt ccacctcttg cacgacatcg ttttggaaga ataggcgctt
     3961 cagttctttc ttgtcgaatc ggcggcgatt gatttgctca tagagcgggt tgcccgtcgt
     4021 cgtgaccggc agcagggcgt agcgccccac gtaggccacg tttccttcgg cctctttgtc
     4081 ggcctcggtc gaggcttgcg ttagcgtcag gtcggcctcg cccttgccat cattcaccac
     4141 gcggatctgc acctccgggt gttgctccgt atatttctta atccaagtct ctaccagccc
     4201 gctgcaagcc ttggctgtgc ttacggtgat cacttcgctc ggtgtatccg atgcgcgcag
     4261 cgacgtggag gctgcgatca gcagcgtcgc caccagcagt tgcttgagtg taaatcttgc
     4321 cttcattgtt cctgttactc ctattctttt gggggttctc aatcgttgtt tctatctcgt
     4381 ttttttgacg gtgcaaaggt gcgggcaccc tcaccctcac acaatcccac gcgtgtggta
     4441 ttttccatcc cacaaccgtg gtataaagcc gattcttccc ccattttacc cccggagcac
     4501 gcctcaattt cccctttcca caccccgtcg acctcccaaa cgggccgcct tttacaggcc
     4561 aacaccccgt cggcccccca aacgggccgc cttttgtagg ccaacacccc gtcggccctc
     4621 aaaacgggcc gccttttata ggccaacacc ccgtcg
//
LOCUS       SEQF2634|AYYE01000955.1  436 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..436
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cggtagataa caaccgctat aacagcggca cgtcagtagc tgtaaaagat tccggcacga
       61 tggttcgcac cgaggccgtg ttcatcggct ggagcttcgc gcaaaagggg ctgattacgc
      121 aggccgcgga tgaacccgca gacctgaaga agaccggtgc ccacttcaac atcacggccg
      181 atacgacgct ttttgccgta tgggcaatcg acaagacagg cccgggcggt acccccgacg
      241 gtaagcctga ctacagccaa gccggcgtga cctacaaggg taacgacaac actggtggta
      301 cggctccggt agattcgaag ctttacaatg acaacgatga cgtgaaagtg cttgataagg
      361 gtagcttggt tcgtacggat gccgtcttcc tcggctggct cttcgagcag aagcctctga
      421 tcacgaagaa ggctga
//
LOCUS       SEQF2634|AYYE01000956.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 agaaggagaa cgacaagttc accatcaaga ccgacacgac gctttacgcc acatgggccg
       61 tcgataagaa aggccccaat ggcaacggtg acaatgtccc cgactacctg caaaacggag
      121 tcatctacaa cggtaacggt ggaaccggtg ccgctccgac ggatgacaat ctctacaacg
      181 ccaatacgca ggttgaggtg aaagattccg gtagcctcgt tcgtacgggt gcagcattcg
      241 tcggctggag cttcacgcag aaagagctga tcaagaaggc cagcgatctg ccaagtgatc
      301 tgaagacgaa aggccagaac ttcaccatta cccaggatac gacactcttt gccgtatggg
      361 gtgaggacaa gaccggcccg aacggaacct ctgacggtat ccccgactat ctgcaaaagg
      421 gcctcaccta caacggtaac aacca
//
LOCUS       SEQF2634|AYYE01000957.1 2507 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2507
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(60..686)
                     /locus_tag="SEQF2634_00876"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFITGGEKEVMSLAAHGFHAICFNSETAEIDASIIEMLVRRFR
                     HVFFLYDADETGVKASTLRCEQFTAYNVRRIELPLAGTKEKKDISDYFRLGYSAENFH
                     RLIGDHLERLYTQTLMLLDSCEIDYRHPPDRSQTVIASRGVPLGTYDNLFCITGGEGT
                     GKGNYVSALIAGTLLTEIPTLPLDLLGLEVTPNASHKAVLHQGNRIKF"
     CDS             complement(715..1341)
                     /locus_tag="SEQF2634_00877"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVFRHYIPFAISPGKKFRNPLYDDRRASCFIYKVPRTGIYRMN
                     DFGDHTCSGDCFWFVAALHGMDLQKDFPRILEKIIRDLSLSISLPESASGTAQFGIDS
                     TQVLHSTPTLAESTGRPYRIEEKAFDESECAYWGQYGITPHVLQRYGVRSLRSFRSET
                     AEGKCYGFMSSTHEPLFGYVRKDYVKIYRPIKYGPIRLWWSPAGHLHV"
     CDS             complement(1440..1631)
                     /locus_tag="SEQF2634_00878"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLSQETNPSDPFLYEKEVYSLLDQLFEKLQRYNRSSISKQQFV
                     RNLTPIMIQLFSSMANNLS"
     CDS             complement(1681..1998)
                     /locus_tag="SEQF2634_00879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYNRRKIRLIVICNQKRETDMDIKKLHPIILIEEGLGEKYKAL
                     PIGEKKKVAILSDIEMSSIPASLSHKRNISKNTLRKLATGLDVYPAFFFIPARCIQPE
                     CLV"
ORIGIN      
        1 atctcttaga aagaggctct tcaaggcagc tctcaatatc gactacctca aaaagctact
       61 caaaatttga tgcggttgcc ctggtgtagg acggccttgt gcgatgcgtt gggcgtaacc
      121 tccagcccga gcagatcgag tggaagtgtt ggaatctcgg ttagcagtgt cccggcaatc
      181 aatgccgaca cataattgcc tttccccgtc ccttcgccac cggtaataca gaacaggttg
      241 tcgtaggtgc ccagcgggac accgcgcgat gcgatcaccg tttgggaacg gtcgggcgga
      301 tggcggtaat cgatctcgca cgagtcgagc agcatgagcg tttgcgtata aagccgctcc
      361 aagtggtcgc caatcaggcg atggaagttt tccgcgctgt atcccaaacg gaagtaatca
      421 gagatgtcct tcttttcctt cgtcccggcc agtggcagtt cgatgcgtcg gacgttgtag
      481 gcggtaaact gttcgcatct gagggtggaa gccttcacgc ccgtctcgtc tgcgtcgtag
      541 aggaagaaga catgacggaa gcgtcgaacg agcatctcta tgatggaggc gtcaatctct
      601 gccgtctcgc tgttgaagca aatagcgtga aagccgtgtg cggcgagaga catcacctcc
      661 ttctcgccgc cggtgatgaa cagcatatcg ccccgttgcg ggagttgctc tatgtcaaac
      721 gtgtagatgt ccggcaggcg accaccatag acgaatcggg ccgtacttga tggggcgata
      781 gatcttcacg taatccttgc gtacgtagcc gaatagtggc tcatgggtgc tgctcataaa
      841 gccgtaacac ttcccttcgg ccgtctcgct gcggaagctg cggagcgatc ggacgccata
      901 gcgctgcaac acgtgcggcg tgatgccata ctgcccccaa taggcgcatt cgctttcgtc
      961 gaaggccttt tcctcaatgc ggtaaggcct gccggtagac tccgcaagcg tcggtgttga
     1021 gtggagtacc tgcgtgctgt caattccgaa ctgagctgtt ccggaagcac tctccggcag
     1081 ggagatggac agggatagat cgcggatgat cttctccaag atgcgaggga agtccttttg
     1141 taaatccatg ccgtgcagcg ccgccacgaa ccaaaagcag tcgcccgagc aggtatgatc
     1201 cccgaagtcg ttcatgcggt aaatgcccgt tcgaggcacc ttgtagatga agcacgacgc
     1261 ccgccgatca tcgtagagcg gattgcgaaa cttcttcccg gggctgatgg cgaagggaat
     1321 gtaatggcgg aatacctgca atccgccgtc tgtggcatgc agaatctgct ccctggttgt
     1381 tcgtattcat ttccaattat ctcacctgta aaggataggt tcttttatcg gtcttgatct
     1441 caagacaaat tgttggccat cgaactaaac aactggatca taatcggggt aagatttcgc
     1501 acgaattgct gtttgcttat gctagatcga ttgtatcgct gtaatttctc aaacaattga
     1561 tccagtaaag aataaacctc cttttcatag agaaatggat cagatggatt ggtttcttgc
     1621 gatagatcca tcaccgttga attcaagatg gatctaacat cactcacttt gacgatacct
     1681 tcagactaaa cattctggtt gaatgcatcg ggcagggata aagaaaaagg caggataaac
     1741 atccagccct gtcgccaatt tcctgagtgt atttttgctg atgttcctct tgtgacttag
     1801 cgatgctggt atactggaca tttctatatc ggataaaatg gccactttct tcttctcacc
     1861 aattggaagg gctttgtatt tctcacctaa cccttcttct ataaggatga tcggatgcaa
     1921 tttctttata tccatatctg tctctctctt ttgattgcaa ataacaatga gccggatttt
     1981 tcgccggtta tatttcataa tgaactgata tgatataaaa taggttcaga tttaactcct
     2041 cgacaaacga aggtcttaca tgggcaattc gattggaaca gttgtctcgt aagtcttatt
     2101 tcaggggaga tatgtcccta atggagaagc atatgggtgg agttatctct cagtgccctc
     2161 cgaaataaac tccaaacagc ttctgaatct tttcccgtaa tgtgaaacac ctccacaggc
     2221 agaggtgctc cgagatggaa gcatcggaca gcatcccgca ggctttgcgc caaggggcaa
     2281 aagtctacct tcgtaaggca aaaacgcctt cacaggtaga gatactccgg aatggcggaa
     2341 tcgggtagtg tgctgcgggc tttgcgccaa agggcagaaa cttaccccat aaggtaaaaa
     2401 tacatccata ggcagaggac tttcgagatg acggcatcag acagcatact acaccagggc
     2461 aaccgcatca aattttgagt agctttttga ggtagtcgat attgaga
//
LOCUS       SEQF2634|AYYE01000958.1  410 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccagctctt cccgttgctc gtcggtcagc tgagcccccg gcgccacgta gtagccatat
       61 ttccgaaggc tcggcagcac ctcgcccgtc acccatttcc ggaacgcccg tgcctgcggc
      121 ttcctgcttt gaaagatcag cgcatacatt ccggactcgt tgacgaacgt aagctcctgt
      181 tttccaccaa gggtgtcggt attagctaca cccttttcat cgtcgtccaa tccttggacg
      241 gcatctctac tgttcttaat acccagtacc tcgcacagat ctttggccgc aaaccacggc
      301 tcatccttaa tcatctgcat ccgtacagat gccccttctt tccattgtaa aatgctcgtt
      361 tccattcttc ttactccttc attttaatac agttactcgt tcctttcctt
//
LOCUS       SEQF2634|AYYE01000959.1  526 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..526
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(64..300)
                     /locus_tag="SEQF2634_00880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKKQKKIKASGMPANLGDFLMALVYPANFPALGRGPFLALMQ
                     EKKQKKIKASGTPAILAGYLGGEGLTLAVFAGCL"
ORIGIN      
        1 tgctatgagt agtgtagtta taagtttcca tacgatgtag atcaattaat aatgagtcaa
       61 aaattagagg cacccagcaa agacagccaa agtcagcccc tccccaccaa ggtacccggc
      121 aaggatggcc ggcgtccctg acgccttgat tttcttttgc ttcttttctt gcatcaaggc
      181 aagaaaaggc cctctgccga gggcggggaa gtttgccggg tacactaagg ccatcagaaa
      241 gtcccccaaa ttggccggca tccctgacgc cttgattttc ttttgcttct tttcttgcat
      301 caaggcaaga aaagaaggtc ttcaaagcag acaagaagag aaggccgtta aggcttcgca
      361 gagagatacg tctccatatc cttatccccc cgtccagaga cagtcagcac caccagctca
      421 tccggtccga aacgcagtcg accgagcgcc cccagcgcgt gagcagactc cagcgccggg
      481 atgatcccct ccagccgagt cagctcgtaa gccgcctcca ccgcct
//
LOCUS       SEQF2634|AYYE01000960.1  405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgatgcttgc ttaattcatt tcttgggttt tgattctata cttcgataaa catatccgta
       61 atcgctcttt tctgggttgc aaaactaaga agcagtcagg actttttgga ggtaacgagg
      121 ctgagaattt ttccgtcctc cccatcccac atcggcgcat accccaaccg cgacgcggtc
      181 ggggcattcc gtgcgatgga atacgtgaaa cgtggtgcgt ttgattgttt cacggttgtg
      241 gtatgcataa accgcaccgc gttttcgtgt ccccatgtag gggcgtattg catacgccct
      301 accggcgacc catttatggg gcgaaggatc cgaatgatcg atcatcgata cgcattcttg
      361 tcccctgcgg ggccatttgg tggggcgtat gccatacgcc cctac
//
LOCUS       SEQF2634|AYYE01000961.1 4972 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4972
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             114..2156
                     /gene="pepO"
                     /locus_tag="SEQF2634_00881"
                     /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
                     QKIGDLYNLAMDSTRRNAEGVAPLKPWLDRVGAIKDKKELSTFLPELMLIGIDPFFSV
                     YVEADVMDSKRNLFGTYQGGLSLGERDYYLENDESTTKVREAFKAHVVKMFEMFGYSK
                     ADARKRMEDVMRIETRLARSHFDKVKRRDPYANYHKMPVSGLQKLVPNIDWTKFLATL
                     KVDIKELSVSQEEPMKEVSKVIAAEPLSAIKSYLEWKLIDNAASSLSDEVYALNFDFY
                     GRVLSGKTEMQPRWKRAQGSVSGGLGEAVGELYVAKYFPPEAKERMVNLVHNLQKAYA
                     ARIEKLDWMSAETKQRALEKLNAFYVKIGYPDKWKDYSPLEIKPEETYLANMDRVSRF
                     AVREMLDKATKPVDRDKWYMTPQTVNAYYNPTTNEICFPAGILQYPFFDMQADDAFNY
                     GAIGVVIGHEMTHGFDDQGRQFDKDGNLKNWWTEADAKKFNERAKVMSDFYDSIYVAP
                     GVHANGKFTLGETLADFGGLQIAYQAFKEATAGQPQEDKLGFTPDQRFFLAYSFVWAG
                     NIRDEEILRRTKTDPHALGKWRVNGELPQIDAWYKAFGITESSPMFIPKEKRVTIW"
     CDS             2169..3650
                     /gene="inlJ_2"
                     /locus_tag="SEQF2634_00882"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKKRAIMLLAVMICLTCAARLVGQPFHAGETAQLRAFLRQNAAD
                     EGRKNFQQLGIADTNAIDWATVTGLTWGPGGRLTAIIWNDKYLAGDLDLSGFDSLRVL
                     RCQVNNLTSLLLTRDSALVHVDCYDNLLTRMDITTNVNLQHFCCRYNRIATLDVTRNP
                     HLTFLCLSGNPFTRFDLSNNPLLTEFYAAKCSLEEIDFSRNPLLKLVSVRSNKLKRLD
                     VSNLTNLQQLFCYDNQLTELNVKGCKSLLRLAAYDNQLTRLDLSDCRALQNLPLYNNA
                     IAELDVSACPYIDFISTMNNGMHTLKLPLLPLKTLEIMCESNRFTFSALPKPMYLRSY
                     TPQARRTITAPADRVDLSSEYAVQGATSVYTWRDGTTEVTPTQSHEGRFSFPAALSGH
                     TLTCEVTNAAYPKLTLTYDVTLTAPTANVLLVANDARPTVHSERGLLIVTSERPLTAR
                     VYTLTGVQVGTLRVQRGEASLALPPGLYIVSFSDGTARKVVVE"
     CDS             complement(3739..4434)
                     /gene="aqpZ2"
                     /locus_tag="SEQF2634_00883"
                     /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             4451..4834
                     /locus_tag="SEQF2634_00884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLNRGKGKGPYPVFPDLTPYFCPHKNQNPNYMLTFFLFFVFVV
                     VFLVVMLGTSVLRIIRALFFGGRGPYSAGNPYASGGTSAGGASDTSSRSYSSRTFIEE
                     DETVPHRKKVFADDEGEYVDYEEIR"
ORIGIN      
        1 tggcgcaacg ggcgctttga ggagagcggg gtgaccgcga aatgagaagt gaagaatgag
       61 gcgcggaagc ctcagcacaa gagagacgtt cttttaatca tactacatat cacatgaatc
      121 gaaagtattt acaagtagca gcaatcattc cactgatgat gacaggaaat gcacaagcgc
      181 agccggcagc gacgccggcc ggagatgcgg gtatccgcat tgagaatttg gacaagacgg
      241 cggatcctgc cgtcgatttt tatcagtacg cctgcggcgg ctggatgaag acgcacccgc
      301 tgacgggcga gtattcgcgc ttcggatcgt tcgacatgct ggccgagaat aaccgcgaac
      361 agctcaagtc gctgatcgag gagatagcgg ggcggaagaa tgagccgggg acggtggcgc
      421 agaagattgg cgacctctac aacctggcga tggacagcac gcggcgcaat gccgagggtg
      481 tggcaccgct caagccgtgg ctcgaccgcg tgggcgcgat caaggacaaa aaggagctct
      541 cgaccttcct gccggagttg atgctgatcg gcatagaccc cttcttcagt gtctatgtag
      601 aggcggacgt gatggacagc aagcggaacc ttttcggcac gtatcagggc ggcctctcgc
      661 tcggcgagcg ggattattac ctcgagaacg acgagagcac gacaaaggtc cgcgaggcct
      721 tcaaggcgca cgtggtgaag atgttcgaga tgttcggcta ctcgaaggcc gacgcgcgga
      781 agcgcatgga ggacgtgatg cgcattgaga cgcgtctggc ccggtcgcac ttcgacaagg
      841 tcaagcgccg cgatccgtac gcgaactacc acaagatgcc cgtcagcggc ctgcaaaagc
      901 tggtgccgaa catcgactgg acgaaattcc tggccacgct gaaggtggac atcaaggagc
      961 tgtccgtctc acaagaggag ccgatgaagg aggtctcgaa ggtgatcgcc gccgagccgc
     1021 tctcggccat caagtcgtat ttggagtgga agctgatcga caacgcagcc tcgtcgctga
     1081 gcgatgaggt gtacgcactg aacttcgatt tctacggccg cgtactctcc ggaaagaccg
     1141 agatgcagcc gcgatggaag cgcgcgcagg gcagcgtgag cggtggctta ggcgaggccg
     1201 tgggcgagct ctatgtggcg aaatatttcc cacccgaggc caaagagcgc atggtgaact
     1261 tggtgcataa cctgcaaaag gcttacgccg cacgcatcga gaaattagac tggatgagcg
     1321 ccgagacgaa gcaacgggcg ctggaaaagc tgaacgcctt ctatgtcaag atcggatacc
     1381 cggacaagtg gaaagactat tcgccgctgg agatcaaacc cgaggagacg tatctggcca
     1441 acatggatcg cgtgagtcgc tttgcggtgc gcgaaatgct ggacaaggcc accaagccgg
     1501 tggaccgcga caaatggtac atgacgccgc agacggtcaa cgcctactat aacccgacga
     1561 cgaacgagat ctgcttcccg gccggcatcc tgcaataccc cttcttcgac atgcaggccg
     1621 acgacgcctt caattacggc gctatcggcg ttgtgatcgg tcacgagatg acgcacggat
     1681 tcgacgatca gggtcgccag ttcgacaagg acggcaacct gaagaactgg tggacggaag
     1741 ccgacgcgaa gaagttcaac gagcgcgcca aggtgatgtc agacttctac gacagcatct
     1801 acgtagcgcc cggtgtacac gccaacggca agttcacact cggtgaaacg ctggccgact
     1861 tcggcggttt gcagatcgct taccaagcct tcaaggaggc tacggccggc cagccgcaag
     1921 aggataagct cggcttcacg cccgatcagc gcttcttctt ggcttactcc ttcgtctggg
     1981 cgggcaatat ccgcgatgag gagatcctgc gtcgcacgaa gaccgatccg cacgctttgg
     2041 gcaagtggcg cgtcaacggc gaactgccgc agatcgacgc ctggtataag gctttcggca
     2101 tcaccgaaag cagcccgatg tttatcccga aagagaagcg ggtaacgatt tggtaacaca
     2161 ttcttgatat gaaaaagcga gccatcatgc tgctcgccgt catgatctgc ctcacgtgtg
     2221 ccgcgcgcct cgtggggcag ccttttcatg ccggtgagac agctcaactg agggccttcc
     2281 tgcggcaaaa cgccgccgac gagggccgga aaaactttca gcagttaggc atagccgaca
     2341 ccaacgccat cgattgggcc acggtgacgg gcctgacgtg ggggccgggc ggacgactga
     2401 cggcgatcat ttggaacgac aagtatctgg cgggcgatct ggatctctcc ggcttcgact
     2461 cgctgcgcgt gctgcgttgc caggtgaaca acctcacgtc gctgctcctg acgcgcgatt
     2521 cggcgctggt gcatgtggac tgttacgaca acttgctgac gcgcatggac atcaccacga
     2581 acgtcaacct ccagcacttc tgctgtcgct acaaccgcat cgccacgctc gacgtgacgc
     2641 gcaacccaca cctcacgttc ctctgcctga gcggcaaccc attcacgcgt ttcgatctct
     2701 cgaacaaccc cctcttgacg gagttttacg ccgccaaatg cagtctggag gagattgatt
     2761 tctcgcgcaa tccgctcctc aaactcgtct ctgtgcgcag caacaaactg aagcgcctcg
     2821 acgtatcgaa cctgaccaac ctgcagcagc tcttttgcta cgacaaccag ctgacggagc
     2881 tgaacgtcaa ggggtgcaag tcgctcctgc gcctggctgc ctacgacaac caactgacga
     2941 ggctcgacct ctccgattgt cgtgccctgc aaaacctgcc gctctacaac aacgccatcg
     3001 ccgagcttga cgtctcggcc tgcccctaca tcgacttcat ttccaccatg aacaacggca
     3061 tgcacacgct caagctaccc ctgctgccgc tcaagacgtt ggagatcatg tgcgagtcga
     3121 accgtttcac cttctccgcg ctgcccaagc cgatgtatct ccgctcttac acgccgcagg
     3181 cgcggaggac gattacggcg ccggctgaca gggtcgatct ttcgagcgaa tacgccgtgc
     3241 agggcgccac gtcggtctac acctggcgcg acggcacgac ggaggtcacc ccgacccagt
     3301 cgcacgaggg acgcttctcc ttccccgccg cactgtctgg ccatacgctc acttgcgagg
     3361 tgacaaacgc ggcctacccg aagctcaccc tcacgtacga cgtgacgctt accgcgccca
     3421 cggccaacgt gctcctcgtc gccaacgatg cccgtccgac ggtgcactcc gagcgcggac
     3481 tgctcatcgt cacctccgaa cgccccctga cggcgcgtgt gtacaccttg acgggcgtgc
     3541 aagtcggcac actccgtgta cagcgcggcg aagccagcct ggcactcccg cccggcctct
     3601 atatcgtctc tttcagcgat ggcacggcgc gcaaggtggt ggtggagtga ctccgcccct
     3661 tatggattga caagagaaag ccccgacata cgtccttgta tgccggggct tttcataggt
     3721 tcgagtcgcc cttgaaggtt aggctgcttt atctggatcg atgacgcgcc atatgaaggc
     3781 cgccagggct gcgccgacga acgggccaac gatgaagatc cacaggttag ccagtgccga
     3841 tccaccttgg aagagcgccg ggccaatgga acgtgccggg ttgacggacg tacccgtgta
     3901 acggatgcag acgaggtgga caagcacgag cgacaggcca atggccaggc cagcaaagcc
     3961 cgatgtagcg ccattcgtcc gggccgttgc gcccagcaca accagcacga agacgcaggt
     4021 aaagaagatc tcggccagca gtccgctcgt gaccgaaatg ccgccttgga gatcgttagc
     4081 gcccgtacca cccgcaagcg actcggtgcc cgacgtcagt agccacaaca cacacgcacc
     4141 gatgatggca ccaatgactt gaaacagcat gtacatgcct gcgtccttgg cgcttatccg
     4201 tcggctgagg agcatgccca gcgtaatggc cgggttgatg tggcaccccg agatgccgcc
     4261 aatggtgtag gccatcgcta ccacggagag gccgaacgcc agtgccgtac cgaggactgt
     4321 gcctgcgttg gccgtgtcgg cacagtcgga cgaacaattc aggctgacag ccacgccgca
     4381 gcccatcaag accagcacca tcgtgccgat catctcagct aaatacttct tcataatagg
     4441 aaaacagtta atggttttga atcgcggcaa aggtaagggg ccttatcccg tcttcccgga
     4501 tttaacaccc tacttttgcc cgcacaaaaa ccagaaccca aattatatgc ttacgttttt
     4561 tctattcttc gtcttcgtcg ttgtcttcct cgttgtgatg ctcggcacgt ctgtgttacg
     4621 gatcatccgg gcgctcttct tcggcggtcg tggtccctat agcgcgggca atccgtatgc
     4681 ctcgggcggc acatccgctg gtggcgcctc agacacctcg tcgcggtcgt actcgtctcg
     4741 cacctttatt gaggaagacg aaacggtgcc ccaccggaag aaagtctttg ccgacgatga
     4801 aggcgaatac gtcgattatg aggagatacg ctgatgcagc gccctgtagt ctcgtacgaa
     4861 gaacatgcga ccttctgcat acatcaaaat gaagaaaaca gtgcttgcgg aacttccgca
     4921 agcgtcaaaa cgtcctcttt tcgatttgcg ggactcccgc aaacgccaaa gc
//
LOCUS       SEQF2634|AYYE01000962.1 1256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..426
                     /gene="xerD_5"
                     /locus_tag="SEQF2634_00885"
                     /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="MDDKQWIMTKRQKTSVETNVLLLDIPKSIIAKYSHKIYRDGKLF
                     PVLTNQKTNSYLKEIADLCGIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIR
                     TTQIYARITNKKIEHDMEQLSEKLGKFNSAMGI"
     CDS             464..919
                     /locus_tag="SEQF2634_00886"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKEFSYYQLRLASYLKDYHPERLADEAFIRDRSDAAVQA
                     YEDAFRQGYPVLEAGHIATEVLFVGLHFSPYYMLEQIIENEFAKVVPPERAADFALRL
                     LQSDTIRETIAKYEPGDDFDGSSEYDQLYTELIGVIVELLEADGVKVLP"
ORIGIN      
        1 ccagaccaca tcgtgacgat ggacgacaag cagtggatca tgaccaagcg acagaaaacg
       61 agcgtggaaa ccaacgtgct gctcctcgac attccaaaat cgatcatcgc gaagtacagc
      121 cacaagatat accgggacgg caagctcttt cccgtcctga cgaatcagaa gaccaattcg
      181 tacctcaagg agattgccga cctctgcggg atcaagaaga agctgacctt ccatcttgcc
      241 cgccacacct ttgccaccat gtcgctaagc aaaggcgtcc ctatcgaatc cgtttccaag
      301 atgttaggcc atacgaacat tcgcacgacg cagatctacg cccgcatcac gaacaagaag
      361 attgaacacg acatggagca actgtccgag aagctcggta agttcaactc cgcgatgggg
      421 atctgataca atagctaagt cacatcaaaa acagaaacac gatatgaaaa caacaaacaa
      481 gaaggagttc tcctattacc aactgcgatt agcgtcctat ttgaaagatt atcaccccga
      541 acggctggcc gacgaggcgt ttatccgcga ccgatcggac gccgcggtgc aggcctatga
      601 agacgccttt cggcaaggct atcccgttct cgaagccggg catatcgcca cggaggtcct
      661 cttcgtagga ctgcattttt cgccgtatta catgcttgaa cagattatcg agaacgagtt
      721 cgccaaagtg gttccgcctg aacgcgccgc ggattttgct ctgcggctgt tgcagagcga
      781 caccatccgc gagaccatcg cgaagtacga gccgggcgac gatttcgacg gcagttcgga
      841 gtacgaccag ctctacaccg agctcatcgg cgtcatcgtc gaactgctcg aggcggacgg
      901 cgtgaaggtg ctgccgtagc cttctttttc atcccgtttc attcggccgt ggcatcgcgc
      961 tgcggccgat tttatacccc aacacctgca tatcctattc cgaggatctt ttctctacgg
     1021 gtttcccctg cttccacttt ttgttcgtgg ctcggagccg atgtcggttc ccttttcttc
     1081 gcgcaaagga tggcagccgt gaggaagcgt caaggccaaa cgccccagag cgttcgccac
     1141 cgataaaatc ttcctgctta acagcgtatt ttatcggcgt agagccttgc cttttcccct
     1201 catcgtctgc cctttgttgc cctcgaaacg aaaccgacat actccgagct ttgaac
//
LOCUS       SEQF2634|AYYE01000963.1  472 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(329..472)
                     /locus_tag="SEQF2634_00887"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKYYKDEAIAVIGKVERAKLMLKSWYVLRDKNVRRGLLIKKAP
                     KTK"
ORIGIN      
        1 gagccgctct ttttcggtct gcctggtatc cacggagatc catcgaaccc tttcaccgca
       61 aagcgctctt tgtaatactc tacggctgtc tctgacacaa tggcaggcgc agtgctcaaa
      121 atcttttccg gtaacgcctt caaataattc ttgaactcat ctatatccat attctgttcc
      181 ctgtttcgtt gtatatttgc attgaagttt gcagccacgg ttaaggctga tggccaacac
      241 ctcggggatg tatggggact ccagccgact gtaacagcta cagcgtgaga tgcaaatcaa
      301 tcccccaata agccggagtc catccggctt attttgtttt cggggctttc ttaatcagca
      361 acccgcgacg cacattctta tcccttagaa cataccacga ttttagcatc agcttcgctc
      421 gttcaacttt tccaatcacg gcgatcgcct catctttgta gtatttgatc at
//
LOCUS       SEQF2634|AYYE01000964.1 2814 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2814
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             391..1785
                     /locus_tag="SEQF2634_00888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTDSQREPNMDYLPKTLIFALNESHATNIVQIAKEVFCRKDNR
                     FVQKITYSSGDSNELIRQFRNDKDFRIAVTCTLVATGTDIKPLEVVMFMRDVASESLY
                     IQMKGRGVRTIGDEQLRNVTPNAYSKDCFFLIDAVGVTEHEKTIVSPPDGPSTKLISL
                     KELLEKIAHGNVSDDYLRLLASRLSRINHKCEEKERAEFTRLANQSMMEIASNIFTAL
                     ENNALPTYINVNEPNTERKALVRSITNHPDARTYLLILNAGFVETLMPGEDTLISKGF
                     SQEEAKSTTSAFENYCKEHKDEIEALRLIYNNNGEPITYAMLKDLENKLKWVNSKFNK
                     SLLWNSYTIINPQSVKRYSTRDEKEALTNIIQLVRFAFHQIEKLESLYPSAGQRFNLW
                     CGQIQRPLSSKQIELMHEIQNFIASNGYCAITEIKENDKSLAAQLIKAFAGKEMANEA
                     LSSLAQFIIYRKVA"
ORIGIN      
        1 tgccaccgct ccatctatgg aaattggaga aaagtacttg attatttctc aaaagcaaaa
       61 ttgataggtt tgacggctac ccctatacca gaaacaaagg ctttcttcaa caacaatatc
      121 atcgtaaact acacattgga aaagtctatt gtagatggag tgaatgttga tagtcgtgtt
      181 tatcgcatca aaacacaggt taccgaaaat ggcggagcta tccttgaagg tgaaaatgta
      241 aaaaaggaaa cgcgctatac aggacaggtt caaactgtca ataataaaga aactaaaaac
      301 tacacacgtg aggaattaaa tagaagtatt gtcaatcctg cacagataaa actcattttg
      361 gaaacctatc gagatgcagt gtacacagaa atgttcacag actctcagcg tgagcctaat
      421 atggattatc tgccaaagac gcttatattc gcactgaatg agagccatgc tactaatata
      481 gtgcagattg ccaaagaagt gttttgtcgt aaagacaatc gttttgtgca gaaaatcact
      541 tattcttcag gagatagtaa tgaactgata cgccaattcc gaaatgataa ggatttccgt
      601 attgctgtaa cttgtacttt agtggctaca ggaacagaca tcaagccact tgaagtagta
      661 atgtttatgc gtgatgtagc ttctgagtct ctgtatatcc aaatgaaagg gcgtggtgtg
      721 cgtactattg gggatgaaca gctgcgcaat gttactccca atgcttatag caaggattgc
      781 ttcttcttga tagatgccgt aggagtaact gagcatgaaa aaacgatagt atctcctcct
      841 gatggaccat caaccaaact gatttctttg aaagaacttc tggagaagat tgcacatggt
      901 aatgtaagcg atgactattt acgcttattg gcaagcagac tatctcgtat caaccataag
      961 tgtgaggaga aagaacgagc cgaatttacc cgccttgcaa atcaaagtat gatggagata
     1021 gcttcaaata tcttcacagc ccttgagaat aacgcattgc ctacatacat caacgtaaat
     1081 gagcctaata cagagcgtaa ggctttggta cgaagtatta ctaatcatcc tgatgcacgt
     1141 acatacctac taatattgaa tgctggtttt gttgaaacct tgatgcctgg cgaagacacg
     1201 cttatatcta aaggtttctc acaagaggaa gcaaaatcta cgacctctgc tttcgaaaac
     1261 tattgcaagg agcacaagga tgaaatagaa gctctgcgac taatttacaa caacaacgga
     1321 gagccaatta cgtatgctat gttgaaagac ttggagaaca agctaaaatg ggtaaatagt
     1381 aaattcaata aatctttgct ttggaactcg tacaccatca taaatccgca gtcagtgaaa
     1441 cggtattcta caagggatga gaaagaagct ttgaccaaca tcatacaact tgttcgcttt
     1501 gcttttcatc aaatagaaaa acttgagagt ctatatccat cggcaggaca gcgattcaat
     1561 ctttggtgcg gacagattca gcgtccgtta tcctctaagc agatagaatt gatgcacgaa
     1621 atacaaaact tcattgcatc taatggatac tgtgcgatca cagaaatcaa ggaaaacgat
     1681 aagtctttgg ctgcacaact cataaaagcc tttgccggta aagaaatggc caatgaagcg
     1741 ttatcttcat tggctcaatt tatcatctat agaaaagtag cgtaatatga caactaatat
     1801 atcaacagaa caagctttaa ccaaagaggt ttggaaattg gcaacgacat tggctggaca
     1861 gggtgtcggc tatacagatt atgtaacgca acttacctat ctgctattcc tcaagatgga
     1921 tgcagaaaac gaagaactat tcgaggagga atcatctatt ccggaaggct ataggtggat
     1981 taacctaaaa gaaatggatg gtttagattt gctcagtcac tacgagaaga cactcaaaat
     2041 acttagcgag caagataact tgataggcac gatattcaca aaagctcaga ataagataga
     2101 caaacctgtc tatctgaaaa aagtgatttc catgattgat gagcaacagt ggctcgtaat
     2161 ggatggcgat gtgaaaggtg caatctatga gggaatcttg gaaaagaacg gacaagataa
     2221 gaagagtggt gccggacaat acttcacccc ccgtccgtta atacaggcta tggttgattg
     2281 cctccaacca caaataggcg aaacggtatg tgaccctgct tgtggtacag gcggttttct
     2341 tttagctgca tacgactata tgaaagagca gtctcaagat aaaggaaagc gtgatttctt
     2401 gaataacaat gctttgcatg gtgtggacaa cacgcctttg gtcgttacgt tagcttcgat
     2461 gaacttgtat ttgcacggca ttggtacaaa tcgaagccca atagcatgcg aagactctct
     2521 ggaaaaagag ccagatacaa tggtagatgt cattcttgcc aatcctccat ttggtactcg
     2581 ccctgcagga tcagtagaca tcaaccgtcc cgacttctat gtagaaacca agaacaacca
     2641 gcttaacttc ctacaacaca tgatgctgat gttgaagaat ggaggacgtg ctgccgttgt
     2701 gttaccagat aatgtactct ttgaaggtgg agctggtgaa attattcgta aaaaattgct
     2761 aatcgatttc aatctacata ccatcctgag attacctacc ggtatttttt atgc
//
LOCUS       SEQF2634|AYYE01000965.1  611 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atttccgccc ttttgtccca tctttttcgt cacatagcct gctatgctcc tcaaaagatg
       61 aaacaaaatc cccggaaata tcctctgaat atcctccgaa ataaattcta aacagcttct
      121 tcatttttcc agcagatccc ccgtcgcacc ccgtgtggcg ggggatctta ctttctatcg
      181 aaagcgccgg acacatagag cccccaacat gtacccggag ataacctccc cggcctcggt
      241 ggggcctctt gcatcaaggg gcgtcaggga cgccagccaa gtttgcccag tacccggcca
      301 aacttccccg gccccggtgg ggcctcttgc atcaaggcaa gaaaagaaga tagaggcgac
      361 gccccccgat agaatccccc tacaagatcc ggatcgcgat ctccgcgcaa gcctctgcgt
      421 cggccaaggc atgatgatgc tgagtgaggt cgaagccaca ggccgcagcc accgtctcca
      481 gacgatggtt cggcagctgt ttgaacaccc tccgtgccgc ccgacaggtg cagtaaaacc
      541 gatagtccgg atactccaac tcgtaccgct tgaaggccgc ccggaggcaa ctctcgtcga
      601 acggactgtt g
//
LOCUS       SEQF2634|AYYE01000966.1  687 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..687
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 accccagttt gaccctactt tgaccctaac tccaaaaacg gggtaaaaaa agaggggtgc
       61 ccgaacccac gtccgaacac ccctttttag gcccttttta aggcctctga gcgcctttgt
      121 ttatcccctc agatatcagt attcatgcgc cttttcgcgc gtttttggcc ctttgggggg
      181 tctcaatcca acccgtccgt tgtaggcccc caattccatc ccctcgaatc caaccgaaat
      241 ccaagcaaaa tatactgaat gtttggcgcc tctttttctc acatcgctgt ctatcagtat
      301 tttccgtttt cccctttgta cttaatgatt tgtggggcat agaaatatca ttttcgcttt
      361 ggaaggccgt aagaaaaacg gagtgccagt tgtggagaat gtccccattc gtatgcgtgt
      421 ggtgtttgca ggccaacgga tagaattcac aacaggctat cgcattgatg tagccaaatg
      481 ggacttagac aagcaaaagg tgaagaacgg atgcaccaac aagctgaagc aaagcgccgg
      541 tgagatcaac acagatcttc taagacagta cacggaaata cagaacatct tcaaggagta
      601 cgaagtgcgt gatcttatgc caactatcga acagataaag tgtgcattta atgaaagaat
      661 aaagagatca tccaacgagg tgaagga
//
LOCUS       SEQF2634|AYYE01000967.1  397 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gtagggcggc gtgaacgaga cggaagccag gaactgagag ccgtagcgcg tgtagatcgg
       61 gttatcgatc gagttacgtt gcaaactcag atcgaggctg atcttgtggc agacgccgtt
      121 ggctacgtcg aagtaccggt agtcgtgcat atgatacagc tgatagccca gcgtgagcat
      181 ggtatagaaa tagtcgtcgg gccaattgag acgcttacca aaacctatac ttccgccaac
      241 catttcgatg tacttcgttg ggtcgtaggc ttgctcatag ggattgtagc cattgcttcc
      301 ataactattg cgaccgtaga tgccgttgtt gtagaagctg ttggccatgt agcggctgta
      361 ttcctgatta aaatagcggg gattataacc ctgtctc
//
LOCUS       SEQF2634|AYYE01000968.1  727 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..727
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(44..487)
                     /locus_tag="SEQF2634_00889"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMAAGLMLRPLTASAGFLACWVTRTVRLRGWPFLRFLSEMTKS
                     CTARWRVPVFSSTEMYRPSGCSPKVIQSPVPLLTSRSTDQPWLLLTGMIFGSPPSGGK
                     VTEVALTVSVGSGSWGLGLAAWVISRVWLLSPLSNETVRVTLRGS"
ORIGIN      
        1 cgaacgatgg caccctcacc ctcaccgcca aggagaacac ggcctacgag ccgcgcaaag
       61 tcaccctcac cgtctcgtta gacaagggcg acaagagcca aaccctcgaa atcacccagg
      121 ccgccaagcc caagccccaa gaccccgagc cgacgctcac cgtcagcgcc acctccgtga
      181 ccttcccccc agagggcggc gatccgaaga tcatccccgt caagagcagc cacggctggt
      241 ccgtggagcg agacgtcagc aaaggcacgg gagactggat cacctttggc gagcagccgg
      301 aaggcctgta catctccgta gaggaaaaca cgggcacccg ccagcgcgcc gtgcagctct
      361 tcgtcatctc agacaagaac ctcaagaacg gccagcccct caagcgcacc gtcctcgtca
      421 cccagcaagc caagaaaccc gccgaggccg tcagcggcct tagcatcaac cccgcagcca
      481 tgaccatggg cagcggcggc ggaatggtcg gcttcaacgt ctatgccggc aagggatgga
      541 cgatcagcgg cagccccgaa tggatgcacc ccgacgccac acgtggctcg ggcacgcgcc
      601 tcgtcatcgt ccgcttcgac cgcaatgagt cgggcgccga acgcacgggc aagctcaccg
      661 tcaagagcga cgacggcaag gcggagaagg tcttcaccct cactcagcgc gccagccaac
      721 gcaagcc
//
LOCUS       SEQF2634|AYYE01000969.1 1612 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1612
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             631..1548
                     /locus_tag="SEQF2634_00890"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEYIEINKVGLPQLDNGRHYEYHNFVYGLLSAADATKIGVPAA
                     KITEYKGCLDVEGELNLETQANSNTQRMLKKDAERDRLLSFLFNTIRAYQFSPEAAEA
                     EAADELEIVVRPYYRIQKAGLDKESAAIDGLLIDLRKAKNTPHLTTLRLAAVLPKLET
                     ANAEFRKVYAERTSARADDKELPAAKDARAKTDAVFDRIAFILQAAYYSGTAPIERTL
                     IGSIVKQMNQRMEETYEKYRYSLAQKRAADKKKPKEPKDPKPPKDPKDPKQPKDPQPA
                     PDPKPQPDPKPQPKPGGDDGGPDIHLPEE"
ORIGIN      
        1 aacggtgtgc tcgtccgcac gttctcggcg ccggcaggtg agacgacggt cgccctgcct
       61 caaggcgtgt atatcgtacg ggtgggcgac acggccgaga aggtgtacgt gaactaagaa
      121 gtgaaaagtg aaaggccggg ccgttgcacg atgagactcc acgtctcatc atgcggtgcc
      181 cggttttttt tgttttcttc gctgttgcgt ttccaatcca agtggtttga agtgaaaccg
      241 agcttcgatt tggttcaaac caatggtttg gagtgaaacc gagctccgat ttgggtcaaa
      301 ccaatggttt ggcgtgaaac cggaccctga ttttggtcaa accaggtggt ttggagtgaa
      361 accgggctcc gattttggtc aaaccaggtg gtttgaagtg aaaccgggct ccgatttggt
      421 tcaaaccagg tggtttgggg tgaaacagag ccccgatttt ggtcaaacca ggtggtttgg
      481 ggtgaaaccg agctccgatt tgggtcaaac caggtggttt gaagtaaaac gcacccacgg
      541 ttggagtcaa accatgtggt ttggatccta tcctgagatg aatttttata cagaataaac
      601 gtatcagctt acttataaca atgactacct atggacgaat acattgagat taacaaggtc
      661 gggctgcctc agctcgataa cggacggcat tacgagtatc acaactttgt gtatggcctc
      721 ctcagcgcgg ccgacgctac gaaaatcggc gtccccgctg cgaaaatcac tgagtacaag
      781 ggttgccttg atgtcgaagg cgaactcaac cttgagacgc aagccaactc gaacacacag
      841 cgcatgctga agaaagatgc cgagcgcgac cgcctgctct cgttcctctt caacaccatt
      901 cgcgcttacc aattctcgcc cgaagcggcc gaggccgagg ctgccgatga gttggagatc
      961 gtcgtaagac cttattaccg tattcaaaag gcgggactcg ataaggagtc agccgccatt
     1021 gatggcctat tgatcgacct ccgaaaggcg aaaaacacgc ctcacctcac cacgttgcga
     1081 ctggccgccg tgctgccaaa gctggaaacg gccaatgcgg agtttcgcaa agtctacgcc
     1141 gaacgcacct ctgcacgggc ggacgacaag gagctgcccg ccgccaagga tgctcgcgcc
     1201 aagacggatg ccgtctttga tcgcatcgca ttcatcctgc aagcggctta ctactccggc
     1261 actgcgccca tcgagcgcac cctgatcggg tctatcgtca agcagatgaa ccaacgcatg
     1321 gaggagactt acgagaagta tcgttacagt ctggcccaaa agcgtgctgc ggacaagaag
     1381 aagcccaagg agccgaaaga tcccaagcca cccaaagatc cgaaggatcc gaaacagcca
     1441 aaggatcccc aacccgcacc cgatcccaag cctcaacccg accccaaacc tcagcccaaa
     1501 ccgggcggag acgacggcgg ccccgacatt catctaccgg aggaatgatc gattttctat
     1561 gtttgcgccc gcaacgagta atacaacgat ttcaagatgg atacctctta tt
//
LOCUS       SEQF2634|AYYE01000970.1  540 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcaataacga tccccacaag cgtcaaaaag atcggattag ctgcattcgc aagttccgta
       61 ttgacctcgg tggtgatccc tgacggcgtg gatacgatcg aaagctggac tttcggctgg
      121 tgtgaggcat tggcctcggt ggcgctcccc gccagcgtga agaccttcag atacggtgtc
      181 ttctggggat gtaagagcct gaagagcctg accgtaggca tgaagacgcc gccggcgatt
      241 aataaaaacg aagacgtctt tgaggaagtc cccgtagcca atgtcaccct gacggtaccg
      301 aagggatcga aggccgccta tgctacggcg ccggtgtgga aggagttcaa gcagatcagc
      361 gagagtaccg tgggtaatgt cgccctcccc gaggcacgca tttatgctgc gggtggaagg
      421 ctttatctga ctctccagac ggccgcgccg gtaggtatct ataccctcaa cggtgtgctc
      481 gtccgcacgt tctcggcgcc ggcaggtgag acgacggtcg ccctgcctca aggcgtgtat
//
LOCUS       SEQF2634|AYYE01000971.1  451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttcttgtccc ctgcggggcc attcggtggg gcgtatgcca tacgccccta ccctgacggc
       61 cgaaaaatga tcgcggccgg ggtgtgttat gcggtgggat acgaaaaata ggctgccttt
      121 gggggatgct atggggtagg aggtggataa tgtggtgcgt tttcgtgtcc ccatgtaggg
      181 gcgtattgca tacgcccgac cggcgaccca tttatggggc gaatgatccg aatgatcgat
      241 cgctgatacg cattcttgtc ccctgcgggg ccattttgtg gggcgtatgc catacgcccc
      301 tactgtgtta ccctaaaaac acgctgcctt taggacattc catgcgcaag gaggtacaaa
      361 acgcggcgcc atgccggcat ctcactgcct ggtatggcgc tgctcatgtt cacggcgacc
      421 tgttctattt aggtcgtgtg gagggttagc g
//
LOCUS       SEQF2634|AYYE01000972.1  411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(119..367)
                     /locus_tag="SEQF2634_00891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTDYGVFTPATGCQTFASRAGQQFSVFCLDDAPLILRDVRWPL
                     EGRRITRWWQATLNEALTDTFRIETRGRVIVFRTYITL"
ORIGIN      
        1 cgcgacatgg aggtgaggta cgtgccccac acagcgaact gcaagaagtt catgatgatc
       61 aagcgatgtt tcaggttcat agtaaactct ggatagatgg atgaagttta ggggggaatt
      121 atagggttat ataggtacgg aagacgatga cgcggccccg tgtctcgata cggaacgtat
      181 ccgtgagggc ctcgttgagc gtggcctgcc accatcgggt gatgcgtcgc ccttcaagcg
      241 gccaacgcac atcgcggagg ataagcggcg cgtcgtccag acagaagaca gagaactgtt
      301 ggccagcccg cgaggcaaac gtctggcagc ctgtagcggg ggtgaagacg ccgtagtcgg
      361 tccacatctc cacgtccagc ccacgcgcct gatagtcggc cagcagactg a
//
LOCUS       SEQF2634|AYYE01000973.1 2088 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             256..1008
                     /gene="gerE"
                     /locus_tag="SEQF2634_00892"
                     /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(1120..1875)
                     /gene="tcdA_1"
                     /locus_tag="SEQF2634_00893"
                     /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 gcaagcgtgc gggggaggcg gccataaaca tggagctcat ggccaaaatc gatcttttca
       61 tcctacagcg tctaaaagca aagctcggca agtcgattcc acgagtgcag atgttcttag
      121 ccaagctcaa tcctctgcaa ctcttcgaac tggggctata gttcggatta tgcgtcagcc
      181 ctgctgtttg taacgagatc actcatataa tgcttgagat ttcctacttt tgccctcgaa
      241 aggaatgttg actatatggt aaagaaggag gatttcttca ctgaggagaa ctgtgtatcc
      301 tatgtttcgg aggacgagta tgcaagattg tctccattta tagaggcttt tgatgtggtt
      361 gcacgcacta catacaaaag catatatata atcgattatt acagacgaaa ttttttatat
      421 gtatccaata atccatttta tctctgtggc atgaaagcgg agcaagttca agcgatgggg
      481 tatgattttt atttaaaatt cacgcctgag tctgagcatc gtttactgct cgaagcaaat
      541 cgctctggct tccaatttgc aagcaccgta ccgtctgagc aattaaatga atatgtcatt
      601 agttatgatt tccacatttg tccgccagga aaagtgccta ctttgatcaa tcataaaatc
      661 acacctttga aaatgacgcc gggcgggaag catgtatggt tggtactctg cgtcgcttcg
      721 ttgtctgcag catctaaagc gggtaatatt gaagttaccc gtttgggtga tgaggcacta
      781 tggacatata aaaaccgaca atggacaaaa gaacgatcta ttttgaccaa acgggaaaaa
      841 gaagtaatgt cccttttagt gcgaggcaat acgacaaaag aaatcgctgc aaaactgaat
      901 aggtcggaga acacgatcaa actgtatcga aagaaaattt ttgcaaaatt aaccgtaaga
      961 aatgaatcca ccgctgtgct ggctgctatc aacagaagaa ttgtctaaat tagtatgcaa
     1021 aagcgaccga tgtttttttg atacagccaa ggattctaat gtaaaatacc tctcccttag
     1081 ctggcttgtt tgtggggctt cactttgtgt gttgatgtat taattatctt tgatcgatga
     1141 aagataaaaa tccggatacc attttactcg gtatccggtg gcaaggcaaa ataacagatt
     1201 ggtacaaagc ccaccgacta tccacgaagc gacagctaac tgaggtggag gagcaggact
     1261 tttttctgct ttgtaacgtg ccattatatc ctcaagccac cgtttggggc tccccaaaag
     1321 acggaaatag tcaatgatcc tacgttggac taatcgtgct tcaaaattgt gataatcgtc
     1381 cgagagatca ctcaattgcg agccatcagg tgacacggcc attaccaatc caccccaacc
     1441 aaggttgtaa gggtgcaata ctggtatttt gcattgccga caatgcgcat cgaacagaaa
     1501 cggtacattt gatgagaaat caagtgcatt aacggccgcg gaatgtccct tgagtaattc
     1561 aaccatgttg tctttatcta tgaaagcatt cacgactgtg atgtttgcgt ttggattgat
     1621 gcttagcagt ctttctttca acgcttcgac ctttggtttc ccaatgtcgc atatccgata
     1681 attttgtcgg ttcagattcg attcttccac cttgtctcca tccacaatgg taagcgtttc
     1741 aaatccgaat ctgagcgcac attcagaaat gatgctaccg atgccggcac cacccaaaaa
     1801 cactcgaaat tcgcgcactt tctcttgctc ttccgcatct acgtaaatgc ggttcctgct
     1861 atatcgttct ttcattcctc tgatttttac cgcaaagatc tacaagacca aagaaaatcg
     1921 cattacacaa aagtgtattt cttcccccca aaatgcgttt ttgacctcac cccttcatca
     1981 gcccctggag tttcgggtcc gctttgatgc gggcgatttc ggagtctacg agcgagagga
     2041 cttcctgctt gatttggcga tagttcgcat cgatggaggt cttcagcg
//
LOCUS       SEQF2634|AYYE01000974.1 6780 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6780
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             398..898
                     /locus_tag="SEQF2634_00894"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVEQLERWAEERARIAEVDRQSAGEVVRRSDRGVEASVGLADV
                     AAVRAEISLLHAQAGGEIERAVRVTALGEGGGDLLHVAEAVLSGQAIALGVSVIVLHG
                     GARILAAGHQFDLFAEAMGVGELRVKHLRATAIGIDLAAPQGVGLGVQHIPTRLLVLV
                     IVDVVR"
     CDS             1370..2032
                     /locus_tag="SEQF2634_00895"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEAGDAVKRTEDDIHIAAAIRGVEVGATTGMHLDALHTIDGDG
                     AEVGVESAGALLTDAVDADLGAESGDGDAVRREVDERRAHEGIDSRIVGFEGQRGDVE
                     DEPSLAVAHGAPLGRHHHLVQLLCGRAEGDVAQIDGARDVHFLLVKDFAKRQDRQSVV
                     PRRRDAQDGRARAVGEGKRGGIGGSGRFKRAHQVGRRRTVWLQHPQPDVVELRGGEQR
                     KE"
     CDS             2261..3901
                     /gene="pepDA"
                     /locus_tag="SEQF2634_00896"
                     /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
                     TESTFGGRHELVDSTGIMDYGSLIYIALQRSRSAREAIKVMTDLVAAHGYYSSGESFT
                     IADKNEVWVMEMIGKGPGRKGAVWVAIRIPDDCISAHANQARIHHIPFGDKENCIYSP
                     DIVSFAREKGYFKGADKDFSFVNAYCPYEFDGLRACEARVWAFFRKFTDMSKYEQFVR
                     GDASKEPMPLYVRPTRKISVQDVQNAMRDHYEGTSMDMVEEPGSGAYKVPYRWRPMNF
                     TVDGQKYLHERAIATQQTGFVIVPQMRNWLPDEIGGILWFGVDDANTAVFTPVYSSTL
                     AVPECYREGNGDLLTFSWTSAFWIHNWVANMAYHKYSFMIKDIRKVQSELEDGYRDRI
                     PAIDKAAQTLYEKSPEEARRFLTWFSTTTAESATARWKELGEYLLVKYIDGNVKKEEN
                     GHFKRNPYGLPAAPEWPGYDEEYYRSIVKEGGENLKAK"
     CDS             complement(4041..6749)
                     /gene="ccsA_1"
                     /locus_tag="SEQF2634_00897"
                     /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="MSADITTPHDSPGRMSAGITTPHDGLGRMSADTTTPHDSPGRMS
                     AGMTTPHDSPGDTVASTTTPHDGPGRMSAGMTTPHDGLGRMSADITTPHDSLGRMSAG
                     ITTPHDGPGRMSADMTTPHDSPGRMSAASPTRLCAFFYFRPAFFTPSLTSNHSFMKRA
                     IALTYSLVVATMATATWIEHFRGTEFVARHLYGAWWFTLLWALLAALGVAWIVKRRVR
                     RWSTLLVHAAFVVILLGALLTHLTASRGIVHLRQGTPVDTYLAERPDGSTEERRLPFR
                     ITLDSFRVHYHAGTTAERDYTSHFTVSDGQTVLRGETAMNRIFTFRSVRLYQNAYDPD
                     MAGSYLAVNTDPYGIPITYTGYGLLFAALVGLLIDPRGTFRRLLSDARLRRGAFLALV
                     LLSIGREASADPLIVPRETADRFGRLHLLYSDRIAPVQTFAIDFTKKLYGRASYRGLT
                     AEQVLMGRLFDPRGWDKEPMIRVKDAALRRQLRLPRYASVNHFFSPDRGYILGTYLME
                     YEQGQRDAFHTACVDMDAKIRLIMSLRDGSALALFPYADVYGAVRWRHPATPLSPGEL
                     PRMDALFLRSYLSLLREQIVKADYATANTLIEKLDKYQRLHAGGTLPSPTAERAERLT
                     NAFPFATVLFIVNLTVGLLALLYTIRRLVRQHDAPRTDRLVRRATLGLLLLSFAALTL
                     CEVLRWIVAGRAPVANGYETMLLIAWFTLLFAFVAGRRFPIALPFGALISGFFLLVSH
                     LALMDPRITPLMPVLGSPLLSLHVSVIMMAYALLSLTFICALTALLLAAIGRRDPERT
                     AERMDALRLLSLLFLYPALVTLGVGIFVGAIWANVSWGTYWSWDPKETWALITFMVYA
                     VVIHTHTWPAFRRPMAYHVYLLLSFLTLLMTYFGVNYLLGGMHSYA"
ORIGIN      
        1 agccatagtc tgcgtttagg tctacgctta ccgcacgggc aatggtccat gtgtggcgca
       61 tggaggcata cagctgtgtg atgcgctgct tgtattggct ttcgggcagg tggatgtgct
      121 gcaactccac ttcggccgcg atgtgccacc acgggcggag gcgactgtta aagctgtacg
      181 aggcggtgta ttcatacttg cgcgcggcat tgaggttggt gccatagagc gtgtcgccgc
      241 tgctgtaaaa catgttcgtg atcgggttcg gcgagtagcc ccaacgcagg tagagtgtat
      301 gtggtccgga ggtcagtcgg aggcggatgt tgtcgttcac ttcggccttt agcagcgggt
      361 tgccgacgta gtactcacgt tcggatagct tgaagacatg gtggttgagc agctggaacg
      421 gtgggcggaa gagcgtgcgc gaatagctga ggttgaccga cagtccgctg gggaagttgt
      481 acgacgctcg gacagagggg tagaggccag tgtaggtctg gcggacgtcg ccgctgtgcg
      541 agcggagatc agtctgctcc atgcgcaggc cggcggagag atagagcggg ccgtgcgagt
      601 aactgccctc ggcgaaggcg gcggggatct gctccacgta gcggaagcgg ttctctctgg
      661 ccaggcgatc gccctcggcg tatccgttat cgttttgcat ggcggtgcgc gcatacttgc
      721 cgccggccat cagttcgatc tctttgctga ggcgatgggt gtaggcgagc tgcgtgtaaa
      781 acatctccga gcgactgcga tcggtattga tctcgcggcg ccgcagggtg tcgggctggg
      841 tgtacagcac atcccaacgc gcctcctcgt ccttgtgatc gtggatgtag ttcgctaacc
      901 aattcacctt gtggcgaccg tctttcgaag cgtagcgata gttggccagg aggctgccgg
      961 cgaaggtggt gcgatccgtc tctgtcgtct gggtgtacag ttcgcgccga ctgccgagga
     1021 cgatctgctg tgcggcttcg gcgtagttcg tgggcggaaa catgtacgtg agggaggttt
     1081 cgaggccgaa ggtgtgcagc tcgcttgggc ggacgttcag gcctgcgttc acggttaggc
     1141 cacggcgacg gtcgccgtaa gttgtgtttg tacccgtgcg ctcctcgccg ctggagagga
     1201 aggtcgtctc gcgctgactc ttgacacccg tgctgcgtcc ggcaccgaag ctgacgtcgg
     1261 cgaaggcgct ccaccgctct ttgccatacg tgatgcctgc gccgcctgac tcggtgagca
     1321 gggcgcgacg acgggcgtcg tagctcatgc cgtagtagga gaggccgccg tgaaggaagc
     1381 cggagacgcc gtaaagcgaa cggaggatga tatccacata gccgccgcta ttcgaggcgt
     1441 cgaggtcggc gctacgaccg gcatgcacct cgatgcgctc cacacgatcg atggggatgg
     1501 cgctgaggta ggcgtagagt ccgctggcgc gttgctgacg gatgccgttg atgcggatct
     1561 cggcgccgag tccggcgatg gtgacgccgt cagacgagaa gttgacgagc ggcgtgcgca
     1621 cgagggcatc gacagccgta tagtcggctt tgaggggcaa cgaggagacg tcgaagatga
     1681 gccgtccctc gcggttgctc acggcgcgcc gctcggccgt caccatcacc tcgtccagct
     1741 gctgtgtggc cgtgcggagg gtgatgtcgc ccagatcgac ggcgcccgcg acgtccactt
     1801 cttgctcgtg aaggactttg ccaaacgaca agaccgacag tccgtagtgc cccgtcgccg
     1861 cgacgcgcag gacggtcgcg cccgtgctgt cggtgaaggc aaacgcggcg gcatcggcgg
     1921 ctccgggcgc tttaagcgcg cacatcaggt tggccgccgg cgtaccgtct ggctccagca
     1981 cccgcagccg gacgtcgtgg agttgcgcgg cggcgagcag cggaaggagt gaaacaaaaa
     2041 ggatgagcgc ggggatgatc ccacgccgca tggggtgtgc atgatgaatt cgtgtttcca
     2101 ttgtgcctgt tgtttaatag agtggataat cggatgacaa aaataggggg cggtgggcaa
     2161 ttgacggtaa gacgcagtcg gttgagcctc cccttgacaa ttcatctacc tttggccaca
     2221 agatttattt acacaataga gaaacatcaa acagtatcgt atgaagaagt atgctatcgc
     2281 attagcggcc gcattgttcc tggctatggg cgggacgaag gccgaggctt gcaccgactt
     2341 gatagtgggc aagaaagcat ccgttgacgg atcagtgatt atcagttatg cggctgactc
     2401 gcacacgctg tacggcgtga tgtatcgttg gccggcagcg acacacccga agggcgccat
     2461 gctcgacgtg gtggagtggg acacgggcaa accgctcggg cgcatcccgc aggtggaacg
     2521 gacgtactcc gtagtgggca acatgaatga gcaccaggtg gctatcaccg agagcacctt
     2581 cggcgggcgc cacgagttgg tggactcgac cggcatcatg gactacggca gcctgatcta
     2641 catcgccctc caacgctcgc gctcagcccg cgaagcgatc aaggtgatga ccgacctcgt
     2701 ggctgcgcac ggttactaca gtagcggcga atcgttcact atcgccgaca agaatgaggt
     2761 atgggtcatg gaaatgatcg gcaaggggcc cggccgtaag ggcgccgtat gggtagctat
     2821 ccgcatcccg gatgactgca tctcggccca cgccaatcag gcgcgtatcc accacatccc
     2881 gttcggcgac aaggagaact gcatatactc gccggacatc gtctcctttg ctcgcgagaa
     2941 gggctatttc aagggcgccg acaaggattt cagcttcgtc aacgcctatt gcccctacga
     3001 atttgatggt ctgcgtgcct gcgaggctcg cgtgtgggcc ttcttccgca agttcacgga
     3061 catgagcaag tacgaacagt tcgtccgtgg tgacgcctcg aaggagccga tgccgctcta
     3121 cgtgcgcccc acgcgtaaga tctctgtaca agacgtgcag aacgccatgc gtgaccacta
     3181 cgagggcaca agcatggaca tggtcgagga gcccggatcg ggtgcgtaca aggtgcctta
     3241 tcgctggcgt ccgatgaact tcaccgtcga cgggcagaag tacctccacg aacgcgccat
     3301 cgctacgcag cagaccggct tcgtgatcgt gccgcagatg cgcaactggc tgccggacga
     3361 gatcggcggc atcctctggt tcggtgtcga cgatgccaac acggccgtct tcacgcccgt
     3421 ttactcctcc acgctggctg tgccggagtg ctatcgcgag ggcaacggcg acctgctgac
     3481 cttctcgtgg acatcggcct tctggatcca caattgggtg gccaacatgg cctaccacaa
     3541 gtacagcttc atgattaagg acatccgcaa ggtgcagtcg gagctggagg atggctatcg
     3601 cgatcgtatc ccggccatcg acaaggcggc tcagacgctc tatgagaaga gccccgagga
     3661 ggcgcgtcgc ttcctgacgt ggttcagcac caccacggcg gagtctgcca ctgcacgctg
     3721 gaaggagctg ggcgagtacc tcctggtgaa gtatatcgac ggcaatgtga agaaggagga
     3781 gaatggccac ttcaagcgta acccgtacgg cctgcctgct gctccggagt ggcccggcta
     3841 tgacgaggaa tactatcgca gcattgtcaa ggagggcggg gagaacctca aggccaagta
     3901 attctgaatc ggccgttagg gggcggacac atcggtcagc ccccccagca cgccgggtac
     3961 atgattggga tcggatccca tcgtgtaccc ggcttttttt gcgcgcaccc gaccaaattc
     4021 gctgggcgga tgcagcccgt ctatgcgtag gaatgcatgc cgccgagcaa gtagttgacg
     4081 ccgaagtagg tcatcagtag cgtgaggaag gagaggagga ggtagacgtg ataggccatc
     4141 gggcgacgga aggcgggcca agtgtgggtg tggatgacga cggcgtagac cataaacgtg
     4201 atcaaggccc acgtctcttt cgggtcccaa ctccaatacg tgccccacga gacgttggcc
     4261 cagatggcgc cgacgaagat gccgacgccg agcgtgacga gcgcggggta gaggaagagg
     4321 agcgagagga ggcgcagcgc gtccatacgc tcggccgtac gctccggatc gcggcggccg
     4381 atggcggcca gaaggagggc ggtgagggcg cagatgaacg tgaggctgag cagcgcgtaa
     4441 gccatcataa tgacggagac gtgcaggctg agcagcggcg aaccgaggac gggcatgagg
     4501 ggcgtgatgc gcggatccat cagggccagg tggctgacca gaaggaagaa gccggagatg
     4561 agcgctccga aggggagggc gatggggaag cggcgtccgg ctacgaaggc gaagaggagg
     4621 gtgaaccagg cgatgagcag catcgtctcg taaccgttgg ccacgggcgc acggccggcc
     4681 acgatccagc ggagcacctc gcagagggtc agcgcggcga aggagaggag gagcaggccg
     4741 agcgtggcgc gtcggacgag gcgatcggtg cgcggcgcgt cgtgctggcg gacgagtcgg
     4801 cggatggtgt aaagcagcgc taagaggccg acggtgaggt tgacgatgaa aagcaccgtg
     4861 gcgaagggga aggcgttcgt gaggcgttcg gcgcgctcgg ccgtgggcga ggggagggtg
     4921 ccgccggcgt gcaggcgttg atacttgtcg agcttctcga tcagcgtgtt ggcggtggca
     4981 tagtcggcct tgacgatctg ctcgcggagc aggctgaggt agctgcgcag gaagagcgca
     5041 tccatgcggg gcaactcgcc gggggagagg ggcgtggccg ggtgacgcca gcggacggcg
     5101 ccgtagacgt cggcataggg gaagagcgcc agcgccgatc cgtcgcgtag ggacatgatg
     5161 aggcggatct tggcgtccat gtccacgcag gccgtgtgga aggcgtcgcg ctgaccctgc
     5221 tcgtattcca tcaggtaagt cccgaggatg taaccccggt cgggcgagaa gaaatggttg
     5281 acggacgcgt agcgcggcag gcgcagctga cggcgcaggg cggcatcctt gacgcggatc
     5341 atcggctcct tgtcccatcc gcgcgggtcg aagaggcgcc ccatcagcac ctgctcggcc
     5401 gtcagtccgc gatacgaggc gcggccgtag agcttcttcg tgaagtcgat ggcgaaggtc
     5461 tgcaccgggg cgatgcgatc gctataaagg aggtgcaggc gcccgaagcg gtcggccgtc
     5521 tcgcggggca cgatcagggg gtcggccgac gcctcacgcc cgatggacag gaggacgagc
     5581 gcgaggaagg ccccgcggcg cagtcgagcg tcggagagca gtcggcggaa ggtgccgcgc
     5641 ggatcgatga gcagtccgac gagggcggcg aagagcagcc cgtagccggt gtaagtgatg
     5701 ggaatgccgt agggatcggt gttgacggcc aggtaactgc cagccatgtc ggggtcgtaa
     5761 gcgttctgat agagccggac ggagcggaag gtgaagatgc ggttcatcgc cgtttcgccg
     5821 cggaggacgg tctggccgtc gctgacggtg aagtgggacg tatagtcgcg ctcggccgtc
     5881 gttccggcgt ggtagtggac gcggaagctg tcgagggtga tgcggaaggg caaccgccgc
     5941 tcctcggtgg agccgtcggg ccgttcggcc aggtaggtgt cgacgggtgt gccttgtcgg
     6001 aggtggacga tgccgcgcga ggccgtcagg tgcgtcagca gggcgccgag gaggatgacg
     6061 acgaaggcgg cgtgcaccag cagcgtgctc caccgcctga cgcgtcgctt cacgatccac
     6121 gccacgccca gggccgccag tagggcccag agcagcgtga accaccaggc gccgtagagg
     6181 tgacgggcga caaattcagt tccgcggaag tgttcgatcc acgtggccgt ggccatcgta
     6241 gccacgacga gggagtaggt gagggcaata gctcgcttca tgaatgaatg gtttgacgtg
     6301 agtgaggggg tgaaaaaagc ggggcgaaag tagaagaatg cgcaaagacg ggtgggggag
     6361 gcggcagaca ttctgccggg actatcatgg ggtgtggtca tgtcggcaga cattctgccg
     6421 gggccatcat ggggtgtggt gatgccggca gacattctgc cgaggctatc atggggtgtg
     6481 gtgatgtcgg cagacattct gccgaggcca tcatggggtg tggtcatgcc ggcagacatt
     6541 ctgccggggc catcatgggg tgtggtggtg ctggcgacag tgtcgccggg actatcatgg
     6601 ggtgtggtca tgccggcaga cattctgccg ggactatcat ggggtgtggt ggtgtcggca
     6661 gacattctgc cgaggccatc atggggtgtg gtgatgccgg cagacattct gccggggcta
     6721 tcatggggtg tggtgatgtc ggcagacatt ctgccggggc tatcatgggg tgtggtgatg
//
LOCUS       SEQF2634|AYYE01000975.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 acgccccacc aaatggcccc gcaggggaca agaatgcgta tcagcgatcg atcatttgga
       61 tcattcgccc cataaatggg tcgtttgtgg ggcgtatgca atacgcccct acccagaggc
      121 ataaaaacgc gccacatttt ccacctccca ccccatagca tcccctaaag gcatcccgtt
      181 tttcatattc cacctcaaaa cacaccccga ccgtgatcat ttttcggccg tcagggtagg
      241 ggcgtatggc atacgcccca ccaaatggcc ccgcagagga caagaatgcg ta
//
LOCUS       SEQF2634|AYYE01000976.1 6051 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6051
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             11..103
                     /locus_tag="SEQF2634_00898"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGYKVTTTLLNGTYIRSQLRLDRCVCDQG"
     CDS             complement(816..1469)
                     /locus_tag="SEQF2634_00899"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILLAACAIALGLTHAQAQSSTSFGVKAGVNFSTISRPNLIIHG
                     PGDGLETDQFKMKFIPGYHLGLYGRYNFSPAMGVQAEVLYSMAGYKVTTTLLNGTYIR
                     SQLHYLNVPVLFRYTMPSSGFYAELGPQFGYFLKDNIVGTGDIGTVRGGFSDSGEGQA
                     ASLSVEGVVGVGYKLDNGVGFALRYQHEFKTSSDVNRLIPDKAQKRGVQLSVTYDLF"
     CDS             complement(1676..2365)
                     /locus_tag="SEQF2634_00900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEQILVYERDAFLWLNGLHTPYLDRFMWIYSGNPAWIPLAVFI
                     LFALCYRRPWRESVLLILALALAITLCDQFASGFCKPFFARFRPTRHPDFMHVVQTVI
                     SPRTGEPYLSGRYGFMSSHAANTFGFALFTSLLFRHRVYTVCLFLWAAAMSYTRIYLG
                     VHFLSDIIPGALFGLLFAWLVFRLYVRVRPRFIPDTPLLPYPAVVPRTILCGMLLTHA
                     AITLIAAWWVW"
     CDS             complement(2378..3142)
                     /locus_tag="SEQF2634_00901"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPIKQITLTLLAFLFVAVSLHAADRDAELRSAEKAYADGNYPA
                     AAEQYEALIKNYGDAAEVYYNLGNAYYKLGRIAPAILNYERALVMNPGDGDTRFNLEM
                     ARQRTADRIEPADGFFGRAYRSVQHLLSVDGWAAVGLICFVAFAGCLVLFFFSKWMRL
                     RKTGFYLGLLLLFITVMANVFAWGERQDLIVRDAAIVFTPTVTIKSSPDRSGTDLFIL
                     HEGTKVTIKNTLGEWREIRLGDGKEGWIPRKDLERI"
     CDS             complement(3149..5011)
                     /locus_tag="SEQF2634_00902"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNATKQLILFLALWLTAGATHLVKANGVTFRASAPSAVVMGQQ
                     FQLTYTVNTEGASSLRTPDLSDFEVLMGPSSSVSRSMQIVNGQMSSSYSQTFTYVLMP
                     KKEGTFNIGPGSIKIKNANYSSNSLVIKVLPPDKAGSAGGGRSGGAAAGAAGAGASQG
                     STSVGANELFVRMNVANRSVYEQEGILVTFKIYSLYDVDLDDIKFPEFEGFLAQDIEL
                     NPQWTLENYNGRNYRTAVFKQTILYPQRSGKITIGSGRFDAIAHVRVKQRSGSIFDEL
                     MGGGYQDIRKVLTTAPVTIDVKPLPSGKPESFNGAVGGYTMKATINSNQAKTNEAVTV
                     TVTLTGNGNIKLAKNPTVTFPNDFEVYDPKVETNIRTTASGSSGTKTIEYIAIPRYAG
                     DFEIPAIRFSYFDPRSGSYKTLTSEPFKLHVEKGPEGAASPAVSNYGSQEDVKYLSKD
                     IRYIKTSSPHFVNSRGDIFFGSFTYVLAYVLIALLFAVFFVIYRKQMKENADLAFVRT
                     KRANKVALRRLKTAEKLMKEGRKEDFYDEIFRTLWGYLSDKLNIPQADLTRENVGNEL
                     ATFGADETLAKDLMQILDTCEFARYAPSQASDTLDTLYRQTADAIGRMENLTKH"
     CDS             complement(5005..5733)
                     /locus_tag="SEQF2634_00903"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKRSTLYIISIGLLLAAGSASAQKAERSNIRQGNRLYRNEKY
                     TESEIAYRKGLTVNPRSVEAAYNLGNALYKQKKYPEAAEQYMQIVGRREQLLADNPAN
                     GRRLAEVYHNLGNIQMQGKDYAKSVEAYKQSLRLNPKDDETRYNLALAQKLLKNQQQQ
                     QQNQQQNQQQQQQQQQEQQQQQQKEDKRENKTQQEKQQNEQMSQDNAQQILDAFLQDE
                     RDTQEKVKKAQRQQQERRKTDKQW"
     CDS             complement(5756..6013)
                     /locus_tag="SEQF2634_00904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTLATLSPGLPQGMMTLATLSPRLPQAKMTLATLSPGLPQGMV
                     TLATLSPRLPQGMVTLATLSPRLPQGARTLANHLSVQQTDA"
ORIGIN      
        1 gctctactct atggccggct acaaggtgac caccacgttg ctcaatggca cctacatccg
       61 ctctcagctg cgtcttgatc gatgcgtctg cgaccagggg tgaggtgatc ttatagccca
      121 tcatcgagta gagcaattcg gcttgtacac ccatcgcagg gctgaggttg tagcgtgtgt
      181 ataagccgac gtgatagcct ggcatatact tgctctcaaa caggccggag atcactttgc
      241 caccgggacc tattgaggag aaatcgatct tgctgatcgt cgagaagttt gcaccagcct
      301 ttacgccgaa ggagagctgg gcctgtgcct gcgttaaacc gatggccgca cacatcagga
      361 ggagaatcat tcttttcata ctgtgaatta ttaaggggtt aagtgagtcc ttataacgga
      421 gaaagggctc tgagattgta gtggggctgt tcgggcgcat ctttttcctt tccgtttcgg
      481 ggggggctat tggggtctgt ctctgccctt ttgctccata taaaataatc agaggccccg
      541 cccccacgct tcggtaaacc gagaggatgg aggcggggct ttccttaatt cagacggacg
      601 tccgcttaga agctgttttg aatttatttc ggaggatatc gggtggatgt ttctgatgat
      661 tttgtttcat catttgacga gcatagtaag ctatgtgagg attaatgatg gaacgaaagg
      721 gcagaaacag gccccgatag ccccgaaata gaagtggaaa agctccgcct aaacagcttc
      781 ataaaacaat catccaataa attcaaaaca gcttcttaga acaggtcgta ggtgacagag
      841 agctggacgc cgcgcttctg tgccttgtcg gggatgagcc ggttgacgtc agaggaggtc
      901 ttgaactcgt gctggtaacg taaggcgaag cctacgccat tgtctaactt gtagccgaca
      961 cccaccacgc cttcaacgct tagcgatgct gcctgaccct caccactatc ggagaagccg
     1021 cctctgacgg tgccgatatc tcccgttccc acgatgttat ccttcaggaa atacccgaac
     1081 tgcggaccga gctcggcata gaagccgctg ctcggcatgg tgtaacggaa gagcacgggc
     1141 acgttgagat agtgcagctg agagcggatg taggtgccat tgagcaacgt ggtggtcacc
     1201 ttgtagccgg ccatagagta gagcacttcg gcttgcacgc ccatggcggg gctgaaattg
     1261 tagcggccgt agagacccag atgatagccg gggatgaact tcatcttgaa ttggtctgtc
     1321 tctaagccgt ccccggggcc gtggatgatc aggttgggcc tactgattgt ggagaagttg
     1381 acacccgcct tgactccgaa ggaggtggac gactgtgctt gggcatgcgt caagccaagg
     1441 gcgatggcac atgcagcgag gagaatcatt cttttagttt tcatactgtc aaatatttag
     1501 agtgagtagt ctgtaagcga atgtctaagg ggcgaatggt tcggggtgag ctctttcgag
     1561 tgcaaagctg ccaaatcatc attaatcacg cacgccccag cctgctctga atgtcttttc
     1621 ccggcgggga gtcgggcgct ccgctacgta tgaaaagggg gcactctcat cgtgtctacc
     1681 atacccacca tgcggcgata agcgtgatcg cggcgtgggt gagaagcatg ccgcagagga
     1741 tggtgcgggg cacgacggca gggtagggta ggaggggcgt gtcggggata aagcgcgggc
     1801 ggacgcggac gtagagtcgg aagacaagcc acgcgaagag tagaccgaag agggcaccgg
     1861 ggatgatgtc cgaaaggaag tggacgccga ggtagatgcg cgtgtaggac atggcggcgg
     1921 cccagaggaa gaggcagacg gtgtagacgc ggtggcggaa gagcagcgag gtgaacagcg
     1981 cgaagccgaa cgtgttggct gcgtggctcg acatgaatcc gtagcgaccg ctgaggtaag
     2041 gctcgccggt gcggggactg atgacggtct gcaccacatg cataaagtcc gggtgacgcg
     2101 tgggccggaa acgggcgaag aagggtttgc agaagccgga ggcgaactgg tcgcagaggg
     2161 tgatggccag cgctaaggcc agaatgagca gcacggattc acgccaaggt cgccggtagc
     2221 agagggcgaa aaggatgaag acggccagcg ggatccaggc ggggttgccg gagtagatcc
     2281 acatgaagcg gtctaagtag ggcgtatgaa ggccgttgag ccagaggaag gcgtcgcgtt
     2341 cgtagacgag gatttgttcg agcatggcgg tggggcgtta gatgcgttcg aggtctttgc
     2401 gggggatcca gccctctttg ccatcgccga gacggatctc gcgccattcg ccgagggtgt
     2461 tcttgatcgt caccttggtg ccctcgtgca ggatgaagag gtcggtgccg ctgcgatcgg
     2521 gcgagctttt gatggtgacg gtgggggtga agacgattgc cgcgtcgcgc acgatcaaat
     2581 cctgccgctc gccccaggca aagacgttgg ccatgacggt gatgaagagg agaaggagcc
     2641 cgaggtagaa gccggtctta cgtaggcgca tccacttgga aaagaagaag aggacgaggc
     2701 agccagcgaa ggcgacgaaa cagatcaggc cgaccgcagc ccaaccgtcg acgctgagca
     2761 ggtgttgcac gctgcgatag gcacggccga agaagccgtc ggcgggctcg atgcgatctg
     2821 ccgtgcgttg gcgggccatc tcgaggttga atcgcgtgtc gccgtcgccg gggttcatga
     2881 ccagggcgcg ctcatagttg aggatggcgg gggcgatgcg tccgagcttg tagtaagcgt
     2941 tgccgaggtt gtagtagacc tcggcagcgt cgccgtagtt cttgatcagg gcttcgtatt
     3001 gctcagcggc agcggggtag ttaccgtcgg cgtaggcctt ttcggcgctg cggagttcgg
     3061 cgtcgcggtc ggcggcgtgc agactgacgg cgacgaagag gaacgccaaa agggtgaggg
     3121 tgatttgctt gatgggagtc atgtcagttc aatgtttggt gaggttttcc attcgtccga
     3181 tggcgtcggc ggtctgccga tagagggtgt cgagggtgtc ggaggcttgc gagggggcat
     3241 agcgggcgaa ctcgcaggtg tcgagtatct gcatcaggtc tttggccagt gtctcgtccg
     3301 cgccgaaggt ggccagctcg ttgccgacgt tctcgcgcgt caggtcggcc tgcgggatgt
     3361 tgagcttatc gctgagataa ccccaaagcg tgcggaagat ctcgtcgtag aagtcctcct
     3421 tgcgaccctc cttcatcagc ttctctgccg tcttgagtcg gcgcagcgcc accttgttgg
     3481 cgcgtttggt gcggacaaag gccaggtcgg cattctcctt catctgcttg cggtagatga
     3541 cgaagaagac ggcgaaaagc agggcgatca gcacgtaggc aaggacgtaa gtgaatgacc
     3601 cgaagaagat gtcgccccga gagttgacga agtgcgggct tgaggttttg atgtagcgga
     3661 tgtctttgct gagatacttg acgtcctcct gcgacccata gttggagacg gcgggcgagg
     3721 cggcgccttc ggggcccttt tcgacgtgca gcttgaaggg ctccgaggtg agcgtcttgt
     3781 acgatccgct acgggggtcg aagtaggaga agcggatggc agggatctcg aagtcgccgg
     3841 cgtagcgcgg gatggcgatg tattcgatcg tcttcgtgcc gcttgagccc gaggcggtgg
     3901 tgcggatgtt cgtctccact ttcgggtcat agacttcgaa gtcgttgggg aaggtcacgg
     3961 tgggattctt ggccagcttg atgttgccgt tgccggtgag tgtgacggtc acggtcacgg
     4021 cctcgttcgt cttggcttgg ttggagttga tggtggcctt catcgtgtag ccacccacgg
     4081 cgccattgaa cgattcgggc ttgccggagg gcagcggctt gacgtcgatg gtgacgggcg
     4141 ccgtggtgag caccttgcgg atgtcctgat aaccgccgcc cataagctcg tcgaagatgc
     4201 ttcccgagcg ttgcttgacg cggacgtgcg caatggcatc gaagcggccc gagccaatgg
     4261 tgatcttgcc cgaacgctgg gggtagagga tggtttgctt gaagacggcg gtgcgatagt
     4321 tacggccgtt gtagttttcg agtgtccact gggggttgag ctcgatgtct tgggcgagga
     4381 agccctcgaa ctcggggaat ttgatgtcgt cgaggtcgac gtcatagagg gagtagatct
     4441 tgaaggtgac gaggatgccc tcctgctcgt agacgctgcg gttggctacg ttcatacgta
     4501 cgaagagctc gttcgcgccc acgctcgtcg agccttgcga ggcgcccgca ccagcggctc
     4561 ctgcggcggc cccgccgcta cgcccaccgc cggcactgcc cgccttgtcg ggcggaagca
     4621 ccttaatgac gagcgagttg gagctatagt tggcgttctt gatcttgatg ctgcccggcc
     4681 cgatgttgaa cgtgccctcc ttcttcggca tcagcacata ggtgaaggtc tgggagtagg
     4741 agcttgacat ctgcccgttg acgatctgca tgctgcggct gacggacgag ctggggccca
     4801 tcagcacctc gaagtccgag aggtccggcg tgcggagcga gctggccccc tcggtgttga
     4861 ccgtgtaggt gagttggaat tgctgcccca tgacgacggc gctgggtgcc gaggctcgga
     4921 aggtcacccc gttagccttc acgaggtgcg ttgccccggc cgtgagccag agggcgagga
     4981 atagaatcag ttgctttgtt gcgtttacca ttgcttatct gttttacgtc gttcctgttg
     5041 ttgccgctgc gccttcttca ccttctcctg cgtgtcgcgt tcgtcttgca ggaaggcgtc
     5101 gagtatctgc tgcgcgttgt cctggctcat ctgttcgttc tgctgtttct cttgctgcgt
     5161 cttgttctcg cgcttgtctt ccttttgctg ctgttgctgc tgttcttgtt gttgctgctg
     5221 ttgctgctgc tggttttgct gttgattctg ttgttgttgc tgttgattct tgagcagttt
     5281 ctgcgccagc gccaagttgt aacgcgtctc gtcgtccttc gggttcaggc gcagcgactg
     5341 cttgtaggcc tccacgctct tggcgtaatc cttcccttgc atttggatgt taccgaggtt
     5401 gtgatagacc tccgctaagc gtcgcccgtt ggccgggttg tcggccagca actgctcgcg
     5461 ccgacccacg atctgcatgt attgttcggc cgcttcgggg tatttcttct gtttgtacag
     5521 cgcattgccg aggttgtagg ccgcctccac ggagcgcgga ttgaccgtca gccccttccg
     5581 ataggcgatc tcggactcgg tatatttctc gttgcgataa agccggttgc cctggcggat
     5641 attcgaccgc tcagccttct gcgccgatgc gcttccggcg gccagcagca ggcctatgct
     5701 gatgatgtat agcgtgcttc ttttcatatt catcttttct gggtgatcca acaatctatg
     5761 cgtcggtttg ttgaaccgac aaatggtttg ccaacgtcct cgcgccctgt ggtagcctcg
     5821 gcgacagtgt cgccagcgtc accatgccct gtggtagcct cggcgacagt gtcgccagcg
     5881 tcaccatgcc ctgtggtagc cccggcgaca gtgtcgccag cgtcatcttg gcctgtggta
     5941 gcctcggcga cagtgtcgcc agcgtcatca tgccctgtgg tagccccggc gacagtgtcg
     6001 ccagcgtcac catgccctgt ggtagccccg gcgacagtgt cgccagcgtc a
//
LOCUS       SEQF2634|AYYE01000977.1 3110 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3110
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             276..2429
                     /gene="dapb1"
                     /locus_tag="SEQF2634_00905"
                     /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
                     TTSDERYISADRPTDAFKVFLPRTKDVEYSVYAHADRFFIRYKDKEHLNGLIYEAPLT
                     GYEDRKTWKEFLPYDKDVRIEALDVLKDYVALELRKNGLNEIRIKPINGGETKTIAFP
                     EPVYTVSLGGNPEYDATTIRYTYTSLNRPSTLYEYAITDGKTTKLKEQEVPSGFNPDD
                     YVVERLWATAPDGVRVPMAVVYKKGLKRNGSAPALLYSYGSYGSSSDVYFSPAYYSLI
                     DRGFVFAIAQIRGGSDLGEQWYEDGKLLKKKNTFTDFIACSELLINEHYTSASRLAAM
                     GGSAGGLLMGAVANMRPDLYQTIVAQVPFVDVINTMLDESLPLTTGEYEEWGNPNEEE
                     YYNYMLSYSPYDNIRAQNYPNMLVTGGLNDSQVLFHEPLKYVAKLRSMKTDDNILILH
                     MDMDSGHGGATGRYDSIKDTAFEFAFILNRVGIAK"
ORIGIN      
        1 gctgaaaaag ttttgtggcg gccgatttcc tgaggaaatg agccgaaaaa gtttgtggcg
       61 gccgatttcc tgaggaaatg agccgaaaaa gtttgtggcg agcgatttcc tcaaggaaat
      121 gagctgaaga agtttttggc aggccagaaa atcgcatatc gaactcacgt tataactact
      181 tctgactacc gggcggcgct aaagccgccc tactactgcg ccgaagggcg cataactaca
      241 tgaatcaatc atcataatcc attacatcac ataaaatgaa caccaaacac atctatctcg
      301 ggttgctcgg agcagccctc gtattcatgg ctgcatcgtg cagctctaac caaacagaag
      361 gagagaaaat tttgaagcaa tccgattttc ccgcgccgcc agtggctgag gttcaccccg
      421 acaccttcgt caacttcggc aagcagcgca tcgacaacta ctactggatg aaggataaga
      481 cgaatcctaa agtcatcgag tacatcaagg ccgagaacgc ctacaccgac accgtcatgg
      541 cctctacccg cgacctacaa cagaagatct acgacgagat tctgggccgc atcaaggagg
      601 acgacgagag ttatcccacc tacgacgacg gctattacta ctacagccgc accgagaagg
      661 gcaagcaata ccgcacctac tgccgccgca aggggtcgat ggacgccccc gaggaggtga
      721 tcttcgacgt caataaactg gcggccggta agcaggcctt catcttccgc ggctacatca
      781 tcagtccgga caacagcaag gcggcttact tctacaacga gaccggatcg tatgccgagt
      841 tcaccatgaa ggtgcgcgac cttgcctccg gacaggacgt cggcttcacc gtcgagggcg
      901 ccgcatccgt ggcttgggcc aacgacaacc gcacgctctt ctacagtgcc atcgaccata
      961 ccctccgctc atcgaagatc tttcgtcgcg agcttgacgc cgccgaaggg acactcgtct
     1021 acgaagagaa ggacgccaag ttcagcacct atgtctcggc cacaaagacg aagcaattca
     1081 tcttcatcac ctgcggcagc tccacaacct cggacgagcg ctacatctcg gccgatcggc
     1141 ccacggacgc cttcaaagtc ttcctgcccc gcacgaaaga cgtcgagtac agcgtctatg
     1201 cccacgccga ccgcttcttc atccgctata aagacaagga gcacctcaac ggactcatct
     1261 acgaggcgcc cctcacgggc tacgaagacc gtaaaacgtg gaaggaattc ctgccctacg
     1321 acaaggacgt ccgcatcgaa gccctcgacg tgctcaagga ttatgtagcc ttggagcttc
     1381 gcaagaacgg cctcaacgag attcgtatca agcccatcaa tggcggcgaa acgaagacca
     1441 tcgccttccc cgaacccgtc tacaccgtct ccctcggcgg caatccggag tacgacgcca
     1501 ccacgatccg ctacacctac acctccctca accgcccctc gacgctctac gaatacgcca
     1561 tcaccgacgg caagaccacc aagctgaagg agcaagaagt gccctccggc ttcaaccccg
     1621 acgactacgt cgtggagcgc ctctgggcca ccgccccgga cggcgtccgg gtacctatgg
     1681 ccgtggtgta taagaaaggc ctcaagcgca acggatcggc gcccgccctg ctctattcct
     1741 acggatcata cggcagcagc tccgacgtct acttcagccc cgcctattac agcctcatcg
     1801 accgcggctt cgtcttcgcc atcgcccaga tccgcggcgg aagcgacctc ggcgaacagt
     1861 ggtacgaaga cggcaagctg ctcaagaaga agaacacctt caccgacttc atcgcctgca
     1921 gtgagctgct catcaacgag cattacacct ccgcctcgcg tctggcagcg atgggtggca
     1981 gcgccggcgg cctgctcatg ggcgccgtgg ccaacatgcg ccccgacctc taccagacga
     2041 tcgtcgccca ggtgcccttc gtggacgtca tcaacaccat gctcgacgag tcgctgcccc
     2101 tcaccaccgg cgaatacgaa gagtggggca accccaacga ggaggagtat tacaactaca
     2161 tgctctccta ctcgccttac gataatatcc gggcgcagaa ctaccccaac atgctcgtca
     2221 ccggcggcct gaacgactcc caagtgctct tccacgagcc cctcaaatac gtcgccaagc
     2281 tccgctccat gaagacggac gacaacatcc tcatcctcca catggacatg gattccggcc
     2341 acggtggcgc caccgggcgc tacgatagca tcaaggacac cgccttcgag tttgccttca
     2401 tcctcaatcg cgtcggcata gctaaataag tgccttccgg tgtgtccgtc cacacaccat
     2461 ttgcgatgaa agcctccttt ctgcttcaaa cgagcagtga gggggctctc ctttttctgg
     2521 cgacacctca tacaccagcc ttttatgctg acttctcatc aaaattcgat cacgtgagag
     2581 gtaaaaaagc tcgtgcgtca tcaaaatttg atcacgtgag aggtaaaaaa gctcgtgcgt
     2641 catcaaaatt cgatcacgcg agaggtaaaa aagctcgtgc atcatcaaaa ttcgatcacg
     2701 cgtgaacaaa atttgatcac acgccagctt cttgttgctc gtgcgtgatc aaaattcgat
     2761 cacacgccag cttgttgttg ctcgcgcgtc atcaaaattt gatcactcaa gagctaaaaa
     2821 tactcgtgcg tcatcgaaat ttgattactc gccagcttct tgttgctcgc gcgtgaacaa
     2881 aatttgatca cgaatgacct gacgtatgtt tcgcttgcgc ctcgcactct gaatgctgcg
     2941 ctttggcgcc aaagtgatga cccgtcggcg cggtcctttg cccatgatgg gttcggagtt
     3001 ggtgatctgt aactgccttt ttgtctactt ttgcgcacaa atcaatcgaa agtgtgcagt
     3061 gtccgtgtct atttctgtct ccaaaacgcg tgaagtattg gttgacgtag
//
LOCUS       SEQF2634|AYYE01000978.1  525 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(22..387)
                     /locus_tag="SEQF2634_00906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEESPFFDPPVELELERSTPAHPPEKADEPKEEVISAAPASVPR
                     KAKSHKEDLAAFRETYLQPVRISHRKAVYVSDETQQRLDFVVRRIGLRGASISGYVER
                     VLREHLDGYKDSIELWRKL"
ORIGIN      
        1 gcacgctaag cgtgcatgtg ttcagagctt ccgccatagt tcgatgctgt ccttgtaccc
       61 gtcgagatgc tcccgaagca cgcgctcgac atagcccgag atgctggcac ctcgcagacc
      121 aattcggcgg acaacgaagt ccagcctttg ctgggtctcg tcagagacat agaccgcctt
      181 gcggtgactg atgcgtacgg gttggaggta tgtctctcga aatgcggcca aatcctcctt
      241 gtgactcttg gcctttcgag ggaccgaagc gggagcggct gagatgactt cttccttagg
      301 ctcatctgct ttctccggcg gatgagctgg agtgcttctt tccagctcga gctctacggg
      361 cggatcaaag aagggcgatt cttccacagg ctcatctgct ttctccggcg gatgagctgg
      421 agtgcttctt tcccgctcga tctctgcggg cggatcaaag aagggtgact cttctaccgt
      481 gcgccgtttg acgccatagt cgcccagttc tttcagtttg gcggt
//
LOCUS       SEQF2634|AYYE01000979.1 9760 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9760
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(900..1604)
                     /locus_tag="SEQF2634_00907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEYSLTENTLTSAKGDFRAQINDVRSYDKEALINRILQRGTML
                     TRTDIMAVINAVEETVVDIHKEGGTVTLPLFSTGFSITGVFTGADDSYEPGRHRLNIT
                     VQKGKLLKRTQQEIHLQKVDFNPAQAHIYRVTDVVSGTDNDKLTPGGVVKISGTRLKI
                     SGKDTKVGLWFVAANGTETKADHLVRNMPSELTAIIPSLAAGKYHIKLVTQYSGGTKE
                     LKTTKSLTYDMELTVS"
     CDS             complement(1662..2762)
                     /locus_tag="SEQF2634_00908"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKMTLETYRSLEEKEEFFGVKNREKGVRYHKIDTIKDVDNCL
                     IDIKNVVKGLQKDNSIFAFRGVSEAKYKLYTSAQREWLTNEWGRQGITFSDFVGRQLI
                     YMKTKFIKDYFRSMEIALNDMLLLSFLQHYGAPSPLLDFTTAPRAALFFAMEHMQSIS
                     PGSQDISNYSSFYILLIDKRRSLDLHLQKQFEEAAELEVRMKDLSGPDDIKIPEEAVK
                     LYPRIFDWLPNEKIGNGLCHSRLRFLSNPLETKRFRHKDLPNLYWSNPNIIAQRGCFL
                     FQTNEEKPLDKIIIEEPDVEKEKTGAVSIICLDIHKSLAPYIREKYLKPKGITKESLF
                     PDFNAIANGAYAAFQRDPLGKSLQPDLPDSKG"
     CDS             complement(2804..3496)
                     /locus_tag="SEQF2634_00909"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEISLTESLQQTLFRIPLFEGAPESLRASLTERLDARLYALEK
                     NEIVAHQGTVCRVLYVLLEGRVRTDLVDEWGNRVMIETIVAPRSFATPHLFSRDQTLP
                     ATFTATMPSTLLMAPRESVFRLISEEPYLLKNFLHVSGNCNHCTSVRLRILTQRTVRN
                     RFVAYLLDRPTGPDGWFTAEHNTSQLAHYLCVTRPALSKEISKMVREGLIAVEGRRYR
                     LLAEQQLRQEMG"
     CDS             3673..4932
                     /locus_tag="SEQF2634_00910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFCMIFSLFVGGMMAQPGDNQTTVDVQVRPRAEYRNGALFPRDR
                     GELPARFIANRARFSLGYERSQLEMRFSAQHVGVWGQDPQIDRNGRFILNEAWAKLRF
                     GHGLFAKLGRQPLSYDDERILGALDWNMAGRYHDALKLGYESRRDLLHLILAFNQNDE
                     RVIGGTYYHPGAQPYKSMQTLWYAHSDEHFRVSALAMNLGLEGGTADRAETRYQQTFG
                     VNLGVRPDRALDLSGAFYYQMGRTAADVSISAWMAALRANIHATEGLSFQLGSDYLSG
                     DKRESTRFEAFNPLYGTHHKFYGAMDYFYASPFANGLNPGLWDNYAGLNVAVTPSLSL
                     GATGHYFSTTSNLQSATGQRSKGLGTEVDLQLSWKLMKDVNLMAGYSFMSGTETMDYV
                     KGGDHTRWQDWAWLSVNIQTRVFQAMW"
     CDS             5034..5627
                     /gene="nrfH"
                     /locus_tag="SEQF2634_00911"
                     /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             5722..7239
                     /gene="nrfA"
                     /locus_tag="SEQF2634_00912"
                     /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
                     PMPDISTKEKAQRYIGLNPEELRRKKGEFLKTVVPKWIEVARKKNRIMTADASRS"
     CDS             7264..8496
                     /locus_tag="SEQF2634_00913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWQHPWHWKESIAFVSGILLTGLLLQLTVGEFDFELLRYPVNTV
                     VGAVIVLLAAAIAWGTKCSAVCRWYTGVPLAVTLIVAFVVTGIIMGLTPQSTARPAEG
                     TMHFTSRLGLDRMTRAWPFVLLYFLTLLSLGALFIRRLLHFQRSDYAFYLNHAGLWLL
                     LFAAGLGAADMERFLMRVPEGEVEWRGTDSHGRVMQLPIAIELYDFSMEEYPPSLTII
                     DRKTGASQPVEKPEFFPIDPKIPRGKLAGWDIQLLEYIHDAVRNSDSTYREIHMPGAS
                     PAARIKARNPVTGVERTGWVCAGNISQLYMVLNLDTNLCVAATMPEPRRFVSDIEVYR
                     KDQDAGTRARLEVNRPFRTGPWTIYQHGYDSEAGKLSEYTVVELVYDPWLTLVYIGII
                     LLAAGSVCMLWGGRRRTA"
     CDS             8609..9397
                     /gene="ccsA_2"
                     /locus_tag="SEQF2634_00914"
                     /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="MTWNDFPWFALPAMLCWVAAGITVYKYRGISHVLMLLGTLIYAV
                     FIGGLWVGLERPPMRTVGETRLWYAFFLAAVGYATFRRHRYPWLLSFAALVACVFTCI
                     NLFKPEIHSKHLMPALQSYWFVPHVTVYILSYAMLGAATVGAFIRMHALRNDPDAPED
                     EALYRLMDNLVYTGFGFLMCGMLMGAVWAKEAWGHYWSWDPKETWAFVTAAAYLVYIH
                     LRLRHAPERVVLWTLPISFILLMITWIGVNYLPAAQGSIHVYSS"
     CDS             complement(9451..9747)
                     /locus_tag="SEQF2634_00915"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGAKPGEFRYSHSVQGAKPGEFRYSHSVQGAKPGEFRYLHGMQ
                     GAKPGEFRYLHGMQGVKPGEFRDLHGMQGAKPGGFQYLHGVQGKNLPGFGGFPK"
ORIGIN      
        1 gacatagatg tacttgatcg tctttttcgt cggattgtag aaggtgaaac tcacagactt
       61 cgactcctca acatattctt cactacccca agaccagtca ggtatggcta ttccgtgggt
      121 cttgtactgc gagaagatct tggtaaagcg agggtagtcg ctttcttgga aacttcccag
      181 agagaggttt tgtgtgaaca gtgaaaaccg ctcttgcacg tcttctgtac actgatctaa
      241 agtgtccagc cgcgcatgaa tggcatcatc atagagcgat actttggcgc tatcgatata
      301 gaatcggatt ccgtagaggt aggcctcgta atacgttttc gattcgtcga aatacgttaa
      361 ggtcttaggc ctacgcaggc gcttactgat aaggatgaat gtgttgggcg ccaaataggc
      421 ggtcgggcct tcaaatagcc tgtaagagga gctgtcgttt accttgctac cgatctcagc
      481 gggtgctgac tgggtcttgc ctaaaatgaa ggtgaaactg aaggggaagt cgcttgacga
      541 ggtgtccgcc gtggccgact cttgtgcgtg gagtaaggcg ggggtaagag tcagtatcag
      601 aagaagccgt cggcttatgg tttcaaggga atgaatgaag gcagttgttg tcgttcgcat
      661 gattgtcttt tatgttaaat gaactggttt gaatagcttt ggctgcatgt tttgaatcac
      721 tttggactta taggcccaat ctgtttgggc ctataagtcc cgatttgttt gggcgcatag
      781 gtccaatcgt tttgggctta tagtgtggat cactttggac ttatatatac ggacggcttg
      841 cgtcataagt atgagcaagc cgtccatagg ttcgagatcg aagtaccata tccgaagggt
      901 caggagacgg tcagttccat gtcgtaggtt aggctcttgg ttgttttcag ctcttttgtg
      961 ccgcctgagt actgcgtcac gagcttgatg tgatacttgc ccgcggcgag gctggggatg
     1021 atggcggtga gttcggaggg catgttgcgg accagatgat cggccttggt ctcggtgccg
     1081 ttcgcggcca cgaaccagag gcccactttg gtgtccttgc cggagatctt cagccttgtg
     1141 cccgagattt tcaccacgcc accgggggtg agcttgtcgt tgtccgtccc actgaccacg
     1201 tccgttacgc gatagatatg tgcctgcgca gggttgaagt cgaccttttg caggtggatc
     1261 tcctgttgtg tgcgcttgag cagtttgccc ttttgtacgg tgatgttgag gcgatggcgg
     1321 ccgggctcgt aggagtcgtc tgcgcccgtg aagacgcccg tgatgctgaa tccggtgctg
     1381 aagagcggca gagtcaccgt gccaccctct ttgtggatgt cgacaacggt ctcttccacg
     1441 gcgttgataa cggccatgat gtcggtgcgg gtgagcattg tgcctcgttg caggattcgg
     1501 ttgatgagtg cttccttgtc ataggagcgt acgtcattga tctgtgctcg aaagtcgcct
     1561 ttggcgcttg tgagcgtgtt ctcggttaaa ctgtattcaa ccataataag tagtgattgt
     1621 ttgagggtta ttactgtttt gttaacgccg ccgaaagtag gtcagccctt tgaatcgggc
     1681 aaatcgggct gcaaagattt gccgagaggg tcgcgttgga aggccgcgta agcgccgttg
     1741 gcgatagcat tgaagtcggg gaagaggctc tctttcgtga tcccttttgg tttcaaatac
     1801 ttttcgcgga tatagggggc gagggatttg tgaatgtcga gacagatgat actcacagct
     1861 ccagtttttt ctttttccac atctggctct tctatgatta ttttatccaa aggtttttct
     1921 tcgtttgtct gaaataggaa gcagcccctt tgagcaatta tattgggatt agaccaatat
     1981 aaatttggaa ggtctttatg cctaaaacgc ttggtttcta atggattcga aagaaatctg
     2041 agccttgagt gacataaccc atttcctatc ttttcatttg ggagccagtc gaaaattctt
     2101 ggatatagct ttactgcttc ttcgggaatt tttatatcat ctggccctga tagatccttc
     2161 atccttacct ctagttctgc tgcctcctca aattgctttt ggagatgaag atcaagggat
     2221 cttcttttat ctatcagaag aatgtagaag gaggagtagt tactaatgtc ttgacttccg
     2281 ggagatatac tctgcatgtg ctccattgcg aaaaataggg cggctcttgg agctgtcgta
     2341 aaatctaata gcggactagg tgctccgtaa tgttgcaaga aggagagaag aagcatatca
     2401 tttaaggcga tctccataga tcggaaatag tctttaatga atttcgtctt catgtagatg
     2461 agttgccgac caacgaagtc agaaaaggta atcccttgcc gtccccattc gtttgtcaac
     2521 cattctcgct gagctgaggt gtagagcttg tattttgctt cactgacgcc tctgaaagca
     2581 aagatggagt tatctttctg tagtcccttt actacattct ttatgtcaat caggcaatta
     2641 tctacatctt taattgtatc aatcttatga tacctaaccc ccttctctct attctttact
     2701 ccgaagaatt cctctttctc ttccaatgat ctgtatgtct ctaatgtcat cttattatcc
     2761 atttgatatc cgttaaaatg tctcgcaaat atagatccag tcctcacccc atctcctgtc
     2821 ggagctgctg ttcggcaagg aggcggtagc gacgaccttc gacggcgata agtccctcgc
     2881 gtaccatttt actgatctct ttcgagagtg cggggcgggt gacgcagagg tagtgcgcca
     2941 gttgcgaggt gttgtgctcg gccgtgaacc atccgtcggg gccggtcggg cgatccagca
     3001 ggtaggcgac gaagcggttg cggacggttc gctgcgtgag gatgcgtagg cggacggaag
     3061 tgcaatggtt gcagttgccc gagacatgca ggaagttctt cagtaggtaa ggctcctcgc
     3121 tgatgagtcg aaagacggat tcgcgcgggg ccatgagtag tgtggagggc atggtggctg
     3181 tgaaagtggc cggcagcgtt tggtcgcggc tgaagaggtg gggcgtggcg aaggaacgcg
     3241 gtgctacgat cgtttcaatc atcacccgat tgccccattc atcgacgaga tcggttcgca
     3301 cacgcccttc gagtagcacg taaagtacgc ggcagacggt gccttgatga gcgacgattt
     3361 cgttcttttc cagcgcatag agtcgggcgt cgagccgctc cgtaagcgat gcgcggagac
     3421 tctccggagc cccttcgaaa agtgggatcc ggaataaggt ctgttgtagt gactcagtga
     3481 gtgagatctc attcatggtg cgtgttcagt acttctactt ttattctcaa aggcaaaggt
     3541 agcccttata tagagtcgtc aggggagtgt gcgtgcgcgg cggcgtaata agtatgacgg
     3601 ccaatgaacc gaataacctc gtcctttgca tccattaatc aaacaatgga ggactaaaca
     3661 atgagacgaa ctatgttttg tatgatcttt tcgctgttcg taggcggaat gatggcacaa
     3721 ccgggcgaca atcaaacgac ggtagacgtg caggttcggc cgcgagccga atatcgtaac
     3781 ggggcactct ttccgcgtga tcggggagaa ctgccggctc ggttcattgc caatcgagca
     3841 cgcttctcgt tgggctatga gcgcagccaa cttgagatgc gcttctccgc gcagcatgta
     3901 ggcgtctggg ggcaggatcc gcagatcgac cgcaacgggc gcttcatcct caacgaggct
     3961 tgggctaagc tccgcttcgg ccacggcctg tttgccaagc tggggcgcca gccactatcg
     4021 tacgacgatg aacgcatcct cggcgcactg gattggaaca tggccgggcg ttaccacgac
     4081 gccttgaagc tcggctatga gtctcgacgg gatctcctgc acctgatctt ggccttcaat
     4141 caaaacgatg agcgagtgat cgggggcacg tattatcacc ccggtgcaca accctacaag
     4201 tcgatgcaga cgctctggta cgcccactcc gacgagcatt tccgcgtttc ggccttggcg
     4261 atgaacttag ggttagaagg cggcaccgcg gatcgtgctg agacgcgcta ccagcagacc
     4321 ttcggggtga acctcggggt acgtccggat cgtgccttgg atctctccgg tgcgttttac
     4381 tatcaaatgg gacgtaccgc ggccgatgtc tccatctcag cttggatggc agccttacgc
     4441 gccaacattc acgccaccga aggtctctcg ttccagcttg gctcggacta cctctcgggc
     4501 gataagcgcg agagcacccg ctttgaagcc ttcaatccgc tctacggtac gcaccacaag
     4561 ttctatgggg cgatggatta cttctacgcc tctcccttcg ccaacggtct gaaccctgga
     4621 ctgtgggaca actacgccgg actgaacgtg gctgtcaccc ccagcttgag cctcggcgct
     4681 acgggtcact acttcagcac cacgagcaac cttcagtcag ccactggtca gcgttcgaag
     4741 ggcttaggca cggaggtcga tttgcagctt agctggaagc tcatgaaaga cgtcaacctc
     4801 atggccggct attcctttat gtccggtacg gagacgatgg actatgtgaa gggcggcgat
     4861 cacacgcgct ggcaggattg ggcgtggctc tcggtgaaca ttcagacgcg cgtcttccaa
     4921 gccatgtggt gaagatggct gcctatgtgc tgattgcatc tgtaattctt attacactct
     4981 tgtttacact tcggggctac ctttgccccc gttgattgta gccccgatcc gttatgaaga
     5041 aattattgac ctccctaccg cgtcagcttg tccttcccct cttcgttttc gggggaatct
     5101 tggccgggct tggcgcttat gcggcttaca tggcgaggat acacacgtat ctcggcgacg
     5161 acccttcggt gtgcatcaac tgtcacatca tggcgcccta ctacaactcg tgggatcata
     5221 gttcgcacgg gcgacgggca acgtgtaacg actgccatgt gccgcatgac aacgtattcc
     5281 tcaagtatgc cttcaaggcc aaagacggac tgctccacgc ctccgtcttt acgctgcgaa
     5341 gtgaacctat ggcgctgcgt ccgcgcgagg agagctatga ggtgatcatg aacaactgca
     5401 tccgctgtca cacgcagctg aatcaggagt tcgtcaacac cggtatgatc tcctacgtgg
     5461 atgctgtgaa tggcaaaggc aaagcctgct gggattgtca cacaagtgtg ccccatggca
     5521 agcgtagcaa cctgaatggt acgccagacg ccgttgtacc gctgcccaag tcgcccgtcc
     5581 ctgactggct gaagaagatg atgggaagcg ggaaatcgaa aatctaaaga cgaagcgctg
     5641 agcactctcg tcactccttt ccaccactct ctcactactt cttacaaccc tttgactacc
     5701 ctctaactac tccttactac tatgttcaag agattaactg acaccattag gcgccgaccc
     5761 atcgtcgggt ggatcctgtt cttcgccatc atggcgggcg tgtttctgct gggtttatta
     5821 gccgcatcca tcacggagcg gcgcgccgag attgcaacga tttacaacaa caagaagacc
     5881 gacatccccg agttcgagac gcgcaacgag atctggggcc tcaacttccc gcgcgaatac
     5941 gagacttggg cacagacggc ggacacctcc ttcacgtccg agttcaacgg tagccacgct
     6001 gtcgacgtgc tggctgcccg gccgcagatg gttatcttct gggcgggcta ctccttctct
     6061 cgcgagtaca attcgccccg cggccataag catgccatcg aggacatgcg cgccatcctc
     6121 cgtacgggta accccggtat agacggcgag ggtgacattc agccggctac gtgttggaca
     6181 tgtaagggtc ccgatgttcc ccgcatgatg cacgagatgg gcatagccaa cttctacaag
     6241 gcgccctgga gccagctggg cgccgagatc atgaatccga ttggatgcgg cgactgccac
     6301 gacccgaaga cgatggatct gaagattact cgtcctgcgc tgatcgaggc tttccaacgt
     6361 caaggcaaag acatcaccaa ggctacgcag caggagatgc gctcactcgt ctgtgcacag
     6421 tgccacgtgg agtattactt caagggcgag ggtaaatacc tcaccttccc gtgggacaag
     6481 ggcatgacga tggaggacgc cgaggcctac tatgacgagt cggattacta cgactacatc
     6541 cacgcgctca gccgtgcacc catcctcaag gcgcagcacc cgggctatga gctgtctatg
     6601 cagggcatcc acgcacagcg tggcgtagct tgcgccgact gccacatgcc ttacaaggcc
     6661 gaaggcggta tcaaatacac cgaccaccac atcactagcc cactgcaata catcgaccgc
     6721 acctgccaag tgtgccatcg cgaaagcgag gagacactcc ggcagaacgt ctacgaacgt
     6781 cagcgtaagg tcaacgaggt gcgcaacaag ctcgaggatg agctgctgca tgcccacatc
     6841 gaggcagagt tcgcctggaa gaagggcgct accgaaactg agatggcacc cgtgctgaag
     6901 tttatccgcc agtcacaatg gcgttgggac tacggcgtgg catctcacgg agcatccttc
     6961 cacgcaccgc aagaggtgac gcgcatcctc agtgccggcc tcgagcgcgc catgaaggct
     7021 cgccttgccc tctcccgcat cttggctaag cacggctaca ccgacgaggt gcccatgcct
     7081 gacatctcga ccaaggagaa ggcacagcgc tacatcggtc tgaaccccga agaactgcgc
     7141 cgcaagaagg gtgagttcct caagaccgtt gttccgaagt ggatcgaagt ggcgagaaag
     7201 aagaaccgca tcatgacggc tgacgcatca aggagctaaa tggagcaaca acaccgccgc
     7261 cctatgtggc aacatccctg gcactggaaa gagagtatcg ctttcgtgtc agggattctt
     7321 ctgaccgggc tgctattgca gctcacggtc ggcgagttcg acttcgaact gctgcgttat
     7381 ccggtgaaca ccgtcgtggg tgccgtgatc gtcctcttag ccgccgccat cgcgtggggc
     7441 acgaaatgca gcgccgtctg tcgttggtat acgggtgtgc cgctggctgt gacgctcatc
     7501 gtcgccttcg tggtgacggg tatcatcatg gggctcacgc cgcagtcgac tgctcggcct
     7561 gccgagggaa cgatgcactt tacctcccgc ctcggtctcg accggatgac gcgtgcttgg
     7621 ccttttgtcc tcctctattt cctcacgctg ctttcgctcg gtgcactctt cattcgtcgg
     7681 ttgctccact tccaacggtc ggactatgcc ttctacctca accatgccgg actctggctg
     7741 ctgctcttcg ctgcgggcct cggtgcggcg gacatggagc gcttcctgat gcgtgtgcca
     7801 gaaggcgagg tggagtggcg tggcacggac agtcacgggc gcgtcatgca actgcctatc
     7861 gccatcgagc tgtatgactt cagcatggag gaatatccgc cttcgctgac tatcatcgac
     7921 cggaagacgg gtgccagtca gccggtggag aagcccgagt tcttccccat tgatccgaag
     7981 ataccgcggg gcaaactggc cggctgggac atccagctgc tggaatacat ccacgatgcc
     8041 gtccgcaata gcgacagcac ctaccgcgag atccatatgc ccggcgcctc acccgctgca
     8101 cgcatcaagg ctcgcaaccc cgtgaccggt gttgaacgca cgggatgggt ttgcgcgggc
     8161 aacatctctc agctgtatat ggtgctcaac ctcgacacca acctctgcgt ggctgcgact
     8221 atgcccgaac cgcgtcgctt tgtctccgac atcgaagtct atcgcaaaga ccaagacgca
     8281 ggcacccgtg cgcgccttga ggtgaaccgc cccttccgca cgggcccctg gaccatctac
     8341 cagcatggct acgacagcga agccggtaag ctctccgaat acaccgtcgt cgagttggtc
     8401 tacgacccct ggctcacgct tgtttacatc ggcatcatcc ttctggccgc cggctccgtc
     8461 tgcatgctgt ggggcggacg tcggcgaaca gcgtaggagc aaatagccct ctactctcta
     8521 ccctccactc tctaccctcc actctctacc ctccactctc taccctctac cctctaccct
     8581 ctaccctcta ccctctaccc tctataaaat gacttggaac gacttcccct ggttcgccct
     8641 gcccgccatg ctgtgctggg tggccgccgg tattaccgta tataaataca gaggcataag
     8701 ccatgtgctg atgctcctcg gcaccctcat ctacgccgtc tttatcggcg gcctgtgggt
     8761 cggcctggag cgaccaccca tgcgcaccgt tggcgagaca cgtctctggt acgccttctt
     8821 cctcgccgcc gtaggctacg ccaccttccg tcgtcaccgc tatccctggc tgctctcctt
     8881 tgcagcgctc gtggcgtgtg tcttcacgtg catcaacctc ttcaagcccg agatccactc
     8941 caaacacctc atgcctgcgc tccagagcta ctggtttgtg ccgcacgtga cggtctacat
     9001 cctctcatac gccatgcttg gcgcggccac cgtcggcgcc ttcatccgta tgcacgccct
     9061 gcgcaatgac cccgatgccc ccgaggacga ggcgctctat cggctgatgg acaacctcgt
     9121 ctacaccggc ttcggcttcc tcatgtgcgg catgcttatg ggtgccgtct gggccaagga
     9181 ggcgtggggc cactactggt cgtgggatcc gaaagagacg tgggccttcg ttaccgccgc
     9241 cgcctatctc gtctacatcc acctccgtct gcgccacgcc cccgagcgtg ttgtgctctg
     9301 gacgctcccc atctccttca tcctgcttat gatcacatgg atcggcgtca attacttgcc
     9361 ggcggcgcaa ggcagcatcc acgtttatag tagttgatcg gaatggaagg gccgcctgct
     9421 tggggggatg tgcgctgaaa agctgagctt ctacttgggg aatcccccaa aacccggtaa
     9481 gtttttccct tgcacaccgt gcaagtactg aaacccgccg ggttttgccc cttgcatgcc
     9541 gtgcaagtcc cgaaactcgc cgggttttac cccttgcatg ccgtgcaagt accgaaactc
     9601 gccgggtttt gccccttgca tgccgtgcaa gtaccgaaac tcgccgggtt ttgccccttg
     9661 cacgctgtgc gagtaccgaa actcgccggg ttttgcccct tgcacgctgt gcgagtaccg
     9721 aaactcgccg ggttttgccc cttgcatgcc gtgcgagtac
//
LOCUS       SEQF2634|AYYE01000980.1 1509 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             21..710
                     /locus_tag="SEQF2634_00916"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADCVVVRNSEKWLLHLTKWLVAVVANAMDDHACRNHTCLVLTG
                     EQGRFKTTFLDLLCPPKLQGYSYTGKIYPQEKDTLTYVGQNLIINIDDQLKALNKRDE
                     NELKNLITCPMVKYRMPYDKHVEEHPHMASFVASVNGNDFLTDPTGSRRFLPFEVLSI
                     DINRAKAVSMDASMRRPNRCCNRASGIGSTMRRSRSCTAKVRRSKCRPQRWSFYYDAS
                     SCRPPTVIAPT"
     CDS             650..907
                     /locus_tag="SEQF2634_00917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPTTDSDCSYLTTTEILTYLGTYTRQPLTAKRMGE
                     ALKRVRYIKVSRRRNDGSPLYVYKVRKILPCPLLQICSSNM"
     CDS             1079..1327
                     /locus_tag="SEQF2634_00918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEENLSTIKRYPITAYLENKGITPVRRLAAYAMYRPPLRDERH
                     PSFKVDTEKNLWIDYSEGCEGSTGQPRQIGDNPKCRCF"
ORIGIN      
        1 acgcacacgc catccatgaa ttggccgact gcgtcgtcgt tcgtaactca gagaaatggc
       61 tgctgcacct gacaaaatgg cttgtggccg tagtggccaa cgcgatggac gaccacgcgt
      121 gtcgcaacca cacttgccta gtcttaaccg gtgaacaggg gcgattcaag acgacgtttc
      181 tcgacctgct ttgcccgccc aaactgcagg gctacagcta taccggcaag atctatccac
      241 aggaaaaaga cacgctgacc tacgtcgggc agaacctcat catcaacatt gacgaccagc
      301 tcaaggcgct caacaagcgg gacgaaaacg agctaaagaa cctgatcacc tgcccgatgg
      361 tcaagtaccg catgccctac gacaagcatg tggaggagca cccccacatg gcgagcttcg
      421 tggcctcggt gaatggcaac gacttcctta ccgaccccac cggcagcagg cgcttcctgc
      481 ccttcgaggt gctctccatc gacatcaacc gggcaaaggc cgtctcgatg gacgcgtcta
      541 tgcggaggcc aaatcgctgt tgcaatcggg cttccggtat tggttcaacg atgaggagat
      601 cgcggagttg taccgcgaaa gtgaggcgtt ccaagtgcag accgcagaga tggagcttct
      661 actacgatgc ttcgagctgc cgaccaccga cagtgattgc tcctacctga caacgaccga
      721 aatcttgact tacctcggca cctacacgcg ccagccgctc acggccaaac gtatgggaga
      781 ggcgttgaaa agggtcaggt acatcaaggt cagccggcgg cgaaacgacg gtagtccact
      841 atacgtctac aaagtcagaa agatcctccc ctgtcccctc cttcaaatct gtagtagcaa
      901 catgtagtca gccgcgtagt gacttcgact tgcatggatg ctattggaaa acaatcgatt
      961 atggcgattg tagtttgtgg taagaagaag ccaaaaagtg cgggtgtttg atcttaaatc
     1021 acttgcattc caataaaaca ccacaccatt tcattaccca tctcaatgtt taatcaccat
     1081 gaaagaagaa aacctatcga ccatcaagcg gtatcccatc acggcgtact tggaaaataa
     1141 aggcatcacg cccgtccgac ggctggcggc ctatgcaatg taccgtccac cattgcggga
     1201 tgaacgccac ccgagcttca aggtggatac cgagaagaac ctgtggatcg actattccga
     1261 gggctgcgaa ggaagcacag ggcaaccgcg tcaaattggc gataatccca agtgcaggtg
     1321 cttttaatct ccgtcagccg atggaaggct ccgcgcatca gtttttgatc ttcgtacccc
     1381 tacgaagatc tccccgacaa gtgtttttga tctccgtact cctacagaga tctccccgac
     1441 aagtgttttt gatctccgta cccctacgga gatctccccg acaagtgttt ttgatctccg
     1501 tacccctac
//
LOCUS       SEQF2634|AYYE01000981.1 3645 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3645
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             185..1543
                     /gene="ftsA"
                     /locus_tag="SEQF2634_00919"
                     /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
                     ELIRDTFKLQEVRYSAIRKGLVDDASDKVSDPRYMSALSLLLQGTESCVGPIRRKQEE
                     PAPAPPVQPVEPVKEPEPEPERIEPERDREEEQRQNRRTQKRGGIFGSFGRIARGLFD
                     EE"
     CDS             1582..2958
                     /gene="ftsZ"
                     /locus_tag="SEQF2634_00920"
                     /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             3063..3515
                     /locus_tag="SEQF2634_00921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLFDQISGDIKAAMLAKDKVKLEALRNVKKCFLEAKTAPGAND
                     TLTDEAALSILQKLVKQGRESARIYTEQSRPDLAEAELAQVVALEGYLPQQLSPEALE
                     TEVRALIEKAGATSLKDMGRVMKAATAALAGRAEGGAISAAVKKILSQ"
ORIGIN      
        1 caacagtccg ttcgacgaga gttgcctccg ggcggccttc aagcggtacg agttggagta
       61 tccggactat cggttttact gcaactgttc tacgagcaag ctatacctaa ggtaggatgg
      121 gataaatacg agatgatcaa tttgaaatac aagaaccaga ttgtatgtac taaaaaatga
      181 atttatggtg acggactata tagtagcgat ctatttgggc acttctcatt tggtggggat
      241 ggtcgggaaa aagaacagtc ggggcgcgct ctccatcgta gccgaagagg tgaaggaatc
      301 gagcggctgc atccggcgtg gacgcatcca caacgtggct gagacggccg cacgcatcaa
      361 acgactcgtg ctggaactgc agaacaaact tcccaacctc cgtatcgaaa aggtctatat
      421 cggtatcgga ggccaatcgc tacgatccat tgatcactcc gaggtgcgaa ctatccgcgc
      481 tgacgctttc gtgtcagaag aagacatcca actgctcaac gaacagtgca aaagctaccg
      541 ccccgaaatg tcagacgtcc tggccatcgc accgcccgtc tattatctcg atgacaaacg
      601 cacctcgaat cccgttgggg tctcttgccg tcgcatcgag gcgcgctaca agctggtggt
      661 cggacagccg atcattcgca aatccatcat caatagcatc gagcagcagg ctggtattac
      721 cgtggccgga atcatcgtgt cgcccctggc actggccgaa gccatcctga ctcgcaacga
      781 aaaggagtta ggctgcgccg tgatcgactt tggcgcaggc gtcacctcca tcgtcgtcta
      841 caagaacggt tacctagcct acctcggcgt cattcctctt ggcagcgact tgatcacgcg
      901 cgatctgacg agtctccgtc tcgtcgaatc cgaagccgaa cggctgaaga tcacctatgg
      961 taatgccaag cccaacgaga accaagaagg cagcatttca ctcgataccg tcgacggaat
     1021 cggtacgcgc aagatcaatc tgagcgagat cgatatggtc gttgaggcgc gtgcgaagga
     1081 gatcgtccag aacgtctacg cccgcatcga ggagaataag ctcacgaacg ccctcggcgc
     1141 aggtatcgtc ctggtcggag gtggcgcatc gctgaagaac ctgcaagagc ttatccgcga
     1201 tacgttcaaa ctgcaagagg tgcgctattc tgccatccgc aaaggactcg tggatgacgc
     1261 cagcgacaag gtcagtgacc cgcgctacat gtcggccctc agcctgctgt tgcaaggcac
     1321 tgagagctgt gtcggtccga ttcgtcggaa gcaggaagaa ccagcgccag cacctcccgt
     1381 tcagcccgtc gagcctgtca aggaacccga gccggaaccc gaacgcatcg agccggaacg
     1441 tgaccgagaa gaagagcaac gtcagaaccg acgcacgcag aaacgcggcg gaatcttcgg
     1501 tagtttcgga cgcatcgccc gcgggctctt cgacgaagaa taacatccac aatcatcccc
     1561 ccacaccaag cacatacagc aatgagtaac gatacaaccc ccctgcaatt caacttccca
     1621 agagacacgc gaaagatcat caaggtggtc ggcgtgggcg gaggcggtgg caacgccgtc
     1681 acgcatatgt tcaaggaagg catccacgac gtctccttcg tactctgtaa caccgacagc
     1741 caagcgctgt cacgctctga cgtgcccgtc aagatcgccc tcggacgtac cgtcaccgag
     1801 ggactcggcg caggcaacaa tcctgcacgc gccgaacgtg ccgcagagga gagcgaggac
     1861 gatatccgca ccatgctcga cgacggcacg aagatggtct tcatcaccgc cggtatgggc
     1921 ggtggcaccg gtacaggcgc tgcccccgag atcgctcgtg tggccaaaga gatgggcctc
     1981 ctgaccgtcg gcatcgtcac cattcccttc ctcttcgagg ggccacccaa gatcattcaa
     2041 gcgctcaagg gcgtcgaagc catcagcaaa aacgtcgatg cgctacttgt tgtcaacaac
     2101 gaacgcctga atgagatcta ccctgatctc accatgctca acgccttcaa aaaggctgac
     2161 gatacgctca cagtggctgc caaaagcatc gctgagatca tcaccctcga cggcgtcatc
     2221 aacctcgact ttgccgacgt cgagaccacc ctcaaggacg gtggcgtagc cctcatcagt
     2281 aacggctacg gacagggcga aggccgcctc cagcaggcca ttcaggatgc cctccgctca
     2341 cccttgctca acaataacga catctccaac gccaagaaga tcctcttcaa catttccttc
     2401 agtagcaata cgatcggcga ggagggcaac gagctccgca tggacgaggt gaactatatg
     2461 acggagttta tgaagcaatt cggcgacgat atcgaggtga tttggggtac cgccattgat
     2521 gaatcgctca agggcaaggt caaattcacc gtcttggcca ccggcttcga tctcaacgac
     2581 atccccgaga tccgcagtaa gcgtgacgag caacacctgc tcaaaagcga agacgagatc
     2641 atcaaggaag aggagatcct ccgccagaag gagcgcgagc gcgagctcat ggccaaatac
     2701 tatggccgga agacggaaga ccgacggcct gcacgtcgcc cgacttacaa cctggccatc
     2761 ctcaccgtag gcgagttgga cgacgacgcc atcatcaccc tcctcgagga aaatcccgct
     2821 tacaaccgtg acgcccgtct cttggcccgc gcccgaagcc gaagcggtgg cacattaaac
     2881 acctccacca cccgcaccga cattcccccc gtaggcaagc ccagtggccg cccgcgcatc
     2941 agctttcgca tgggatgata tagagggtag agattagagg gtagagggta gaattgatga
     3001 gtacccagct ctaccctcta tcctctaccc tctatcctct accctctaaa tacaagtaaa
     3061 caatggattt attcgatcaa atcagcggcg acatcaaagc cgccatgttg gccaaagaca
     3121 aggtcaaact cgaggcgctc cgtaacgtca agaaatgctt cctcgaagcc aaaaccgctc
     3181 ccggtgcgaa cgacaccctc accgacgagg ccgccctcag tatcctccaa aagctcgtca
     3241 agcaaggccg cgagtccgcc cgcatctata ccgagcagag tcgtcccgac ctggccgaag
     3301 ccgagctggc acaagtcgtg gccctcgagg gctacctgcc gcagcaactc tcgcccgaag
     3361 ccctcgagac cgaggttcgc gccctgattg agaaggcagg cgccaccagt ctcaaagaca
     3421 tggggcgcgt catgaaagcc gccaccgccg cactggccgg acgagccgaa ggcggagcca
     3481 tctccgccgc cgtcaagaaa atcctctccc aataagagga gtcttagaga aggcaggcgc
     3541 caccagtctc aaagacatgg gacgcgtcat gaaagccgcc accgccgcac tggccggacg
     3601 agccgaaggc ggagccatct ccgccgccgt caagaaaatc ctctc
//
LOCUS       SEQF2634|AYYE01000982.119146 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19146
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(481..1464)
                     /gene="dus"
                     /locus_tag="SEQF2634_00922"
                     /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
                     SDALIRGVSRTEEKLRVRDEERPVSIQIYGRDVQSMVEAAQICEAARPDVLDINFGCP
                     VKKVAGKGAGAGMLRNVPLMLEITRAVVRAVRIPVTVKTRLGWDADHRIIVELAEQLQ
                     DCGIAALTIHGRTRAQMYTGEADWTLICAVKSNPRMTIPIIGNGDITSAERCHEAFDR
                     YGVDGVMIGRGCIGRPWIFREVKHYLQTGEPLLPEPFAWYLDVLKQQVLQSVERLDER
                     RGILHIRRHLAATPLFKGIPDFKPTRVAMLRAETVGELFAIMDAIPAPTTE"
     CDS             complement(1843..2592)
                     /gene="cutC"
                     /locus_tag="SEQF2634_00923"
                     /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="MNRIIEICANSAQSCVEAEAGGAARVELCAGIPEGGTTPSYGEI
                     VMARQSTERIAIHVLIRPRAGDFLYTETEVGAMLHDIQVAHQLGVQGVVIGCLTPDGD
                     IDEPLLERLMAAARPLSVTFHRAFDVCRDPHASLELLIRHGVDRVLTSGQEATAVQGI
                     PLLRELVSQADGRIVVMPGCGVRAENIARIESETGAREFHTSARRVVESGMIYRNERV
                     PMGSCAVTSEFETVQTDRREVARYVSQTCIK"
     CDS             complement(3218..4270)
                     /locus_tag="SEQF2634_00924"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKIWKVRKKMDLRTPNRYHFYSELVMKISTINIARLRVQEDFG
                     FQELVKNETDQLPLLESASGYTAGLKTDVENHGKAFGEFDTALKAASSVPSAAEVSNL
                     DRQRDDSCTKLYTFVRGISGHPDKEKAKVGAEAVAVFKKYGGGSIVDQPQNQESGTLR
                     NLIQDFRAMDVSKLTQTGIKDFVDDLEQKQTAYLAAVKKRAKEERSELTGVIKQKRKA
                     CDEAYLKLIETVNALVVVNGDVPYRGFVESVTSHINHQKSTLANRQTNADKKPKDPKQ
                     PKQPKQPKEPKPQKPGKDDGKPDIHLPEKEEPKKPGGDSGAGKKPDGGSGAGGGSGTG
                     GAGDSGNPDIHLPKEG"
     CDS             4803..5519
                     /locus_tag="SEQF2634_00925"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQNYKLNEMKIVVYLLLLASLAVQAVARDPLIDRAYMKCLYRY
                     VYLNDTLTGKTKDDLLILQIGKSISKCFSHYSNQVDSLSALPNGDMIIGKMINDAMNN
                     GEFMRGNYPHKRLKAYIYKNYPEGRMTVTDGLILQDYRYVDSLHAQIWTMGDSTREVL
                     GYTCQQATADFRGRRWTAWFATDIPVSDGPWKLGGLPGLILEAYDEGQQHVFTAVGLE
                     RVKDEPIIFNQSFVGNRKFE"
     CDS             5562..5660
                     /locus_tag="SEQF2634_00926"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLNGYIQMETGIDLSQGKPQKVMRYDLLERD"
     CDS             5671..6498
                     /locus_tag="SEQF2634_00927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVILYLLLASLALQAAAREPVLDRAHMKCLYRYVYTFDTLKNE
                     LRDDLLILQIGKEVSKCYSYYTFQFDSLQRTPDGAKVWSELFRRATEKDGIYGNFPHV
                     RMSTYVYKNYPTGQMTITDRISSQGYRYADSLHAQTWTMGDSTREVLGYTCQQATADF
                     RGRRWTAWFATDIPISDGPWKLGGLPGLILEAYDEGQQHVFTAVGLERVKDELIIFNR
                     PFRGNHRFEQTNRLEFLRMERRFLMDSNSFIQMETGIDLLGDEPNQVMRYDLLERDY"
     CDS             6510..7355
                     /locus_tag="SEQF2634_00928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTVFLLLFSAQVVAQHHTRLNPATIEVHYHHTMQRDTVRRMA
                     TETDSMILRIGASASQFFSRHTFYYDSLWNDPDGRATAEALTLETFRTRDHSKEPRVG
                     TTYDYLYKNYPAGRVTTTNEQFHVACRYDEATPSISWVMADSIRTILGHPCRMATADF
                     RGRHWTAWFATDIPVSDGPWKLGGLPGLILEAYDRGDDYRYTAVRIVESGLDPVTFYC
                     FDGKPFFDTDRRTFLRSQRAFLSGQGNVYDIELIRAIVQSGRRKTYMQREAHRLLFDP
                     LERDY"
     CDS             7367..8203
                     /locus_tag="SEQF2634_00929"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTICYLLLFMALSVHASAQKDVLDRASMKCMYRATQLKDTLDV
                     AFYEDLLILQIGPQVSKCFSYYTFQNDSLRQTPEGNRQASELFNRALADFHKHRDRNR
                     FLNSFPRNRTVTIVYKNHPAGAITVTDGLREDQVTYCDTLNAQQWTMTDSTREVLGYT
                     CQQATADFRGRRWTAWFATDIPVSDGPWKLGGLPGLILEAYDKGHQYTFTAVGLERIA
                     EEPIVFTRHGGKNGYRTVDRRAFLKVKMFDLTHGGALGASGLKSTDYEPVYMDLIERD
                     YR"
     CDS             8245..10923
                     /locus_tag="SEQF2634_00930"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLWLSHVRKHTPIAIGLGCLASALRCKVAFHALLISLALMTGVA
                     ATAQRVTLSGTVTDGANGQPIAGVLVTVRPSGAQKVLAFTQTMANGRFEVTLTADATD
                     RVLYFSMMGYAARTLPIEKGRTTYNVTLKEQATALREVVIRAPSIHERGDTITYIVSR
                     FATTADRSLGDVLKKMPGIEVEKSGAITYNGKAINKFYIEGKDMLEGRYGIATNNIHP
                     SDVGSVEVMENHQPVKALENISFSQNPAINIRLKEDAKARWVGTAKAAVGASPFLWEG
                     ELALMRFKRKSQTLNTLKSNNTGRDVTREAALLIDGERAESALMEHIDVSPDRLRAID
                     GDRSRFNRSHLVTTNNLWGVSKDFDLTSQVTYGNHCLTSDVASSQTYFLDDSTVFTES
                     DEHTLSRRHAFTGDITLTANTPSLYVRNKLQVDLRWDDTQQTVRGTYPNLQAATLPRR
                     SFSDELELIRRHGRRAYSLRSLNVYRAHPHRITVRRSDGDEQQQRVESSVFYTHTHTA
                     LSFYFDPVALSLRAGLVGTWRSLRSALTGLSDSLGSLRNDMSTRRLRLYVSPELAYRH
                     ADLEATVRLPLSLLPYRHTDHITGRTTTRGHLLFAPTAYIQWYLTSRLTLSVGGRLSP
                     IAPDEQTFYEGLILRDYRHLSQGLIDDHLGQHISADITLRYRYPLRALFAHASAGYMQ
                     RRRPRTVDSRFLGAYLLQTTIPEATDTRSWTADASLSKGLDALRSIVTLSASFLSTRG
                     VAYRNRVPTFFTSTNRDASCKLSTRLATWCNTAYELSLSQSTIHVDRPDLQSSYLDLS
                     QRLTLHLIPHRMWSLRLTAEHYSNEIADGLRKQLLLADAELTCSLKGGWEVNVSARNL
                     FNRRTYAYTLYDGPSTFRKSYLLRPRNLTVGLFFRF"
     CDS             complement(11201..11356)
                     /locus_tag="SEQF2634_00931"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVLPLNREEYCHEKIAPPLKRKGYRREKLALSSKRKGFRYVD
                     LVLFLNR"
     CDS             complement(11508..14096)
                     /gene="susC_5"
                     /locus_tag="SEQF2634_00932"
                     /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
                     PFVTIVFEGSTIGGVTDMDGNFQLKNDRGLTRLKISYVGYDTKTVTLTAGHAATDVRI
                     LLSPSTIQLSEIVIRPKRERYTRKNNPAVELMKRVVARKDSNRITQLDDYSTECYEKM
                     TLSLDKFDTRLEKSKVLKRFKFLKNYLDTSEFDGRPILTLSLREKISDIYYRREPRSE
                     KVVVRATRQQGIDQSLDEYGTLTANLDEIFQGVDIFDNNITFLLNRFVSPLSSTLANT
                     FYHYYIMDTVDVGGEPCTDLAFVPVNAQSYGFTGRLYVTTDGTYSVKKVLLNVPRHIN
                     LNFVRELRVEQQFRRRTDGLWELDTDNTYVLFQLFDGGQQMYAHQLRSYSDYRTNIAS
                     ADSIFALSGRVQTPLSRYLAQPDSFWANRRHTPLRERESGIESLLNQLKEVTAFKVLL
                     KTAEILISGYIPINDVHEKNKLDFGPMNTVFSANNIEGFRIRAGAMTTANLHPHLFLG
                     GYGAFGLNDRRWKYSATATWAFNEKEYHEKESPVNNLSLQHEYDLYTPGQDFLFTSKD
                     NVFVAWKVGHPNRNMNYLRKTRLQYEREWRNGFSVKTWAQVMNNEAAGTLRYIVRNSA
                     DDFTRLQDYNTTEWGIQLRFAPGERAYNSRLGKSSVFNLSKDAPVFRLSHQVGFRGIL
                     GGDYRYNRTEAGVSKRIWLSSFGHIDASLRGGIVWDKVPFPLLITPNTNQSVTIQPEA
                     FHLMNPMEFMADRYVSFDARYHLKGWILNRIPLINLLGLREVASVSGVWGSLSDRNNP
                     DKTDGLMLFPDGSHAFGTSPYMEFSVGLENIFRVLEVSYYRRLTYLNHSDIQRHGVRI
                     ALHFDF"
     CDS             14316..14672
                     /locus_tag="SEQF2634_00933"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHCTEKVRRRLALWLCILFIGYTAATSFFYHAHYVNGRWIVHSH
                     PYTQAPETGHHTHTQAGFATLACLTAALMTSIAPTLYTQPFTRLSAVIIEAIRTALIS
                     QERFHLSLRGPPVMCL"
     CDS             15350..17965
                     /gene="btuB_1"
                     /locus_tag="SEQF2634_00934"
                     /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
                     AQGLKFQPGVRVETNCQNCGFSQVRINGLDGPYSQILIDSRPVFSALAGVYGLEQIPA
                     NMIERVEVVRGGGSALFGSSAIAGTINIITREPTGNSASLSHQTRGLGGLNTFENTTN
                     FNGSMVNENGRLGVTLFGQARHRTGYDHDGDGYTELPVLDGRTLGFRTFLKPNIYSRF
                     TLEFHNTHEFRRGGDLLKEQPHNAHIAEQLEHINNVGSLGYQYFSPDGHHRFNAYGSF
                     MKVQRKSYYGGGDRTADEIINEGKKNVEAAKDAFIAELKKKHPNITDDELEAEVKKSF
                     FPGSHNGLTNEDMLELNKRMSSYGRTNGLTYMFGAQYAADFDRLLFLPSTLTAGIEYN
                     HDHLDDKSGYREAPIDQRVNTKSAFLQNEWKDDRWSILLGARLDKHSMVSRAILSPRL
                     NLRFAPSKDFTLRASYSKGFRAPQLFDEDLHVDNAGGDLILSRNAPGLREETSHSFSA
                     SIDWYHRFGVWQLNLLAEGFYTQLVDAFGFTQKDTVIGGISQILKTRENSDGARVYGL
                     NFEGKIAYLNTWQLQGGLTAQRSLWNTERQWNEDDAYKTRRIYRTPDLYAYFIGTLNI
                     TRALSFSLTGNYTGSMLTGHEIPTEDDGSLTQFNGRPAATIHPDRMQHGEGQTDKTYG
                     PRTFKTPAFFEMGARVAYNIPLYKTYTLQLHAGVQNMFNAFQDDFDRGPSRDSAYIYG
                     PGSPRCWYAGMKLTL"
ORIGIN      
        1 ttgttgaagt tggcgtcggg attattgtcc gccagcgaac gaacaacatc gggcacgtta
       61 agctccaata cgacgttcat accgcccttc aaatcaagcc ccaaggtcac ctccatttcg
      121 cggcattgct tcagcgtata ggcgccgaac cagaccttct tgttggccaa tgagtctaaa
      181 taaaaactct ctttagcagg gtccccgtta gcatactcgg cggcttcctt gtagtatttt
      241 ctcgtcacaa acgagaagga gagatagtac aagcaaacca aagcgagcag tatggagaag
      301 accctcacga atcctttgtt ctgcatttga aattcctgat ttattgttat ttatacctta
      361 ttcttttttt tcagggcgca aatatagcgc gttttttatt ccaactacat ggaagagaac
      421 ctttgcaaaa gccccgtcaa tacagggaag tagcccccaa atgagacctt gcgaaagggg
      481 ctattcggtc gtcggtgcag ggatggcgtc catgatggcg aaaagctcgc caaccgtctc
      541 ggcgcgcagc atagctacac gcgtcggctt gaagtccggt atacctttga agagcggtgt
      601 ggcggccaag tggcggcgga tatggaggat gccacggcgc tcgtcaagac gctccacgct
      661 ctgcaaaacc tgctgcttga gcacatcgag ataccacgcg aacggctctg gcaggagtgg
      721 ttcacccgtc tgtagatagt gcttcacctc gcggaagatc cacggccgac cgatgcagcc
      781 acgcccgatc atcacaccat cgacgccgta gcggtcaaag gcttcatgac aacgctcggc
      841 agaggttatg tcgccgttgc cgataatggg aatcgtcatg cggggattcg acttgacggc
      901 gcagataagc gtccagtcgg cttcgccggt gtacatctgc gcgcgggttc ggccgtggat
      961 cgtcagggcg gcgatgccac agtcttgcaa ctgttcggcc agctcgacga tgatacgatg
     1021 atcggcgtcc caaccgaggc gcgtcttgac ggtcacaggg atacggaccg cacggacgac
     1081 ggcccgcgtg atctcaagca tgagcggcac gttgcgcaac atgccggccc cggcaccttt
     1141 acccgccacc ttcttgaccg gacatccgaa attgatgtcg agcacatcgg gccgagcggc
     1201 ctcgcaaatc tgtgcagcct cgaccatgga ctggacatcg cggccataga tctgtatcga
     1261 tacggggcgt tcttcgtcgc gtacccgcaa cttttcttcg gtgcggctga cgccacggat
     1321 gagcgcatcg ctcgagacaa attcagtgta caccatatcc gctccgaagc gtttgcacat
     1381 cagtcggaag gcggcatccg tgacgtcttc catcggcgcc tgcatgacgg gccgatcacc
     1441 taattcaatt gttccgattt tcatcttcct ctttgtacct ataatatatg tatgggggcc
     1501 ttctcttgat tctatccata ggatgctccc gatcctctac cctctaaaaa aaggaaaggc
     1561 gaagattcac atcttcgccc cctcagaaga attttaaaca ctacaccaga gcggcgatat
     1621 gatgggcaat gcgccgctct taatctcaaa aaacaatgtc tcgtggagcc cgccgcggtt
     1681 tgacgcccgc ctctcggagt cgctgccttg cgtatattct ctctcctgcg tggcgtaagg
     1741 gctcgctgtg accaatttga tcgaattcga ctgttttgat tgctgtttct tagtggaaaa
     1801 cgtcaaataa atttcttttc gacgccaaaa gtacacccct tttcatttta tgcaagtctg
     1861 agagacgtag cgcgccactt cgcgccggtc agtctgcacg gtttcgaact ctgacgtcac
     1921 ggcgcaactg cccatgggta cgcgctcgtt acggtaaatc atgccactct cgacaacgcg
     1981 tcgcgcagag gtgtgaaact cgcgggctcc ggtttcggac tcgatgcgcg cgatgttttc
     2041 cgcccgcacg ccacagccgg gcatgacgac gatacgtccg tcggcctggc tcaccagctc
     2101 gcggaggagg gggataccct gcacagcggt ggcttcctgg ccggaagtga gcacgcgatc
     2161 gacgccgtga cggatcagta gctcgagtga ggcgtgcgga tcgcggcaga cgtcgaaggc
     2221 gcgatggaag gtgaccgaga gcggtcgggc ggcggccata agtcgctcga ggaggggctc
     2281 gtcgatgtcg ccgtcgggcg ttaggcagcc gatgacgacg ccttgcacgc cgagctggtg
     2341 ggctacctgg atgtcgtgga gcatggcacc gacctcggtc tcggtataga gaaagtcgcc
     2401 ggcccgcgga cggatgagta cgtggatcgc gatccgctca gtggactgtc gcgccatgac
     2461 gatctcgcca tagctgggcg ttgtgccgcc ttcggggatg ccggcgcaga gttccacacg
     2521 tgcggctccg ccggcttcgg cctccacgca gctttgcgcc gagttggcgc agatttcgat
     2581 gattcgattc atatctctat aatcaggaat agagggacaa atgaaaagct aaaaactata
     2641 ctctaaaaat agtgcacttt cggcgggcaa tgataaccta aatcctaaca tcaaaggcta
     2701 ctcgccaacc ttcgctcgcc ctttccgaca aaaaagagct tcttcaataa tcgctgacac
     2761 ccctcccctc taaaaaagaa cctcttcaac aatccccgac atctcaatac ccaaaaagat
     2821 actactccaa actctcatca atacccctac tccctaaaaa aatgctccac cgacaaccat
     2881 caacacctca acccccaaaa agcgaatatc accaacggca aacgatattc cttacttcaa
     2941 aaagtaacta tcatcgatgc ccaccgacac ccccaccccc taaaaaaata ccccaccgat
     3001 aaccatcaac acccccaccc ccaaaaagcg aataccaccg actgaaaaca atacctctac
     3061 cccctaaaaa aatactctcc cgatagcaat caatacctca ccccccaaca aaaaaacacc
     3121 taacacccaa catcaaacaa cgaagaacga ccggatacct gcgagcgatg ctcggcaagt
     3181 atctggtcgt ttgcgggtga gcgtgagcga ctgacggtta gccctccttc ggcagatgga
     3241 tatcgggatt gccgctatcg ccggcacctc cggtgccgga gccaccgccg gcgccagagc
     3301 cgccgtcggg tttcttgccg gcgccgctat cgccgccggg cttcttcggc tcttccttct
     3361 cggggaggtg gatgtccggc ttgccgtcgt ccttccccgg cttttggggc ttgggttcct
     3421 tcggctgttt cggctgcttg ggttgcttcg gatccttcgg tttcttgtcg gcgttcgtct
     3481 gccggttcgc cagagtggac ttctgatggt tgatgtgcga cgttacgctc tcgacaaagc
     3541 cgcgatatgg aacgtcgcca ttcactacga cgagggcgtt gactgtctct atgagcttga
     3601 ggtacgcttc gtcgcaggct ttgcgcttct gcttaatgac gcccgtcaac tccgatcgct
     3661 cctctttggc tcgcttctta actgccgcca agtaggcggt ttgtttctgc tccagatcgt
     3721 cgacaaagtc ctttatacca gtctgggtga gcttgctgac gtccatcgcg cggaaatcct
     3781 gaatcaggtt tcgcagcgtg ccggactcct ggttctgagg ctgatcgacg atactgccgc
     3841 cgccgtactt cttgaatacg gccaccgctt cggcaccgac cttggccttc tccttgtctg
     3901 gatgtcccga aatgcctcgc acgaaagtgt agagctttgt gcaagaatcg tcgcgctgac
     3961 gatccaagtt cgacacctcg gccgctgacg gcacactgga tgcggccttg agcgccgtat
     4021 caaactctcc gaaagccttt ccgtggttct cgacgtccgt ctttagtcca gccgtatatc
     4081 cagaagccga ttcgagcagc ggcaactggt ctgtctcgtt cttgactaac tcttggaacc
     4141 caaaatcctc ctgcactcgg agtctcgcaa tgttgatagt tgatattttc atgactaact
     4201 cgctataaaa atggtatctg tttggggtgc gaagatccat cttttttctg accttccaaa
     4261 tttttcccat caatggcagt catttttttg attttggtct atcgtcgttc atcgatcata
     4321 caaaaatttt acaggaagaa tgattgtaat ccatcgacag taaaaccttt ttcaggaaag
     4381 gccattgtaa gccgtagaca gcgcttactt tttgagggaa gctaattgta agccgtcgac
     4441 agcaaaaact ttttgaggga agccaattgt aagccgtcga cagcgcaaac ttttcgaggg
     4501 aagtcgattg caagccgtcg acagcaaaaa ctttttgagg gaagctgatt gtaagccgtc
     4561 gacagcaaaa actttttgag ggaagctgat tgcaagccgt cgacagtaca aactttttga
     4621 gggaagctga ttgtaagccg tcgacagtgc aaactttttg aggaaagctc attgcaagcc
     4681 atctataata cattatatag ataaagagat gactcgtcag tcgtctaccc tatttctttt
     4741 tagaggaaag tgtgaccgat ttccattttt gattcatctt aaaacaaaca taggccatat
     4801 atttgcggca aaactacaaa ctgaacgaga tgaaaatcgt tgtttacctc cttctcctcg
     4861 cctctctcgc cgtacaggct gttgcgcgcg atccgctgat cgatcgggct tatatgaagt
     4921 gtctctaccg ctatgtttac ctcaatgata cgttgacagg aaagaccaag gatgatctgc
     4981 tcatcttaca aatcgggaaa agcatctcca agtgctttag tcattacagt aaccaagtcg
     5041 attccctctc tgcgctcccg aatggggaca tgataattgg aaaaatgatt aacgacgcca
     5101 tgaataatgg cgaatttatg cggggaaact atccccacaa gcgtctgaaa gcctacattt
     5161 ataagaatta cccagaggga cgtatgacag tgaccgatgg gctaatccta caggactatc
     5221 gctacgtgga ttcgctgcac gcgcagatct ggacgatggg cgacagcacg cgcgaggtgt
     5281 taggatatac gtgtcagcaa gcgacggccg actttcgcgg tcgccgatgg acagcttggt
     5341 tcgcgacgga catccccgtc agcgacggcc cctggaagct cggcggactg ccggggctga
     5401 tcctcgaggc gtatgatgag ggacagcaac atgtgtttac tgccgtcggc ttagaacggg
     5461 tgaaggacga accgatcatt tttaatcaat cgtttgttgg taatcggaaa tttgagtaga
     5521 caaaccgcct cgagtttctc cgatcgaaga aaaaatcact gatggatctc aatggctaca
     5581 ttcagatgga gacaggcatt gacttgagcc agggaaagcc gcaaaaagtg atgcgatacg
     5641 acctgttgga acgtgattaa tgatttcaaa atgaaagtca tcctctatct tctcctcgcc
     5701 tctctcgcct tacaggctgc cgcgcgagag ccggtgctcg atcgggcgca catgaagtgc
     5761 ctctaccgtt atgtttacac cttcgacacg ctgaaaaatg agttgcgcga cgacttactt
     5821 attctccaaa tcgggaaaga ggtgtcgaag tgttacagtt actacacctt tcaattcgat
     5881 tcgctgcagc gcacgcccga tggggcaaaa gtctggagcg agctattccg acgagcgaca
     5941 gaaaaggatg ggatctatgg aaacttcccg cacgtccgaa tgagcaccta tgtctataaa
     6001 aattacccga cgggacagat gacaatcacg gatcggatct cttcgcaggg ctatcgctac
     6061 gcggattcgc tgcacgcgca gacgtggacg atgggcgaca gcacgcgcga ggtgttagga
     6121 tatacgtgtc agcaagcgac ggccgacttt cgcggtcgcc gatggacggc ttggttcgcg
     6181 acggacatcc ccatcagcga cggtccgtgg aagctcggcg gactgccggg gttgatcctc
     6241 gaagcgtatg atgaggggca acaacatgta tttactgccg tcggcttaga acgggtgaag
     6301 gatgaactga tcatttttaa tcgaccgttt agaggtaatc atagatttga gcagacgaac
     6361 cgccttgagt ttctccgtat ggagcggcga ttcctgatgg attccaattc ttttatccaa
     6421 atggagacag gtattgactt gcttggcgat gaacccaatc aagtgatgcg atacgacctg
     6481 ttggaacgtg actactgatt tcgtaagcga tgaagacgac cgtttttctc ttactttttt
     6541 ctgcgcaagt cgtggcgcaa catcacacaa ggcttaatcc ggctacgata gaggtgcatt
     6601 atcaccacac gatgcagcgc gacacggtga gacggatggc gacggagacg gactccatga
     6661 tcctccgaat cggagcaagc gcgagccagt tttttagccg tcataccttt tattatgact
     6721 cgttgtggaa cgaccctgat ggtcgcgcga cggccgaagc actgacgctc gagacctttc
     6781 gcacgcgcga tcattctaaa gagccgcggg tgggaacgac ttatgactat ctctacaaga
     6841 attacccggc ggggcgagtc acgacgacta acgaacagtt tcacgttgcc tgccgctacg
     6901 acgaggccac gccctcgatc tcgtgggtga tggccgactc catccgtaca atactcggcc
     6961 acccatgccg catggcgacg gccgactttc gcggtcgtca ttggacggct tggttcgcga
     7021 cggacatccc cgtcagcgac ggcccctgga agctcggcgg actgccgggg ttgatcctcg
     7081 aggcgtatga ccggggcgac gattaccgtt acacggccgt ccggatcgtg gagagtggcc
     7141 tcgatcccgt gacgttctac tgtttcgacg gcaaaccctt tttcgacacc gatcgccgga
     7201 ccttccttcg ttcccagcgt gccttcctca gcggacaagg caacgtctac gacatcgaat
     7261 tgatccgcgc gatcgtgcaa tccggccgcc ggaagaccta catgcagcgc gaggctcatc
     7321 ggctgctctt cgatccattg gaaagggatt actaatacga tagggtatga aaacgatttg
     7381 ctacctcttg ttatttatgg cgttgtccgt ccatgcctcg gcacaaaagg atgtgctcga
     7441 ccgcgcatct atgaagtgta tgtatcgggc gacgcaatta aaggacacgc tcgacgtcgc
     7501 tttttatgaa gacctcttga tactgcagat tggaccccaa gtctccaaat gtttcagcta
     7561 ttacacgttc cagaacgact ctctccgaca gacgccggag ggaaatcgtc aggcgagcga
     7621 gctttttaat cgtgccttgg ccgatttcca taagcatcgc gaccgtaacc ggttcctgaa
     7681 tagctttccg cgtaatcgca ccgtcacaat cgtttacaag aatcaccccg cgggcgccat
     7741 caccgtgacc gacggactgc gggaagatca agtgacgtat tgcgacaccc tcaacgccca
     7801 gcagtggacg atgaccgaca gcacacgcga ggtgttagga tatacgtgtc agcaagcgac
     7861 ggccgacttt cgcggtcgcc gatggacggc ttggttcgcg acggacatcc ctgtcagcga
     7921 cggaccctgg aagctcggcg gactgccggg gctgatcctc gaggcttacg ataagggcca
     7981 tcaatatacg tttacagccg tcgggctaga gcggatagcg gaggaaccga tcgtctttac
     8041 tcgtcacgga gggaagaatg gctaccggac ggtggacagg cgtgctttcc tcaaagtgaa
     8101 aatgttcgat ttgacgcacg gcggtgcact cggcgcctcg ggtctgaagt cgacggacta
     8161 cgagcctgta tatatggatc tgatagagag ggattaccgg tgatgagaca cttccatcgc
     8221 agcacatctg ctgcgttacc tgcgatgctc tggctcagtc atgtgcgtaa gcacacgcct
     8281 atcgccatcg gtctgggatg cctggcatcg gcactacgct gcaaggtcgc gtttcatgcg
     8341 ctcctgattt cgttagccct catgacgggc gtcgcggcca cggcccagcg ggtgaccctc
     8401 tcgggaacgg tcaccgacgg cgctaacggc caacccatag caggtgtgct cgtcacggtg
     8461 cgcccttccg gagcgcagaa agtgctggcg ttcacgcaaa cgatggctaa cggacggttt
     8521 gaagtgacgc tgacggccga cgcgaccgat cgcgtgctct acttttcgat gatgggctac
     8581 gccgcacgca cgctcccgat cgagaaaggt cggacgacgt acaacgtgac ccttaaagaa
     8641 caggccacag cgctgcggga ggtcgtcatc cgcgctccca gcattcatga aaggggggac
     8701 accatcacgt atatcgtctc ccgatttgcg acaacggccg accgctcgct gggcgacgtc
     8761 ctcaaaaaga tgccaggcat cgaagtcgag aagagcgggg ccatcaccta caacggaaag
     8821 gctatcaaca agttctacat cgagggtaag gacatgctgg agggccgata cggcatagcg
     8881 acgaacaata tccatcccag cgacgtgggt agcgtggagg tgatggagaa ccaccaaccg
     8941 gtgaaagcgc tggagaacat ctctttttca caaaacccgg ccatcaatat ccggttgaag
     9001 gaggacgcca aggcgcgctg ggtggggaca gccaaggcgg ccgtcggcgc gagtcctttc
     9061 ctttgggagg gagagctggc gctgatgcgt tttaagcgga aatcgcaaac gttgaacacg
     9121 ttgaagtcga acaacacggg tcgcgacgtg acgcgtgagg ccgcgttgct catcgacggc
     9181 gagcgtgccg aatcggctct catggagcat atcgacgtgt cccctgaccg cctgcgggct
     9241 atcgacggcg accgcagtcg tttcaaccgt tctcacctcg tgacgacgaa caacctctgg
     9301 ggcgtgtcta aagattttga cctcacgtcg caagtcacct atggcaacca ctgcctcacg
     9361 tctgacgtgg ccagcagcca gacgtatttc ctcgacgact cgaccgtttt caccgaatcc
     9421 gacgagcaca ccctcagccg ccgccacgca ttcacgggcg acatcacgct gacggccaac
     9481 accccgtcct tatacgtgcg caacaagctg caagtcgacc tccgttggga cgacacacag
     9541 caaaccgtcc gtggcaccta ccccaacctt caagcagcca cgctcccccg ccgttccttc
     9601 tccgacgaat tggagctgat ccgtcgccac ggccgtcgcg cctactcgct ccgctcgctc
     9661 aacgtctacc gtgcccatcc gcaccgcatc accgtccgac ggagcgacgg cgacgagcag
     9721 caacagcgcg tcgagtcgtc cgttttttac acccacacgc atacggcgct ctcgttctat
     9781 ttcgaccccg tcgccctctc cctgcgcgcg ggcctcgtcg gcacctggag gagcttacgc
     9841 agcgcgttga ccggcctctc ggactcgctc ggcagcctcc gcaacgacat gtcgacgcgt
     9901 cgcctccgcc tgtacgtctc ccccgagctg gcgtaccgtc acgccgacct agaggcgacc
     9961 gtccgactgc cgctctccct cctcccctat cgccatacgg accacatcac cggccgcacg
    10021 accacgcgcg gacaccttct ttttgcgccc acggcttaca tccagtggta cctcacctcg
    10081 cgactcaccc tgtccgtcgg cggtcgcctg tcccccatcg cgcccgacga gcagacgttt
    10141 tacgaaggcc ttatcctgcg tgattatcgc cacctgtcgc agggactcat cgacgaccat
    10201 ttggggcaac acatctcggc cgacatcacg ctccgttacc gctatccgct tcgcgcgctg
    10261 ttcgcccacg cctctgccgg ctacatgcag cgtcgccggc cgcgcaccgt cgacagccgt
    10321 ttcctcggcg cttacctcct ccagacgacc atcccagagg ccaccgatac ccggtcatgg
    10381 acggccgacg ccagtctgag caagggtctc gacgctcttc ggagcatcgt caccctgagc
    10441 gccagcttcc tctccacccg aggcgtggcc taccgcaatc gcgtacccac ttttttcacg
    10501 tctacaaatc gcgacgccag ttgcaagctc tccacccgtc tcgcgacgtg gtgcaacacc
    10561 gcctacgagc tctcgctttc ccagagcacc attcacgtcg accgtcccga cctccaatcc
    10621 tcgtatcttg acctctccca acgtctcacg ctacacctca tcccgcatcg catgtggagc
    10681 ctacgcctca cggccgagca ctacagcaac gaaatcgccg acggacttcg caagcaactc
    10741 ctcctggccg acgccgagct gacgtgcagc ctgaaaggtg gctgggaggt aaacgtttcc
    10801 gcccgcaacc tcttcaaccg ccgcacctac gcctacaccc tctacgacgg cccatcgaca
    10861 ttccgcaaat cctatctcct ccgcccgcgc aacctcaccg tcggcctctt cttccgcttc
    10921 tgacgccccc tcccccaccg acatctccac tcctctcaaa cagaaagccc tattgcctca
    10981 cagcgacacc tcttcctttt cgggggaagc gctatttttt acggcgaaag ccctttcttt
    11041 tcgaaggaaa agctattgtt tcacatcgac agccctttct tttcgagaga agagctgttt
    11101 ttttcggaca atcccccttt attttcgggg gaagagctgt tttttcatag cgacagctct
    11161 tctttttcga gggaggagct atttttttcg gacaatcccc ctatctattc aagaagagca
    11221 ctaaatccac atagcgaaag ccttttcttt tcgaggaaag agctaatttt tcacggcgat
    11281 agccttttct tttcaaggga ggagctattt tttcatgaca atactcctct cgatttaagg
    11341 gaagcactaa atccatacag cgacagcctt ttttttcaag ggaggagcta ttttttcatg
    11401 acgatattcc tctcctctcg aaaagagagg cgtaaacgca aaaaagcgcc ccgatcacca
    11461 aagaggtgaa agaggcgctt ttcgttatga tcgagcgacc gtagacgtta gaagtcgaaa
    11521 tgcaacgcga tacggacgcc gtggcgctgg atgtcggagt gattgaggta ggtcaggcgg
    11581 cggtaatagc tgacttcgag cacgcggaag atgttttcca gtccgacgct gaactccatg
    11641 tagggcgagg ttccaaaggc gtgcgatccg tcggggaaga gcatgaggcc gtcggtcttg
    11701 tccgggttgt tgcggtcgct gaggctgccc cagacgccgc tgacggaggc tacctcacgc
    11761 aacccgagga ggttgatgag cggaatgcgg ttcaggatcc agcctttgag gtgatagcgg
    11821 gcgtcgaagg agacgtagcg gtcggccatg aactccatcg ggttcatgag gtggaaggct
    11881 tcgggctgga tggtgacgga ctggttcgtg ttcggggtga tgagcagcgg aaagggcacc
    11941 ttgtcccaga cgatgccgcc gcgcagggag gcgtcgatgt gaccgaagga ggagagccag
    12001 atgcgtttgc tgacgccggc ctcggtgcgg ttgtagcggt agtcgccgcc caggatgcca
    12061 cggaaaccga cctgatgcga gaggcggaag acgggggcgt ctttgctgag gttgaagacg
    12121 gagctcttgc ccaggcgact gttataggcg cgctcgccgg gggcgaagcg gagttggatg
    12181 ccccactcgg tggtgttgta gtcctgtagg cgggtgaagt cgtcggcgct gttgcggacg
    12241 atgtagcgga gcgtgccagc ggcctcgttg ttcatcacct gcgcccaagt cttgacggag
    12301 aatccgttcc gccactcgcg ttcgtattgc aggcgggtct tgcggaggta gttcatgttg
    12361 cggttcggat ggcccacttt ccaggccacg aagacgttgt ccttgctggt gaagagaaag
    12421 tcctgaccgg gggtgtagag gtcgtactcg tgctggaggg agaggttgtt gacgggcgat
    12481 tccttttcgt gatactcctt ttcgttgaag gcccaggtgg cggtggcgct gtatttccat
    12541 cggcggtcgt tgaggccgaa ggcgccgtag ccaccgagga agaggtgcgg gtggaggttg
    12601 gccgtagtca tggcgccagc gcggatgcgg aaaccctcga tgttgttggc actgaagacg
    12661 gtattcatgg ggccaaagtc gagcttgttc ttctcgtgca catcgttgat ggggatgtaa
    12721 ccggagatga ggatctcggc tgtcttgagg agcaccttga aggccgtcac ctccttgagc
    12781 tgattgagca gactctcgat gccactttcg cgctctcgga gcggggtgtg gcgacggttg
    12841 gcccagaagg aatcgggctg cgcgaggtag cgcgagaggg gcgtctggac gcgtccggag
    12901 agggcgaaga tggagtcggc actggcgatg ttcgtccgat agtccgagta gctgcgcagc
    12961 tggtgggcgt acatctgctg accgccgtca aagagttgga agagcacgta ggtgttgtcc
    13021 gtgtccagct cccagaggcc gtccgtacgg cggcggaact gctgctcgac gcgcagctca
    13081 cggacgaagt tgaggttgat gtgtcggggc acattgagga gtaccttctt gaccgagtag
    13141 gtgccgtcgg tcgtgacata gagtcggccg gtgaagccgt agctctgcgc gttgacgggc
    13201 acgaaggcca ggtcggtgca gggctcgccg cccacgtcga ccgtgtccat gatgtaataa
    13261 tggtagaagg tgttggccag ggtggacgag agaggactga cgaagcgatt gagcagaaag
    13321 gtgatgttgt tgtcgaagat gtcgacgcct tggaagatct catcgaggtt agcggtgagg
    13381 gtgccgtatt cgtcgaggct ctggtcgatg ccctgctgac gggtggcgcg gacgacgacc
    13441 ttttcggatc ggggttcgcg gcggtagtag atgtcggaga tcttctcgcg cagggagagc
    13501 gtgaggatgg ggcggccgtc gaactcggag gtgtcgaggt agttcttcag gaacttgaat
    13561 cgcttgagca ccttgctctt ctccagtcgg gtgtcgaact tatcgagcga gagggtcatc
    13621 ttttcgtagc actccgtgct gtagtcgtcc agctgcgtga tgcggttgct gtccttgcgg
    13681 gctacgacgc gcttcatcag ctccacggcg gggttgttct tgcgggtgta gcgttcgcgt
    13741 ttggggcgga taacgatctc ggagagctgg atggtggagg gtgagagcag gatgcggacg
    13801 tccgtcgcgg cgtgtccggc ggtgagggtg acggtcttgg tgtcatagcc cacgtaagag
    13861 atcttgaggc gtgtcagccc gcgatcgttc ttcagctgaa agttgccatc catgtcggtg
    13921 accccaccga tggtggatcc ctcgaaaacg atcgtaacga agggcagggg ttcgccagtg
    13981 atggagtcga ccaccatgcc agcgacggaa gtagcgtgtt gtgcgtatgc ggcttgtcgg
    14041 ccgaggccga tgagcaaaag gaccgcaaag agggttcgga taaccgcttt gttcattctg
    14101 tgtaagataa cttgttactg ttcaattaag cggcgccaaa gatagagtga gcgtaaaaac
    14161 ccgaccatcc aaaaggaggt ggcaaattcg tcgtggggaa ggcctccccc ccaccgtccc
    14221 cattcgatgg gattggcgca tctgatctta gtacatttct ttgcacccga tttcaaacac
    14281 gtttcaagcg cattccatcc atacacaccc cacgcatgca ttgcactgaa aaagtaagac
    14341 gacgactggc cttgtggctg tgcatcctct tcataggata cacggcggcg acgtcgttct
    14401 tctatcatgc gcactacgtg aacggtcgat ggatcgtgca ctctcacccc tacactcagg
    14461 cgcccgagac gggccaccac acccacacgc aggcgggctt tgctacgctg gcctgcctca
    14521 ctgcggcgct gatgacttcc atcgcgccca cgctttacac ccaacctttc acgcgtctct
    14581 cggccgtcat catcgaggct atccgcacgg cactcatcag ccaggagcgc ttccacctat
    14641 cgcttcgcgg cccgccggtg atgtgcctct aaatggcgaa ttgctgcgtt gcgatcgatt
    14701 ctcggtctcg gacgccttgc acttcatcca tttatgaaca ccgccctgta atccacctgt
    14761 caattgatta ttgtcaacga ttatagggtc cattattcgc ccccgacggc cattgttgcg
    14821 tgctcctgct tcggaaatac acgctatcag actgatgcag ccttgcaggg ctccgtcgaa
    14881 gtcttcgcca gctccacgca ggcttgcagg gactcgtcga agtcttcgcc agcctcacgc
    14941 aggcttgcag ggactcgtcg aagtcttcgc cagcctcacg caggcttgca gggactcgtc
    15001 gaagtcttcg ccagcttcaa acaggcttgc agggacttgt cgaagtcttc gccagctcca
    15061 cgcaggcttg cagggctccg tcgaagtctt cgccagcttc acgcaggctt gcatggactc
    15121 gatttaccgt aaatcagctt caagcaggct tgcatggact cgatttaccg taaatcagct
    15181 tcaagcaggc ttgcatggcc ccgatttacc gtaaatcagc gtcaagcacg cttgcatggc
    15241 ttcgatatac agtatatcag ccttaagcag gcttgcaggg cccgatatac ggtattccaa
    15301 ctgtctaaaa acaaacagag atatcacact aataaacaca agtaagaaaa tgagaatcat
    15361 ttacctcccc ctgctgatgc tttgcgcatc actcacacag ccggtctggg ccggcacgac
    15421 tgatcccacg atcggatcgg aacaagtcaa acccaagaca gacgccgtcg tcaccggcca
    15481 cgtggtcgac gctaagacgg gcgaacactt gccctacatc aatgtcgtag tcaaaggcac
    15541 caccatcggc gtggccaccg acgccacggg tcactacatg ctcaaggacc tgcccgcggg
    15601 cgaactgacc atcgaggcca gcttcatcgg ctacaaaaag gtcgtgaaga aggtcaagac
    15661 gaagcccaac acgatggtcg aagtcaactt tgagctcgag gaagaggcgc tggccatcga
    15721 cgaggtggtc gtctcggcca cacgcagcga gacgatgcgc cgcgaagcac cgtcgctcgt
    15781 gaacgtgctt gacacgaagc tcttcgagcg tacccaatcg accgacatcg cccagggact
    15841 gaagttccaa cccggcgtgc gcgtggagac caactgccag aactgcggct tcagccaagt
    15901 gcgcatcaac ggcctcgacg gcccctattc gcagatcctg atcgactcac gccccgtctt
    15961 cagcgcgctg gcgggcgtct acgggctgga gcagatcccg gccaacatga tcgagcgcgt
    16021 cgaggtggtg cgtggcggcg gatcggcgct gttcggatcg tcggccatcg cgggcacgat
    16081 caacatcatc acccgcgaac cgacaggcaa ctccgcctcc ctctcgcacc agacgcgcgg
    16141 actgggcggc ctgaacacgt ttgagaacac gacgaacttc aacggctcca tggtgaacga
    16201 aaacggtcgg ctgggcgtca ccctcttcgg ccaggcacgc caccgcacgg gctacgacca
    16261 cgacggcgac ggctacacgg agctgcccgt gctcgacggt cgcaccttag gcttccgcac
    16321 cttcctcaag ccgaacatct actcgcgctt caccttagag tttcacaaca cacacgagtt
    16381 ccgccgcggc ggcgacctgc tcaaggaaca accccacaac gcccacatcg ccgagcagct
    16441 ggagcacatc aacaacgtgg gcagcctcgg ctaccaatac ttcagccccg acggccatca
    16501 ccgcttcaac gcctacggct cgttcatgaa ggtgcagcgc aagagctact acggtggcgg
    16561 cgatcgcacg gcagacgaga tcatcaacga gggcaagaag aacgtggagg ccgccaagga
    16621 cgccttcatc gccgagctta aaaagaagca ccccaacatc acggacgacg agctggaggc
    16681 cgaggtgaag aagtccttct tccccggctc gcacaatggc ctgacgaacg aggatatgct
    16741 ggagctgaac aagcgcatgt cttcttacgg acgcacaaac ggcctgacct acatgttcgg
    16801 cgcacagtat gccgctgact ttgaccgcct gctcttcctc ccctccacgc tcaccgcggg
    16861 cattgagtac aaccacgatc acttggacga taagagcgga taccgcgagg cgcccatcga
    16921 tcagcgcgtg aacacgaaga gcgccttcct gcaaaacgaa tggaaggacg accgctggag
    16981 catccttctc ggtgcccgac tcgacaagca ctcgatggtc agccgcgcca tcctcagccc
    17041 gcgcctcaac ctgcgctttg ccccctcgaa agattttacc ctgcgcgcca gctacagcaa
    17101 gggattccgc gccccgcagc tctttgacga ggacttgcac gtggacaacg ccggtggcga
    17161 cctcatcctc tctcgcaacg ccccgggcct ccgggaggag acctcgcaca gcttcagcgc
    17221 ctccatcgac tggtaccacc gcttcggcgt ttggcagctc aacctgctgg ccgaaggctt
    17281 ctacacccag ctcgtggacg cctttgggtt tacgcagaag gacaccgtga tcggtggcat
    17341 ctcgcagatc ctcaagacgc gcgaaaactc cgacggcgcc cgtgtgtacg gcctcaactt
    17401 cgagggtaaa atcgcatacc tcaacacctg gcagctgcaa ggcggactca ccgcgcaacg
    17461 tagcctttgg aacaccgagc gacagtggaa cgaggacgac gcctacaaga cgcgccgcat
    17521 ctaccgcacc cccgacctct acgcttactt catcggcacg ctgaacatca cccgcgccct
    17581 cagcttctcc ctcacgggca actacacggg cagcatgctc accggccacg agatcccgac
    17641 cgaggacgac ggttcgctca cacagttcaa cggccgcccc gccgccacca tccaccccga
    17701 ccgcatgcag cacggcgaag gtcagacgga caagacctac ggcccacgca cattcaagac
    17761 gccggccttc ttcgagatgg gcgcccgcgt ggcctacaac atcccgctct acaagaccta
    17821 cacgctgcag ctccacgccg gtgtgcagaa catgttcaac gccttccaag acgacttcga
    17881 ccgcggtccc tcgcgcgact cggcctacat ctacggcccc ggctcgcccc gctgctggta
    17941 cgccggcatg aagctcacgc tctaatcgtc agagggttca ttgtcaatga tagaaagggc
    18001 atctccgcgg gtcgggggtg cccttttttc gtatgctcac cctggctgcc gccccgctcg
    18061 gctgagcctg atctgccgcc gatccccccg ccctacctca gccccgcccg ccgcgcctat
    18121 ctttgccgcc caaacaacac atcatagtac atatcacaca aatgggaaag accgcattaa
    18181 tcacaggcat cacgggccaa gacggatcgt acttggccga gtttctgatc gacaaaggct
    18241 atgaggtgca cggcatcatg cgccgctcct catcgttcaa caccgggcgc atcgagcacc
    18301 tctacctcga cgagtgggtg cgcgacatga agcgccaacg caccatcaac ctccactacg
    18361 gcgacatgac cgacagtagc tcgctcgtcc gcatcatcca actgacgcag cccgacgaga
    18421 tctataacct cgccgcacag agccacgtca aggtcagctt cgacgtgccc gagtacaccg
    18481 ccgacgccga cgccatcggt accctccgcc tgctggaggc cgtacgtatc ctcggtatgg
    18541 aacacaagac acgcatctat caggcctcta cctctgagct cttcggactc gtgcaggagg
    18601 tgccgcagcg cgagacgaca cccttctacc cccgatcgcc ctacagcgta gccaagcaat
    18661 acggcttctg gatcaccaag aactatcgcg agagctacga catgtttgcc gtcaacggca
    18721 tcctcttcaa ccacgaaagc gaacgccggg gcgagaactt tgtcacccgt aagatcaccc
    18781 tggccgccgc acgcatcgtg cagggcttcc aagacaagct ctacatgggc aacctcaacg
    18841 cgttgcgcga ctggggttac gccaaggatt acgtggagtg tatgtggatg atgctgcaat
    18901 acgagcgccc ggaggacttc gtgatcgcta cgggcgagat gcacaccgtg cgcgagttct
    18961 gcaccctggc cttccgtgag gccggcatcg agctgcgttg ggagggcgag ggcctgaatg
    19021 agcgtggcat cgacgtcaag acgggccgct cgctcgtgga ggtagatccg aaatacttcc
    19081 gccccgccga agtagaacag ttgctcggcg acccgacgaa ggcgaagaca ctgctcggtt
    19141 ggaacc
//
LOCUS       SEQF2634|AYYE01000983.145093 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..45093
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(22..393)
                     /locus_tag="SEQF2634_00935"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLPLLLLSLATTIAHAQSEGLADSLAADLRMIRQATARHT
                     ALWGLDLYGPLLFIDPETRVAYANEPDSAGLLRPCGSLYAGRLPEDVLTANTATKWGG
                     RTWGVSVKRDETGTKQLDAIR"
     CDS             complement(439..744)
                     /locus_tag="SEQF2634_00936"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGVDTSRPVIVADHQPKFREVVMNGADLGLFGHTHAGQIWPFS
                     WIIKLAYKHTYGYFREGPAQFYISSGIGCAGPPYRIGTRSELVVLHIRFEKPASPGQ"
     CDS             complement(692..1585)
                     /gene="cpdA_2"
                     /locus_tag="SEQF2634_00937"
                     /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
                     MTDTHFGESIGKRNAQRFVALSNAEQPDMVVIAGDVIDYELRIAARERIEEDLRRLRA
                     PLGVYITLGNHEYRANRIAKQRWLRRTGGDATDRLRRAARQHLHPHRPRRLHQSPSRR
                     PEPTHARGRHEPPRDRGRPSA"
     CDS             complement(1582..2682)
                     /gene="cpdA_3"
                     /locus_tag="SEQF2634_00938"
                     /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="MMPFFLILMLAAYIGGNAYIFTRALQALPPMPAIFKWLFGLAYW
                     GYALSIFLVFIFRARESADPWGHFFFQVSTGWLVFTLYMVLALVCFDLFRVLVPSFRH
                     GFACALLVTTGVLAYGYYTYKHPQLREVDIITDRLPAGSLGLKIVGVSDVHLGLGTTR
                     DDLSRYVDLINAQHPDIILISGDLIDNDVRPVDEAAMDEELNRLHATYGIYMVPGNHE
                     YLSGIDACKRFIRGRTNIHLLMDSVATLPDGIRIVGRDDRTNMARKTLPELMNRIDTV
                     VPIIVLDHQPTDLTQAERAGVDLIFCGHTHHGQVWPLNLATDRLFDVAYGYTRRGRTN
                     IYVSSGLSLWGPPFRIGTRSELVVFRLIPAEL"
     CDS             2859..3878
                     /gene="hmuU_2"
                     /locus_tag="SEQF2634_00939"
                     /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="MRSSLLFALLGLLVAVLWTASLAYGTVPIPPIDVVRILLGQPSD
                     PVAWSTIVLESRLPQATTALLVGASLAAAGLLLQTLFRNPLAGPSILGISDGANLGVA
                     IVMLFFGGTIGLTTGGAAIGGSLALILAAFAGACCVLALIIYFSTRVSGNVMLLILGI
                     MVGYLASSLISLLNFYASADRIRGYVMWGMGDFSSVSNTRLPFFALCTLGGLIAALLL
                     VKPLNALLLGERYATNLGVKIRRTRVLILLCTGLLTATATAFCGPVSFIGLAVPHVAR
                     LTLGRADHRMLLPVTMLLGSAMALLCNLLTVIPGTGTVFPLNAVTPIFGAPVIIYVIL
                     RRRGI"
     CDS             3868..4488
                     /locus_tag="SEQF2634_00940"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYDPKRVEPISGQHTLAGYHQSHLWGLSRAVWDTSPQSMEREF
                     GVRIKPAESFYGSLAKTFLEMPTTLRQMLRRTFWCLRDSRKSRGVCFGVCGYSRKSRG
                     VCFGVCGSPASLAAFALAFAGIPASLAAFALAFAGTPASLAANARVFAGVPQERFSPF
                     WRLQDCCKHFQRLFGRYNMLSETFSMNKGISFFCRTHVMDSIGTLA"
     CDS             4582..5124
                     /locus_tag="SEQF2634_00941"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYENDTLDDYSSSSERYRTRHVNIRTLRVEPQFNFDETYITIF
                     SERRIYDPDGDIHYDPIKPRRTSTQVEMFDAFRYYLDEGKSSLRNFCRSYGLTVPYLH
                     GLIFCLTGMDATDYRLSWQMKRADELLRYTNLSIPEVARMSGVGTPPNLFYAYQRDYD
                     CSPSERRRAIRQPNDVGRFR"
     CDS             5164..5730
                     /gene="tag"
                     /locus_tag="SEQF2634_00942"
                     /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="MMTAKRCSWCERDALYRAYHDEEWGRPIHDDRRLFELLVLESFQ
                     AGLSWYTILAKREGFRATLDGFDYRLIAAYDDAKVEALMQDTRIVRNRRKILATIQNA
                     ALFMEIQQEFGSFSAFIWAFVDGSPCVNHPRKLEDVPASNQTSDAIAAELKRRGFKFF
                     GTTVAYAFMQSAGLVNDHIEDCAFKYPG"
     CDS             5943..6635
                     /locus_tag="SEQF2634_00943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYIAIAAKLVVGMVGILVFLRVAGKAQMAQLTPLDTVSAFVIG
                     ALVGGVLYNPDMSVWHILFALAVWTAFNLFIRFCMRSALLRRLIKGDSVYLVKNGVLN
                     FKVFKRNSLEMEQFRLMLRQKGIFSMFDVEDVRFETNGAVTVPGIGDTTTSYLLVNNG
                     AIVQSSLVHCDRTEEWVLQVIHAYGYKRPSELFCLEWTPGRGFYLVAKSGDVKRGEEE
                     FGVEKIGSEVLN"
     CDS             7669..7827
                     /locus_tag="SEQF2634_00944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIANRLFEEYSEVVRKSIRSIECTLRGVYDSVLGTRGAYAIRPY
                     LTDRKSYP"
     CDS             complement(8314..10788)
                     /gene="alr1"
                     /locus_tag="SEQF2634_00945"
                     /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
                     VIYNADDDFIASSLDKAYLSHKAVGWSRRDSEAPLYIKSIRKKDSTTELRCEMLDREH
                     VYEIPFTDDASIEDVIHCIALMLYLKPTSLENKQIFSELEPVAMRLEVKEGINGCQLI
                     NDTYNSDINSLDIALDFQLSRRAGKPLKTTIIISDILQSGMLPKTLYRKVAELLRRKR
                     VERIIGIGRDLKEYAAAFEIPEKEFYLTTDEFIHSPSIRSFDHELVLLKGSRVFHFER
                     ITELLEKKVHETVLEVNLDAVVHNFNYFRSRLRRETKMVCMVKAFGYGAGAYEVARTL
                     QEHRCDYLAVAVADEGEALRKEGITIPIMVMDPEFSSFNTLFEYRLEPEVYSFRLLEA
                     LIHEAGRRGITSYPIHIKFDTGMHRLGFQPEDVPAICERLSSQSELAVRSAFSHLVGS
                     DSAEHDDFTRRQFRLFTDAASQLERGLGYSILRHILNSAGIERFSEQQMDMVRLGISL
                     YGISATDRDSRRLQPVSSLRTTILQIQIVPAGDSVGYGRRTYLQRPSRIAIIPIGYAD
                     GMDRHLGNGVGQVLIGGHRCPTVGNICMDLCMIDVTDTDAKEGDSVTIFGPGLPVSEM
                     AERLGTIPYEVLTSISPRVKRIYYKE"
     CDS             complement(11037..11996)
                     /locus_tag="SEQF2634_00946"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFITPIQIPPSTIRIGYEHRTMIFGSCFAEAIGQRLFDLLFPI
                     DLNPFGILYNPDSIAAAIRRLMDGNLFTADELTRYDDLYHSLLHHGSFSAPTADECLE
                     RINARLSAGAEFLAAADRIIVTFGTSYVYRWKGTGAVVGNCHKMPDSYFRRERLSVDK
                     VVHRWNLLLDSMVRRRPEVKWIFTVSPVRHLRDGAHENNLSKSVLHLIIEKLISLYPT
                     IANYFPAYELMMDELRDYRFYAEDMCHPSPAAVRYIGDRFESTYMDAKTIAWLRRAEA
                     LHRDLQHRPIHPDSEAHRRFLVQTKLKLKQLRAELPTPPTFAR"
     CDS             complement(12146..13549)
                     /gene="estD"
                     /locus_tag="SEQF2634_00947"
                     /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="MAKYLYVCIIALCMTCTVAARNVTGRWTGKLQVSEGQLTLVLRI
                     QEVEGGKLSAFMDSPDQGAYDIPCDSVVYSAPHLKVIISSIGARYEATLEDNSLRGQF
                     IQGGASSPLVLTPSAEEDRSTLHPQEPKPPYPYQVEEVRFVNSTDGDTLAGTLTMPTT
                     PGPHRAVVMITGSGPQSRDEPIMNHRPFLVWADALTRLGIAVLRYDDRGVGASTGNFN
                     EARTADLARDVEAAVDYLRSRKEIDNQRIGLIGHSEGGMIAPIVAVSRPKDVSFIVLL
                     AAPGLRGDSILVMQNEIISRRSHTPDSIREATAQLNRSLFALLVPPTTDEEALRQSLA
                     EVLRGAFFDGPLAPPMPHEQVELAINQEMEMLTAPWMRDFLRYDPAPMLSSVQCPVLA
                     VQGSEDVQVPAAANLPIVEKALTLHGNKAVTIKEFPGLNHMLQHCQTCLPDEYGEIRE
                     TVSPEVLQFVGEWIMKR"
     CDS             13688..13795
                     /locus_tag="SEQF2634_00948"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPHDYPQMKMNNEKISGIHSSVRVGAYGIRPTNIP"
     CDS             complement(14198..15178)
                     /locus_tag="SEQF2634_00949"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSKIIVGITSQYPLGMHVDLQQQIYDLVHPFGAEKILLDATD
                     IPKWKSDIDLEKESVREPTASKVTKYLSEKNKKRSEIISLLFQEVRLASKSPIEARST
                     AGHRLRIATDAYKGLQNENMNDATGHISGLLIDLEKTDAAADLATIGMAPLVQMLRTI
                     NTEFITLRDERLKSEASVGVTKGSVLRTRNDETANEVFRHIEAAYLSTTSDDDRKAIG
                     ELIDRINKALQYTKTSYRRSLAQKKASADRKKKPKDPKAPKQPKEPKKKRKESDPDIR
                     LPENEPKKPGGEGEGKKPDDGKKPTPGSPGGGTGGGAGSGGGPEIHLPEE"
     CDS             complement(16451..17467)
                     /gene="ctpA"
                     /locus_tag="SEQF2634_00950"
                     /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="MKIRVPYFLIFLTLLLTGCDKADRYSASPRENFEALWRIIDEHY
                     CFFEEKGVDWEVVRRKYERQLSDTMSRYELFDLLSDMLAELKDGHTNLVSPFNTARYW
                     AWFEDYPRNFNTDIQRNYLGTRYGIAGGMRYVKLPGTEIGYIYYGSFSSAVSETNLDE
                     IFYFFRTCRGLIIDVRGNGGGALTNVERIASRFLSEPIRTGYIVHKTGPGHSDFSEPY
                     PVDLRPSTHTRWRRPTVVLTNRHSYSATNDFINVMRRIDRVIILGDRTGGGGGMPFSS
                     ELPNGWQVRFSASPLLDADKRSIESGIDPDIRMDMTKADMDRGKDTMIEAAIRNIRER
                     TKDE"
     CDS             complement(18737..19594)
                     /locus_tag="SEQF2634_00951"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRSFLFLLTLFILLPLTLRAQTDSVVQAPRSVNEGTMVSLGSR
                     YVKNTYLSDVGYDGVGIGVINERMRITNDRWSRQRTFRIDLASIRNPAGTSSGYAAFI
                     DYSYSLHRRLETSVDGLRLLVGGTGRYLLGTAYRSQGGNNPAVLHVEGDLGLSAAILY
                     GFDLGRRRYPVTVRWQANLPLVGVFFSPHYGQSYYEIFTLGHRAGVVQLGSLHNRFAL
                     RSMLTADVPVGPWTMRIGYEADVYQSHVNGIRTHYFGNSILLGVAKEFIPFSGKRVRH
                     NPAFRSAYY"
     CDS             complement(19598..22255)
                     /gene="gyrA_2"
                     /locus_tag="SEQF2634_00952"
                     /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
                     CLRGEPFTLYPDFQTGGLVDVAKYNDGNRGGMVKVRARITKVDNRTLAITEIPYGYTT
                     GSLIDSIIKANEKGKIKIRKVDDNTAREVEILIHLAPGVSSDKTIDALYAFTDCEKSV
                     YMNCCVIEDNKPRFMSVSEVLRHSTEQTLGLLRTELEIERGELREELFYASLERIFIE
                     ERIYKDKEFEQAPDMDAAVAHIDRRLEPFKPRLIREVTREDILKLMEIKMGRILKFNA
                     DRNDEQIARLKGEIERVEHHLSHLTDYAVAWFEGLKKKYGSDKPRRTEIRSFDRVEAT
                     KVAEANEKLYIDREEGFVGTGLKKAEFVCNCSDIDDIILFYRSGVYKVMRVSEKIFVG
                     QDVIYVNVFNRNDTRTIYNVIYRDGRAGCNYIKRFAVTGSTRDKEYNVTRGTEGSRIL
                     YFSANPNGEAETVKVILKPKLRQKTLVFEKDFSEILIKGRTSLGNILTRAEIHKISLK
                     QRGSSTLGGREVWFDRDVLRLNYDGRGEALGEFRSDDRILVVLQSGEFYTTGFDLSNH
                     YEENILLIERYDARKTWTAVYFDADQGYVYLKRFPSEDSEKRQNLMGDNPRHRLFLLT
                     DEAYPRIEVTFGGHDSYRDPLTIEAAEFVGVKSVKARGKRVTTFTVASVDELEPTRHA
                     PSPSSDGEPSATDVPSEEDEDGQMSLFEE"
     CDS             22439..22639
                     /locus_tag="SEQF2634_00953"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSTHKTLVVSNEGRVSTYKTSIVPNDATVSTHKTPAVLNDVMV
                     SIHKSPIMPNEGTVLCLLVFGE"
     CDS             complement(22829..23020)
                     /locus_tag="SEQF2634_00954"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNEGMVRVHEGPIMPHEGTDWLHEGPIMSHEGMVSVASFFSGS
                     LFITEQTLSEIKQRLSYSD"
     CDS             23292..23741
                     /locus_tag="SEQF2634_00955"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFIQHRGIVKHTGGGRIVVCIEQQSACSACHARSACLASDKK
                     EKLIEVKGESRQFAPGEEVMVVAQSSSGMQAVALAFAVPFVLVVAAVFIGARLSGGDD
                     GIGGLAGLAVLAVYYALLYAFREKIGRRFSFSVAKLEAGSQLDTAAY"
     CDS             23765..24718
                     /gene="rsxB"
                     /locus_tag="SEQF2634_00956"
                     /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
                     NCGGCGFPGCGGFANACFKAEALDGLYCPVGGQDVMKKVAEIKGVAVVAAAPKIAVVR
                     CNGTCEARPRTNTYDGASNCTIAASLYRGETGCSFGCFGLGDCVDACEFDAIHINPVT
                     RIAEVVEDKCVACGACVKACPTKIIELRKKGPKSRRIFVSCMNKDKGGVARKVCSNAC
                     IGCARCVKECAFEAITVTSNLAYIDDTKCRLCRKCVVVCPTKAIHELNFPPRKEPKPD
                     APKAAAPAALSLVEAARANTPAAKPALAETAVATAEPAVKD"
     CDS             24747..26075
                     /gene="rnfC"
                     /locus_tag="SEQF2634_00957"
                     /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             26082..27038
                     /gene="rsxD"
                     /locus_tag="SEQF2634_00958"
                     /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="MDTKLIISPSPHIHGGDSISKNMYGVLIALLPAFLVSLYCFGLG
                     ALVVTLVSVASCVIFEYLIQKYLFKREPTIADGSAILTGVLLAFNLPSNLPAWIVILG
                     ALFAIGVGKMSFGGLGNNIFNPALVGRVFLLISFPAQMTMWPVAGVFPLTYTDAQTGA
                     TTLSLIHFTKDIAGLGPSAIGLTGGSLGEMSEVALLLGFAYLLYRRIITWHIPVAIIG
                     TVAVFTTIMYLFNPTEVNNPLIHLTSGGLMLGAVFMATDYVTSPMTKRGSLIYGAGIG
                     LLTVLIRIFGSYPEGMSFSILIWNGLTPLINTYIKPKHFGGR"
     CDS             27042..27710
                     /gene="rnfG"
                     /locus_tag="SEQF2634_00959"
                     /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             27723..28304
                     /gene="rnfE"
                     /locus_tag="SEQF2634_00960"
                     /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             28317..28889
                     /gene="rsxA"
                     /locus_tag="SEQF2634_00961"
                     /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
                     TFVLTISTIVTFLIQKYILDSFGLAYLQTIVFILIIAALVQMVEIILKKVSPALYQAL
                     GVFLPLITTNCAILGVAILVIQKDYNLPQSIVFAFSTAIGFALSLIIFAGIREQLSRL
                     NVPAAMKGIPIALLTAGLLAMAFMGFSGIV"
     CDS             28945..29790
                     /locus_tag="SEQF2634_00962"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QV10"
                     /codon_start=1
                     /transl_table=11
                     /product="putative oxidoreductase/MSMEI_2347"
                     /translation="METITLNNGVKMPQLGYGVYQVEPAEAERCVSDALSVGYRMVDT
                     AQAYRNEEGVGAAVKKSGLKRDEVFIVSKVWISNYGYERARASIDDSLKRLQTDYIDL
                     MLLHQPFCDYYGAYRALEEAYHAGKLRAIGVSNFQPNHFIDLASNVEVVPAVNQVETH
                     VFYQQIRAKKYMDEFDTKIMSWGPLAEGRNGLFTNPTLAEIGQAHGRSVAQVALRYLT
                     QRGVIIIPKSVRRERMAENFQIYDFKLTPDEMARIERLDTAHSLFFDHNDPETVKMFM
                     GWRSL"
     CDS             29868..30374
                     /locus_tag="SEQF2634_00963"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILRPSCDAPSFPGVASRKRHLHRVWGGLFYVRAYSPARFQRRI
                     GVSGAFPRGFSAESVFLEHSRAVSAQNRCFWSISERYQRRIGVSESFPNGFSVESVFL
                     KHSRTVSAQDRCFWSIPARFQRRIGVSEAFPNGFGTESGWVSGVLDVRAPRRGNGGCA
                     PCRQGGTR"
     CDS             complement(30313..31308)
                     /gene="miaA_2"
                     /locus_tag="SEQF2634_00964"
                     /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="MSRLYRYPAKLAGVPDALANRITSPLYPLITTTPLTLLVLLGPT
                     GVGKTALSLRLAEHLGSPILSADSRQIYRGMPIGTAAPTADERTRVTHYFVDLLDPAE
                     PYSAARYETDALALLTTLFTTHATVLLTGGSMMYIDAVCQGIDDIPTVPTDIRAAVLA
                     DYGHLGLDALLDELRQADPVHFAEVDRRNPRRVIHAVEICRTAGRPYSDFRTRTVKVR
                     PFRILKIGLVRPREELFRRIDARVDQMMADGLLREARALYPQRHLNALNTVGYKELFQ
                     HFDGQLSLDEAVARIKRNTRVYARKQQTWFRRDASITWFHPDDTAHILRFLDEVL"
     CDS             complement(31305..31886)
                     /locus_tag="SEQF2634_00965"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYRFLLVSDEVEDFKREIQIDAEATFLDLHQAILQAVDFQPVE
                     MSSFFICDDDWTRRTEITLVDMGAPTDADTCLMEDTRLEELLEDEHQRLIYVFDYMFD
                     RAFYMELREIITGRTLREAVCTRSVGDPPEQAFTEEELEKDLGKTLTPTVSATGEDFY
                     GDSEYDDDELDREGMGGFEDGDSVSLSDLEERY"
     CDS             complement(32031..32813)
                     /gene="lpxA"
                     /locus_tag="SEQF2634_00966"
                     /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="MHAPTAVIHPEARIGQGVTIDPFAYIERDVVIGDGCHIYPHAVI
                     LNGARIGRDCRIFPGAVISGIPQDLKFAGEDTTAEIGDRTTIRECVTINRGTASKGRT
                     VVGSDCLIMAYSHVAHDCVVHNHVIIGNASQIAGEVEIDDFAILSGSVLVHQFTRISQ
                     HVMIQGGSRVGKDIPPYTLIGRDPIVYCGINIVGLRRRGFSNQQVYLIQDIYRTLYTR
                     GLNNTDALQAIETEYEPGAERDLILNFIKHSKRGIVRGSIDE"
     CDS             complement(32820..34205)
                     /gene="lpxC"
                     /locus_tag="SEQF2634_00967"
                     /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
                     LDGSAWPFSEGIRSVGLTEQNAPRDYYIVRHKMEVKDEKTGSSLTILPDDRFSMNVLI
                     DFDSPVLSNQYATLSDLSQFADEIAASRTFVFVREIEMLLRNGLIKGGDLDNAIVIYD
                     REMPQAELDRIADELGLPHKSVCELGYVNNKPLAYANEPARHKLLDVIGDLALIGKPI
                     KGHIIATRPGHKINNQLAQVIRKDIKLNSIQAPVYDPNREPLMDINRIRELLPHRYPF
                     LLVDKIIEIGGDYIVGIKNVSVNEPFFQGHFPQEPIMPGVLLVEAMAQTGGLLVLNSV
                     DEPERYSTYFMKIDGVKFRQKVVPGDTLIFRLQLISPIRRGISTMKGYVFVGEKVVCE
                     AEFMAQIVKNK"
     CDS             complement(34241..35275)
                     /gene="lpxD"
                     /locus_tag="SEQF2634_00968"
                     /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
                     HIQIGDGTQIGAQSGIISNIDAGSRVMGSPAMPLKTFFRSSITLRKLPDMYLEIDRLR
                     KEVEELKKRL"
     CDS             complement(35855..36592)
                     /locus_tag="SEQF2634_00969"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRLHNLSLAALLALLLLLPTATKAHTMWIDTPFEGHIGQPQT
                     VRIFFGEFSLRMISPADRWFSDIANCRLTLLAPDGTPIPLEKAPTDSCYTASFTPTAE
                     GWYLLYFEHTVRDLYEGMRITYGAQSWVRVGHPDGPPTVASPFSHGRLFLPPAEPFRL
                     DQPAAVTLTEGGQLAPSRRLTLTSDKGWRKNLRSDATTAIASTPLLFPADYLFEWTDN
                     PPITDPAQRISTDHQSDYITLNYFFRP"
     CDS             36770..37540
                     /gene="yjjP"
                     /locus_tag="SEQF2634_00970"
                     /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             37537..38034
                     /locus_tag="SEQF2634_00971"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMLTITLDILSDALFAAVAGIGFGAISDPPLKAFKMIALLAAV
                     GHTCRFCLMTYAGIDIATASLAAAFLIGFGSLWLGKKVYCPMTVLYIPALLPMIPGRY
                     AYNMVFSLIMCLQRVNDPEGLRRYMEMFFSNGMITVTVIFLLAVGATFPMFLFPGRSF
                     SLTRH"
     CDS             38041..38763
                     /locus_tag="SEQF2634_00972"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METFWRTIAYYNASTWAGQLILILVGICLTVLLVRRPAPWVKWA
                     MKVYLAAIYLWVAVVYYFVCCRERDYNEVMALYWALLAAIWVWDLATGYTTFERSHKY
                     DLVACVLLTMSFVYPLISLARGLTFPMVTSPVMPCSVSVFTIGLLLFFVRRVNLFLVL
                     LLCHWALIGLTKAGSFHIPEDFVLVATAIPGLYLFFKERYLTAPHRATKPDAKYINAL
                     LIAVCIGLAALLLVTMASAFFL"
     CDS             complement(38637..38921)
                     /locus_tag="SEQF2634_00973"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSSTPHITAPASPLATDITDIYYRRGNTKGPMAKGFFPSCATG
                     SFSFPPIHCYKKKALAIVTSSSAARPMQTAMSRALMYFASGLVARWGAVR"
     CDS             complement(38869..39594)
                     /locus_tag="SEQF2634_00974"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVGATVVATGFGLLARFARLFGILRVLGRVWLLRFLRLFGLFR
                     LLRCLGIFGLLSVRNAAKLPKSSQVEAVEADVADVEKVANLACGKDVIISAYNPGWAN
                     PDIKRLIETNYPRILEAAKRSGVPRLIIVGGAGTLFVKPGLRVVDSGAIPAEIMDGVR
                     PLGDFYLDTLTRETDIDWVFFSPAGEFDAEGSKTGKYRLGKDDLIVDATGKSHISVRD
                     YAAALVDELEHPAHHRTRFTIGY"
     CDS             complement(39771..40154)
                     /locus_tag="SEQF2634_00975"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQKEKFHIEYIFDKVSNHSLWNHLTTPRGLSSWFADDVNIHSQT
                     YTFTWRKVQEQAVVIKLEPEVCIRFHWVDDEEAASYFEFIIHHIELTGATALEITDFA
                     TPDEKADAIELWDTQVAELRRTLGI"
     CDS             40363..43200
                     /locus_tag="SEQF2634_00976"
                     /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="MTPIQSTILRAALAGCLAWGMAWGAKAQISLGGTPPSFRYEQTL
                     RSRAAAEKVAVNFSIADEKLVSSWRESEGLAPRCVSRLIDVKMNPQNAGAWTTLPDGQ
                     TIWQLEIEAEGAQALMLYYADFLIPEGGRLYLYNQDKSELLGAYTHATNPDGGRFATG
                     FISGDAITLEYAPGPDGRQPRLEIEAVGYGYNLPEGDRTWRQGAQLRRTAASCEVNVN
                     CSEGDSWQNEKRGVCQMIQRINDRGYVCTGALLNNTAQDLKPYILTATHCGQDATGVK
                     ATDEELRQWQFIFHKEYSTCRSDGQTTPTRSMVGCTRLASTPTHGGSDGLLLLLRQSI
                     PEDYNVYYNGWDRSEQASAWGVSLHHPQGDYMKISTYTRPLSSATFYGEGSLEGAPNA
                     HWNAVFAQTDNGHGVTEVGSSGAPLFNSSHRIVGSLTGGTSACTKPEGDNLYGKLSYH
                     WNKQAGTDTHFDRFLDPTNSGVEVLDGRYHRSASAPSGLKAVMDNGRVRLTWTAPTSG
                     APRTYYIYRNQTKIGESTTTSYIDATPGQGTLAYAVTAVYASGNESNGSTTLLEQVAL
                     KAPTNVKVTRTTNGRAAVLWEAPVYEQSIYWGGSRAHYQVNVNNTGEARPFYFGQRWE
                     PTDIAPLNLRTITAVRFSPTRGNTYEVYISQGRRVYRQAITQTFTYGVTNTVTLTTPF
                     TIDGAEALTVAIYVAHLTADATNFPAVCDEGPAIDGKGDLYSFDGHAWERLHTGKDAA
                     KFNYNFFLSAVVSSRRGVQEECGTNADCRRAEVLPPSDVTPRLRSARVEDVSERAALR
                     SMQPYAFPEVTGYTIYRDRAKLATVGTTPTRYTDPSTLTRTVNYQVAAVYGRSESEPS
                     AVVSFTPTANAEVDATEPAIYPNPFGDHLTLRAADRVSQIEIFGADGRLLLKQDRPGT
                     TVDTHTLPAGVYLIRLTLNDNSQRTLRGLKH"
     CDS             43184..44803
                     /gene="kfoC"
                     /locus_tag="SEQF2634_00977"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L0V4"
                     /codon_start=1
                     /transl_table=11
                     /product="Chondroitin synthase"
                     /translation="MASSIDVTLTPDADESLRRFVHSLPENFEQGGRVIYRQRNEIRV
                     FDLPDGRQINVKRYRVPPLPLRFVYTFFRAPKARRAYDYALRLRQAGIETPTPLACLI
                     ERQGGLLRRSYFVSEQVPHDRNFYEFGRGGIDGREDILRAFARFTARVHEAGFLHADY
                     SPGNILFRKGAQGIDFCLVDINRMHFGPVSVRSGCENFARLWGGDWMFFLLAKVYAEA
                     RGADEVQCTAWMLSARRAFWRRFARKRPLPIALDDVAAEGHRKKLSVILSTYNQPEWL
                     EKVLWGYEAQTDRRFEVVIADDGSDDRTRSLIERMQGEVTFPIRHVWHPDNGFRKCEI
                     LNRAIAEATTGYLLFSDGDCIPRCDFVAVHLARRAPGRFLSGGYHKLPMVTSKAITRD
                     DILSGRCFRSPWLKSHGMPRSFKNNKLTAFGLKERLLNTFTPTRPTWNGHNASGWLLD
                     ILAANGFDEHMAYGGEDRELGERLENAGIRGRQIRYSAICLHLDHSRGYVTPDALHFN
                     RALRRETRTHRLTRTPFGIVKEEQPKQQPEV"
     CDS             complement(44823..45083)
                     /locus_tag="SEQF2634_00978"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVALATVSPALPHPMVALATVSPASPHPMVALATVSPTLSHPMV
                     ALATVSPALPHPMVALATVSPALPHPMVALATVSPAFSYPIR"
ORIGIN      
        1 aactacatcg tttcgctgtc atcatctgat tgcatctaat tgtttcgttc cggtttcatc
       61 ccgcttaacg gaaacgcccc acgtccgccc gccccacttt gtggcggtgt tggcggtgag
      121 gacatcctcc ggcaggcggc ccgcatagag ggagccgcag ggccgaagca agcccgcgct
      181 gtccggctcg ttggcgtagg ccacgcgtgt ctcggggtca atgaatagga gtgggccgta
      241 gaggtcgagg ccccagaggg ccgtgtgtcg tgcagtggct tgacggatca tgcggagatc
      301 ggccgcgagg ctgtcggcca ggccttcgga ttgtgcatgg gcgatggtcg tagccaggct
      361 cagcagcagg agggggagca gtttgttgcg catcgtgggg gagggggtta ggggttactt
      421 attgttgtgc ctcccgactc attggccggg gctggcaggc ttctcaaagc ggatatgcag
      481 caccaccagt tcggagcggg tgccgatgcg atagggcgga ccggcgcaac cgatgccgga
      541 cgagatgtag aactgcgcag gcccctcgcg gaagtatccg taggtgtgtt tgtaggccag
      601 cttaatgatc cacgagaagg gccagatctg ccccgcgtgg gtgtggccga agaggccgag
      661 gtcggcgccg ttcatcacca cctcgcgaaa cttaggctga tggtcggcca cgatcacggg
      721 gcggctcgtg tctaccccgc gcatgagttg gctcagggcg gcgcgatggc gattggtgta
      781 gtcgtcgcgg ccgatgaggg tgaaggtgct gtcgggctgc acgacggagt cgatcagtag
      841 cgtccccccc cgtgcgtcgg agccaccgct gcttggcgat gcggttggcg cgatattcat
      901 ggttgccaag cgtgatgtag acgcccaagg gggcgcggag ccgacgcaga tcctcttcga
      961 tgcgttcgcg ggcggcgatg cgcagctcat agtcgatcac gtcgccagcg atgacgacca
     1021 tgtccggctg ctcggcattg ctgagggcca cgaaccgttg ggcgttgcgc ttgccgatcg
     1081 actcgccgaa gtgggtgtcc gtcatcagca ccaccttcag gctgtctcgc ccgggcgtgg
     1141 acttggggat ggtgatccgg acgtgtttca ctctggggtc ttcgacgttg tgataacctt
     1201 gaatcatcag cccaaccgtg aaaagggcca gcagcaggta ggcgccacgc ctcagctgga
     1261 gggcgttcgc cgcgatccat gcggggaacc agcccggccg acggcggtag atccaacggc
     1321 agaggtcgaa gaagagtagc ccggtgacga gataaatgga cgcgatgtac cacgtgccac
     1381 agatcataag gatcggcacc atgacgctgt ccggcagttc cgagtgcgtg aaatagccga
     1441 agaagtacag ggcccattcg gcagcaaaga agagcgtgta gaggaggcgc catcggcgtc
     1501 gcttcggcaa gacagcgcgc ccccggaggt agatgtagag ggtgaagagc agctgcccga
     1561 agatcgcttg caggaagacc ctcataactc agcggggatg agtcggaaga caaccagctc
     1621 cgagcgtgtg ccgatgcgga aaggcggccc ccagagcgag aggcccgagg agacatagat
     1681 gttcgttcgg ccgcggcgtg tgtagccata ggccacatcg aagagtcgat cggtggcgag
     1741 gttcagcggc cagacctgcc cgtgatgcgt atgtccgcag aagatcaggt ctaccccggc
     1801 gcgttcagcc tgcgtcaagt cggtcggctg atggtcgagc acgatgatgg gcaccaccgt
     1861 gtcgatgcgg ttcatcagct ccggcagcgt ctttcgcgcc atgttcgtgc ggtcgtctcg
     1921 ccccacgatc cgtatgccgt cgggcagggt agccacggag tccatgagca gatgaatgtt
     1981 tgtgcgtccg cggatgaagc gcttgcaggc atcgattccg ctgaggtatt cgtggttgcc
     2041 cggcaccatg tagatgccat acgtggcatg tagacggttg agctcctcgt ccatcgccgc
     2101 ctcgtccacc ggtcggacgt cgttatcgat caggtcgcca ctgatcagaa tgatgtccgg
     2161 atgctgggcg ttgatgagat ccacatagcg actgagatcg tcgcgggtcg taccgagccc
     2221 caagtggacg tcgctcacgc cgacgatctt caggcccagc gatcccgcgg gcagtcggtc
     2281 agtgatgatg tctacttcgc gcagttgagg atgcttatat gtgtagtatc cgtaggcgag
     2341 cacccctgtc gtaacgagca gggcgcacgc gaaaccgtgt cggaagctgg ggacaagcac
     2401 tcggaagagg tcgaagcaga cgagcgccag caccatatag agcgtaaaga cgagccagcc
     2461 cgtgctgacc tgaaagaaga agtgccccca aggatcggcg ctctcccgtg cacggaagat
     2521 gaagaccaaa aagatagaca gcgcatagcc ccagtaggcc agcccgaaga gccacttgaa
     2581 gatggcaggc atcggcggta aggcttggag ggcacgcgtg aagatgtagg cgttgccgcc
     2641 gatgtaggcg gccagcataa ggatgaggaa aaaaggcatc atgtattttc tgttatgtgt
     2701 ttgatgttgt ttggaatgac gggccaaagg tagggagcga aacgagaagc cgttttatga
     2761 atcggctgtg gctctacctt tggcgccgct tcgcctaagc cgatgcgcag cgtcaggcgc
     2821 ccctcgcacg aggccgccct aacaaaatcg ttacacgtat gagatcatcc ttactcttcg
     2881 ccctgctcgg gctactcgta gccgtcttgt ggacagccag cctggcctac ggcactgtgc
     2941 ccatcccgcc cattgacgtc gtccggattc tgcttggtca gccctcagac ccggtggcat
     3001 ggagcaccat cgtcctcgag tcacgcctgc cacaagccac gacggcactc ctcgtgggcg
     3061 cctctctggc cgccgccgga ctgctcctac agacgctctt ccgcaaccct ctggccggcc
     3121 cctcgatcct gggcatcagc gacggcgcca acctcggtgt ggctatcgtg atgctattct
     3181 tcggtggcac catcggcctg acgacgggcg gggcggccat cggtggctct ttggcgctca
     3241 ttctggcagc ctttgccggt gcttgctgcg tgttggcgct gatcatctat ttctctacgc
     3301 gggtgagcgg caacgtgatg ctcctcatcc tcggcatcat ggtgggctac ctcgcttcct
     3361 cgctgatctc gctcctgaac ttctacgcct cggccgatcg catccgcggt tacgtcatgt
     3421 ggggcatggg cgatttcagt tccgtctcca atacccgcct gcccttcttt gcgctttgca
     3481 ccttgggtgg gttgattgcc gcgctgctcc ttgtgaagcc cctgaacgcc ctgctgcttg
     3541 gcgaacgtta cgccacaaac ttgggcgtta agatccgtcg gacgcgcgtc cttatcctgc
     3601 tttgcacagg gctgctgacg gccactgcca ccgctttttg tggtcccgta tcgttcatcg
     3661 ggctggctgt gccacacgtg gcgcgcctta cgctcggccg cgctgaccat cgcatgctcc
     3721 tgcccgttac gatgctgctc ggatccgcaa tggcactgct ctgcaacctc ttgaccgtta
     3781 tccccggtac cggcacagtc tttccgctga atgccgtgac acccatcttc ggtgccccgg
     3841 tgattatcta cgtcatcctg cgccgtcgtg ggatatgacc ctaagcgcgt cgaacccatt
     3901 tctggccagc acacgttggc gggctatcat cagagccacc tctggggact atctcgggca
     3961 gtatgggaca cgtctccgca gtctatggaa cgtgagttcg gtgtaagaat aaaaccagca
     4021 gagagtttct acggaagcct ggccaaaacg tttttggaaa tgcctacaac actgcgacaa
     4081 atgcttcgga gaactttttg gtgtttgcgg gactcccgca agtctcgcgg cgtttgcttt
     4141 ggcgtttgcg gatactcccg caagtctcgc ggcgtttgct ttggcgtttg cgggagtccc
     4201 gcaagtctcg cggcgtttgc tttggcgttt gcgggtattc ccgcaagtct tgcggcgttc
     4261 gctttggcgt ttgcgggtac tcccgcaagt ctcgcggcaa atgccagggt gtttgcggga
     4321 gtcccgcaag aacgcttttc tccattttgg cgcttacaag actgttgcaa gcatttccaa
     4381 aggctctttg gccgttacaa catgctatca gagacattct ctatgaataa gggaatctca
     4441 ttcttttgtc gaactcacgt tatggacagt atcggaacgc ttgcctgata gggcgtcaga
     4501 cttatttttg gcacccaatg aagcccgagc ttcagagaga caatcattat tcatatccac
     4561 tatacgtaaa cgcaacccat tatggaatac gagaacgata cgctggacga ctacagttca
     4621 tcgtcggaga ggtataggac acgccatgtg aacatccgaa cgctgagagt cgaaccgcaa
     4681 ttcaacttcg atgagaccta cattaccatt ttctccgaac gtcggatata cgatcctgac
     4741 ggggatatac attacgatcc tataaagcct cgccggacgt ccacacaggt ggagatgttc
     4801 gatgcttttc gctactatct ggacgagggg aagtctagcc tgcgtaactt ttgcagatcc
     4861 tacggactca ccgttcccta tttgcatggc ctgatcttct gcctcaccgg tatggacgcc
     4921 accgactatc gtctctcttg gcaaatgaag cgtgccgacg aattgctccg gtacaccaat
     4981 ctgtctatcc ctgaggttgc ccgaatgagc ggtgtaggta cgcctcccaa cctcttttat
     5041 gcttaccaac gcgactatga ttgctcgccc tctgagcggc gccgcgccat tcgccaaccg
     5101 aatgatgtgg ggcgtttccg ttaagcggga tgaaaccgga acgaaacaat tagatgcaat
     5161 cagatgatga cagcgaaacg atgtagttgg tgcgaacggg atgcccttta tcgcgcctat
     5221 cacgacgagg aatgggggag gcctatccat gacgatcggc gattgttcga gctgcttgtt
     5281 ttggagagtt tccaggccgg gttgagttgg tacacgattc tggccaagcg tgagggattc
     5341 cgcgcgactc tcgacggatt cgactatcgg cttatcgctg cttacgacga tgcgaaagtg
     5401 gaggcactga tgcaagacac acggatcgtc cgcaaccggc gcaagatctt ggcgaccatt
     5461 caaaatgcgg ccctattcat ggaaatacaa caggaattcg gatcattctc cgccttcata
     5521 tgggcgtttg tcgatgggag cccttgcgtg aaccatcccc gcaagctgga ggatgtcccg
     5581 gccagcaatc agacgtctga cgcgatagcc gccgagctca agcgtcgcgg atttaagttc
     5641 ttcggcacaa ccgtggccta cgcctttatg caatccgcgg gcttggtgaa cgaccatatc
     5701 gaggattgtg ccttcaagta tccgggctga ctgaatcccc atagatgatg ctattcccaa
     5761 gcatctgggc tgtctgcatc cccatagacg gtgcttttct caagcactta ggctggctga
     5821 agcctcgcag acggtatttt ccccaagcgt ttgggctgac tgaagcccaa cagcgatctt
     5881 tgcgggcatg tagacgcact cagcgaatac gaatcatcat tcattttatc tatcactgaa
     5941 caatggagta tattgcaatt gcagcgaaat tggttgtcgg catggtcggc atattggtat
     6001 ttttacgtgt ggcgggtaag gcacagatgg cgcaattgac gccattagat acggtgagcg
     6061 ccttcgtgat cggcgcgctt gtcggcggcg ttctctataa ccctgacatg agtgtctggc
     6121 atatcctatt tgcattagca gtgtggactg ccttcaacct gttcatacgc ttctgtatgc
     6181 gttctgccct attgcggaga ctcatcaaag gggacagcgt ctatctggtg aagaatggtg
     6241 tactgaactt caaagtcttc aagagaaaca gtttggaaat ggagcaattc cggctaatgc
     6301 tccgacaaaa aggaatcttt agcatgttcg acgtggagga cgtacgcttt gaaacgaatg
     6361 gcgcagtcac ggtgcctggg attggcgata caactacctc gtacctattg gtgaataacg
     6421 gcgcaatcgt acagagttcg ctggtgcatt gcgatcgcac ggaggagtgg gtgctacaag
     6481 ttattcatgc ctatggctac aagcggccgt ctgagctttt ctgtttggag tggactccgg
     6541 gtcgcggttt ctacttggtc gctaaaagtg gggacgtgaa gcgtggggaa gaggagtttg
     6601 gcgtcgagaa gatcggttcc gaagtgctga actaaaccgt agggacgtat cgaaagctat
     6661 gtgcatcccc cttcagtctg gggttgccaa aaacgaatgc cgagcgcatg cacgggaaat
     6721 atccgcaagc atgtgctcgg catttttcgt tatccgccgg tcgatccgaa aaccctccgc
     6781 catttcagcg acctatctac tacaccagac gaaagcccgc cgaaccacgg aatgcctacc
     6841 caccgctcca gacgaaagcc ctccgaacca cagaatgcct attcgcggct ccgggcgata
     6901 gccaatcgat tgttcgagga gtatttgggg gcggcgtgcg gaagcatacg ctccatagaa
     6961 tgtacctcgc gaggggtgta tgattcggcg ccaggtacac atggggcgta tgcaatacgc
     7021 ccctacctta ccgacagaaa aagctgttct taatgactga ttcagggtga tagccctcca
     7081 caattcctgt gacctatcta ctacaccgaa cgagagccct ccaaatcacg aaaagtctat
     7141 ccgccgcatc gaatgatagc caatcgatta ttcgaggagt attcaggggc gatatgcaaa
     7201 agcatacgct ccatagaatg cacctcgcga ggggtgtata gttcggcgct aaggacacgt
     7261 ggggcgtatg caatacgccc ctaccttacc gacagaaaaa gctatcccta atgactgatt
     7321 cagggggaaa gcccgccaaa ccagagaagg cctatccgtc gcaccagacg aaagccctcg
     7381 gcgattccgt cggcctatcc gccgcaccgg gtgatagtcc atcgattgtt agaggagcat
     7441 tcagagtcgg tgtgtgaaag catacgctcc atagaaggca cctcgcgagg ggtgtatgat
     7501 tcgacgccag gtacacgtgg ggcgtatgca atacgcccct accttaccga cagaaaaagc
     7561 tgtccttaat gactgattca gggtgatagc tctccgcaat tcccttagcc tatccgctac
     7621 accgaacgaa agtcctccaa atcacgaaaa gtctatccgc cgcatcgaat gatagccaat
     7681 cgattgttcg aggagtattc agaggtggtg cgcaaaagca tacgctccat agaatgcact
     7741 ttgcgagggg tgtatgattc tgtgctaggt acacgtgggg cgtatgcaat acgcccctac
     7801 cttaccgaca gaaaaagcta tccctaatga ctgattcagg gtgaaagccc tccgccattc
     7861 ctgcggccta tccgccgctc cagacgaaag cccgccgaac cacggaatgc ctatcccccg
     7921 ctccggataa aagtcaaccg agctacagaa tgcctattcg cggctccggg cgatagccaa
     7981 tcgattgttc gaggagtatt cagaggcggt gcgcggaagc atacgctcca tagaatgcac
     8041 ctcgcgaggg gtacatggtt cggcgctaag gacacgtggg gcgtatgcaa tacgccccta
     8101 ccttaccgac agaaaaagct atccctaatg attggttcag ggtgaaagtc ctccgaacca
     8161 cagaatgcct atccgccgct ctcgacgaaa gccctccgcc atttcagtaa cctatccact
     8221 acaccagacg aaagccctcc gaaccagaga aggcctatcc gctacaccgg atgatagccc
     8281 gcagcaattt ctgtggtcta ttggcggtgc tggctactcc ttataataga tacgttttac
     8341 gcggggcgag atggaggtga gtacctcata ggggatcgtt ccgagacgtt cggccatctc
     8401 cgatacgggt aagccgggcc cgaagatagt caccgagtct ccctctttgg cgtccgtatc
     8461 ggtgacgtcg atcatgcaga ggtccatgca gatgttcccg accgtcggac agcgatgtcc
     8521 gcctatcagc acttgcccaa cgccattgcc gaggtgtcgg tccatgccgt cggcatagcc
     8581 aatcggaatg atggcgatgc gtgatgggcg ctggaggtag gtacgccgac cgtatccgac
     8641 cgagtcgccg gcggggacga tttgtatttg gaggatcgtt gtgcgtagcg agctgaccgg
     8701 ttgtaggcga cggctgtcgc gatcggttgc gctgatgccg tagagtgaga tgccgagacg
     8761 caccatgtcc atctgctgct cgctgaagcg ctcaataccg gctgagttga ggatgtggcg
     8821 gaggatggag taacccaacc cgcgttccaa ttggcttgcg gcgtcggtga acagtcggaa
     8881 ttggcgacgc gtgaagtcgt cgtgctcggc gctgtcactg cccacaagat gtgagaaggc
     8941 cgatcgcacg gccagttcac tttgcgacga gagtcgctca cagattgcgg gcacatcctc
     9001 cggttggaaa ccgagacgat gcatgcctgt gtcgaactta atatgaatgg ggtaagaagt
     9061 tatgccgcgc cttcccgctt cgtggatgag tgcctccagc agtctaaaac tgtatacctc
     9121 gggctcgagc ctatactcaa agagggtgtt gaagctacta aattccggat ccataaccat
     9181 aatgggaatc gtgatgcctt ccttccgcag tgcctctccc tcgtcagcaa cggctacggc
     9241 caagtaatcg caccggtgct cttgcaaagt gcgcgccact tcgtatgctc cggcaccgta
     9301 gccaaaggct ttgaccatac aaaccatttt ggtttctctc cggagtcggg aacggaaata
     9361 gttgaagtta tgcaccacgg cgtcgaggtt gacctcaaga acagtttcgt gaaccttttt
     9421 ctccaggagc tcggtaatcc gttcgaagtg gaacactcgc gaacccttga gcaataccaa
     9481 ttcgtgatca aatgagcgta tggagggtga atggataaac tcatcggtag ttaagtagaa
     9541 ctccttctcg ggtatttcaa aggccgcagc atattctttt aggtcgcgtc cgatgccaat
     9601 gatacgctcc acgcgtttcc gacgcagtag ctcggccacc ttccgataga gcgtcttagg
     9661 tagcatgccc gactggagga tgtcggagat aatgatcgtc gttttaagtg gcttaccggc
     9721 gcgacgactt agttggaaat cgagagctat atcgagagag ttgatgtccg agttataggt
     9781 gtcattgatg agctgacacc cattgatgcc ttcctttact tccagacgca tagccacggg
     9841 ctcaagctcg gagaagattt gcttgttctc cagcgatgtg ggcttcaagt agagcatgag
     9901 ggcgatacag tgaatgacat cctcgatgga tgcgtcgtca gtaaacggta tctcatagac
     9961 atgctcgcgg tctagcatct cgcaacggag ctcggtcgtc gaatcctttt ttcgtatgct
    10021 cttaatgtag agcggagcct ccgagtctct ccgagaccaa ccgacggctt tatgggatag
    10081 gtaagcctta tccagcgagg atgcgatgaa gtcgtcgtca gcgttgtaga ttaccacgtc
    10141 gctatcggtg aacaaggata gtttctctaa gcacttctgt gtggcagacg cgaagttctc
    10201 ctgatgggcc tcaccgatgt tggtgatgat tcctatggtg gggaggataa tgcgctgcag
    10261 tttttccatc tcgtccggct gcgagatgcc tgcctcaaaa attcctaagg tgtgtcgttc
    10321 gtccatttgc caaaccgaaa gcggcgcccc gatctgtgag ttgtaactcc ggggagagcg
    10381 aacgatatta aagtcggcat gcagcagctg atagagcaac tccttcacaa ttgtttttcc
    10441 gttgctcccg gtgatgccga ttaccggtat ttgaaatctt ttgcgatggt aggcagccag
    10501 cgattgcatc gccgcgagca cgtcggtaac caccaggaag ttggcatcgg gcatcatgcg
    10561 cgcttcggca ggctcatggt tgacgacaaa gctgcgcacg cccaggcggt aaagctcgaa
    10621 gagatagcga tggccgtcat tcgttcgggt tttcaatgca aagaagaggg tagtctccgg
    10681 aaaggagagc atgcggctat cgatgagcaa gcgctcaatg acgccgtcgt tcagtgtgcg
    10741 atgggtggca cgaatgatct tagcgatctc ttgaatggag tacttcatta taagcaggta
    10801 gttgcgacca gaagccgctg atttataggg gccagttccc ccgattcata gatgtactta
    10861 cggcgggcta tcccccgggg ccagcgatag ccgtcaggca ttccgatgcc ctatcccaga
    10921 gggacggcag tccgtcttgg cgcctcgttt tctcgatcac tgaggcacac cgataggccg
    10981 cagaaggttc ggagcgcatc tgaccgacgg gggtgaagac cacataagca cgttttctat
    11041 cgagcaaaag taggcggggt tggcaattcg gcccgtagct gcttcagctt taacttagtt
    11101 tgcaccaaaa agcgacggtg cgcctcactg tccgggtgga tgggtcggtg ttgcagatcg
    11161 cggtgcagag cctcggcgcg tcggagccag gcgattgtct tcgcgtccat atacgtcgac
    11221 tcgaaccgat cgccaatata acgtacggcg gcgggtgacg gatggcacat gtcttccgca
    11281 tagaatcgat aatcccttag ctcgtccatc atcagttcgt aagccggaaa gtaattggct
    11341 atcgtggggt aaagagagat gagtttttcg atgatgagat gaagcacgga cttgctgagg
    11401 ttgttctcat gggcgccgtc gcgcaagtgg cggacggggc tgactgtgaa tatccatttc
    11461 acttcgggtc gccggcgcac catgctatcc aaaagcaagt tccaccggtg taccacctta
    11521 tccaccgata gccgttcgcg gcgaaaatag ctatccggca tcttgtggca gttgcccacc
    11581 acggcgcctg tgcccttcca ccgatagacg taggatgtgc caaaggtgac gatgatgcga
    11641 tcggccgcag ctaggaattc ggctccggca ctcaggcggg cgttgatccg ctcgaggcac
    11701 tcgtccgccg taggtgcgga gaaggatcca tgatgcagca ggctatggta cagatcatcg
    11761 tatcgggtaa gctcgtcggc cgtgaataag ttgccgtcca tcaggcgacg tatcgccgcg
    11821 gcaatggagt cgggattata aagtatgccg aagggattca ggtcgatggg gaatagcaga
    11881 tcgaaaagcc gctgacctat cgcctcggca aagcaggagc caaaaatcat cgtgcgatgc
    11941 tcatagccga tgcggatggt agacggcgga atctgaatcg gggtaatgaa attcataggg
    12001 gataagcgat aggaaagagt ttggagttgc gaatgatccg aatgaatgcc gatagaggtg
    12061 gcgaaggcct ttcccctatc ggcatcagtt atcgactaaa gcgccgtgcg gcaatcatcc
    12121 ggagcggaca gttgcccatc ggagttcagc gcttcatgat ccactcgccg acgaattgca
    12181 acacttccgg cgagacggtc tcgcggatct ctccgtattc atctggcaga cacgtttggc
    12241 aatgctggag catatggtta agcccgggga actccttgat ggtaactgcc ttattcccgt
    12301 gaagggttaa agccttctcg acgatgggga gatttgccgc ggcgggtacc tgcacatctt
    12361 cacttccctg tacggcgagc acggggcatt gcacgctgga aagcatgggg gctgggtcgt
    12421 agcgcaggaa atcgcgcatc caaggtgcag ttagcatttc catctcctga ttgatagcca
    12481 actcgacttg ctcgtgtggc atgggcggag ccagcggtcc gtcaaagaaa gcgccgcgga
    12541 gtacctcggc cagcgattga cggagcgcct cctcgtccgt ggtcggtggc acgagcagcg
    12601 cgaagagcga acggttcagc tgcgcggttg cttcgcgtat gctgtcaggc gtatgggaac
    12661 gccgggagat tatctcgttc tgcatgacca agatgctatc acctcgcagg ccgggagctg
    12721 cgagtaggac gataaacgac acatctttcg gccggcttac ggctacgatc ggcgcaatca
    12781 ttccgccttc gctgtggcca atcagaccga tccgctgatt gtcgatttct tttcgtgagc
    12841 ggaggtaatc gactgcagct tcgacgtcgc gagcaaggtc ggcagtcctc gcctcgttga
    12901 aattgcccgt agaagcgcct acgcccctgt cgtcgtagcg gaggacagct attccgagcc
    12961 gcgtaagggc atcagcccag accaggaaag gccgatggtt cataatgggc tcatccctgc
    13021 tctgcggacc actaccggta atcataacga cggccctgtg cggacccggc gtggtaggca
    13081 tcgtgagtgt cccggccaaa gtgtctccat cggttgaatt gacaaagcga acctcttcga
    13141 cctggtacgg atacggcggt ttaggctcct gagggtggag cgtcgaccga tcttcctcgg
    13201 cggaaggcgt aaggacaagc ggagaggatg ctccgccctg aatgaattgg cctcggagac
    13261 tattgtcctc aagtgtcgcc tcatagcgag cgccaatgga ggagatgatg accttcaaat
    13321 ggggcgcgga gtagacgacc gaatcgcagg ggatatcata ggctccctga tcgggactat
    13381 ccatgaaggc cgatagctta ccgccttcga cttcttgtat acgaagaaca agcgtgagct
    13441 gtccctcgga gacttgcaac ttgcccgtcc atcgtccggt cacgttgcgc gcggcgactg
    13501 tgcaggtcat gcatagcgcg atgatacata cgtagagata ttttgccatg atgtataaca
    13561 attaataagt gatcgctgat agaatgggat tgccgatcga tcttccggaa cgctttcgct
    13621 gggggaacgg gatcgtcgat caatcctctg gaatccattc gtccgtcagg gtaggggcgt
    13681 ataggatatg ccccacgact atccacaaat gaaaatgaat aacgaaaaga tctctggcat
    13741 ccattcgtcc gtcagggtag gggcgtatgg catacgcccc acaaatatcc cctaaagagg
    13801 atgaatgaag aatgaacctc cggcatccct tcgttaggaa aatgggatta ccaatcgatc
    13861 ctccggtatc cattcgtccg tcagggtagg ggcgtatcgc atacgccctc taagcatccc
    13921 cggatgggga tgaaagaccg cagctttagg cgggactttt ccaacgctcg cgccggtacc
    13981 tattatatac gccccacaaa tatccccaaa tagaaatgaa taacgaaaga atcttcggct
    14041 gtccttcatc taatgaatgg gaaacgtgcg gcaaataccg acggcccttc atctaatgaa
    14101 tgggaaacgc gcagtaaact ctgattgccc gtccgacagc gccgggaaat acccataaga
    14161 aggcctgatg gctatccccc gcgctccgcg ataggtctca ctcttccgga agatgaattt
    14221 cggggcctcc gccactgccc gcaccacctc ctgtgccgcc gcccggactg cccggggtag
    14281 gctttttgcc atcgtcaggc tttttgcctt caccctcacc accgggtttc ttaggctcat
    14341 tctcaggcaa acggatgtcg ggatcgctct cctttctctt tttcttgggc tccttaggct
    14401 gcttcggagc cttcggatct ttcggtttct ttttccggtc ggccgatgct ttcttttggg
    14461 ctaagctgcg gcgatacgat gtcttcgtgt actggagcgc cttgttgatg cggtcaatca
    14521 attcgccaat ggctttgcgg tcatcatctg atgtggtcga taggtaagcg gcttcgatat
    14581 gccgaaagac ttcgtttgcc gtttcatcgt tcctcgtgcg gaggacagag ccttttgtga
    14641 cgccaaccga tgcctccgac tttaagcgct catctcttaa tgtgatgaac tccgtgttga
    14701 tggtgcgaag catctgaacc agtggcgcca ttccaatagt ggccagatct gccgccgcgt
    14761 ccgtcttttc caaatcaatg agcaagccgg atatgtgtcc ggtggcatca ttcatattct
    14821 cgttctgcaa acctttgtac gcatctgttg cgatacgcaa tcgatgaccg gccgtgctac
    14881 gcgcctcgat cggtgacttc gatgccaggc ggacctcctg aaacaaaagc gaaatgattt
    14941 cgctacgttt cttattcttc tcagacaaat acttggttac tttcgaagcc gtcggctctc
    15001 ggactgactc cttctcgaga tcgatgtccg acttccactt cgggatgtct gtcgcatcca
    15061 aaaggatttt ctctgcgccg aagggatgga caaggtcata gatttgctgt tgcaaatcga
    15121 cgtgcatacc caaagggtac tggctggtta tgccaacaat gatctttgat tttctcatgt
    15181 cttacaatct ttgattagtg aatgaagagg tctaactgga tgaatatatg tattacaaat
    15241 gtgttgcgct gatgagcgat gctatagaat aggtaagtgt attttcaatg cctgactcta
    15301 tggagtcgca aatataaaca ggtatttgga acttcctcgt gccccggatc gtccacacaa
    15361 ttttttgcgg gcaacctcgg agccttcggt gctgcaaatg taaacaactc ttggctatca
    15421 cctcgcctta tagcatctaa atcgaatttt ttttcgggct tcatacgtat cgggcgatag
    15481 gactaagaaa cacctgtgga gcttcgcgga gtaccgctga agcgagtccg tacctacttt
    15541 tgcgaatcac ccagcctcgg tgaatgggta aagcaacccc tgttccctat catcggaagt
    15601 agatgcagcc aaaaatggct tctgatcagc cttctgaggg tgtttgagca tgcttatcga
    15661 aaatcatttt tgccttcacc gacactcagt gaagcaaaat cgagattcat tttgggcttt
    15721 cggagtgtcc gggaagcaaa atcgagattc atttttgggt ttctgagtgt ccggaaagcg
    15781 aaatcgagat tcattttcgg cttcctgagt gtccggagag ctaaatcgca attcattttt
    15841 cacttcactg agtctctggg aagccaaaat gaatctcgat tttgcttcac tgagtacccg
    15901 ggaagccaaa tcgcaattca tttttgcctc gccgagtacc cggagatcaa aatcgagatt
    15961 cattttctgc ttcggatagt gtccggagat caaaatcgag attcattttc tgcttcgcat
    16021 agtgttcgag gatcaaaaac gagattcgtt ttcggcttca tggagtggcc gaggatcaga
    16081 atctggattt gtttttcgct tcatagaata gccgagaatc agaatcgata tttgttttta
    16141 gcttcgtgga aagacaggga atcagaatca agatttatct tcggattcat cgggtattgg
    16201 tgaagggaaa taaggatctg tggaggctat gactgatgtc ctacgtagct aaacaagaag
    16261 tgcggacgtg atacccctaa gcgtagagat aggcgaaagg agttcagacg gataactgcc
    16321 gaatgcggat gatagcccga atcccatgcg gagatcaaat tgagagaaaa agaaaatccc
    16381 accaggcatc agggcgatct accccaatcg tccggcagga ctgttcagaa atagctttcg
    16441 tcgatcccgt ttactcgtcc ttagtccgct cgcgaatgtt acggatagcg gcctcgatca
    16501 ttgtatcctt accgcgatcc atgtcggcct tcgtcatgtc catgcgaatg tccggatcga
    16561 ttccgctctc tatgctccgt ttgtcggcgt caagcaacgg cgacgccgaa aagcgaacct
    16621 gccacccatt cggtagctcc gaactaaatg gcatgcctcc cccgccgccg gtgcgatcgc
    16681 caagaataat gacgcgatcg attcgtcgca tgacgttgat aaagtcattc gttgcgctgt
    16741 agctatgtcg gttagtcagg acaaccgtcg gccgacgcca gcgcgtatgc gtcgagggtc
    16801 ggaggtcgac gggataaggt tcggagaagt cggaatgacc cgggccagtc ttgtgcacga
    16861 tgtatcccgt ccttatcggc tcactcagga agcgtgacgc gatacgctcg acgttagtca
    16921 atgcgccccc gccattgcca cgcacatcga tgatcagccc acggcaagtt cggaagaaat
    16981 agaaaatctc atccaaattt gtttcgctga ctgcggatga aaagctaccg taatagatgt
    17041 atcctatctc cgttcctggc agcttgacgt aacgcatgcc gccggctatc ccatagcgcg
    17101 tgcctaagta attgcgctgg atgtcagtat tgaaattgcg cggatagtcc tcaaaccacg
    17161 cccagtagcg agccgtattg aacggcgaca cgagattcgt gtgaccgtct ttcaactccg
    17221 ccagcatatc ggaaagcaaa tcgaagagct catagcgact catcgtatcc gagagttgcc
    17281 tttcgtactt tctgcggaca acctcccagt cgacgccctt ctcctcaaag aaacaataat
    17341 gctcgtcgat gatgcgccag agcgcttcaa agttctcgcg agggcttgcg ctgtatcggt
    17401 ccgctttgtc gcagcccgtc agaagcagag tcaaaaagat caggaaatag ggaacacgta
    17461 ttttcataag caatcaatga gtaacagcga atagccgccg ccccttcgga acgcaatcac
    17521 tgacacaccc cgatagacaa acgaccctaa ttcgcttttc gtttttcatt ttcgggtcaa
    17581 taatacgcac ttttataagc aatcaatgag taacagtgaa tggttgccaa tccttcggag
    17641 cgtaatcgct agcactatcc gatagataaa cggcaatgat tcgcatttcg tttttcattt
    17701 tcgggtcagc aatacgtatt ttcatagata ttcaatgagt aatggcgaat agccgtcgat
    17761 catccggagt gcaatcgctg gcacttcacg atagataaac ggaaatgatt cgcatttagt
    17821 ccttcgtcct cggatcatcg atacgcaact ctatgaatat tcaatgagag acagcgaata
    17881 gccgtagatc cttcggagca caattgccag cacttcacga taggcgaacg gaaatgatcc
    17941 gcctttagtc cttcgctttt agattagcaa cacgtaactg cacaagtatt caatgagata
    18001 cggcgaatgg tcgccgaccc ttcggagtgc aatcgctgat actctacgat aggaaaacgg
    18061 taatgatttg cttttagtcc tttgtcctcg gatcagtaat acgtgcttcc ataggtattc
    18121 aatgagagac agcgaatagt cgccgatcct ttggagcata attgccagca ctccccgata
    18181 ggagaatgga tagattttgc ttttggtcct tcgttttcgg atcatcaata cgtgcttcca
    18241 tagatattca atgagagacg gcgaatagcc gccgacactt cgagtgcaat cgccagcact
    18301 ttacgataga cgaacagaaa taattcgctt tccgtttttc atttttggat cagagatacg
    18361 aaactccacg agcattcaat gagcgacggt gaatggtcgc cgatccttcg gagcacaatc
    18421 actggaacta tccgatagac agagggggac gatgcgcttt tggtccttcg ttttcggatc
    18481 atcgatatgc aacttcacaa gcattcaatg ggtgacagcg aatgtccgcc gacccttcgg
    18541 aacgtaatcg ctgacacacc ccgatagaca aacggaaacg atgcgctttt ggtctttcga
    18601 ttttggctca gcgatacatg atttcatagg tattcaatga gcaacagcga atggtcgcag
    18661 actatttgga gtgcaatcgc tggaacgatc cgataggcaa acggaaatga tttgttttta
    18721 gtccttcata tccggattag taatatgcac tccggaaggc tgggttatgg cgcacgcgct
    18781 tgccagaaaa aggaatgaac tccttagcca caccgaggag gatactgtta ccgaagtaat
    18841 gcgtgcgaat cccgttgacg tgcgattgat aaacgtcggc ctcatagcca atgcgcatgg
    18901 tccatggacc cacaggaaca tcagcggtga gcatactccg caaggcgaac ctattgtgca
    18961 gcgaccccaa ttggactaca ccggcacgat ggccaagggt aaagatctcg taataggatt
    19021 gcccgtagtg cggggagaag aagacaccga ccagtggcag gtttgcctgc cagcggacag
    19081 tcaccggata gcgccggcga cccaagtcga aaccgtagag gatagccgca gagagtccca
    19141 gatcgccttc cacgtgcagc accgcagggt tattgccgcc ctgcgagcga taggccgtgc
    19201 ccaagagata gcgccccgta ccgccgacga gcaatcgcag accgtccaca ctggtctcca
    19261 gacgtcggtg caggctgtag ctgtagtcaa tgaaggccgc gtagccactc gatgtgcctg
    19321 ccggattgcg gatcgaagcg agatcgatgc gaaaggtgcg ttgccgcgac caacggtcat
    19381 tggtgatccg catacgttcg ttgataacgc cgatacccac gccatcataa ccgacgtcgg
    19441 agaggtatgt gttcttgaca tagcgactgc ccaggctgac catcgtgcct tcattcaccg
    19501 accgcggagc ttgaacgacg ctgtccgtct gtgcacgcag ggtgagagga aggagaatga
    19561 agagagtgag cagaaagagg aagctgcgga tcatggttta ttcctcaaac agcgacatct
    19621 gcccatcctc atcctcctcc gacggtacat cggtagcgga tggctctccg tcggatgagg
    19681 gcgatggggc gtggcgcgtc ggttccagtt cgtcaaccga cgccacggtg aatgtcgtca
    19741 cccgtttacc gcgcgccttg acactcttca cgcccacgaa ctctgccgcc tcgatggtta
    19801 agggatcgcg gtagctgtcg tgtccgccaa aggtcacctc gatgcgtgga taggcctcgt
    19861 cggtcagcag aaagagacgg tgacgtggat tgtcgcccat caggttttgc cgcttctcgg
    19921 aatcctcgga cgggaagcgc ttgaggtaga catagccctg atcggcgtcg aagtagacag
    19981 ccgtccatgt cttgcgtgcg tcgtaacgct cgatgagcag gatgttctct tcgtagtggt
    20041 tgcttaggtc gaagcccgtg gtatagaact cgcccgactg caagacgaca aggatgcggt
    20101 cgtcgctgcg gaattcgccg agggcttcgc cgcgaccgtc gtagttcagg cggagcacgt
    20161 cgcggtcgaa ccatacctca cgcccgccga gcgtcgacga accacgctgc ttgagcgaga
    20221 tcttgtggat ctctgcccgg gtgaggatgt tgccgagcga ggtgcgaccc ttgatcagta
    20281 tctcgctgaa atccttctcg aagacgagcg tcttctgcct gagcttcggc ttgaggatca
    20341 ccttcaccgt ctccgcctca ccgttcggat tggcactgaa ataaaggatg cgtgagcctt
    20401 cggtgccacg cgtcacgttg tactccttgt cacgcgttga gccggtcacg gcaaaccgct
    20461 tgatgtaatt gcagcccgcg cggccgtcgc gatagatcac gttgtagatc gtccgtgtgt
    20521 cgttgcggtt gaagacattg acgtagatga cgtcttgccc gacgaagatc ttttcgctca
    20581 cccgcatcac tttgtacacg ccgctgcgat agaagaggat gatgtcgtca atgtccgagc
    20641 aattgcagac gaactcggcc ttcttcagcc cggtgcccac gaagccctcc tcgcggtcga
    20701 tgtagagctt ttcgttggcc tcggccacct tggtggcttc cacgcggtcg aagctgcgga
    20761 tctctgtgcg ccgtggcttg tccgatccgt acttcttctt cagcccctcg aaccacgcca
    20821 cggcatagtc cgtgaggtgc gacaggtgat gctctacgcg ctcgatttcg cccttcagcc
    20881 gtgcgatctg ctcgtcgttg cgatcggcgt tgaacttcag gatgcgcccc attttgatct
    20941 ccatcagctt caggatgtcc tcccgggtga cctcccggat gagccgcggc ttgaacggct
    21001 ccagccggcg gtcgatgtgc gccacggctg cgtccatgtc cggcgcctgt tcgaactcct
    21061 tatccttata gatccgctcc tcgatgaaga tccgctcgag cgaggcgtag aagagttcct
    21121 cgcgcagctc gccgcgttcg atctccagct ccgtgcgcag gagcccgagc gtctgttcgg
    21181 tggagtgtcg caacacctcg ctgacggaca tgaatcgcgg cttgttgtcc tcgatcacgc
    21241 agcaattcat gtacacgctc ttctcgcagt cggtgaaggc gtagagcgca tcgatcgtct
    21301 tgtccgacga tacgcccggg gccagatgga tcaggatctc cacctcgcgc gccgtgttgt
    21361 cgtccacctt gcggatcttg attttcccct tctcgttggc cttgatgatg gagtcgatca
    21421 gcgagcccgt cgtgtagcca taggggatct cggtgatggc cagcgtgcgg ttgtccacct
    21481 tcgtgatccg cgcccgaacc tttaccatgc cgccgcgatt gccgtcgttg tacttcgcca
    21541 cgtccaccaa gccgcccgtc tgaaagtcgg ggtagagcgt gaacggctcg ccgcgtaggc
    21601 aggccacgga ggcgtcgatc agctcgttga aattgtgggg caggatcttc gacgacagcc
    21661 ccacggcgat gccctccgcc ccttgagcca gcagcagagg gaacttgatc ggcaggctga
    21721 ccggctcgcg gttgcgcccg tcgtacgact gtttccagac ggtcgtcttg gggttaaaca
    21781 ccgtctcgag cgcgaaccgc gagagccgcg cctcgatgta tcgcggtgcc gccgcgctgt
    21841 cgcccgtgag gatgttgccc cagtttccct ggcagtcgat cagcagatcc ttctgcccga
    21901 gctgcaccag cgcgtcgccg atcgaggcgt cgccgtgcgg gtgaaactgc atcgtctggc
    21961 ccaccacatt ggccacctta ttatatcgtc cgtcgtcgat ccgccgcatg gcgtgcagga
    22021 tgcgccgctg cactggcttc agcccgtcgt tgatgtgcgg cacggcccgc tccaggatca
    22081 cgtacgaggc atagtccaga aaccagctct gatacatgcc cggcagatgg cgcacgctgt
    22141 ccgcaccgat cgctccccca ggcaccacat agcctccgcc cgtgccctcg gtcgtattcg
    22201 cctccatcgc ctcgtccggc agcctttcct cttcgcgttc gtcttcttct ttcatatcta
    22261 tgggttataa cagcttctaa tctattaatc tacgcgccgt ttccatcggc ggcgggcaaa
    22321 agtaggcgaa tttgcccacc cctttggcgc gaaatggcgg ccattcgtgt cggggcgggt
    22381 atctcgcgcc aacccctctg ccgcgtctgg tttaccctca aaagtcccca acgatgcgat
    22441 ggtctcgacc cataaaactc tcgtcgtgtc aaacgaaggc agggtctcaa cctataaaac
    22501 ctccatcgtg ccgaacgacg cgacggtctc aacccataaa actcccgccg tgctgaatga
    22561 tgtgatggtc tcaattcata aaagccccat tatgccgaac gagggcacgg tcttgtgtct
    22621 gctggttttt ggcgagtgac tttttatatc tgagaaaaat atctcgagaa taaaatggtg
    22681 accatttata agtagagaga ttttgttgag aataaatcgg ccactttttt attcccgata
    22741 aagtagattg cctataaaaa agtcactcgt ttattccgta taaaagctat tgggtataaa
    22801 cgggtggctt tttattacct gagaagattt agtcactata agaaagtcgc tgttttattt
    22861 ctgagagagt ttgttcagta ataaaaagtg acccgctaaa aaacgaagca accgagacca
    22921 tgccctcgtg cgacatgatg gggccttcat gcaaccagtc cgtgccttcg tgcggcatga
    22981 tggggccttc atgcacccgg accatgcctt cgttcgacat gaggaggttt tgcgaatcga
    23041 tgtagtgcct tcgtgcgaca cgatggggcc ttcacgcacc gaaaccgtgg cgtcgttcgg
    23101 cacgatgaaa ccttcacgaa tccagcccgc agggtcgttg gatggaatga ggaatttgcg
    23161 aatcggcgcg gtcgtgtcgc ggggcatgac aggggcagat gaatttgagc ggtatagctg
    23221 cattcaggaa ttgaaactgc tgcttacatt tgccgccgta ttgcaaactc gatatagcaa
    23281 ttgggtttat tatgaagaaa tttattcagc atcgtggtat tgtaaaacat accggaggag
    23341 gccgtattgt ggtctgtatc gaacagcaaa gcgcgtgctc tgcgtgccat gcccgttcgg
    23401 cctgcctcgc atcggacaaa aaggagaaac tcattgaggt gaagggcgag agccgtcagt
    23461 ttgctcccgg ggaggaggtc atggtcgtgg cccaatcctc gagcggcatg caggccgtag
    23521 cccttgcgtt cgccgtgccc tttgtgctgg tggtggctgc cgtatttatc ggcgcccgcc
    23581 tgagcggagg cgacgacggc atcggtggac tcgcggggct ggccgtcctg gccgtctatt
    23641 acgccctgct gtacgccttc cgggagaaga tcgggcgacg gttttcgttc tccgtcgcta
    23701 agctcgaagc tggctcccag ctcgacacag ctgcttatta accgccaaat caatcttaca
    23761 cgaaatgtat atagcgatca ttttattagg aacggtgggg gccattgcgg cgctcatcct
    23821 atttgcggta tcgaagaaat tcgaggtgca tgaagatccg cgcatcgggc agatacagga
    23881 agccctgccg ggcgccaact gcggtggctg cggattcccg ggctgcggcg gctttgccaa
    23941 cgcgtgcttt aaggctgagg cgctcgacgg gctgtattgc cccgtgggcg gtcaggacgt
    24001 gatgaagaaa gtggccgaga tcaagggcgt ggccgtggtg gctgcggcac cgaagatcgc
    24061 cgtggtgcgc tgcaacggca cctgcgaggc gcgtccgcgg acaaacacct acgacggcgc
    24121 atcgaactgc accatcgccg cctcactcta tcggggcgag acgggctgct cgttcggctg
    24181 cttcggtctg ggcgactgtg tggatgcctg cgagttcgat gccatccaca tcaaccccgt
    24241 gacacgcatc gcggaagtgg tagaagacaa atgcgtagcc tgcggggcgt gcgtcaaggc
    24301 ctgcccgacg aagatcatcg agctgcgcaa gaaggggccg aagtcgcgtc gcatcttcgt
    24361 ctcctgcatg aacaaggaca agggcggcgt ggcacgcaaa gtctgctcga acgcctgcat
    24421 cggctgcgca cgctgcgtca aggagtgtgc ctttgaggcc attacggtga cgagcaacct
    24481 ggcttacatc gacgacacga agtgccgcct ctgccgcaag tgcgtcgtgg tctgccccac
    24541 gaaggccatc cacgaactga acttcccgcc gcgtaaggag ccgaagcccg acgcaccgaa
    24601 ggccgctgct ccggccgcac tgtcgctcgt ggaggccgct cgcgccaata ccccggcggc
    24661 gaaacccgct ctggctgaaa cggctgttgc cactgctgaa ccagccgtga aagattaacc
    24721 cacacccaca caacgacctg tctataatgt acacttttag aatagggggc attcacccct
    24781 caggaaacaa gttatcggcc gggcgcccga tcgaggcgat cgcgcccacg gccaaggtgg
    24841 tcataccgct cgggcagcac atcggtgcac cggctgaggc ggtggtggcc aaaggcgaca
    24901 aggtgaaggt cgggacgctg atcggcaagg ccgcagggtt cgtttcggcc aacgtacact
    24961 cgtccgtttc gggcaccgtg accaagatcg acaccatgct cgacgccgct ggtctgccca
    25021 agcccgcagt ctacatcaac gtagagggcg acgaatggga agagaccatc gaccgcagcg
    25081 agacactcgt ccgcgactgc acgctgtccg ccaaagagat catcgggaag attgccgctg
    25141 ccggcattgt cggtatgggt ggcgccacct tccccacgca agtcaagctc tcgcctcccc
    25201 cgggcagcaa ggccgagata ctgatcgtta acgccgtcga gtgcgagccg tatctgacgt
    25261 cggaccactc gctgatgctg gccaaaggcg aagaaatcat cgtcggggtg aagattctca
    25321 tgaccgccat cgacgttcgc cgcgccgtga tcggcattga aagcaacaag cccgacgcca
    25381 tcaagctgat gaagaagctg gccgccaaag agcagggcat cgaggtaatg ccgctcaaga
    25441 tgcgttaccc gcaagggggc gagaagcagc tcatcgacgc cgtgatccgc cgtcaggtga
    25501 agagcggcgc actgcccatc tcagtcggtg ccgtggtgca aaacgtgggc accgtcttcg
    25561 ccgtctacga ggccgtgcag aagaataagc cgctcatcga gcgcgtcatc accgtcacgg
    25621 gcaagagcgt tgtgaagcca tcgaacttta tcgcccgcat cggtacgccg atcagcaccc
    25681 tgattgaagc cgccggcggc atcccggagg atacgggtaa gatcatcggc ggaggcccca
    25741 tgatgggtcg cacgatgatc acggacgatg tgccgatgat gaagggtagc tccggcatcc
    25801 tgctcatccc acgcgccgag gccatgcgca aacccatgcg tgactgcatc cgttgcgcca
    25861 agtgtgtcga cgtctgcccg atgggcttgg aaccctatct gctgatgaac ctggccgtcc
    25921 acaagacgtg ggacgaggcc gaagaacatt acatcgtaga ctgcatcgag tgcggctcct
    25981 gcagctacac ctgtccctcg tatcgcccgc tgctggacta tatccgcatg ggcaagggca
    26041 cggtgatggg catcatccgt tcgagaaaga aataatttga catggatact aaactgatca
    26101 tctctccgtc gccacacatt catgggggcg attcgataag caaaaacatg tacggcgtgc
    26161 ttatcgcact gctgccggcc ttcctcgtgt cgctttactg cttcgggttg ggcgcactcg
    26221 ttgtgacgct cgtatccgtc gcctcgtgcg tcatcttcga gtatctcatt cagaagtacc
    26281 tcttcaagcg cgagcccacc attgccgacg gctcggccat cctcacgggt gtcttgctgg
    26341 ccttcaacct gccgtccaac ctgcccgcgt ggatcgtcat cttgggcgca ctcttcgcca
    26401 tcggcgtcgg caagatgtcg ttcggcggat tgggcaacaa catcttcaac cctgcgctcg
    26461 tggggcgtgt ctttctgctc atctccttcc cagcacagat gacgatgtgg cccgtggccg
    26521 gcgtcttccc cctgacttac accgacgcgc aaaccggcgc cacgacgctc tcgttgatcc
    26581 atttcacgaa agacattgcc ggcctcggcc cgtcagccat cggactgacc ggcggtagcc
    26641 tcggtgagat gagtgaggtg gcgctgctct tgggctttgc ctacttgctc tatcggcgca
    26701 tcatcacgtg gcacatcccc gtggccatca tcggcaccgt ggctgtgttc accaccatca
    26761 tgtacctctt caacccgacc gaagtcaaca acccgctgat ccatctcacc tctggcggac
    26821 tcatgcttgg cgccgtcttc atggccaccg actatgtgac ctcgcccatg accaagcgcg
    26881 gctcgttgat ctatggcgcg ggcatcggcc tcctgaccgt gctcatccgc atcttcggat
    26941 cctatcccga gggcatgtcc ttctccattc tgatctggaa cggcctcacg ccgctgatca
    27001 acacctacat caaacccaaa catttcggag gcagataaac gatggaaaaa atcaaatcca
    27061 cattcatcac cattctggcg tcgctcacgt gcttctgcct catcgcaggc accgcgctgg
    27121 ccgtagccaa caagctgacc gaggataaaa tcgccgccgc caaagcagcc gccctgcaag
    27181 aagccattaa gaaggtggcg cccgagttcg acaacgaccc ctcggccgaa caatacaggg
    27241 ccgccactgc cgacggcgat tcgctcacca tctatcccgc caagaagggc ggcaagctgg
    27301 tcggtgccgc cgtagagacg aacaccaaga agggcttcgg cggcgagatc cgcatcatgg
    27361 tcggcttcga cgcggaccag aagatcgtca actactccgt gctcgagcac aacgagaccc
    27421 ccggcctcgg atcgaagatg gaggagtggt tccgcacgga taaaggcaag cagagcgtcc
    27481 tcggacgcga catgaagggc ggcgcgctga aagtctcgaa agacggcggc gaagtagacg
    27541 ccatcacggc tgccaccatc tcctcacgcg ccttcctcga cgccatcaac cgcgcctatg
    27601 ccgcctacgc acaaggtgct ggcaagggcg acgccaaagc cgacggtgcc tccggcgcca
    27661 cccaacaaac ggccgccgat tcgaccgcct caacgtctca cagcaaataa cccccccgga
    27721 ctatgaacta cctcaaagtc atcaagaatg ggatgatcac cgagaatccc accttcgccc
    27781 tcctcctggg catgtgcccc acgctggcca ccacctcctc ggccatcaac ggcatgagca
    27841 tgggcctggc caccgccttc gtgctcatct gctccaacgc cgccatctcg gccatcaaga
    27901 agctcgtgcc cgacgaggtg cgcatccccg tctacgtcgt cgttatcgcc tccttcgtga
    27961 ccatcctcca gatgtgcatg caggcctata tgcctgaact ctacaagagc ctcggcctct
    28021 tcatcccgct gatcgtggtg aactgcatcg tgctcggtcg cgccgaagcc ttcgcctcga
    28081 aaaacggcgt tgtagcctcc gcttgcgacg gcatcggtat cggcgtcggc ttcaccctcg
    28141 ccctcaccct gctcggcacc tgccgcgagc tcctcggcac cggccgcgcc ttctcgctca
    28201 ccctcttccc ggagcactac ggcgccctgc tcttcgtcct cgcccccggc gccttcatcg
    28261 ccctgggcta cctcatcgcc atcgtcaata aactgaagaa ataacccccc gcccttatgg
    28321 aatacatcat cattttcatc gccgccgtct ttgtcaacaa catcgtcctg tcgcaattcc
    28381 tcggcatctg ccccttcctg ggcgtgtcga aaaagatcga cacagcgatg ggcatgggca
    28441 tggccgtgac gtttgtcctc accatctcca cgatcgtcac cttcttgatc cagaaataca
    28501 tcctcgactc cttcgggttg gcctacctac agaccatcgt cttcatcctc atcatcgccg
    28561 ccttggtgca gatggtggag atcatcctca agaaagtctc ccctgcgctc taccaagccc
    28621 tcggcgtctt cctgccgctg atcacgacca actgcgccat ccttggcgtc gccatcctcg
    28681 ttattcagaa ggattacaac ctgccgcagt ccatcgtctt cgccttttcg acggccatcg
    28741 gtttcgcgct ttcgctcatc atcttcgccg gcatccgcga gcagctctcg cgcctgaacg
    28801 tccccgcggc gatgaaaggc atccccatcg cgctcctcac cgccggccta ctggccatgg
    28861 ccttcatggg cttctccggc atcgtgtgac gcgattgcga tgcaaatagg catagacata
    28921 gaatagaaag gagtaaaaga agaaatggaa accatcacat tgaataatgg agtaaagatg
    28981 ccgcagctgg gctacggcgt gtatcaggtg gaaccggccg aagccgaacg ctgcgtgagc
    29041 gacgccctca gcgtgggcta ccgcatggtg gacacggcgc aggcctaccg taacgaggag
    29101 ggtgtgggcg cggccgtcaa gaagagcggc ctcaagcgcg acgaggtctt tatcgtcagc
    29161 aaagtgtgga tcagtaacta tggctacgag cgcgcccgag ccagcatcga tgacagtctg
    29221 aagcgcttac aaacggacta catcgacctc atgctgcttc accagccctt ctgcgactat
    29281 tatggcgctt accgcgccct cgaggaggcc tatcacgcgg gcaagctgcg cgccattggc
    29341 gtgagcaatt tccagccgaa ccacttcatc gacctcgcca gcaacgtgga ggtagtgccg
    29401 gccgtaaatc aagtggagac acacgtcttc tatcagcaga tccgcgccaa gaagtacatg
    29461 gacgagttcg acaccaagat catgtcatgg ggcccactgg ctgaggggcg caatggcctc
    29521 ttcaccaacc ccacgttggc agagatcggc caggcgcacg gccggagcgt ggcacaagtc
    29581 gccctgcgtt acctcacaca gcgcggcgta atcatcattc ccaaatctgt gcgccgcgaa
    29641 cgcatggcgg agaatttcca gatctacgac tttaagctca cgccagacga gatggcacgc
    29701 atcgaacggc tcgacaccgc tcacagcctc ttcttcgatc acaacgaccc ggagaccgtg
    29761 aagatgttca tgggctggcg cagcctatag tgaggctgtt tggatacgtg tagcaagcga
    29821 taggagctca taccgtatcc tgatggcctg aggacggttt tccctgaatg attctccggc
    29881 cgtcgtgtga cgctccgtca tttccagggg tcgcgtcaag aaaaaggcac ctccaccgtg
    29941 tgtggggggg ccttttttac gtgcgggcgt attctcccgc gcggtttcag cgtagaatcg
    30001 gtgtttctgg agcattcccg cgcggtttca gcgcagaatc ggtgtttctg gagcattccc
    30061 gcgcggtttc agcgcagaat cggtgtttct ggagcatttc cgaacggtat cagcgcagaa
    30121 tcggtgtttc tgaatcattc ccgaacggtt tcagcgtaga atcggtgttt ctgaagcatt
    30181 cccgaacggt ttcagcgcag gatcggtgtt tctggagcat tcccgcgcgg tttcagcgta
    30241 gaatcggtgt ttctgaagca ttcccgaacg gtttcggtac agaatcaggg tgggtttctg
    30301 gagtattaga tgtcagagca cctcgtcgag gaaacggagg atgtgcgccg tgtcgtcagg
    30361 gtggaaccag gtgatggagg cgtcgcggcg gaaccaggtc tgctgtttgc gggcgtagac
    30421 gcgggtgttg cgcttgatgc gggccacggc ctcgtcgagc gaaagctggc cgtcgaagtg
    30481 ttggaaaagc tccttataac cgaccgtgtt gagggcgttg aggtggcgct gggggtagag
    30541 ggcgcgggct tcgcggagga ggccgtcggc catcatttgg tcgacgcggg cgtcgatgcg
    30601 acggaagagc tcttcgcgcg ggcggacaag cccgatcttg aggatgcgga aggggcgcac
    30661 tttgacggta cgcgtacgga agtcggaata ggggcggccg gcggtgcggc agatctcgac
    30721 ggcgtggatg acacgacgcg ggttgcggcg gtcgacttcg gcgaagtgca cggggtcggc
    30781 ctgccggagc tcgtcgagca gggcgtcgag tccgaggtgc ccatagtccg ccaggacggc
    30841 ggcacggatg tcggtgggta cggtggggat gtcgtcgatg ccctgacaga cggcgtcgat
    30901 gtacatcatc gatccgccgg tgaggaggac ggtggcgtgg gtcgtgaaaa gggtcgtaag
    30961 gagtgcgagg gcgtccgttt catagcgtgc ggcgctgtac ggctcggcgg ggtcgaggag
    31021 gtcgacaaag tagtgcgtga cgcgggtgcg ttcgtcggcc gtgggggcgg ccgtgccgat
    31081 gggcatgccg cgatagatct gtcgggagtc ggccgagagg atggggctgc caaggtgttc
    31141 ggccagccgc aggctgagcg ccgtcttgcc cacgccggtg gggccgagca ggacgaggag
    31201 ggtgaggggc gtcgtagtta tcaatgggta aagtggggag gttatcctgt tcgcgagggc
    31261 gtcagggacg ccggccaact tggccgggta ccggtagagg cggctcaata gcgctcttct
    31321 aagtcggaga ggctgacgct gtcgccatcc tcaaagccac ccatgccctc gcgatccagt
    31381 tcgtcgtcgt catactccga gtcgccgtag aagtcttcgc cggtggcgga tacggtcggg
    31441 gtgagcgtct tgccgagatc cttttcgagc tcttcttcgg tgaaggcttg ctcgggtgga
    31501 tcgccgacgg agcgtgtgca gacggcctcc cggagggtgc gtccggtgat gatctcgcga
    31561 agctccatgt agaaggcgcg gtcgaacatg tagtcgaaga cgtagataag tcgctggtgc
    31621 tcgtcttcga gcagctcctc gaggcgcgtg tcttccatga ggcacgtgtc ggcgtcggtg
    31681 ggtgcgccca tgtccacgag ggtgatctcg gtgcggcgtg tccagtcgtc gtcgcagatg
    31741 aagaagctgc tcatctccac gggctggaag tcgacagcct ggaggatggc ttgatggagg
    31801 tcgaggaagg tggcctcggc gtcgatttgt atctcgcgct tgaagtcttc gacttcgtca
    31861 gaaacaagta ggaatcggta aaccatagag ggtagagagt agagggtaga ggatagaggg
    31921 tggagagtag agggtggagg atagagggtg gagagtagag ggtggagagt agatgatgga
    31981 ggatagagcg tcgcctcatg tacccggctc taccctctac cctctaccct ctattcatcg
    32041 atggatccgc ggacgatgcc gcgtttggaa tgcttgatga agttaaggat caggtcgcgc
    32101 tccgcaccgg gctcgtactc ggtttcgatg gcctgcaagg cgtcggtgtt gttgaggccg
    32161 cgggtgtaga gggtgcgata gatgtcctga atgaggtaga cctgctgatt ggagaagccg
    32221 cgccgacgta ggccaacgat gttgatgccg cagtagacga tcgggtcacg accgatcagc
    32281 gtgtaggggg ggatgtcttt gccgacgcgt gatccacctt ggatcatcac gtgctgtgag
    32341 atgcgcgtga actggtgcac aaggacgctg ccgctgagga tggcaaagtc gtcgatctcc
    32401 acctcgccag caatctgcga ggcgttgccg atgatcacat ggttgtgtac gacgcagtcg
    32461 tgtgccacgt gcgaataggc catgatcagg cagtcgctgc ccaccacggt gcggcctttc
    32521 gaggcggtgc cacggttgat ggtgacacat tcgcggatgg tggtgcgatc gccaatctcg
    32581 gcggtggtgt cttcgcccgc aaacttcagg tcttggggga tgccagagat gacggcaccg
    32641 gggaagatgc ggcagtcacg gccgatacgt gctccgttga ggataacggc gtggggatag
    32701 atgtgacatc cgtcgccaat gacgacgtcg cgctcgatgt atgcgaaggg atcgatggtc
    32761 acgccttggc caatgcgggc ttcggggtgg atgacggctg tgggtgcgtg catgtcggct
    32821 tacttgtttt tgacgatttg ggccatgaac tctgcctcac acaccacctt ctcgccgacg
    32881 aagacgtagc ccttcatcgt agagatgccg cgtcggatgg gcgatatgag ctggaggcgg
    32941 aagatgagcg tatcaccggg gacaactttc tggcggaact tgacgccgtc gatcttcatg
    33001 aaatacgtcg agtaacgctc cggttcgtcg acggagttca gcaccaagag cccgcccgtc
    33061 tgtgccatag cctcgacgag caagacgcct ggcatgatcg gctcctgcgg gaagtggccc
    33121 tggaagaagg gctcgttgac gctcacgttt ttgatgccca cgatgtagtc accgccgatc
    33181 tcgatgatct tgtcgaccaa gaggaagggg taacggtggg gtaggagctc gcggatgcgg
    33241 ttgatgtcca tcagcggctc gcggttcggg tcgtagacgg gggcttggat gctattcagc
    33301 ttgatgtctt tgcggatcac ctgcgccagc tggttgttga tcttatggcc cggtcgggta
    33361 gcgatgatgt ggcccttgat gggtttgccg atgagggcga ggtcgccaat cacgtcgagc
    33421 agtttgtgac gtgcaggctc gttggcgtag gccagaggct tgttgttcac gtagcccaat
    33481 tcgcagacgc tcttgtgtgg cagccccagt tcgtcagcga tgcgatcgag ctctgcctgc
    33541 ggcatttcgc ggtcgtagat gacgatggcg ttatcgaggt cgccgccctt gatgagtccg
    33601 ttgcggagga gcatttcgat ctcgcggacg aagacgaagg tgcgtgaggc cgctatctcg
    33661 tcagcgaact gactgaggtc ggagagggtg gcgtattggt tggagaggac gggcgaatcg
    33721 aagtcgatca gcacgttcat gctgaaccgg tcgtcgggca ggatggtgag cgacgagccg
    33781 gtcttctcgt ccttgacttc cattttgtgg cgtacgatat agtagtcgcg tggtgcattt
    33841 tgctccgtga gacccacgct acggatgccc tcggagaagg gccacgcgct gccgtcaagg
    33901 atggggaact cgggagcgtc gacttcgatc aggcagttgt ccacttccca ggcatagagc
    33961 gcagccatgg catgttcgat ggtgctgatc tgcacgtcct tctttcccac cacggtgcca
    34021 cgctgggtat tgatcacgtt ctcagccagt gcttcgacga tgggtgcacc ctccaggtcg
    34081 gtgcgtcgga tttggtagcc gtgattttca ggggcgggtt tgaaggtgat gtgtatgtcg
    34141 aggcccgtat gcaggccttt gccttgcagt gaaaattcgg acgcgagtgt cttttgcttt
    34201 tgcatgatgt gtgggtgtat gatcgttatt taatgggggt tcataatctc tttttcagct
    34261 cttcgacctc cttacgcagg cggtcgatct cgaggtacat gtctggcagt ttgcgcaggg
    34321 tgatgctgga tcggaagaag gtcttgaggg gcatggcggg tgagcccatg acgcgtgatc
    34381 cggcgtcgat gttgctgatg atgcccgatt gggcgccgat ctgggtgccg tcgccgatct
    34441 ggatgtgtcc acccaggccg acttgcccgc cgatcatgca atgacggccc accttcgtcg
    34501 atcctgacac accgacttgc gaggccatga cggtattctc gccgatctgt acgttgtgtg
    34561 cgatctgaat caggttgtcc agcttgacgc cccgatggat ggtggtggac tccatcacgg
    34621 cgcgatcgat ggtggtgttg gcgcccactt cgacttcgtc ctcgatgacc acgttgccca
    34681 gctgtgggat cttgcggtag gtcccatttt cgggtgcgaa cccgaagcca tccgagccga
    34741 cgacggcgcc tgcatgcagg atgcagcggg atccgacgac gcagccgtta tagatggtga
    34801 cgtgcggata gacgatcgtg tcgtcgccga tctggacatt gtcgccgatg taagcgtgcg
    34861 gatagatgcg gcagccgcgg ccgatgacgc tatgctcacc gatgtaagcg aagtgcccca
    34921 catagccgcc cgcgcccacc cgggccgaag gggcgatgaa ggccgagggg tcgatgccct
    34981 ctttttgcgt ctgggtctgt tccacaaagt ggagcagcga ggccagcgcg gcgtaggcgt
    35041 taggcacacg cagcagggtg gactctatgg gcgccgaggg atggaagtca tcgttgacca
    35101 gaacgatggc tgccttcgtg ccatatatat aatgttcgta tttggggttg gcaaggaagg
    35161 tgagggtacc cggtttccct tcctcgatct ttgagaagcc attcacttta gctgtcacat
    35221 cgccctcgat cgttccgttg aggaactcag ctatctgttt agctgtaaac tccattccgt
    35281 gtcttacgtt ctttattatt accggcccca aaggtagacg ctgtttttaa tctgatacct
    35341 gttttcgatt tattggggag cgtggcaata aggtcggaat agcctctcga gcgttcgtcg
    35401 gccgttatgc ttggtaagaa taatgagtcg cgtgcattcg gcttattatt cctcgctggg
    35461 atcgtgattg gattgcgcac ggtttatgat ttctctccaa ggatcgtaat cccatcgtga
    35521 atgctttatt atctcttgca agaatcgtaa tcctttagcg aatggtttat tatctcttcc
    35581 aagcatcata atccctttgt gcataattga ttacctcttc cgggaatcat aatgcctttg
    35641 cgtatgattg aatatcgctc ttcgaggatc gttattcgaa tgcacaagat ttatgattct
    35701 tgagagatgt aataaaccat ttgcgatggg attattaggt ctggccgaaa ttgcaactca
    35761 caacctttcg ggttataatt cttgatccat ttcggggcga gagcctcctg cgtgaggctg
    35821 tgcgataccc cgaatggctc tccgaagcgc tccctcaggg ccggaagaag tagttgaggg
    35881 tgatgtagtc cgattgatgg tcggttgaga tgcgttgggc ggggtccgtg atgggcggat
    35941 tgtcggtcca ctcgaagagg taatcggcgg ggaagaggag gggcgtggag gcgatggccg
    36001 tcgtggcgtc gctgcggagg ttcttgcgcc aacccttgtc ggaggttagg gtgaggcggc
    36061 gtgagggggc gagttggccg ccctcggtga gggtgacagc ggcgggttgg tcgagtcgga
    36121 aaggctcagc aggcggcagg aagagtcggc cgtggctgaa gggtgaggcc acggtgggcg
    36181 gcccgtcagg gtgaccgacg cgcacccagg attgggcgcc gtaggtgatg cgcatgccct
    36241 cgtagaggtc gcggacggtg tgctcgaagt agagcaggta ccaaccttca gcggttgggg
    36301 tgaacgaggc cgtgtaacag ctgtcggtgg gggccttctc gagtgggatc ggcgtgccgt
    36361 cgggggcgag gagggtgagg cgacagttgg cgatgtccga aaaccagcgg tcggcggggg
    36421 agatcatcct caaggagaac tcaccgaaga agatgcggac ggtttgcggt tgtccaatgt
    36481 gcccctcgaa gggcgtatcg atccacatcg tgtgcgcctt cgtggcggtg gggaggagga
    36541 gcaggagggc cagcagcgcg gccagtgaaa ggttgtgcag tctcttgttc attgcggttt
    36601 atggggttga tgtttcgact gcaaaggacg ctctgtggcc gcttctgggc aatcccgatt
    36661 ggtggggagg gtagagagta gatggtagag ggtggagaag agagtagagg gtggaggcgg
    36721 ggctgtgtac ttttgcggtc ggaagaattt gatcagcata gcaatccgta tgactcacac
    36781 ccaagaaagc ctctcgtcgc tttgcgattt catcgctgaa tacgcctcac acctgatggc
    36841 ggcgggggtg cacacgtcgc gtgtcatgcg caactcgaag cgcatcggca gctcttttga
    36901 ggcggacgtg aagatgagca tccttcacaa acacatcatt ctgacagtga tcgaccgcac
    36961 cacgtcggaa caaagcaacc gggtggtgga ggtgcccccg cacccgatca gtttcgagca
    37021 caacgcctcc ttgagtgccc tgagttgggc cgcggcggac cgtcacctat cgctcgatga
    37081 gctgtgggcg gagtacacac gcatcgtctc ggcgcccatg atccatccgc tgtttgtgct
    37141 gctgttggtg ggctttgcca acgcctcgtt ctgccgactc ttcggcggcg atgcggtctc
    37201 gatgggcatc gtcttctcgt ccaccttgac cggcttctac ctcaagcaac ggatgcagca
    37261 gcggggcatc aacccctacg tcacgttcat cgtctccgcc ttcgtggcct cgctctgtgc
    37321 ctccacgtcg ctcatcttta gcaccacgtc cgacatcgcc ctggccacaa gcgtgctcta
    37381 cttggtgcca ggcgtaccgc tcatcaatgg cgtgatcgac gtcgtcgagg ggcacgtcct
    37441 gacgggcttc gcacgcctca cggaggccgc gctgctgatc gtcaacatcg ccatcggact
    37501 ctccttcacc ctgcttttag tcaagagtag cctgctatga atatgctgac gatcaccctc
    37561 gacatcctct ccgacgccct ctttgcagcc gtggcaggca tcggtttcgg ggccatctcc
    37621 gatcctcccc tgaaggcctt caaaatgatt gccctgctgg ccgcggtggg tcatacgtgt
    37681 cgcttctgcc tgatgaccta tgcggggata gacatcgcca cagcctcact ggcggcggcg
    37741 ttcctcatcg gcttcggcag cctgtggctt ggcaagaagg tctactgccc catgacggtg
    37801 ctctacatcc ccgccctgct gccgatgatc cccggacgat acgcttacaa catggtcttc
    37861 tcgctcatca tgtgcctcca gcgggttaac gatcccgaag ggctcaggcg ctacatggag
    37921 atgttcttct ccaacgggat gatcaccgtc acggtcatct tcttgctggc cgtcggcgcc
    37981 accttcccca tgttcctctt ccccggtcga tccttctcct taacgcgcca ttgaagcctt
    38041 atggaaacat tctggcgcac gatagcctat tacaatgcct ccacttgggc cggtcagctg
    38101 atccttatcc ttgtgggcat ctgcctgacg gtgctgctgg tacggcgtcc cgccccgtgg
    38161 gtcaagtggg cgatgaaggt ctacttggcc gcgatctatc tgtgggtggc cgtggtctac
    38221 tactttgtct gctgccgcga gcgtgactat aacgaggtga tggcgcttta ctgggcacta
    38281 ttggcggcca tctgggtgtg ggacctggcc acgggctaca ccaccttcga gcggtcgcac
    38341 aaatatgatc ttgtggcctg cgtgctgctg accatgtcct tcgtctatcc gctgatttcg
    38401 ctggcgcgcg ggctcacctt cccgatggtc acttcgcccg tgatgccttg ctccgtgtcg
    38461 gtcttcacca tcggactgct actcttcttc gtccgtcggg tgaacctctt ccttgtgttg
    38521 ctgctctgtc actgggccct gatcgggctg acgaaggccg ggtcgtttca tatccccgag
    38581 gactttgtgc tggtggccac agccatccca gggctgtacc ttttcttcaa ggagcgctac
    38641 ctgaccgccc cccatcgggc caccaagcca gatgcgaaat acatcaacgc cctgctcatc
    38701 gccgtctgca tcggtctggc cgcgctactg ctggtcacga tggcgagcgc cttcttcttg
    38761 tagcagtgta taggcggaaa cgagaaagat ccggtggcgc aagaggggaa aaatcccttc
    38821 gccatcggac ctttggtgtt gcctctccga taatagatgt cggtgatgtc agtagccaat
    38881 ggtgaagcgg gtgcggtgat gtgcggggtg ctcgagctca tcgacgagag ccgctgcgta
    38941 atcgcgcacg gagatgtggc tcttgcccgt agcgtccacg atcaagtcgt ccttgccaag
    39001 gcgatactta cccgtcttgc tcccttcagc gtcaaactca ccggcgggtg aaaagaagac
    39061 ccagtcgatg tccgtttcac gggtgagcgt gtccaggtag aagtcgccga gggggcgtac
    39121 accgtccatg atctcggcag ggatggcgcc ggagtccacc acgcgcagcc ccggcttaac
    39181 gaagagggta ccagcgccgc cgacaatgat cagtcggggc acaccgctcc gcttcgctgc
    39241 ttcgaggatg cgcggatagt tcgtctcgat cagccgtttg atgtcggggt tagcccatcc
    39301 gggattgtag gctgagatga tgacgtcctt gccacatgcc aggttagcca ccttttccac
    39361 gtcggctacg tcagcttcta ctgcctctac ttgggagctc ttagggagct tggcagcgtt
    39421 acgtacgcta agcagcccaa agatcccaag acaccgaagg agcctaaaca gcccaaagag
    39481 ccgaaggaac cgaagcagcc agacacgccc aaggacccga aggatcccaa acagccgggc
    39541 aaaccgggcg agaagcccaa acccggtggc gacgacggtg gccccgacat ccatctgccg
    39601 gaggaatgac gaagaggcgg ccagccgccg acgggtgaga ccactcaccg ggtgttctgg
    39661 ccgcttgcta tcgctcccgc tacgtgtcgc acacaaaaaa ggaaggcgcc tcccctctgt
    39721 tcgttccgag ggtgaagcgc cttccttctt tatggggtga cttcgggggg tcagatgccc
    39781 aacgtgcgac gaagctcggc cacctgggtg tcccacagct cgatcgcgtc cgccttctcg
    39841 tccggcgtag cgaagtcggt tatctcgagc gccgtggcgc cggtcagctc aatgtggtgt
    39901 atgatgaact cgaagtagct cgccgcctcc tcgtcgtcca cccaatggaa acggatgcag
    39961 acctcgggct ctaacttgat gacgactgcc tgctcctgca ctttccgcca agtgaaggtg
    40021 taggtctgtg aatggatatt gacgtcgtca gcaaaccagg acgagagtcc gcgcggcgta
    40081 gtcagatgat tccacaagct gtggttcgac accttgtcga agatgtactc gatatggaac
    40141 ttttcctttt gcatacacat aaccttttgt ttttgtgggc gcaatatacg acaaggcctg
    40201 cattccgccc cgggctgcct tgcggccgcc tccccaagtc cgaccggccg cgaggcagga
    40261 cgacccaccc ccgaagcgtc ggttcacggc ccccctcgat cgtcgaaatc ggcctacttt
    40321 tgcgccgctc gcctccactt gcgagccgta actattgcta ttatgactcc tattcaatca
    40381 acgatcctgc gcgccgcatt ggcggggtgc ctggcctggg gaatggcctg gggcgctaag
    40441 gcgcagataa gtctgggggg cacacctccc agcttccgct atgaacagac gctgcgcagt
    40501 cgagccgcgg ccgagaaggt ggccgtgaac ttcagcatag ccgacgaaaa gctggtcagc
    40561 agctggcgcg agagcgaggg attggcgccg cggtgcgtct cccgactcat cgacgtcaag
    40621 atgaaccccc agaacgccgg cgcatggacc accctccccg acggccagac catctggcag
    40681 ctggagatcg aggccgaggg cgcacaggcc ctgatgctct attacgccga cttcctcatc
    40741 cccgaaggtg ggcgcctcta cctatataat caggacaaat cggagctgtt gggggcctat
    40801 acccacgcca ccaaccccga tggtggacgc ttcgccacgg gtttcatctc gggcgatgcc
    40861 atcacgctgg aatacgctcc gggcccggac ggccgtcagc cacgactgga gatcgaggcc
    40921 gtggggtatg gctacaacct gcccgagggc gaccgtacgt ggcgacaagg ggcacagctc
    40981 cgacggacag cggcctcgtg cgaggtaaac gtgaactgct ccgagggcga ctcctggcaa
    41041 aacgagaagc ggggtgtctg ccaaatgatc caacgaatca acgaccgcgg ctacgtctgc
    41101 accggcgccc tgctgaacaa tacggctcag gacctgaagc cctacatcct caccgccacc
    41161 cattgcggac aggatgccac cggcgtcaag gctaccgacg aggagctgcg ccagtggcag
    41221 ttcatcttcc ataaggagta cagcacctgc cgcagcgacg ggcaaacgac gcccacgcgc
    41281 agcatggtgg gttgcacccg cctggcctcc acgccgaccc acggcggatc ggacggactc
    41341 ttgctgttgc tccggcagag catcccggag gattacaacg tctactataa cggctgggat
    41401 cgcagcgagc aggcctcggc ctggggcgtc tcgctccatc acccgcaggg cgactacatg
    41461 aagatctcga cctatacccg ccccctaagc tcggctacgt tctacggcga gggtagcctg
    41521 gaaggcgcgc cgaatgccca ctggaacgcc gtctttgccc agaccgacaa tggccacggt
    41581 gtgaccgagg tgggctcgtc gggtgcaccg ctcttcaaca gcagccaccg catcgtgggt
    41641 tcgctgacgg gcggcacgtc ggcgtgcaca aagcctgagg gcgacaacct ctatggcaag
    41701 ctcagctatc actggaacaa acaggcgggc acagacacgc acttcgaccg tttcctcgac
    41761 cccacgaaca gcggcgtgga ggtgctcgat ggacgttatc accgcagcgc cagtgctccg
    41821 agcggattga aggccgtcat ggataacgga cgcgtacgcc tgacgtggac agccccgact
    41881 tcgggcgctc cccgtaccta ctacatctat cgcaaccaaa caaagatcgg cgagtcgacc
    41941 acgacctcct acatcgatgc gacaccggga caggggacgc tcgcctacgc cgtgaccgcc
    42001 gtctatgcgt ccggcaacga gtcgaacggc agcacgaccc tcctcgaaca ggtcgccctc
    42061 aaggcaccga cgaacgtgaa ggtgacacgc accaccaatg gccgggcagc cgtcctctgg
    42121 gaggctcctg tgtacgagca atccatctac tggggcggct cgcgggcaca ctatcaggtg
    42181 aacgtgaaca atacgggcga ggcgcgtccc ttctatttcg gccaacgctg ggagcctacg
    42241 gacattgcgc ccctgaacct ccgcaccatc accgccgtac gcttctcccc cacacgcggc
    42301 aacacgtatg aagtctacat ctcacaaggt cgccgtgtct accgacaggc catcacgcag
    42361 accttcacct acggcgtgac aaacaccgtg acgctcacca cgcctttcac catcgacggt
    42421 gccgaagcgc tcacggtagc catctatgtg gcccacctca cggccgacgc caccaacttc
    42481 cccgccgtct gtgacgaggg ccccgccatc gatggcaagg gcgacctcta ctccttcgac
    42541 ggccacgctt gggaacgtct gcacacgggc aaggacgcgg cgaaattcaa ctacaacttc
    42601 ttcctctccg ccgtggtcag ctcgcgcagg ggagtgcagg aagaatgcgg cacgaatgca
    42661 gactgtcgtc gggcagaagt gcttcccccg tctgatgtta cgcctcgcct gcgcagtgca
    42721 cgggtggagg acgtcagcga acgtgcggcg ctgcgcagta tgcagcccta tgccttcccc
    42781 gaggtgacgg gttacaccat ctatcgcgat cgtgccaagc tggccaccgt aggcaccaca
    42841 ccgacgcgct acaccgaccc ctcaacgctg acgcggacgg tgaactatca ggtggcagct
    42901 gtctatggtc gcagcgagag cgaaccgagc gcggtcgtgt ccttcacccc gacggctaac
    42961 gccgaggtgg atgccactga gccagccatc tacccgaatc ccttcggcga tcacctcacc
    43021 ctccgagcag ccgaccgcgt cagccagatt gagatcttcg gcgctgacgg ccgcctcctc
    43081 ctgaagcagg atcgcccggg cacgacggtc gacacgcaca cactccctgc aggcgtctac
    43141 ctgattcgcc tcacgctgaa cgataactcg caacgcacgc tccgtggcct caagcattga
    43201 cgtgacgctc acccccgacg ccgacgagtc gctgcgccgc ttcgtccatt cgctgcccga
    43261 gaacttcgag cagggcggcc gggtgatcta tcgccagcgt aacgagatcc gtgtgtttga
    43321 cctcccggac ggccgccaga tcaacgtgaa gcgttatcgc gtgccgcccc tccccttacg
    43381 tttcgtctac acgttcttcc gtgcccccaa ggctcgacgc gcctacgact atgcactgcg
    43441 cctacgtcag gcgggcatcg agacgcccac accgctggcc tgcctcatcg aacggcaggg
    43501 cggactgctc cgccgcagct acttcgtcag cgagcaagtg ccccacgacc gcaacttcta
    43561 cgagttcggg cgcggcggca ttgacggtcg ggaggacatc ctccgcgcct tcgcccgctt
    43621 cacagcgcgg gtgcacgagg cggggttcct gcacgccgac tattcgcccg gcaacatcct
    43681 cttccggaag ggcgcccaag gcatagactt ctgtttagtc gacatcaacc gcatgcactt
    43741 tggccccgta tcggtgcgca gtggctgcga gaacttcgcc cgactgtggg gcggagattg
    43801 gatgttcttc ctattggcca aagtgtatgc cgaggcacgc ggagcagacg aggtgcaatg
    43861 cacggcatgg atgctctcgg cccgacgggc cttctggcga cgcttcgccc gtaaacgtcc
    43921 gctgcctatc gccctggatg atgtggcggc ggagggccac cggaagaagt tgtccgtgat
    43981 cctttccacc tacaaccagc ccgagtggct cgagaaagtg ctctggggtt acgaggcgca
    44041 gacggatcgg cgcttcgagg tggtgatcgc cgacgacggg tcggacgacc gcacccgaag
    44101 cttgatcgaa cgcatgcagg gcgaggtaac cttccccatc cgccacgtct ggcacccgga
    44161 caacggcttc cgcaaatgcg agatcctgaa ccgagccatc gcagaggcca cgacgggcta
    44221 cctgctcttc agcgacggcg actgcatccc gcgctgcgac ttcgtggccg tgcacctcgc
    44281 acgccgtgca ccaggacgct tcctcagtgg cggctaccac aagctgccga tggtgacgtc
    44341 gaaggccatc actcgagacg acatcctcag cggccggtgc ttccgcagcc cgtggctcaa
    44401 gtcgcacggc atgccgcggt cgttcaagaa caacaagctc accgccttcg gcctcaagga
    44461 gcgtctgctg aacaccttca cccccacgcg cccgacatgg aacgggcaca acgcctcggg
    44521 ctggctcctc gacatcttgg cagcgaacgg tttcgacgaa cacatggcct atggcggcga
    44581 ggaccgcgag ctgggcgaac gcctcgagaa cgcaggcatc cgtggccgac agatccgcta
    44641 ctccgccatc tgcctccacc tcgaccattc gcgcggctac gtcacacccg acgctctcca
    44701 cttcaaccgt gccctgcgcc gcgaaacacg cacccatcgc ttgacccgca cacccttcgg
    44761 catcgtcaag gaggagcagc cgaaacaaca gccagaagta tgaaggaggc acgtgtgcac
    44821 aactatcgga tggggtacga gaacgccggc gacactgtcg ccagggctac catggggtgt
    44881 ggtaacgccg gcgacactgt cgccagggct accatggggt gtggtaacgc cggcgacact
    44941 gtcgccaggg ctaccatggg gtgtgataac gtcggcgaca ctgtcgccag ggctaccatg
    45001 gggtgtggtg acgccggcga cactgtcgcc agggctacca tggggtgtgg taacgccggc
    45061 gacactgtcg ccagggctac catggggtgt ggt
//
LOCUS       SEQF2634|AYYE01000984.1  902 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             42..845
                     /locus_tag="SEQF2634_00979"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYFDPEERCFNFNGAKIPDISHDPEKLDVLRHVYEDVLLFSCH
                     YGENYHRHLVEKLDKSMVEGPYGYTDGVFDVTVKPGDIVIDAGAWIGDFSAYAASKRA
                     TCYAFEPTDSTYTWLCETARLNSPYIIPVKSGLGDKKEELQINICDQNSGSNSLVSEK
                     FDIQRQVVYTDRYETVQITTLDAFVEANDIKKIDYIKSDIEGFERNLLKGAQQTLRRL
                     APKLAICTYHFPDDPQVLESLILEANPNYTVVHLRHKLFAAAVFHKVYQ"
ORIGIN      
        1 tctttgagga acggcttcgt agggctaagc atcaatcggt tatgagatat tttgatccgg
       61 aagaaagatg ctttaatttt aacggcgcca agattcctga catctctcac gatcctgaaa
      121 aattagacgt gttgcgtcat gtatacgaag atgtattatt gttttcctgt cattatggcg
      181 agaactatca tagacatctc gttgaaaagc tcgataaaag catggtcgaa ggcccatacg
      241 gatataccga cggagttttt gatgttaccg taaaaccggg cgatatcgtt atcgatgccg
      301 gcgcatggat tggtgatttc agtgcttatg cagcctcgaa acgagctaca tgctatgctt
      361 tcgaaccaac cgatagcacc tatacttggc tttgcgaaac agcccgccta aacagtccgt
      421 atattatccc cgttaaatct ggattaggcg ataaaaaaga agaactgcaa attaatattt
      481 gtgatcagaa ttctggatct aattcgttgg tgagtgaaaa attcgatatt caaagacaag
      541 tcgtatatac cgatcgttac gaaactgttc aaatcacaac cttggacgcc tttgtcgaag
      601 caaatgatat aaagaaaatc gactatatca aatccgatat tgaaggtttt gagcgaaatt
      661 tactcaaggg tgcacaacaa acactgagga gactggcgcc taaactcgct atttgtacat
      721 atcatttccc ggacgacccg caagtgctcg aatcactgat attggaagct aatcctaatt
      781 acacggtcgt tcatcttagg cacaaactat ttgctgcagc cgtgttccat aaggtgtacc
      841 aataaagcct acggtgggga tttcggtcgt gaaacggggc tgaaaaacat acggattagc
      901 ag
//
LOCUS       SEQF2634|AYYE01000985.1  542 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             248..403
                     /locus_tag="SEQF2634_00980"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREKELNKNIHGLIALTMCLKLYFHIIPHVQDHETSVKYLERIY
                     SFEMDKG"
ORIGIN      
        1 aatgagctaa gccagaccaa gtcgaaaaga gaagctattt gccgttgcat atagggcgct
       61 tgcagattat cgaagcaaaa caatagggtc ggtatacctc gccgtttgaa ttgcacgacg
      121 gtctcgggtc tcactagctc atccccatga agactaacca ttaggtcaac cggtactgta
      181 ccagcagctt ttgcaagtgc ttcattgaat tgctctacat cgggatattc gagtggattg
      241 aagataaatg cgagaaaaag agctgaacaa gaacatacat ggactaatcg ctttaacaat
      301 gtgtttaaaa ttatatttcc acatcattcc acacgtgcaa gatcatgaaa cttctgtcaa
      361 atacttggaa cggatatact cgtttgaaat ggacaaaggc tgaagccgtt tgctattttt
      421 tgcgcagaat ggctgagaag acaaagattg cacacccttt ctttgaggaa cggcttcgta
      481 gggctaagca tcaatcggtt atgagatatt ttgatccgga agaaagatgc tttaatttta
      541 ac
//
LOCUS       SEQF2634|AYYE01000986.1 4258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             609..728
                     /locus_tag="SEQF2634_00981"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIPSLLFTLVIGEAYFINRKTYVRYGGEDLNRVSGYNK"
     CDS             complement(674..1720)
                     /locus_tag="SEQF2634_00982"
                     /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(1751..2656)
                     /locus_tag="SEQF2634_00983"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFATLYRKIVSQRTRENIYQAFLGEWLLFIRNNITEPIKAKYYI
                     VLFSLRKPRNAREQSLKEWGLVGPCPYPYLWVKDYREQIKSVSIQCQNGLPYIWHQDK
                     RLFFRRGTKEKDILSNYLGLLIEQDKRSAHRYVKEYDELGDEVTLLDIGAAEGIFTLD
                     VINNIKQAYLFESEEPWIEALEATFEPWKEKVTIVKKYVSDTDDEQNIRLDTFFYDKS
                     TDDLFVKMDIEGYERKALAGAYNLLAMAKNIRGSVCIYHKKDDPEVISRLLTNANLTI
                     EQTPNWLYMSRELRPAILRFHRKEE"
     CDS             complement(2684..4186)
                     /gene="tuaB"
                     /locus_tag="SEQF2634_00984"
                     /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 aatgagctaa gccagaccaa gtcgaaaaga gaagctattt gccgttgcat atagggcgct
       61 tgcagattat cgaagcaaaa caatagggtc ggtatacctc gccgtttgaa ttgcacgacg
      121 gtctcgggtc tcactagctc atccccatga agactaacca ttaggtcaac cggtactgta
      181 ccagcagctt ttgcaagtgc ttcattgaat tgctctacat cgggatattc gagtggattg
      241 aagataataa gggtgtgccc ggcacgtttc aattcgtcca gaaaatgaat acgtggaacc
      301 gaacgcataa cagacccgtc gtcttcgtag acaaataaca gatacatttc ttgttgccgt
      361 gtctttatat ctgtggggga gatgacttca tcctctcttt tttacgtttt tctacggtat
      421 gggagtttcg gtccgaaatt cggtgctcat attctttgac agcatctctt ctcatcggtc
      481 ggagtctctt ctaactctaa acttccgcgt gctcaattcg caatccattt ctagttgact
      541 ataatctact ccgaacaggg taagacgtat cattataaag agccttttta ctactactct
      601 ctttttcaat gaaaattccc tccctcttat tcactctagt gattggtgaa gcttatttta
      661 tcaaccgtaa aacttacgtt cggtatggag gggaggatct caaccgcgtc tcaggatata
      721 ataagtagta gagcatattt ttatcaccat ccacactctc agatatatcc gggcgacata
      781 tatccatgaa gatactagga ttagacgtag tcgttccaat aaatcgttgc gatcgggcca
      841 taatatctac agaagctagc aatttgagca gagatctata ttttaactcg cggtcactct
      901 ttgagaaatt ctgatgaaaa tagcctcgct ctgtttcttc acacaatgtg taccacttat
      961 aagtcggata ttgagtggcc aactgatcta ttacagtata atcgtctgtc aaaacaaata
     1021 tatccttata tggttgttct ttaattcgct ccatataagg atctatagtc agtaatttgg
     1081 tttccatgaa tttatctcca ccccgaatgt gacaactcac atacctttgc gggagcttca
     1141 aaccttcctc caatacttga atctcttctc ccgttttacc attgaaatgc catgtcattt
     1201 gtgctagtct atggcaagcc tggacaatat taccatttat tccaagctct ggaatatcat
     1261 agtgaggctg ggagtaaaag aactgatccc ataaatcttg ggtgagataa gtgcgaggat
     1321 aaaataaatt gtatccacga gccagtacat taagaacacg tttcttgagt tgccatttcc
     1381 acactccgtc ttgcatttga attttaccgt ggagcccaaa tgggcgaaaa ttagcgtatg
     1441 tatgtacata aacatctggc ttatcctgaa ttattgtaca aaatggaaga aaaaaatcct
     1501 cccacccttt ctctcgagca aaatttccct tataagaatg aagaataaag cgtgtctgat
     1561 gagttaaaca atagagcatg gctagaatca taccgttata ttctgaaaaa aagcctccac
     1621 tatctcccat ccgaaagacc aaggttcgcc taaacgactt atttaacttt atatagttgc
     1681 ttaatacttc ttcccgattc aataaatcat ctattatcat taattctaca cgatctctac
     1741 tctaagaaaa tcactcttcc tttctgtgaa aacgcaaaat agccggccgc agttctcgac
     1801 tcatatataa ccaattcggc gtctgctcta ttgtgagatt cgcattggtc aataaacggc
     1861 taattacttc tggatcatcc ttcttatgat agatacagac tgagcccctg atgttttttg
     1921 ccatagccaa cagattatag gctcctgcaa gagccttgcg ctcatatcct tctatatcca
     1981 tcttcacaaa cagatcatcc gtagatttgt cgtaaaagaa tgtgtcaagt ctaatatttt
     2041 gctcatcatc cgtatcgctg acatacttct ttacaatcgt aaccttctct ttccatggtt
     2101 caaacgtagc ctctaatgct tcgatccaag gttcttcgct ctcaaagagg tatgcttgtt
     2161 tgatattatt tatcacatcg agagtaaata ttccctctgc agcgccaata tcaagaagtg
     2221 tgacctcatc ccctaattca tcatattctt tcacataccg atgtgcagaa cgtttatcct
     2281 gctcaatcaa tagcccaaga taattactca atatatcctt ctccttagtt cctcttctga
     2341 aaaataatct cttatcctga tgccatatat atggtaatcc gttttggcat tgtatcgaga
     2401 cggatttaat ttgttctcga taatctttca cccataaata cggatatgga catggcccta
     2461 caagccccca ttctttcagt gattgttctc gtgcgttacg tggcttacgc agactaaaca
     2521 aaacaatata atatttcgcc ttaatgggtt ctgtgatatt attacgtata aaaaggagcc
     2581 attccccgag aaaagcctga tatatatttt cccgagttct ttgtgaaaca atttttcgat
     2641 aaagcgttgc aaacattctg ccgatttatt tagacattct tcttcacgat ccaatcttta
     2701 ttttgaggaa aaggattgtc tcttttaata aaactgatct catcatccat agtagaatta
     2761 tgtatacagc tgctgtaatg gtgattttca caaaaagact aacatagtaa ttacttattc
     2821 cactcgagac aaaccaagcc gttgcaatag ccgcaaccgt agccccaata taagggaaca
     2881 gatccttcat cacatctcgg aggcgtattc ggataagttg atgagcaaaa tattgccaac
     2941 cgagagtact caacaaataa atccctacat aaaaagctaa tagaaacctt atatcataac
     3001 gagagaagat aaataggcac aataattgag aaaagaacaa caatgacatc aataccatat
     3061 agatattcga tcggccatac gacaacaaaa gcatggaata aagcgaaaca aaaaaactat
     3121 tcacccccca tacacaaaaa atctgcataa aaaagacgga ctccatccat ttctctccca
     3181 ggacgatcca aataaattcc ttactaataa acgccaatcc taacaatgtc ggaaatgtaa
     3241 gaaaagcccc aaaacgaagc atcttacgaa aaatcttcaa ttgccttctt atatcatctc
     3301 tagcttctac caataccggt tgagccacat tattaaatcc agtcaacaca acagagctac
     3361 tcaatataga ccatttattc ccttgtgcat aatatcccgt aagtgtttta ccataatagc
     3421 gccctaatac aactggaaat aaattacccg taacttgata gaatatattt gttgtaaata
     3481 tctttactcc aaacccgaac atctctttca gcggtgtgaa atcaaattct aatgtaggtc
     3541 tccatggtga ataatagcaa cgcaacaata cagcaacgga tatttgagtc aattgttggg
     3601 caactaaccc ccaaaaggca aagccattta atgccaagat caaccccacc gttcccgagc
     3661 aaaacaccgc agccatatca ataataccgc gctgcttggc catgattttc tttagtagat
     3721 atgcattatg cgcaattcca acagcagcaa taataaaact gagaaaaaga atccgagaca
     3781 gatcggttaa gatcggctgc ttgtaaaaat gtgcaattag cggtgcaaca aaaaacagaa
     3841 tgacatacat cccaattgct gcaaacacat tgaaccaaaa gactgcgtta taatcgcgat
     3901 gtttcaccgt ctttttattg atcaatgctg tagtaaaacc actatccata actgtattcg
     3961 cgatagcggt aaaaatggca agcatcgcaa cgagtccata atcatcaggg gaaaggattc
     4021 gagcgatggc tataccaaaa gccataccga tcacttgctg gacaaagttg ctgattccac
     4081 cccaaaacag acctcttgcc gtcttctctt tcagtgaagg ttcttcttga gccaccgcgc
     4141 tctgtacaac ttctggatcc actcttataa tcttccgtcg acccatagac gaggcaaaac
     4201 gcccctcacg tcaaataaga tagcatcctg atctttcata aaagaaaaat ccatctgc
//
LOCUS       SEQF2634|AYYE01000987.1  648 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..648
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             354..509
                     /locus_tag="SEQF2634_00985"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREKELNKNIHGLIALTMCLKLYFHIIPHVQDHETSVKYLERIY
                     SFEMDKG"
ORIGIN      
        1 tttttttttc actttactcc aaagaattcg tcggccgatt gggaatctta tcaaattcca
       61 atcgttcgga tcgattcgga caagacgctt gtttttactc gtcgttcgaa tgatttcaga
      121 cgaggaatta ctcagcaaat agtctgaata gaggctgcac ggaacgccgc ctttcagcag
      181 atcgttgatt ttcatcaccc gtgttccata aggtgtacca ataaagccta cggtggggat
      241 ttcggtcgtg aaacggggct gaaaaacata cggattagca gcgtaaggca gaaagatgca
      301 cgtacagccc cagcttttaa acaaaggctc tgaaaggagg attatgaaga taaatgcgag
      361 aaaaagagct gaacaagaac atacatggac taatcgcttt aacaatgtgt ttaaaattat
      421 atttccacat cattccacac gtgcaagatc atgaaacttc tgtcaaatac ttggaacgga
      481 tatactcgtt tgaaatggac aaaggctgaa gccgtttgct attttttgcg cagaatggct
      541 gagaagacaa agattgcaca ccctttcttt gaggaacggc ttcgtagggc taagcatcaa
      601 tcggttatga gatattttga tccggaagaa agatgcttta attttaac
//
LOCUS       SEQF2634|AYYE01000988.1  415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             121..276
                     /locus_tag="SEQF2634_00986"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREKELNKNIHGLIALTMCLKLYFHIIPHVQDHETSVKYLERIY
                     SFEMDKG"
ORIGIN      
        1 tggtttcaaa tgagctaagc cagaccaagt cgaaaagaga agctatttgc cgttgcatat
       61 agggcgcttg cagattatcg aagcaaaaca aaggctctga aaggaggatt atgaagataa
      121 atgcgagaaa aagagctgaa caagaacata catggactaa tcgctttaac aatgtgttta
      181 aaattatatt tccacatcat tccacacgtg caagatcatg aaacttctgt caaatacttg
      241 gaacggatat actcgtttga aatggacaaa ggctgaagcc gtttgctatt ttttgcgcag
      301 aatggctgag aagacaaaga ttgcacaccc tttctttgag gaacggcttc gtagggctaa
      361 gcatcaatcg gttatgagat attttgatcc ggaagaaaga tgctttaatt ttaac
//
LOCUS       SEQF2634|AYYE01000989.1  991 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..991
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..228
                     /locus_tag="SEQF2634_00987"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSASHDLSNHFRQSRLYDVRLTPIHRFDHPFINIDSDHSQSLSG
                     QHRCCRKADIPQPHTNNLIYCHLTTSYFLL"
     CDS             complement(476..694)
                     /locus_tag="SEQF2634_00988"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQITFHEERIKLHSLLRRSLINSPNHPVVIFQLIKEVTGQYSFR
                     TISYINGSFQIRTFGANKLFHFIGCPYR"
ORIGIN      
        1 caaatgtccg cttcgcacga cctgtccaac catttccggc aatcccggct ctacgatgtg
       61 cgtctcaccc ctattcaccg attcgaccac ccgttcatta atatcgactc cgaccacagt
      121 cagtcccttt ccggccagca tcgctgctgt cggaaagccg atatacccca gccccataca
      181 aataacctta tttactgtca tctcaccacc tcatatttcc ttctttaaat ctcgactcaa
      241 ttcggttatt gagccgcaca tcgtagagcc gggattgccg gaaatggttg gacaggtcgt
      301 gcgaagcgga catttgcgtg caacaatgca gccggaagag ggcgatgtat atctgatagt
      361 tgttccgaca ccttttagag gcaaccacga gccggatatt tcgtatgtcg aaacggcaat
      421 acgttcggtt attgccctgt tgaagaaagg caatctgctg attatcgaat cgacctcacc
      481 ggtagggaca accgataaaa tgaaacagct tgtttgcgcc gaacgtccgg atttggaagg
      541 agccgtttat atagcttatt gtccggaaag agtactgccc ggtaacctcc tttatgagct
      601 ggaatataac gaccgggtga ttgggggaat tgatgaggct tcgacgcaaa aggctatgga
      661 gttttatacg ctcttcgtga aaggtaatct gcataagacg aatgccaaga ctgccgagat
      721 gtgtaagctg acggaaaact cgtcgcgcga tgtacagatc gcttttgcca atgaactgtc
      781 tctaatttgc gacaaggccg gaatcaatgt ttgggagctg attgagctgg ccaataaaca
      841 tcctcgggtg aatatcctgc agccgggttg tggtgtcggc ggacattgta tcgcggtcga
      901 tccgtacttt ctgacttctg agtttcctgt agaatcacag ttaatcgcca aatcacggga
      961 gctcaataac tataaagctt tctggtgtgc g
//
LOCUS       SEQF2634|AYYE01000990.1  674 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             4..228
                     /locus_tag="SEQF2634_00989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSASHDLSNHFRQSRLYDVRLTPIHRFDHPFINIDSDHSQSLSG
                     QHRCCRKADIPQPHTNNLIYCHLTTSYFLL"
ORIGIN      
        1 caaatgtccg cttcgcacga cctgtccaac catttccggc aatcccggct ctacgatgtg
       61 cgtctcaccc ctattcaccg attcgaccac ccgttcatta atatcgactc cgaccacagt
      121 cagtcccttt ccggccagca tcgctgctgt cggaaagccg atatacccca gccccataca
      181 aataacctta tttactgtca tctcaccacc tcatatttcc ttctttaaat ctcgactcaa
      241 ttcggttatt gagccgcaca tcgtagtttt tccattaacc cgtattgttc gaaagtgtct
      301 tttatttgta tatcattttc gccacatttt acattagaaa gataaagtgc gatatcctgc
      361 ccattctcta ataagagaaa tttatctgaa aagtcacatt ctattgggat tctcacatac
      421 tggacatctt tttttagagt cattgcctta aaccaaatat catcaccttt aggtgcatat
      481 ttgctaaata gagaggtgtt agttatatct tcatgaaagc attggggtgg atataagacc
      541 cctcccgcac ctgtcgaaaa gtttagaaca gatggtgtat actccttttc ttcatcatgc
      601 ccccattgga tataaggttt aatagtgcca ctattttgaa attctattcg tgctcctata
      661 taataacaga caca
//
LOCUS       SEQF2634|AYYE01000991.1  214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccgtgttcca taaggtgtac caataaagcc tacggtgggg atttcggtcg tgaaacgggg
       61 ctgaaaaaca tacggattag cagcgtaagg cagaaagatg cacgtacagc cccagctttt
      121 aaacaaaggc atggtttcaa atgagctaag ccagaccaag tcgaaaagag aagctatttg
      181 ccgttgcata tagggcgctt gcagattatc gaag
//
LOCUS       SEQF2634|AYYE01000992.1  758 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             298..516
                     /locus_tag="SEQF2634_00990"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQITFHEERIKLHSLLRRSLINSPNHPVVIFQLIKEVTGQYSFR
                     TISYINGSFQIRTFGANKLFHFIGCPYR"
ORIGIN      
        1 cgcacaccag aaagctttat agttattgag ctcccgtgat ttggcgatta actgtgattc
       61 tacaggaaac tcagaagtca gaaagtacgg atcgaccgcg atacaatgtc cgccgacacc
      121 acaacccggc tgcaggatat tcacccgagg atgtttattg gccagctcaa tcagctccca
      181 aacattgatt ccggccttgt cgcaaattag agacagttca ttggcaaaag cgatctgtac
      241 atcgcgcgac gagttttccg tcagcttaca catctcggca gtcttggcat tcgtcttatg
      301 cagattacct ttcacgaaga gcgtataaaa ctccatagcc ttttgcgtcg aagcctcatc
      361 aattccccca atcacccggt cgttatattc cagctcataa aggaggttac cgggcagtac
      421 tctttccgga caataagcta tataaacggc tccttccaaa tccggacgtt cggcgcaaac
      481 aagctgtttc attttatcgg ttgtccctac cggtgaggtc gattcgataa tcagcagatt
      541 gcctttcttc aacagggcaa taaccgaacg tattgccgtt tcgacatacg aaatatccgg
      601 ctcgtggttg cctctaaaag gtgtcggaac aactatcaga tatacatcgc cctcttccgg
      661 ctgcattgtt gcacgcaaat gtccgcttcg cacgacctgt ccaaccattt ccggcaatcc
      721 cggctctacg atgtgcgtct cacccctatt caccgatt
//
LOCUS       SEQF2634|AYYE01000993.1  573 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..573
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tgattggaaa tgcaacgctg taattctctt tttgtcaatt gctctttatg agcataaagg
       61 atatagaata ggcgttcctc atcactttgg catcgacaag taatttccat cagattcgtt
      121 agcgtggtat acgtcagtat cttgggtaat tgtgtagcta atggctgcac aattatagat
      181 ggagacctaa ttgtgctgtc tatatcttct ttagggtatg ctttcaattg tccagccact
      241 ggttggacaa attccgagcg gagatatttc tgcactgtac tttgaaaaga tgaggaagaa
      301 tattcatcgt aaagcattac catgttatag atactacttc gactatatcc tttaatttca
      361 ggatggtgtg aacgaatgaa ctctgagagc tgactgacca ccttgcttcc caagccctca
      421 atcaggaagt tttgctcacg gcttggcata ttggtggcta cgtgtcagca aaactgaaaa
      481 gcgaggaatg gggaagcaag gtggtcagtc agctctcaga gttcattcgt tcacaccatc
      541 ctgaaattaa aggatatagt cgaagtagta tct
//
LOCUS       SEQF2634|AYYE01000994.1 1060 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1060
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             453..650
                     /locus_tag="SEQF2634_00991"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSREQNFLIEGLGSLAPVLLNDVDDFIKLLLLANLNMLFHFDT
                     YSLISAISFCNSITAWLIVLL"
ORIGIN      
        1 tgattggaaa tgcaacgctg taattctctt tttgtcaatt gctctttatg agcataaagg
       61 atatagaata ggcgttcctc atcactttgg catcgacaag taatttccat cagattcgtt
      121 agcgtggtat acgtcagtat cttgggtaat tgtgtagcta atggctgcac aattatagat
      181 ggagacctaa ttgtgctgtc tatatcttct ttagggtatg ctttcaattg tccagccact
      241 ggttggacaa attccgagcg gagatatttc tgcactgtac tttgaaaaga tgaggaagaa
      301 tattcatcgt aaagcattac catgttatag atactacttc gactatatcc tttaatttca
      361 ggatggtgtg aacgaatgaa ctctgagagc tgactgacca ccttgcttcc ccattcctcg
      421 cttttcagtt ttgctgacac gtagccacca atatgccaag ccgtgagcaa aacttcctga
      481 ttgagggctt gggaagcctt gctccggtgc tgttgaatga tgtggacgac ttcattaaat
      541 tgctgctctt ggctaacctt aatatgctgt ttcattttga tacctattct ttgatctctg
      601 ccattagctt ttgcaactca attacagctt ggctgatagt attgctctga gtcgtgatgc
      661 tttccattaa ctcttgcaag gagtattcct cttcctctcc tcctgctttt atccaagtga
      721 tgtcaagact ggtcttatct cgcgtcagaa tattgtcaat tgtgtatttc ctccagcgac
      781 cagctgtttt cgatgtctca ttgtaggttt ccactcgtgg agaagcattg tagcaagcaa
      841 caaagtcgtc aagatgatgg cgatgtaatt tgttggttgc caatgtatgt tttacacctg
      901 tccgatagtc ataaaaccaa atatccttcg ttggttgccc tttggagaag aatagtacat
      961 ttgcctttac accttgtgca taaaaaatac cggtaggtaa tctcaggatg gtatgtagat
     1021 tgaaatcgat tagcaatttt ttacgaataa tttcaccngc
//
LOCUS       SEQF2634|AYYE01000995.1  373 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgaagataat cttgcaggct ctacaaatca aaaagaatta tacattggta tattagaaaa
       61 tatgcagttc cctttaccac cgcatgagga acaacttcgc atagttacag ctgtagataa
      121 atggtttgct ctcattgata cgattgatca aggaaaggcg nacttgcaaa cagccatcaa
      181 gcaaaccaag agcaaaatcc ttgaccttgc cattcacggc aagctcgtac cccaagaccc
      241 caatgatgag cctggatcag aactgctcaa gcgcatcaat cccaaggctg aaatcacttg
      301 tgataacgag catagtgaga agttaccaca aaattggact ttggcaaaag gaaagaacat
      361 ctttgcaccg atg
//
LOCUS       SEQF2634|AYYE01000996.1  923 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(305..544)
                     /locus_tag="SEQF2634_00992"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVITSNFSLGIDALEQFRCWLVVQVLGYEFAVNGKVKYLALCL
                     LDGYLQVRLSLINRINESKPFIYSCNYAKLFLXRX"
ORIGIN      
        1 agaaacgatt agtaaatgga gtgatgaata caaattaata gatggtgaca tccttgtaaa
       61 ttcaacaggg acaggaaccg tgggaagaac aagattattt catagtgata ttcttggtga
      121 ttatcctttt gttgttcccg attctcatgt atcagttgtc cgaacattag aagaaataga
      181 atctaaattc gtgctggctt ttctttcttc agattatgga caaacatata tcgaagataa
      241 tcttgcaggc tctacaaatc aaaaagaatt atacattggt atattagaaa atatgcagtt
      301 ccctttacna ccgnatgagg aacaacttcg catagttaca gctgtagata aatggtttgc
      361 tctcattgat acgattgatc aaggaaaggc gaacttgcaa atagccatca agcagacaaa
      421 gagcaagata cttgaccttg ccattcacgg caaactcgta ccccaagacc tgaacgacga
      481 gccagcatcg gaactgctca agcgcatcaa tcccaaggct gaaattactt gtgataacga
      541 gcattatccg cagttgccta agggatggag catatgcagg cttggagatg ttgtaaaata
      601 tgaacagcca acagcatata ttgtacaatc aattgcatat agtgatgctt atcctattcc
      661 tgttctaacg gcagggaaat catttattat tgggcatacg aaagagacgg aaggaatcta
      721 taacagacta ccttgtatta tcttcgacga ttttacaact gactctcgat tggtggattt
      781 cccttttaag gttaaatcgt ctgcaatgaa aatattacaa gtgcattatg gcgtcgaagt
      841 ggaatatgta tcattgttta tgagcataac aagacttgtc ggtgacacgc ataaacgata
      901 ttggatttca gaatattcaa agt
//
LOCUS       SEQF2634|AYYE01000997.1  604 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..604
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agaaacgatt agtaaatgga gtgatgaata caaattaata gatggtgaca tccttgtaaa
       61 ttcaacaggg acaggaaccg tgggaagaac aagattattt catagtgata ttcttggtga
      121 ttatcctttt gttgttcccg attctcatgt atcagttgtc cgaacattag aagaaataga
      181 atctaaattc gtgctggctt ttctttcttc agattatgga caaacatata tcgaagataa
      241 tcttgcaggc tctacaaatc aaaaagaatt atacattggt atattagaaa atatgcagtt
      301 ccctttacca ccgnatgagg aacaacttcg catagttaca gctgtagata aatggtttgc
      361 tctcattgat acgattgatc aaggaaaggt ggacttgcaa acagccatca agcaaaccaa
      421 gagcaaaatc cttgaccttg ccattcacgg caagctcgta ccccaagacc ccaatgatga
      481 gcctggatca gaactgctca agcgcatcaa tcccaaggct gaaatcactt gtgataacga
      541 gcatagtgag aagttaccac aaaattggac tttggcaaaa ggaaagaaca tctttgcacc
      601 gatg
//
LOCUS       SEQF2634|AYYE01000998.1  879 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..879
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cggcaagaca agccgtatag gtttttcctg cacctgtggc aagcaccatc aacgctcgtg
       61 attctcccgc acgaaaactc ttctctaatt ctgtgatagc ttcaaactga caatcacgta
      121 atcctttcgg actaagtgtt ggtagaccta catactcatc gtacagttct aatatttggg
      181 cgatttcctt gggagtatga atacgattgc aaaattcaaa ctcgggatta ccttgacgag
      241 agttgtaaaa catcaagtcc ttgctattag aaacgtatgc gataggaagg gtaggaaacc
      301 acgcctgaca ccaagaagga caactgcgag tatatattac ggcttgttcc tgaacgccat
      361 cagcgtttat agcaatctct gctcgtttgg cttccaatat cccgatagct tttccattga
      421 gaaacagtag ataatcagat cacgataacc tttgcctcaa aaccaacctt agtttggtgt
      481 cctgcagtct gcacgaagct aaacaggtgc ctgtttgggg gcggctgcgg ccgcctgcga
      541 agtttggccg ggtactggat aaatcgccgc tatttcttgt atcaggcaaa cttcccagcc
      601 tcggcagagg cctgcacaag ggtaaacagg gcctgtttat ctccatccca ccttcacaat
      661 caccacacga ctcgctacgt cctgctccac cttgtccgct tgacgaagac tggcaccgtt
      721 tcctttttcg accacgttct tgtccgctgc ctgctcctct ttttccggcg gcgtcggtgg
      781 tgcaagtgag agtgcaatct tccgatccag ctccgccgcg ttcctcttca gtgtacgtag
      841 ctcgtcccct ttccgccaga cgcctgaggc ggctgcctc
//
LOCUS       SEQF2634|AYYE01000999.1  709 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..709
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cggcaagaca agccgtatag gtttttcctg cacctgtggc aagcaccatc aacgctcgtg
       61 attctcccgc acgaaaactc ttctctaatt ctgtgatagc ttcaaactga caatcacgta
      121 atcctttcgg actaagtgtt ggtagaccta catactcatc gtacagttct aatatttggg
      181 cgatttcctt gggagtatga atacgattgc aaaattcaaa ctcgggatta ccttgacgag
      241 agttgtaaaa catcaagtcc ttgctattag aaacgtatgc gataggaagg gtaggaaacc
      301 acgcctgaca ccaagaagga caactgcgag tatatattac ggcttgttcc tgaacgccat
      361 cagcgtttat agcaatctct gctcgtttgg cttccaatat cccgatagct tttccattga
      421 gaaacagtag ataatcggct tctcgattac ctttcatcat cccctctttt acagccacgg
      481 cagtcatatt aggagcataa ccgctcctat ctacgacttt ccaacctgct tcttcaaaca
      541 ttctatctat aacgactcgt gcctgttctt ctggatgcat aacgttatgt tcttatagtt
      601 ttgcattatg agtagttctg ttgtaaaaga aaatctttgt acgacaacta gttgttgtta
      661 ctctttgttt gacctaagtc attctcttac atctaccctc aatgtttct
//
LOCUS       SEQF2634|AYYE01001000.1 1001 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggcaagaca agccgtatag gtttttcctg cacctgtggc aagcaccatc aacgctcgtg
       61 attctcccgc acgaaaactc ttctctaatt ctgtgatagc ttcaaactga caatcacgta
      121 atcctttcgg actaagtgtt ggtagaccta catactcatc gtacagttct aatatttggg
      181 cgatttcctt gggagtatga atacgattgc aaaattcaaa ctcgggatta ccttgacgag
      241 agttgtaaaa catcaagtcc ttgctattag aaacgtatgc gataggaagg gtaggaaacc
      301 acgcctgaca ccaagaagga caactgcgag tatatattac ggcttgttcc tgaacgccat
      361 cagcgtttat agcaatctct gctcgtttgg cttccaatat cccgatagct tttccattga
      421 gaaacagtag ataatcggct tctcgattac ctttcatcat cccctctttt acagccacgg
      481 cagtcatatt aggagtccga tgagtaactg accggaatca cacctgctct tctgcacaaa
      541 aatggtgcaa tgataatcag atcacgataa cctttgcctc aaaaccaacc ttagtttggt
      601 gtcctgcagt ctgcacgaag ctaaacaggt gcctgtttgg gggcggctgc ggccgcctgc
      661 gaagtttggc cgggtactgg ataaatcgcc gctatttctt gtatcaggca aacttcccag
      721 cctcggcaga ggcctgcaca agggtaaaca gggcctgttt atctccatcc caccttcaca
      781 atcaccacac gactcgctac gtcctgctcc accttgtccg cttgacgaag actggcaccg
      841 tttccttttt cgaccacgtt cttgtccgct gcctgctcct ctttttccgg cggcgtcggt
      901 ggtgcaagtg agagtgcaat cttccgatcc agctccgccg cgttcctctt cagtgtacgt
      961 agctcgtccc ctttccgcca gacgcctgag gcggctgcct c
//
LOCUS       SEQF2634|AYYE01001001.1  493 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..493
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 catgaattgc acttctaagg cttctgttta gtttaccaat tcactacttt atccacaatc
       61 ttctgttgtt cgctcgctgt cctgcgtaga tagatacgag tagtttcgat gctttcgtgt
      121 cccatcaagt ctgcaagtaa agcgaggtcg ttaaagcgat caagaaagtt ttttgcaaan
      181 cgntngtaaa gggaactgca tattttctaa tataccaatg tataattctt tttgatttgt
      241 agagcctgca agattatctt cgatatatgt ttgtccataa tctgaagaaa gaaaagccag
      301 cacgaattta gattctattt cttctaatgt tcggacaact gatacatgag aatcgggaac
      361 aacaaaagga taatcaccaa gaatatcact atgaaataat cttgttcttc ccacggttcc
      421 tgtccctgtt gaatttacaa ggatgtcacc atctattaat ttgtattcat cactccattt
      481 acnaatcgnt tct
//
LOCUS       SEQF2634|AYYE01001002.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catgaattgc acttctaagg cttctgttta gtttaccaat tcactacttt atccacaatc
       61 ttctgttgtt cgctcgctgt cctgcgtaga tagatacgag tagtttcgat gctttcgtgt
      121 cccatcaagt ctgcaagtaa agcgaggtcg ttaaagcgat caagaaagtt ttttgcaaag
      181 cggtggcgga acgaatgagg atataccaca tcacgattta agccgtactt ctctgcaaaa
      241 tgcttcagtt gttgtgctat gccacgtgtg gtaatacgtt gtccaaagcg gt
//
LOCUS       SEQF2634|AYYE01001003.1  560 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgcttgtcga acaacaacgg attgttcaaa agatagaaac actattttct gttttagata
       61 atattcaaga agccttagaa gtgtcatgaa ttgcncntct aaggcttctt gaatattatc
      121 taaaacagaa aatagtgttt ctatcttttg aacaatccgt tgttgttcga caagcggagg
      181 taacgcaaat agccaattat caatgtgccc tttattgata gaaggtgagt tatctccttt
      241 cataaattgg tttaatccat ttaccacata atcagaggtc ataagataat agcaatagtc
      301 agaattgaga atttgcggaa tagaactaca tacgtaaaat cctgttgacg ctatacaatt
      361 atcattagct acctttgcta tattgcgtaa atatggacga accattgaaa acacaacgtc
      421 attcttttga gtgaaacggc tggctctact tggagtattt ttcgtttgta ttgttttaat
      481 tttcctgatt atctgtcgtc tattatcaat ggaatcaata tctatatatt gaaattcttt
      541 atccttaggn tttgtcgact
//
LOCUS       SEQF2634|AYYE01001004.1  551 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agtcgacaaa gcctaaggat aaagaatttc aatatataga tattgattcc attgataata
       61 gacgacagat aatcaggaaa attaaaacaa tacaaacgaa aaatactcca agtagagcca
      121 gccgtttcac tcaaaagaat gacgttgtgt tttcaatggt tcgtccatat ttacgcaata
      181 tagcaaaggt agctaatgat aattgtatag cgtcaacagg attttacgta tgtagttcta
      241 ttccgcaaat tctcaattct gactattgct attatcttat gacctctgat tatgtggtaa
      301 atggattaaa ccaatttatg aaaggagata actcaccttc tatcaataaa gggcacattg
      361 ataattggct atttgcgtta cctccgcttg tcgaacaaca acggattgtt caaaagatag
      421 aaacactatt ttctgtttta gataatattc aagaagcctt agaagngtca tgaattgcac
      481 ttctaaggct tctgtttagt ttaccaattc actactttat ccacaatctt ctgttgttcg
      541 ctcgctgtcc t
//
LOCUS       SEQF2634|AYYE01001005.1  642 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..642
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcnggtgaaa ttattcgtaa aaaattgcta atcgatttca atctacatac catcctgaga
       61 ttacctaccg gtatttttta tgcacaaggt gtaaaggcaa atgtactatt cttctccaaa
      121 gggcaaccaa cgaaggatat ttggttttat gactatcgga caggtgtaaa acatacattg
      181 gcaaccaaca aattacatcg ccatcatctt gacgactttg ttgcttgcta caatgcttct
      241 ccacgagtgg aaacctacaa tgagacatcg aaaacagctg gtcgctggag gaaatacaca
      301 attgacaata ttctgacgcg agataagacc agtcttgaca tcacttggat aaaagcagga
      361 ggagaggaag aggaatactc cttgcaagag ttaatggaaa gcatcacgac tcagagcaat
      421 actatcagcc aagctgtaat tgagttgcaa aagctaatgg cagagatcaa agaataggta
      481 tcaaaatgaa aaagatcgaa aggtccggga gctcaaaaag attaggagtc cgatgagtaa
      541 ctgaccggaa tcacacctgc tcttctgcac aaaaatggtg caatgataat cagatcacga
      601 taacctttgc ctcaaaacca accttagttt ggtgtcctgc ag
//
LOCUS       SEQF2634|AYYE01001006.1 4113 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4113
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             390..1784
                     /locus_tag="SEQF2634_00993"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTDSQREPNMDYLPKTLIFALNESHATNIVQIAKEVFCRKDNR
                     FVQKITYSSGDSNELIRQFRNDKDFRIAVTCTLVATGTDIKPLEVVMFMRDVASESLY
                     IQMKGRGVRTIGDEQLRNVTPNAYSKDCFFLIDAVGVTEHEKTIVSPPDGPSTKLISL
                     KELLEKIAHGNVSDDYLRLLASRLSRINHKCEEKERAEFTRLANQSMMEIASNIFTAL
                     ENNALPTYINVNEPNTERKALVRSITNHPDARTYLLILNAGFVETLMPGEDTLISKGF
                     SQEEAKSTTSAFENYCKEHKDEIEALRLIYNNNGEPITYAMLKDLENKLKWVNSKFNK
                     SLLWNSYTIINPQSVKRYSTRDEKEALTNIIQLVRFAFHQIEKLESLYPSAGQRFNLW
                     CGQIQRPLSSKQIELMHEIQNFIASNGYCAITEIKENDKSLAAQLIKAFAGKEMANEA
                     LSSLAQFIIYRKVA"
     CDS             1786..2820
                     /locus_tag="SEQF2634_00994"
                     /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
                     RLPTGIFYAE"
     CDS             3011..3655
                     /locus_tag="SEQF2634_00995"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYGEICDFRTAKEIGIDRPEKREILHHIPPTPEQEAFIGKLME
                     FAKTGDATLLDRAPLSEKEEKAKMLIATDLTRKMSLDMRMIDPIKYSDHIDDKASHCV
                     KLLSEYYRKYDKQKGTQFVFSDLGTYKPGEWNVYSEIKRKLVEDYGIPASEIRFIQEC
                     KNEKAKKAMVEAVNRGDIRIVFGSTSMLGTGVNAQQRAIAIHHLDVPWVRHEVA"
     misc_RNA        3694..3833
                     /locus_tag="SEQF2634_00996"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gccaccgctc catctatgga aattggagaa aagtacttga ttatttctca aaagcaaaat
       61 tgataggttt gacggctacc cctataccag aaacaaaggc tttcttcaac aacaatatca
      121 tcgtaaacta cacattggaa aagtctattg tagatggagt gaatgttgat agtcgtgttt
      181 atcgcatcaa aacacaggtt accgaaaatg gcggagctat ccttgaaggt gaaaatgtaa
      241 aaaaggaaac gcgctataca ggacaggttc aaactgtcaa taataaagaa actaaaaact
      301 acacacgtga ggaattaaat agaagtattg tcaatcctgc acagataaaa ctcattttgg
      361 aaacctatcg agatgcagtg tacacagaaa tgttcacaga ctctcagcgt gagcctaata
      421 tggattatct gccaaagacg cttatattcg cactgaatga gagccatgct actaatatag
      481 tgcagattgc caaagaagtg ttttgtcgta aagacaatcg ttttgtgcag aaaatcactt
      541 attcttcagg agatagtaat gaactgatac gccaattccg aaatgataag gatttccgta
      601 ttgctgtaac ttgtacttta gtggctacag gaacagacat caagccactt gaagtagtaa
      661 tgtttatgcg tgatgtagct tctgagtctc tgtatatcca aatgaaaggg cgtggtgtgc
      721 gtactattgg ggatgaacag ctgcgcaatg ttactcccaa tgcttatagc aaggattgct
      781 tcttcttgat agatgccgta ggagtaactg agcatgaaaa aacgatagta tctcctcctg
      841 atggaccatc aaccaaactg atttctttga aagaacttct ggagaagatt gcacatggta
      901 atgtaagcga tgactattta cgcttattgg caagcagact atctcgtatc aaccataagt
      961 gtgaggagaa agaacgagcc gaatttaccc gccttgcaaa tcaaagtatg atggagatag
     1021 cttcaaatat cttcacagcc cttgagaata acgcattgcc tacatacatc aacgtaaatg
     1081 agcctaatac agagcgtaag gctttggtac gaagtattac taatcatcct gatgcacgta
     1141 catacctact aatattgaat gctggttttg ttgaaacctt gatgcctggc gaagacacgc
     1201 ttatatctaa aggtttctca caagaggaag caaaatctac gacctctgct ttcgaaaact
     1261 attgcaagga gcacaaggat gaaatagaag ctctgcgact aatttacaac aacaacggag
     1321 agccaattac gtatgctatg ttgaaagact tggagaacaa gctaaaatgg gtaaatagta
     1381 aattcaataa atctttgctt tggaactcgt acaccatcat aaatccgcag tcagtgaaac
     1441 ggtattctac aagggatgag aaagaagctt tgaccaacat catacaactt gttcgctttg
     1501 cttttcatca aatagaaaaa cttgagagtc tatatccatc ggcaggacag cgattcaatc
     1561 tttggtgcgg acagattcag cgtccgttat cctctaagca gatagaattg atgcacgaaa
     1621 tacaaaactt cattgcatct aatggatact gtgcgatcac agaaatcaag gaaaacgata
     1681 agtctttggc tgcacaactc ataaaagcct ttgccggtaa agaaatggcc aatgaagcgt
     1741 tatcttcatt ggctcaattt atcatctata gaaaagtagc gtaatatgac aactaatata
     1801 tcaacagaac aagctttaac caaagaggtt tggaaattgg caacgacatt ggctggacag
     1861 ggtgtcggct atacagatta tgtaacgcaa cttacctatc tgctattcct caagatggat
     1921 gcagaaaacg aagaactatt cgaggaggaa tcatctattc cggaaggcta taggtggatt
     1981 aacctaaaag aaatggatgg tttagatttg ctcagtcact acgagaagac actcaaaata
     2041 cttagcgagc aagataactt gataggcacg atattcacaa aagctcagaa taagatagac
     2101 aaacctgtct atctgaaaaa agtgatttcc atgattgatg agcaacagtg gctcgtaatg
     2161 gatggcgatg tgaaaggtgc aatctatgag ggaatcttgg aaaagaacgg acaagataag
     2221 aagagtggtg ccggacaata cttcaccccc cgtccgttaa tacaggctat ggttgattgc
     2281 ctccaaccac aaataggcga aacggtatgt gaccctgctt gtggtacagg cggttttctt
     2341 ttagctgcat acgactatat gaaagagcag tctcaagata aaggaaagcg tgatttcttg
     2401 aataacaatg ctttgcatgg tgtggacaac acgcctttgg tcgttacgtt agcttcgatg
     2461 aacttgtatt tgcacggcat tggtacaaat cgaagcccaa tagcatgcga agactctctg
     2521 gaaaaagagc cagatacaat ggtagatgtc attcttgcca atcctccatt tggtactcgc
     2581 cctgcaggat cagtagacat caaccgtccc gacttctatg tagaaaccaa gaacaaccag
     2641 cttaacttcc tacaacacat gatgctgatg ttgaagaatg gaggacgtgc tgccgttgtg
     2701 ttaccagata atgtactctt tgaaggtgga gctggtgaaa ttattcgtaa aaaattgcta
     2761 atcgatttca atctacatac catcctgaga ttacctaccg gtatttttta tgcggaatga
     2821 ttgaaaaaaa ttatatttta attatttctc ttctgagaat gatcatcttt gcaatatcga
     2881 aacagggctt tttttgaaac attgcagaat gaagagagaa agggaaattt gctcgtttct
     2941 tattcgttcc ctttgggtga gtagaataat cagtattcac tcattgacag gctcttaaac
     3001 cctaattctt ttgttctatg gggagatttg cgatttccgc acggccaagg aaatcggcat
     3061 tgaccgtccg gagaagcgcg agatcctaca ccacatcccg ccaacgcccg agcaagaggc
     3121 gtttatcggc aagctgatgg agtttgccaa gacaggcgac gctaccctct tggatcgtgc
     3181 cccgctgagc gaaaaggagg agaaggccaa gatgcttatc gccacagatc tcacccggaa
     3241 aatgagcctc gatatgcgca tgatcgatcc gatcaagtac tcggatcaca tcgacgacaa
     3301 agccagccat tgcgtcaagc tgctcagcga gtattaccgc aagtatgaca agcaaaaggg
     3361 gacgcagttc gttttctccg atctcggaac atacaagccg ggcgaatgga acgtgtactc
     3421 ggaaatcaaa cgcaaactcg tggaggatta cggcatcccg gcctcggaga ttcgcttcat
     3481 ccaagaatgc aagaatgaga aagccaagaa agcgatggta gaggccgtga accgcggcga
     3541 catccgtatc gttttcggct cgacatccat gctcggcacg ggcgtgaacg cccaacaacg
     3601 agcgatagcg atccatcatc ttgatgtgcc ctgggtgcga catgaagtcg catagataat
     3661 tgttaaaatg atacttacga gtatcagctt taacccgctg ttccgtcagc ggtagcctac
     3721 cgaccaatgc accttaatgc tgtattaagc ggttgggata aagtacactt tcgtaagacg
     3781 agacagcacc gtgagggaaa gtcaagtacg gttagtatta taccgtagag tggcgaggct
     3841 ggatagcatg gttagcgtaa gcgaactgtt agtaaacttc gtaatgtcac gaaagagtgt
     3901 aagatactga tacactctcc ccaaagggga agcggtcggc taatcctctc catggtagga
     3961 ttacacggac acaagcaccg ccggaggatg agacagaacc taacctatca gtcagttatc
     4021 tatgtggaac atagtaagcc tgtatatctc ctgtcataca gattgatagg taagcagaca
     4081 gtaatgaacg ctgaatggta tgcaggtata aga
//
LOCUS       SEQF2634|AYYE01001007.1 3114 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3114
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             390..1784
                     /locus_tag="SEQF2634_00997"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTDSQREPNMDYLPKTLIFALNESHATNIVQIAKEVFCRKDNR
                     FVQKITYSSGDSNELIRQFRNDKDFRIAVTCTLVATGTDIKPLEVVMFMRDVASESLY
                     IQMKGRGVRTIGDEQLRNVTPNAYSKDCFFLIDAVGVTEHEKTIVSPPDGPSTKLISL
                     KELLEKIAHGNVSDDYLRLLASRLSRINHKCEEKERAEFTRLANQSMMEIASNIFTAL
                     ENNALPTYINVNEPNTERKALVRSITNHPDARTYLLILNAGFVETLMPGEDTLISKGF
                     SQEEAKSTTSAFENYCKEHKDEIEALRLIYNNNGEPITYAMLKDLENKLKWVNSKFNK
                     SLLWNSYTIINPQSVKRYSTRDEKEALTNIIQLVRFAFHQIEKLESLYPSAGQRFNLW
                     CGQIQRPLSSKQIELMHEIQNFIASNGYCAITEIKENDKSLAAQLIKAFAGKEMANEA
                     LSSLAQFIIYRKVA"
     CDS             1786..2820
                     /locus_tag="SEQF2634_00998"
                     /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
                     RLPTGIFYAE"
     CDS             complement(2896..3060)
                     /locus_tag="SEQF2634_00999"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSIGRGNLTDRQRTRIKELLSSYNEPETFEHDLALAPLWIKKI
                     ITQTTKALQG"
ORIGIN      
        1 gccaccgctc catctatgga aattggagaa aagtacttga ttatttctca aaagcaaaat
       61 tgataggttt gacggctacc cctataccag aaacaaaggc tttcttcaac aacaatatca
      121 tcgtaaacta cacattggaa aagtctattg tagatggagt gaatgttgat agtcgtgttt
      181 atcgcatcaa aacacaggtt accgaaaatg gcggagctat ccttgaaggt gaaaatgtaa
      241 aaaaggaaac gcgctataca ggacaggttc aaactgtcaa taataaagaa actaaaaact
      301 acacacgtga ggaattaaat agaagtattg tcaatcctgc acagataaaa ctcattttgg
      361 aaacctatcg agatgcagtg tacacagaaa tgttcacaga ctctcagcgt gagcctaata
      421 tggattatct gccaaagacg cttatattcg cactgaatga gagccatgct actaatatag
      481 tgcagattgc caaagaagtg ttttgtcgta aagacaatcg ttttgtgcag aaaatcactt
      541 attcttcagg agatagtaat gaactgatac gccaattccg aaatgataag gatttccgta
      601 ttgctgtaac ttgtacttta gtggctacag gaacagacat caagccactt gaagtagtaa
      661 tgtttatgcg tgatgtagct tctgagtctc tgtatatcca aatgaaaggg cgtggtgtgc
      721 gtactattgg ggatgaacag ctgcgcaatg ttactcccaa tgcttatagc aaggattgct
      781 tcttcttgat agatgccgta ggagtaactg agcatgaaaa aacgatagta tctcctcctg
      841 atggaccatc aaccaaactg atttctttga aagaacttct ggagaagatt gcacatggta
      901 atgtaagcga tgactattta cgcttattgg caagcagact atctcgtatc aaccataagt
      961 gtgaggagaa agaacgagcc gaatttaccc gccttgcaaa tcaaagtatg atggagatag
     1021 cttcaaatat cttcacagcc cttgagaata acgcattgcc tacatacatc aacgtaaatg
     1081 agcctaatac agagcgtaag gctttggtac gaagtattac taatcatcct gatgcacgta
     1141 catacctact aatattgaat gctggttttg ttgaaacctt gatgcctggc gaagacacgc
     1201 ttatatctaa aggtttctca caagaggaag caaaatctac gacctctgct ttcgaaaact
     1261 attgcaagga gcacaaggat gaaatagaag ctctgcgact aatttacaac aacaacggag
     1321 agccaattac gtatgctatg ttgaaagact tggagaacaa gctaaaatgg gtaaatagta
     1381 aattcaataa atctttgctt tggaactcgt acaccatcat aaatccgcag tcagtgaaac
     1441 ggtattctac aagggatgag aaagaagctt tgaccaacat catacaactt gttcgctttg
     1501 cttttcatca aatagaaaaa cttgagagtc tatatccatc ggcaggacag cgattcaatc
     1561 tttggtgcgg acagattcag cgtccgttat cctctaagca gatagaattg atgcacgaaa
     1621 tacaaaactt cattgcatct aatggatact gtgcgatcac agaaatcaag gaaaacgata
     1681 agtctttggc tgcacaactc ataaaagcct ttgccggtaa agaaatggcc aatgaagcgt
     1741 tatcttcatt ggctcaattt atcatctata gaaaagtagc gtaatatgac aactaatata
     1801 tcaacagaac aagctttaac caaagaggtt tggaaattgg caacgacatt ggctggacag
     1861 ggtgtcggct atacagatta tgtaacgcaa cttacctatc tgctattcct caagatggat
     1921 gcagaaaacg aagaactatt cgaggaggaa tcatctattc cggaaggcta taggtggatt
     1981 aacctaaaag aaatggatgg tttagatttg ctcagtcact acgagaagac actcaaaata
     2041 cttagcgagc aagataactt gataggcacg atattcacaa aagctcagaa taagatagac
     2101 aaacctgtct atctgaaaaa agtgatttcc atgattgatg agcaacagtg gctcgtaatg
     2161 gatggcgatg tgaaaggtgc aatctatgag ggaatcttgg aaaagaacgg acaagataag
     2221 aagagtggtg ccggacaata cttcaccccc cgtccgttaa tacaggctat ggttgattgc
     2281 ctccaaccac aaataggcga aacggtatgt gaccctgctt gtggtacagg cggttttctt
     2341 ttagctgcat acgactatat gaaagagcag tctcaagata aaggaaagcg tgatttcttg
     2401 aataacaatg ctttgcatgg tgtggacaac acgcctttgg tcgttacgtt agcttcgatg
     2461 aacttgtatt tgcacggcat tggtacaaat cgaagcccaa tagcatgcga agactctctg
     2521 gaaaaagagc cagatacaat ggtagatgtc attcttgcca atcctccatt tggtactcgc
     2581 cctgcaggat cagtagacat caaccgtccc gacttctatg tagaaaccaa gaacaaccag
     2641 cttaacttcc tacaacacat gatgctgatg ttgaagaatg gaggacgtgc tgccgttgtg
     2701 ttaccagata atgtactctt tgaaggtgga gctggtgaaa ttattcgtaa aaaattgcta
     2761 atcgatttca atctacatac catcctgaga ttacctaccg gtatttttta tgcggaatga
     2821 ttgaaaaaaa ttatatttta attatttctc ttctgagaat gatccgccga tcttctatgg
     2881 aatgagacag ccagttcatc cttgaagtgc tttggtcgtt tgggtaatga ttttcttgat
     2941 ccacaaggga gccagcgcca agtcgtgttc gaaggtttcc ggctcattat agctgcttag
     3001 caactccttg attcgagttc gctgtcggtc agtcaggttg ccacggccga tcgacttcat
     3061 ggcttgaatc agtgtaggga tcaatttgcc tttgtaagca aagttcctcg gtgc
//
LOCUS       SEQF2634|AYYE01001008.1  572 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gaggcagccg cctcaggcgt ctggcggaaa ggggacgagc tacgtacact gaagaggaac
       61 gcggcggagc tggatcggaa gattgcactc tcacttgcac caccgacgcc gccggaaaaa
      121 gaggagcagg cagcggacaa gaacgtggtc gaaaaaggaa acggtgccag tcttcgtcaa
      181 gcggacaagg tggagcagga cgtagcgagt cgtgtggtga ttgtgaaggt gggatggaga
      241 taaacaggcc ctgtttaccc ttgtgcaggc ctctgccgag gctgggaagt ttgcctgata
      301 caagaaatag cggcgattta tccagtaccc ggccaaactt cgcaggcggc cgcagccgcc
      361 cccaaacagg cacctgttta gcttcgtgca gactgcagga caccaaacta aggttggttt
      421 gtttgatgga gaaaggcaag aagacaggtt gctgaccaac ttagacgcaa agtttttaag
      481 agggttttct gatgggaaag ttataaaagc tggcagatat gttccagcca acacatatat
      541 gatattagtt gatggagaga actcgggaga ag
//
LOCUS       SEQF2634|AYYE01001009.1  836 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..836
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gaggcagccg cctcaggcgt ctggcggaaa ggggacgagc tacgtacact gaagaggaac
       61 gcggcggagc tggatcggaa gattgcactc tcacttgcac caccgacgcc gccggaaaaa
      121 gaggagcagg cagcggacaa gaacgtggtc gaaaaaggaa acggtgccag tcttcgtcaa
      181 gcggacaagg tggagcagga cgtagcgagt cgtgtggtga ttgtgaaggt gggatggaga
      241 taaacaggcc ctgtttaccc ttgtgcaggc ctctgccgag gctgggaagt ttgcctgata
      301 caagaaatag cggcgattta tccagtaccc ggccaaactt cgcaggcggc cgcagccgcc
      361 cccaaacagg cacctgttta gcttcgtgca gactgcagga caccaaacta aggttggttt
      421 tgaggcaaag gttatcgtga tctgattatc attgcaccat ttttgtgcag aagagaaata
      481 attaaaatat aatttttttc aatcattccg cataataaat tccggttttg cttggaacaa
      541 taaccttaaa tgtgtacctt tgtacttgtt gtattctaca aagaagagaa gaaaatcaac
      601 agatgaaggc aataaatagg attaaagcag tcttagcaga aaagcaagta tcaggcaaat
      661 ggtggcaaac gaaataggtc gcacagagaa tgccgtttct cgatggtgtt ctaataaagt
      721 acaaccatct cttgaaaatc tacttgaaat cgcagaaaca ttgagggtag atgtaagaga
      781 atgacttagg tcaaacaaag agtaacaaca actagttgtc gtacaaagat tttctt
//
LOCUS       SEQF2634|AYYE01001010.1  551 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gaggcagccg cctcaggcgt ctggcggaaa ggggacgagc tacgtacact gaagaggaac
       61 gcggcggagc tggatcggaa gattgcactc tcacttgcac caccgacgcc gccggaaaaa
      121 gaggagcagg cagcggacaa gaacgtggtc gaaaaaggaa acggtgccag tcttcgtcaa
      181 gcggacaagg tggagcagga cgtagcgagt cgtgtggtga ttgtgaaggt gggatggaga
      241 taaacaggcc ctgtttaccc ttgtgcaggc ctctgccgag gctgggaagt ttgcctgata
      301 caagaaatag cggcgattta tccagtaccc ggccaaactt cgcaggcggc cgcagccgcc
      361 cccaaacagg cacctgttta gcttcgtgca gactgcagga caccaaacta aggttggttt
      421 tgaggcaaag gttatcgtga tctgattatc attgcaccat ttttgtgcag aagagcaggt
      481 gtgattccgg tcagttactc atcggactcc taatcttttt gagctcccgg acctttcgat
      541 ctttttcatt t
//
LOCUS       SEQF2634|AYYE01001011.1  809 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..809
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             50..355
                     /locus_tag="SEQF2634_01000"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVDGENSGEVFQTSTEGYQGSTFKQLNINENMNEKFVLHIIN
                     LHRKSLRENKVGSAIPHLNKKLFKAIPMPIPPYAEQERIIDAINAAYALLTVIEENL"
ORIGIN      
        1 tgatgggaaa gttataaaag ctggcagata tgttccagcc aacacatata tgatattagt
       61 tgatggagag aactcgggag aagtgttcca aacttcaact gagggctatc aaggcagtac
      121 tttcaagcag ctaaatatca atgaaaatat gaatgaaaag tttgtcttac acatcatcaa
      181 tttgcataga aagtctttga gagagaataa agtaggctct gctattccac acttgaacaa
      241 aaaactgttt aaggcgatcc ctatgccgat accgccttat gcagaacaag aaagaattat
      301 tgatgcaata aatgctgcgt atgcattgct tactgtaatt gaggagaact tataaactct
      361 cctcaattac atctaaaacc tcaaagagta gacgcacttt ccctataatc cgtttctgtt
      421 cttcttgtgg aggaataggt anttccaact ttgaatattc tgaaatccaa tatcgtttat
      481 gcgtgtcacc gacaagtctt gttatgctca taaacaatga gaaacagtag ataatcggct
      541 tctcgattac ctttcatcat cccctctttt acagccacgg cagtcatatt aggagcataa
      601 ccgctcctat ctacgacttt ccaacctgct tcttcaaaca ttctatctat aacgactcgt
      661 gcctgttctt ctggatgcat aacgttatgt tcttatagtt ttgcattatg agtagttctg
      721 ttgtaaaaga aaatctttgt acgacaacta gttgttgtta ctctttgttt gacctaagtc
      781 attctcttac atctaccctc aatgtttct
//
LOCUS       SEQF2634|AYYE01001012.1  529 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             50..355
                     /locus_tag="SEQF2634_01001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVDGENSGEVFQTSTEGYQGSTFKQLNINENMNEKFVLHIIN
                     LHRKSLRENKVGSAIPHLNKKLFKAIPMPIPPYAEQERIIDAINAAYALLTVIEENL"
ORIGIN      
        1 tgatgggaaa gttataaaag ctggcagata tgttccagcc aacacatata tgatattagt
       61 tgatggagag aactcgggag aagtgttcca aacttcaact gagggctatc aaggcagtac
      121 tttcaagcag ctaaatatca atgaaaatat gaatgaaaag tttgtcttac acatcatcaa
      181 tttgcataga aagtctttga gagagaataa agtaggctct gctattccac acttgaacaa
      241 aaaactgttt aaggcgatcc ctatgccgat accgccttat gcagaacaag aaagaattat
      301 tgatgcaata aatgctgcgt atgcattgct tactgtaatt gaggagaact tataaactct
      361 cctcaattac atctaaaacc tcaaagagta gacgcacttt ccctataatc cgtttctgtt
      421 cttcttgtgg aggaataggt anttccaact ttgaatattc tgaaatccaa tatcgtttat
      481 gcgtgtcacc gacaagtctt gttatgctca taaacaatga tacatattc
//
LOCUS       SEQF2634|AYYE01001013.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catcggtgca aagatgttct ttccttttgc caaagtccaa ttttgtggta acttctcact
       61 atgctcgtta tcacaagtga tttcagcctt gggattgatg cgcttgagca gttctgatcc
      121 aggctcatca ttggggtctt ggggtacgag cttgccgtga atggcaaggt caaggatttt
      181 gctcttggtt tgcttgatgg gaaagttata aaagctggca gatatgttcc agccaacaca
      241 tatatgatat tagttgatgg agagaactcg ggagaag
//
LOCUS       SEQF2634|AYYE01001014.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catcggtgca aagatgttct ttccttttgc caaagtccaa ttttgtggta acttctcact
       61 atgctcgtta tcacaagtga tttcagcctt gggattgatg cgcttgagca gttctgatcc
      121 aggctcatca ttggggtctt ggggtacgag cttgccgtga atggcaaggt caaggatttt
      181 gctcttggtt tgcttgatgg agaaaggcaa gaagacaggt tgctgaccaa cttagacgca
      241 aagtttttaa gagggttttc tgatgggaaa gttataaaag ctggcagata tgttccagcc
      301 aacacatata tgatattagt tgatggagag aactcgggag aag
//
LOCUS       SEQF2634|AYYE01001015.1 1627 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1627
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     misc_RNA        complement(281..420)
                     /locus_tag="SEQF2634_01002"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(459..1103)
                     /locus_tag="SEQF2634_01003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYGEICDFRTAKEIGIDRPEKREILHHIPPTPEQEAFIGKLME
                     FAKTGDATLLDRAPLSEKEEKAKMLIATDLTRKMSLDMRMIDPIKYSDHIDDKASHCV
                     KLLSEYYRKYDKQKGTQFVFSDLGTYKPGEWNVYSEIKRKLVEDYGIPASEIRFIQEC
                     KNEKAKKAMVEAVNRGDIRIVFGSTSMLGTGVNAQQRAIAIHHLDVPWVRHEVA"
ORIGIN      
        1 tcttatacct gcataccatt cagcgttcat tactgtctgc ttacctatca atctgtatga
       61 caggagatat acaggcttac tatgttccac atagataact gactgatagg ttaggttctg
      121 tctcatcctc cggcggtgct tgtgtccgtg taatcctacc atggagagga ttagccgacc
      181 gcttcccctt tggggagagt gtatcagtat cttacactct ttcgtgacat tacgaagttt
      241 actaacagtt cgcttacgct aaccatgcta tccagcctcg ccactctacg gtataatact
      301 aaccgtactt gactttccct cacggtgctg tctcgtctta cgaaagtgta ctttatccca
      361 accgcttaat acagcattaa ggtgcattgg tcggtaggct accgctgacg gaacagcggg
      421 ttaaagctga tactcgtaag tatcatttta acaattatct atgcgacttc atgtcgcacc
      481 cagggcacat caagatgatg gatcgctatc gctcgttgtt gggcgttcac gcccgtgccg
      541 agcatggatg tcgagccgaa aacgatacgg atgtcgccgc ggttcacggc ctctaccatc
      601 gctttcttgg ctttctcatt cttgcattct tggatgaagc gaatctccga ggccgggatg
      661 ccgtaatcct ccacgagttt gcgtttgatt tccgagtaca cgttccattc gcccggcttg
      721 tatgttccga gatcggagaa aacgaactgc gtcccctttt gcttgtcata cttgcggtaa
      781 tactcgctga gcagcttgac gcaatggctg gctttgtcgt cgatgtgatc cgagtacttg
      841 atcggatcga tcatgcgcat atcgaggctc attttccggg tgagatctgt ggcgataagc
      901 atcttggcct tctcctcctt ttcgctcagc ggggcacgat ccaagagggt agcgtcgcct
      961 gtcttggcaa actccatcag cttgccgata aacgcctctt gctcgggcgt tggcgggatg
     1021 tggtgtagga tctcgcgctt ctccggacgg tcaatgccga tttccttggc cgtgcggaaa
     1081 tcgcaaatct ccccatagaa caaaagaatt agggtttaag agcctgtcaa tgagtgaata
     1141 ctgattattc tactcaccca aagggaacga ataagaaacg agcaaatttc cctttctctc
     1201 ttcattctgc aatgtttcaa aaaaagccct gtttcgatat tgcaaagatg atcattctca
     1261 gaagagaaat aattaaaata taattttttt caatcattcc gcataataaa ttccggtttt
     1321 gcttggaaca ataaccttaa atgtgtacct ttgtacttgt tgtattctac aaagaagaga
     1381 agaaaatcaa cagatgaagg caataaatag gattaaagca gtcttagcag aaaagcaagt
     1441 atcaggcaaa tggtggcaaa cgaaataggt cgcacagaga atgccgtttc tcgatggtgt
     1501 tctaataaag tacaaccatc tcttgaaaat ctacttgaaa tcgcagaaac attgagggta
     1561 gatgtaagag aatgacttag gtcaaacaaa gagtaacaac aactagttgt cgtacaaaga
     1621 ttttctt
//
LOCUS       SEQF2634|AYYE01001016.1  889 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..889
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cttctcccga gttctctcca tcaactaata tcatatatgt gttggctgga acatatctgc
       61 cagcttttat aactttccca tcagaaaacc ctcttaaaaa ctttgcgtct aagttggtca
      121 gcaacctgtc ttcttgcctt tctccatcaa acaaaccaca cacttcctgc atagaagtaa
      181 tgctccatcc cttaggcaac tgcggataat gctcgatatg ctttattata ttgttacttt
      241 attcattata aatcaatgta atatggtaac aagatttcaa aaacatcttg ccaaaacaaa
      301 tttggcaaaa aacaccatcg cttcttacgt gtggacggtg aactattttc ttaatcacta
      361 caaagaagtg aacaagaaga acctattggc ttacaaaggg tatttagtag aaaacttcaa
      421 gccacagaca gtgaacctgc gtttgcaagg tatcaataaa tatcttgagt ttacaaagca
      481 ggataagctc aaagtaaagt ttgtgaaggt gcaacaaaag aacttcttgg agaatgtaat
      541 cagtgattct gattataagt tcctaaaaac aaggctcaag gctgatggct acgatgaatg
      601 gtatttcgta gtttggttta tggctgcgac tggtgctcgt gtgagcgaat tgctgcatat
      661 caaggcagag catgtacaaa tcggttatct tgacctttat agcaaaggag gaaagataag
      721 acgcttatac atccctaaga acttgcgaga agaagcgaga aaatggattc atgagaaagg
      781 gctaacttct ggttatattt ttctcaaccg ctttggacaa cgtattacca cacgtggcat
      841 agcacaacaa ctgaagcatt ttgcagagaa gtacggctta aatcgtgat
//
LOCUS       SEQF2634|AYYE01001017.1  498 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tttcgatgct ttcgtgtccc atcaagtctg caagtaaagc gaggtcgtta aagcgatcaa
       61 gaaagttttt tgcaaagcgg tggcggaacg aatgaggata taccacatca cgatttaagc
      121 cgtacttctc tgcaaaatgc ttcagttgtt gtgctatgcc acgtgtggta atacgttgtc
      181 caaancngtn gtaaagggaa ctgcatattt tctaatatac caatgtataa ttctttttga
      241 tttgtagagc ctgcaagatt atcttcgata tatgtttgtc cataatctga agaaagaaaa
      301 gccagcacga atttagattc tatttcttct aatgttcgga caactgatac atgagaatcg
      361 ggaacaacaa aaggataatc accaagaata tcactatgaa ataatcttgt tcttcccacg
      421 gttcctgtcc ctgttgaatt tacaaggatg tcaccatcta ttaatttgta ttcatcactc
      481 catttactaa tcgtttct
//
LOCUS       SEQF2634|AYYE01001018.1  727 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..727
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             50..355
                     /locus_tag="SEQF2634_01004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVDGENSGEVFQTSTEGYQGSTFKQLNINENMNEKFVLHIIN
                     LHRKSLRENKVGSAIPHLNKKLFKAIPMPIPPYAEQERIIDAINAAYALLTVIEENL"
ORIGIN      
        1 tgatgggaaa gttataaaag ctggcagata tgttccagcc aacacatata tgatattagt
       61 tgatggagag aactcgggag aagtgttcca aacttcaact gagggctatc aaggcagtac
      121 tttcaagcag ctaaatatca atgaaaatat gaatgaaaag tttgtcttac acatcatcaa
      181 tttgcataga aagtctttga gagagaataa agtaggctct gctattccac acttgaacaa
      241 aaaactgttt aaggcgatcc ctatgccgat accgccttat gcagaacaag aaagaattat
      301 tgatgcaata aatgctgcgt atgcattgct tactgtaatt gaggagaact tataaactct
      361 cctcaattac atctaaaacc tcaaagagta gacgcacttt ccctataatc cgtttctgtt
      421 cttcttgtgg aggaatagnt anttcgtagt ttggtttatg gctgcgactg gtgctcgtgt
      481 gagcgaattg ctgcatatca aggcagagca tgtacaaatc ggttatcttg acctttatag
      541 caaaggagga aagataagac gcttatacat ccctaagaac ttgcgagaag aagcgagaaa
      601 atggattcat gagaaagggc taacttctgg ttatattttt ctcaaccgct ttggacaacg
      661 tattaccaca cgtggcatag cacaacaact gaagcatttt gcagagaagt acggcttaaa
      721 tcgtgat
//
LOCUS       SEQF2634|AYYE01001019.1  551 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agtcgacaaa ncctaaggat aaagaatttc aatatataga tattgattcc attgataata
       61 gacgacagat aatcaggaaa attaaaacaa tacaaacgaa aaatactcca agtagagcca
      121 gccgtttcac tcaaaagaat gacgttgtgt tttcaatggt tcgtccatat ttacgcaata
      181 tagcaaaggt agctaatgat aattgtatag cgtcaacagg attttacgta tgtagttcta
      241 ttccgcaaat tctcaattct gactattgct attatcttat gacctctgat tatgtggtaa
      301 atggattaaa ccaatttatg aaaggagata actcaccttc tatcaataaa gggcacattg
      361 ataattggct atttgcgtta cctccgcttg tcgaacaaca acggattgtt caaaagatag
      421 aaacactatt ttctgtttta gataatattc aagaagcctt agangngcca tgaattgcac
      481 ttctaaggct tctgtttagt ttaccaattc actactttat ccacaatctt ctgttgttcg
      541 ctcgctgtcc t
//
LOCUS       SEQF2634|AYYE01001020.1  921 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..921
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             175..561
                     /locus_tag="SEQF2634_01005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYLISPIEPDRQSLVASMTYAPAIRDLGVSDDRCRIKEIYLVW
                     NKIDRRVRTDVIAFYNEAIKREGLGLFDTQLPRSARFKKELTADGRPAFRSTYLPPDK
                     SLIEGSGIESFVKEFIEKCNLKTARP"
ORIGIN      
        1 cnctttgaag cgctcggccg ggaggcttac cgtgtcatca aaagcaccgc tgcacgtgcg
       61 gaggaggatg tccgccgttt tatagccgag cgtgcgggtg aaacgttcga cctgatcctt
      121 ttcgacctgc ccggccgcgc ggacgatccc ggacttgtcg agctcaccct tggcatggat
      181 tatctcatct cgccgatcga gcccgaccgc caatcgctgg tagcttccat gacctacgcg
      241 ccggccatcc gtgacctcgg tgtgtcggac gataggtgcc gtatcaaaga gatctacctc
      301 gtttggaaca agatcgaccg acgggtgcgg acggacgtca tcgcgttcta caacgaggcg
      361 atcaagcgcg aaggcttggg attgttcgac acgcagctgc cgcgctccgc ccgcttcaaa
      421 aaggaactca ccgcagacgg ccggcccgcc ttccgatcca cctacctgcc accagacaaa
      481 agtctgatcg agggtagcgg catcgagtcg ttcgtgaagg agttcatcga gaaatgtaac
      541 ctgaaaaccg cccgcccatg accatcgaag aacagcgtcg taggcgaatc gccgagcgga
      601 ttcagcaaat ggcaggcgac gatgcgcctc ccatcgcgcc cgaagaaaca ccgttgaaaa
      661 gcgatttaag cagtgttcaa acaccgtttg cagacgaatc gctatcgact tatcgagacc
      721 gattctttgc tcaccgttcg tcggaaagtc ggacgaccct ctcctgcgat cgagcgctta
      781 tcgactgttt gcgacgcgtg ctgaacgccc tcgatgcaag gacttccctc gcagcctaca
      841 tcggtgcaaa gatgttcttt ccttttgcca aagtccaatt ttgtggtaac ttctcactat
      901 gctcgttatc acaagtgatt t
//
LOCUS       SEQF2634|AYYE01001021.111074 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11074
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             175..561
                     /locus_tag="SEQF2634_01006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYLISPIEPDRQSLVASMTYAPAIRDLGVSDDRCRIKEIYLVW
                     NKIDRRVRTDVIAFYNEAIKREGLGLFDTQLPRSARFKKELTADGRPAFRSTYLPPDK
                     SLIEGSGIESFVKEFIEKCNLKTARP"
     CDS             558..941
                     /locus_tag="SEQF2634_01007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRRRIAERIQQMAGDDAPPIAPEETPLKSDLSSVQTPF
                     ADESLSTYRDRFFAHRSSESRTTLSCDRALIDCLRRVLNALDARTSLAAYIGNILADH
                     IDRYRTLLSEAIERNRKNPFNSSLP"
     CDS             938..1537
                     /locus_tag="SEQF2634_01008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLFLLITWAILLGVLLRDFYRTEQPTREDVPSDNTSDDTLEDG
                     LVGATRTVLPLEGSVKEAGESVCGGTESDDSFAYRNAVAEDEQADEPEVTPEDEAISL
                     LLKEDIEVSTESVTTRELRRLQTAVETPDRLTAEDLDQAKEAAVKLRGTDFMEKLREY
                     ASKERERARALDELLRSPSEAPKKSRSNDVDDTAWMAYL"
     CDS             1579..1884
                     /locus_tag="SEQF2634_01009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGRLFAAALLLSLASSAFAQGNGLSGINEATKMVTSYFDP
                     GTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIVAATILRSFFL"
     CDS             1884..2219
                     /locus_tag="SEQF2634_01010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVVCYMC
                     GMDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKSTHRHP"
     CDS             2216..4237
                     /gene="ptlC"
                     /locus_tag="SEQF2634_01011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7VSX9"
                     /codon_start=1
                     /transl_table=11
                     /product="Type IV secretion system protein PtlC"
                     /translation="MRNTAKVTTLESKFPLLAVEQGCIVSKDADITVAFRVELPELFT
                     VTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKEHYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQHMARQSNFSSLCRGTILPKEVGNREEVAKFMEAVDQFER
                     IINDDDRIRLTRMTEEELVGTKEKSGLLDRYFSLSDTGHASLEDIRLGADLVRVGDNR
                     LCLHTLSDTDDLPAVVSTDSRYERLSTDRSDCRLSFAAPVGLMLSCNHLFNQYLFIED
                     SEENLNRFEKQARNMHSLARYSRSNQINEAWIQEYLNLARSQGLTSIRAHFNVLAWSD
                     DAEELRQIKNDVGSALALMECRPRHNTVDAATLYWAGIPGNAADFPAEESFYTFIDPA
                     LCFFTAETNYRDSLSPFGIKMADRLSGRPIHLDISDLPMKKGIITNRNKFILGPSGSG
                     KSFFTNHMVRQYYEQGAHVLLVDTGNSYEGLCGLINRKTKGADGIYFTYTDARPISFN
                     PFYTDDYVFDVEKRESICTLLLTLWKSADEPVTKTEAGELGSAVNAYIETIRTNRKIT
                     PCFNTFYEYLRDVYRPEMGRREIRVTLSDFNIDNLLTTLKQYYVGGRYDFLLNSDRNI
                     DLLSKRFIVFEIDAVKDNKDLFPVVTIIIMEAFINKMRRLKGVRKNDPY"
     CDS             4292..4738
                     /locus_tag="SEQF2634_01012"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADYIKYLYKTVRKYFGEAIVVTQEVDDIISSPIVKESIINNSD
                     CKILLDQRKYMTKFDGIQELLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGMQSAV
                     YATEVSREEYLAYTTEETEKVEVMRLADRLGGDIEQAISRLARGDP"
     CDS             5035..5664
                     /locus_tag="SEQF2634_01013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHKLILCLVCCLLLTRTAHAQWIVTDPVNLAGNIANTIKEIAT
                     ASKTVNNTLSNFKEVEKLYNDTKRYYDALKKVNNLIGDAYKVKETILMVGDMTEMYVG
                     AYKKMLSDPNYSPEELSAMAAGYAKLMERSSESLKELKSLVRSGVLSMNDKERIELID
                     RIYNEVKEYRAATSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRYW"
     CDS             5671..6702
                     /locus_tag="SEQF2634_01014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDFTDLHALLHATYGEMMPLCAHMTGIAKGIAGLGALFYIALRI
                     WSSLARAEPIDVFPLLRPFVLGFCIMFFPSVVLGTVNAVLSPVVQGTEKLVHVQQNDL
                     QSLRNQRDKLEEEAYRRDKSRAYLVDDAAWDEKVQEMGFIGPEDAITLAGMYAERTAF
                     NTKRWFVKKIYQALELVYNAASLVIDTLRTFILIVLSILGPIVFGIAVWDGLGGSLSA
                     WFARYISVYLWLPVSSILTALLTKIQVLMISKDIAELQNPGYVPDSGDWYYIVFFLIG
                     IVGFFCVPTVAGWIIEAGGGIGNYGRNVNQTAQRGVQGAYTGGKVTMAGTGAALGNAG
                     GRIKGLLIK"
     CDS             6712..7335
                     /locus_tag="SEQF2634_01015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITGIVVYSSYAFANR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIEKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDRYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             7339..7605
                     /locus_tag="SEQF2634_01016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLQAHVWLHRQCDRLSPKWQKRIVFTLCAVYFIC
                     SMAMIAQLFLPQKEEGLPIDTGKIADSPIQRDSLYRHVIEPIKT"
     CDS             7612..8847
                     /locus_tag="SEQF2634_01017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKRKEQLQRTLVFLGLGLLFTLSIWFIFRPSANEQSAAAQGL
                     NKDVPQASPDELPTSKLKAYELGRDEEAEGRKSQLLGTLANYFNREGEAKAEPEPSEE
                     VPAAIGRSIDKYEETARELESFYDLPAVEDDESDDVKRELDALRAELGALKEEKAKAN
                     GEVDQLELLEKSYQMAAKYLPSGNATPNPSANSSDKSTVKPPASELPAAELSPERETV
                     VSSLDQPISDSAFIAEYGYKERNMGFRSVGKATPSIARNTLSVVVDRTTTIRQGDFLR
                     LRLAESARIEGMTLPPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQE
                     GLSIPGSEEVSALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKL
                     RTVKVTVKSGHRLFLIQAK"
     CDS             8870..9817
                     /locus_tag="SEQF2634_01018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLSAALCCGFITTTFATSTDTLRTQMRSTGDLYQGMSRAI
                     PNGRMVVPYGLEVTFDKTTHLIFPAAICYVDLGSNNLIAGKAEGAENVLRVKAAVRDF
                     ETETNLSVICDDGSLYSFNVKYADEPEKLSVEMADFLSQSDGRLPANRSDIYFKELGR
                     ESPMLVKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLYVHNNLLYFHLSVKNETYLP
                     YPIDMISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVRGNGSERMVFAFEGFSLPDD
                     KQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWR"
     CDS             9814..10386
                     /locus_tag="SEQF2634_01019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALLLLIGLVATALTAHAQRLLPRQTGVEITAGVPVIQNEKL
                     IQPETFTVGVSFTRYLKAENYTFLSALYERQNLPYGKANVPLSDALLLVGYMHPLLSD
                     GGKNAFVYAGFSALAGYEELNRGKSVLPDGAELLDRSRLVGGGGVHLAVELFLSDHLL
                     FVVGGRGLFLFGSDVYLFRPAISAGFRINL"
     CDS             10400..10909
                     /locus_tag="SEQF2634_01020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNIRNAAWAIGVLLLAGFCLVSCDRRLDVRTVYPFQVTTMPI
                     PKSLVPGEEVEIRCTLAPERIVKGTRYTLRYFQYDGRGALRIGRRGKSLTPNDRYAIA
                     PGHFTLYYHSLSAERQSLEVVIEDNHGQSQTLAFDFNSKEKDADSGYSLLSQPDEPLT
                     ESAGSRASQ"
ORIGIN      
        1 cnctttgaag cgctcggccg ggaggcttac cgtgtcatca aaagcaccgc tgcacgtgcg
       61 gaggaggatg tccgccgttt tatagccgag cgtgcgggtg aaacgttcga cctgatcctt
      121 ttcgacctgc ccggccgcgc ggacgatccc ggacttgtcg agctcaccct tggcatggat
      181 tatctcatct cgccgatcga gcccgaccgc caatcgctgg tagcttccat gacctacgcg
      241 ccggccatcc gtgacctcgg tgtgtcggac gataggtgcc gtatcaaaga gatctacctc
      301 gtttggaaca agatcgaccg acgggtgcgg acggacgtca tcgcgttcta caacgaggcg
      361 atcaagcgcg aaggcttggg attgttcgac acgcagctgc cgcgctccgc ccgcttcaaa
      421 aaggaactca ccgcagacgg ccggcccgcc ttccgatcca cctacctgcc accagacaaa
      481 agtctgatcg agggtagcgg catcgagtcg ttcgtgaagg agttcatcga gaaatgtaac
      541 ctgaaaaccg cccgcccatg accatcgaag aacagcgtcg taggcgaatc gccgagcgga
      601 ttcagcaaat ggcaggcgac gatgcgcctc ccatcgcgcc cgaagaaaca ccgttgaaaa
      661 gcgatttaag cagtgttcaa acaccgtttg cagacgaatc gctatcgact tatcgagacc
      721 gattctttgc tcaccgttcg tcggaaagtc ggacgaccct ctcctgcgat cgagcgctta
      781 tcgactgttt gcgacgcgtg ctgaacgccc tcgatgcaag gacttccctc gcagcctaca
      841 tcgggaacat cctcgccgat cacatcgacc gctaccgcac gctcctctcc gaggccatcg
      901 agcgcaacag aaagaacccc tttaattcct ccttgccatg accctttttc tgctcatcac
      961 ttgggcgatc cttttaggtg tcttgctgcg tgatttctat cggacagagc aaccgactcg
     1021 agaagatgtc ccttccgata atacttcgga tgacaccttg gaggacggtt tagtcggggc
     1081 tacgcgtacg gttttaccat tggagggaag tgtgaaggaa gctggggaat cggtttgcgg
     1141 agggacggaa tctgacgata gttttgccta tcgaaacgcc gtcgccgaag atgaacaggc
     1201 ggacgaacca gaggttaccc cggaagacga agcgatttcc ttattactca aggaagatat
     1261 tgaagtctcg actgaaagcg taacgacccg cgagcttcgc cgcctgcaaa cggctgtaga
     1321 aacgccggat cgtctcaccg cggaagactt ggatcaagcc aaagaggcag ccgtcaagct
     1381 ccgaggtacg gacttcatgg agaagctccg ggagtatgcg tcgaaagagc gggaacgcgc
     1441 tcgggcgctc gacgagctac ttcgctcgcc ctccgaagcg ccgaagaagt ctcgttcgaa
     1501 tgacgtcgac gacacggcgt ggatggctta cttgtaacag atagcaacac gaatgaaaac
     1561 ctataaatcc agaaccacat gaaacaacga atcgggcgac tgtttgccgc cgcattactg
     1621 ctttccctcg cctcctccgc cttcgcgcag ggcaacgggc tgtcgggtat caacgaggcc
     1681 acgaaaatgg tgacctccta tttcgacccg gggacgaaac tcatttacgc cattggtgcc
     1741 gtcatcggac tgatcggagg gatcaaggtg taccaaaagt tcgcgtccgg tgacccagac
     1801 acgtcgaaga ccgccgcctc gtggttcggg gcgtgcatct tcctcattgt ggctgccacg
     1861 atccttagaa gtttcttcct ctgatggctt cgtgggagat caataaaggc gtggggcgaa
     1921 cggtggagtt caaggggctg aaggctcaat acctcttcct cttcgccggt ggactgctgg
     1981 cgacgttcct ccttgtcgtt gtctgctaca tgtgcggcat ggatcagtac ctctgtctcg
     2041 gcctcggcgc aacgggtgcc acgctcgtgg tgtggcaaac gttcgcgctg aaccgccgat
     2101 tcggtcgcta tggtctgatg aaacgtgccg ccgtccgcat gcacccacgc tatctcctga
     2161 atcgccgctc tgtccgccac attcttcatt gcctgaaatc gacacaccga cacccatgag
     2221 aaacaccgcc aaggtcacca ccttagaatc caagttcccg ctgctggctg tcgagcaagg
     2281 gtgcatcgtc tcgaaggacg ccgacatcac cgtcgccttc cgtgtcgagc tgcccgaact
     2341 cttcaccgtc acctcggccg aatacgaggc gatgcacgcg gcgtggcaca aggccgtcaa
     2401 ggtgctaccc gacttcacca tcgtgcacaa acaggattgg ttcgtcaagg agcactacgc
     2461 cggccgcctc tcggacggcg agctgagctt cctcgctcgc gcctccgaac gccacttcaa
     2521 cgaacgtccc ttcctcgacc atgcctgtta cctcttcctc accaagacca cgcgccagca
     2581 catggctcgg cagagcaact tctcctcgct ttgccgcggc acgatcctac cgaaggaagt
     2641 gggcaaccgc gaggaggtgg ccaagttcat ggaggccgtc gaccagtttg agcggatcat
     2701 caacgacgac gaccgcatcc gccttacacg catgaccgag gaagaacttg tcggcacgaa
     2761 ggagaagagc ggtttgcttg accgttactt ctcactctcc gacacgggtc acgcctcact
     2821 cgaggacatc cgcctcggtg ccgatctcgt ccgggtgggc gacaatcggc tctgcctgca
     2881 cacgctcagc gacaccgacg atctccccgc cgtggtctcc accgacagcc gctacgagcg
     2941 cctctccacc gaccgcagcg actgccgact ctcgttcgcc gcgcccgtcg gactcatgct
     3001 ctcgtgtaat caccttttca accaatacct ttttatcgag gacagcgagg agaacctgaa
     3061 ccgtttcgag aaacaggcgc gcaacatgca ctcgctggcg cgttattccc ggagcaatca
     3121 gatcaacgag gcgtggattc aggagtatct caacctcgcg cggtcgcaag ggctgacttc
     3181 tatccgtgca cactttaacg tcctcgcgtg gagcgacgat gcggaggagc tgcgccaaat
     3241 caagaacgac gtcggttcgg ccttggcgct catggaatgc cgcccacgac acaacacggt
     3301 cgacgcggcg acactatact gggcgggtat cccgggcaac gccgccgact tcccggccga
     3361 agaatccttc tacaccttca tcgatccggc gctctgcttc tttaccgccg aaacgaacta
     3421 ccgtgactcg ctctccccct tcggcatcaa aatggccgac cgcctctccg gccgcccgat
     3481 ccatctcgac atctccgatc tgccgatgaa aaagggcatc atcaccaacc gtaacaagtt
     3541 catccttggg ccctcgggca gtgggaagtc gttcttcacg aaccacatgg ttcggcagta
     3601 ttacgagcaa ggcgcacacg tgttgctcgt cgacacaggc aactcctacg agggactttg
     3661 tggcctgatc aaccgaaaga cgaagggcgc ggacggcatc tatttcacgt acaccgacgc
     3721 ccggccgatc tccttcaacc ctttctacac cgacgactac gtgttcgacg tggagaagcg
     3781 cgaaagcatc tgcacgctgc tgcttacgct gtggaaaagt gccgacgaac ctgtcacaaa
     3841 gacagaggcg ggcgagctgg gttcggctgt caatgcgtac atcgaaacga tccgaacgaa
     3901 ccggaaaatc acgccctgct tcaacacgtt ttacgagtac ctgcgcgacg tctatcgccc
     3961 ggagatgggc cgccgggaga tccgcgtcac cctctctgac ttcaacatcg acaacctgct
     4021 cacgaccctc aaacagtact atgtaggagg acgttacgac ttcctgctca actccgaccg
     4081 taacatcgac ctgctctcca aacgcttcat cgtcttcgag atcgacgcgg tgaaggacaa
     4141 caaagacctc ttccctgtgg tgacgatcat catcatggag gccttcatca acaagatgcg
     4201 aaggctgaag ggcgtacgga aaaatgatcc ttattgaaga ggcgtgacgt gttgttgagc
     4261 ggagcgaaaa aaggcgattg cgtcggccaa tatggcagac tacatcaagt acctctacaa
     4321 gaccgtccgc aagtatttcg gcgaggcaat cgtggtgacg caggaggtcg acgacatcat
     4381 ctcgtcgccc atcgtcaagg agtcgatcat caacaactcc gactgcaaga tcctgcttga
     4441 ccaacgcaag tacatgacca agttcgacgg catacaggag ctgctcgggt tgtccgaaaa
     4501 ggagaaaaac cagatcctct cgatcaatca aaacaacgac cccgagcggc gttacaagga
     4561 ggtgtggatc ggtctgggcg gcatgcagtc ggccgtttac gccacggagg tctcgcgcga
     4621 ggagtatctc gcgtacacga ccgaggagac ggagaaggtc gaggtcatgc ggctggccga
     4681 ccgcctcggc ggagacatcg aacaggccat tagcagattg gcgcgtggcg atccgtaagc
     4741 cggccgatcg ttgtcgacaa acagacacgc cccgacgaag attttactgc ttgcgcgacc
     4801 tgcgcaaacg cttcggcaaa tacctcgaga cttgcgcggc ctgcgcaaat gtctcggcaa
     4861 atgccgcggg acttgcgcga cctgcgcaaa cgtctcggca aatacctcga gacttgcgca
     4921 gcctgcgcaa acgtctcggc aaatacctcg agacttgcgc gacctgcgca aacccctcag
     4981 agaaacccaa tgaacacgcg ctgatggcgc aactttttaa tccccccaat cctcatgaaa
     5041 cacaaactta tcctctgcct cgtgtgctgc ctgctgctta cgcgaacggc acacgcccaa
     5101 tggatcgtta ccgaccctgt caatctggca ggcaacatcg cgaacacgat caaagagatc
     5161 gccaccgcct ccaaaacggt gaacaacacg ctgagcaatt tcaaggaagt cgagaagctc
     5221 tacaacgaca ccaagcgtta ttacgacgcc ctgaagaagg tcaacaacct gatcggcgac
     5281 gcgtataaag tcaaggaaac catactcatg gtgggcgaca tgacggagat gtacgttggc
     5341 gcgtacaaga aaatgctctc cgatccgaac tactcgcccg aggagctgtc ggccatggcg
     5401 gcgggctatg ccaagctgat ggagcgctcc agcgagtcgc tcaaggagct gaagtcgctc
     5461 gtccgtagtg gcgtgctctc gatgaacgat aaggagcgga tcgagctgat cgatcgcatc
     5521 tacaacgagg tgaaggagta ccgcgcggcc acgtcgtact tcacgcgtaa gaatatctcc
     5581 gtcagcttcg tacgggcggc caagaagggc gagatggccc gtgttaatgc gctctacggc
     5641 tcggccgata accgctattg gtgatacgcg atggacttta ccgacctgca cgcgctgctg
     5701 cacgctacct acggggagat gatgcccctg tgtgcccata tgacaggtat cgcaaagggc
     5761 atcgccggcc tcggcgcact cttctatatc gccctacgca tctggtcatc gctcgcccgc
     5821 gccgagccga tcgacgtctt cccactcctc cgccccttcg tcctcgggtt ctgcatcatg
     5881 ttcttcccgt cggtcgtctt aggcaccgtc aacgccgtac tctcgcccgt cgtgcaaggc
     5941 accgagaagc tcgttcacgt gcagcaaaac gacctccaat cgctccgcaa ccagcgcgac
     6001 aaactcgagg aagaggccta ccggcgcgac aagtcgcggg cttacttagt cgacgatgcg
     6061 gcgtgggacg agaaggtgca ggagatgggc ttcatcggcc cggaggacgc catcacactg
     6121 gccggcatgt acgccgaacg cacggccttc aacaccaagc ggtggttcgt gaagaagatc
     6181 taccaagcgc tcgaactcgt ctacaacgcg gcctcgctcg tcatcgacac ccttcgcacg
     6241 ttcatcctca tcgtcctctc catcctcggg ccgatcgtct tcggcatcgc cgtgtgggac
     6301 ggcctcggcg ggtcgctcag cgcgtggttc gcgcggtaca tctccgtcta cctctggcta
     6361 cccgtcagct cgatcctcac cgcactcctg accaaaatcc aagtgctgat gatcagtaag
     6421 gatatcgccg aactacagaa tccgggctac gtccccgact cgggcgactg gtactacatc
     6481 gtctttttcc ttattggcat cgtgggcttc ttctgcgtgc cgacggtcgc gggctggatc
     6541 atcgaggccg gcggtggtat cggcaactac ggtcgcaatg tcaatcagac ggcgcagcgc
     6601 ggtgtgcaag gcgcgtacac cggcggcaag gtgacgatgg ccggaacggg tgccgcactc
     6661 ggcaatgccg gcggacggat caagggttta ctcattaaat gataacgtat tatggagttc
     6721 agatcactca ccaacataga gacctcattc aagcagatcc ggctctacgc cgccgccttc
     6781 gtggtgttgt gcatagttat tacaggcatc gtcgtctatt catcgtatgc ctttgccaac
     6841 cgtcagcggg agaagatcta cgtcttggac aatggcaagt cgcttatcct cgccctcagt
     6901 caggatgcgg ccgcgaaccg tcccgtggag gcccgcgaac acgtccgccg cttccacgaa
     6961 ctcttcttca ccgtcgcacc cgacaaggac gccatcgaga agaacatgga gcgcgccttc
     7021 ctcttatgcg acaaaacggc atacgactac taccgcgacc tcgccgagaa gggctacttc
     7081 aatcgcatca tctcgggcaa catcaaccag cgcgtggagg tagactcgat ccgctgcgac
     7141 ttcgatcgct acccgtatga ggtgacgacc tacgcccgtc agttcatcgt ccgtccaagc
     7201 aacgtgacag agcgcaacct gatcacgaca tgcacactgc aaaacgccgt ccgctcagac
     7261 aacaacccac agggcttcct catggagcac ttccttgtga gggaaaaccg ggacattcag
     7321 acatataaga gataggccat gagtacaaga ttcaccctca cccgtcgcta cttgcaggca
     7381 cacgtatggc tccacagaca atgcgaccgc ctcagtccca agtggcagaa gcggattgtc
     7441 ttcactttat gtgctgtcta cttcatctgt tctatggcca tgattgctca gctcttcctt
     7501 ccacaaaagg aggaagggct acccattgat acagggaaga ttgcagatag cccgatccag
     7561 cgggacagcc tgtaccgcca cgttattgaa cccataaaga cctaacctat catggacacc
     7621 aaacgcaaag aacaactaca gcgcaccctt gtcttcttgg ggctggggct gctgtttacc
     7681 ctgtcgatct ggttcatctt cagaccgtct gccaatgaac agtcggccgc ggcgcaaggg
     7741 ctgaacaagg acgtcccaca agcatcgccc gatgagctgc ccacaagcaa gctcaaggcc
     7801 tacgagttag ggcgcgacga agaggcggag ggtcgcaaga gccagctcct cggtacgctc
     7861 gccaactact tcaaccggga gggcgaggcg aaagccgaac cagaaccgag cgaggaagtc
     7921 cccgcggcta tcggtcggtc gatcgacaag tacgaggaaa ccgcccgcga gttggaatcg
     7981 ttttacgacc tgcccgccgt ggaggatgat gagtccgacg acgtcaaacg tgaattggac
     8041 gccctccgcg ccgaactcgg tgcgctgaag gaggagaaag ccaaagcgaa cggcgaagtc
     8101 gatcaattag aactgttaga gaagtcttat cagatggccg cgaagtacct cccttccggc
     8161 aacgcgacac cgaatccgtc agcgaacagt tcggataagt cgacggtcaa gccacccgct
     8221 tctgaactac ccgccgcgga gctatcaccc gaacgggaga cggtcgtctc ttcactcgat
     8281 cagccgatca gcgactcggc ctttatcgcc gagtatggtt acaaagagcg caacatgggc
     8341 ttccgctccg tcgggaaggc cacaccctcc attgcccgca acacgctgtc ggttgttgtc
     8401 gatcgcacga caaccatccg gcagggcgac tttctccgcc tccgtctcgc ggaatcagct
     8461 cgcatcgagg gcatgacgct gccccctaac acggtgctta ttgcacaatc cacgatcgac
     8521 ggcaatcgga tgaagctcca tgttacgagt gtagaacacg ccggccgcat cctcgccgtc
     8581 aagctctccg ccttcgacct cgatgggcaa gaaggcttat ccatccccgg ctctgaggag
     8641 gtatcggccc tcaaagaagt gggtgcgggc gtcggtggaa caattggaac gagcttcacc
     8701 ttcgcctcgt cggccaaaga ccaacttatc gccgaggccg cccgaggcgt gatgcaaggc
     8761 gccagtcagc tcctacagaa gaagctccgt acggtcaagg tgacagtcaa aagcggtcat
     8821 cggctcttcc tcatccaagc caagtaatcc tcatatcatc tgattcccca tgaaaaaact
     8881 tctcctatcc gctgcccttt gctgcggatt catcaccaca accttcgcta caagtaccga
     8941 cacgttgcgc acgcagatgc gctccactgg cgacctgtat caaggtatga gccgcgccat
     9001 ccccaacggc cgaatggtcg ttccatacgg tctcgaggtg acgtttgaca agacgacgca
     9061 tctcattttt cctgctgcga tctgctacgt cgacttaggt agcaacaacc tgatcgcggg
     9121 caaagccgaa ggcgccgaga acgtgctccg cgtcaaggca gccgtgcgcg actttgagac
     9181 ggagacgaac ctttccgtca tctgcgatga tggctcacta tactctttca acgtaaagta
     9241 tgccgacgaa cctgagaaac tgtctgtcga gatggcggac tttctctcgc agtccgatgg
     9301 ccgtctgcca gccaaccgct ccgacattta tttcaaggaa ctgggccgcg aatcgcccat
     9361 gctcgtcaag ttgctgatga aaacgatcaa gcagagcaac cgccgcacga tccgccatat
     9421 cggcgcgcgg cagtttggcc ttgagttcct gcttcgcggc ctgtacgtcc acaacaacct
     9481 cctctacttc cacctctcgg tgaaaaacga gacctacctg ccttacccga tcgacatgat
     9541 ctccttcaaa gtcgtcgaca agaaagtggt caaacgaaca gccattcagg aacgcgtgct
     9601 gcagcccctg cgtgcctaca accagccgat gcgtgtgcgc ggcaacgggt cggagcgcat
     9661 ggtcttcgct tttgagggtt tctcgctgcc cgacgacaag cagttggagg tcacgatcca
     9721 cgaacgaaac ggcggccgga cgctctcttt ccgcgtgcaa aacgaagacc ttcttcgtgc
     9781 ccgccgcatc gatcacctca aactccaatg gcgatgaaac gggcactact tctgcttatc
     9841 ggcctagttg caacagccct cacagcgcat gcacagcgcc tcttaccgcg ccaaacgggc
     9901 gtcgaaatca cggcgggcgt cccggtgatt cagaacgaaa agctgatcca acccgagact
     9961 ttcaccgtgg gcgtatcgtt cactcgctac ctcaaagccg agaattatac cttcctctcc
    10021 gccttgtatg aacggcaaaa tctgccttac gggaaggcga acgtgccgct gagtgacgcg
    10081 ctgctgttgg tcggatacat gcacccgcta ctgtcagacg gtgggaagaa tgcctttgtc
    10141 tatgcggggt tctccgcatt ggccggctac gaggagctta accgcggcaa atctgtgttg
    10201 cccgacggtg cggagctact cgaccgttcg cgcctcgtcg ggggcggggg cgtgcatctc
    10261 gctgtagaac tgttcctatc ggatcacctg ctctttgtcg ttggcggccg cgggctgttc
    10321 ctcttcggat cggacgtata tctctttcga cctgccatct cggcaggttt tcgcatcaac
    10381 ctataacctc caataaacta tgaaaacgaa catccgtaat gcggcatggg cgataggcgt
    10441 cctgctcctg gccgggtttt gtttggtcag ctgtgatcgc cgtttggacg tgcgaacggt
    10501 ttatccgttc caagtcacga cgatgcccat cccgaagtcc ctcgtgccgg gcgaagaagt
    10561 cgagatccgt tgcacgctcg cgcccgaacg catcgtgaag ggcacgcgct acaccctgcg
    10621 ctattttcag tacgacggca ggggggcact gcgcatcggt cgacgcggta agtcactcac
    10681 gccgaacgat cgctacgcca tcgcgccggg tcatttcacc ctctattacc attcactctc
    10741 tgccgaacgc cagtcgctcg aggtcgtgat cgaagacaac cacggccaga gtcaaacgct
    10801 cgccttcgac ttcaacagca aggaaaagga cgctgacagt ggctattctt tgctttcaca
    10861 gcccgatgag ccgctcaccg agtccgctgg atcaagagcg agccagtgag tcgctctcca
    10921 gagtccatcg aaatcttttt tcatcgccta ttttgttcat aaccctgaca tgaaaagcat
    10981 ctgtccgcga cggatcggtg cttttgtctt tttatccacc cccaaaacat ctaaccacct
    11041 tatgaaaacg acaatcagac gtggcctgct cgcg
//
LOCUS       SEQF2634|AYYE01001022.1  689 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             55..219
                     /locus_tag="SEQF2634_01021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSIGRGNLTDRQRTRIKELLSSYNEPETFEHDLALAPLWIKKI
                     ITQTTKALQG"
     CDS             complement(263..433)
                     /locus_tag="SEQF2634_01022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSLNRWISFQPLLKLVPPLNSREAAHSVWNMAFSIIVTHQSFS
                     IAYSGRPSVSAV"
ORIGIN      
        1 gcaccgagga actttgctta caaaggcaaa ttgatcccta cactgattca agccatgaag
       61 tcgatcggcc gtggcaacct gactgaccga cagcgaactc gaatcaagga gttgctaagc
      121 agctataatg agccggaaac cttcgaacac gacttggcgc tggctccctt gtggatcaag
      181 aaaatcatta cccaaacgac caaagcactt caaggatgaa ctggctgtct cattccatag
      241 aagatcggcg gatcattctc cgtcaaacgg ccgagacgga aggtcttccg gaatatgcga
      301 tcgaaaaaga ctggtgggta acgatgatgc tgaaggccat attccaaacg gagtgcgccg
      361 cttctctact gttcaaaggc ggcacgagct tgagcaaggg ctggaagctg atccagcgat
      421 tcagcgaaga cattgacctc tctattgacc atcaatattt cagggaaaca gtcgaaaaca
      481 acaaccagct aaagatgttg cgcaagcaat gccgacgtta cgttgtcgac atgttggtcg
      541 gagacataga ttgccgaatg gaggcgatgg gcctgtccgg ctatcggatt tatccggtgg
      601 tggaacaggg cggcaacaag gtgtctaccg atagcgatcc gacggagatc atcatcgggt
      661 acccgtccgt catcggcgcg gcctccgac
//
LOCUS       SEQF2634|AYYE01001023.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgctgtaga gcttacacta tatcgcaaac tcctagtaat catcgtttac tgcgtggact
       61 accagggtat ctaatcctgt ttgataccca cgctttcgtg cttcagtgtc agttatgcct
      121 tagtaagctg tgaggaaggt tgggatgacg tcaaatcagc acggccctta catccggggc
      181 gacacacgtg ttacaatggc agggacaaag ggcagctacc gagcgatcgg atgcaaatct
      241 ctaa
//
LOCUS       SEQF2634|AYYE01001024.1  411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaacagccct ccttttagtc gacatccaaa acgacttcat caccggcagc cttcccgtcc
       61 ccgacggcgc cgccatcatc gaccccgtaa accgttgcat gacggattac gagtacgtca
      121 tcgccaccca agactggcac cccgccacgc atttcagctt ccacacctct caccccggcc
      181 gaaagccctt cgagaccatc gagcgtgacg gcgagtcgca gaccctctgg ccaccccatt
      241 gcgtacaggc cagcgacggc gccgccctcc atccccgact cgatacggca cccatcgccg
      301 ccatcttccg caaaggcatc caccccgaca ttgacagcta cagcgccttc ttcgacaacc
      361 tccgccgacg tcagacaggc ctcgacggct acctccgtgg cctcggtatc t
//
LOCUS       SEQF2634|AYYE01001025.1  418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaacagccct ccttttagtc gacatccaaa acgacttcat caccggcagc cttcccgtcc
       61 ccgacggcgc cgccatcatc gaccccgtaa accgttgcat gacggattac gagtacgtca
      121 tcgccaccca agactggcac cccgccacgc atttcagctt ccacacctct caccccggcc
      181 gaaagccctt cgagaccatc gagcgtgacg gcgagtcgca gaccctctgg ccaccccatt
      241 gcgtacaggc cagcgacggc gccgccctcc atccccgact cgatacggca cccatcgccg
      301 ccatcttccg caaaggcatc caccccgaca ttgacagcta cagcgccttc ttcgacaacc
      361 tccgccgacg tcagacaggc ctcgacggct acctccgtgg cctcggtatc ggccgcct
//
LOCUS       SEQF2634|AYYE01001026.1  331 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             118..294
                     /locus_tag="SEQF2634_01023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTALLLVDIQNDFITGSLPVPDGAAIIELNHMFLRLCGPPSIP
                     LSFTVAGVLPRWIT"
ORIGIN      
        1 gctgcgtctt tagcgatgaa gactcccaat tcattgaaga agtaacaaaa aacttgacag
       61 cccttgaggc gctcaaatct gaataatatt attaagtatc tcaatccacc cccagaaatg
      121 aaaacagccc tccttttagt cgacatccaa aacgacttca tcaccggcag ccttcccgtc
      181 cccgacggcg ccgccatcat cgaattaaac cacatgttcc tccgcttgtg cgggcccccg
      241 tcaattcctt tgagtttcac cgttgccggc gtactcccca ggtggattac ttaacgcttt
      301 cgctgtagag cttacactat atcgcaaact c
//
LOCUS       SEQF2634|AYYE01001027.1  392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataacatgca aacaagaaag tagtacatac tagaacgaag tactcgacta tattacagaa
       61 aatcggacat cttctgagtt tgctccagaa aggaggtgtt ccagccgcac cttccggtac
      121 ggctaccttg ttacgactta gccnctgtct cagttcggat cggagtctgc aactcgactc
      181 cgtgaagctg gattcgctag taatcgcgca tcagccatgg cgcggtgaat acgttcccgg
      241 gccttgtaca caccgcccgt caagccatgg gagccggggg tgcctaaagt ccgtaaccgt
      301 tgaggatcgg cctagggtaa aactggtgac tggggctaag tcgtaacaag gtagccgtac
      361 cggaaggtgc ggctggaaca cctcctttct gg
//
LOCUS       SEQF2634|AYYE01001028.1  552 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..552
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcctatccta cacatcgcat gcccaatttc aatgtaaagc tatagtaaag gttcacgggg
       61 tcttttcgtc ccatcgcggg taatcggcat cttcaccgat actacaattt caccgagctc
      121 acagttgaga cagtgcccag atcgttacac cattcgtgca ggtcggaact tacccgacaa
      181 ggaatttcgc taccttagga ccgttatagt tacggccgcc gtttactggg gctggagaag
      241 gtcccaaggg ttgggctgtt cgcccattaa agtggcacgc gagctgggtt cagaacgtcg
      301 tgagacagtt cggtctctat ctatcgtggg cgtaagatat ttgcggggat cctgacacta
      361 gtacgagagg accgtgtcgg acagacctct gatatgccgg ttgtttcgcc aggagcacag
      421 ccgggtagtt aagtctggaa aggataagtg ctgaaagcat ctaagtacga agccttcctc
      481 aagatgagat atccattaaa gggtcgtcga agactacgac gtagataggc tgcaggtgta
      541 aagncagtaa ng
//
LOCUS       SEQF2634|AYYE01001029.1  633 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tattcccctg caaaagaagt ttacaaccca tagggccgtc atccttcacg cgacttggct
       61 ggttcaggct ctcgcccatt gaccaatatt cctcactgct gcctcccgta ggagtctggt
      121 ccgtgtctca gtaccagtgt gggggacttt cctctcagaa cccctaacca tcgtaggctt
      181 ggtgagctgt tacctcacca actacctaat ggtacgcatg cccatccaca accgataaat
      241 ctttaacaaa taacaccatg cggtgtccct gttttatgaa gtattagacc gactttcgcc
      301 ggattattct tctgttgtgg gcaggttgca tacgcgttac tcacccgtgc gccggtcgcc
      361 aactttgtat tgctacaaat tgctgcccct cgacttgcat gtgttaagcc tgtcgctagc
      421 gttcatcctg agccaggatc aaactctccg ttgttgatat tgtttatatc cttcgctttg
      481 ctcatagatg ccctttcctt attgtatcat tgacggtact tcttattctt tctgtactac
      541 atcttgtata catgttataa atagaagaat aaaagaagct gggttagcta attcttggat
      601 gttcgcaaac gatcatcata atgaggctaa aga
//
LOCUS       SEQF2634|AYYE01001030.1  644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tattcccctg caaaagaagt ttacaaccca tagggccgtc atccttcacg cgacttggct
       61 ggttcaggct ctcgcccatt gaccaatatt cctcactgct gcctcccgta ggagtctggt
      121 ccgtgtctca gtaccagtgt gggggacttt cctctcagaa cccctaacca tcgtaggctt
      181 ggtgagctgt tacctcacca actacctaat ggtacgcatg cccatccaca accgataaat
      241 ctttaacaaa taacaccatg cggtgtccct gttttatgaa gtattagacc gactttcgcc
      301 ggattattct tctgttgtgg gcaggttgca tacgcgttac tcacccgtgc gccggtcgcc
      361 aactttgtat tgctacaaat tgctgcccct cgacttgcat gtgttaagcc tgtcgctagc
      421 gttcatcctg agccaggatc aaactctccg ttgttgatat tgtttatatc cttcgctttg
      481 ctcatagatg ccctttcctt attgtatcat tgacggtact tcttattctt tctgtactac
      541 atcttgtata natgttataa atagaagaat atgttgagga gtcgaagtct gtgagtttca
      601 ccttctacaa tccgacgaaa aagacgatca agtacatcta tgtc
//
LOCUS       SEQF2634|AYYE01001031.1  735 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..735
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(484..687)
                     /locus_tag="SEQF2634_01024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLCSTLYKHGAKVIPEMITQIADWMERTKYESVEEFRGRLSLS
                     NAADASMYERTQFMKYISSRETI"
ORIGIN      
        1 tccatactca agaccaccag tttcaacggc aattttatcg ttgagcgaca aactttcacc
       61 actgacttaa tagcccacct acgcaccctt taaacccaat aaatccggat aacgctcgca
      121 tcctccgtat taccgcggct gctggcacgg agttagccga tgcttattcg cagggtacat
      181 acaactactc acacgtgaat atctttattc ccctgcaaaa gaagtttaca acccataggc
      241 gtcataaaaa catttggcaa tctgctgaag aaagggagtc atggaaaacg aaaaactaag
      301 agtaaagaat agggggaggt gactgtgaac gccatttttt tgatccaatc catgcggata
      361 gtcgttggaa gggaaataag aggttatcgc gcggagtggg cgcagggcga caaaagagca
      421 aaagaaaggg gcaacccatg cgggcttccc cttttttctg atgacatgta gcgcggaggc
      481 cggtcagatg gtctcgcggc tggagatata tttcatgaat tgtgtccgct cgtacatcga
      541 tgcgtcggcg gcattcgaga ggctgaggcg gccgcggaac tcctcgacag attcgtactt
      601 cgtgcgctcc atccagtcgg cgatctgcgt gatcatctcg ggtatcacct tcgcgccgtg
      661 cttgtaaagt gtgctgcaaa gctgcacggc tgaggctccg gctaggatac atttgatggc
      721 gtcctgccac gtatg
//
LOCUS       SEQF2634|AYYE01001032.1  655 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     tRNA            complement(373..447)
                     /locus_tag="SEQF2634_01025"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(tgc)"
     tRNA            complement(462..536)
                     /locus_tag="SEQF2634_01026"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ile(gat)"
ORIGIN      
        1 gtcnatgtat tgcaccctga ggccggtaat ttttgcagag gacatggtgg agctgtaaaa
       61 tacgtgctta aagctatagc tgccagattc gtccgggagc caaggcatcc accgtctgcc
      121 cttcttttac tttttgtctt taattgatcg ttcatcactg aacgtacaat ccgttttatc
      181 tataggcttt tcttttcgat tttcacctta atttctctta gtctcctttg cattgaagct
      241 atcttgagtg aagtatcctc ctgaggatac ttttccccgt attacttcaa cacgaagtct
      301 ttactttgtt ttgtccatca atgtcaaaga tctcattctt atcaattcct aaatataggc
      361 tctgataatc atgtggagaa taacggattc gaaccgttga ccccctgctt gcaaagcagg
      421 tgctctagcc agctgagcta atcccccata ttattcttta agtagtccca ggcagagttg
      481 aactgccgac ctctacatta tcagtgtagc gctctaacca actgagctat aggactctct
      541 ttcaacttcc gccgggaata tggaaaactt cttctttagc ctcattatga tgatcgtttg
      601 cgaacatcca agaattagct aacccagctt cttttattct tctatttata acatg
//
LOCUS       SEQF2634|AYYE01001033.1  902 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             39..200
                     /locus_tag="SEQF2634_01027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSAKITGLRVQYMDKSVKIVAQPWRCVFSDEDSQFIEEVTKNL
                     TALEALKSE"
ORIGIN      
        1 gcngctatag ctttaagcac gtattttaca gctccaccat gtcctctgca aaaattaccg
       61 gcctcagggt gcaatacatg gacaaaagcg tcaaaatcgt agcccaaccc tggcgctgcg
      121 tctttagcga tgaagactcc caattcattg aagaagtaac aaaaaacttg acagcccttg
      181 aggcgctcaa atctgaataa tattattaag tatctcaatc cacccccaga aatgaaanca
      241 gcataaccaa tgagaaattt agagacaaaa tatgccggct tgacgctgcg taacccgttg
      301 atcgtcggca gttcgggact tacgagcaag gctgataaaa acggcaaatg ggaagaagca
      361 ggtgcggggg ccgtggtcct caaatcgctc ttcgaagaac agatcgaggc gcaaggtgac
      421 ctattaatgg aaggcgcaag cgactacccg gaggccgaag attacgtccg cgcctacgtc
      481 cgcgcgaacg gacgcgaaga gtatctccag ttgatccgcg acagcaaagc tgcctgccac
      541 gtgatccccg tgatcgccag cgtaaactgc taccgcgcgg acacttgggc cgacttcgcc
      601 gccgagatcg aacgcgcggg cgccgacgcc ctcgagctca acgtgttcta cttagacacc
      661 gacatccatt ccgacagccg cgaagtgctt cggcactata gctcgattct gaaagacgtg
      721 cgccgccgca tctccatccc catcatcatg aagatcggca agggcttcag caccatcccc
      781 gccttcgtca accgtctgca aggcttcggt gccaatgccg tagtgctctt caatcgctac
      841 taccggccgg atatcgacat cgagcgttgc cgcatcgtcg ctgcgccgcc cttcagcgac
      901 cc
//
LOCUS       SEQF2634|AYYE01001034.1  859 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             32..436
                     /locus_tag="SEQF2634_01028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDKDNRAAHFLRDYLRRFPSELSLPPEEPNEPVITLTGLPSRI
                     GQTKHVHELLLRMADGRLRMTEDEALRTAVVLPDEQLLIPILNAIPHTVPHINITLGY
                     PLSGTPVASLIEDVLALQKKGSHGKRKTKSKE"
     CDS             complement(608..811)
                     /locus_tag="SEQF2634_01029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLCSTLYKHGAKVIPEMITQIADWMERTKYESVEEFRGRLSLS
                     NAADASMYERTQFMKYISSRETI"
ORIGIN      
        1 tgtcgacgcg ggcgaagacg gtttccgacg cgtgctcgac aaagacaacc gcgccgcgca
       61 tttcctccgc gactatctcc gccgcttccc ctccgagctt tccctacccc cggaggagcc
      121 taacgagccc gtaatcaccc tgaccggcct tccctcgcgc atcggacaaa caaaacacgt
      181 ccatgaatta ctcctgcgca tggccgacgg acgcctccgc atgacggagg acgaggcgct
      241 ccggacggcc gtcgtgctac ctgacgaaca gctgcttatc cccatcctta acgccatccc
      301 tcacaccgtg ccgcacatca atatcaccct gggatacccc ctctccggca ctcccgtggc
      361 ctcgcttatc gaggacgttt tggctttgca gaagaaaggg agtcatggaa aacgaaaaac
      421 taagagtaaa gaataggggg aggtgactgt gaacgccatt tttttgatcc aatccatgcg
      481 gatagtcgtt ggaagggaaa taagaggtta tcgcgcggag tgggcgcagg gcgacaaaag
      541 agcaaaagaa aggggcaacc catgcgggct tccccttttt tctgatgaca tgtagcgcgg
      601 aggccggtca gatggtctcg cggctggaga tatatttcat gaattgtgtc cgctcgtaca
      661 tcgatgcgtc ggcggcattc gagaggctga ggcggccgcg gaactcctcg acagattcgt
      721 acttcgtgcg ctccatccag tcggcgatct gcgtgatcat ctcgggtatc accttcgcgc
      781 cgtgcttgta aagtgtgctg caaagctgca cggctgaggc tccggctagg atacatttga
      841 tggcgtcctg ccacgtatg
//
LOCUS       SEQF2634|AYYE01001035.119567 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19567
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             32..2218
                     /gene="rexB"
                     /locus_tag="SEQF2634_01030"
                     /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="MLDKDNRAAHFLRDYLRRFPSELSLPPEEPNEPVITLTGLPSRI
                     GQTKHVHELLLRMADGRLRMTEDEALRTAVVLPDEQLLIPILNAIPHTVPHINITLGY
                     PLSGTPVASLIEDVLALQKNLRTTSSGGVEYYHREVTAILNHRYVRRAAPRIVADLLS
                     NIITNNRIYIPAEDLAQTDLLRLIFRRVRSAADLSRYLIDLLKGLNGLFPDRVDETAD
                     DDATDPVGMDAVEGEFTYAYYTTLTRMNDLIAEAQISMSVDTYTRLLARLIESVSIPF
                     RGEPLAGLQIMGVLETRVLDFDRLIILSMNEGLFPARGATPSFIPHTLRHGFGLPTFE
                     LRDSVFAYYFYRMISRARSVNLLYDTRTDGFRTTGEVSRFIHQLRYHYEVPMKDEAPA
                     FAIASSDDLRLRVDKTGDVLHQLESFLGEGEKALSASTINSYIDCPLRFCLSSVMGLQ
                     EEDEITESVENRLFGSILHRVMEGIYKPLCNATVDKAWLGSVIANRENLRHKIDEAFA
                     ELFFHTPGDVRPLTGQNSLTAAMIEKYILRILRYDQSLAPFVYVGSERRILSAFPLSD
                     GRRVRLKGYIDRLDEVDRSLRIVDYKTGTEKKMQFATPADLFDREKGLNRQSAVMQVL
                     IYAWMLHTENLTRSLPLRPSIYYVRSLFKDAFDPSIYTKEEGQRTYGLLIDDFVGQCL
                     PDFEIAMRHVLDELFDPRIPFIQTDEEKSCSYCTFRELCGRKKAAL"
     CDS             complement(2841..4184)
                     /locus_tag="SEQF2634_01031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEIQAYILRFLLGDSVPEDVCRAVGYTADEQAFHTFRLVILPS
                     GFFDEDIYGTARSMPTLPLPMLKGGAGEAVDGDLPILFGRPEITRRGHTIVLHADVIA
                     GAYFLLSRYEEWMRPDVRDVHGRFPGRESIANRAGFLRRPLVDDYGRLLRRLLREVGC
                     VAPEPHAAFSQINLTHDVDAPFFCRTLRSMARELLRGHFISAFRGHFGRLEDDPYYTF
                     PWMLQQDDRMRTIFGADHCRPILFFRAGGNDVEDRPHYDLHGRDIGRLFQLCRDYDVE
                     IGLHASHEAGRRPELIAREKAALENAIDRPVTLNRHHFLGLREPQHMEVLENAGITDD
                     YTMGYADQVGFRLGTARPVLCIYPATHHLSHRLTLHPLTVMECTLSAERYMHLDEREA
                     FRIIIELAEETRRAHGSLTLLWHNTSATPRAGYLKNLYSRTLVLLADSAYESLRR"
     CDS             complement(4185..5138)
                     /locus_tag="SEQF2634_01032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSEKEIYRALCRTEDGLPLFSRDWWLDAACGEDHWDALIIED
                     RGRIAAAMPLYQPLAGVVSMPSYTQTMGPWFAPLAADTKYASALARRQELMTMLLERI
                     DSRRAFLQNFHHAVTDWLPFYWAGYTQTTRYTYLLHTIHDTHALRERMSQNIRRNLIK
                     ARDRHGITVRAGLSTDALLTVQEQTFERQGVANKQDSRALRRLVEAARSRGQGEIFGG
                     YDAEGRLHAAVFVVWQPSGASYIAGGSDPALRHSGAHSLTLWEAVCHTAQYTDTFDLE
                     GSMLRGVERFFREFGGVQTPYFCVRRGRLSLWDHARMKWRI"
     CDS             complement(5163..6194)
                     /gene="recA"
                     /locus_tag="SEQF2634_01033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00268"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein RecA"
                     /translation="MAKEKKEAATGGSDKLSALKAAMDKIEKNFGKGSIMALGDRQVE
                     ENIEVIPTGSVGLNVALGVGGVPRGRIVEVFGPESSGKTTIALHMIAEAQKGGGIAAF
                     IDAEHAFDSIYAKKLGVDTDNLLISQPDNGEQALEIAEQLIRSAAVDIIVIDSVAALT
                     PKSELEGNMGESQMGVQARLMSQALRKMTGAISKTRTVCVFINQLREKIGAPSYGSGP
                     PETTTGGNALKFYASVRLDIRRSTPIKDGDVIIGNLTRVKVVKNKVAPPFRKAEFDMI
                     YGEGISHTGELVDMGVELGLIAKNGSWFNFGEIRLGQGRDSAKQFFKDNPEAAADLEA
                     KISEKMKNQ"
     CDS             complement(6226..6684)
                     /gene="bcp"
                     /locus_tag="SEQF2634_01034"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83CY8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative peroxiredoxin bcp"
                     /translation="MAIQVGDRVPDLLGTDQDGKEVRMSDYRGRRVALYFYPKDNTSG
                     CTAEACSLRDGYADLQAAGYDVIGVSKDSARSHRGFIEKQSLPFRLIADTDTTLQQQF
                     GVWAEKKLYGRTYMGTLRQTFLINGEGVVERVIERVNTKDHARQILSEEA"
     CDS             complement(6698..7891)
                     /locus_tag="SEQF2634_01035"
                     /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="MGKILVVGAGGVSTVAVKKMAMNADVFTDIMLASRTKSKCDRIA
                     EDIKNVRVRTAQVDADNEDELVRLFEDFRPELVVNLALPYQDLHIMNACLKYGVSYLD
                     TANYEPLDEAKYEYSWQWAYKDRFREAGLTAILGCGFDPGVTGIFTAYAAKHHFDELH
                     TLDIVDCNAGDHHKAFATNFNPEINIREITQKGRYYEDGKWHETEPLAVHRALNYPNV
                     GPRESYLMYHEELESLVKNYPTLRRARFWMTFGQEYLTHLRVMQNIGMTSIKPILYKG
                     VEIVPIQFLKAVLPDPGELGENYTGETSIGCRIRGLKDGREQTYYVYNNCSHRAAYEE
                     TGAQGVSYTTGVPAMIGAKMFLEGQWRRPGVWNVEEFDPDPFMKELNVQGLPWHEIFG
                     GDLEL"
     CDS             complement(8359..9552)
                     /gene="gltT"
                     /locus_tag="SEQF2634_01036"
                     /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
                     FLSFAIPLIILGLVAPAIGELGKGAGRLLLITALIAYGSTIFSGFFTYLTGVAVFPHL
                     LTVGTQSLEALQNPESAMLTPYFTVAMPPVMDIMTALLLSFVVGLGLASIPGDTLQKG
                     CVDFRDIVSRLIETVIVPLLPLHIFGIFLNITVSGQVAGIMSMFLRVILVIFVLHVVL
                     LLIQFSIAGVIAGKNPLRLLKNMLPAYATALGTQSSAATIPVTLKQTLRNGVRESIAV
                     FTVPLCATIHLAGSTMKITACAMAILLMSGQAIDPAAFSGFILMLGITMVAAPGVPGG
                     AIMAALGLLGTMLGFDETLQALMIALYIAMDSFGTACNVTGDGAIAVIVDRIAGQRPG
                     EPQNA"
     CDS             complement(9699..10325)
                     /locus_tag="SEQF2634_01037"
                     /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
                     LFGDLERGTIDTDEFVRQLSAHCGHELDPADVRRAWLSIANPAEVEKLDYILRLRPRY
                     RLYVLSNNNPIVTGWARTSEFSAAGRPVTDYFDRLYISYEMHCMKPEPEIFQRMIEDS
                     GMVPAETLFIDDGAHHLVTARSLGFHTLLATNGGDWRPDVDRFLSENK"
     CDS             complement(10445..11689)
                     /locus_tag="SEQF2634_01038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKPFKGVRPPKEYVEQVQSRPYDVLNSAEARAEAEGNEKSLY
                     HIIKPEIDFPEGTDEHDPKVYEKAAQNFQMFQDKGWLVQDGKERYYIYAQTMNGKTQY
                     GLVVCAYVDDYMTGKIKKHELTRRDKEEDRMKHVRVNNANIEPVFFAYPDNKDVDAIV
                     AKYTKGTPEYDYTAELDGFRHTFWIIDDDADIQRITELFAAMPAMYIADGHHRSAAAA
                     LVGAEKAKQNPNHRGDEEYNFFMAVCFPANQLTIIDYNRVVKDLNGLSDEEFLKKLSE
                     DFIVEKKGTEIFKPSRLHEFSLYLGGNWYSLVAKPGTYNDNDPIGVLDVTISSNLILD
                     KILGIKDLRSDKRIDFVGGIRGLGELKKLVDSGEMKVALALYPVSMKQLIDIADTGNI
                     MPPKTTWFEPKLRSGLVIHKLS"
     CDS             complement(11787..12707)
                     /locus_tag="SEQF2634_01039"
                     /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
                     YDAFCPSEVIEADGVKPVASAEELYKTCQYISLHIPATKETKNSIGHALLTSMPKGAV
                     LINTARKEVINEPELVKVLEERPDFKYLTDIMPGNHAELAEKFAARYFSTPKKMGAQT
                     AEANINAGIAAANQIVDFLKNGNRKFQVNK"
     CDS             complement(12712..13113)
                     /locus_tag="SEQF2634_01040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLYAFERLDVWQVSRAFVKEVYRLLAQFPDFEMYNLTNQIRRA
                     AVSVSLNIAEGTSRNSLKEQSRFSEVAYGSLLEVHCSLLIAKDLGYIDENDLSGISVR
                     IQELSNKLNALKQSQIKRSEIQQQTNKQINN"
     CDS             complement(13160..14227)
                     /gene="serC"
                     /locus_tag="SEQF2634_01041"
                     /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="MKKHNFYAGPSILSEYTIKNTADAVLNFAGTGLSLLEVSHRGKE
                     FVAVNDEARALVKELLDVPETHEVIFLGGGASLQFYMIPFNLMKKKASYLDTGTWASN
                     AIKEAKFVGEVDVVASSADKNYTYIPKNYTIAPDSEYFHITTNNTIYGTELHKIPEVN
                     IPLVADMSSDIFSFPVDFSKYNAVYAGAQKNLAPAGVTIIIVRKDALGHVDRPLPTML
                     DYRTHIKKDSMFNTPPVLPIFSALQTLKWYKEQGGIKVLQKKNQEKAAVLYDEIDRNK
                     LFRGTVAVEDRSLMNVCFVMNDEYKELEKEFADFAAAAGMVGIKGHRSVGGFRASLYN
                     AMPIESVKALVQTMQEFEKKH"
     CDS             15155..16429
                     /gene="rarA"
                     /locus_tag="SEQF2634_01042"
                     /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
                     DLLTLIRRAVSEDVVLRERTIEVKETDALVRYSGGDARKLLNILDLVIAAEPEGPIEI
                     TDRKVVERLQENPAAYDKGGEMHYDIISAFIKSIRGSDPDAAVYWLARMVEGGEDPEF
                     IARRLVISAAEDIGLANPNALLLANACFDALKKIGWPEGRIILAEATVYLACSPKSNS
                     AYLSIDRALALVRETGNLPVPLHLRNAPTKLMKELDYGKNYKYAHDYEGHFVKQDFLP
                     EELLQTRIWEGQPNAAEDKLVERMRKLWGERY"
     CDS             16456..16683
                     /locus_tag="SEQF2634_01043"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYREKHGQPIVHLQRTRGINGKKQLMAWVESQIGDIAEPALTEK
                     EVEAIEKGLQDIQIGRTTRVRDIHNLWDSVF"
     CDS             16758..18668
                     /locus_tag="SEQF2634_01044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKQGVLYVMKRLGLGLLIGGAVACANMAGPNGGPYDEKPP
                     RFVSSTPPPQQTNYKGRRVEIVFDELIQVEKPSQNVVIAPPQKELPSIQIVGRKIRVE
                     LKDTLKPNTTYTIDFGHAISDNNEKNPIGHFSFAFSTGNVIDSLEVGGVLLNAENLEP
                     MTDVVVGLHANPSDTAFTRQPFDRTSKTDDRGRFTIRNIATGTYRLYALADANRDYRF
                     DQPGEAIAFLDSTVTPTFRFATRQDTTWKDSVTVDTIRTVHYTHFLPDDVTLRLFKEV
                     TQRQYMLRPGRDRADLFTLHFNAPLDSLPVVSLLDGARRNAPWFLTQPMAGRTAVRYW
                     ITDSAVWTRDTVHLRVDYLKSDSTNTLRPQTDTLHLVWRKPRARRKSKDSENKPERRP
                     LIFQSNASGMVEVTDTVAFLFEEPMTDLRREDFRLEQQVDTVWTPVEFILEQDSMDLL
                     KYNLRHAWAYGANYRIAVDSARLRSIYGHTNDAYESAFSIRKREDYGHLYINIDGIDT
                     TAFVELLNTSDEPLRRVRVKDGGVLFANLQPATYYARLTIDTNANDRWDTGDYATHRQ
                     PEMVYYSPKEYVIRANWEIEETWTPRALPLDRQKPIAITKNKPKDETPKKRNYKDEGR
                     SGDRNRSGGFPF"
     CDS             18694..19497
                     /locus_tag="SEQF2634_01045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMCALLLVFAAARAQCPPANIPLNVGESVNYDLYFKWGVIMSRA
                     GEATISYNTTKFRGATARRYRMLFRTIKIFESVYRMRDTLDCYYTPEGALLYSVKRSN
                     ENDYRLTDELTFYYPAKTRTTIRSRRYTPTEMKIDTTLYVRSGCAFDMLGATYFLRTI
                     NRTSLKAGDVFPAIIAVGHDLVKVNLRYHGPAVVERDKARYRTHHFSIDIHDDAFTQT
                     RSAAELWVGDDENFLPIKIRAKLKIGYAEVYFRSAARLKVPLSCRTEIK"
ORIGIN      
        1 tgtcgacgcg ggcgaagacg gtttccgacg cgtgctcgac aaagacaacc gcgccgcgca
       61 tttcctccgc gactatctcc gccgcttccc ctccgagctt tccctacccc cggaggagcc
      121 taacgagccc gtaatcaccc tgaccggcct tccctcgcgc atcggacaaa caaaacacgt
      181 ccatgaatta ctcctgcgca tggccgacgg acgcctccgc atgacggagg acgaggcgct
      241 ccggacggcc gtcgtgctac ctgacgaaca gctgcttatc cccatcctta acgccatccc
      301 tcacaccgtg ccgcacatca atatcaccct gggatacccc ctctccggca ctcccgtggc
      361 ctcgcttatc gaggacgttt tggctttgca gaagaacctc cgcacgacct ccagtggcgg
      421 cgtggaatac taccaccgcg aggtgacagc catcctcaac caccgctatg tccgccgtgc
      481 tgcgccgcgc atcgtggccg acttactcag caatatcatc accaataacc gcatctatat
      541 ccctgcggaa gatttggccc agacagacct cctccgactc atttttcgcc gcgtccgctc
      601 cgcagccgac ctctcgcgct atctcatcga cctgctcaaa gggctcaacg gcctcttccc
      661 cgacagggtc gatgaaacgg ccgacgatga cgccaccgac ccggtcggta tggacgccgt
      721 cgaaggcgag ttcacctacg cctactacac caccttaacg cgcatgaacg acctcatcgc
      781 cgaggcccaa atctccatgt cggtcgatac ctacacccgc ctcttggcgc gccttatcga
      841 aagcgtatct atccccttcc gcggcgaacc gctggccgga ctccagatca tgggcgtgct
      901 cgaaacgcgc gtcctcgact tcgaccgact catcatcctc tccatgaacg agggcctctt
      961 tcctgcgcgc ggcgccaccc cgtcgttcat cccgcacacc cttcgccacg gcttcggtct
     1021 gcctaccttc gagctgcgcg atagtgtttt tgcctactat ttctatcgta tgatctcgcg
     1081 ggcccgcagc gtgaacctcc tctacgacac ccgcacggat ggctttcgca ccacgggtga
     1141 agtcagtcgc ttcatccacc aactccgcta ccattacgaa gtgcccatga aagacgaggc
     1201 cccggcgttc gctatcgctt cgtctgacga cctccgcttg cgggtagaca aaacgggcga
     1261 tgtgctccat cagttagaat cgttcctcgg ggagggtgaa aaggcactct ctgcgagtac
     1321 gattaacagc tacatcgatt gccctctgcg cttctgcctt tcctccgtca tgggcctgca
     1381 ggaagaggat gaaatcaccg aaagcgtcga aaatcgcctc ttcggcagca tcctccaccg
     1441 cgtcatggag gggatctaca agccgctctg caacgccact gtcgacaagg catggttagg
     1501 ctccgtcata gccaaccgcg aaaacctgcg gcataagatc gacgaagcct tcgctgaact
     1561 tttcttccac accccgggcg acgtccgccc cctcaccggc caaaacagct taaccgccgc
     1621 catgatcgaa aaatatatac tccgcatcct tcgttacgac cagagtctgg cccccttcgt
     1681 ctatgtcggt tccgagcgac gcatcctgtc ggccttcccc ctctccgacg gccgccgcgt
     1741 ccggctcaag ggctacattg accgactcga cgaggtcgac cgctcgctcc gcatcgtaga
     1801 ttataagacg ggtacagaga aaaagatgca gttcgccact cccgccgacc tcttcgatcg
     1861 ggagaagggg ctgaatcgcc agtctgccgt catgcaagta ctcatctacg cttggatgct
     1921 gcacaccgaa aacctcaccc gaagcctgcc ccttcggccg tccatctatt atgtccgcag
     1981 tcttttcaaa gacgccttcg acccctcgat ctacaccaaa gaagaaggcc aaagaactta
     2041 cggcctcctc attgacgact ttgtcggcca gtgcctaccc gacttcgaga tcgctatgcg
     2101 ccatgtgctt gacgaactct ttgacccgcg cattcccttc atacagaccg acgaagaaaa
     2161 atcttgcagt tactgcacct tccgcgagct ctgcggccgc aaaaaagctg cattgtaact
     2221 ttactttatt gaatacggga taccctcttc gatgatcaca cctgatttca gtgcagatag
     2281 gcatgctccc gcaaggagta cacccaattg caacgtcaat agccatgctc ccgtgaggag
     2341 cacacctgat tgcaatgcag ataggcatgc tcccgtgatg agcacctccg attgcagcgt
     2401 caacagtcat gttaccgcga ggagcaccgc tgattgcagc gtcaatagtc gtgctcccgt
     2461 gaggagcatc gctgattgca acgtcaacag ccatgctccc gtaaggagca ccaccgattg
     2521 caatgtcaat agccgtgttc ccgtgaggag catcttcgat tgcaacgttt ttgattatac
     2581 ttcctcaata tgcgtgatca tttaggtctg aaatagcgcc cattcaagca gattggcgct
     2641 tattttttca tgcaatgaag atccatcgaa acaaacggcc acttttttcg tccgcatacc
     2701 tttgggatta tatcgcagac tcactctcta cgttttcaac agaaacgaat gtgcacgaat
     2761 aaatcgcaga gacgaataaa aaatcgcccc tgcgctatga agaatagccg aaaaacaaat
     2821 gattacccct accccttcgg ttaccttctc agcgattcat aggcgctatc ggccagcaac
     2881 accaacgtac ggctgtagag atttttgaga taacccgcgc ggggtgtggc ggaggtgttg
     2941 tgccagagga gggtcaggct gccgtgggcg cggcgcgtct cttcggccaa ttcgatgatg
     3001 attcggaagg cctcacgctc gtcgaggtgc atgtagcgct cggccgatag ggtgcactcc
     3061 atgacggtca gcgggtggag ggtgagcctg tgcgaaaggt ggtgtgtggc cgggtaaata
     3121 cagagcacag ggcgcgcggt tccgaggcgg aaaccgactt gatcggcgta tcccatcgtg
     3181 tagtcgtccg tgatgccggc gttctcgagg acctccatgt gctgcggctc gcggaggccg
     3241 agaaagtggt ggcgattcaa ggtgacaggc ctgtcgatag cgttttccaa ggccgccttc
     3301 tctcgggcga tcagttccgg ccggcgaccc gcctcgtggc tggcgtgcag gccgatctcg
     3361 acgtcgtaat cgcggcagag ttggaacagg cggccgatgt cgcgcccgtg aaggtcgtag
     3421 tgcgggcgat cctccacatc gtttccaccg gcgcggaaga agagaatcgg ccgacagtgg
     3481 tcagcgccga agatggtgcg catacggtcg tcctgctgca gcatccaggg aaaagtgtag
     3541 taagggtcat cctccagccg gccgaaatgg cctcggaaag cgctgatgaa atggcctcgg
     3601 agcagctcgc gcgccatgct gcgcagggtg cggcagaaga agggcgcgtc aacgtcgtgc
     3661 gtgaggttga tctggctgaa cgcggcatgc ggttcggggg ctacgcagcc cacctcgcgc
     3721 agcagccgac gcagcaagcg gccgtaatcg tcgacgagcg ggcgacggag gaagccggcg
     3781 cgattggcga tcgactccct gcccgggaaa cggccgtgga cgtcgcgtac atccggccgc
     3841 atccactctt cataccggct gagcaagaag taagcgccgg cgatgacgtc ggcgtgcaag
     3901 acgatggtgt gtccgcgccg cgtgatctcc ggccggccaa agaggatcgg caggtcgccg
     3961 tccaccgcct cccctgcgcc gcccttgagc atcggtaagg ggagcgtggg catcgagcgg
     4021 gccgtgccat agatgtcctc atcgaagaag cccgaaggaa ggatgacgag gcggaaggtg
     4081 tggaaggcct gttcgtcagc cgtatagccc acagcgcggc agacgtcctc ggggacgctg
     4141 tcgcccagca agaaacggag aatgtaggct tgtatctcgt ccatttatat cctccatttc
     4201 atccgtgcgt gatcccacaa gctgagccgc ccacggcgga cgcagaagta aggcgtctgc
     4261 acgccgccaa actcacggaa gaagcgctct acgccacgca gcatggagcc ttccaggtcg
     4321 aaggtgtcgg tgtattgagc cgtgtggcag acggcctccc aaagagtgag cgaatgagcg
     4381 ccagagtggc gcagggcggg gtcgctaccg ccggcgatgt agctcgcgcc gctcggttgc
     4441 cacacgacga agacggccgc atgcagtcgg ccctcggcgt cataaccgcc gaagatttcg
     4501 ccttggccgc ggctccgcgc tgcctctacg aggcgacgaa gtgcgcgcga atcttgcttg
     4561 ttggcgacac cctgccgttc aaatgtttgc tcctgcacgg tgaggagggc atcggtggag
     4621 aggcctgcgc ggacagtgat gccgtgtcgg tcacgggcct tgatcaggtt gcggcgaatg
     4681 ttttggctca tccgttcgcg caatgcatgt gtatcgtgga tggtgtgcag gaggtaggtg
     4741 tagcgtgtag tctgtgtgta gcccgcccag tagaaaggca gccaatcggt gacagcgtga
     4801 tggaaatttt gcaggaaggc acggcggctg tcgattcgct ccagcagcat cgtcataagc
     4861 tcctgacggc gcgccaacgc agaggcatac ttcgtgtccg cggccaaggg agcgaaccaa
     4921 gggcccattg tctgcgtgta ggacggcata ctgacaacgc ccgcgagggg ctggtagagg
     4981 ggcatggccg cggcgatacg tccgcgatcc tcgataatca gcgcgtccca gtgatcctcg
     5041 ccacaagcgg cgtcgagcca ccagtcgcga gagaagaggg ggagaccgtc ttccgtgcgg
     5101 cagagtgcgc ggtagatctc tttttcagat aaagccacgg cagtacggct cccctccttc
     5161 tgttattggt tcttcatctt ctccgagatc tttgcctcca gatcggcggc agcctcgggg
     5221 ttatccttga agaactgctt cgccgaatcg cgaccttgac cgaggcgtat ctcgccgaag
     5281 ttgaaccatg agccattctt ggcgatcagt cccagctcga cgcccatgtc gacgagctcg
     5341 ccggtgtgag agatgccctc accgtagatc atgtcgaact ctgctttgcg gaagggcggc
     5401 gccaccttgt tcttgaccac tttgacgcgc gtcaggttgc cgatgatgac atcgccatcc
     5461 ttgatcggtg tgctgcggcg gatgtctaag cgtacagagg cgtagaactt cagcgcgttg
     5521 ccacccgtcg tcgtttcggg agggccactg ccatacgacg gcgcaccgat cttctctctc
     5581 agctggttga tgaagacgca gaccgtgcgc gtcttgctga tcgcacccgt catcttgcgc
     5641 agggcctgcg acatgagcct ggcctgaacg cccatctgac tctcgcccat gttgccctcc
     5701 agctcagact tcggcgtgag ggcggccacg gagtcgatga cgatgatgtc taccgcagcc
     5761 gagcggatca gttgctcggc gatttcgagc gcctgttcac cgttgtcggg ctgcgagatg
     5821 agcaggttgt ccgtatcgac gcctaacttc ttggcgtaga tgctatcgaa ggcgtgctcg
     5881 gcgtcaatga aagcggcgat accgcctccc ttctgtgcct cggcgatcat atgcagggcg
     5941 atggtcgtct tacccgacga ttcggggccg aagacctcca cgatgcgtcc gcggggtacg
     6001 cctccgacgc ccagcgcgac gttcagtccg acggatccgg tggggatcac ctcgatgttc
     6061 tcctccacct gccggtcgcc cagtgccatg atcgaaccct taccgaagtt cttttcgatc
     6121 ttatccattg ccgcctttag ggccgacagc ttgtccgacc cgcccgtggc ggcttccttt
     6181 ttctcttttg ccatgtatgt gtttgcttat tgtaaatgtg tggggttatg cctcctctga
     6241 gaggatctgg cgggcgtgat ctttcgtatt cacacgctcg atcacgcgct ccaccacacc
     6301 ctcgccgttg atgagaaacg tctggcggag ggtacccatg taggtgcgtc cgtagagctt
     6361 cttctcggcc cagacaccga actgctgctg cagcgtggtg tctgtgtcgg cgatgagccg
     6421 gaagggtaag ctttgctttt cgatgaatcc gcgatgcgag cgggcgctgt ctttgctgac
     6481 accgatcacg tcgtagccgg ccgcttgcag atcggcatag ccgtcgcgca agctacaggc
     6541 ctcggcggtg catccgctgg tgttgtcctt ggggtagaag taaagtgcga cgcgacgacc
     6601 gcgataatcg ctcatgcgca cttcctttcc gtcctgatcc gtgccgagca agtcgggcac
     6661 acgatcgcct acttgtatag ccatcatgca acgggggtta gagttccaag tcgccaccga
     6721 agatctcatg ccacggcaag ccctgcacgt tgagctcctt catgaaggga tcgggatcga
     6781 actcctccac attccacacg cccggccgac gccactgccc ctcgaggaac atcttggcgc
     6841 caatcatggc gggcacgccc gtggtgtagc tcacgccctg cgcaccggtc tcttcgtagg
     6901 cggcgcggtg gctgcagttg ttgtagacgt agtaggtctg ctcgcgaccg tccttcaacc
     6961 cgcggatgcg gcagccgatc gacgtctcgc ccgtgtagtt ctctcccagc tcgccgggat
     7021 cgggcaggac ggccttgagg aactggatgg gcacgatctc cacgcctttg tagaggatcg
     7081 gcttgatgct cgtcatgccg atgttttgca tcacgcgcag gtgcgtcagg tattcctgcc
     7141 cgaaggtcat ccagaagcgt gcacggcgca gcgtggggta gttcttgacg aggctctcca
     7201 gctcttcgtg atacatgagg tacgattcgc gcggtccgac gttcgggtag ttcagcgcgc
     7261 ggtgcacggc gagcggctcc gtctcgtgcc actttccatc ttcataatag cggccctttt
     7321 gggtgatctc gcggatgttg atctccgggt tgaagttggt ggcgaaagcc ttgtgatggt
     7381 cgccggcgtt gcagtcgacg atgtcgagcg tgtgcagctc gtcgaagtgg tgcttggcgg
     7441 cgtaggccgt gaagatgccc gtcacgccgg ggtcgaagcc gcagccgagg atggcggtca
     7501 ggccggcctc gcggaagcga tccttgtagg cccactgcca actgtattcg tatttggctt
     7561 cgtcgagcgg ctcatagttg gccgtgtcga ggtagctgac gccgtacttg aggcaggcgt
     7621 tcatgatgtg gagatcctga taaggcaggg cgaggttgac caccagctcg gggcggaagt
     7681 cctcgaagag gcgcaccagt tcatcctcgt tgtcagcgtc cacctgagcc gttcgcacgc
     7741 gtacgttctt aatatcctcc gcgatgcgat cgcatttgct tttcgtgcgg ctggccagca
     7801 tgatgtcggt aaacacatcg gcattcatag ccattttctt cacggcaacg gtgctcacgc
     7861 ccccggcgcc gacgactaat atcttaccca taaaatcgat gttattaatt gtctgagtgt
     7921 ggttttgtat agggcaaaag tagaccattt ccagcgatgc ggccggcctg tcggcgttag
     7981 ggccacggtc gcaaccccct gtcccctcct tgcgagaggc ggtaagtact gcctaataat
     8041 aactcacaag gttgcggctt aatattacag actgcaatgt taactcgcaa agttccggct
     8101 taatattgca gactgcgaca ttaactcgca aagtcccggc ttaatattgc agactgcgac
     8161 gtcaactcgc aaaattccgg cttaatattg cagactgcga cattaactta caattttgcg
     8221 gcttaatcat atagtacgac aatgcctcca accgagggtg ggctggaggc attgattcga
     8281 tagcagtcgc catttcatcc cgctggggat ccgcagatcc gcgcaaggct atggccagat
     8341 gtggccacgg cgtcgggctt atgcgttttg tggctcgccg gggcgctggc cagcgatgcg
     8401 gtcgacgatg acggcaatgg cgccgtcgcc cgtcacgttg caggccgtgc cgaagctgtc
     8461 catggcgatg taaagggcga tcatgagcgc ttggagggtc tcgtcgaagc cgagcatggt
     8521 gcccaagagt ccgagggctg ccatgatggc gccgccgggc actccgggcg cagcaaccat
     8581 cgtaatgccg agcatgagga tgaagccact gaaagcggcc gggtcgatcg cttgaccgga
     8641 catgaggagg atggccattg cgcaggcggt gatcttcatc gtgctaccgg ctagatggat
     8701 cgtggcgcag agtgggacgg tgaagacggc gatgctctcc cggacgccat tccggagcgt
     8761 ctgcttgagc gtcacgggga tggtggcggc cgacgactgt gtgccaaggg cggtggcgta
     8821 agccggcagc atgttcttca agagccggag cggattcttg cccgctatga caccggctat
     8881 gctgaactgg atgagcaaca gcacgacgtg cagcacgaag atgacgagga tgacccgaag
     8941 gaacatggac atgatgccgg ccacctgtcc gctgacggtg atgttgagaa agatgccgaa
     9001 gatgtggagc ggcaagaggg gcacgatgac ggtctcgatg aggcgtgaga cgatgtcgcg
     9061 aaagtctacg cagccctttt ggagcgtgtc gccggggatg gaggcgaggc cgagaccaac
     9121 gacgaaggag agcagaaggg cggtcataat gtccatcaca ggcggcatgg caacggtgaa
     9181 atagggcgtg agcatggccg attcggggtt ctgcaacgcc tcgagcgact gggtgccaac
     9241 ggtgaggagg tgggggaaga ccgccacacc ggtgaggtag gtgaagaaac cagagaagat
     9301 ggtcgatccg taggcgatga gcgccgtgat gagcagcagc ctccccgcgc ccttgcctaa
     9361 ctcgccgatg gcgggggcca cgaggccgag gatgatgagc gggatggcga acgagaggaa
     9421 gttgccaaag agactgttga acgtgacgaa gattcggacg atggccgtgg gcaggaattg
     9481 ccccaatagg atgccgccta cgatggctat ggccacccat ccgagaaggg aaatgcggaa
     9541 ggggattttc ataaggataa aggatgtgtt tatgcggcgt cgccgcggga gtgaaggctt
     9601 tgcctcctaa ctactttcgg actaccgggc ggccactatg gccgccccta ctaccgcggc
     9661 gaagccgcat gactaccggg acccgcaggg cgtccctact acttgttttc gctgaggaac
     9721 cggtcgacgt ctggtcgcca gtcaccgccg ttggtagcga ggagggtgtg gaagccgagc
     9781 gatcgggcgg tgacgagatg atgggcgccg tcgtcgatga agagtgtctc ggcgggcacc
     9841 atgccgctgt cctcgatcat gcgttggaag atctcgggct cgggcttcat gcagtgcatc
     9901 tcgtaggaga tgtagaggcg atcgaagtag tccgtgacgg gccgaccggc agcggaaaac
     9961 tcactcgtgc gcgcccaacc ggtgacgatg gggttgttgt tgctgagcac atagaggcgg
    10021 tagcggggcc ggagacggag gatgtagtcg agcttctcga cctccgcggg gttggctatg
    10081 ctgagccatg cgcggcggac atctgcgggg tcgagctcgt ggccgcaatg ggcggagagt
    10141 tggcggacga actcgtccgt gtcgatcgtt ccgcgctcca agtcgccgaa gagtccgctg
    10201 tggttgtagg ggttgataag gtctgcggcg tcggatacac cgatggcctc gaagctgcgg
    10261 atggcgcgtt ccggatggat cttagccagc acgccgccca tgtcgaatac gatgttgttg
    10321 atcattatga tgtggggaga gatgagaagg acacggggtg gagaacaggt tagtgttcgt
    10381 cgcggccccg tgtcctctct ttcttggcgg ttgattggtg tggtttctct ttcgagaatg
    10441 agggttagct cagcttatgg atgactaatc ccgaacggag cttgggttca aaccaggttg
    10501 tcttaggcgg catgatgttg cccgtgtcag cgatgtcgat cagctgtttc atggagacgg
    10561 ggtagagcgc gagggccacc ttcatctctc cgctgtcgac gagcttctta agctcgccca
    10621 gtccgcggat gccaccgacg aagtcgatgc gcttatcact acggaggtct ttaatgccga
    10681 ggatcttgtc gaggatcagg ttcgaagaga tcgtcacgtc gagcacaccg atcgggtcgt
    10741 tgtcgttgta cgtacccggt ttagccacca acgagtacca gttgccaccg aggtagagcg
    10801 agaactcatg caagcgagag ggcttgaaga tctccgtgcc cttcttctcc acgatgaagt
    10861 cttcggacag cttcttgagg aactcctcgt cggagagtcc gttgaggtcc ttcaccacgc
    10921 ggttgtagtc gatgatcgta agctggttgg cggggaagca aacggccatg aagaagttgt
    10981 attcctcatc gccacggtgg ttcgggttct gcttagcctt ctctgcgcca acgagtgcag
    11041 cggcggcgga gcgatggtgc ccgtcagcaa tatacatagc gggcatggcg gcaaacagct
    11101 ccgtgatacg ctggatgtcg gcgtcgtcgt cgatgatcca gaacgtgtgg cggaaaccgt
    11161 caagctcggc cgtgtagtca tactcgggcg tgcccttggt gtatttggct acgatagcgt
    11221 ccacgtcctt gttgtcgggg taggcgaaga acaccggctc gatgttggcg ttgttcacgc
    11281 gcacatgctt catgcggtct tcctccttgt cgcggcgggt cagctcgtgc ttcttgatct
    11341 tgcccgtcat gtagtcgtcg acataagcgc agaccacgag gccgtattgc gttttgccgt
    11401 tcattgtctg ggcgtagatg tagtagcgtt ccttgccgtc ctgcacaagc cagcctttgt
    11461 cctgaaacat ttggaagttc tgtgcggcct tctcgtagac tttcggatcg tgttcgtccg
    11521 tgccttcggg gaagtcgatc tccggcttga tgatgtggta gagcgacttc tcgttccctt
    11581 ccgcttcggc gcgtgcctcg gcagagttca gcacgtcgta tgggcgcgac tgcacctgct
    11641 caacgtattc cttcggtggg cggacgcctt tgaatggttt gatcttcatg attggatgtg
    11701 tctgaatgtg tgtagaaaga agctcccgct accggactcc tctctttttt gagagggctg
    11761 cgataacggg agcttgctat gattcattac ttattcactt ggaacttgcg gttgccgttc
    11821 ttcaggaagt ctacaatctg attggcagca gcgataccgg cgttgatgtt agcctcagcc
    11881 gtctgcgcac ccatcttctt gggcgtgctg aagtagcggg cagcaaactt ctcagccagc
    11941 tcggcgtgat taccgggcat gatgtccgtc agatacttga agtccggacg ttcctccagc
    12001 accttcacca gttccggctc attgatcact tccttacggg cggtgttgat cagcacggca
    12061 ccctttggca tgctcgtgag cagtgcgtga ccgatggagt tcttcgtctc cttcgtggcc
    12121 gggatgtgca gcgagatgta ctggcaggtc ttgtacagct cctcagctga tgcgacgggc
    12181 ttcacaccgt ctgcctcgat cacttcggag gggcagaatg cgtcgtaggc atagatctcc
    12241 ataccgaaac ctttggcgat gcgggccacg ttgcgaccta cgttgccata ggcgtggata
    12301 cccagcttct tgcctttcag ctccgtgccc gacgtgccgt tatagaggtt acgtgcaccg
    12361 tacaccatca gacccagcgc aagctcggcc acggcgttcg agttctgacc cggtgtgttc
    12421 atcacgcaca cgttgtgtgc cgtagcagct tccaggtcta cgttgtcgta gccagcgcct
    12481 gcacgcacca cgatcttcag ctgtttagct gcgtcgagca cttcagcatc taccttatcg
    12541 ctacggatga tgatcgcgtc agcatccttc actgcgtcca gcaactgcgc cttctcggtg
    12601 tatttttcca acagtgccaa ttccaagccg cccttctcga cagcttcacg aatgccattc
    12661 acagcaacgg ctgcaaaggg cttctctgtt gcaacgagta ccttcatgtc tctaattgtt
    12721 tatctgttta ttcgtttgtt gttgaatctc gcttcgcttg atctgactct gctttagcgc
    12781 attcagctta ttcgataatt cctgaatccg gacggatata ccggatagat cgttctcatc
    12841 gatataaccc aaatccttcg cgataagcaa tgagcagtgg acttcgagca gtgagccgta
    12901 ggcaacttca gagaaacgcg attgctcttt caatgaattt cgggaagtgc cctcggcgat
    12961 gtttagagag acggaaacgg ctgcacgcct tatctgattc gtcaggttgt acatttcaaa
    13021 gtctgggaac tgcgccagaa gtcgatacac ttcctttacg aacgctctcg agacttgcca
    13081 tacatctaac ctctcaaagg catacaagtg catcagtcaa acaaacaact caacgattca
    13141 acaaccaaac aactcaacat cagtgcttct tttcgaattc ctgcatcgtt tgaaccagtg
    13201 ccttcacgct ttcgatcggc atagcgttgt agagcgaagc gcggaaaccg cccaccgaac
    13261 ggtggccctt gatgccgacc atgccagcag cagcggcaaa gtctgcgaac tctttctcca
    13321 gctccttgta ctcgtcgttc atcacgaagc aaacgttcat cagcgagcgg tcttcgacag
    13381 ccaccgttcc gcggaacagc ttgttgcggt cgatctcgtc atacagcacg gctgccttct
    13441 cctggttctt cttctgaagc accttgatgc cgccctgctc cttataccac ttcagggtct
    13501 gcagcgcaga gaagataggc agtacgggag gcgtgttgaa catcgaatcc ttcttgatgt
    13561 gtgtgcgata gtccagcatc gtggggagcg gacggtctac gtgacccagc gcgtctttgc
    13621 gaacgatgat gatcgtcaca ccggccggag cgaggttctt ctgtgcaccg gcataaacgg
    13681 cgttgtattt cgagaagtca accgggaagg agaagatgtc tgacgacata tcagccacca
    13741 gcgggatgtt cacttccggg atcttatgca actccgtgcc gtagatcgtg ttgttggtcg
    13801 tgatgtggaa atactccgaa tccggtgcga tggtgtagtt cttcgggatg tatgtgtagt
    13861 tcttgtccgc tgacgaagcc acaacgtcca cctcaccaac gaacttggct tccttgatgg
    13921 cgttggatgc ccacgtacct gtatcgagat acgaggcctt tttcttcatc aggttgaagg
    13981 ggatcatgta gaactggagg ctggcgccac cgccgaggaa gatcacctcg tgcgtttcgg
    14041 gcacatccag cagctccttc accagcgcgc gagcctcgtc gtttacggca acgaactctt
    14101 ttccgcggtg ggagacttcc agcagcgaca ggcctgtgcc tgcgaaattc agtacggcgt
    14161 cggccgtgtt cttgatcgtg tactcactca aaatagaggg tcctgcataa aaattgtgct
    14221 tcttcataag atcgaaaaaa taatactatc aaatgtgttg cgtgttaaaa ccgcgggcaa
    14281 atgtaggcgc aaaaaccatg tgccaaaaga aaagtgcaag gattgtgaag gaataaccag
    14341 atgtggcttc aaaacggcaa agttgggcca tcaaaagccc ctctgcggga cacctccaac
    14401 ccgtggggga cgggccgagg ctaccgtgcg ggaaactccg tcgcagtcta tccatcgcta
    14461 ccggtgtgac gtacgatgaa aggcttcgac tgacgatcct ccatctattg ccgagaaaca
    14521 tctcccaccc gggttgatcg ccatgcaacc ggtttccgat caaactccgc gttactttac
    14581 tgcagtgcag ttgcatggcg ataaattacc gcggtaaata atcgcaaagc agttgcattg
    14641 taatcaagta atgagttcga tgattacaaa tcactcgcat tgtgacaaat taccaaagta
    14701 aataatcgca aagcagttgc attgcaatca agtaacgagt tcgatgatta caaatcactt
    14761 gcattgtgat aaattactgc gataaatagc cgcaaatcat ttgcattgta ataaactact
    14821 tgagtaagta gtcgcaaatc atttgcattg taataaatta ctcgggtaag tagtcgcaaa
    14881 gcaatcgctt tgtaataaat tactcaggta agtagtctca aagtaattac attgcgatga
    14941 attaccgcag taagtagtct taaagcagtt gatttccgat aaattaccgc agtacttttt
    15001 ctctatgcac ttgattttag acaaaacacc ccggatgaaa agcctcggaa gaaggtcggg
    15061 ggatgtccgt cgagggctga tcgtctgagg ccattatata tacgtatagt gcgggacgga
    15121 ggcgagggcc agcaggcgca gctatctttg cggcatgagt cagccacttg cagaacgatt
    15181 gagaccgaag acgctcgatg agtacatcgg gcaacgccac ctgacggggc ccacggcggc
    15241 gctccgccgc atgatcgagg ccggacgcgt gccctcattt atcctttggg ggccgcccgg
    15301 ggtgggcaaa acgacgcttg cgcgcatcgt ggcgtcgcgg ctggaggcgc cgttttatac
    15361 cctgagcgcc gtcagttcgg gggtgaagga ggtgcgcgag gtgatcgacc gggcgcgaaa
    15421 ccagccgctg tttcggacgg ggacggtcgc gcccatcctc ttcatcgacg agatacaccg
    15481 cttcagcaag tcgcagcagg attcgctgct gaacgccgtc gagacgggcg tggtgacgct
    15541 catcggggcc acgacggaga acccgtcgtt cgaggtgata cgtccgctgc tctcgcgttg
    15601 ccaggtgtat gtgctgaagc cgttggaaga ggaagacctg ctgacgctca tccgtcgggc
    15661 ggtcagcgag gacgtggtgc tgcgcgagcg aacgatcgag gtgaaggaga ctgacgcgct
    15721 ggtgcgctac tccggtggag acgcgcgaaa gctgctcaac atcctcgacc tggtcatcgc
    15781 ggccgagcct gaggggccga tcgagatcac ggatcggaag gtcgtggagc gtttgcagga
    15841 gaaccccgca gcctacgaca agggtggcga gatgcattac gacatcatct cggccttcat
    15901 caagtcgatc cgtggcagcg acccggacgc ggccgtctac tggctggcgc ggatggtcga
    15961 ggggggcgag gatccggagt tcatcgcccg tcggctggtc atctctgcgg cggaggacat
    16021 cgggctggcc aaccccaacg cgctgctgct ggccaacgcc tgcttcgatg cgctgaagaa
    16081 gatcgggtgg ccggaggggc gcatcatcct ggccgaggcg acggtctatt tggcgtgcag
    16141 cccgaagagc aactcggctt atctgtccat cgaccgtgcg ctggcgttgg tgcgtgagac
    16201 gggcaacctg cccgtgccgc tccacctgcg taacgcccca acgaagctga tgaaggagct
    16261 ggattacggc aagaattaca agtatgcgca cgactacgag gggcatttcg tgaagcaaga
    16321 cttcctgccc gaggagctgc tccaaacgcg catctgggag gggcagccga acgccgccga
    16381 ggataagctc gtggagcgta tgcgcaagct ctggggagag cggtattagc ggggggctct
    16441 tacggtcttt gaagcatgta tagagagaag catggtcagc cgatcgttca cttgcaacga
    16501 acgaggggga taaacggcaa gaagcaattg atggcatggg tagaaagcca gataggggac
    16561 atcgcggagc ctgcgcttac tgagaaagag gttgaggcta tcgaaaaggg actgcaggat
    16621 atccagatcg ggcgaacgac acgggtcaga gacattcaca acctctggga tagcgtgttt
    16681 tgaagccctc cccacgcctc ggagcctttc tcgaagcgcg tctatctttg cccccgatca
    16741 taataaaggt gaggcggatg aatgaacgaa tgaagcaagg cgtgctatac gtgatgaaaa
    16801 gactggggtt gggattgctg atcggaggcg ctgtggcgtg cgccaatatg gcgggaccga
    16861 acggtgggcc atatgacgaa aagccgccca ggtttgtcag cagtacgccg ccaccgcagc
    16921 aaacgaacta caaggggcga cgcgtggaga tcgttttcga tgaactgatt caggtcgaga
    16981 aaccgtcgca aaacgtggtc atcgccccgc cacagaagga gctgcccagc attcaaatcg
    17041 tcgggcggaa gatccgcgtc gagctcaagg acacgctcaa gcccaacacc acgtacacca
    17101 tcgacttcgg tcatgccatc tccgacaaca acgagaagaa ccccatcggc catttcagct
    17161 ttgccttctc tacgggcaac gtgatcgact cgctcgaggt aggcggcgtg ctgctcaatg
    17221 ccgagaactt ggagccgatg actgacgttg tcgtcgggtt gcacgccaat ccgtccgaca
    17281 cggctttcac ccgccagccc ttcgatcgaa cttccaagac agacgatcgc ggacgcttca
    17341 cgatccgcaa cattgccacc ggtacgtatc gcctctacgc cctggccgac gccaatcggg
    17401 attatcgctt cgatcagccc ggcgaggcca tcgccttcct cgactccacc gtgacgccta
    17461 ccttccgctt cgctacccga caggatacga cgtggaaaga ctccgtcacc gtcgatacga
    17521 tccgcaccgt tcactacacg cacttcctgc ctgacgacgt caccctgcgg ctcttcaaag
    17581 aggtcaccca acgccaatac atgcttcgcc ccggtcgcga ccgcgccgac ctcttcacgt
    17641 tgcacttcaa cgcgccgctg gactcgctgc ccgtcgtctc gctactcgat ggtgcacgac
    17701 gcaacgcacc gtggttcctc acccaaccga tggcgggtcg cacggctgtc cgttactgga
    17761 ttacggattc agccgtctgg acacgcgaca cggtgcatct gcgcgtggat tacctcaaaa
    17821 gcgactcgac gaacacactc cgcccgcaga cggatacgct ccatttagtc tggcgaaagc
    17881 cgcgtgcacg gcgtaagtcg aaagacagcg aaaacaaacc tgagcgccgt ccgctcatct
    17941 tccaatcgaa cgcctcgggc atggtggagg tgacggatac ggtggccttc cttttcgagg
    18001 agccgatgac cgacctccgc cgcgaggatt tccgcttgga acagcaggtg gacacggtct
    18061 ggacgcccgt tgagtttata ttggagcaag acagcatgga tctactgaag tacaacctcc
    18121 gccacgcttg ggcctacggt gccaactatc gcatagccgt cgattcggca cgcctccgca
    18181 gcatttacgg acatacgaat gacgcctatg agtcggcctt tagcatccgt aagcgtgagg
    18241 actacggcca cctgtacatc aacatcgacg gcatcgacac gacggccttc gtggagctac
    18301 tcaacacctc cgacgagcct ctgcgacgcg tccgggtgaa ggatggcggt gtgctctttg
    18361 ccaacctgca gcccgccacc tactacgccc gcctcacgat cgacaccaac gccaacgacc
    18421 gctgggatac gggtgattac gctacccatc ggcagcccga gatggtctac tattccccca
    18481 aggaatacgt catccgcgcc aactgggaga tcgaggagac gtggacgccc agagcgctgc
    18541 ccctcgaccg acagaagcct atcgcaatca caaaaaataa acccaaagat gagactccga
    18601 agaaacgtaa ctacaaagac gaaggtcgct ccggtgatcg caaccgaagc ggcggcttcc
    18661 cgttctgacc gaggcctacg ccgcgccgcc gccatgatgt gcgcactgct gttggtgttc
    18721 gccgcggccc gtgcacagtg ccccccggcc aacatcccgc tgaacgtggg cgagtcggtc
    18781 aattacgacc tttacttcaa gtggggcgtg atcatgtcgc gcgctggtga ggccacgatc
    18841 tcatacaaca cgacgaagtt tcgcggcgcc acggcccgtc gctatcgcat gctcttccgc
    18901 acgatcaaaa tctttgagtc ggtctaccgt atgcgcgaca ccctcgactg ttactacacg
    18961 cccgaaggcg ccctgctcta cagcgtcaag cgatcgaacg aaaacgacta ccgcctgacg
    19021 gacgagctca ccttttatta tcccgccaag acccgaacca ccatccgctc gcgtcgctac
    19081 acgcccacgg agatgaagat cgacaccacg ctctacgtcc gctccggttg cgctttcgac
    19141 atgctcgggg ccacctactt cctgcgcacg atcaaccgga cgagtctcaa ggcgggcgac
    19201 gtctttccgg ccatcattgc cgtgggacat gatctggtga aggtgaacct gcgctatcac
    19261 ggccccgccg ttgtggagcg cgacaaagcg cgctatcgca cgcaccactt ctcgatcgac
    19321 atccacgacg acgctttcac gcagacgcgt tcggctgcgg agctgtgggt gggcgacgac
    19381 gagaactttc tgccgatcaa gatccgcgcg aagctgaaga tcggttacgc tgaggtctac
    19441 ttccgcagcg ccgcccgcct caaggtgccc ctgagctgtc ggacggagat caagtagggg
    19501 agggccggtc aaacttcctc gatgcagtcg tctaccggca acgcctgccg ctggcaaaag
    19561 ttattga
//
LOCUS       SEQF2634|AYYE01001036.1  680 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             49..252
                     /locus_tag="SEQF2634_01046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLCSTLYKHGAKVIPEMITQIADWMERTKYESVEEFRGRLSLS
                     NAADASMYERTQFMKYISSRETI"
     CDS             complement(424..630)
                     /locus_tag="SEQF2634_01047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFIFPNRRAGLFFRKYLSQTVGRPMFSPAILTLNGLFEQLSTI
                     GVIKTFGNLLKKGSHGKRKTKSKE"
ORIGIN      
        1 catacgtggc aggacgccat caaatgtatc ctagccggag cctcagccgt gcagctttgc
       61 agcacacttt acaagcacgg cgcgaaggtg atacccgaga tgatcacgca gatcgccgac
      121 tggatggagc gcacgaagta cgaatctgtc gaggagttcc gcggccgcct cagcctctcg
      181 aatgccgccg acgcatcgat gtacgagcgg acacaattca tgaaatatat ctccagccgc
      241 gagaccatct gaccggcctc cgcgctacat gtcatcagaa aaaaggggaa gcccgcatgg
      301 gttgcccctt tcttttgctc ttttgtcgcc ctgcgcccac tccgcgcgat aacctcttat
      361 ttcccttcca acgactatcc gcatggattg gatcaaaaaa atggcgttca cagtcacctc
      421 cccctattct ttactcttag tttttcgttt tccatgactc cctttcttca gcagattgcc
      481 aaatgttttt atgacgccta tggtgctgag ttgctcgaag aggccgttga gggtgaggat
      541 ggcaggggag aacatcggtc ggcctacggt ctgcgagagg tatttgcgaa agaagaggcc
      601 ggcacggcgg ttggggaaga tgaaggccat ctgctgcacg tcagcaccat aggcgtcata
      661 aaaacatttg gcaatctgct
//
LOCUS       SEQF2634|AYYE01001037.1  552 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..552
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             49..252
                     /locus_tag="SEQF2634_01048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLCSTLYKHGAKVIPEMITQIADWMERTKYESVEEFRGRLSLS
                     NAADASMYERTQFMKYISSRETI"
ORIGIN      
        1 catacgtggc aggacgccat caaatgtatc ctagccggag cctcagccgt gcagctttgc
       61 agcacacttt acaagcacgg cgcgaaggtg atacccgaga tgatcacgca gatcgccgac
      121 tggatggagc gcacgaagta cgaatctgtc gaggagttcc gcggccgcct cagcctctcg
      181 aatgccgccg acgcatcgat gtacgagcgg acacaattca tgaaatatat ctccagccgc
      241 gagaccatct gaccggcctc cgcgctacat gtcatcagaa aaaaggggaa gcccgcatgg
      301 gttgcccctt tcttttgctc ttttgtcgcc ctgcgcccac tccgcgcgat aacctcttat
      361 ttcccttcca acgactatcc gcatggattg gatcaaaaaa atggcgttca cagtcacctc
      421 cccctattct ttactcttag tttttcgttt tccatgactc cctttcttca gcagattgcc
      481 aaatgttttt atgacgccta tggtgctgac gtgcagcaga tggccttcat cttccccaac
      541 cgccgtgccg gc
//
LOCUS       SEQF2634|AYYE01001038.1  214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atctaatcct gtttgatacc cacgctttcg tgcttcagtg tcagttatgc cttagtaagc
       61 tgccttcgca atcggagttc tgcgtgatct ctatgcattt caccgctaca ccacgcattc
      121 cgcctacttc atccatactc aagaccacca gtttcaacgg caattttatc gttgagcgac
      181 aaactttcac cactgactta atagcccacc tacg
//
LOCUS       SEQF2634|AYYE01001039.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 atctaatcct gtttgatacc cacgctttcg tgcttcagtg tcagttatgc cttagtaagc
       61 tgccttcgca atcggagttc tgcgtgatct ctatgcattt caccgctaca ccacgcattc
      121 cgcctacttc atccatactc aagaccacca gtttcaacgg caattttatc gttgagcgac
      181 aaactttcac cactgacttc gtagcctaag gagagggcat ccttgatggt gtaatagacg
      241 caatagtcgg cggccaaacc ggcgatggtg aggcgg
//
LOCUS       SEQF2634|AYYE01001040.1  720 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggaggttttt cacccccttt atcgttactt atacctgcat ttgcttttcc atccgctcca
       61 acaagagtca cctctcatct tcaacgctga taatggaatg ctcccctacc gatcttttcg
      121 atctcacggc ttcggtaaac agcttatgcc cgattattat ccatgcccga cccctcgacc
      181 agtgagctgt tacgcactct ttaaatgaat ggctgcttcc aagccaacat cctggctgtc
      241 gctgcggtcg gacttcgtta atgcaactta gctgctattt ggggacctta gccggtgatc
      301 tggattcttc tcctctcgga catggacctt agcacccatg ccctcactcc cgggatgttg
      361 ctgatgagca ttcggagttt ggccggactt gataggcggt gaagatgaga ggtgactctt
      421 gttggagcgg atggaaaagc aaatgcaggt ataagtaacg ataaaggggg tgaaaaacct
      481 cctcgccgaa agaccaaggg ttcctgatca acgctaatcg gatcagggtt agtcgggacc
      541 taaggctaag ccgaagggcg atgccgatgg aagaaccggt taatattccg gtactgcttt
      601 gtggagtgat gtggagacgg agaagtgaca gctcggccat ctgacggaat aggtggttaa
      661 agggtgtaga cgttgattgt tgtaggcaaa tccgcaacaa gagttgaacc tgacagtatg
//
LOCUS       SEQF2634|AYYE01001041.1  775 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..775
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     rRNA            complement(411..524)
                     /locus_tag="SEQF2634_01049"
                     /product="5S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
ORIGIN      
        1 gcaatacgtc cctcctccac cgacagaggc agctgtcttc ttcttagccc acctcaatcc
       61 gaattagtcc ctcaaaagcc ttctgtttca cttccagaaa agatattgat gccccccttc
      121 ggcccccgct ctctcttcaa gggaagcaat agcgatgaca ataaaatcca aatacacgta
      181 gagagtgtgt gcaatacgtc cctcctccac cgacagaggc tgctatcttc ttggcccacc
      241 tcaatccgaa acattccctc aaagtccccc gctccgctcc cagaggagat attgattccc
      301 cttcgccctc ttctctttct tccttcaagg gagaaagcac atagtgataa cagcaaaaaa
      361 agaatccctc cgccgatctt aatcgatcaa cagagggact tccctttcaa aaaacggcag
      421 ctacctactc tcccactttt agttcagcag taccatcggc gttacggggc ttaacttctc
      481 tgttcggaat gggaagaggt ggatcccccg tgctataact accttaatat ctttcttttt
      541 ctgacatctt caggacaaaa caaagagtta agactccgct ttacatcgga tatctactct
      601 tctttaagga atcatcttgc cgtagcgata aaacgtcttg taaactcttt tccgataaaa
      661 agtttcgggc aattagtact gctcagcttt gccattactg actttacacc tgcagcctat
      721 ctacgtcgta gtcttcgacg accctttaat ggatatctca tcttgaggaa ggctt
//
LOCUS       SEQF2634|AYYE01001042.1  390 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctcaagt cggccataag agagagcacc agagccggag tacacattag atccgcctct
       61 tagaacgggc ctgtgaagag gcttgtgatc agggtccggg tacacattag gcgtatcgca
      121 atacgtccct cctccaccga cagaggcagc tgtcttcttc ttagcccacc tcaatccgaa
      181 ttagtccctc aaaagccttc tgtttcactt ccagaaaaga tattgatgcc ccccttcggc
      241 ccccgctctc tcttcaaggg aagcaatagc gatgacaata aaatccaaat acacgtagag
      301 agtgtgtgca atacgtccct cctccaccga cagaggcagc tgtcttcttc ttagcccacc
      361 tcaatccgaa ttagtccctc aaaagccttc
//
LOCUS       SEQF2634|AYYE01001043.1  551 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     tRNA            120..194
                     /locus_tag="SEQF2634_01050"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ile(gat)"
     tRNA            209..283
                     /locus_tag="SEQF2634_01051"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(tgc)"
ORIGIN      
        1 catgttataa atagaagaat aaaagaagct gggttagcta attcttggat gttcgcaaac
       61 gatcatcata atgaggctaa agaagaagtt ttccatattc ccggcggaag ttgaaagaga
      121 gtcctatagc tcagttggtt agagcgctac actgataatg tagaggtcgg cagttcaact
      181 ctgcctggga ctacttaaag aataatatgg gggattagct cagctggcta gagcacctgc
      241 tttgcaagca gggggtcaac ggttcgaatc cgttattctc cacatgatta tcagagccta
      301 tatttaggaa ttgataagaa tgagatcttt gacattgatg gacaaaacaa agtaaagact
      361 tcgtgttgaa gtaatacggg gaaaagtatc ctcaggagga tacttcactc aagatagctt
      421 caatgcaaag gagactaaga gaaattaagg tgaaaatcga aaagaaaagc ctatcctaca
      481 catcgcatgc ccaatttcaa tgtaaagcta tagtaaaggt tcacggggtc ttttcgtccc
      541 atcgcgggta a
//
LOCUS       SEQF2634|AYYE01001044.1 1520 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1520
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     tRNA            120..194
                     /locus_tag="SEQF2634_01052"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ile(gat)"
     tRNA            209..283
                     /locus_tag="SEQF2634_01053"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(tgc)"
     CDS             complement(706..1377)
                     /locus_tag="SEQF2634_01054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHFGEYELSPSLISLSPLPTAHWNTFQRISIRPSSWCYPTFSLA
                     IGRSLGFASAPFDLGALFRLAFASAAHLLMLNLAKKNNSQVHYAKGTPSHLKGAPTAC
                     RQTGSGSISLLYSRFFSPFPHGTGSLSVSREYLALRDGPRRFGQDFTCPDLLRISLGF
                     TKDSCTGLSPSMALFPAGSTSFASCHIAILQPHMMPKHLWFGLLRVRSPLLTQSLLFS
                     LPMGT"
ORIGIN      
        1 catgttataa atagaagaat aaaagaagct gggttagcta attcttggat gttcgcaaac
       61 gatcatcata atgaggctaa agaagaagtt ttccatattc ccggcggaag ttgaaagaga
      121 gtcctatagc tcagttggtt agagcgctac actgataatg tagaggtcgg cagttcaact
      181 ctgcctggga ctacttaaag aataatatgg gggattagct cagctggcta gagcacctgc
      241 tttgcaagca gggggtcaac ggttcgaatc cgttattctc cacatgatta tcagagccta
      301 tatttaggaa ttgataagaa tgagatcttt gacattgatg gacaaaacaa agtaaagact
      361 tcgtgttgaa gtaatacggg gaaaagtatc ctcaggagga tacttcactc aagatagctt
      421 caatgcaaag gagactaaga gaaattaagg tgaaaatcga aaagaaaagc ctatagataa
      481 aacggattgt acgttcagtg atgaacgatc aattaaagac aaaaagtaaa agaagggcag
      541 acggtggatg ccttggctct cggaggcgat gaaggacgtg ataagctgcg aaaagcccgg
      601 ttgaggtgca aataaccctt gacgccggga tatccgaatg gggaaacccg attggtagaa
      661 gaccaatcac atcgaaagat gggcgaacgt ggggaactga aacatctaag tacccatagg
      721 aagagaaaat aataatgatt gcgtaagtag tggcgagcga acgcgcaaga gcccaaacca
      781 tagatgtttt ggcatcatat ggggttgtag gatcgcgata tggcaagaag caaaggaagt
      841 ggaacccgct ggaaagaggg ccatagaggg tgaaagtccc gtacacgaat cttttgtgaa
      901 gcctagcgat atcctgagta agtcgggaca cgtgaaatcc tgaccgaatc tgcggggacc
      961 atcccgtaag gctaaatact cccgagagac cgatagcgaa ccagtaccgt gagggaaagg
     1021 tgaaaagaac ctcgaataga ggagtgaaat agaccctgaa cccgtctgcc tacaagcggt
     1081 cggagcacct ttaaggtgtg acggcgtgcc ttttgcataa tgaacctgcg agttgttttt
     1141 tttggcaagg ttaagcatca gtaggtgcgc agccgaagcg aaagcgagtc tgaatagggc
     1201 gcctaagtca aaaggagcag acgcgaaacc aagtgatcta ccgatggcca ggctgaaggt
     1261 tgggtaacac caactggagg gccgaatgga tatacgttga aaagtgttcc aatgagctgt
     1321 gggtaggggt gaaaggctaa tcaaacttgg agatagctcg tactccccga aatgcattta
     1381 ggtgcagcct cgggtaaagt actgatgaga ggtagagcga ctgattggat gcgagggctt
     1441 caccgcctat caagtccggc caaactccga atgctcatca gcaacatccc gggagtgagg
     1501 gcatgggtgc taaggtccat
//
LOCUS       SEQF2634|AYYE01001045.1  796 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..796
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aaatacctct cgcagaccgt aggccgaccg atgttctccc ctgccatcct caccctcaac
       61 ggcctcttcg agcaactcag cacgctccaa cctgcagatc acttgcagat gctcttcctc
      121 ctctaccata tctatgtcag acgcagccag cgacaggaaa cgttcgacga tttcgtccac
      181 tggggcgaaa tgctgctcag cgacttcaac gatgtcgaca actatctcgt tgacgcacgc
      241 caactcttca ccaacgccag ccacctccac gagttcgaga aggatctctc ttatctcgag
      301 cctgaacaag tcgaagctat acgcagcttc tgggccgcct tccgtcccga caccgaggac
      361 gatggtaacc gccgatcctt cctcggcgtc tgggacatcc tgcacgacat ctacctcgat
      421 ttccgcgccg agctcaccga ccgggggcgc ggctatgagg gtatgatcgc gcgcgacgtt
      481 gtggagcgta tccgacgcga agggggcgcc gatttgtcct atagccgcgt cgtcttcgtg
      541 ggcttcaatg cgctctcgcg cgccgaagag gcactcttgg tggagcttca aaaacaaggc
      601 atcgccgact tctattggga cgccggaacg atcaatgtcg acgcgggcga agacggtttc
      661 cgacgcgtgc tcgacaaaga caaccgcgcc gcgcatttcc tccgcgacta tctccgcctc
      721 accatcgccg gtttggccgc cgactattgc gtctattaca ccatcaagga tgccctctcc
      781 ttaggctacg aagtca
//
LOCUS       SEQF2634|AYYE01001046.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataacatgca aacaagaaag tagtacatac tagaacgaag tactcgacta tattacagaa
       61 aatcggacat cttctgagtt tgccgtagcg ataaaacgtc ttgtaaactc ttttccgata
      121 aaaagtttcg ggcaattagt actgctcagc tttgccatta ctgactttac acctgcagcc
      181 tatctacgtc gtagtcttcg acgacccttt aatggatatc tcatcttgag gaaggctt
//
LOCUS       SEQF2634|AYYE01001047.1  669 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..669
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 aatcttacac ttaactgtat agacttcttc ctatttaaca actagaaaaa actcttcttt
       61 aagctcttcc agcaattttc gccgttctct cttccagcat ttcatcttta tcgtcgctcc
      121 ctctctcgaa agcgggtgca aaagtacatg gactttcttt tcatccaaat tttaccacca
      181 tatcccacat gttaaattat gcttgatttc tgatttacag gcactataca gaaacgagta
      241 gcgctgtttt ttattgagat aggcgaaaat tgctggaaga gcttaaagaa gagttttttc
      301 tagttgttaa ataggaagaa gtctatacag ttaagtgtaa gattcagcga cgggaagctt
      361 gataagagtt atccactcaa atgtgagtaa agaagcaagc accgttcaac aagagaatcc
      421 actcaaaaat ttttctcgaa aaatttggtg gaatgaaata aagggtttta tctttgcacc
      481 ccgaaacctg caagagacag caggccggaa gaaagaaaaa atgctagaat ggggagagtc
      541 aataatagat tcctctatca gcgaaagagc gatctttgta agatttacat gtatacaaga
      601 tgtagtacag aaagaataag aagtaccgtc aatgatacaa taaggaaagg gcatctatga
      661 gcaaagcga
//
LOCUS       SEQF2634|AYYE01001048.1  899 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..899
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gggtcgctga agggcggcgc agcgacgatg cggcaacgct cgatgtcgat atccggccgg
       61 tagtagcgat tgaagagcac tacggcattg gcaccgaagc cttgcagacg gttgacgaag
      121 gcggggatgg tgctgaagcc cttgccgatc ttcatgatga tggggatgga gatgcggcgg
      181 cgcacgtctt tcagaatcga gctatagtgc cgaagcactt cgcggctgtc ggaatggatg
      241 tcggtgtcta agtagaacac gttgagctcg agggcgtcgg cgcccgcgcg ttcgatctcg
      301 gcggcgaagt cggcccaagt gtccgcgcgg tagcagttta cgctggcgat cacggggatc
      361 acgtggcagg cagctttgct gtcgcggatc aactggagat actcttcgcg tccgttcgcg
      421 cggacgtagg cgcggacgta atcttcggcc tccgggtagt cgcttgcgcc ttccattaat
      481 aggtcacctt gcgcctcgat ctgttcttcg aagagcgatt tgaggaccac ggcccccgca
      541 cctgcttctt cccatttgcc gtttttatca gccttgctcg taagtcccga actgccgacg
      601 atcaacgggt tacgcagcgt caagccggca tattttgtct ctaaatttct cattggttat
      661 gctgntttcg tttactattc aaatttctat gtccgaccct tagctgtact gtcgtcagct
      721 cgtgccgtga ggtgtcggct taagtgccat aacgagcgca accctgactg tcagttgcta
      781 acaggttaag ctgaggactc tggcgggact gccggcgtaa gctgtgagga aggttgggat
      841 gacgtcaaat cagcacggcc cttacatccg gggcgacaca cgtgttacaa tggcaggga
//
LOCUS       SEQF2634|AYYE01001049.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctgacgg aataggtggt taaagggtgt agacgttgat tgttgtaggc aaatccgcaa
       61 caagagttga acctgacagt atgcagcgta cttgtacaat gtaataagag tgtaatcagg
      121 ctcccaagaa aacccgctaa acatatcttc aaagcacccg tactcgaaac ggacacacgt
      181 gttacaatgg cagggacaaa gggcagctac cgagcgatcg gatgcaaatc tctaaaccct
      241 gtctcagttc ggat
//
LOCUS       SEQF2634|AYYE01001050.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttgagtttc accgttgccg gcgtactccc caggtggatt acttaacgct ttcgctgtag
       61 agcttacact atatcgcaaa ctcctagtaa tcatcgttta ctgcgtggac taccagggat
      121 tgaaatgtac ctgacgaact gcgagagtgg ttttccagca atggcaggta tgtaggtgct
      181 gcatggttgt cgtcagctcg tgccgtgagg tgtcggctta agtgccataa cgagcgcaac
      241 cctgactgtc agttgctaac aggttaagct gaggactctg gcgggactgc cggcgtaagc
      301 tgtgaggaag gttgggatga cgtcaaatca gcacggccct tacatccggg gcgacacacg
      361 tgttacaatg gcaggga
//
LOCUS       SEQF2634|AYYE01001051.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cccgccccat ctcccccgaa gacttcgagc gccaaaagcg agagctcact gctcacccag
       61 ccttcaccct cacggactag ccccttcgca cccctcgcta aaaaacaacg ccccactgcc
      121 atcgtaggcg gtggggcgtt tcttattcat ctcaagtcgg ccataagaga gagcaccaga
      181 gccggagtac acattagatc cgcctcttag aacgggcctg tgaagaggct agtccgtgag
      241 ggtgaaggct gggtgagcag tgagctctcg cttttggcgc tcgaagtctt cgggggagat
      301 ggggcggg
//
LOCUS       SEQF2634|AYYE01001052.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccctgccat tgtaacacgt gtgtcgcccc ggatgtaagg gccgtgctga tttgacgtca
       61 tcccaacctt cctcacagct tacgccggca gtcccgccag agtcctcagc ttaacctgtt
      121 agcaactgac agtcagggtt gcgctcgtta tggcacttaa gccgacacct cacggcacga
      181 gctgacgaca accatgcagc acctacatac ctgccattgc tggaaaacca ctctcgcagt
      241 tcgtcaggta catttcaatc ccgggtaagg ttcc
//
LOCUS       SEQF2634|AYYE01001053.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataaaacgga ttgtacgttc agtgatgaac gatcaattaa agacaaaaag taaaagaagg
       61 gcagacggtg gatgccttgg ctctcggagg cgatgaagga cgtgataagc tgcgaaaagc
      121 ccggttgagg tgcaaataac ccttgacgcc gggatatccg aatggggaaa cccgattggt
      181 agaagaccaa tcacatcgaa agatgggcga acgtgggtac aaaaaccctg acctgcgtcg
      241 gcccgatcct cccggacgaa tctggcagct atagctttaa gcacgtattt taca
//
LOCUS       SEQF2634|AYYE01001054.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 catctcaagt cggccataag agagagcacc agagccggag tacacattag atccgcctct
       61 tagaacgggc ctgtgaagag gcttgtgatc agggtccggg tacacattag gcgtatcgca
      121 atacgtccct cctccaccga cagaggcagc tgtcttcttc ttagcccacc tcaatccgaa
      181 ttagtccctc aaaagccttc ctcaagatga gatatccatt aaagggtcgt cgaagactac
      241 gacgtagata ggctgcaggt gtaaagtcag taatg
//
LOCUS       SEQF2634|AYYE01001055.1 1743 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1743
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             612..893
                     /locus_tag="SEQF2634_01055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKVGLEILDKGLVHLVRGEVAHSVTMPKEGFEMPPKDPEELVP
                     AFAAIHPHPLPKASKVFLQMIEQALAVAPKSEDEGLDLLGGYSLASLLP"
     CDS             1226..1723
                     /locus_tag="SEQF2634_01056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRARIAAKLEAMGGFGGYAEAKRKAQAEAEAKVEESLF
                     FDPPADGKMTAEQRQAVLTAKLKELGDYGVKRRTVEESPFFDPPAEIELERSPLDPPP
                     ADEPKEEVIHPRTKADKPREELIATAPPPAPRKTKSHKVCFCATKRLAPGAFTLRRFG
                     SKVAT"
ORIGIN      
        1 cctaacatct tggacacgct ctcgatcgac accccttcgg cgagggtcat ttgcgaggcg
       61 aaggtgtggc gggccatgtg gaaggtcaac cgtttcgaga tgtggcaaag cgcggcgatc
      121 ttcttgagat gaatattgac ggtgtcgcag ccggggatgg gtaggaggta gccctcgggc
      181 ggttcgtgac gaaaggctcg tgtgtggatg cctctgtacc gctcgatgat cgctgacgcc
      241 tcgggcagca gggggatgtg gcacatccgg ccggtcttta cgcgcggctt gcggatccac
      301 gtcattccgc cctcctcgat cagatgttcc gccgtcaagt gataaatgcc cgtgtaagag
      361 aggcctgtga agcacgaaaa gaggaacatg tctcgggata caagctcgta actccccagc
      421 tgcgagtcgt ccaaatcgat gatgcgccgc agctcgtcct tggtgatgta gcgcggtgtg
      481 ccgacgtccc agcggatgga gtaacccatg aagggatagg tgtcgatgac acgccttttg
      541 tacaagtctt tgaggagcga cgccagcacg gtgagataac cggcggtggt gttgagcttg
      601 aaggccttct catgcgcaaa gtaggccttg agatcctcga taaaggcctt gtccaccttg
      661 tgcgcgggga agtcgctcac tcggtaacga tgccgaagga aggctttgag atgcccccga
      721 aagacccgga ggaacttgta ccggcgttcg ctgcgatcca cccccacccg ctcccgaaag
      781 cgagcaaggt attcctccaa atgatagagc aagccttggc tgtcgctccg aagtccgaag
      841 acgagggcct tgacctcctc ggcggttaca gcctcgcctc ccttcttccg taagtcctca
      901 taggctcggc agacgctgac ttgtaggctg tccagctcgg cgtttacggc caccgcctcg
      961 gcacttttcc cgacgagcct gtgcttacga ctgtcccaaa gcgacggcga gcaggccgtc
     1021 ttacaactga attgtaccat cgttcgccct acactgaggc gcgccataat cgggcttttg
     1081 cccgccttgc tctttgcccc ccgtttgagg taaaagagca gcttcaacgt tttttctttc
     1141 atcgttttgt tgcttacaaa gtggaacctt aaaagagata cttgtcgcta cgcaaaacac
     1201 tgaatgcaag agaaaaagcc tcggtatgac gatagaagaa caacggcgcg ccagaatagc
     1261 cgccaaactg gaagcgatgg gcggctttgg cggctatgcc gaagcaaagc gcaaggccca
     1321 agcggaggca gaggccaagg tggaagaatc gctattcttt gatccgcccg ccgacggtaa
     1381 gatgacagca gaacaacggc aggccgtctt gaccgccaaa ctgaaagaac tgggcgacta
     1441 tggtgtcaaa cggcgcacgg tagaagagtc gccctttttc gatccgcccg cagagatcga
     1501 gctggaaaga agcccgcttg atcctcctcc ggcggatgag cctaaggaag aagtcattca
     1561 tcctcgaacg aaggcggata agccaaggga ggagcttata gcgaccgctc caccccctgc
     1621 ccctcgaaag accaagagcc acaaggtgtg tttttgtgct acaaaacgcc ttgcccccgg
     1681 agccttcact ctgcggcggt tcggctccaa agtcgccacc taatcccata cgaaaaacta
     1741 acc
//
LOCUS       SEQF2634|AYYE01001056.1  917 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..917
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gagcaggccg tcttacaact gaattgtacc atcgttcgcc ctacactgag gcgcgccata
       61 atcgggcttt tgcccgcctt gctctttgcc ccccgtttga ggtaaaagag cagcttcaac
      121 gttttttctt tcatcgtttt gttgcttaca aagtggaacc ttaaaagaga tacttgtcgc
      181 tacgcaaaac actgaatgca agagaaaaag cctcggttta gttacctcat tttgcgtcct
      241 cttgccgaaa ggcaaaaagg ggagagggtg aaatggtatt ttgacgagat atgaacactg
      301 acatgtgctg tcgttcccct gccacactga tctattgccg tcatgcggaa gctgccaacc
      361 ccctgcttta tgggactgac gattacaagt ggggcatgcc ctcttaagga aataacatct
      421 ggcgtttcat tatgcaattc ccaggtaaca tccatcacgt gtttacttcc tctcatcgcg
      481 gcaaattcga cggtgttatt taatcccaga cctccgagca ggtcgatgtg caacgatgtt
      541 gagggactaa atggtgtgtc atgatcttct cccttggctc gtacaaacgt cttgacagct
      601 cctgcccaga cctctaaggg gagggttata ttcagatggg ctgagcgtaa ggttgccctt
      661 atcgtacatt ctcccgaacc gtttttcctg aacacagcag ttctcgttcc ctgcccggaa
      721 accaattgta agtttccatt gcttgtactc cattgtatgg aagttccgga cggaagatct
      781 tggatggtat atgtcccctg attgcaaaca acggtggggc cggagatgga ggatgaagta
      841 tttataacac caatcccatt ccatgtttga ggatttatat ttgctatatc aagccatctt
      901 tttaaactac gacgttc
//
LOCUS       SEQF2634|AYYE01001057.1 1183 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1183
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(612..1133)
                     /locus_tag="SEQF2634_01057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTIRRGLLALLVCVWSLAVPNAYAQRAGDRLFSLPLFERAVV
                     CIKHYEGLHGPKNYPYVGYGHRLLPGERLSCAMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLVQKLESGDRDIRDEYTSFCRYRNKELKALR
                     LRRRVELALLYEK"
ORIGIN      
        1 gagcaggccg tcttacaact gaattgtacc atcgttcgcc ctacactgag gcgcgccata
       61 atcgggcttt tgcccgcctt gctctttgcc ccccgtttga ggtaaaagag cagcttcaac
      121 gttttttctt tcatcgtttt gttgcttaca aagtggaacc ttaaaagaga tacttgtcgc
      181 tacgcaaaac actgaatgca agagaaaaag cctcggttta gttacctcat tttgcgtcct
      241 cttgccgaaa ggcaaaaagg ggaacgatta ggtaactgaa ccccctcttt gaagcccctt
      301 ttttcgcctt ttccctctgg tgcaagcctc ggcagaatgc ggcaaaagtc gctacccatc
      361 agccctctcg ccctttctcg ctttcccttg ctccatactc ccatgtttcg gaagaattga
      421 ccgccatctt gatgctgttt gccttcgtgt atcttattcg agcaacgctc caaatcgcct
      481 tccgccttct gttcttcctg atccgatgga tctgcattgc tgctgcattg gcttggatcg
      541 tttgccgact actactttga gacgttataa tagcaatgac ggggagagga tctatcgaga
      601 ccttcttccc gtcacttttc atagagcagc gcaagctcta cgcggcgccg taaacgcagt
      661 gctttcagct ctttgttgcg gtagcggcag aacgaggtgt actcgtctcg gatgtctctg
      721 tcgcccgatt ctaacttctg gacgaggcga ctcttcggct gtttgccgta gcctaagaga
      781 cggtattcac cgacgttata cgacaacacg gcaaggagca aggagtcgcg accaaagcga
      841 cgaaacgtga caagccgttt ctttagatct gcgcgaagca gggagtccgc ctgccgtttt
      901 gtcatcgcac atgaaagccg ctcaccgggt agcagacggt gaccgtagcc gacataaggg
      961 tagtttttcg ggccatgcag cccttcgtaa tgtttgatgc acacgacggc gcgctcgaag
     1021 agcggaaggc tgaacagccg atcgccggcg cgctgtgcat atgcgtttgg tacagcgagc
     1081 gaccaaacgc acacaaggag cgcgagcagg ccacgtctga ttgtcgtttt cataaggtgg
     1141 ttagatgttt tgggggtgga taaaaagaca aaagcaccga tcc
//
LOCUS       SEQF2634|AYYE01001058.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagcgttttc cctccttatc ctcagtgttc catcaatcca tggcgcagcg agtcctttcg
       61 ccgacttttg ccgccaaaag aaaaagcaag cgcgggcagt tgcgctggct tgcttcaatc
      121 caattacgca accttattct tatcaaaaca ccatgcaaat catccttgta gacagtaagg
      181 cttgggagcg acattgctcc gcctttgccg actttatcca ccgcatcgag cggctcatcg
      241 gcaatccgcc cgaggtcgac gaatggctcg acaacgacgc cgtatgccgc cggctgagca
      301 tcagccctcg caccctgcag accttgagag atacgggcaa aatccccttc tccatggtcg
      361 ggcataa
//
LOCUS       SEQF2634|AYYE01001059.1 1359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             264..533
                     /locus_tag="SEQF2634_01058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKAWERHCSAFADFIHRIERLIGNPPEVDEWLDNDAV
                     CRRLSISPRTLQTLRDTGKIPFSMVGHKCYYKAGDIAELLNSKAE"
     CDS             537..845
                     /locus_tag="SEQF2634_01059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEHAIITEESPQMQLFVQLMEGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSTRTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKPSV
                     "
     CDS             842..1339
                     /locus_tag="SEQF2634_01060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRARIAAKLEAMGGFGGYAEAKRKAQAEAEAKVEESLF
                     FDPPADGKMTAEQRQAVLTAKLKELGDYGVKRRTVEESPFFDPPAEIELERSPLDPPP
                     ADEPKEEVIHPRTKADKPREELIATAPPPAPRKTKSHKVCFCATKRLAPGAFTLRRFG
                     SKVAT"
ORIGIN      
        1 ggctctttgt gaggagaagg cggcccataa aagcaaggcc acagcgcggg gctttcgaga
       61 cagctacaag agcttcgtcc gctgatgggc agcgagcaga cgcagaggct acgccgtgcc
      121 ttgcggatct gtccgccgcg aaaggggacg ctcgagaaaa agtgatgctg gcaactcgat
      181 tgccggggcc gctggatcga aagtgacgct ggcaactctg gttgctccaa tcccattata
      241 caacctcata acccaaaaac accatgcaaa tcatccttgt agacggtaag gcttgggagc
      301 gacattgctc cgcctttgcc gactttatcc accgcatcga gcggctcatt ggcaatccgc
      361 ccgaggtcga cgaatggctc gacaacgacg ccgtatgccg ccggctgagc atcagccctc
      421 gcaccctgca gaccttgaga gatacgggca aaatcccctt ctccatggtc gggcacaagt
      481 gttattacaa agccggagac atcgctgaat tactgaactc aaaagctgaa tgaactatgg
      541 aagaacatgc aatcattacg gaagaaagcc ctcaaatgca gctgtttgtc cagctcatgg
      601 agggcgtatt gaagaagctg gagcgctact gcgcctcggc ccgccccacg ctcgctgggg
      661 aggtttatct caccggcgag gaggtctgcg agcggctcaa gctcagcacc cgcacgctgc
      721 aggagtaccg cagccgcggc cttttggcct tctacaaaat cggcggcaag atcctctaca
      781 aacagagcga cctgcaggcg atgctcgacc gacattataa ccccattcaa aagccatcgg
      841 tatgacgata gaagaacaac ggcgcgccag aatagccgcc aaactggaag cgatgggcgg
      901 ctttggcggc tatgccgaag caaagcgcaa ggcccaagcg gaggcagagg ccaaggtgga
      961 agaatcgcta ttctttgatc cgcccgccga cggtaagatg acagcagaac aacggcaggc
     1021 cgtcttgacc gccaaactga aagaactggg cgactatggt gtcaaacggc gcacggtaga
     1081 agagtcgccc tttttcgatc cgcccgcaga gatcgagctg gaaagaagcc cgcttgatcc
     1141 tcctccggcg gatgagccta aggaagaagt cattcatcct cgaacgaagg cggataagcc
     1201 aagggaggag cttatagcga ccgctccacc ccctgcccct cgaaagacca agagccacaa
     1261 ggtgtgtttt tgtgctacaa aacgccttgc ccccggagcc ttcactctgc ggcggttcgg
     1321 ctccaaagtc gccacctaat cccatacgaa aaactaacc
//
LOCUS       SEQF2634|AYYE01001060.1 1100 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1100
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(529..1050)
                     /locus_tag="SEQF2634_01061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTIRRGLLALLVCVWSLAVPNAYAQRAGDRLFSLPLFERAVV
                     CIKHYEGLHGPKNYPYVGYGHRLLPGERLSCAMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLVQKLESGDRDIRDEYTSFCRYRNKELKALR
                     LRRRVELALLYEK"
ORIGIN      
        1 ggctctttgt gaggagaagg cggcccataa aagcaaggcc acagcgcggg gctttcgaga
       61 cagctacaag agcttcgtcc gctgatgggc agcgagcaga cgcagaggct acgccgtgcc
      121 ttgcggatct gtccgccgcg aaaggggacg ctcgagaaaa agtgatgctg gcaactcgat
      181 tgccggggcc gctggatcga aagtgacgct ggcaactctg gttgctccaa tcccattata
      241 caacctcata acccaaaaac accatgcaaa tcatccttgt agacggtaag gcttgggagc
      301 gacattgctc catactccca tgtttcggaa gaattgaccg ccatcttgat gctgtttgcc
      361 ttcgtgtatc ttattcgagc aacgctccaa atcgccttcc gccttctgtt cttcctgatc
      421 cgatggatct gcattgctgc tgcattggct tggatcgttt gccgactact actttgagac
      481 gttataatag caatgacggg gagaggatct atcgagacct tcttcccgtc acttttcata
      541 gagcagcgca agctctacgc ggcgccgtaa acgcagtgct ttcagctctt tgttgcggta
      601 gcggcagaac gaggtgtact cgtctcggat gtctctgtcg cccgattcta acttctggac
      661 gaggcgactc ttcggctgtt tgccgtagcc taagagacgg tattcaccga cgttatacga
      721 caacacggca aggagcaagg agtcgcgacc aaagcgacga aacgtgacaa gccgtttctt
      781 tagatctgcg cgaagcaggg agtccgcctg ccgttttgtc atcgcacatg aaagccgctc
      841 accgggtagc agacggtgac cgtagccgac ataagggtag tttttcgggc catgcagccc
      901 ttcgtaatgt ttgatgcaca cgacggcgcg ctcgaagagc ggaaggctga acagccgatc
      961 gccggcgcgc tgtgcatatg cgtttggtac agcgagcgac caaacgcaca caaggagcgc
     1021 gagcaggcca cgtctgattg tcgttttcat aaggtggtta gatgttttgg gggtggataa
     1081 aaagacaaaa gcaccgatcc
//
LOCUS       SEQF2634|AYYE01001061.1 1301 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             142..450
                     /locus_tag="SEQF2634_01062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLMEGVLKKLERYCASARPTLAGEXY
                     LTGEEVCERLKLSTRTLQEYRSRGLLAFYKIGGKILYKQSDLQALLDRHYNPIQKPSI
                     "
     CDS             447..1085
                     /locus_tag="SEQF2634_01063"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEEEQRRASIAAKLEAMGGFGGYAEAKRKAEMEAEAKVEESPF
                     FDPPADGKMTAEQRQAVLTAKLKELGDYGVKRRTVEESPFFDPPVELELERSTPYPSP
                     ADESKEEVIHPRTKADKPKAEVIATAPPAPAPRKAKSYKEDLAAFRETYLQPARISHR
                     KAVYVSDETQQRLDFVVRRIGLRGASISGYVECVLREHLDGYKDSIELWRKL"
ORIGIN      
        1 tgccgccggc tgagcatcag ccctcgcacc ctgcagacct tgagagatac gggcaaaatc
       61 cccttctcca tggtcgggca taagtgctac tacaaagccg gcgacatcgc tgaattactg
      121 aactcaaaag ctgaatgaac gatggcagag catgcaatca ttacggaaga aagccctcaa
      181 atgcagctgt ttgtccagct catggagggc gtattgaaga agctggagcg ctactgcgcc
      241 tcggcccgcc ccacgctcgc tggggagntt tatctcaccg gcgaggaggt ctgcgagcgg
      301 ctcaagctca gcacccgcac gctgcaggag taccgcagcc gcggcctctt ggccttctac
      361 aaaatcggcg gcaagatcct ctacaaacag agcgacctgc aggccctgct cgaccgacat
      421 tacaacccca ttcaaaagcc atcgatatga cggaggaaga acaacggcgc gccagtatag
      481 ccgccaaact ggaagcgatg ggcggctttg gcggctatgc cgaagccaag cgcaaggcgg
      541 aaatggaagc ggaggcgaag gtggaagagt cgcccttctt tgatccgccc gcagacggta
      601 agatgacagc agaacaacgg caggccgtct tgaccgccaa actgaaagaa ctgggcgact
      661 atggcgtcaa acggcgcacg gtagaagagt cgcccttttt cgatccgccc gtagagctcg
      721 agctggaaag aagcacgcct tatccttccc ccgcggatga gtctaaggag gaagtcattc
      781 atcctcgaac gaaggcggat aagccaaagg cggaagttat agcgaccgct ccacccgctc
      841 cggctcctcg aaaggccaag agctacaagg aggatttggc cgcattccga gagacgtacc
      901 tccaacccgc gcgcatcagc caccgcaagg cggtctacgt ctctgacgag acccagcaaa
      961 ggctggactt cgttgtccgc cgaatcggtc tgcgaggcgc cagcatctcg ggctatgtcg
     1021 agtgcgtgct tcgggagcat ctcgacgggt acaaggacag catcgaacta tggcggaagc
     1081 tctgaacaca tgcacgctta gcgtgcaatg ccctcccgaa cacttgcatg tattgagtgc
     1141 aagtgttcag ggtacgggca cctcctattc tggggcccgg caaggtgtgt ttttgtgcca
     1201 caaaaaccgt tttgtgccac aaaacgcctt gcccccggag ccttcactct gcggcggttc
     1261 ggctccaaag tcgccaccta atcccatacg aaaaactaac c
//
LOCUS       SEQF2634|AYYE01001062.117163 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17163
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             142..450
                     /locus_tag="SEQF2634_01064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLIEGVLKKLERYCASARPTFAGEVY
                     LTGEEVCERLKLSTRTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKPSV
                     "
     CDS             complement(826..2223)
                     /gene="kly_1"
                     /locus_tag="SEQF2634_01065"
                     /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="MKKTIAFLLSLFSCVTIINAQEMCSTPSPEPPQWIFNPSLRSVR
                     VNKLYRINIFVHIVRSGNDKGASPTIAPSIINDLNGAFANAHIQFVLLGSDFINSNNS
                     LNPLYGKEKELFKMNAHTNAIDIYVVPEDSWTRVGIADSIPSTALIVRNDHRNTSALP
                     HEMGHCLGLYHTHHGTWDEKDSNDKRQCQEFVDGSNSTTCGDYISDTPADPCIWSTNT
                     CAYTGIIKDGHKQKYSPDASNYMSYANPLCRTKFTNGQIERMKRSIDTTAILQRVLCE
                     LPFVKMKGIEQGAYLKSRRTIHVSVSTDILQGVNSYRWEGANCRILSGQGTPSVSIQV
                     DNNPYTDDLPFNIQLYYANACDSKRVRVDGFIIGKPRPSFSLFPNPATDVVTLKLTKG
                     GDGVLSSQGQGSLTTKGVTSTYEIQLWSGLTMLKSFRTNQLTFQIPIAGLSAGLYFVR
                     VIKDGQTYTEKLIKN"
     CDS             complement(2225..2824)
                     /locus_tag="SEQF2634_01066"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKILWFSILSLLLVIATGCEKEKRAKTKEEQIFPHNLEFAVFE
                     LTTHQACKVACGENGEILISLQDVKDDVDTNCSLAQFDSIQMMEQIKIYAYLNINGDS
                     TRLEVPSKPCGTVSYYCKDKSEEVQDVFRLIDEIRDAPAAQGDSAWFFDTFERLFGKG
                     ASIDHTPYRIYLAKADPTKFDAPHARLEDYRLIFILTTK"
     CDS             complement(4017..4457)
                     /locus_tag="SEQF2634_01067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQRKKEFSYYRLRLETYLKDYHPERLADEAFIRDRSDAAAEAY
                     EDAFRQGYPVLEAGHIATEVLFVGLHFSPYYMLEQIIENEFANVVPPERAADFALRLL
                     QSDTIRETIAKYEPGDDFDGSPEYDLLYTELTGVIALSYSKRTA"
     CDS             complement(4454..4795)
                     /locus_tag="SEQF2634_01068"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEAEIIRRESPEMEALFDGFTSVAEQMSEVAATHRPLFGGDVY
                     LTGREVTERLFISRRTLQEYRDRGLLPYTRIGGKMLYKLSDLERLLRENYRTQTPPRP
                     LHRITHKPQTP"
     CDS             complement(5090..5395)
                     /locus_tag="SEQF2634_01069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYVIIESSAWEALKSRIEGLRERMSELFGSRAEPSELLPGEAV
                     CRILGVSRRTLQYYRDTAALPFVRIEHKCYYRREDVAALLAESGSPEPLPNRLPEGV"
     CDS             complement(5454..6701)
                     /gene="xerC_4"
                     /locus_tag="SEQF2634_01070"
                     /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="MRSTFRLLFYINRNKAKKNGKAAVLCRITVDGRSAVIATGEECA
                     PETWQTKSGETGDRKINLRLQALRERIEASYTTLLRREGVVSVERLKLRLQGVNETPT
                     MLLETSTEELRTVEACVGRSRSPGTYQNNRRSDSGLRDFVRSRGESDIPIPTLAPDFF
                     DAYRFFLKRRGYAASTTNRYLHWLGRLMRRAIARGVIRFNPFEGVRYETEKYRPRFLQ
                     KHEVERLLAFPVRDEATELSRRMFLFSVFTGLAYADLRTLRRSQIETDGAGRPYIRKA
                     RQKTHEESLIPLHPIAEQLLSLYLKDDKTEDRRIFPDASYFLLTHRLKAIGKACGLHE
                     PLTFHVGRHSFGTLTLEAGISMESIARMMGHASVTTTELYARITDQKISEDVDRLIAR
                     RRKAGEGGAAPGNRMGKSPEQGA"
     CDS             complement(6714..7928)
                     /gene="xerD_6"
                     /locus_tag="SEQF2634_01071"
                     /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="MKVLLYLKRSSIDKSGRAPIMGRITYAGTMAQFGCKLSCPPDLW
                     NPRESRLRGKSREAVVTNEKLDDLMLAISQAYRTLADRGVAFTAADIKERLQGNAHSR
                     TTFLERYDRLLEEVDARVGVDLTRHSAQIYHQARKHFARFIRSRFGREDMTFSEMTED
                     FFPQFERYIKGELGLSDNSFLRLSCMLKKVCRLAYREGLSDRPLFEGIRIRREKRSAP
                     RSLDRTAFNRLLALTFPPHQKDLEIARDLFAFTCYTGAAYCDMVRLTRSHLFRDDRGD
                     LWLKFKRQKTESLCRVKLLPEAVALIERYRSDERETLFSPIPYYTYLIRLKAVGLKAG
                     LAFPLTAHIGRHTFATLITLENGAPIETVSRMLGHGSLKMTERYARVTSRKLFEEFDR
                     FLAFTQDLHLTL"
     tRNA            8541..8617
                     /locus_tag="SEQF2634_01072"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(tct)"
     CDS             complement(8836..9498)
                     /gene="ung"
                     /locus_tag="SEQF2634_01073"
                     /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="MDVKMEPSWKTRLVGEFEKDYFVKLTDFVRQEYRQATVYPSGPN
                     IFNAFAHCPFDRVKVVIIGQDPYHEPGQAHGLCFSVQDGTPFPPSLQNIFKEITDDLG
                     RPRPTSGDLTRWADQGVLLLNATLTVRAHRAGSHQGHGWETFTDAVIRCLNAERQHLV
                     YMLWGAYAQKKGASIDTSRNLVLTSPHPSPLSAHRGFFGNRHFSRANDYLVALGESPI
                     DW"
     CDS             complement(9561..11633)
                     /gene="phoR_1"
                     /locus_tag="SEQF2634_01074"
                     /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="MKATNDVLPEEVRRRTELIDRMTTIERRRRTITERAWLGVLWCL
                     IVGAVATGCQRGGERRQEPTAAERAARRDSLEALFNARRWTSADSLGVALREARASGD
                     SVAVAVACRAAAMALQNKQRFAEATQVVQTGIEALRDTPDTILEATLQNTAATGYRRM
                     GALFEASDRLYDALHRVETFSGADSPEGKRMRAFLYNNLGNVYKYLNDGDEAEIFFRR
                     AIVLDEELGNNNGVAMNYSTLGSIYEYRKQNDSALAFYNRALERNIRGGSVTGIAICH
                     NHIGQLLMKHGEMDSALVHHRAAYRVLQGEGEVWNRQRAALSMAWIYLQKNNLEAARR
                     LLDETEVVALRAHSFGHLEETYYCQAEYYRRRGDYRAASDRQARCLDCRDSMARQRDE
                     REVVQNRIRYEREKNDAEVFRLHRRNEAVEANRRLILLSSVLIGSILIVLLVLSVLLI
                     RLQRRRNRELHEMNATKDKFFSIISHDLKNPALAQRNALQALVNDAAELDAESLSHYY
                     AMLLKSADAQVELLYNLLDWARVQTDRIPFTPVTFSLSRVVDDEVSLMHMPIESKSIR
                     LIVDVSDDLCANADRNMVATVLRNLLTNAIKFSHPEGRIAISARQDGAWITVSVADDG
                     VGMSADKLRTLFDAGREQSTRGTRGETGSGLGLVVCKHFVERNGGRLTAHSEESRGTT
                     FHFTLKAK"
     tRNA            complement(11963..12037)
                     /locus_tag="SEQF2634_01075"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(ccg)"
     CDS             12575..14980
                     /gene="btuB_2"
                     /locus_tag="SEQF2634_01076"
                     /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="MVNILNTIRLGRGVRLFGLVFIPLLSFVSLFAQQGGTGVCQGGV
                     TDAETHRALEGVLVRDASGYHGAVTDAEGRYTVALPAGRSKLTFSYLGYISQTLTVTV
                     GRAGTTPLDVALRPDDSQLSEVVVTSKSAAQRLREAPSAVTVVDASALRYHMATLNEL
                     LDKTAGVHVARQGGMGSMARILVQGLDGKRIGVFVNGVPMGSSEEFSLGSIPPDMVQE
                     VEIYKGIVPAYLGGDGLGGAVNIILKDFQNDHLEAAYGIGSYHTHTANFQAKKYLPAA
                     GLAVRAGGSFDYSKNDYTFNSPFELGRIIRRDHDAYRRIAAEVGVAFTRLPLDHAELS
                     VGYENLYDEIQGGLMNVQNNIRHAFSRYNSLNISQALSKRLADGRFSILLNASQGLAV
                     ANQVDTSHYSYDFLGNRFLSSSVQGEVGSLPNDSRDRYTNLQERLNANYRFNEVHALN
                     ANITHRYNRKLPKDDLADSYSRFPTGGYPSQLHAIVAGLTYELHLAGGRWVNEAGIKL
                     FYYRSEVMPSPERVVLQEKLTAAKNAQAAPGWSEAIAWHPSEALTVKASVQSLRRMPT
                     ADEMFGNGVLIYPSYMLRPEQSLNMNLGVGWIVRSGRYPHARIEVNAFYMHLTDMIKM
                     MYGTMYMAYENIGRARITGVEGSVDAGLFPWLDVRGNVSWQDARDTRRDAVGGGSNFH
                     YNYRIPNTPYFFGNCDINLHTDHLLGRRSHSALTLGFEFTHRFNYNWEAPGDRSSMEI
                     PSKYEVNVGLHHAFTPQWQLGLEVRNLFDRENWGEYRYPLEKRTLHFKVKYTLNKLNT
                     IKE"
     CDS             14977..16248
                     /locus_tag="SEQF2634_01077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKSNLYGLLPTVAAALALMLSTSCGENDTPTPKPEPKPGPNPT
                     PEEAVHHYAFAANVDNAFYITTFEDFKEGLKTDFKGAIKLASGHLFIEKFGDYVYMQS
                     GSMYGQGGEQTLYKYALSKTGRLSEKPVAQLAFPGSPNVVEIIFASETKAYAVTTGSR
                     GQLIVINPSTMTVVKEIDLSAYAEGDNDPDGGNGIVRDGKLFLPLNQAKSMQEILPTA
                     AQIAVIDVATDRVEKVIKDERATSLGMVGHTCPVTDEAGNIYFYTGPRSAMMAQFMPG
                     KGYKDGLLRIKKGETDFDKDFYMSLQTANGGEVGSYGLYMTYGGNGKIYLMLYKPSLV
                     TEKDDPNMTKNRSFVPYEVDVRAKTGRVLPMPATTAWTSSAIIRVGNAIYFGEQTSEG
                     IGFYRYDMTTGKGSNKPTVETPSGAYKVIAL"
     CDS             16270..16671
                     /locus_tag="SEQF2634_01078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRIQKIITLWGLVLAGFLAHNMADLLPIFWAVDVAVEHAEEAP
                     VGMMAFMAIITYTLPAVGIATTMYGRGRGAALVNLILAAVMALFNVLHDGGELIMAFN
                     PVQVFVLPFVLCFSILLAVESFKWYKEMGAE"
ORIGIN      
        1 tgccgccggc tgagcatcag ccctcgcacc ctgcagacct tgagagatac gggcaaaatc
       61 cccttctcca tggtcgggca taagtgctac tacaaagccg gcgacatcgc tgaattactg
      121 aactcaaaag ctgaatgaac gatggcagag catgcaatca ttacggaaga aagccctcaa
      181 atgcagctgt ttgtccagct gatagagggc gtattgaaga agctggagcg ctattgcgcc
      241 tcggcccgac ccacgttcgc cggggaggtt tatctcactg gcgaggaggt ctgcgagcgg
      301 ctcaagctca gcacccgcac gctgcaggag taccgcagcc gcggcctcct ggccttctac
      361 aaaatcggcg gcaagatcct ctacaaacag agcgacctgc aagcgatgct cgaccgacat
      421 tataacccca ttcaaaagcc ttcggtatga cgatagaaga actacggcgc gccagattgg
      481 ccgccaaact ggaagcgggc ggcataggcg gctatgctga agccaggatt acggtgtcgt
      541 attctttgaa gaattcgtcg acgatatata gatctctaca gttttattgg cgggaatcat
      601 tgtgtagttt gctctttgtt atcagcatgt caagatacaa actctccttt gattttcacc
      661 tctttttgcc ccctttctta catcgaattc acgttaaaga gggacaatga agagagtggg
      721 gcgttcgtct atacgaaaat cgggcaggcc aaggaacttt catctcctcg gtctgcccga
      781 taattcactt acacgttgct tctacacagc aaccatttca aggagttaat tcttgatcaa
      841 cttctcagtg taggtctgtc cgtctttgat cacacgcacg aaatacagcc ctgccgaaag
      901 tcccgcgatt ggaatctgga aagtcagctg attcgtcctg aacgatttca acatcgttag
      961 cccgctccaa agttggatct cgtacgtact ggtaacaccc tttgtagtca aagagccttg
     1021 gccttgagaa gacagaacgc catcaccccc tttcgtcagt ttgagtgtca ctacatctgt
     1081 ggcggggttg gggaaaaggc taaaagatgg ccgtggctta ccaatgataa agccatctac
     1141 tctcactctt ttagaatcac atgcattagc gtaatacagt tgtatattaa acggtaaatc
     1201 gtccgtatac ggattgttgt ctacctgtat agacacagac ggtgttcctt gacctgacag
     1261 aattctacaa ttagctcctt cccatcgata tgaatttacc ccttgaagta tgtctgtgct
     1321 gacagaaaca tgtatagttc gtctactttt caaataagca ccttgctcta tccccttcat
     1381 tttgacaaat ggaagttcac acaagacacg ctgaagaatt gcagtggtgt caatggatcg
     1441 tttcattctt tctatctgcc catttgtaaa ttttgttcgg catagaggat tagcatatga
     1501 catgtaattc gatgcatcag gagagtactt ttgtttatgg ccatccttta ttatgccggt
     1561 atatgcacaa gtattcgtag accaaatgca gggatcggcc ggggtatctg aaatataatc
     1621 cccacaggta gtagaattac ttccatctac aaattcctga cattgccttt tgtcgttaga
     1681 atccttttca tcccacgttc cgtgatgggt atgatagagt ccgaggcagt gccccatctc
     1741 atggggtaat gccgaggtgt tgcgatgatc attgcgtacg ataagagccg ttgaagggat
     1801 agaatcggct atgccaactc ttgtccatga atcttccgga actacatata tgtcaatagc
     1861 atttgtatgt gcattcatct tgaatagttc cttttctttg ccatatagag ggttgagaga
     1921 attattgcta ttaataaagt ccgaacccag tagtacaaat tggatatgcg catttgcgaa
     1981 agcgccattt aaatcgttga ttatcgacgg tgcaatcgtt ggactcgccc ccttatcatt
     2041 accacttcga actatatgta caaagatgtt tattcggtat aacttattca ctctgacaga
     2101 tcttagagat ggattaaata tccattgagg aggttccggt gaaggtgttg aacacatctc
     2161 ttgtgcattt atgattgtaa cacaagaaaa cagtgacaaa agaaaagcga tcgtcttttt
     2221 catctcattt cgtagttaga atgaatatca gtctataatc ttcaaggcga gcgtggggag
     2281 catcgaactt tgtcggatcg gctttcgcca aatagatacg atatggtgta tgatctatgg
     2341 aggcaccttt gccaaagagg cgttcaaagg tatcgaaaaa ccaagcgctg tcaccttgtg
     2401 ctgctggcgc atctctgatt tcgtcaatca gtcggaaaac gtcctgcacc tcttccgact
     2461 tgtctttaca ataatagctt acagttccac atggcttgga gggaacttcc aaccgggtgc
     2521 tatctccatt tatattcaag taagcataga ttttgatctg ctccatcatt tgaatactgt
     2581 caaactgagc cagtgagcag tttgtatcca cgtcatcttt gacgtcttgg agtgaaatca
     2641 agatttctcc attttcacca caagccactt tgcatgcctg atgagtcgtt agctcaaaaa
     2701 ccgcaaactc caaattgtgt ggaaatatct gttcttcttt tgtcttggcc cttttctctt
     2761 tctcgcaccc cgtcgctatc accagcagaa gggaaaggat actaaaccat aaaatcttct
     2821 tcattttcat tttttatcat gttttccgtt aatcacaatt ccgcttccgg atcgatttat
     2881 ctcactgcgc ctccggggtg cggttcctaa gggcgcccaa ataggtctgg tggagtattc
     2941 tctatggctt tcataaaact gatctattaa tattcgacac aaatatagaa tatataaccg
     3001 taatacaaaa gttcttttct gtgattcttg atgttttatc cccaaggatc tctttttcct
     3061 acaaaaaact ttttattcga tgaaaaactt cactttcctt cgcttctcgc ttctcgtatc
     3121 ctatggaact tacagagagg gaaaactttc tgataagtga tcattcgtca ggcgcccgtc
     3181 aaactcggta tgagcgtgga ggaaaaaaac tttcgctatc gacagcattt cggtgaaagg
     3241 aagctacgta atcatcaaag ggtgggcctt cgtaaccgtt gcgggagttt cgcaggcccc
     3301 aaaactattg ctgcgacatt tgctgaagat tttagtacac ctttgcgtgc gagaaatgag
     3361 gggtcttatg actactgcaa aaagacgaaa acaggagtac ctcgctcgtt ttctattcgt
     3421 tccctttggg tgagtagagc aatcagtatc cactcactgg caagcactta aagctccatt
     3481 cttttgttct atgttctttg ggtaagcacc tatgactttc agtgccacta tggctacgac
     3541 gatccatgca agccaaatga ttttttgcgg taatgcgagg aggcgtcgtt tcgtttcaaa
     3601 tctgttttgg gggtgataag atctttccgt tttcatcgtg ctgacatttt ttttgcgttc
     3661 aaagctcgga gtatgccggt ttcgtttcga gggcaacaaa gggcagacga tgaggggaaa
     3721 aggcaaggct ctacgccgat aaaatacgct gtgaagcagg aagattttat cggtagcgaa
     3781 cgctctgggg cgttcggcct tgacgctccc tctcacgtct gctgaccttc gcccgaagac
     3841 aggggaaccg acatcggctc cgagccgcga acaaaaagtg gaagccggga aacctgtaga
     3901 ggaaagatcc tcggaataag atatgtaggt atcggggcat aaaaacggcc gcagcgcgat
     3961 gccacggccg aatgaaacag ggaaacgcca aaagcgcgta ggctacggga gcaccttcac
     4021 gccgtccgct tcgagtagct cagggcgatg acgccggtca gctcggtgta gaggaggtcg
     4081 tactccggac tgccgtcgaa gtcgtcaccc ggctcatact tcgcgatggt ctcgcggatg
     4141 gtgtcgctct gcaacagccg cagcgcaaaa tccgcggcgc gttcaggcgg aaccacgttg
     4201 gcgaactcgt tctcgatgat ctgttcgagc atgtagtacg gcgaaaaatg cagtcctacg
     4261 aagagtacct ccgtggcgat atgcccggct tcgagaacag gatagccttg ccgaaaggcg
     4321 tcttcatagg cctcggccgc ggcgtccgat cggtcacgga taaacgcctc gtcggccagc
     4381 cgttcggggt gataatcttt caaataggtc tctaatcgca gtcggtaata ggagaattcc
     4441 ttttttctct gtgtcatggg gtttggggtt tgtgggtgat acgatggagg gggcgaggcg
     4501 gtgtctgcgt ccggtaattc tctcggagca ggcgctccag atcggagagt ttgtagagca
     4561 tctttccgcc gattcgggtg tagggcagga ggccgcggtc gcgatactcc tgcagcgtgc
     4621 ggcggctgat gaagagcctt tccgtcacct cgcggcccgt caggtagaca tcgccgccga
     4681 agagtgggcg gtgcgtggcg gcgacctcgc tcatctgctc tgcgacggac gtgaacccgt
     4741 cgaagagcgc ttccatttca ggcgattccc gcctgatgat ttctgcttca gtcattgatt
     4801 tctgcttggt ttattcttgt ttggtcatta gaaaaacggg tggggggacg cacgctttgt
     4861 gaggctccat ggcctctgct ttttggccca aaaagttttt tccgcgcgat tgtctgatac
     4921 aatgggccga aaaagttttt ttctcgcgat tgtacgatac aatgggccga aaaagttttt
     4981 ttctcgcgat tgtacgatac aatgggccga aaaagttttt ttcatgcgat tgtacgatac
     5041 aatgggccga aaaagttttt tccgcgcgat tgtatgatac aatggctcct cacactcctt
     5101 ccggcaaccg attggggaga ggctcggggc ttccgctttc ggcgagcagc gccgccacgt
     5161 cctcccgccg gtaataacac ttgtgctcga tgcggacgaa aggcagcgcc gccgtgtcgc
     5221 gatagtattg taacgtgcgg cggctgacgc cgaggatccg gcagacggcc tcgccgggta
     5281 acaattcgga cggctctgct ctcgatccga acaattcgct catgcgttcg cgcagccctt
     5341 cgatgcggct tttcagcgct tcccacgcgg acgattcgat gataacatag tccatagtca
     5401 cttcattttt gggggttatt cttctgtttt atctgacaat cacaacagca aacctatgcg
     5461 ccctgttccg ggctttttcc catccggtta cccggcgcgg caccgccttc ccccgccttc
     5521 cttcttcggg caatgagccg atctacatct tccgaaatct tctgatcggt gatgcgggcg
     5581 tagagttccg tggtggtgac ggaggcgtgg cccatcatgc gggcgatgct ctccatagag
     5641 atccctgctt cgagggtgag cgtgccgaac gagtgacgcc cgacgtgaaa cgttagcggt
     5701 tcgtggaggc cgcatgcctt accaatagcc ttgaggcgat gggtcaatag gaaatagctc
     5761 gcgtcaggga agatcctgcg gtcttccgtc ttatcatctt tcaggtaaag tgaaaggagc
     5821 tgttcggcga tcgggtgaag gggaatgagg ctctcctcgt gggtcttctg ccgcgccttt
     5881 cggatgtatg gccgacccgc gccgtccgtc tcgatctgcg accttcggag cgtccgcaag
     5941 tcggcgtaag ccagccctgt gaagaccgaa aagaggaaca tgcggcggct cagctccgtg
     6001 gcttcgtctc ggacgggaaa ggccaggaga cgctctactt catgcttttg cagaaagcgt
     6061 gggcgatact tctccgtctc gtatcgtact ccctcgaagg ggttgaaacg gatcacgccg
     6121 cgggcgatcg cgcggcgcat caatcggccg agccaatgga ggtaccggtt tgtcgtggag
     6181 gcagcgtagc cccttcgctt cagaaaaaaa cgatacgcat cgaagaagtc cggtgcgagt
     6241 gtcgggatcg gaatgtccga ttcgccacgg ctgcgaacaa agtcccgcag tccactgtca
     6301 gaacggcggt tattttgata agtgccggga ctccttgagc ggcccacgca ggcttccacg
     6361 gtccgcagtt cctccgtgct cgtttccaaa agcatcgtcg gagtctcgtt taccccctgc
     6421 aatcggagtt tcagtcgttc gacactgact acaccctccc ggcggaggag ggtcgtgtag
     6481 ctcgcttcga ttcgttcgcg gagagcctgc aagcggagat tgatcttccg gtcgcccgtc
     6541 tcacccgact ttgtctgcca cgtctcgggt gcgcactcct caccggtagc gataaccgcc
     6601 gaacggccat ccacggtgat tcggcagagc acggccgcct ttccgttctt tttcgccttg
     6661 tttcgattga tgtaaaacag gagtctgaat gtgctgcgca tgggattccg gggttaaaga
     6721 gtcagatgaa gatcttgggt gaaggcgagg aaacgatcaa actcctcgaa gagtttgcgc
     6781 gacgtgacgc gggcgtatcg ctcggtcatt ttgaggctac cgtggcccaa catgcggctc
     6841 acggtctcaa tgggtgcacc gttttcaagc gtaatcagcg tggcgaacgt gtgtcgcccg
     6901 atgtgtgccg tcagcgggaa tgcgagacct gctttcagtc cgacggcctt cagtcggatg
     6961 aggtaagtgt agtaagggat tggcgagaaa agcgtctccc gctcgtcgga gcggtaacgc
     7021 tcgatgagcg ccacggcctc gggaaggagc ttcacccggc agagcgactc cgtcttttgt
     7081 cgtttgaact ttagccacag gtcgccgcga tcgtctcgga agaggtgtga gcgcgtaagc
     7141 cgcaccatgt cgcaataggc cgccccggtg tagcaggtaa acgcgaacag atcgcgggcg
     7201 atctccaagt ccttttgatg cggtggaaaa gtgagtgcca gcagtcggtt gaaggccgtc
     7261 cggtcgagcg accgcggtgc gcttcgtttc tcacgcctga tgcgaattcc ttcgaagagc
     7321 ggtcggtcgg agagaccctc ccggtaagcc agccggcaca ccttcttcag catgcaagac
     7381 agccgaagaa aggagttgtc agagagccct aactcccctt tgatatagcg ctcgaactgc
     7441 gggaagaagt cctccgtcat ctcactaaaa gtcatgtctt cccggccgaa acggctccgt
     7501 ataaagcggg cgaagtgctt tctggcctga tgatagatct gagccgaatg cctcgtcaga
     7561 tcgacgccga ctcgtgcatc tacttcctcc aatagccggt cgtagcgttc gaggaaggtc
     7621 gtccgactgt gggcattgcc ttgcaatcgt tccttgatgt cggcggccgt gaaagccaca
     7681 ccccgatcgg ccagtgtccg gtaagcctga ctgatggcca acatcagatc gtctaacttc
     7741 tcattggtga cgacggcctc ccggctcttg cctctcaggc ggctctcgcg gggattccag
     7801 aggtcgggcg ggcaagagag cttgcagcca aactgcgcca ttgtcccggc atacgtgatg
     7861 cgccccatga tcggcgcccg tcccgatttg tctatgctgc tccttttcag gtagagcaaa
     7921 accttcatcg tttctctctt cattacttcg ggtttttagg gtgtgcaaag ttacctgtca
     7981 gcgaagcatt cagagctata caaaacgcta caaataagcg taatacgcac gtttcaccaa
     8041 aagacgttta ccgccgtatt ttgcgttttc gttacctctc gaatcatagg taacgatttg
     8101 gttacgctcc gtcttcatcg atcccaacgc tttgcctttt ctttgccgat gcaaatccgt
     8161 tagaaccgat gcacttatca cccaaaaccc gatcgttttt cccgccgcct tccttaggct
     8221 tcctccatac taatagactt gcagcaactc cgcaagtgcc tcggaaaact ttttggcgtt
     8281 tgcgggagtc ccgcaagtgc ctcggataac tttttggtgt ttgcgggagt gttgcaagca
     8341 tttccaaaaa cgttttggcc atggcgtggc ttccgtagaa actgctgact ctattcttac
     8401 gccgaacccc acgtttcgta gataaacaga aggctcggga aggtaccgtt ttgatgcggt
     8461 cgccctgcca gaggccgctc gggaggccgg gcgaaatcaa aactgcttct atatttgccg
     8521 ccgcaaaaag aaaaaacgac ggttccgtag ctcagttgga tagagcaaca gccttctaag
     8581 ctgtgggtcg tgcgttcgag tcgcaccgga atcaccaacc ttcatcattc attacaagcc
     8641 cttgcgcctt ctattttaga tctggcgcag gggtttgttc tttatctgta ggagtgtttc
     8701 catcccacca gacaccatac tcgaaagccc ttctgagccc caaaatcaat gattccagca
     8761 tttcggacgc cagtcgaagt gcttcgatgt acaccgcgag ggatgccatc cgtgttccgg
     8821 attctccacg attgctcacc aatcgatggg tgactcgccg agggccacca gatagtcgtt
     8881 ggcgcgactg aaatggcggt tgccaaagaa gccgcgatgg gccgacagcg gcgaagggtg
     8941 gggcgaggtg aggacgaggt tgcgcgaggt atcgatcgag gcacccttct tctgtgcata
     9001 cgctccccaa agcatgtata cgaggtgctg tcgctcggcg ttgaggcaac ggatgacggc
     9061 gtcggtaaac gtctcccagc catgcccctg atgcgatccg gcacggtgcg cgcggacggt
     9121 cagggtggcg ttgagcagca gcacgccctg atcggcccaa cgcgtgaggt cgccgctcgt
     9181 gggacgcggt cggccgaggt cgtcggtgat ctctttgaag atgttttgaa gcgagggggg
     9241 aaagggcgtg ccgtcctgca ccgagaagca gagcccatgc gcctggccgg gctcgtggta
     9301 ggggtcttga ccgatgatga ccaccttgac gcggtcgaag ggacagtgcg caaaggcgtt
     9361 gaagatgttc ggtccggagg gatagaccgt cgcttggcgg tactcctggc gcacgaaatc
     9421 ggtcagtttc acgaaatagt ctttctcaaa ttcgccgacc agacgcgttt tccagctcgg
     9481 ctccattttt acgtccatgt tgttgggttg ttagggtagt cataagtagt agggagtagt
     9541 tagggtgctt tgttttctcc tcacttggct ttgagggtga agtggaaagt ggtgccacgc
     9601 gactcttcgc tgtgggcggt gaggcggccg ccgttgcgct ccacgaagtg tttgcagacg
     9661 acgagtccga ggccgctgcc ggtctcgccc cgggtgccgc gcgtggactg ctcgcggcca
     9721 gcgtcgaaga gggtgcgcag cttgtcggcc gacatgccca cgccgtcgtc agcgacggag
     9781 acggtgatcc atgcgccgtc ttgccgcgca gagatggcga tgcgaccctc cgggtgactg
     9841 aatttgatgg cgttcgtgag caggttgcgc aggacggtag cgaccatgtt acgatcggcg
     9901 ttggcgcaga gatcgtccga gacgtcgacg atgaggcgga tggacttcga ttcgatgggc
     9961 atatgcatga gcgaaacctc gtcatcgact acacggctga gcgaaaacgt gaccggggta
    10021 aaggggatgc gatccgtctg cacacgcgcc cagtcgagga ggttgtagag cagctctacc
    10081 tgtgcgtcgg cggacttgag gagcatggcg tagtaatgcg agagcgattc ggcgtccagc
    10141 tctgcggcgt cgttcacgag cgcttgcagg gcgttgcgtt gggccaaggc ggggttcttg
    10201 agatcgtgcg agatgatgga gaagaacttg tctttcgtcg cattcatctc gtgcagttcg
    10261 cgattgcggc gacgttgcag gcggatcagc aacacggaca gcacaagcag gacgataagg
    10321 atcgacccga tcaggacgga cgagaggagg ataagccgcc gattggcctc cacggcctcg
    10381 ttgcgacggt gcaggcggaa gacctccgcg tcgttcttct cgcgttcgta gcggatgcga
    10441 ttttggacca cctctcgctc gtcgcgctgt cgagccatgc tgtctcgaca atctaagcaa
    10501 cgcgcctgcc gatcggaagc cgcgcgatag tcaccccgcc gacggtaata ctcggcctga
    10561 cagtaatacg tttcctccaa atggccgaag gaatgcgcgc ggagggccac gacctccgtc
    10621 tcgtcgagca gccgacgcgc cgcctcgagg ttgttcttct gtaggtaaat ccaagccatc
    10681 gatagggcag cccgctgccg attccacacc tcaccttcgc cctgaagaac tcggtaggcg
    10741 gcgcggtggt ggacgagcgc agagtccatt tcgccgtgtt tcatgagcag ctgcccgatg
    10801 tgattgtgac agatagctat gcccgtgacc gatccgccgc ggatgttgcg ttccagagca
    10861 cgattgtaga aggccagggc ggagtcgttc tgcttgcggt actcgtagat actacccagc
    10921 gtggagtagt tcatggccac gccgttgttg ttgcccagct cctcgtccag cacgatggcg
    10981 cggcggaaga agatctcggc ctcgtcgccg tcattgaggt atttatagac gttgccgagg
    11041 ttgttgtaaa ggaaggcgcg catgcgtttg ccctcgggcg agtcggcgcc agagaaggtc
    11101 tccacacggt gcagcgcatc gtagagtcga tcggaagcct cgaagagggc gcccatgcgt
    11161 cgatagcccg tggctgccgt gttttgcagc gtagcctcga ggatcgtgtc cggcgtgtca
    11221 cgtagcgctt cgatccccgt ctgcaccacc tgcgtcgcct cggcaaaccg ctgcttgttc
    11281 tgcaacgcca tcgcggccgc ccgacaagcc acggctaccg ctacactgtc gcccgaagca
    11341 cgcgcctcgc gaagggccac accgagcgaa tcggctgagg tccagcgacg cgcattgaac
    11401 agcgcctcga gcgagtctcg ccgtgccgcc cgttccgcgg ccgtcggttc ctgccgacgc
    11461 tctccgccgc gttggcagcc cgtggccacg gcacccacga tcaggcacca tagcacaccg
    11521 agccacgcac gctccgttat cgttcttcgt ctacgttcga tggtggtcat tctatcaatt
    11581 aactccgtcc gtcttctcac ctcttccggc aaaacatcgt ttgtcgcttt cataagctgt
    11641 ttggaattta tttccggagg atgttcctga tgataaggac agaaacaggc ccggatagac
    11701 tcgaaataga aatgggggag attcgccaaa acagtttcat aaaacaatca tccaatacat
    11761 tcaaactagc ttctacatat gtccgggggg atggcgcgtg cacccctcga tcgggagatc
    11821 gcggcccacc cccgctcttc aaaaagaagc cccgtcggct aaaagcatga ccgacgaggc
    11881 tcctcgaaaa cactatctat actataacaa ttacatcttc attcctaatc caaagcgcct
    11941 cacggcgaag aatgtcgaag tagtgacccc ggtgcgactc aaacgcacga ccttcagaac
    12001 cggaatctga cgctctattc aactaagcta cggggcctca attgcgccgc aaatatagac
    12061 ggctgttttg aattgctcta agtcgacagt gtaggtcggc gtttttcaag tctgaaatgc
    12121 cggatcgaca gtgtaggtcg gggcttttca agtctgaaaa gccggatcga cagtgtaggt
    12181 cggggctttt caagtctgaa aagctggatc gacagtgtag gtcggcgttt ttcaagtctg
    12241 aaatgctgga tcgacagtgt aggtcggggc ttttcaagtc tgaaaagccg aatcgacagt
    12301 gtaggtcggc gtttttcagg tctgaaaagc tggatcgaca gtgtaggccg gtgtttttca
    12361 agtctgaaat gccgaatcga cagtgtaggt cggggctttt caagtctgaa aagctggatc
    12421 gacagtgtag gtcgaggctt tgcaggattg agaaacggcc tctaacccga tcagggcttc
    12481 tttctcccaa caaccctcct taaaaatagg gattgcggcg ccctacacga gccgatactt
    12541 ttgccccaaa aaaacagaaa gcactgtacc cactatggta aacatcctaa acacaatccg
    12601 cctcggtcga ggcgtccgcc tgtttggact ggtcttcatc cccctactgt cgttcgtctc
    12661 tctgtttgcg caacagggtg gcacgggcgt ctgtcagggc ggcgtcactg acgcagagac
    12721 acacagggcg ctcgagggcg tattggtgcg cgatgccagt ggctatcatg gtgccgtgac
    12781 cgatgccgag gggcgttata ccgttgcgct accggccgga cgatccaaac tgaccttttc
    12841 ttacttgggc tacatctcgc aaacactgac ggtaacggtc ggtcgagcag gcacaacgcc
    12901 actcgacgtg gcgctgcgac cggacgacag tcagctgtcc gaagtcgttg tgaccagcaa
    12961 gagcgcggcg cagcgcctgc gtgaagcacc gtcggccgtg accgtggtcg atgcctctgc
    13021 gctgcgctat catatggcaa cgctcaacga gttgctcgac aagacggccg gcgtgcacgt
    13081 agcgcgacag ggcggcatgg gcagcatggc gcgtatcctg gtgcagggcc tcgacggtaa
    13141 gcgcatcggc gtcttcgtca acggtgtacc catggggagt tcggaggagt tttcactcgg
    13201 atccatcccg cccgacatgg tgcaggaggt ggagatctac aaaggcatcg tgccggctta
    13261 cttggggggc gacggactgg gtggggcggt aaacatcatc ctcaaggact tccaaaacga
    13321 tcacctcgag gccgcgtatg gcatcgggtc ctaccacacg cacacggcca actttcaagc
    13381 caagaaatac ctgcccgcgg ccggtctggc tgtccgcgca ggcggctcat tcgactactc
    13441 caaaaacgac tacaccttca attccccctt cgaacttggg cgcatcatcc gccgcgatca
    13501 cgacgcctat cggcgcatag ccgctgaggt gggcgtcgct tttacccgcc tgccgctcga
    13561 ccacgcagag ctgtccgtag gctatgaaaa cctctacgac gagattcaag gcggactgat
    13621 gaacgtgcag aacaatatcc ggcacgcctt ctcgcgctac aattctctca acatctccca
    13681 ggcgttgtcc aagcgactcg ccgacggccg attctcgatc ctactcaacg cttcgcaggg
    13741 cttggctgtg gccaatcagg tggacacctc gcattacagc tacgacttcc tcggcaatcg
    13801 cttcctcagc tcctctgtgc aaggcgaggt gggttcgctg ccgaacgatt cccgcgatcg
    13861 atacacgaac ctacaggagc gactcaacgc aaactatcgt ttcaacgaag tccacgccct
    13921 gaacgccaac atcacccacc gatacaaccg caaactaccc aaggacgact tggccgacag
    13981 ctattcgcgc ttccctaccg gcggctatcc gagccagcta catgcaatcg tggccggcct
    14041 gacgtacgag ttacatctgg ccggtggacg ctgggtcaat gaggcgggga ttaagctgtt
    14101 ctattatcga tcggaggtca tgccgtcgcc tgagcgcgtg gtgctacaag aaaaattgac
    14161 ggccgccaag aatgctcagg cagcaccggg atggagtgag gccatcgctt ggcaccccag
    14221 cgaagcactg accgtgaaag cctccgtgca atcgctgcgc agaatgccca cagccgacga
    14281 gatgtttggc aacggtgtgc tgatctatcc ctcctatatg ctccgccccg aacagagcct
    14341 gaacatgaac ctcggggtcg gatggatcgt ccgttccggg cgctatccgc acgcccgcat
    14401 cgaggtcaat gctttctaca tgcatctcac ggacatgatc aaaatgatgt acggcaccat
    14461 gtatatggct tacgaaaaca ttggccgggc gcgtatcacg ggcgtggagg gcagcgtgga
    14521 tgccggcctc ttcccgtggc tcgacgtgag gggcaacgtg tcctggcagg atgcacgcga
    14581 tacgcgccgc gacgccgtcg gtggcgggtc caacttccac tacaactacc gcatccccaa
    14641 cacgccctac ttcttcggca actgcgacat caacctgcac accgaccacc tgttgggccg
    14701 cagatcgcat tcggccctga ccctcggctt tgagttcacg caccgattca attacaactg
    14761 ggaggctccc ggcgatcgca gctcgatgga gatcccttcg aaatacgaag tgaacgtggg
    14821 cctgcaccac gccttcactc ctcagtggca gctcggcttg gaggtgcgca acctcttcga
    14881 ccgcgagaac tggggcgaat accgttaccc cttagagaag cgcaccctgc acttcaaagt
    14941 caaatacacg cttaacaaac ttaatacgat caaggaatga aaaagagcaa tttgtacggc
    15001 ctactgccca ccgtggcggc agccttggcc ctgatgttat ccacatcatg cggcgagaac
    15061 gacaccccaa cgccaaagcc cgaacccaag cccggaccga accctacgcc ggaggaggcg
    15121 gtgcaccatt atgccttcgc ggcaaacgtg gacaatgcgt tttacatcac caccttcgaa
    15181 gacttcaagg agggcctgaa gaccgacttc aaaggcgcca tcaagctggc gtctggacac
    15241 ctctttattg agaagtttgg cgactacgtc tacatgcagt ccggctccat gtatggacag
    15301 ggcggcgagc agacgctcta taagtacgcc ctgagcaaga ctggccgcct ctcggaaaaa
    15361 cccgtggcgc agctggcctt ccccggatcg cccaacgtgg tggagatcat cttcgccagc
    15421 gagacgaagg cttacgccgt gaccaccggt agccgcggac agctcatcgt catcaacccc
    15481 tccaccatga cggtcgtcaa ggagatcgac ctctccgcgt acgccgaggg cgacaacgac
    15541 ccggacggtg gcaatggcat tgtgcgcgac ggcaaacttt tcctccccct caaccaagcc
    15601 aaatcgatgc aggagatcct gcccacagcg gcacaaatag ccgtcatcga cgtggccacg
    15661 gaccgcgtgg agaaggtgat caaggacgag cgcgctacga gcctcggcat ggtgggccac
    15721 acctgccccg tgacggacga ggcgggcaac atctacttct acaccggccc ccggtcagcc
    15781 atgatggcgc agttcatgcc cgggaagggt tacaaggacg gcctgctgcg tatcaagaag
    15841 ggcgagaccg acttcgacaa ggatttctac atgagcctgc aaaccgctaa cggcggcgaa
    15901 gtggggtcgt acggcttgta tatgacctac ggcggcaacg gcaagatcta cctcatgctc
    15961 tacaagccga gcctcgtgac cgagaaggac gatccgaaca tgaccaagaa ccgcagcttc
    16021 gtgccctacg aggtggacgt acgcgccaag acgggccgcg tgctgcccat gcccgcgacc
    16081 acggcttgga cctccagcgc catcatccgc gtaggcaacg ccatctactt tggcgagcag
    16141 accagcgagg gcatcggctt ctatcgctac gacatgacca ccggcaaagg cagcaacaag
    16201 cccaccgtag agaccccctc gggcgcttac aaggtgatcg cactctaaga gataggaggc
    16261 acacagacaa tgacacgcat acaaaagatc atcacactct gggggctggt gctggcggga
    16321 ttcttggcgc acaacatggc cgacctgctg cccatcttct gggccgtgga cgtagccgtg
    16381 gagcatgccg aagaggcgcc cgtgggcatg atggccttca tggctatcat cacctacaca
    16441 ctgcccgctg tgggtatcgc cacaacgatg tacggccgtg gccgtggcgc ggcgctcgtg
    16501 aacctcatct tagccgccgt catggcgctc ttcaatgtcc tgcacgatgg cggcgaactc
    16561 atcatggcct tcaacccggt gcaggtgttc gttctgccgt tcgtgctctg cttcagtatc
    16621 ctcttggccg tggagtcgtt caaatggtat aaagaaatgg gcgcggagtg acgacgcctc
    16681 agctgcgaca cccgtcgcaa gcctaacctc aagaccctgt tccccctctg gcgggagcag
    16741 ggtctttgct ttccgcacgt acaagaccca aaatcggtat tgcttttgaa gcaaaacccg
    16801 accccgattg gagccaaacc aggtggtttg aagcaaaccc gaccccgatt ggggccaaac
    16861 caggtggttt gaagcaaaac cgacctccga ttggagccaa accaggtggt ttgaagcaaa
    16921 accgacctcc gattggggtc aaaccaggtg gtttgaagca aaaccgacct ccgattgggg
    16981 tcaaaccagg tggtttgaag caaaacccga ccccgattgg agccaaacca ggtggtttga
    17041 agcaaaaccc gaccccgatt taggccaaac caatggtttg aagcaaaacc cacctccgat
    17101 ttgggccaaa ccaatggttt gaagcaaaac ccgaccccga tttaggccaa accaatggtt
    17161 tga
//
LOCUS       SEQF2634|AYYE01001063.1  826 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             591..752
                     /locus_tag="SEQF2634_01079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTRLKLSTRTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRH
                     YNPIQKPSV"
ORIGIN      
        1 aatcctgcaa tggctacgaa ggctcaccct tcgatgatca gatagcagtt cctcgtcgaa
       61 atgctgtcga tggcggaggg tatttcctcc acgttcatat cagacttgac gggcgcctgg
      121 cgaatgatca cttatcagaa agttttccct ctctgcaagt ttcataggac acgagaagcg
      181 agaatcgagg gaaagcgaag tatttcttcg attaaaaagt ttgatttgta ggaaaaaaga
      241 gatcttttgg gagtaaaata tcaaaaatta caggaaatag ctttcgtatt acaactatac
      301 gtgctacatt tgtgtcgaat attcaacagg ccatttatat gaaaactata gaggacactc
      361 caccagacca gtcagggcgc ccttaggatc cgcatcccgg aggcgcagtg agataaatcg
      421 atccggaagc ggggcttatg attaacggaa agcatgatga gaaatgaaaa cgaaatacat
      481 gatatggatc accgccctgc tcctgtttgt gacgggatgc ggtaaggaac cgctgacacc
      541 agcgccacct cccccgaccg aattatccaa gcagtggcac ttggtcggct ttgttcacgc
      601 ggctcaagct cagcacccgc acgctgcagg agtaccgcag ccgcggcctt ttggccttct
      661 acaaaatcgg cggcaagatc ctctacaaac agagcgacct gcaggcgatg ctcgaccgac
      721 attataaccc cattcaaaag ccatcggtat gacgatagaa gaacaacggc gcgccagaat
      781 agccgccaaa ctggaagcga tgggcggctt tggcggctat gccgaa
//
LOCUS       SEQF2634|AYYE01001064.1 3306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             464..2032
                     /locus_tag="SEQF2634_01080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKYMIWITALLLFVTGCGKEPLTPAPPPPTELSKQWHLVGFV
                     HAADSTVTPPGRMACKGCFSLALGADGTISGQGFLTVFAGSYRVHNGDITLEGIGGAA
                     DGEQPDGKQYIEALRTAVRYEILSARRMRLYYNGGKDYLLFREWGEADSKIPAALLDN
                     MWKLSGFVRTADGVVQEVQSGNCGRCYSMQMLSNGVIAGRTSANEIHGNFEVWGDQIR
                     IDRFFAVQPTRDEPTDGKRYIATMPEVTRYEVKDGQLKLYYNDDENYLLFRAWKESKE
                     EIIPEAPPAELLGRTWRLLGFGGPFDYAVREPEPTECRVCYTLTFSKDGTMKGRTSSR
                     EISGRYKVRGGTFVMLFSANESAESSADGREYIRALDSISTYILSGDRLTFYREDQRR
                     HLLFCDEKALSFDRVPPGLSGVWKLVGFVSADGILREADPKDCDRCYTISFLKDGYLT
                     GRTINNEAWALYQFNGHNIRIRDFGMTMVGEYGDSDTYVKALKQSTRYELVSGRLRLY
                     YNNDRDYLLFKKTQ"
     CDS             complement(2016..2201)
                     /locus_tag="SEQF2634_01081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFISNAGMILISCDTEKREGILPSLKLTGSSSVLICALTEKKT
                     QMNKLINKIVCLIIVSF"
ORIGIN      
        1 aatcctgcaa tggctacgaa ggctcaccct tcgatgatca gatagcagtt cctcgtcgaa
       61 atgctgtcga tggcggaggg tatttcctcc acgttcatat cagacttgac gggcgcctgg
      121 cgaatgatca cttatcagaa agttttccct ctctgcaagt ttcataggac acgagaagcg
      181 agaatcgagg gaaagcgaag tatttcttcg attaaaaagt ttgatttgta ggaaaaaaga
      241 gatcttttgg gagtaaaata tcaaaaatta caggaaatag ctttcgtatt acaactatac
      301 gtgctacatt tgtgtcgaat attcaacagg ccatttatat gaaaactata gaggacactc
      361 caccagacca gtcagggcgc ccttaggatc cgcatcccgg aggcgcagtg agataaatcg
      421 atccggaagc ggggcttatg attaacggaa agcatgatga gaaatgaaaa cgaaatacat
      481 gatatggatc accgccctgc tcctgtttgt gacgggatgc ggtaaggaac cgctgacacc
      541 agcgccacct cccccgaccg aattatccaa gcagtggcac ttggtcggct ttgttcacgc
      601 ggcagacagc acagtgacgc ctcccgggcg gatggcgtgc aaaggttgct tcagcctggc
      661 attaggagcg gacgggacga tcagcgggca gggtttcctc accgtgtttg ccggctccta
      721 tcgggtgcat aacggcgaca ttacactcga agggatcggc ggtgcagcag acggtgagca
      781 gcccgacggc aagcaataca tcgaggcctt gcgcacggcg gttcgctacg aaatcctctc
      841 cgcccgacgc atgcggctgt attacaacgg cgggaaggat tacctgctgt ttcgtgaatg
      901 gggggaggcg gacagcaaga tcccggccgc gctgctcgat aatatgtgga agctgtcagg
      961 ctttgtccgg acggcggacg gcgtggtgca ggaagtgcag tccgggaact gcggacgatg
     1021 ctacagcatg cagatgctct cgaacggcgt gatcgccgga cgcacgtcgg caaacgagat
     1081 ccacgggaat tttgaagtct ggggcgatca aatccggatc gaccgcttct tcgccgtcca
     1141 accgacccga gacgaaccta ccgacggtaa gcgatacatc gccaccatgc ccgaagtcac
     1201 ccgttacgag gtcaaagacg gacagctgaa actctactac aacgacgatg aaaactacct
     1261 gcttttccgc gcatggaaag agtcgaaaga ggagatcatc cccgaggcgc caccggccga
     1321 attactgggc cggacgtggc gactgctcgg cttcggcggc ccattcgact atgccgtgcg
     1381 cgagcccgaa ccgacggaat gccgggtgtg ctacacgctg acgttctcga aagacggcac
     1441 gatgaaaggc cgcacctcat cccgcgaaat ctcggggcgg tacaaggtgc gcggcggcac
     1501 gtttgtgatg ctcttttccg ccaacgaatc cgccgaatcg tcggccgacg ggcgggaata
     1561 catccgggcc ttggacagca tatctacgta cattctgtcc ggcgatcggc tgacctttta
     1621 cagggaagat caaaggcggc atctgctgtt ctgcgacgag aaggcgctgt cgttcgatcg
     1681 ggttccgccc gggctgtccg gcgtatggaa gttggtcggc ttcgtcagcg cggacggcat
     1741 cctgcgtgag gcggatccga aagattgcga tcggtgctac actatctcgt ttttaaaaga
     1801 cggctatctg acaggacgga caatcaacaa cgaggcatgg gcactctacc aattcaatgg
     1861 ccacaacata cgcatcagag attttgggat gaccatggtg ggcgaatatg gtgatagcga
     1921 tacttacgtg aaggccttaa aacaatccac ccgctacgaa ctcgtctcag gtcggttgag
     1981 attatattac aacaatgata gggattattt actgtttaaa aagacacaat gatgagacag
     2041 actattttat tgatgagctt attcatctgc gttttctttt cggttaatgc gcagataagt
     2101 accgatgaag agcctgtgag ctttagggaa ggtaatatac cctctcgctt ctcggtatcg
     2161 caggatatca ggatcatgcc agcgttggat atgaaccgca tcgaacagga agatgcgaaa
     2221 gacgaggcaa acggacttcc tcctcgcttc ggttatcctc acgaggttag cctcgatttg
     2281 gaaaattccg gtcactggca agaactttcc aatggagata gattgtggca attgactata
     2341 cgctgtccac aagcgctttc cataaacctg ctttacgata gattttggct tccggaagga
     2401 ggaaagtttt ttatttatac ggctgaccga aaacattcga tcggtgcctt tacttcgata
     2461 aataataaag gtggtcgaga taatgtacag ggctttgcta cgggattgct gtatggagac
     2521 gaggttacgc tggaatatta ccaacctaag caagtaacag aacaggcaat tatatctgtg
     2581 tcatctgtaa ttcatgggta taaatacgtg cggattgcaa gcgataaaaa gctcaccaat
     2641 tcaaattctc cagttccacc tggtttttgc tttgtggaaa taagttgtcc ggaagggcgt
     2701 gattggcaaa aagaaaaaaa tgcgatagcg atgattgtca aaggagagag ggctatcgga
     2761 acaggtgctc tgataaataa tacaaagaac aatggcgaac ctctattttt aacagcgaac
     2821 cattgtcttg acaacaaata tgatgctaga ggaaatcggg ctataaccga ttggttgttc
     2881 tattggcgtt atgaagatcc aaattgtaaa tatgtatcgg cgataaagcc gaaattttcg
     2941 acatctggag cagaggttat tgccaataac cccgaatctg attttgctct attaagattg
     3001 gcggaggatc cttcacgtat agtgggagta acaccttatt atttgggatg ggatcgttct
     3061 ggaaatcctg gagggcaagg tgcttctatc catcatcctt ttggctcaac catgaaaatc
     3121 agcattgtta aagataggcc attagaagtc gactataaac ctgggaataa ctatgttgcg
     3181 agatgttgga aagttaattg gagcaaagga atgatagaac agggttcatc tgggtcacct
     3241 cttcttaatg cggagcacag gattattgga caattatatg cgggaacgtg ctattgtgac
     3301 gagact
//
LOCUS       SEQF2634|AYYE01001065.113693 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13693
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             324..839
                     /locus_tag="SEQF2634_01082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTRQVINVRVREAREAGKEKHVSGYKLVTPQLRIVQVDDAPQL
                     VLGDVARCADVPSDGVTHERIGVNDTPFVQVFEERRQHGEIAGGGIELEGFLLREVGL
                     EILDKGLVRLVHREVAHSVAMPKEGFEMPPKDPEELVPAFATIDPHPLPKASEVFLQM
                     IEQALAVALKS"
     CDS             complement(1367..5218)
                     /locus_tag="SEQF2634_01083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYHKKEALQANLDAVRTLLALENTRRAPSESDRATLRRYNGFG
                     GLKCVLLPVAEPADIDRWPRDERNLFPPVRKLREIIDQGASESDATRLWNSIKSSVLT
                     SFYTDEHIVRAIAAGLGMSGLPLRRMLDPSAGMGVFSQALANEQTDVVSFEKDLVTGR
                     IMRLLTADNPQQTVRIEGFEEIEAREAGRFDLVASNIPFGNFAIYDRAYSKGKDAAKR
                     EATRAIHNYFFVKGLDCLREGGLLAFITSRGVADSPTNAPIREHLMEHSRLVSTLRLP
                     DGMFSENAGTEVGSDLLILQKETGKGVQNEWEQLFTQSVSIESSGESFIENALFAEGN
                     HNIATTYRIGTDAYGKPAPIYTHEGGIEGIARDLETRISADMAARFDRKIYQSGLSEA
                     VESEAATLAPEGVPVLTLHRQYEAPVPTNSQPDMEPPREMNGQTVYFDEEHHPVTDRE
                     RQAEVEASLFAPEAYADWQRDVARVNREITEKPQRRGRSAAGSTPHRTARKARKATPS
                     DKHQLSFLDLLGDTEEPPPAPVRDVRRTFDVSPRPFLSQPDSHLRDGSIVVQGGQIGY
                     LSNLHLSPTFHPMDLPLSRITRLKAYVEIRESYHRLYDYEANNHLADPEEREKLNRLY
                     DDFVRRWGHLNLKANADLLKMDATGAEMLFLERSEGGRYIKADIFDHPTAFALTESVV
                     ADPSEALCASLNKFGTVELPYMTSLLPNMEESDILAALEGRIFFNPLADAYEIADQFI
                     SGNVIEKAERIDAWLLDHPGHEMAKQSLAALRAATPTPIPFADLDFNLGERWIPAKVY
                     ARFASDLFGTDVGVSYLPDMDEYILSCDRKNQAIWHTYAVQGEFKRYDGLHLLKHALH
                     NTVPDITKSKEVTDPKTGEKATIKVRDGRAIQMADTKIEEIRQAFIGWLGRTPETFKQ
                     QLADRYNRLFNCFVRPDFDGSHQTFPGLDLKGLSFPDLYPSQKDAVWMLKTNGGGICD
                     HEVGGGKTMIMCTAAYEMKRLGLANKPMIIGLKANVFDIADTFRKAYPNARVLYPGKE
                     DFTVKNRARIFSDIKNNDWDCVILTHDQFGAIPQSAEIQEAIMQKELDSVQENLDVLR
                     KQGREISRSALKGLEQRKLTLTAKLKDIRDTIAERKDDVVDFKMMGIDHLFVDESHQF
                     KNLMFNTRHDRVSGLGNPNGSQRALNLLFAIRTIQERTGKDLGATFLSGTTISNSLTE
                     LYLLFKYLRPRALEKQGIGSFDAWAAVFAKKSGDYEFSVTNEIIRKERFRTFIKLPEL
                     SAFYGEVWESGARESEKGREG"
     CDS             complement(5543..6613)
                     /locus_tag="SEQF2634_01084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEENSDRYVLVLEDRREAKSPTDPGRLSVISGQDEKGKIKTVEP
                     TEENRAAFLVFKKNDGLLKNFMTNLRRQFNDPKRFGLYKVLTNGFEEGVASLHAMLQN
                     RESPENKAQLQAARVSFEDDLPAQKLSAIDPEKVDWKELERLGMSREKLKAGGDLDRL
                     LNWQKTGLVSLAVPFGDTTIYTEARLAFRTGVDGRLSLNIHTLRREPQLDFPYMGHTF
                     SPEEKEQLLTQGNLGKTVELSPKKGEPFRAYVSVDRLTNELVSLRADRVQIPNEIKGV
                     RLSEEQHRALTEGRPVRVEGMLSRHGKPFDATLQVNAEKRGIEFIFKDTLSNKERLKS
                     SAKETPAVRQIENKPQKRGIGR"
     CDS             complement(6875..7561)
                     /locus_tag="SEQF2634_01085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVVAAMTVCGVTPAKAQLNFGARVGWAISDLGQENSEEYLAGP
                     SASLMAEYYLPSSFGFRLGVGYVRKGSGLIYGQLDTKENWSGFRPMPNAPVYMNAGLD
                     YLDIPLQVRYKLSFDEKARLSVGLGGYLGYGLGGDMNLVYPDEFLKSDVFNGTMHGSR
                     PERSIKAFNRTDFGALIDVEFVYRHFAVGLDYRLGLRNVHDRLPVYPNATNATARNYT
                     LNISVGYNFK"
     CDS             complement(7801..9489)
                     /locus_tag="SEQF2634_01086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIYIGWIGAFIGMLFFHSCDSHRANREMKQIETMMKEHPDSA
                     RAMLENMGAHHLMNEKSYAHWCMLLGRVRDEQQKAKRANNPLSTRQWLKAQAYYDRKG
                     TPQERAEIRLYTGRSQKDDGDYDAAVNTYKDGLLFVAKTDDYSLAGYLSSYLADLYLE
                     KGLYDRAFEKYNEAAGFHARSGNIRSQALALRDAVYCYLEEGRTTEALSVLQKADSIA
                     GLAGDSIVIRAISADFGVVYREMGRLDEAETSLSTHLDDNDPWPTYFALADVCIRKKE
                     YTKAREYVEKAISENTKGEVFRLHFLIEKADGNYRKAIDYLEQYIDYLDSTYAEQNRS
                     HVYEVEQRYDKSQLENENIRLQVAILYRTLAIIILSVCAAIGILLFRRVQKLRLDRQQ
                     EALQQKENEIRFLTIELNKMKSALNERQDSEVNAYKVQREKIISLEKALAEKKELILQ
                     SSTVGKKVVRVIRQGAAAKVSLSARDWTALEGDIKSLYPQAYAFFTGKIKTQKSSAPW
                     KLCLLSFFNSDTKVEAFLLGLTDDIAARQCRYRLRKNLGVDGSQSLAIFLRSLG"
     CDS             complement(9580..10581)
                     /locus_tag="SEQF2634_01087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSQNTFGEKVRLNDKVESRVRGDLYARFGGECLETYHCDKWQG
                     AGCLAYGQIASAKIPLSRMISPALYWVMTGNDFTLDINNPASPKILVVGNNPDRQNIY
                     SAALGLYNSRIVKLINKKKQLKSSVIIDELPTIYFRGLDNLIATARSNKVAVCLGFQD
                     FSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKTLSERFGKVLQRRQSVSINRQDVS
                     TSINTQMDSLIPASKISNLTQGMFVGAVSDNFNERIEQKIFHAEIVVDTAKVSAEMKS
                     YRPIPVIADFRDASGDDTMKASIDANYRQIKQEILSLVDSEIARIKADPKLQGLMKG"
     misc_RNA        complement(10432..10530)
                     /locus_tag="SEQF2634_01088"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(10542..12020)
                     /gene="ltrA_1"
                     /locus_tag="SEQF2634_01089"
                     /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="MILEAIYEGSFEYTSHGFRPQRSPQTALSSIQRSFNGTKWFIEG
                     DIKGFFDHINHEILIAILSERISDERFLRLIRKFLNAGYMEDQVFHKSYSGTPQGGII
                     SPILANIYLDKFDKYIKAYIKHFNKGKRRKENPIVKRLGQRKAKLVAELRNTVDKTTR
                     QLLLAKIRGIVKERLNYPAADEMDDSIKRLKYIRYADDFLIGVIGSKQDCIQIKEDIK
                     QFMADKLKLELSDEKTLITHARKHAKFLGYDVFVRKSNDARRDKNGHLTRSLDHKIVL
                     YVTTETMRKKLLEYDAVKIVRQNGKEVWKPKGRSYMRCLDDLEIISQYNAEIMGFYNY
                     YSIANNSPVIDSFYHIMEYSMYKTYAAKYTTSKKKIIAKYKKNGVFSIPYTNKKGYEV
                     KREFYDKGFKRKELPNRYLNDKLPNTVAITGGRNGLIARLSARVCENCGATDHLEMHH
                     VRKLKDLKGKSDWEIKMISRNRKTLAVCSACHHKIHSGRKSD"
     CDS             complement(11986..12363)
                     /gene="ltrA_2"
                     /locus_tag="SEQF2634_01090"
                     /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="MKRNPEKILNSLTQHSSDLEYKFERLYRILFNDEMYYIAYQHIY
                     AKQGNMTKGVDGKTVDGFSVSHIEQLIDTLKNETYQPKPSQRVYIPKKNGEEETAGYS
                     LIDGQTSSGGCQNDFRSYLRGQF"
     CDS             complement(12889..13473)
                     /locus_tag="SEQF2634_01091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERFELHIEAESRIRWKVYVRFGGEFSKTDHSNMARRRLLSLHY
                     KFPDLSEIAYNHLRQHLDAYPVKPQFFVINFDDPRRSHRCNPIHPDFMTDISDAYEAA
                     YTIMLNLNKSWVQKQGDFFVESPIILLAAIIWFLRIYEGGRYCTFPHAVEFLNRPYAQ
                     IFPILTSYDELANYLSPFMDAWEGNAQDQLQVRP"
     misc_RNA        complement(13347..13443)
                     /locus_tag="SEQF2634_01092"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 cctaacatct tggacacgct ctcgatcgac accccttcgg cgagggtcat ttgcgaggcg
       61 aaggtgtggc gggccatgtg gaaagtcaac cgtttcggga tgtgacaaag cgcggcgatc
      121 ttcttgagat ggatattgac ggtgtcgcag ccagggatgg ggaggaggta accctcggga
      181 ggctcatggc gaaaggctcg tgtgtgaatg cccctgtact gctcgatgat cgctgacgcc
      241 tcgggcagca ggggaatgtg gcacatccgg cccgtcttca cgcgcggctt gcggatccaa
      301 gtcattccgc cctcctcgat cagatggtca cgcgtcaagt gataaatgtc cgtgtaagag
      361 aggcccgtga agcaggaaaa gagaaacatg tctcgggata caagctcgta actccccagc
      421 tgcgaatcgt ccaagtcgat gatgcgccgc agctcgtcct tggtgatgta gcgcggtgtg
      481 ccgacgtccc atcggatgga gtaacccatg aaaggatagg tgtcaatgac acgccttttg
      541 tacaagtctt tgaggagcga cgccagcacg gtgagatagc cggcggtggt attgagcttg
      601 aaggctttct cctgcgcgaa gtaggcctcg agattctcga taaaggcctt gtccgccttg
      661 tgcacaggga agtcgctcac tcggtagcga tgccgaagga aggctttgag atgcccccga
      721 aagacccgga ggaacttgta ccggcgttcg ctacgatcga cccccacccg ctcccgaaag
      781 cgagcgaggt attcctccaa atgatagagc aggccttggc agtcgctctg aagtcctaag
      841 acgagggcct tgatctcctc ggcggttaca gcctcgcctt ccttcttccg taagtcctca
      901 taggctcggc agacactgac ctgcaggctg tccagttcgg cgtttacggc caccgcttcg
      961 gcgcttttcc cgacgagcct gtgcttacgg ctgtcccaaa gcgacgggga gcaggccgtc
     1021 ttacaactga attgtaccat cgttcgccct acactgaggc gcgccataat cgggcttttg
     1081 cccgccttgc tctttgnccc ccgtttgagg taaaagagca gcttcaacgt tttttctttc
     1141 atcgttttgt tgcttacaaa gtggaacctt aaaagagata cttgtcgcta cgcaaaacac
     1201 tgaaaacaag agaaaaagcc tcggtttagt tacctcattt tgcgtcctct taccgaaagg
     1261 caaaaagggg aacgattagg taactgaact ccctctttga agtccctttt ttcgcctttt
     1321 ccctctggtg caagcctcgg caggatgcgg caaaagtcgc tatccatcag ccctctcgcc
     1381 ctttctcgct ttcccttgct cccgactccc atacttcccc atagaaggcc gagagctctg
     1441 gcagcttgat gaacgtcctg aagcgttcct tccggatgat ctcgttggtg acggagaact
     1501 cgtaatcgcc ggacttctta gcgaagacgg ccgcccacgc gtcaaaggat ccgatgcctt
     1561 gcttctctag ggcgcgcgga cggaggtact tgaagagcag atatagctcc gtcagactgt
     1621 tgctgatggt ggtgccggaa aggaaggttg ccccaaggtc tttgcccgtc cgctcctgaa
     1681 tggtgcggat ggcgaacagc aagttgagcg cccgctgcga tccgttcgga ttaccgaggc
     1741 ccgacacacg gtcgtgacgg gtgttgaaca tcaggttctt gaactgatgg ctctcgtcga
     1801 caaacaggtg atcgatcccc atcattttga agtccaccac gtcgtccttg cgttcggcga
     1861 tggtgtctcg gatatccttc agtttggccg tgagcgtcag cttacgttgc tccaaccctt
     1921 tgagcgcaga ccgggagatc tctcgtccct gcttccttaa cacgtcgagg ttttcctgca
     1981 ccgaatccaa ttccttttgc atgatcgcct cttgaatctc tgccgactgc gggatggcgc
     2041 cgaactgatc gtgcgtgagg atgacgcagt cccagtcgtt gtttttgatg tcgctgaaga
     2101 tccgcgcccg gttcttgacc gtaaaatcct ccttgccggg ataaagaacg cgggcgttgg
     2161 gataggcctt gcggaatgtg tcggcgatgt cgaagacgtt tgccttgagt ccgatgatca
     2221 tcggcttatt cgccagcccg aggcgcttca tctcataggc cgccgtgcac atgatcatcg
     2281 tcttgccgcc ccccacctcg tgatcgcaga tcccgccgcc gttggtttta agcatccaca
     2341 cggcgtcctt ttggcttgga tagaggtcgg ggaagcttag ccccttcaaa tccagtcccg
     2401 ggaaggtttg atgagaccca tcaaaatcgg gacggacaaa gcagttgaat agccgattgt
     2461 aacggtcggc cagctgctgt ttgaacgtct ccggtgtacg cccaagccag ccaatgaatg
     2521 cttgccggat ctcctcgatc ttggtgtctg ccatttggat ggcgcgaccg tcgcgtacct
     2581 tgatcgtcgc cttctcaccc gtcttggggt cagtgacctc cttgcttttg gtgatgtcgg
     2641 gaaccgtgtt gtggagcgcg tgtttgagca gatggaggcc gtcgtaacgc ttgaactcgc
     2701 cttgcacggc gtaagtatgc cagatggctt gatttttccg atcgcaggag aggatatact
     2761 cgtccatgtc ggggaggtaa gacacgccaa cgtctgtgcc gaacaggtcg gaggcgaagc
     2821 gagcgtagac cttagccggg atccaacgct caccgaggtt gaagtccaag tcggcaaagg
     2881 ggatgggcgt tggggtagcc gcacggagtg ccgcgagact ttgctttgcc atctcgtgcc
     2941 ccgggtgatc gagcagccac gcgtcgatcc gttcggcctt ctcgatcaca ttgcccgaga
     3001 tgaactgatc cgcgatctcg taggcgtctg cgagcggatt gaagaagatg cgcccctcga
     3061 gtgcggcgag gatgtcgctc tcttccatgt tgggcagcag ggaggtcatg tagggtagct
     3121 ccaccgtgcc gaacttgttg agcgatgcgc aaagcgcctc tgacgggtcg gccacgacag
     3181 actcagtcag ggcgaaggcc gtcgggtgat caaagatgtc ggccttgatg tatcgtcccc
     3241 cctcacttcg ctccaagaaa agcatctcgg cgcccgtggc atccatcttc aggaggtcgg
     3301 catttgcctt gagattgaga tgcccccaac gccggacgaa atcatcgtac agccgattca
     3361 gcttctcacg ctcctccgga tccgccaggt gattgttcgc ctcataatcg tagagccgat
     3421 ggtagctctc gcggatctcg acgtacgcct tgaggcgcgt gatgcgcgaa agcggcagat
     3481 ccatcgggtg gaacgtcggg ctgagatgga ggttagagag gtagccgatc tgcccgcctt
     3541 gtacgacgat agagccgtcg cggagatggg agtcgggctg tgaaaggaaa gggcgcgggc
     3601 taacgtcgaa cgttcgtcgg acatcacgga cgggtgcagg cggaggctcc tcggtatcgc
     3661 ccagcaggtc gagaaacgac agctggtgct tgtctgacgg ggtggctttc ctggctttgc
     3721 gtgccgtgcg atggggagtc gaccctgcgg ccgaccgacc tcgccgttgg ggcttttctg
     3781 tgatctcccg gttgacccgg gccacgtccc gctgccaatc tgcgtacgct tcgggggcaa
     3841 acagactcgc ctcgacttca gcctgtcgct cacgatccgt caccggatgg tgctcctcat
     3901 cgaaatagac ggtctgtccg ttcatctctc gcggtggctc catatcgggc tgcgagttgg
     3961 ttggcacggg tgcctcatat tgccggtgta gggtgaggac cggtacgccc tcgggagcga
     4021 gagtggcggc ttccgattcg accgcttccg acagcccgct ctggtagatt ttccgatcaa
     4081 aacgggctgc catatcggcg gaaatccgtg tttccaagtc acgtgcgatg ccttcgatcc
     4141 cgccttcatg ggtgtagatc ggtgccggct ttccgtaagc atccgtaccg atgcgatagg
     4201 tcgtggcaat gttatgattg ccttcggcaa acagggcgtt ctctatgaat gactctccgc
     4261 tcgattcgat ggaaacgctt tgcgtaaaga gctgctccca ctcgttctgc acccccttcc
     4321 cggtttcctt ttgaaggata aggagatcac tgccgacctc cgtgcctgca ttctctgaga
     4381 acatcccgtc gggtagacgg agcgtggaga cgagcctact gtgctccatc aggtgctcgc
     4441 ggatgggggc attcgtcggg ctgtcggcca cgccgcgcga ggtgatgaag gccagcaatc
     4501 cgccctcgcg aaggcagtca agccccttga cgaaaaagta attgtggatg gcgcgcgtgg
     4561 cctcccgctt cgccgcgtct ttacccttgc tgtacgcccg atcgtagatg gcgaaatttc
     4621 cgaaggggat gttacttgcc acgaggtcga accgcccagc ctcgcgtgcc tcgatctctt
     4681 cgaagccttc gatgcggacg gtttgctgcg gattgtcagc cgtgaggagt cgcatgatgc
     4741 gccccgtcac gaggtctttt tcaaacgaga cgacgtccgt ttgttcgttc gccagcgctt
     4801 gggaaaagac acccatccca gccgacggat cgagcatgcg gcggaggggt aaaccgctca
     4861 tcccaagccc cgcggcgatg gcccgaacga tgtgttcgtc ggtgtaaaac gaagtgagta
     4921 cgctgctttt gatgctgttc caaaggcgtg tggcatcgct ctccgaggcg ccttggtcga
     4981 tgatttcgcg cagtttgcga accggcggaa acaggttgcg ttcgtcccgc ggccagcggt
     5041 cgatgtcggc cggctcagca acaggaagga gaacgcattt gaggccgccg aagccgttgt
     5101 atcgccgcaa tgtcgcccga tcgctttccg acggcgcgcg gcgcgtgttt tctaaggcca
     5161 gcagggtgcg gacggcatcg agattggcct gcaatgcctc ttttttgtgg taggtcatgg
     5221 ttttaaggtg aaaatgaggg tcaaacagca actcacaact ttgtgagttg ctattgctta
     5281 tgattttgct aactcgaaag ttttcgagtt gctattgctt atgattttgc taactcgaaa
     5341 gttttcgagt tgctattgct tatgaatttg ccaactcaca agtttgcgag ttgctgttgt
     5401 ttatgatttt actaattcac aaccttacaa attgctattc tatatgattt tactaactcg
     5461 caaccttgcg agttgagatt ggagactcaa atggcttcgc acatggcctg cgatacgctt
     5521 gattagcccc caaaacgggc agctacctgc cgataccccg tttctgtggt ttgttttcga
     5581 tctgccgaac ggctggagtc tctttggcag acgatttcag gcgctcttta ttggacaggg
     5641 tgtccttgaa aatgaattcg atgccgcgct tttcagcgtt tacttgtagc gtggcgtcga
     5701 acggtttgcc gtgacgcgaa agcatgccct ccacccgcac ggggcgtccc tcggtgagcg
     5761 ccctgtgctg ctcctcggaa agccgaacgc ccttgatttc gttcggaatc tgaactcggt
     5821 cagcccgcag cgaaacgagt tcgtttgtca gccggtcgac ggacacgtaa gcgcggaacg
     5881 gctcaccctt cttaggggat aattcgacag tcttcccgag gttaccttga gtgaggagtt
     5941 gctccttctc ctcgggcgaa aacgtgtgtc ccatgtaggg gaaatcgagc tgcggttcac
     6001 ggcgcaacgt atggatgttg agactgaggc gaccgtctac ccctgtacgg aaagccagcc
     6061 gtgcttcggt ataaatcgta gtgtctccga agggcacagc gaggctaaca agtcccgttt
     6121 tctgccaatt tagcagtcga tccaagtctc cgcccgcctt gagtttctcc cgactcatgc
     6181 cgaggcgctc cagctccttc caatccactt tttccgggtc gatggcggat agtttctgcg
     6241 ccggcagatc gtcctcgaag gacacccgcg ccgcttgcag ttgcgccttg ttttcagggc
     6301 tttccctatt ctgaagcatc gcatgcagcg acgccacacc ctcctcgaag ccgttggtca
     6361 gcaccttgta tagcccgaag cgcttcgggt cgttgaactg ccgacggagg ttcgtcataa
     6421 agttcttcag cagtccatcg tttttcttga acaccaagaa agccgcccga ttctcctcgg
     6481 ttggttctac agttttgatc ttccccttct cgtcctgccc cgaaatgacg gacaggcggc
     6541 cgggatcagt cggcgatttt gcctctctcc gatcctccag cacaaggaca tagcgatccg
     6601 aattttcttc catagtagta tctgatttta agatgaaaca gatacgaaaa tagccacccc
     6661 ggtccgggat ggctatgtgg aatgactcgg tatggcttgg gagggagaag gcgggagaaa
     6721 gagggaatac agttggctga ttaagacatt atgtcattgc aagcggtcgc cctttcgtac
     6781 ctcaaataat atgtagccca tttccgaatc acaggaaaga cctatcccgc aaggttggac
     6841 tcattccgaa ctcagaaatg ggctacaagt gagtttactt aaaattatag ccgacggaga
     6901 tgttgagcgt gtagttgcgc gccgtggcat tcgtggcatt cggatagacc ggcaagcggt
     6961 cgtgcacgtt gcgcagcccg aggcggtagt ctaaccctac ggcgaagtgc cgatagacga
     7021 attccacgtc aatcagggcg ccgaaatctg tgcgattaaa ggccttgatg ctccgctccg
     7081 ggcggctccc gtgcatggtg ccgttgaaga cgtcgctctt gagaaactcg tcaggataga
     7141 ctaggttcat atcgccgccg aggccatagc ccaaatatcc gccgaggcca acgctgaggc
     7201 gtgccttctc gtcaaacgag agtttgtaac gcacttgcag cgggatgtcg aggtaatcca
     7261 acccggcatt catgtagacg ggagcgttcg gcataggcct gaaaccgctc caattctctt
     7321 tggtatcaag ttgcccgtag atcagcccgg agcctttccg cacataacct acgccaaggc
     7381 gaaacccgaa ggatgagggc aggtaatatt ccgccatcag gctagccgat ggcccagcca
     7441 gatattcctc cgagttctcc tgtcctaaat ccgagatggc ccacccgacg cgtgcaccga
     7501 aattcaactg cgcctttgca ggcgttactc cacaaacggt catcgctgcg acgaccatca
     7561 ttgctactaa aattcttgct gtgttcattg tttattgggt ttgatattac ggcgccaaaa
     7621 ctgaagatat agcatggaaa acaagggaaa aaggggcaaa aatctcgtta caagccgatg
     7681 ctgagtatca gtcggttgca aaaaagtgcg ttacgaggag gcttctcatt tccatcttta
     7741 tcagctgttt aagcgaaaat gaaaatcgag gccgttttgg gggacttttt gtcgccgaaa
     7801 tcagcccaag ctccgcagaa agatggccag tgattgtgaa ccgtctactc ctaagttctt
     7861 acggaggcga tagcggcatt gacgcgctgc aatgtcgtct gtcaatccaa gtaggaaggc
     7921 ctcgacttta gtgtcagaat tgaaaaaaga gagtaggcaa agtttccaag gggcactcga
     7981 cttttgcgtt ttgatcttcc ctgtaaaaaa agcgtatgct tggggataga gcgatttgat
     8041 gtctccttct aaagctgtcc aatctcttgc cgacagcgaa acctttgccg ccgcaccttg
     8101 tcgtatcaca cgaacaacct tttttccgac agtcgaagat tggagaatca gctccttctt
     8161 ttccgccagg gccttttcta acgatatgat cttttccctc tgcaccttgt atgcattgac
     8221 ctccgaatcc tgccgctcat ttaatgcgct tttcatcttg ttcaattcta tcgtaaggaa
     8281 gcgtatctca ttctcttttt gctgcagcgc ctcctgttgc ctgtcaagcc ggagtttttg
     8341 gacacgtcga aatagcaaaa tccctatggc tgcacatacc gaaagaatga taatcgcgag
     8401 cgtgcgatac agtatcgcca cctgcaggcg gatgttttcg ttctccagct gcgacttatc
     8461 atatcgttgc tccacctcat acacatggct cctattttgt tccgcatagg tggaatctaa
     8521 gtagtctata tactgttcta aataatcaat cgccttacga tagttgccgt ccgccttttc
     8581 aatcaaaaaa tgcaaccgaa aaacctcccc cttagtattt tctgaaattg ctttttccac
     8641 gtattcccgt gctttagtat attccttttt tcgaatgcaa acatcagcca aagcaaaata
     8701 agtaggccaa ggatcattgt cgtccagatg ggtactaaga gatgtttcgg cttcatccag
     8761 ccttcccatt tcacgataaa cgactccaaa atcggcagat atggcacgaa tgacgataga
     8821 atcaccggcc aagccggcga tggaatccgc cttttggagt acggagagcg cttcggtcgt
     8881 tcggccctct tccaaatagc aatacacagc atctctcagc gccaacgcct gactgcgtat
     8941 gttcccagat cgggcatgaa atcccgcggc ctcgttatat ttttcgaacg cacggtcata
     9001 tagtcctttt tctaaataca gatcagccaa atagctcgat aaatagcctg ccagagaata
     9061 atcgtcggtc ttagcaacga ataaaagtcc gtccttatac gtattaaccg cagcatcgta
     9121 atcgccatca tctttttgag agcgcccggt gtagagccgg atctcggccc gctcctgcgg
     9181 cgtccctttg cgatcgtaat aggcctgcgc tttgagccat tgacgcgtag aaagtgggtt
     9241 gttcgcacgc tttgccttct gctgctcatc acgcacccgc cccagcagca tacaccaatg
     9301 ggcatatgac ttttcgttca taagatgatg ggcgcccatg ttttccaaca tcgcccgtgc
     9361 gctgtcgggg tgttccttca tcatcgtttc gatctgtttc atctcgcgat ttgcccgatg
     9421 actatcgcac gagtggaaga aaagcatgcc gataaacgct ccgatccatc ctatatatat
     9481 ccttctcatt tggccatttt tttcgagagt gggcgcgaaa atagcggttt gacgaaaatg
     9541 caaaacaaac gtctgttatg tatgtagcta gattaagttt caccccttca tcagcccctg
     9601 tagcttcggg tcggctttga tacgggcgat ttcggagtcc acgagcgaga gaatctcctg
     9661 cttgatttgg cgatagttcg catcgatgga ggctttcatc gtgtcgtcgc ccgaggcgtc
     9721 gcgaaagtcg gctatgacgg ggattgggcg ataggacttc atctcagcgg acactttggc
     9781 ggtatcgacc acaatctccg catggaagat cttctgctcg atgcgttcgt tgaagttgtc
     9841 ggacacggca ccgacaaaca tgccctgcgt caggttgctg attttcgagg ccgggatcag
     9901 gctgtccatt tgtgtgttaa tcgaggtgga aacgtcctgc cgattgatgg agacggactg
     9961 ccttctttgc aggactttac cgaaccgttc ggagagcgtc ttggcagttt cccccaccac
    10021 ctgccccgaa aacacattcc cgaccgtatt ctgaatcacc cgactttcct tttcaccgta
    10081 gtcgcgcgtg agctgcgaga agtcctgaaa accgagacag acagccactt tgttgctgcg
    10141 cgccgtggcg atcaggttgt cgagtccgcg gaagtagatc gtcggcagct cgtcgatgat
    10201 gaccgaactt ttgagctgct tcttcttgtt gatcagcttc acaatgcggc tattgtatag
    10261 cccgagggcg gccgagtaaa tattctgtcg gtcgggattg ttgcccacga ctaagatctt
    10321 cggcgacgcg ggattgttga tgtcgagcgt gaaatcgtta cccgtcatca cccaataaag
    10381 cgcgggcgaa atcatgcgcg aaagcgggat tttggccgat gctatttgcc cataggctaa
    10441 gcacccggcg ccttgccatt tgtcacaatg gtaggtttcc aagcactcgc ctccgaaccg
    10501 tgcatacagg tctccccgta cacggctctc caccttatca ttcagtctga ctttctcccc
    10561 gaatgtattt tgtgatgaca tgcagaacat actgctaatg ttttacggtt acgagaaatc
    10621 attttgattt cccaatcgct tttacctttc aagtctttga gtttacggac atggtgcatt
    10681 tcaagatgat ctgttgctcc gcagttttca catactcgtg cacttaatct tgcaataagc
    10741 ccatttctgc cacccgttat agcgactgtg ttaggtagtt tgtcattcaa atagcgattc
    10801 ggtagttcct tgcgtttgaa acctttgtcg taaaactcac gcttgacctc atatcccttt
    10861 ttatttgtgt atggtatgga gaacacgccg ttcttcttgt acttcgcaat aattttcttt
    10921 tttgaagtag tgtatttagc ggcgtatgtc ttgtacatac tatactccat aatatgatag
    10981 aacgagtcaa taaccgggct gttgttcgct atcgagtagt agttatagaa ccccataatt
    11041 tcagcgttat attggcttat aatctccaaa tcatcaagac atctcatata tgaacgacct
    11101 tttggcttcc aaacctcttt cccattttgc ctgacaatct ttacagcatc atattcaaga
    11161 agtttctttc tcatcgtctc agttgttaca tataagacaa tcttgtggtc taatgacctt
    11221 gtcaaatgac cgttcttgtc tctgcgtgca tcattggact ttcgcacaaa gacatcatat
    11281 ccaagaaatt tggcatgttt tcttgcatgg gtaatcagcg ttttttcatc agatagttcc
    11341 aatttcaatt tgtcagccat aaattgcttt atgtcctctt tgatttggat gcaatcttgt
    11401 ttactgccaa ttactccaat cagaaaatca tccgcgtatc ttatgtattt cagtcgtttg
    11461 atactatcat ccatttcatc ggcggcagga tagttcagtc tctctttgac aattcctctg
    11521 attttagcta acaacagctg acgtgttgtt ttatcaactg tgtttcgtaa ttccgcaact
    11581 aacttggctt tacgttgccc caaacgtttt acaatcggat tttccttacg tcttttcccc
    11641 ttattgaagt gcttgatgta ggctttgata tacttatcaa acttgtcaag gtagatgtta
    11701 gccagtatgg ggctgatgat accaccttgc ggagttccac tgtatgattt gtggaatacc
    11761 tgatcttcca tatatccagc attcaggaac tttctgatga gtcgaaggaa tcgctcatca
    11821 gagattcttt ctgacagaat ggctatcagt atttcgtggt tgatgtgatc aaagaagcct
    11881 ttgatgtctc cttcaataaa ccacttcgta ccgttgaatg accgttgaat gcttgaaagt
    11941 gcagtttgag gacttcgttg tggtctgaaa ccatgcgaag tgtattcaaa actgccctcg
    12001 taaatagctt ctaaaatcat tctgacaacc tcctgaagaa gtttgtccat caatgaggga
    12061 atacccagcg gtctcttctt ccccattttt cttcggaatg taaactcgct gtgagggttt
    12121 cggctgatac gtctcatttt taagcgtatc aatcaactgc tcaatatggg acacactgaa
    12181 gccgtcaacg gttttcccgt caactccctt tgtcatattg ccttgtttgg catatatgtg
    12241 ctggtaggct atgtagtaca tctcatcatt aaacagtatc cgatacaaac gttcgaactt
    12301 gtattccaag tcggaactat gttgcgtcag actgtttaat atcttctctg gatttctttt
    12361 catgtctctc acattttccg agataggaca ttaaacgata aagctgcttc ccttcgccat
    12421 gtacaaggct ttcccttgct cagactactt acggaagctc tgttgccata tgggtttccc
    12481 cacttaggca atccccgtta aagcatataa taactattgg catgatagat tgtcggatac
    12541 gactttcgtc ctttactatg tatgtagttg ctctgtgata agttcttttg cccaatcgac
    12601 ctacaaggag aagttgggta tcacagcata acgtctataa ctgtcttccg ttaaggctta
    12661 accatcgagc cgctcggact atcgttcaac cagtataggc tttatcctca tatctatctt
    12721 ttcaccttgc cactcggtca agacttgaca gttcgtccac tcgtggcttt gccgacatgc
    12781 tacactcccc atcgtctttc gttgaatgga taagtcggcc ggtgataggt tattatttca
    12841 aagaacacga acctaatagc ttgccaaagc tatatttatt atatgccctt acgggcgcac
    12901 ttgcaattga tcctgcgcat tgccttccca cgcgtccata aagggcgaga ggtagttggc
    12961 gagttcgtcg taagacgtca ggattgggaa aatctgcgcg tagggacggt tcagaaattc
    13021 gaccgcatgt gggaaagtac aatagcgtcc gccctcgtaa attctcagga accagatgat
    13081 ggccgccaac aggataatcg gcgactcgac gaagaaatcg ccttgctttt gcacccaact
    13141 tttgttcaaa ttgagcatga tggtgtaggc tgcttcatag gcgtcggaga tgtctgtcat
    13201 aaagtcagga tggatcggat tgcaacggtg cgagcggcgt ggatcgtcga agttgatgac
    13261 gaaaaactgc ggcttgacgg ggtacgcatc gaggtgctgg cgcagatgat tgtaggcgat
    13321 ttcggacagg tcaggaaatt tataatgtag gctaagtagc cgacgccgtg ccatattact
    13381 atggtcggtt ttcgaaaact cgcctccgaa ccggacgtac accttccagc gtatccggct
    13441 ctccgcttcg atatgcagtt caaatcgttc cataatgaat ctttttatga caagttccac
    13501 aaagtgcaat ggttttcctt ttccgtgcaa tcatgtgtcg ttcccaaggc tctttatttt
    13561 gaagattctt gagtttacgt acatgatgca tttccaaatg cccctcagca ccacataatt
    13621 cacacttttc tgctttcaac ctgtccataa gactggttgt gctggtgtgc attatgaatt
    13681 tggggagtat gtc
//
LOCUS       SEQF2634|AYYE01001066.1 1212 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1212
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             385..915
                     /gene="kly_2"
                     /locus_tag="SEQF2634_01093"
                     /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="MHIDLLGGLGLNNTVEFAAMRGSKHVMDVTWELHNETPDVISLR
                     GHAPLVIVSPIKQGVGSFRMTAIDQCGRGTTAHVSVHISSKYHFTLSPNPAVDVVTLK
                     LTGVEGEQRAPGSPSAMGTTSTYEIQLWSGLAMLRSFQTNQPTFQIPIAGLPAGLYFV
                     RVIKDGQTYTEKLIKN"
ORIGIN      
        1 gaacgtcgta gtttaaaaag atggcttgat atagcaaata taaatcctca aacatggaat
       61 gggattggtg ttataaatac ttcatcctcc atctccggcc ccaccgttgt ttgcaatcag
      121 gggacatata ccatccaaga tcttccgtcc ggaacttcca tacaatggag tacaagcaat
      181 ggaaacttac aattggtttc cgggcaggga acgagaactg ctgtgttcag gaaaaacggt
      241 tcgggagaat gtacgataag ggcaacctta cgctcagccc atctgaatat aaccctcccc
      301 ttagaggtct gggcaggagc tgtcaagacg tttgtacgag ccaagggaga agatcatgac
      361 acaccattta gtccctcaac atcgttgcac atcgacctgc tcggaggtct gggattaaat
      421 aacaccgtcg aatttgccgc gatgagagga agtaaacacg tgatggatgt tacctgggaa
      481 ttgcataatg aaacgccaga tgttatttcc ttaagagggc atgccccact tgtaatcgtc
      541 agtcccataa agcagggggt tggcagcttc cgcatgacgg caatagatca gtgtggcagg
      601 ggaacgacag cacatgtcag tgttcatatc tcgtcaaaat accatttcac cctctcccct
      661 aacccggccg tggatgtggt gacgctcaaa ctgacagggg tggaaggcga acagcgcgcc
      721 ccaggatcgc cctcggcaat gggcacgacg agcacgtatg aaatccaact ttggagcggg
      781 ctggcgatgc tgagatcatt ccagacgaat cagccgactt tccagatccc gatcgcggga
      841 cttccggcag ggctgtattt cgtgcgtgtg atcaaagacg gacagaccta taccgagaag
      901 ttgatcaaga attagcgttg gaggctcgct gtgtaaaagc tgcgtgctag cgaactgtta
      961 tcgggcaggc cgaagggatg aaagtccctc gggtctgccc gattttcgta tggacgaatg
     1021 gcaacgcccc cttcacttcc ctttcatcgc cccccctagc ttcgggtcgg ctttgatgcg
     1081 ggcgtcccat ttcggggcgc gcggatgttt tcttgggggc gattcatggg gttagttttt
     1141 cgtatgggat taggtggcga ctttggagcc gaaccgccgc agagtgaagg ctccgggggc
     1201 aaggcgtttt gt
//
LOCUS       SEQF2634|AYYE01001067.1  540 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             255..503
                     /locus_tag="SEQF2634_01094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLCIRTELFNATHCLADDGVQLHQHKEVREVQHVINHGRNDYG
                     TLVGDEFGRGTAERLRADLLPALFGLAYAADEVDHDSG"
ORIGIN      
        1 tttgggaaac tgtcctccag ttcttgtagc agggtcggtt gattgccttt gacctgaagc
       61 acgtaatcgc ctccggcctc caatacctgc tctgccacat cgtgctgaca gccgattgca
      121 tcgatagtga tcagggcgtc ggtgacgtca agttcatcca aaagccgacg aatagcatcc
      181 aactcattgc gcttcgtggg cacggcgtcc attgatagaa caagctgtag atgtgggtca
      241 taggcagaga caatatgcga ctctgtatcc ggactgagct ttttaacgcc acgcattgtc
      301 ttgccgacga tggggtgcag cttcatcagc acaaagaggt gcgagaagtg cagcatgtaa
      361 tcaatcatgg ccgcaatgat tacggcaccc tcgtaggtga cgaatttggt cgcggtacgg
      421 ctgagcggct tagagcggat cttttgcccg ctctctttgg ccttgcgtat gccgctgatg
      481 aggtcgacca cgatagcggt taagacgaat aagaaacatg cggtagccac gggaaacatg
//
LOCUS       SEQF2634|AYYE01001068.1 1388 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(665..1339)
                     /locus_tag="SEQF2634_01095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVGRPARNVQRNCSRRGLQRVTLRAAHRLEEVRDGTLVTLLLP
                     QIVGTLTGVALLARFTLHVLHEVRLAAGLTRVEPALVDTLASSAILTLQGGEEVVFTA
                     AHRVLLQPELVGRLAILSLYRVKEVLHTAVVALLLPQFVGTLARLAILSLYRVEEVLH
                     TAFVALLLPQVVGALARVARFTGITRFALHVLHKVRLGTGVSGLTHNRFSRSGIPFSF
                     VPSNYT"
ORIGIN      
        1 tttgggaaac tgtcctccag ttcttgtagc agggtcggtt gattgccttt gacctgaagc
       61 acgtaatcgc ctccggcctc caatacctgc tctgccacat cgtgctgaca gccgattgca
      121 tcgatagtga tcagggcgtc ggtgacgtca agttcatcca aaagccgacg aatagcatcc
      181 aactcattgc gcttcgtggg cacggcgtcc attgatagaa caagctgtag atgtgggtca
      241 taggcagaga caatatgcga ctctgtatcc ggactgagct ttttaacgcc acgcattgtc
      301 ttgccgtcga tacagatttg gcgcgtctgt tcatcccact gtaggagatc cacaatccag
      361 agtttagata ggcctccttg aagaccttgt ggggaatgtg acttgcaggg cacgatttta
      421 agtgtgtcgt gggagggcgt aacgtgttct aactcctctc caaagagctg tttgtagagc
      481 tcacgaatac tggcttcgtg tgccagtgca taatcttgca tggtgtacca agagtcatgt
      541 ttagagatac tggcacagaa tgcaatcaga agcaagaggg gcaagggata acgtttgttc
      601 ttgttgttac ggcggtcatc aatcagggtg agacttcgga taaggctggg cagttccatt
      661 attgtcatgt atagtttgat gggacgaagc taaacggaat cccagacctc gaaaagcgat
      721 tatgcgtcaa cccggacaca ccggtaccga ggcggacttt gtgaaggaca tgaagggcaa
      781 accgggtgat cccggtgaac cgggcgaccc gggcaagagc gcctacgacc tgtggaagga
      841 gcagggcaac gaaggcagtg tgcaggactt cctcgactct gtaaagggaa aggatggcaa
      901 gtcgggcaag agtgcctacg aactgtggaa ggagcaaggc aacgacggca gtatgcagga
      961 cttccttgac tctgtaaagg gaaaggatgg caagtcggcc taccagctct ggctggagaa
     1021 gaacccgatg ggcggcagtg aagacgactt cctcacctcc ctgaagggta aggatggcgc
     1081 tgctggcaag agtgtctacc aaagctggct cgactcgggt cagaccggca gcgaggcgga
     1141 cttcgtggag gacatgaagg gtgaaccggg caagaagggc gacaccggta agagtgccta
     1201 cgatctgtgg aaggagcagg gtaacgaggg taccgtcacg gacttcttcg agtcgatgcg
     1261 cggcccgaag ggtgacccgc tgaaggcctc gacgcgaaca gttacgttgg acgttgcggg
     1321 ctggccgtcc gaccggcatc gcatagcagc cgtagagggc gtcacggaca ctaatacggt
     1381 catcgtca
//
LOCUS       SEQF2634|AYYE01001069.1 2393 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2393
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(101..325)
                     /locus_tag="SEQF2634_01096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFQHDKIMLRKRSLIETVNDQLKNVCQIEHTRHRCFPNFIINLL
                     SALAAFSFFDKKPSINTAKEFVYPSFLPVA"
     CDS             complement(337..534)
                     /locus_tag="SEQF2634_01097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTREKCSGFLLTPGNVDDRAPLKHMDFHKRIFGKLFGDRGYISK
                     DLFEQLFIDGVHLITRLKKGQ"
     CDS             complement(491..1015)
                     /locus_tag="SEQF2634_01098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISTNKTVEIYYLVDEFLKEYDAVIKSHFLEEGAAKKRRNRKFT
                     MSGSEVMTILILFHFSSFRDLKHFHLYVRSRMKSNFPHTVSYNRFVELERKVCIPLAV
                     FLKMKALGQCTGISFIDSTPIRSCHIKREKQHKTFKEFARKGKSTLGWFYGFKLHLII
                     NDKGEVLGFSSDSG"
     CDS             complement(1468..2382)
                     /locus_tag="SEQF2634_01099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLMRSTTIAVKTNKKHAVATGNMKTPITYYGGKQKMLGAILPM
                     IPEHNIYVEPFFGGGAVFWAKQPAPVEFINDIDGEVTNFYRVLQTDYPALKREVDSTL
                     HSEHAHREARAIYRSPEGHSPVRRAWAVWTLSHQSFYAILDNTWKCGMTHNVAGQIQG
                     RKASFTADYTRRLEHTSIFSRDALTVIRRADRPETFFYVDPPYFNSDMRNYGGYTEED
                     FGRLLEVLSEVKGRFMLSSYPSELLTERTATHGWYTVEVEQQRSAGGGRKIEVLTMNY
                     DPSTLTPAPDPTLPSEDSPTGDSSAPTA"
ORIGIN      
        1 tggggaatgt gacttgcagg gcacgatttt aagtgtgtcg tgggagggcg taacgtgttc
       61 taactcctct ccaaagagct gttcgtaacg cgagttcgac ctaagcaacc ggcaggaaag
      121 agggatatac aaactccttg gcggtgttga tggagggctt tttgtcgaaa aaggagaaag
      181 cagccaaagc cgataacaga ttgataatga agtttgggaa gcaacgatgg cgggtatgct
      241 ctatctgaca aacgttcttc agttgatcat taacagtctc gatcagagat cttttccgga
      301 gcataatctt gtcatgttgg aacatcaagg cattcttcac tgaccctttt tcagacgtgt
      361 gatgaggtgg actccgtcaa tgaagagctg ttcgaagagg tctttcgaga tatagcccct
      421 gtctccgaag agcttcccaa agatccgttt gtggaagtcc atgtgtttca agggggctct
      481 gtcgtctaca ttacccggag tcagaagaaa acccgagcac ttctcccttg tcattaatga
      541 tcaagtggag tttgaatcca tagaaccacc caagcgtgct tttccctttc cgggcaaatt
      601 ccttgaaggt cttatgctgc ttttctcttt tgatatggca gcttcggatg ggagtagaat
      661 cgataaaaga tatgccggta cattgcccca aagccttcat ctttaggaag acagcaagcg
      721 ggatacagac ttttcgctct aactctacaa atcggttgta ggacacggta tgggggaaat
      781 tagacttcat gcgtgatcgg acgtagagat ggaaatgctt cagatctcga aaagaggaga
      841 agtggaaaag gatgagaatc gtcatcacct cgctaccgga catagtgaat ttgcggttcc
      901 tccttttctt tgcggctcct tcttccaaga aatgactttt gattacagcg tcatattctt
      961 tcaagaattc gtcgacgaga tagtagatct ctacagtttt attggtggaa atcattgttg
     1021 ggtttgctct ttgttttcaa cgcattaaag atacaatcct ctctcttgac tcccaactct
     1081 ttttgcccct tttcttacgt cgaactcacg ttttgtagag ctcacgaata ctggcttcgt
     1141 gtgccagtgc ataatcttgc atggagtacc aagagtcatg tttagagata ctggcacaga
     1201 atgcgatcag aagcaagagg ggcaagggat aacgtttgtt cttgttgtta tataatccgc
     1261 aaaacgattt gtccgaagat tggggtgaca ccaccgcttt tttcggacgc gtcgtttttg
     1321 ggtggtttgt atatccttaa cggttcgccc ggtggggcgt cggtgcactg ctgtccagat
     1381 acggttgacc ccgcatctcc tctgcctatg gcnggggggg gngcgggggt tttcctcttc
     1441 atggccgcct tggatgatgg gcgggtgtta tgctgtcggc gcggagctgt cccccgtagg
     1501 actatcctcc gagggtagag tcgggtcggg cgctggagtc agggtggacg ggtcgtagtt
     1561 catcgtgagc acctctatct tgcgtccgcc gccggctgag cgttgctgct ctacctcgac
     1621 agtgtaccag ccgtgtgttg cggtacgctc ggtgagcaac tcagaggggt aagaggaaag
     1681 catgaatcga cccttgacct cagagagcac ctcaagcagg cgcccgaagt cctcctcggt
     1741 gtagccgcca tagtttctca tgtcggagtt gaagtagggc gggtcgacat agaagaatgt
     1801 ctccgggcgg tcggcccgtc ggatgacggt cagggcgtca cggctgaaga tggacgtgtg
     1861 ctcgagtcgg cgggtgtagt cggctgtgaa ggacgccttg cgaccttgga tctgcccggc
     1921 cacattatgc gtcatgccgc atttccaagt attgtcgaga atggcgtaga aggactggtg
     1981 tgagagcgtc cacacggccc atgcgcggcg gacgggagag tgtccctcag gggaacggta
     2041 gatggctcgg gcctctcggt gggcatgctc gctgtggagt gtgctgtcga cttcgcgttt
     2101 cagggccggg tagtccgtct gaaggacgcg gtagaagttt gttacctcac cgtcgatgtc
     2161 gttgatgaac tccactggtg ccggctgctt ggcccaaaag accgcgccgc ctccgaagaa
     2221 gggttctacg tagatgttgt gctcagggat catcggcagg atggcgccga gcattttctg
     2281 ttttccgccg taataggtaa tcggcgtctt catgtttccc gtggctaccg catgtttctt
     2341 attcgtctta accgctatcg tggtcgacct catcagcggc atacgcaagg cca
//
LOCUS       SEQF2634|AYYE01001070.1 3864 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3864
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(101..325)
                     /locus_tag="SEQF2634_01100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFQHDKIMLRKRSLIETVNDQLKNVCQIEHTRHRCFPNFIINLL
                     SALAAFSFFDKKPSINTAKEFVYPSFLPVA"
     CDS             complement(337..534)
                     /locus_tag="SEQF2634_01101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTREKCSGFLLTPGNVDDRAPLKHMDFHKRIFGKLFGDRGYISK
                     DLFEQLFIDGVHLITRLKKGQ"
     CDS             complement(491..1015)
                     /locus_tag="SEQF2634_01102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISTNKTVEIYYLVDEFLKEYDAVIKSHFLEEGAAKKRRNRKFT
                     MSGSEVMTILILFHFSSFRDLKHFHLYVRSRMKSNFPHTVSYNRFVELERKVCIPLAV
                     FLKMKALGQCTGISFIDSTPIRSCHIKREKQHKTFKEFARKGKSTLGWFYGFKLHLII
                     NDKGEVLGFSSDSG"
     CDS             complement(1468..2334)
                     /locus_tag="SEQF2634_01103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNNKPIMKTPITYYGGKQKMLGAILPMIPEHNIYVEPFFGGGA
                     VFWAKQPAPVEFINDIDGEVTNFYRVLQTDYPALKREVDSTLHSEHAHREARAIYRSP
                     EGHSPVRRAWAVWTLSHQSFYAILDNTWKCGMTHNVAGQIQGRKASFTADYTRRLEHT
                     SIFSRDALTVIRRADRPETFFYVDPPYFNSDMRNYGGYTEEDFGRLLEVLSEVKGRFM
                     LSSYPSELLTERTATHGWYTVEVEQQRSAGGGRKIEVLTMNYDPSTLTPAPDPTLPSE
                     DSPTGDSSAPTA"
     CDS             complement(2574..3548)
                     /locus_tag="SEQF2634_01104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPTKTTIPPEFVPTYVPYSYKGQPVKGAFGPNTRPAFVKASD
                     RAYYEADNTLSDAMRQLLIAMDMLDTGAGMFPVGDHNYCNVKARRGQSGRFGKDEVEG
                     SLDPYANYTSHVDFARAKLQLIQHPRWGVNLKTDTPSEVIDKIEGTPVVWGTLFSPAA
                     QRALETGEGIDDLKLDYEKATVKRYRALGITDIHSARKKYYCEKMTAIARQVALYMAG
                     GDPNVTYTPDFERKATPIEPPVVPPIRPLDPAAPTVPPQPTLVQGPTPLTPKAFDALA
                     FTRKTTARLIDGRAVYVTAVDFARREVRYSNQNDNPIWVGLDKVTAIV"
     CDS             complement(3545..3847)
                     /locus_tag="SEQF2634_01105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDYMLHFSHLFVLMKLHPIVGFPVITCLMSVFLCIIEILSVRE
                     TADEKTRRRSEAIVQAVIKALGNDNLAEILRDKVEDTLHGHQAPPQHINNSTHQQQ"
ORIGIN      
        1 tggggaatgt gacttgcagg gcacgatttt aagtgtgtcg tgggagggcg taacgtgttc
       61 taactcctct ccaaagagct gttcgtaacg cgagttcgac ctaagcaacc ggcaggaaag
      121 agggatatac aaactccttg gcggtgttga tggagggctt tttgtcgaaa aaggagaaag
      181 cagccaaagc cgataacaga ttgataatga agtttgggaa gcaacgatgg cgggtatgct
      241 ctatctgaca aacgttcttc agttgatcat taacagtctc gatcagagat cttttccgga
      301 gcataatctt gtcatgttgg aacatcaagg cattcttcac tgaccctttt tcagacgtgt
      361 gatgaggtgg actccgtcaa tgaagagctg ttcgaagagg tctttcgaga tatagcccct
      421 gtctccgaag agcttcccaa agatccgttt gtggaagtcc atgtgtttca agggggctct
      481 gtcgtctaca ttacccggag tcagaagaaa acccgagcac ttctcccttg tcattaatga
      541 tcaagtggag tttgaatcca tagaaccacc caagcgtgct tttccctttc cgggcaaatt
      601 ccttgaaggt cttatgctgc ttttctcttt tgatatggca gcttcggatg ggagtagaat
      661 cgataaaaga tatgccggta cattgcccca aagccttcat ctttaggaag acagcaagcg
      721 ggatacagac ttttcgctct aactctacaa atcggttgta ggacacggta tgggggaaat
      781 tagacttcat gcgtgatcgg acgtagagat ggaaatgctt cagatctcga aaagaggaga
      841 agtggaaaag gatgagaatc gtcatcacct cgctaccgga catagtgaat ttgcggttcc
      901 tccttttctt tgcggctcct tcttccaaga aatgactttt gattacagcg tcatattctt
      961 tcaagaattc gtcgacgaga tagtagatct ctacagtttt attggtggaa atcattgttg
     1021 ggtttgctct ttgttttcaa cgcattaaag atacaatcct ctctcttgac tcccaactct
     1081 ttttgcccct tttcttacgt cgaactcacg ttttgtagag ctcacgaata ctggcttcgt
     1141 gtgccagtgc ataatcttgc atggagtacc aagagtcatg tttagagata ctggcacaga
     1201 atgcgatcag aagcaagagg ggcaagggat aacgtttgtt cttgttgtta tataatccgc
     1261 aaaacgattt gtccgaagat tggggtgaca ccaccgcttt tttcggacgc gtcgtttttg
     1321 ggtggtttgt atatccttaa cggttcgccc ggtggggcgt cggtgcactg ctgtccagat
     1381 acggttgacc ccgcatctcc tctgcctatg gctggggggg gtgcgggggt tttcctcttc
     1441 atggccgcct tggatgatgg gcgggtgtta tgctgtcggc gcggagctgt cccccgtagg
     1501 actatcctcc gagggtagag tcgggtcggg cgctggagtc agggtggacg ggtcgtagtt
     1561 catcgtgagc acctctatct tgcgtccgcc gccggctgag cgttgctgct ctacctcgac
     1621 agtgtaccag ccgtgtgttg cggtacgctc ggtgagcaac tcagaggggt aagaggaaag
     1681 catgaatcga cccttgacct cagagagcac ctcaagcagg cgcccgaagt cctcctcggt
     1741 gtagccgcca tagtttctca tgtcggagtt gaagtagggc gggtcgacat agaagaatgt
     1801 ctccgggcgg tcggcccgtc ggatgacggt cagggcgtca cggctgaaga tggacgtgtg
     1861 ctcgagtcgg cgggtgtagt cggctgtgaa ggacgccttg cgaccttgga tctgcccggc
     1921 cacattatgc gtcatgccgc atttccaagt attgtcgaga atggcgtaga aggactggtg
     1981 tgagagcgtc cacacggccc atgcgcggcg gacgggagag tgtccctcag gggaacggta
     2041 gatggctcgg gcctctcggt gggcatgctc gctgtggagt gtgctgtcga cttcgcgttt
     2101 cagggccggg tagtccgtct gaaggacgcg gtagaagttt gttacctcac cgtcgatgtc
     2161 gttgatgaac tccactggtg ccggctgctt ggcccaaaag accgcgccgc ctccgaagaa
     2221 gggttctacg tagatgttgt gctcagggat catcggcagg atggcgccga gcattttctg
     2281 ttttccgccg taataggtaa tcggcgtctt catgattggt ttgttgttag tcatttggtc
     2341 gttgtttaat cagtattcgt atatcgttta aattctattt ttgcggcgtc ccaagcgcat
     2401 aaaaataggt gcagcaacac cgaatcaaag gctataaagg cctctgtcgt ggtgttgctg
     2461 cacctttgct tttccagaac gcttgggata ttagttctgg agaggagaca ggggcttctt
     2521 ttttgcccct acagttagcc gtctcccttg tttgtttgta tttagttgat tggttacacg
     2581 atggccgtga ccttgtccaa ccccacccag atggggttgt cgttttgatt gctgtagcgc
     2641 acttcacgac gggcaaagtc gacggctgtc acatagacag cacgcccgtc tatcagccgc
     2701 gccgtagtct ttcgcgtgaa agcgagagca tcgaaggctt tgggggtgag cggcgtaggg
     2761 ccttgcacca acgtaggctg gggcggcacg gtcggggccg cgggatccag cgggcggata
     2821 ggtggcacca caggcggttc gatgggtgtc gccttacgct cgaagtcggg cgtgtaggtc
     2881 acgttcggat cgccgccggc catgtaaagg gctacctgcc gggcgatggc agtcatcttt
     2941 tcgcagtaat acttcttgcg ggcgctgtgg atgtccgtga ttccgagggc gcggtaacgc
     3001 tttacggtgg ccttctcata gtcgagcttc aagtcatcaa tgccttcgcc cgtctcaaga
     3061 gcacgctgcg cggcggggct gaagagggtg ccccaaacga cgggcgtgcc ctcgattttg
     3121 tcgatcacct ccgagggggt gtccgtcttg agattcacgc cccaacgggg gtgctgaatg
     3181 agctgcaatt tggcccgggc aaagtctacg tgactggtgt agttggcata cggatcgagg
     3241 ctgccctcta cctcgtcttt cccaaagcgt ccgctttgcc cgcggcgtgc cttgacgtta
     3301 cagtaattgt ggtcgccgac gggaaacatg cctgcgccgg tgtccagcat atccatggcg
     3361 atcagcagct ggcgcatagc gtcgctgagc gtgttatctg cctcgtagta ggcgcgatcg
     3421 ctggccttaa caaaggccgg ccgggtgttg gggccaaagg cgcccttgac gggctgtcct
     3481 ttgtagctgt agggaacata agtcgggaca aactccggcg ggatggtggt ttttgttgga
     3541 gtgttcattg ttgttgatgg gttgaattgt tgatgtgttg agggggcgct tggtggccgt
     3601 gcagggtgtc ctcgacctta tcccgtagaa tctcggcgag gttgtcattc ccgagggctt
     3661 taatcacggc ttgcacgata gcctcagagc ggcggcgggt cttttcgtct gccgtctcgc
     3721 gcacgctgag gatctcgatg atgcagagaa agacactcat caggcaagta atgacgggga
     3781 agccgacgat ggggtgcagc ttcatcagca caaagaggtg cgagaagtgc agcatgtaat
     3841 caatcatggc cgcaatgatt acgg
//
LOCUS       SEQF2634|AYYE01001071.1 1749 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1749
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             18..320
                     /locus_tag="SEQF2634_01106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDYMLHFSHLFVLMKLHPIVGFPVITCLMSVFLCIIEILSVRE
                     TADEKTRRRSEAIVQAVIKALGNDNLAEILRDKVEDTLHGHQAPPQHINNSTHQQQ"
     CDS             317..1291
                     /locus_tag="SEQF2634_01107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPTKTTIPPEFVPTYVPYSYKGQPVKGAFGPNTRPAFVKASD
                     RAYYEADNTLSDAMRQLLIAMDMLDTGAGMFPVGDHNYCNVKARRGQSGRFGKDEVEG
                     SLDPYANYTSHVDFARAKLQLIQHPRWGVNLKTDTPSEVIDKIEGTPVVWGTLFSPAA
                     QRALETGEGIDDLKLDYEKATVKRYRALGITDIHSARKKYYCEKMTAIARQVALYMAG
                     GDPNVTYTPDFERKATPIEPPVVPPIRPLDPAAPTVPPQPTLVQGPTPLTPKAFDALA
                     FTRKTTARLIDGRAVYVTAVDFARREVRYSNQNDNPIWVGLDKVTAIV"
ORIGIN      
        1 ccgtaatcat tgcggccatg attgattaca tgctgcactt ctcgcacctc tttgtgctga
       61 tgaagctgca ccccatcgtc ggcttccccg tcattacttg cctgatgagt gtctttctct
      121 gcatcatcga gatcctcagc gtgcgcgaga cggcagacga aaagacccgc cgccgctctg
      181 aggctatcgt gcaagccgtg attaaagccc tcgggaatga caacctcgcc gagattctac
      241 gggataaggt cgaggacacc ctgcacggcc accaagcgcc ccctcaacac atcaacaatt
      301 caacccatca acaacaatga acactccaac aaaaaccacc atcccgccgg agtttgtccc
      361 gacttatgtt ccctacagct acaaaggaca gcccgtcaag ggcgcctttg gccccaacac
      421 ccggccggcc tttgttaagg ccagcgatcg cgcctactac gaggcagata acacgctcag
      481 cgacgctatg cgccagctgc tgatcgccat ggatatgctg gacaccggcg caggcatgtt
      541 tcccgtcggc gaccacaatt actgtaacgt caaggcacgc cgcgggcaaa gcggacgctt
      601 tgggaaagac gaggtagagg gcagcctcga tccgtatgcc aactacacca gtcacgtaga
      661 ctttgcccgg gccaaattgc agctcattca gcacccccgt tggggcgtga atctcaagac
      721 ggacaccccc tcggaggtga tcgacaaaat cgagggcacg cccgtcgttt ggggcaccct
      781 cttcagcccc gccgcgcagc gtgctcttga gacgggcgaa ggcattgatg acttgaagct
      841 cgactatgag aaggccaccg taaagcgtta ccgcgccctc ggaatcacgg acatccacag
      901 cgcccgcaag aagtattact gcgaaaagat gactgccatc gcccggcagg tagcccttta
      961 catggccggc ggcgatccga acgtgaccta cacgcccgac ttcgagcgta aggcgacacc
     1021 catcgaaccg cctgtggtgc cacctatccg cccgctggat cccgcggccc cgaccgtgcc
     1081 gccccagcct acgttggtgc aaggccctac gccgctcacc cccaaagcct tcgatgctct
     1141 cgctttcacg cgaaagacta cggcgcggct gatagacggg cgtgctgtct atgtgacagc
     1201 cgtcgacttt gcccgtcgtg aagtgcgcta cagcaatcaa aacgacaacc ccatctgggt
     1261 ggggttggac aaggtcacgg ccatcgtgta accaatcaac taaatacaaa caaacaaggg
     1321 agacggctaa ctgtaggggc aaaaaagaag cccctgtctc ctctccagaa ctaatatccc
     1381 aagcgttctg gaaaagcaaa ggtgcagcaa caccacgaca gaggccttta tagcctttga
     1441 ttcggtgttg ctgcacctat ttttatgcgc ttgggacgcc gcaaaaatag aatttaaacg
     1501 atatacgaat actgattaaa caacgaccaa atgactaaca acaaacgtta tcccttgccc
     1561 ctcttgcttc tgattgcatt ctgtgccagt atctctaaac atgactcttg gtacaccatg
     1621 caagattatg cactggcaca cgaagccagt attcgtgagc tctacaaaca gctctttgga
     1681 gaggagttag aacacgttac gccctcccac gacacactta aaatcgtgcc ctgcaagtca
     1741 cattcccca
//
LOCUS       SEQF2634|AYYE01001072.1 1198 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1198
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             341..799
                     /locus_tag="SEQF2634_01108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNPSLPAPSLPDAGRPFVDSCTFDAATRNVKVRARNAQAGEV
                     KTPEGEVQEFPISNVLQGNGWFINKVRYQLLVDNKSSSVRQIRNNLSNELYSIQPGEE
                     KVIDVYTDARSGTPLALYTFIGGLVSHVIHPTSGLLTIAIAVKYTDAIEL"
ORIGIN      
        1 tggccttgcg tatgccgctg atgaggtcga ccacgatagc ggttaagacg aataagaaac
       61 atgcggtagc cacgggaaac atggccccgg tgccttcaaa aagtacttcc attgtttgtt
      121 gttagttgtt ggacgttgcg ggctggccgt ccgaccggca tcgcatagca gccgtagagg
      181 gcgtcacgga cactaatacg gtcatcgtca ctccagcgcc agagtcgatc ggaacttatg
      241 ggaagtgcgg ggtctatgcc gccgcacagg gagaaggcag cctgacgttc gtatgtgcca
      301 agcagcccga agagtcactc accgttaata tgttgatcgt atgatactga acccatcgtt
      361 acccgccccg tccctgccag acgccgggcg gccctttgta gactcttgca ccttcgatgc
      421 cgccacccgg aatgttaagg tgcgcgctcg caacgcccaa gccggcgagg tgaaaacgcc
      481 ggaaggagag gtgcaggagt ttccgatcag taatgtactg caaggcaatg gctggttcat
      541 taacaaggtc cgctaccaac tgttggttga caacaaatcc agcagcgtta ggcagatccg
      601 taataattta agcaatgagc tatatagcat tcagcccgga gaggagaaag taatagatgt
      661 ctatacagat gcccgttcag gcaccccgct tgctctgtac acattcattg gagggcttgt
      721 tagtcacgtt attcatccaa ccagtggatt actgactatc gccattgccg tgaagtatac
      781 cgacgcgatc gagctctaac cctcatgtta ttgtctcctt cataggggcg aacctccgtt
      841 tgcccctacc ttctcttttc gcccccgaaa cccctctggt tttgatccaa aaaccgattt
      901 gaagcccaaa atgagcctcg gattgcacta aaaaccgatt tggagcccaa aatgagcctc
      961 ggattgcacc aaaaaccgat ttggagccca aaatgagcct cggattgcac caaaaaccga
     1021 tttggagccc gcggcgaggg tcatttcggg gccacattca acgatgcata aacagataaa
     1081 catctatggt gggcccgtag gcctacccac caacatccaa caactaacaa caaacaatgg
     1141 aagtactttt tgaaggcacc ggggccatgt ttcccgtggc taccgcatgt ttcttatt
//
LOCUS       SEQF2634|AYYE01001073.1  909 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..909
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(186..860)
                     /locus_tag="SEQF2634_01109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVGRPARNVQRNCSRRGLQRVTLRAAHRLEEVRDGTLVTLLLP
                     QIVGTLTGVALLARFTLHVLHEVRLAAGLTRVEPALVDTLASSAILTLQGGEEVVFTA
                     AHRVLLQPELVGRLAILSLYRVKEVLHTAVVALLLPQFVGTLARLAILSLYRVEEVLH
                     TAFVALLLPQVVGALARVARFTGITRFALHVLHKVRLGTGVSGLTHNRFSRSGIPFSF
                     VPSNYT"
ORIGIN      
        1 tggccttgcg tatgccgctg atgaggtcga ccacgatagc ggttaagacg aataagaaac
       61 atgcggtagc cacgggaaac atggccccgg tgccttcaaa aagtacttcc attgtttgtt
      121 cttgttgtta cggcggtcat caatcagggt gagacttcgg ataaggctgg gcagttccat
      181 tattgtcatg tatagtttga tgggacgaag ctaaacggaa tcccagacct cgaaaagcga
      241 ttatgcgtca acccggacac accggtaccg aggcggactt tgtgaaggac atgaagggca
      301 aaccgggtga tcccggtgaa ccgggcgacc cgggcaagag cgcctacgac ctgtggaagg
      361 agcagggcaa cgaaggcagt gtgcaggact tcctcgactc tgtaaaggga aaggatggca
      421 agtcgggcaa gagtgcctac gaactgtgga aggagcaagg caacgacggc agtatgcagg
      481 acttccttga ctctgtaaag ggaaaggatg gcaagtcggc ctaccagctc tggctggaga
      541 agaacccgat gggcggcagt gaagacgact tcctcacctc cctgaagggt aaggatggcg
      601 ctgctggcaa gagtgtctac caaagctggc tcgactcggg tcagaccggc agcgaggcgg
      661 acttcgtgga ggacatgaag ggtgaaccgg gcaagaaggg cgacaccggt aagagtgcct
      721 acgatctgtg gaaggagcag ggtaacgagg gtaccgtcac ggacttcttc gagtcgatgc
      781 gcggcccgaa gggtgacccg ctgaaggcct cgacgcgaac agttacgttg gacgttgcgg
      841 gctggccgtc cgaccggcat cgcatagcag ccgtagaggg cgtcacggac actaatacgg
      901 tcatcgtca
//
LOCUS       SEQF2634|AYYE01001074.1  473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tttgggaaac tgtcctccag ttcttgtagc agggtcggtt gattgccttt gacctgaagc
       61 acgtaatcgc ctccggcctc caacacctgc gctgccacgt cgtactgaca gcccgattgc
      121 atcgatagtg atcagggcgt cggtgacgtc aagttcatcc aaaagccgac gaatagcgtc
      181 caactcattg cccttgacgg gcacggcgtc cattgataga acaagctgta gatgtgggcc
      241 ataggcagag acaatatgcg actctgtatc cggactgagc tttttaacgc cacgcattgt
      301 cttgccgtcg atacagattn ggcgcgtctg ttcatcccac tgtaggagat ccacaatcca
      361 gagtttagat aggcctcctt gaagaccttg tggggaatgt gacttgcagg gcacgatttt
      421 aagtgtgtcg tgggagggcg taacgtgttc taactcctct ccaaagagct gtt
//
LOCUS       SEQF2634|AYYE01001075.1  758 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             42..203
                     /locus_tag="SEQF2634_01110"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQSTFADAEQLANVPVMQPIRVFGLFSESLQATCGKAQYLIAQ
                     AQPIGLCNN"
ORIGIN      
        1 tgcccgatct gcgcgaaggg caacacactt gtgtcacggt aatgttgcag agtacgtttg
       61 ctgatgccga gcagttggca aacgtccccg ttatgcaacc gatccgtgtg tttggactct
      121 tctccgaaag ccttcaggca acatgcggca aggctcagta cctcatcgcg caggctcagc
      181 caatcggcct ctgtaataat taagtacttc atggtttcac gtattagttt tctggttggt
      241 atttaggttt tactgttttc ggcggcaaac gtaattgcac gcaaaacgct gtcaacgcaa
      301 tcgggaacag gagggatgca aatggaacag cagggataca accggcgcag caaggggcga
      361 ctttcgctta ttcggaaaac agccgcaacg gaaagcagat agcagcccgc gaatcgttcc
      421 gcacctcctt ttctttcact gccactttgt tttatcaaag gagtaagtgg ttctcataca
      481 agatctattt tccgaagaga ccagcagcaa acggacgcaa catcatgccg gaatacactg
      541 catgcttgga tgctggggat gcctatcaca ccttcaccct caagaactca ttcaagccca
      601 ttatgaagaa acaggcagat agaagcaaca taaacaccag caaaacaccg gacagcagcg
      661 gacgctcatc aaagaacggg gagatcgagg cctacctcac ccggcattac acgttccgat
      721 acaataccgt ttggggacgg gcggaatatc gcggccgc
//
LOCUS       SEQF2634|AYYE01001076.1 1226 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1226
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcagatggat ttttctttta tgaaagatca ggatgctatc ttatttgacg tgaggggcgt
       61 tttgcctcgt ctatgggtcg acggaagatt ataagagtgg atccagaagt tgtacagagc
      121 gcggtggctc aagaagaacc ttcactgaaa gagaagacgg caagaggtct gttttggggt
      181 ggaatcagca actttgtcca gcaagtgatc ggtatggctt ttggtatagc catcgctcga
      241 atcctttccc ctgatgatta tggactcgtt gcgatgcttg ccatttttac cgctatcgcg
      301 aatacagtta tggatagtgg ttttactaca gcattgatca ataaaaagac ggtgaaacat
      361 cgcgattata acgcagtctt ttggttcaat gtgtttgcag caattgggat gtatgtcatt
      421 ctgttttttg ttgcaccgct aattgcacat ttttacaagc agccgatctt aaccgatctg
      481 tctcggattc tttttctcag ttttattatt gctgctgttg gaattgcgca taatgcatat
      541 ctactaaaga aaatcatggc caagcagcgc ggtattattg atatggctgc ggtgttttgc
      601 tcgggaacgg tggggttgat cttggcatta aatggctttg ccttttgggg gttagttgcc
      661 caacaattga ctcaaatatc cgttgctgta ttgttgcgtt gctattattc accatggaga
      721 cctacattag aatttgattt cacaccgctg aaagagatgt tcgggtttgg agtaaagata
      781 tttacaacaa atatattcta tcaagttacg ggtaatttat ttccagttgt attagggcgc
      841 tattatggta aaacacttac gggatattat gcacaaggga ataaatggtc tatattgagt
      901 agctctgttg tgttgactgg atttaataat gtggctcaac cggtattggt agaagctaga
      961 gatgatataa gaaggcaatt gaagattttt cgtaagatgc ttcgttttgg ggcttttctt
     1021 acatttccga cattgttagg attggcgttt attagtaagg aatttatttg gatcgtcctg
     1081 ggagagaaat ggatggagtc cgtctttttt atgcagattt tttgtgtatg gggggtgaat
     1141 agtttttttt tttcacttta ctccaaagaa ttcgtcggcc gattgggaat cttatcaaat
     1201 tccaatcgtt cggatcgatt cggaca
//
LOCUS       SEQF2634|AYYE01001077.1  363 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tgtgtctgtt attatatagg agcacgaata gaatttcaaa atagtggcac tattaaacct
       61 tatatccaat gggggcatga tgaagaaaag gagtatacac catctgttct aaacttttcg
      121 acaggtgcgg gaggggtctt atatccaccc caatgctttc atgaagatat aactaacacc
      181 tctctattta gcaaatatgc acctaaaggt gatgatattt ggtttaaggc aatgactcta
      241 aaaaaagatg tccagtatgt gagaatccca atagaatgtg acttttcagt taaatcggcc
      301 acatcgtcct ctctgaaaaa gaaaccattc tctccttcaa acactaagtc tttttctgtt
      361 cca
//
LOCUS       SEQF2634|AYYE01001078.1  513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aagtgctcga atcactgata ttggaagcta atcctaatta cacggtcgtt catcttaggc
       61 acaaactatt tgctgcagcc gtgaaaaaac aatgaaaata tttgaaaaaa taagacgaaa
      121 ccttttctgt gcgtctaaat taaacgtatt ggtaaagact tatttgagta tccagcaata
      181 tagacaatgc gctttacaag gtgataaaac aggtatagat gctagcggta cggtaatagt
      241 ctcgttgact acatataaca aacgaattca tgaggtgtat ttgacgatag agagtttatt
      301 tcaacagaca caaaaggcaa agcgaattat tctatggttg gctaaagatg aattttctaa
      361 agaagagatt cctctgattc tacaaaaaca acaaagtcgc ggtctggaaa tacgcttctg
      421 tgaggatgtt agacaatatc caaattaact tttcagttaa atcggccaca tcgtcctctc
      481 tgaaaaagaa accattctct ccttcaaaca cta
//
LOCUS       SEQF2634|AYYE01001079.1 1383 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1383
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gcagatggat ttttctttta tgaaagatca ggatgctatc ttatttgacg tgaggggcgt
       61 tttgcctcgt ctatgggtcg acggaagatt ataagagtgg atccagaagt tgtacagagc
      121 gcggtggctc aagaagaacc ttcactgaaa gagaagacgg caagaggtct gttttggggt
      181 ggaatcagca actttgtcca gcaagtgatc ggtatggctt ttggtatagc catcgctcga
      241 atcctttccc ctgatgatta tggactcgtt gcgatgcttg ccatttttac cgctatcgcg
      301 aatacagtta tggatagtgg ttttactaca gcattgatca ataaaaagac ggtgaaacat
      361 cgcgattata acgcagtctt ttggttcaat gtgtttgcag caattgggat gtatgtcatt
      421 ctgttttttg ttgcaccgct aattgcacat ttttacaagc agccgatctt aaccgatctg
      481 tctcggattc tttttctcag ttttattatt gctgctgttg gaattgcgca taatgcatat
      541 ctactaaaga aaatcatggc caagcagcgc ggtattattg atatggctgc ggtgttttgc
      601 tcgggaacgg tggggttgat cttggcatta aatggctttg ccttttgggg gttagttgcc
      661 caacaattga ctcaaatatc cgttgctgta ttgttgcgtt gctattattc accatggaga
      721 cctacattag aatttgattt cacaccgctg aaagagatgt tcgggtttgg agtaaagata
      781 tttacaacaa atatattcta tcaagttacg ggtaatttat ttccagttgt attagggcgc
      841 tattatggta aaacacttac gggatattat gcacaaggga ataaatggtc tatattgagt
      901 agctctgttg tgttgactgg atttaataat gtggctcaac cggtattggt agaagctaga
      961 gatgatataa gaaggcaatt gaagattttt cgtaagatgc ttcgttttgg ggcttttctt
     1021 acatttccga cattgttagg attggcgttt attagtacgg gatttttatt taaggtcaga
     1081 gcttggtcaa caatgtatat ccgccggttt atttatcaga gggcacatgc ttacatcgcc
     1141 tattattctc aggctaaaaa catagtgtta tcttatggat tatcttcgac agctttcttt
     1201 tatggtaata cgactgatac agattcactg ctttctattc gagaggtttt gattggtaag
     1261 cctttgctta tggataagag acggcgtatt ttgcatatag ggcgtttggt gaaatggaaa
     1321 aaagtagact tactaataaa ggctttcagt ttaatagttg agaggtatag agatagtgag
     1381 ttg
//
LOCUS       SEQF2634|AYYE01001080.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttaaagcgat tagtccatgt atgttcttgt tcagctcttt ttctcgcatt tatcttcata
       61 atcctccttt cagagccttt gttgctgcgt agataaaatt tagccttatc aatatattct
      121 tcttttgtac ggtagagtac aatttctttc ccatcctcaa aatacccagc caattcatcc
      181 agataagggg cgaactgcag gcctccgcac atgggtattt caaatgtgcg cagatggatt
      241 ttgtgtaccg gtgtgcgcag tagataggtg tcccacacct cagtaattcc cagtgagagc
      301 gcgaagttgg agtaaagaca attcatctct tcgagcgaaa cggacgaatg aatgtgtaaa
      361 aggtctgatt caagcaattg cggatgaggt gtaatttttt tttttcactt tactccaaag
      421 aattcgtcgg ccgattggga atcttatcaa attccaatcg ttcggatcga ttcggaca
//
LOCUS       SEQF2634|AYYE01001081.1  477 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttaaagcgat tagtccatgt atgttcttgt tcagctcttt ttctcgcatt tatcttcata
       61 atcctccttt cagagccttt gttgctgcgt agataaaatt tagccttatc aatatattct
      121 tcttttgtac ggtagagtac aatttctttc ccatcctcaa aatacccagc caattcatcc
      181 agataagggg cgaactgcag gcctccgcac atgggtattt caaatgtgcg cagatggatt
      241 ttgtgtaccg gtgtgcgcag tagataggtg tcccacacct cagtaattcc cagtgagagc
      301 gcgaagttgg agtaaagaca attcatctct tcgagcgaaa cggacgaatg aatgtgtaaa
      361 aggtctgatt caagcaattg cggatgaggt gtaatttttt ttttcacttt actccaaaga
      421 attcgtcggc cgattgggaa tcttatcaaa ttccaatcgt tcggatcgat tcggaca
//
LOCUS       SEQF2634|AYYE01001082.1  637 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..637
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(371..628)
                     /locus_tag="SEQF2634_01111"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCFSLPIICSVCDGTEKDLVFEGENGFFFREDDVADLTEKLIWI
                     LSDLPKAVQMGKKSLQIIKERANLDVFSNMYKKALSYAVQH"
ORIGIN      
        1 atttaaagtt tgcgtgcaaa taaaacaatc cactattttc tcaggaagag tatcaggccg
       61 agctaaatcc ccaataatag tagctttacg attcgatttg tcaacatgca gcacttcaaa
      121 tgaagttaca ccgcaaccga actgttttgt ataagtgttt tccgcgattt caagagcagt
      181 cccctttatg tcaacctcat tttctttaag aaaggattct atatagtacc gatcgatggg
      241 agtaccgcgc gacaaaccaa aatcatttga aatcggtgtt gtagaaatac ggtcccaaat
      301 aattggctga cgaatagctt gagttaaata gcgcaagtat ctcattaaaa aatatcagaa
      361 ggcaagtgta tcagtgctgt acagcataac taagcgcctt tttgtacata ttagaaaaaa
      421 cgtcaaggtt ggctctttct tttattatct gaagggattt ttttcccatt tgcacagcct
      481 taggcaaatc agacaatatc caaattaact tttcagttaa atcggccaca tcgtcctctc
      541 tgaaaaagaa accattctct ccttcaaaca ctaagtcttt ttctgttcca tcacaaacag
      601 aacaaataat gggtaaggag aaacacattg cgtcatt
//
LOCUS       SEQF2634|AYYE01001083.1 2336 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             117..419
                     /gene="wecC_1"
                     /locus_tag="SEQF2634_01112"
                     /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="MKHSRKPVVAIMGLAFKPNIDDLRESPAKYITQKVMQSEPKNLL
                     IVEPNIREHPIFKLTDYQAAYERADVVVFLVAHKEFKTLAWNEEKVILDFCGIFKK"
     CDS             436..1581
                     /gene="wecB_2"
                     /locus_tag="SEQF2634_01113"
                     /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"
ORIGIN      
        1 ttctgacttc tgagtttcct gtagaatcac agttaatcgc caaatcacgg gagctcaata
       61 actataaagc tttctggtgt gcggaaaaaa tcaaaaacac catattggaa tatgagatga
      121 aacactcgcg taagcctgtc gtggcgatta tgggactggc ctttaagccg aatatcgatg
      181 acttgcgaga aagtccggca aagtatatta ctcaaaaagt catgcaatcc gagccgaaaa
      241 atctgctgat tgtagaaccc aacatacgcg aacatccgat ctttaagttg acagactatc
      301 aagcggctta tgagcgggcg gacgttgtcg ttttccttgt tgcgcacaaa gaattcaaga
      361 cgttggcatg gaacgaagag aaagtgatac ttgatttttg cgggatattc aaaaagtaag
      421 gcgatgaaaa gagtaatgtt agtcttcggg acacgtcccg aggcgattaa gatggctccg
      481 ctcgtgcagg agtttcgaaa acatccagat caatacgaaa cattagtttg cgtaactggt
      541 caacatcggg agatgttgga ccaggtacta aacatcttcg ggattgtccc ggattacgat
      601 ctgaacatta tgaagccggg acaggatttg tatgatgtca cagttcgaat cctttccggt
      661 atgcgtgata tcttaacccg gacccgatcg gatgtggtgt tggtacatgg cgatacaacc
      721 acttcgatga ccgttgcttt ggcagcattc tatcagcaaa taccggtagg acatgtggaa
      781 gcaggactgc ggacacataa catttacagt ccgtggcccg aagagatgaa ccggcagatt
      841 acgggccgga ttgcaacata ccacttctct cctacatcat taagccggga gaacctgctg
      901 tgcgaaggca tcgacaagaa ccgtatcctc gtcaccggta atacggtgat tgatgcactc
      961 tatgccgtag tcaataagat caaagacgat cttcctttac aattatcact tgggaaagag
     1021 ctgaaggctg cgggttatga tacaggccga ttggtgacgg aagaagggcg tcgccttgtt
     1081 cttatcaccg ggcaccggcg cgaaaacttc ggtgatggat ttctacatat ctgccgagcg
     1141 attaaaatgt tgagcaagaa atatttggat gtcgatttcg tttatccgat gcatctgaat
     1201 cccaatgttc ggaaaccgat caaagaggtt ttcggagaga attgtcaatc caacttattc
     1261 tttatcgaac cgctggaata cctgccattc gtatatctga tggaaaaaag ccatattgtc
     1321 ctgaccgaca gcggaggcat acaggaggag gctcctgggc taggtaaacc ggtactcgtt
     1381 atgcgtgata cgacagagcg tcctgaggcg ttagaggccg gaaccgtcaa gctggtcggt
     1441 acggattatg ataagattgt ctctgaagtc tcgtcattgc tgagtgacat tcaatattat
     1501 agaaaaatga gtcaggcggt caatccatat ggagatggta gagcttgtag gcgtattgtt
     1561 gatgcactaa gatctatatg aaagttttga taacggatgt ggcattaaca ccatacacac
     1621 atgcgcagta tgagaaaatc tcatcaaaag gatgtgagat tctcgtactt ttaccgagaa
     1681 tacgtagtag tgttgggaaa aatgtcaagg aatgtgagct gagatcctgt atctatagat
     1741 tatgttatag cagagtgaaa aaaaaatggt acggaaaaca tgctttgatt gatttgaaag
     1801 atatattaat gaaggaaaag ccggacgtat tagttcttgt ttggccctat ttgttacatc
     1861 tgtttttcga cagaactata ctttacgtta tgaataggaa taacatacgt ttggttataa
     1921 gggagatacc ttttcagacg cctccatttg gaaaattgga ctacttcgct caccatccgg
     1981 cttatgacga agacttgaat ctgcttagta cgggattttt atttaaggtc agagcttggt
     2041 caacaatgta tatccgccgg tttatttatc agagggcaca tgcttacatc gcctattatt
     2101 ctcaggctaa aaacatagtg ttatcttatg gattatcttc gacagctttc ttttatggta
     2161 atacgactga tacagattca ctgctttcta ttcgagaggt tttgattggt aagcctttgc
     2221 ttatggataa gagacggcgt attttgcata tagggcgttt ggtgaaatgg aaaaaagtag
     2281 acttactaat aaaggctttc agtttaatag ttgagaggta tagagatagt gagttg
//
LOCUS       SEQF2634|AYYE01001084.1  947 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..947
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             117..419
                     /gene="wecC_2"
                     /locus_tag="SEQF2634_01114"
                     /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="MKHSRKPVVAIMGLAFKPNIDDLRESPAKYITQKVMQSEPKNLL
                     IVEPNIREHPIFKLTDYQAAYERADVVVFLVAHKEFKTLAWNEEKVILDFCGIFKK"
ORIGIN      
        1 ttctgacttc tgagtttcct gtagaatcac agttaatcgc caaatcacgg gagctcaata
       61 actataaagc tttctggtgt gcggaaaaaa tcaaaaacac catattggaa tatgagatga
      121 aacactcgcg taagcctgtc gtggcgatta tgggactggc ctttaagccg aatatcgatg
      181 acttgcgaga aagtccggca aagtatatta ctcaaaaagt catgcaatcc gagccgaaaa
      241 atctgctgat tgtagaaccc aacatacgcg aacatccgat ctttaagttg acagactatc
      301 aagcggctta tgagcgggcg gacgttgtcg ttttccttgt tgcgcacaaa gaattcaaga
      361 cgttggcatg gaacgaagag aaagtgatac ttgatttttg cgggatattc aaaaagtaag
      421 gcgatgaaaa gagtaatgtt agtcttcggg acacgtcccg aggcgattaa gatggctccg
      481 ctcgtgcagg agtttcgaaa acatccagat caatacgaaa cattagtttg cgtaactggt
      541 caacatcggg agatgttgga ccaggtacta aacatcttcg ggattgtccc ggattacgat
      601 ctgaacatta tgaagccggg acaggatttg tatgatgtca cagttcgaat cctttccggt
      661 atgcgtgata tcttaacccg gacccgatcg gatgtggtgt tggtacatgg cgatacaacc
      721 acttcgatga ccgttgcttt ggcagcattc tatcagcaaa taccggtagg acatgtggaa
      781 gcaggactgc ggacacataa catttacagt ccgtggcccg aagagatgaa ccggcagatt
      841 acgggccgga ttgcaacata ccacttctct ccttcaaaca ctaagtcttt ttctgttcca
      901 tcacaaacag aacaaataat gggtaaggag aaacacattg cgtcatt
//
LOCUS       SEQF2634|AYYE01001085.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aacagacaca aaaggcaaag cgaattattc tatggttggc taaagatgaa ttttctaaag
       61 aagagattcc tctgattcta caaaaacaac aaagtcgcgg tctggaaata cgcttctgtg
      121 aggatgttag acaatacaag aaattaatac catccctaaa actttttccc aatgatccta
      181 taataacggt tgacgacgat tatatatatc caattgattt tattgaaaga ctcttgaatg
      241 gtcagcggag ataccctgca tgtgtctgtt attatatagg agcacgaata gaatttcaaa
      301 atagtggcac tattaaacct tatatccaat gggggcatga tga
//
LOCUS       SEQF2634|AYYE01001086.1  600 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..600
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cccccccatg cctgctaaaa catatacaga tgattcattc atatattgag caagctctat
       61 aaggtcatac actgcaccgg taaatataat cttatctctg agacctaaat ctatagctct
      121 tttgataagg gcatctttct ctggtccgtc tcctacaatt accaactcac tatctctata
      181 cctctcaact attaaactga aagcctttat tagtaagtct acttttttcc atttcaccat
      241 ccggcttatg acgaagactt gaatctgctt agtacgggat ttttatttaa ggtcagagct
      301 tggtcaacaa tgtatatccg ccggtttatt tatcagaggg cacatgctta catcgcctat
      361 tattctcagg ctaaaaacat agtgttatct tatggattat cttcgacagc tttcttttat
      421 ggtaatacga ctgatacaga ttcactgctt tctattcgag aggttttgat tggtaagcct
      481 ttgcttatgg ataagagacg gcgtattttg catatagggc gtttggtgaa atggaaaaaa
      541 gtagacttac taataaaggc tttcagttta atagttgaga ggtatagaga tagtgagttg
//
LOCUS       SEQF2634|AYYE01001087.1  639 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..639
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 cccccccatg cctgctaaaa catatacaga tgattcattc atatattgag caagctctat
       61 aaggtcatac actgcaccgg taaatataat cttatctctg agacctaaat ctatagctct
      121 tttgataagg gcatctttct ctggtccgtc tcctacaatt accaactcac tatctctata
      181 cctctcaact attaaactga aagcctttat tagtaagtct acttttttcc atttcaccaa
      241 acgcctccat ttggaaaatt ggactacttc gctcaccatc cggcttatga cgaagacttg
      301 aatctgctta gtacgggatt tttatttaag gtcagagctt ggtcaacaat gtatatccgc
      361 cggtttattt atcagagggc acatgcttac atcgcctatt attctcaggc taaaaacata
      421 gtgttatctt atggattatc ttcgacagct ttcttttatg gtaatacgac tgatacagat
      481 tcactgcttt ctattcgaga ggttttgatt ggtaagcctt tgcttatgga taagagacgg
      541 cgtattttgc atatagggcg tttggtgaaa tggaaaaaag tagacttact aataaaggct
      601 ttcagtttaa tagttgagag gtatagagat agtgagttg
//
LOCUS       SEQF2634|AYYE01001088.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aagctggctc caggtcaaag gcctctggac ggattacatc cctcttagcc gtcgcttccg
       61 cctcgggctg atgggcgagg ccgtgctttc cagcaagaat ctactgagca actacaccgc
      121 caccgtcctc caagcgcccg ccttcacgcc cacgccccac agcaagatca ccttcaacga
      181 aggtttccgc gcctatttca agatgctctc taattcgaag atcaaggaga tcattccgca
      241 ggcggtgtac aaccgcaaga acctcaattt cgatctctat ctcgacgtcc gtatcaatga
      301 ggaggtggag gtgagcatcg gcggcaacat ctcctcgcat caggccaacc aactctatct
      361 cgggctgaac tatcagatcc tttccggtag cgccatcgac ctgcacgcgg acttccagat
      421 gggtaacctc ttcagtggca tcgccgtctc cggcc
//
LOCUS       SEQF2634|AYYE01001089.1  671 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(374..625)
                     /locus_tag="SEQF2634_01115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNLFSGIAVSGLAHQPEAEATAKRDVIRPEAFDLEPALVWFTG
                     VRRVGGGVGLAAGHVLRKKILSASTGGILLGVKRVSLDA"
ORIGIN      
        1 tcagatcctt tccggtagcg ccatcgacct gcacgcggac ttccagatgg gtaacctctt
       61 cagtggcatc gccgtctccg gccgcgccta cctgcctacg gccctgccca cctacctcca
      121 gcttcaaacc gtctattcct atcggaagta catgcagggc cagtcgctct tttacgaaga
      181 tctgctgccg gccttcatca agcagcgcga gcgttacctc aagctcaagt tcgggctgcc
      241 cttcctctcc gtggcgaagg ccgagctggg cgtcggctac ggccaactga gcgacaacta
      301 ctatcagcgc agcgacgtct ccttctccga ttcgcccttc gacaacagtc ggcacgacct
      361 ctttgcgagt tcactacgca tcgagcgaaa ctcgcttaac gccaagcaat atcccaccgg
      421 tggacgccga cagtatcttc ttgcgcagta cgtggccggc cgcgagacct actccccctc
      481 cgacgcgccg cacacccgtg aaccatacca aagctggctc caggtcaaag gcctctggac
      541 ggattacatc cctcttagcc gtcgcttccg cctcgggctg atgggcgagg ccggagacgg
      601 cgatgccact gaagaggtta cccatctgga agtccgcgtg caggtcgatg gcgctaccgg
      661 aaaggatctg a
//
LOCUS       SEQF2634|AYYE01001090.1  703 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..703
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tcagatcctt tccggtagcg ccatcgacct gcacgcggac ttccagatgg gtaacctctt
       61 cagtggcatc gccgtctccg gccgcgccta cctgcctacg gccctgccca cctacctcca
      121 gcttcaaacc gtctattcct atcggaagta catgcagggc cagtcgctct tttacgaaga
      181 tctgctgccg gccttcatca agcagcgcga gcgttacctc aagctcaagt tcgggctgcc
      241 cttcctctcc gtggcgaagg ccgagctggg cgtcggctac ggccaactga gcgacaacta
      301 ctatcagcgc agcgacgtct ccttctccga ttcgcccttc gacaacagtc ggcacgacct
      361 ctttgcgagt tcactacgca tcgagcgaaa ctcgcttaac gccaagcaat atcccaccgg
      421 tggacgccga cagtatcttc ttgcgcagta cgtggccggc cgcgagacct actccccctc
      481 cgacgcgccg cacacccgtg aaccatacca aagctggctc caggtcaaag gcctctggac
      541 ggattacatc cctcttagcc gtcgcttccg cctcgggctg atgggcgagg ccgtgctttc
      601 cagcaagaat ctactgagca actacaccgc caccgtcctc caagcgcccg ccttcacgcc
      661 cacgccccac agcaagatca ccttcaacga aggtttccgc gcc
//
LOCUS       SEQF2634|AYYE01001091.1 8936 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8936
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             116..1453
                     /locus_tag="SEQF2634_01116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGDVAADAHLHLLIDTDVEIEIEIEVLAVVHRLRNDLLDLRIR
                     EHLEIGALELLHRELPVDIAVQLLLDIAPLRARDTRDVDILEHQFGQAGAIGAAPGVD
                     LREGDTPRDALTDGVDHPQCAPIALIHQLLGTGKVEQVDVRELELNHHAVLLRDVVFR
                     ATHHHRLDLFHKVGRGVGRTGHGGAEDEVGVKFGLDNIHGEVVVDAAVEEWDAIFPNR
                     LEKERERHRGAHRLAQIAVAPDDSFLVIDVGTDAAEGHEKVVEIPARLRRGGCIEGHK
                     RLIHLYRVDEALRQQVGDDLQRIGEVDGEAHKVWRGVGLLEIVDILVLHAARLPVSKL
                     VGKEQPEHLVGRVADGVKAPDDGANRRAGDVVNGDFVFLQGLDHAQVCGALRPAAAQH
                     EAHRLLLRRAVYGHQRRQHQQGGLHEFLHSTHIYNRYAAAPWRASLDRAGHRP"
     CDS             complement(2143..2415)
                     /gene="hupA"
                     /locus_tag="SEQF2634_01117"
                     /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             2548..3378
                     /gene="aarA"
                     /locus_tag="SEQF2634_01118"
                     /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="MRLWHTDSRLGTLFAQPRTGQKANSFLPYFCPATETPYIETMMQ
                     NRFSNTMQMPPVTQNLILINALCWLASLVLPRFGIDLIELGGLHFPGTHTFHWFQPLT
                     YMFLHDTRSIGHLFFNMFAVFMFGRVLEMTWGPRRFLFYYLATGVGAALVQELTWLYT
                     VSSYAAGNGLSIMQQVALDPGVSMLVTIGASGAVFGVLLAFGMLFPNAPLYVMFVPIP
                     IKAKYFVVIYGLIELFMGVANFTNDNVAHFAHLGGMLFGLILILYWRKKDKDHGRVSY
                     "
     CDS             3359..4270
                     /locus_tag="SEQF2634_01119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEFLTKLRRSYEAGSLLTKLLYINVGVFVVVRVALIALRLFNL
                     EGTPLLAMFQTPSNIGLLLLRPWTVVTYMFLHVDVFHLLFNMLWLYTFGRIFLLFLDG
                     RRLVGVYLTGGIAGAVLYVAAYAFFPYFRGMGQTSYLMGASASVMAIVFAVSFYRKDY
                     TVNLLFIGQIKLLYLALGVFAIDFFSITSSNAGGHIAHIGGALWGFTFASALQRGRDL
                     TAPINRILDRLANLKKQREPQMKATPGGRAESDEAYRERKRREADTLDEILDKLRRSG
                     YESLSADEKKTLFDASRAQGGGGDRTP"
     CDS             4267..5382
                     /locus_tag="SEQF2634_01120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKPSRIGATTLNAIHIPAILLFLASAYGGFVPPERGLAFTYL
                     GLAFPLILLLNIVLLLVRLVRRDRAFTIVVIVMLLICRRSIEYYSPLHFFRPEPPTEH
                     TLKVLTYNVRCFGYKDHTTDNPNEIIRYIAASDADVVCLQEYLEGDAENILTAGKVAR
                     ALSMYPYHYYRPLVYYHHYSTGLAIFSKYPILSSRKVRYDSTFNGSTIHEIDVNGHRV
                     TVVNNHLESFKLTQEDRSRYTDFIRNANASTLSRVEDIFRTKVGQAFRIRAEQARIVA
                     EEVGEMPSGSLIICGDFNDTPLSYTYRTVCGPLGDAYAESGIGPGISYNRSIFRFRID
                     HILHSADMKAYSATVDTRIRLSDHYPVWCILKLESQN"
     CDS             complement(5851..6486)
                     /gene="nth"
                     /locus_tag="SEQF2634_01121"
                     /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(6483..7502)
                     /gene="pheS"
                     /locus_tag="SEQF2634_01122"
                     /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
                     RNVAAESKREVGKYLNELKESAQNKINELKTCFDAAGDSTDVVDLTRTAYPIALGTRH
                     PLSIVRGEICDIFARLGFSIAEGPEVEDDWHVFSALNFAEDHPARDMQDTFFIQHHPD
                     VLLRTHTSSVQVRVMERQQPPVRIICPGRVYRNEAVSARAHCFFHQVEALYVDRQVSF
                     ADLKQVLLFFARELFGADTEIRLRPSYFPFTEPSAEMDITCHICGGKGCNICKHTGWV
                     EILGCGMVDPNVLESCGIDSHTHSGFALGMGIERIAMLKYRINDIRLFFENDLRFLRQ
                     FAVAE"
     CDS             complement(7532..8413)
                     /gene="virF_2"
                     /locus_tag="SEQF2634_01123"
                     /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="METNNLNIRYFVDDPEASEQEMLLKLFHFEGNESNTLNIEQVPA
                     LMKSGCIALCRRGSFRLKLDGRDIPVKADDLCIVFPGMLVQTVDRSADMDCLVLAGDI
                     GSVRNLPVKSMSELYLLIRETPCVPIRPRERDILMTCFEYIRLSYSRRLFPYRLEVTR
                     QLMMVLGCEVAAIYQKSQRVKRREDTYKERIFHRFIRLVSDNYMSERRVDFYSKKLNI
                     SSKHLAHLVKSVSQKTAAEWIDDFIVRHIKRMLLTSPQTVQQISTELNFPNPSFFTQY
                     FKRATGKTPKQFRMTAK"
     CDS             complement(8432..8932)
                     /locus_tag="SEQF2634_01124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCGDVGRHSAGAIMGCGDVGRHSAGAIMGCGDVGRHSAGAIMG
                     CGDAGDSVAGTIMGCGDAGDSVAGAIMGCGNAGDSVAGAIMGCGGAGDSVAGAIMGCG
                     DAGDSVAGTFGADDGLPRRTNRSKTNTPRPSAAIVCSPDTDGGMHSIPFFLFEIRRIV
                     LLLRTH"
ORIGIN      
        1 ggccggagac ggcgatgcca ctgaagaggt tacccatctg gaagtccgcg tgcaggtcga
       61 tggcgctacc ggaaaggatc tgatagttca gcccgagata gagttggttg gcctgatgcg
      121 aggagatgtt gccgccgatg ctcacctcca cctcctcatt gatacggacg tcgagataga
      181 gatcgaaatt gaggttcttg cggttgtaca ccgcctgcgg aatgatctcc ttgatcttcg
      241 aattagagag catcttgaaa taggcgcgct tgaactcctc catcgagaac tccccgttga
      301 tatcgcggtg cagctgctcc tcgacatagc gccgctgcgc gcccgtgaca cccgtgacgt
      361 agatattctt gaacatcagt ttgggcaagc tggcgcgata ggcgcggcgc cgggcgttga
      421 cctccgagag ggggacacgc cgcgtgacgc gctgacggat ggagtcgatc atccccagtg
      481 tgcgccgata gccctcatcc atcagctcct tggcacgggg aaagtcgagc aggttgacgt
      541 ccgggaattg gaactgaatc atcatgccgt cctcctccga gatgtcgtat tccgtgccac
      601 gcatcaccat cggctcgatc tgtttcataa ggtcggcaga ggggttgggc gtaccggcca
      661 cggaggagcc gaagatgaag tcggggttaa attcggcctt gataacatcc acggggaagt
      721 tgttgtagat gccgccgtcg aagagtggga cgccatcttt ccaaatcggc ttgaaaaaga
      781 acgggaacgt catcgaggcg cgcaccgcct ggctcaaatc gccgttgcgc cagacgacag
      841 ctttcttgtg atagatgtcg gaactgacgc agcggaaggg cacgaaaagg tggtcgaaat
      901 cccagcccga cttcgccgtg gagggtgcat agagggccat aaacgcctga ttcatctgta
      961 tcgggttgat gaggctttgc ggcagcaggt tggggatgat ttgcagcgaa tcggagaggt
     1021 cgacggcgaa gcgcataaag tctggcgagg ggtcgggctg cttgaaatag tagacatact
     1081 cgtcctccac gcggccagac tgccagtatc caaactcgtc ggaaaggaac agccggagca
     1141 tctcgtcggg cgtgtagccg atggcgtaaa ggctcccgac gatggcgcca atagacgtgc
     1201 cggcgatgta gtcaatgggg atttcgtttt cctccagggc cttgatcacg cccaagtgtg
     1261 cggcgccctt cgccccgccg ccgctcagca cgaggcccac cgtctgctct tgcgccgcgc
     1321 tgtgtacggg catcagcgcc gccagcatca gcagggcggc ctgcatgagt ttcttcattc
     1381 tacacatata tataataggt atgcagcggc cccgtggcgg gccagtttgg atagagcggg
     1441 ccatcgacca tagcccttta ctcgtcaatc tattttcggg ggaacccgta tgcgctaaca
     1501 tacagcccta cttttttctg ggtagcgctg gaaccctcag ggtttagccc tactttattt
     1561 caagtgacac aaaaccctca gggttcagcc cctctttttt tcaaggagcg caaaaccctc
     1621 agggttcagc ccttcttttt tttaagtgac acaaaaccct cagggttcag cccctctttt
     1681 tttcaaggag cacaaaaccc tcagggttca gcccctcttt ttttcaagga gcacaaaacc
     1741 ctcagggttc agccctactt tttttcaagg agcacaaaac cctcagggtt caaccctact
     1801 ttatttcaag aagcacaaaa ccctcagggt tcagccctac ttttttttct gggtgacaca
     1861 aaaccctcag ggttcagccc tacttttttt ctgggtgaca caaaaccctc aggggccagc
     1921 cctacttctt ttctgggtgg cgcaaaaccc tcaggggcca gccctacttc ttttatagga
     1981 gaaacacggc tccccggaca ctccctccat agggtgcgat cgggcgtatc acacacctcg
     2041 atcggataag gatcaaaaaa aggccgccgc cggatcacga atgatcggac ggacggcctg
     2101 tgtttccctt tcttcccaat ccggagaaac aagaatcgct ctttagctca ccgagctcac
     2161 caactcagcg ccgggcttga acttgatgac cttgcgagcg gggatctcaa tgacctcttt
     2221 agtccgaggg ttgacccctt tgcgtgcgga tttctccacg acggtaaagg atccaaagcc
     2281 gaggatcgag atcttttcgc ctttttccat ctcgctcagg atggtttcca ccatcgcgtc
     2341 cacagccttt ttcccgtcgg ctttgctcag tccagccttc gccgatacgg cgtcaatgaa
     2401 ttctgtcttg ttcataatat tgcaattaaa aaaatagtaa tgtatcgtac tctgtagaag
     2461 catcaatgcg tttatactca cgcggattgc ggcgccaaat atagaggcat aaattagaat
     2521 ggacattcgg ggttgctttt tcgcagcatg cggctgtggc acacggacag tcgtttgggc
     2581 accctttttg cgcaaccccg cacgggtcaa aaggcaaaca gcttcttgcc gtatttttgc
     2641 cccgcaacag aaaccccgta catagaaaca atgatgcaaa acagattttc caatacgatg
     2701 caaatgccgc ccgtcacgca gaacttgatc ctcatcaacg ccctctgctg gctggcgagt
     2761 ttagtcttac ctcgattcgg catcgacctc atcgagctag gcggactgca cttcccgggc
     2821 acacacacct tccactggtt ccagcccctg acctacatgt tcctgcacga cacacgctcc
     2881 atcgggcacc ttttcttcaa catgttcgcc gtcttcatgt ttgggcgcgt gctggagatg
     2941 acttgggggc cgcggcgctt cctcttctac tacctcgcca cgggggtcgg cgcggcactg
     3001 gtgcaggagc tgacgtggct ttataccgtc tccagctatg cggccggcaa cggactcagc
     3061 atcatgcagc aggtggccct cgatccgggc gtgagcatgc ttgtcaccat cggcgcctca
     3121 ggggctgtct tcggcgtgct actggccttc ggaatgctct tcccgaacgc accgctctac
     3181 gtcatgttcg taccgatccc catcaaagcc aaatacttcg tggtcatcta cggcctgatc
     3241 gaactcttca tgggggtggc caacttcacg aacgacaatg tggcgcactt cgcccacttg
     3301 ggcggcatgc tcttcggcct gattctgatc ctttattggc gtaagaaaga caaagaccat
     3361 ggacgagttt cttactaagc tccgtcgctc gtacgaggcc ggaagcctgc tcacgaagct
     3421 gctatatatc aatgtagggg tgttcgtcgt cgtacgtgtg gcactcatcg ccctgcggct
     3481 attcaactta gagggcacgc cgctgctggc catgttccaa acgccgtcga acatcggact
     3541 gctcctcctc cgaccgtgga cggtggtgac gtacatgttc ctacacgtcg acgtcttcca
     3601 tctgcttttc aatatgctct ggctgtacac cttcgggcgc atcttcctgc tcttccttga
     3661 cgggcgtcgg ctggtgggcg tctacctcac gggcggcatc gctggggctg tgctctatgt
     3721 ggccgcttac gccttcttcc cctacttccg cggcatgggc cagacgagct acctaatggg
     3781 cgcttcggcc tcggtgatgg ccatcgtctt tgccgtctcg ttctaccgca aggattacac
     3841 ggtcaacctc ctgttcatcg ggcagatcaa gctcctctac ttagcgctgg gcgtctttgc
     3901 catcgacttc ttttcgatca catcgagcaa cgcgggtgga catattgccc acatcggcgg
     3961 tgccctctgg ggcttcacct tcgccagcgc cctgcaacgt gggcgcgacc tcacggcccc
     4021 catcaaccgt atcctggacc gtctggccaa cctcaagaag cagcgcgagc cgcagatgaa
     4081 agcgacgccc ggcggacgcg cagagagcga cgaggcctat cgcgagcgta agcgtcgtga
     4141 ggccgatacg ctcgacgaga tcctcgacaa actgcgtcgg tcgggctacg agagcctctc
     4201 ggccgacgag aaaaagacgc tcttcgacgc cagtcgggcg caaggcggag ggggagaccg
     4261 cacaccatga aacggaaacc ctcacgcata ggcgccacca cgctcaacgc catccacatc
     4321 cccgccatcc tgctctttct ggcctcagcc tacggcgggt ttgttccccc ggagcgtggg
     4381 ctggccttca cctaccttgg gctggccttc ccgctcatct tgctgctcaa catcgtcctc
     4441 ctgctggtgc gcctcgtgcg acgtgatcgc gcgtttacga tcgtcgtgat cgtcatgcta
     4501 ctcatctgtc ggcgctccat cgaatactat tcgccgctcc atttcttccg ccctgaaccg
     4561 ccgacggagc acacgctcaa agtgctcacc tacaacgtcc gctgctttgg ctacaaagac
     4621 cacacgaccg acaatccgaa cgagatcatc cgctacatcg ccgcctcgga cgctgacgtg
     4681 gtctgcctac aggagtacct cgagggcgac gccgaaaaca tcctcacggc cggtaaggtg
     4741 gcccgcgcgc tgagcatgta tccctaccat tattaccgcc cgctggtcta ttatcaccac
     4801 tactccacgg ggctggccat cttctccaaa taccccattc tcagctcgcg caaggtgcgt
     4861 tacgacagca ccttcaacgg ctccacgatc cacgagatcg acgtcaacgg ccatcgtgtg
     4921 acggtggtca acaaccacct cgagtccttc aagctgaccc aagaggatcg ctcgcgctac
     4981 acggatttta tccgcaacgc caacgcctcg accctcagcc gcgtggagga catcttccgc
     5041 accaaggtgg ggcaggcctt ccgcatccgc gctgagcagg cacgtatcgt ggccgaggag
     5101 gtgggcgaaa tgcccagtgg cagcctgatc atctgtggcg acttcaacga cacgcccctc
     5161 tcctacacct accgcaccgt ctgcggcccc ttgggcgacg cctacgccga gtcgggcatt
     5221 gggccgggca tcagttacaa ccgcagcatt ttccgtttcc gcatcgacca catcctccac
     5281 tccgcggaca tgaaggccta cagcgccacg gtggacacac gcatccgcct ttcggatcat
     5341 taccccgtct ggtgcatcct gaagttggaa tcgcagaact aacgccgctc ccggaggccc
     5401 ttaaaaggct ggcaggcggc ctgccaaacc tatcggagac tccggtgaca gtggcaggcc
     5461 gcctgccggg actatcgaag actccggtga cgttggcagg ccgcctgaca gagctaccaa
     5521 agactccggt gatggtggca ggccgcctga cagggctacc gaagactcag gtgacgttgg
     5581 caggccgcct gccagagcca ccgaacactc cggcgatgtt ggcaggccgc ctgccggggt
     5641 atcggattcg gttttaaggt tagaagcatg gaggcgaagg gggcgatctc ttcgcctcaa
     5701 gctcatcgta gaagcccccg cacttacagg ccgggcattc tcccccacac gcacaaacac
     5761 aaaagactac gcgcaacggg cactccccca ctgagagagg ttgtgttcgt tgcgcgtagt
     5821 ctttttttct ggggggcctt ctctaagggc ttacaccttg aaggctgact tacaccaggg
     5881 gacgagtccg caggtgtcgc aatggggctt gcgggctgtg cagacgtaac gtccgtggag
     5941 gatgagccaa tggtgggcct tggcgatgag ccgttcgggg atgtggcgga taagctcttt
     6001 ttcggtggcc agcggcgtgc gactgttcgt ggtcaggcca atgcgattgg ccacgcggaa
     6061 gacgtgcgta tcgacggcca tgcgcgcttg atgaaagacg acggaggtga ccacgttggc
     6121 cgtcttgcga cccacgccgg gcagcttcat cagctcctcg acgctctccg ggatgcgccc
     6181 gccgaagtcg gtcgtcagca tgcgggcggc gccgaccagg tgcttcgctt tgttgttcgg
     6241 ataggagacg ctgcggatgt actcgaagac ggcttcaggc gtggcctcgg ccatcacctc
     6301 ggccgtcggg taggcctcga agagcgccgg tgtgacgagg ttcacacgct tgtcggtgca
     6361 ttgcgcggag aggatcacgg cgacgagcaa ctggaaggga tcctcgtaat gcagctccgt
     6421 ttcggccacc ggcatgtgct cctcaaacca agcgatgacg ccgcggtaac gctccttctt
     6481 ggtcattcgg ccacggcgaa ctggcgtagg aagcgcaggt cgttctcgaa gaagagtcgg
     6541 atgtcgttga tgcgatactt gagcatggca atgcgctcga tgcccatacc gagggcgaaa
     6601 ccggagtgcg tgtggctgtc gatgccgcag ctctcgagca cattcgggtc gaccatgccg
     6661 cagccgagta tctcgaccca gcccgtgtgc ttgcagatgt tgcagccctt gccgccgcag
     6721 atgtggcagg tgatgtccat ctcggccgag ggttcggtga aggggaagta agaggggcgc
     6781 aggcggatct ccgtatcggc gccgaagagt tcgcgggcga agaagaggag cacctgcttg
     6841 aggtcggcaa aggagacttg gcggtcgacg tagagcgcct cgacctgatg gaagaagcag
     6901 tgcgcgcggg ccgatacggc ctcgttgcga tagacgcgtc cggggcagat gatgcgcacg
     6961 ggcggctgct ggcgctccat gacgcgcacc tgcacggagg aggtgtgggt gcggagcaag
     7021 acgtcggggt ggtgctggat gaagaaggtg tcctgcatgt cgcgtgcggg gtgatcctcg
     7081 gcgaagttga gggcggagaa gacgtgccag tcgtcctcca cctcgggccc ttcggcgatg
     7141 ctgaagccga gccgggcgaa gatgtcgcag atctcgccgc ggacgatgga aagcgggtgg
     7201 cgggtgccga gggcgatggg gtaagccgtg cgggtgaggt cgaccacgtc ggtgctatcg
     7261 cctgcggcgt cgaagcacgt cttcagctcg ttgatcttgt tttgggccga ctccttgagc
     7321 tcattaaggt acttgccgac ctcgcgtttg ctctccgcgg ccacgttgcg gaagtcgccc
     7381 atcagggcgt tgatttcgcc tttcttactg aggtatttga tgcgtaacgc ctcgagttct
     7441 tcggcgtttt gggcttggag gttttccacc tcagcaagca gtgctttgat tcgttcgatc
     7501 ataattctgt tatgcgtaaa gggcgggggc actatttggc cgtcatgcgg aattgcttcg
     7561 gcgtcttacc cgtggcccgt ttgaagtatt gggtgaagaa ggaggggttg gggaaattca
     7621 gttcggtgga gatctgttgc acggtctgcg gcgaggtcag gagcatgcgt ttgatgtgtc
     7681 ggacaatgaa atcgtcgatc cactcagcgg ccgtcttttg cgatacactc ttgaccaggt
     7741 gagccaaatg tttggacgag atattgagct ttttggagta gaaatccaca cgccgctcgg
     7801 acatgtaatt gtcggagacg aggcggatga accggtggaa gatgcgctcc ttatacgtgt
     7861 cttcacgcct cttgacgcgc tggctctttt gatagatggc ggccacttcg cagccgagca
     7921 ccatcatcag ttggcgggtc acctcgaggc gatacgggaa gagcctgcgg gagtagctca
     7981 ggcggatgta ttcgaagcag gtcatgagga tgtcacgctc gcgcgggcgg atcggcacgc
     8041 agggcgtctc gcggatcagg aggtaaagct ccgacatgga tttgacgggc agattgcgca
     8101 ccgaaccgat gtcgccagcc agcacgaggc aatccatatc ggcgctgcga tcgacggtct
     8161 gcaccaacat gcccgggaag acgatgcaca gatcgtcggc cttcacgggg atgtctctgc
     8221 cgtccaattt cagccggaag ctacccctgc ggcatagggc gatgcagccc gatttcatta
     8281 gggcaggcac ctgctcgatg tttagcgtat tgctttcgtt tccttcaaag tggaagagtt
     8341 tcagcagcat ttcctgctcc gaggcctcgg gatcgtcgac gaagtatcga atgttcaaat
     8401 tgtttgtttc catataaata gaacgttttg cctaatgcgt gcgcaaaagt aggacgatcc
     8461 gccgtatctc aaagaggaaa aagggaatag aatgcatgcc tccgtccgta tccggggaac
     8521 aaacgatggc tgcggagggc cttggggtgt tcgttttaga acgattcgtg cgacgcggca
     8581 gcccgtcatc agccccgaaa gtcccggcga cactgtcgcc agcatcacca caccccatga
     8641 tagccccggc gacactgtcg ccagcaccac cacaccccat gatagccccg gcgacactgt
     8701 cgccagcgtt accacacccc atgatagccc cggcgacact gtcgccggca tcaccacacc
     8761 ccatgatagt cccggcgaca ctgtcgccag catcaccaca ccccatgata gccccggcag
     8821 aatgtctgcc gacatcacca caccccatga tagccccggc agaatgtctg ccgacatcac
     8881 cacaccccat gatagccccg gcagaatgtc tgccgacatc accacacccc atgata
//
LOCUS       SEQF2634|AYYE01001092.113276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(141..1760)
                     /gene="susD_1"
                     /locus_tag="SEQF2634_01125"
                     /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="MKYLLRPLFFFSILTLTGCLDENCKDCLDTRHVYTTDNDVYINA
                     VATLYNYIGGDKDSEGLQGTYRGVYDYNTFTTDEAIIPVRGGDWYDGGFWVDLYRHNW
                     AVDSKPLYDTWKYLYKVIVFSNEALATIDKNRQLLTDNQYKAYRAEVRAIRALYYYYL
                     MDMFGNIPLVTTVSEDTENTKQTSRPEVYKFIVKELQEAMPLLSTGHSNLAGTDYGRV
                     TRSVANFLLAKLMLNGEVYSDSDWTDSQQPNGKQIYFTVDGQQMNIWQACKYYCDKVT
                     ADGFTLAPDYLSNFSVHNETSPENIFIIPVDKHLYKNQFQYLFRSRHYAHGSALGTGA
                     ENGACATISTVNTFGYGTNNVDTRYAYNLYSDTVRVDGNVVYLENGKPLVYMPLAVEI
                     NLTNSSYIKTAGARMAKYEVDRTSYNDGKNPNNDIVLFRYADVLLMKAEAAVRNGENG
                     NTELNLVRSRSGMGNRTATLENILNERIMELMWEGWRRNDLIRFNRFHKSYDIRTAPA
                     TEADRHTIVFPIPSRALDLNKNLKQNKGYKR"
     CDS             complement(1793..2821)
                     /gene="susC_6"
                     /locus_tag="SEQF2634_01126"
                     /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="MGTLRNSNPDLRWETRSTFNIGADLGFFKNRLLLTAEYYYSKTA
                     DMLYEYDVPVPTFAFDKLLANIGSMSNSGFELGIGIVPISKKDMELNVNINMAWQKNK
                     LLSLNGKLNGRDMTASDITPIGGMNGAGFHGGYNDIIYQIVGQPLGVFYLPHCKGIVD
                     NGHGHNKYDIADLNNDNVIDLSDHGDRYVAGQATPKMTLGSNISFRYKDFDVSLQMNG
                     AFGHKIFNGTALSYLNMSNFPDYNVLAEAPARNIVDQNVTDYWLERGDYLNFDYLTIG
                     WNTPVRNKYISSLRVSFSINNLATITSYSGLTPIINSYVVDNTLGIDDKRTYPPYRTY
                     SFGVSIKF"
     CDS             complement(3158..4528)
                     /gene="susC_7"
                     /locus_tag="SEQF2634_01127"
                     /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="MNRQYILTCSLVCCLLVIGVTDVANAQRRHKAITTEQRQPLFLV
                     NDTFPVIGSMAKVGEKQMNKGLVNSAINALSGQAVGVNVVTNGQDRMAMLTSVRVRGT
                     TSLTGGNDPLVLIDGVSSDLATLSTIYPADIESFTILKNASETSKYGSRGASGVIEVK
                     TRRGNGSKFQIYYDGAVGFDKVYERLRMLNAAEYISAAKALGLDYVDKGYDTDFQKEI
                     VRIGFVNSHHVAFSGGSDKSNYRASLGYVRGQTVIKTKDYNNFMAKLDISQLAFDEKL
                     KIDFGVFGSSQQDEKIFDLQALSYSTAAMNPTLSFHKVGNGWQRNNNASQIAPTEPLL
                     FERNDEKNLTFNSHLQLSLQLPHNLQLSALGSYSYTSTENGKFAPTWVWAQGLAYRGE
                     RKAEEILGNISLDWKHRWGANNLSATILAEYQKKKMAAFWTQVKGLANNYFGYNNLGV
                     ASDRPY"
     CDS             complement(4811..6112)
                     /locus_tag="SEQF2634_01128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKVAIKNENITSFGGIYHIMDVFSKLGFEKLTESVLGKRGCSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGMSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHKFIPAHKFDAKY
                     SYKQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRKLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLPFSFMAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKAYYSEVFLE"
     CDS             complement(6261..6734)
                     /locus_tag="SEQF2634_01129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMNINKSIITGKEWRVYIAGESLETKCNNCDNLKEVAYGVDMD
                     FSNFLKLCKMQADIRLGTCARCAAAFDMDIVMFYLPKGLIDVVQPVYHKNRHYATIKE
                     EDLLLLLYKPDLDDIKAVFWKFYSILRFMSQYPECFDDILKQLGLSEFIYLMDRK"
     CDS             complement(7277..8572)
                     /gene="pre"
                     /locus_tag="SEQF2634_01130"
                     /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="MGYVVFHMEKARGSDSAMTAHIEWTSHPKNADESRTHLNRTLIE
                     YPEGVKDRTAAIQHRLEHAGLKRKIGNNQVRAIRINLSGSPEDMARIEAAGQLDAWCT
                     DSLQYLFDTFGRENIVSAHLHMDEKTPHIHATLVPIVREARTRRKKEDQVKRHYRKKS
                     ADTPRLCADDIMTRGKLKSYQDGYAKVMSQHGLQRGIDGSEARHISTQQYYRDLKQQS
                     CELQSDIDRLQADKAVADEALRQAKREVQVERLKESAVTAATQITSSIGSLFGGGKVK
                     ALEKENEALKKQIESLESQAPKREQHFRQMEQAHREERSRLVEYIEKVKRYFPQVEKL
                     LPLVDFCRKTMHFSEELCWKLCGLKPLKVSGMLYSDEFNCKFPAENTSVAFGHEKETD
                     EHFTLLLDGVNFVRWFRQRMDRLHEDMGIPRKQSRGVRR"
     CDS             complement(9081..10013)
                     /gene="dnaG_1"
                     /locus_tag="SEQF2634_01131"
                     /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
                     KVNTERNLWYDFALGEGGNLIALAGKLYTSSDVSYLLKRIAEQAPQVHPASFSFGQPS
                     SYDEGDKKTTIIPLTSPALFSYLSERGIDLSLAKSICREVRFTHNGRSYFAITFPNRS
                     GGWEVRNKYFKGSIAPKDISLIRKTESPNHVCCLFEGFMDYLSFLTLQRQGQLNFAKV
                     DRPDCLILNSVSHLTKALPLLASYADIRCYLDNDHAGTDALQQLKQTLGRRISDVSQI
                     YSGCKDLNDYLINRNAEVAQKSRVQDRPIRPRRI"
     CDS             complement(10224..11297)
                     /locus_tag="SEQF2634_01132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYRDRKGLSPEKAVVLWQSSRLDLSATYEKAPEMLKVQGSVIG
                     TLGNFSASIGKAKSKKTFNVSAIVAAALKNGTVLRYAAELPPDKRKILYVDTEQSPYH
                     CLKVARRILRMAGLPTNQNHENLEFLALRKYTPEERIEIVKQAIYRTDHIGLVVIDGI
                     RDMVYDINSPSESTHVISLLMTWTDERQIHIHTILHQNKGDENARGHIGTELSNKAET
                     VLLVEKDETDADISTVRAVHIRAMDFEAFAFRINEEALPELLDDYSVKKKDVGRPKRE
                     KFDAYRDITEAQHRKALEAAFAKKEAYGYQELTDALRETYASVGVSLGGNKLVNLITT
                     LKNKRMIEQRHGKKYSFLPDFHY"
     CDS             complement(11312..11620)
                     /locus_tag="SEQF2634_01133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILEELLGKPVWQMTGEELLFLARHDYQSNNTNTVVTATKEQKR
                     FVYGIAGIARLFGCSLPTANRIKKSGKIDRAITQIGRKIIVDADLALELAGRKTEGRR
                     "
     CDS             complement(11925..12671)
                     /gene="xerC_5"
                     /locus_tag="SEQF2634_01134"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDFLQKKDMRNSTINKQMDYLKWFLRWCTKKGYCHNTAYEDFNP
                     KLKSAPKKVIFLTNDELNKLKTVEIPHNKQYLERVRDVFLFCCFSGLRYSDVYNLKRS
                     DVKPDHIEITTVKTADSLIIELNNHSKAILEKYKDIHFEDHKALPVISNQKMNVYLKE
                     LGELAEINDPVRETFYKGSKRIDIVTPKYALLGTHAGRRTFICNALALGIPAQVVMKW
                     TGHSDYKAMKPYIDIADNIKADAMSRFNQL"
ORIGIN      
        1 tttctgacat atccaagtgt tttgagaact ttgtttctca gacacttgga gttcttacaa
       61 gaatttatgc tgcggaatta agggagacta tacttatagc ttggaagtta tttatcgttt
      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 agacatgccg 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 ctgatatttg
     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 gctgtcttag
     2701 aatagtaata ctctgctgtg agcaataatc 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 tcacgaagga aacgttcttt cttaatattc catgttgctg
     3001 agatagaagg gaagaaaccc caagtatggt ctttaccaac cattgacgaa ccatctgcac
     3061 gtgttgtcag attaagtgtg tatcgattga gcaatgtata ggtaagtgta cccataaaag
     3121 aggcaagact tgggtcggca taactgctcc ccgtacctca 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 tccctgtgcc catacccatg taggagcaaa cttcccattc tccgttgagg
     3421 tataggaata ggaacctaag gcagacaact gcaggttatg aggaagctgc agggataatt
     3481 gtagatgtga attgaacgta agattcttct cgtcgtttcg ttcaaagagc agtggttcag
     3541 tcggtgcaat ctgtgaagcg ttgttgttcc tttgccatcc atttccaact ttatggaatg
     3601 aaagtgttgg attcattgcg gcggtagaat aggaaagtgc ctgaagatcg aatatctttt
     3661 catcttgctg ggaagaaccg aatacgccaa aatctatttt caatttctca tcaaaggcaa
     3721 gttgcgagat atccaactta gccatgaagt tattgtaatc cttagttttt ataactgtct
     3781 gtccacgcac atagcctaat gaggcacgat agttggattt gtcactacct ccactaaaag
     3841 ccacatgatg tgaattgaca aatcctattc gtactatttc tttctgaaaa tcagtgtcat
     3901 aacctttgtc aacgtaatct aaccctaaag cttttgcagc actaatatac tctgctgcat
     3961 tcagcatacg aagacgttcg tatactttat caaagcctac tgctccatca taataaatct
     4021 gaaacttact accatttcca cgccttgttt ttacctcaat aacacccgat gctcctcgtg
     4081 aaccatactt agatgtttct gacgcatttt taagaatagt aaagctctct atatcagctg
     4141 gataaatagt agatagcgtt gccaaatcac ttgaaacacc atcaatgagg accagagggt
     4201 cgttaccacc agtaagtgat gtggtaccac gaacgcgcac actcgtcaac attgccatac
     4261 ggtcctgacc attcgtaacg acatttacac cgacagcttg tcctgaaagg gcattgatag
     4321 cagaattaac taaaccttta ttcatctgct tttcacccac ctttgccatt gagccgataa
     4381 caggaaaggt gtcattaaca aggaataatg gctgcctttg ctctgtagtg atcgctttat
     4441 gtcgtctctg tgcattggca acatctgtaa caccaattac caaaaggcag caaacaagag
     4501 agcaggttag aatgtattgt ctattcatgt taggatgcaa taaatgttat ttatgctgat
     4561 tatgcaagca aatatacata tttttcggga gatagatcga tgattacggt tttttattac
     4621 ttttgctgtg ttatccttat atacctcaat tccgcagcac tttttcttgt gatatgattt
     4681 tgtgtgttga ggtgtctttt tgcctctaca tgtgatagga agcgacctta gactggtatt
     4741 agtccttgca ggcgcataaa accccccacc caagccaatg gggaaaatga atgccacaaa
     4801 gaaatgctgt ttattcaagg aaaacttcag agtagtatgc tttattggta taaaggttta
     4861 gaacgttctg ccttcctgtg cgcacccatt tcgctggcac actgacaaaa tgcaggataa
     4921 aggctttcaa tctgcttgtc tttttcaacg gcttaacctt ttcactgata cgacggacga
     4981 gatagagata gaagttcttc agcatggcgg taaccatcat gaacaccatg ttctcagcca
     5041 taaaggaaaa gggcagatgt gcccagccga agtcattgtt ctgtatgtcg aagttctttt
     5101 cacttgctcc tcgtccattg taaaatgtaa tgatgtcttt ctcggttgat acccagtcat
     5161 tggtaaggat acagcgatat gtgtatatca ctccgaacat atccgtctgt ttcttaccac
     5221 ccttgtccct taaaggactt cgctgtacga caagcctgta tgactttcct tcaatgaggt
     5281 tgtccatgtt gatggatgtg acatcgtatt tttcataacc aacctcgacg ctcttccatt
     5341 ctttcagttt gcggaactct tcataacgag tgccacagtt ggcagcacgt atatagaatg
     5401 tgttacagcg ttgctctacg gtttggataa tttcctttga gaacgaccca cagtcggcac
     5461 ggaaacgctc tattgtcaca ccaagttctg agattactcg gtccataatg cgacgaagcg
     5521 tgtcttcctg atgaaatttc acattggtgt ttccatcacg attctcacct ccaacgataa
     5581 tgcccccaat ggaagcccaa ccagggaagt agccaaaatc ctgtttgtaa gaatattttg
     5641 catcgaactt gtgggcagga ataaacttat gatcaaagtc caagtcaaca tggctgccta
     5701 cctttataag ccccatctgt cgtatcattc gcagaagtaa ggtgtccagt ttctctgctg
     5761 cattgaagct atacgacatc ccagagatct cgctcttata gacgatattc tcttcggcaa
     5821 gttccttaag tccacgtcct acagtgtcgg caccaggcag ttgtgtacca ggtctctgcc
     5881 tgaactgccc tataagtgta ttgatattct caagacattc tccaccacaa aggtaactga
     5941 agaagagaga accgaaaatg cttccatgac taaaagcctt atcgctacac ccacgtttgc
     6001 ccaagacaga ttctgtaagt ttttcaaagc ccaactttga aaatacgtcc ataatatgat
     6061 aaattccacc gaaagaggtg atattctcgt ttttaattgc tacctttgcc atgtcagatt
     6121 tttgcttact tgttatgttt gcagcaccaa gataggtgaa atttctgaca tatccaagtg
     6181 ttttgagaac tttgtttctc agacacttgg agttcttaca agaatttatg ctgcggaatt
     6241 aaggtaaatc tcagcatcca tcattttcta tccattaagt aaataaactc cgaaaggcct
     6301 aattgtttga ggatatcgtc aaagcattcg gggtattggc tcataaacct gagaatggaa
     6361 tagaacttcc aaaacactgc tttgatatcg tccagatctg gtttgtatag caagaggaga
     6421 agatcttctt ctttaattgt tgcataatgt ctgtttttat gatagacagg ttgcacaaca
     6481 tcgatcagtc ccttaggaag gtaaaacatg acaatatcca tgtcgaacgc agcagcacat
     6541 cgagcacatg ttccaagcct tatatctgct tgcattttgc acagctttag gaaattggag
     6601 aaatccatat ctaccccata ggcaacctct ttgagattgt cacaattgtt gcacttcgtt
     6661 tcaagagatt cccctgcgat atacacgcgc cattcttttc ctgttataat gctcttattg
     6721 atattcatac gcataataca attataacgg ccgcaaagtt ccgaggagag atgcctgtct
     6781 ttgaaatatc taattaccaa tgttggtatt ataataccat tcgctttttt actgcatgca
     6841 tttgtggtgc cacactacct tcagggacaa tcagtgcacg gtgcaagtcc ccttatatat
     6901 ataggggctt gcaccgtgca ctgaaaatgt agccaaagga gtctgtatct attgtagaat
     6961 caaggggttt ggagatcgtt cgttttcgga gtacttttga acccgaaaca acacaggcga
     7021 gtgttgtcga agcagtatct atgagtgctc tcaaaatact ctcttctggc tacaattcgg
     7081 ctacagaaaa aaagagagct gcatatatag ttgtggtata atgcgttaca aggattggtt
     7141 cataacccgt ccataccgca gcaaacgttg ataatcaaca acttgcacag tttacacccg
     7201 gttttacacc caaaaaggta aagccgggtg ttttgtttct ctacgcttag aataagccgt
     7261 ctaatgagtt ggaatttcat cgcctcacac cgcggctttg cttgcgaggg atgcccatat
     7321 cctcatgcaa ccgatccatg cgttgcctga accatcggac gaaattcacg ccgtcaagaa
     7381 gcagcgtgaa gtgttcgtcg gtttcctttt catggccgaa ggcaacggat gtgttctctg
     7441 ccgggaactt gcaattgaac tcatctgaat agagcattcc ggacactttg agcggtttca
     7501 gcccgcacag tttccaacag agctcttcgg agaagtgcat cgtcttccga cagaaatcaa
     7561 caagcggaag caacttctcc acctgaggga aatagcgctt tactttttcg atgtattcaa
     7621 ccagtcgcga acgctcttct cgatgtgctt gctccatctg acggaaatgt tgttcacgct
     7681 ttggggcttg actttcgagg gattcaatct gctttttcaa tgcctcgttc tccttctcga
     7741 gagctttgac tttgccgccg ccgaagagtg aaccgatgct gctggtgatc tgggtggcag
     7801 ccgttacggc tgattccttc aggcgttcga cctgaacttc tcttttcgct tgtcggagcg
     7861 cttcatctgc gacggcctta tcggcttgca ggcgatcaat gtctgattgc aactcgcaac
     7921 tttgctgctt caggtcgcga tagtattgct gagtggagat gtgtcgagcc tccgaaccgt
     7981 cgataccccg ctgtagcccg tgctggctca tgactttggc gtatccgtct tggtaggatt
     8041 tgagcttccc gcgggtcatg atgtcgtcgg cacataagcg gggtgtgtcg gccgatttct
     8101 tgcgataatg tctcttgact tgatcctctt tttttcggcg tgtacgtgcc tcccggacaa
     8161 tggggacgag ggtggcgtgg atatgtggcg ttttctcatc catgtgcagg tgagccgaga
     8221 cgatgttttc ccgcccgaag gtgtcgaaga ggtattggag gctgtcggtg caccaagcgt
     8281 cgagttgtcc tgcagcttcg atgcgtgcca tatcctcggg cgatcctgag aggttgatac
     8341 ggatggcccg cacctgattg ttgccgattt ttcgtttcag tccggcatgc tccaagcgat
     8401 gttggatggc ggccgtgcga tccttcactc cttcggggta ttcgatgagt gtccgattga
     8461 ggtgcgtgcg actttcgtca gcattcttcg gatgcgacgt ccactcgatg tgtgcggtca
     8521 tggcgctgtc cgagccgcgt gctttttcca tgtgaaaaac tacgtaaccc atgatcttgg
     8581 gggcttattc tttcatgata atctttgagg taacggggga ggcgggaagt ccagaggggt
     8641 gcaatccctc cggcttattg ggcgattttt agcggacacg aagtgtagcg tgaagaaaat
     8701 cccctaataa gctatggcct tttcctccct tcggaaaatg tccgccttgg ccgcagtgct
     8761 tctctgtttc gtgttccgat tcgtgccgag gtctttttgt cagtgtgtat cgcatccttg
     8821 taatgctccg tcgaacactt cgacggcttg tcgcaggttt gtaacagccc atcgaacact
     8881 tcgacggctt gtcgcaggtt tgcaacagcc catcgaacac ttcgacggct tgtcgcaggt
     8941 ttgtaacagc tcgtcgaaca cttcgacggc ttgtcgcagg tttgtaacag cccatcgaac
     9001 acttcgacgg cttgtcgcag gtttgtaaca gctcgtcgaa cacttcgaca gcctgtcgca
     9061 agtctcgcaa ctacttatcg tcagatcctt cgtggcctta tcggccgatc ctgcacgcgg
     9121 gatttttgtg cgacctctgc attgcgattg atcaaatagt cattcagatc cttgcatcca
     9181 ctgtagatct gcgatacgtc gctgattctc cgcccaagcg tctgcttgag ttgttgcaag
     9241 gcatccgtac ccgcatggtc gttatcgaga tagcatcgga tgtcggcata gctagccaac
     9301 agcgggagcg ccttggtgag atgggaaaca gagttgagga tcagacaatc ggggcgatcc
     9361 acctttgcaa agttgagctg cccctgtcgt tgcaaagtga gaaaggacag atagtccata
     9421 aatccctcga atagacaaca gacgtggttg ggtgattccg tcttccgaat aagggaaatg
     9481 tctttcggag caatcgagcc tttgaagtac ttgtttcgca cctcccaacc tccagaccgg
     9541 ttggggaagg tgatggcaaa gtacgatcgt ccgttgtgtg tgaatcgtac ttcccggcag
     9601 atgcttttcg ccagcgaaag gtcaattcct ctttcgctga gatagctaaa cagggcgggg
     9661 gaggtgagcg gtatgatcgt tgtcttcttg tcaccttcgt cgtaagagga tggctggcca
     9721 aaagagaaag acgctgggtg cacttgcggt gcctgctctg cgatacgttt caagagatag
     9781 gacacgtcgc tcgaagtgta gagtttgccg gccagtgcga tgagatttcc cccttcgccg
     9841 agggcgaaat cataccagag attgcgctcg gtattcactt tgaaagaagg tacccgctcg
     9901 tctcgaaaag gcgacttgta ccaaagatta tgtccttgtt gccttacggg atcgtgtccc
     9961 agactgtgca ggtagtctgc gatgcttatc tgtttggctt cgtcgatagt catagtgcgt
    10021 aaagtgtgtc gtctgattgt tttttttctt ttcgccagtc cgctctttca tacagtgcga
    10081 cttgtatcca ctttacttta caaccgtata tatagggtac gggaataaag taaagtgcat
    10141 gccgggtgcc cccgaatcac tttgctttac tccttatata taggcacccc gaagtaaagt
    10201 aaagcgatgg cgaagttcgg atttcaatag tgaaagtcgg gcaggaagct gtatttcttg
    10261 ccatgccttt gttcgatcat tcgtttattc ttcagtgtgg taatcaggtt gaccagcttg
    10321 tttccaccga gcgaaacacc gaccgaggca taggtctctc gcagcgcgtc tgtcaattcc
    10381 tgatagccgt atgcttcttt cttcgcaaaa gccgcttcca atgccttgcg atgttgtgcc
    10441 tcggtgatgt cacgataggc atcgaacttt tcccgtttcg gtcggccgac gtcctttttc
    10501 ttgacgctgt aatcatccaa cagttcgggc agcgcctcct cgttgatgcg gaaggcaaag
    10561 gcttcgaagt ccatcgcccg gatatgaaca gcccgtaccg tactgatgtc tgcgtccgtc
    10621 tcgtctttct caactaacaa gaccgtttcc gccttgttgc tcagctctgt gcctatgtgt
    10681 ccccgcgcat tctcatctcc cttgttttga tgcaggatgg tgtgaatgtg tatctgcctc
    10741 tcgtccgtcc atgtcatcaa cagggagatg acatgcgtcg attcgctggg gctattgatg
    10801 tcgtagacca tatctcggat gccgtcgatg acgactaaac cgatgtggtc tgtgcgatag
    10861 atggcctgct tgacgatttc gatacgttcc tccggggtgt atttgcgtaa ggcaagaaac
    10921 tcgaggttct cgtggttctg attggtcggc aacccggcca tgcgtagaat acgccgtgcg
    10981 actttcaggc agtggtaagg gctttgctcg gtgtcgacat aaaggatctt tcgtttgtcc
    11041 ggaggaagtt cggctgcata tcgcagtaca gtcccgttct tcaatgcagc cgccacaatg
    11101 gccgaaacat tgaacgtctt tttgctctta gccttaccga tcgaggcgct gaaattgccc
    11161 aacgtcccga tgacggatcc ctgtactttc agcatttcgg gggctttctc gtaggtggcc
    11221 gaaagatcaa gccgtgagga ttgccaaagg actacggcct tttcaggtga aaggcctttt
    11281 ctgtctctgt attccatagt gcatcctgtt tttaccgacg tccttcagtt tttcgtccgg
    11341 ccaattcgag tgccaagtct gcatccacaa taatcttacg tccgatttgc gtgatggctc
    11401 ggtcaatctt gccactcttt ttgatgcgat tggctgtagg gagactacag ccgaaaaggc
    11461 gagcgatgcc ggctatgccg tagacaaagc gtttttgctc tttggtggct gttaccactg
    11521 tgttcgtatt gttagactgg tagtcgtgac gagccagaaa aagcaattcc tcgccggtca
    11581 tctgccacac gggcttcccc agaagttctt ctaaaatcat actatttgcg gtttggaaat
    11641 gagtaaatct gcccttgcgc acagggctat tgctcagtac tgatgccgca aaagtgtgga
    11701 tggaagcgct gtctatgaat ggttgaacat gaagcgggag ctgccgggaa gtatcgggaa
    11761 atcatagcct gtcatcgtga caggaaacac ctactctttt acacaaaagg agcctcttga
    11821 gctatcatcg cccaagaggc tcacctctcc cttttcgtta ctcaaaaccg aaaggaagct
    11881 gctctacgtc gtcagatagg ggatcccttt tgctcaccgt ccacttacaa ttgattgaat
    11941 cggctcattg cgtcagcctt gatattgtca gcaatgtcga tgtagggttt catggcctta
    12001 tagtcgctgt gtcccgtcca tttcatgacc acctgtgccg ggatgccgag tgccagcgca
    12061 ttgcagataa aggtgcgtct cccggcatgg gtgccgagca gtgcatattt gggtgtgacg
    12121 atgtcaatac gcttgctccc tttgtagaag gtctctctta ccggatcgtt gatttccgcc
    12181 agttctccta gctctttcaa atacacattc atcttttggt tactgatcac cggcagcgcc
    12241 ttgtgatctt caaaatgtat atccttatac ttttcgagta tcgccttgct gtgattgttt
    12301 agctcgataa tcaagctgtc ggccgtttta acggtggtaa tttctatatg gtcaggtttg
    12361 acatcgctcc gcttcaggtt gtacacgtcc gaataacgta ggccgctgaa gcaacagaag
    12421 agaaagacat cgcgcacacg ttccaaatat tgcttgttgt gcggtatttc cactgttttc
    12481 agtttgttga gttcatcgtt agtgagaaag atgactttct tgggcgcgct tttcaacttg
    12541 ggattgaagt cttcataagc cgtgttatgg caatatccct tcttggtgca ccagcgaagg
    12601 aaccatttta gataatccat ctgcttattt attgtgctat tgcgcatatc ctttttctga
    12661 aggaagtcca tataatcatt caagtaactt tcggtgaatg acttaaggga tagtccttag
    12721 tcaaactctc tcaaatgatt cttgacggca ttgaacttct cataagtcgc atgagtccaa
    12781 ttgttcagct ttccacattc cgcgacgaac ctctcgaatg cttcccaaaa atcgagagtt
    12841 ggttcttctt tctctgtttc cttcacctcg ttggatgatc tctttattct ttcattaaat
    12901 gcacacttta tctgttcgat agttggcata agatcacgca cctctacccc ccgaaaaccc
    12961 cgtagaatct gccgaactgt taaaatctca gccccaagaa gccctcttta ccccctgaaa
    13021 acggcctaaa acgctggttt taagcccctt tgttgcgttc cacccgttgc aactcgcgtt
    13081 cctacgccgt aataaggggc aaaactcacc tcgaaaagtc cacaacttaa catattatta
    13141 acccgcaaag gggggattct cgcccccatt tacccccatt ttttgaccct acttttgacc
    13201 ccagtttgac cctactttga ccctaactcc aaaaacgggg taaaaaaaga ggggtgcccg
    13261 aacccacgtc cgaaca
//
LOCUS       SEQF2634|AYYE01001093.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgccgtgctt gtaaagtgtg ctgcaaagct gcacggctga ggctccggct aggatacatt
       61 tgatggcgtc ctgccacgta tgcaccccgg tggatgcggc gatgggcatg tccggcagcg
      121 cgcccgagac gatggccgtc cagcggagcg tgtcgcccag ctcggacggg tcgctgaagg
      181 gcggcgcagc gacgatgcgg caacgctcga tgtcgatatc cggccggtag tagcgattga
      241 agagcactac
//
LOCUS       SEQF2634|AYYE01001094.1 1404 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             158..340
                     /locus_tag="SEQF2634_01135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYLDFQELFHLHLVVLCLQKSIQFVPNNNQTQKIVSHILAKSN
                     RMFVLELNTMHKLPFD"
     CDS             920..1294
                     /locus_tag="SEQF2634_01136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRPKKTPVRSPKWDAFHFRLPDSRDQLRLIELFKRSGARTKTE
                     YIRARILDEHFRVVTVDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINAYHSVATAK
                     RMLGKLETIPKFSSDCNSKPCN"
ORIGIN      
        1 ggtacgagtt tgccgtgaat ggcaaggtca agtatcttgc tctttgtctg cttgatggct
       61 atttgcaagt tcgcctttcc ttgctcaatt tgctcaagca gagatagcca tcggtctatt
      121 tctatcacta ttcttttttg ctcagcaaaa ggaggtaatg gaatatttag acttccaaga
      181 attgttccat ttacatttgg ttgtcctatg cctacagaag tcaattcaat ttgttcccaa
      241 taataaccag actcaaaaaa tagtttcaca tattctggca aaatcaaatc gaatgtttgt
      301 actcgaatta aatacgatgc ataaattgcc ttttgactaa gcccttttat taaatatgat
      361 tttcctgcag ttgcgccagt tcgtgcaaat acaatatctc catcatataa aatgtatgaa
      421 gctactttat catcatcgaa atctgtaaat ggaacagttt cccaatctac tttattattt
      481 tgaatgtctg taatgcgcaa taatttgtat ttaccttctg atttcgcaga ctcacttatg
      541 cagttactca cttatgtagt tactcactta tgtagttact cacttataca gttacatgtg
      601 agtaagtgag taaccacaca aataaacagc tgcacaaaca cagctatata taaaggcttt
      661 cgggggcttc cccggcgtgg ctcccgattg aaaacaaacg ttttacccac gaaaagcgct
      721 gccctaattt tgccgccgaa ttgaaagact ttgggaagcc gaaccttctt ctcagacaca
      781 cggcccaaag gccgggcaag gtgtgttttt gtgctacaaa aaccgttttg tgctacaaaa
      841 cgccttgccc ccggagcggc ctccgcggcg gttcggctcc aaagtcgcca cctgatctta
      901 tatgaaaaac cagagcccta tgaatcgacc gaagaaaaca cccgttcgct ccccgaaatg
      961 ggacgccttc cacttccgcc tgcccgacag ccgcgaccag cttcggctga tcgaactctt
     1021 caaacgctcc ggcgcccgca cgaaaacgga gtacatccga gcgcgcatct tagatgagca
     1081 tttccgcgtc gtgaccgtcg acaagagccg tgaggacttt gtccgcaggc taaccgagtt
     1141 caccgccgcg ctgaacaaaa tcggcgtgct gtacaaccaa gccgtccgtg ccatcaatgc
     1201 ctatcattct gtcgccactg ctaaacgaat gctcggcaaa ctcgaaacta ttcccaagtt
     1261 ctcgtcagac tgcaacagca agccatgcaa ttgacagaag aatatcagga aaaaggataa
     1321 tcttccgata cgccccatta tccgcaggac gtgccgtttg aagtacccga ggggtgggcg
     1381 tggacaacag taaacaatat ttca
//
LOCUS       SEQF2634|AYYE01001095.1  644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             158..340
                     /locus_tag="SEQF2634_01137"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYLDFQELFHLHLVVLCLQKSIQFVPNNNQTQKIVSHILAKSN
                     RMFVLELNTMHKLPFD"
ORIGIN      
        1 ggtacgagtt tgccgtgaat ggcaaggtca agtatcttgc tctttgtctg cttgatggct
       61 atttgcaagt tcgcctttcc ttgctcaatt tgctcaagca gagatagcca tcggtctatt
      121 tctatcacta ttcttttttg ctcagcaaaa ggaggtaatg gaatatttag acttccaaga
      181 attgttccat ttacatttgg ttgtcctatg cctacagaag tcaattcaat ttgttcccaa
      241 taataaccag actcaaaaaa tagtttcaca tattctggca aaatcaaatc gaatgtttgt
      301 actcgaatta aatacgatgc ataaattgcc ttttgactaa gcccttttat taaatatgat
      361 tttcctgcag ttgcgccagt tcgtgcaaat acaatatctc catcatataa aatgtatgaa
      421 gctactttat catcatcgaa atctgtaaat ggaacagttt cccaatctac tttattattt
      481 tgaatgtctg taatgcgcaa taatttgtat ttaccttctg atttcgcaga ctcacttatg
      541 cagttactca cttatgcagt tactcactta tgcagttact cacttatgta gttactcact
      601 tatgtagtta ctcacttata cagttacatg tgagtaagtg agta
//
LOCUS       SEQF2634|AYYE01001096.1  926 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..926
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(111..485)
                     /locus_tag="SEQF2634_01138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRPKKTPVRSPKWDAFHFRLPDSRDQLRLIELFKRSGARTKTE
                     YIRARILDEHFRVVTVDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINAYHSVATAK
                     RMLGKLETIPKFSSDCNSKPCN"
ORIGIN      
        1 tgaaatattg tttactgttg tccacgccca cccctcgggt acttcaaacg gcacgtcctg
       61 cggataatgg ggcgtatcgg aagattatcc tttttcctga tattcttctg tcaattgcat
      121 ggcttgctgt tgcagtctga cgagaacttg ggaatagttt cgagtttgcc gagcattcgt
      181 ttagcagtgg cgacagaatg ataggcattg atggcacgga cggcttggtt gtacagcacg
      241 ccgattttgt tcagcgcggc ggtgaactcg gttagcctgc ggacaaagtc ctcacggctc
      301 ttgtcgacgg tcacgacgcg gaaatgctca tctaagatgc gcgctcggat gtactccgtt
      361 ttcgtgcggg cgccggagcg tttgaagagt tcgatcagcc gaagctggtc gcggctgtcg
      421 ggcaggcgga agtggaaggc gtcccatttc ggggagcgaa cgggtgtttt cttcggtcga
      481 ttcatagggc tctggttttt catataagat caggtggcga ctttggagcc gaaccgccgc
      541 ggaggccgct ccgggggcaa ggcgttttgt agcacaaaac ggtttttgta gcacaaaaac
      601 acaccttgcc cggcctttgg gccgtgtgtc tgagaagaag gttcggcttc ccaaagtctt
      661 tcaattcggc ggcaaaatta gggcagcgct tttcgtgggt aaaacgtttg ttttcaatcg
      721 ggagccacgc cggggaagcc cccgaaagcc tttatatata gctgtgtttg tgcagctgtt
      781 tatttgtgtg gttactcact tactcacatg taactgtata agtgagtaac tacataagtg
      841 agtaactaca taagtgagta actgcataag tgagtaactg cataagtgag taactgcata
      901 agtgagtaac tgcataagtg agtaac
//
LOCUS       SEQF2634|AYYE01001097.1 1490 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1490
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             158..340
                     /locus_tag="SEQF2634_01139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYLDFQELFHLHLVVLCLQKSIQFVPNNNQTQKIVSHILAKSN
                     RMFVLELNTMHKLPFD"
     CDS             624..797
                     /locus_tag="SEQF2634_01140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIGSLGRFSTTLDFPFFYQAFFLYTNTLEKRRGWFISRGLGD
                     KFAMNGKVEYLLS"
     CDS             complement(828..1373)
                     /gene="nucS_1"
                     /locus_tag="SEQF2634_01141"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00722"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease NucS"
                     /translation="MFKGLLATYPNAPVLFKDTLFVDFLDLPQKHSEIRLKSGLIDHM
                     KQFILELGKDFIFMDQEYFLNVGASSFKADLLFYHRGLQALVAVELKKKKFHPRDFGQ
                     LEFYLEALDRDVKRSNENPSIGILLCPEADKVVVEYAMSRSMSPTMIAEYKRILIPQE
                     RMQQQLNEYCNLFLEDKTDVE"
ORIGIN      
        1 ggtacgagtt tgccgtgaat ggcaaggtca agtatcttgc tctttgtctg cttgatggct
       61 atttgcaagt tcgcctttcc ttgctcaatt tgctcaagca gagatagcca tcggtctatt
      121 tctatcacta ttcttttttg ctcagcaaaa ggaggtaatg gaatatttag acttccaaga
      181 attgttccat ttacatttgg ttgtcctatg cctacagaag tcaattcaat ttgttcccaa
      241 taataaccag actcaaaaaa tagtttcaca tattctggca aaatcaaatc gaatgtttgt
      301 actcgaatta aatacgatgc ataaattgcc ttttgactaa gcccttttat taaatatgat
      361 tttcctgcag ttgcgccagt tcgtgcaaat acaatatctc catcatataa aatgtatgaa
      421 gctactttat catcatcgaa atctgtaaat ggaacagttt cccaatctac tttattattt
      481 tgaatgtctg taatgcgcaa taatttgtat ttaccttctg atttcgcaga ctcacttaca
      541 ccatatataa ttgattttga aatattgttt actgttgtcc acgcccaccc ctcgggtact
      601 tcaaacggca cgtcctgcgg ataatggggc gtatcggaag tcttggtaga ttttcgacta
      661 cgcttgattt tcccttcttt tatcaagcgt tctttctcta cacgaatacg ttggagaagc
      721 gcagaggctg gttcatcagc aggggcttgg gagacaagtt tgccatgaat ggcaaggtcg
      781 agtatctttt gtcgtaattt cttcgtgttc attgtgtttg gttgggatta ttccacatca
      841 gttttatcct ccaaaaagag gttgcaatac tcattgagtt gttgttgcat acgttcttgc
      901 ggaataagga tacgtttgta ctccgcgatc atcgttgggc tcatactgcg actcatagca
      961 tattccacta ccaccttatc tgcttcaggg cagagaagaa taccgataga ggggttttcg
     1021 ttacttcgct tgacatcgcg atcaagggct tcaagataaa actccaattg tccaaagtct
     1081 cgtggatgga attttttctt tttcagttct actgcaacaa gagcttgcaa accacgatga
     1141 taaaacaaca aatcggcttt gaaacttgaa gctcctacat tgaggaagta ttcttgatcc
     1201 atgaagataa agtctttacc taattcaaga ataaactgct tcatgtggtc aattagtcca
     1261 cttttcagcc ttatttcact atgcttttga ggaagatcaa gaaaatcgac aaagagcgtg
     1321 tccttgaata aaacaggagc gttggggtaa gttgccaaca accccttaaa catattcttt
     1381 ttattgccta acagagtggt ataggtctga ttggaaatgc aacgctgtaa ttctcttttt
     1441 gtcaattgct ctttatgagc ataaaggata tagaataggc gttcctcatc
//
LOCUS       SEQF2634|AYYE01001098.1 1138 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1138
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             118..663
                     /gene="nucS_2"
                     /locus_tag="SEQF2634_01142"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00722"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease NucS"
                     /translation="MFKGLLATYPNAPVLFKDTLFVDFLDLPQKHSEIRLKSGLIDHM
                     KQFILELGKDFIFMDQEYFLNVGASSFKADLLFYHRGLQALVAVELKKKKFHPRDFGQ
                     LEFYLEALDRDVKRSNENPSIGILLCPEADKVVVEYAMSRSMSPTMIAEYKRILIPQE
                     RMQQQLNEYCNLFLEDKTDVE"
     CDS             complement(694..867)
                     /locus_tag="SEQF2634_01143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIGSLGRFSTTLDFPFFYQAFFLYTNTLEKRRGWFISRGLGD
                     KFAMNGKVEYLLS"
ORIGIN      
        1 gatgaggaac gcctattcta tatcctttat gctcataaag agcaattgac aaaaagagaa
       61 ttacagcgtt gcatttccaa tcagacctat accactctgt taggcaataa aaagaatatg
      121 tttaaggggt tgttggcaac ttaccccaac gctcctgttt tattcaagga cacgctcttt
      181 gtcgattttc ttgatcttcc tcaaaagcat agtgaaataa ggctgaaaag tggactaatt
      241 gaccacatga agcagtttat tcttgaatta ggtaaagact ttatcttcat ggatcaagaa
      301 tacttcctca atgtaggagc ttcaagtttc aaagccgatt tgttgtttta tcatcgtggt
      361 ttgcaagctc ttgttgcagt agaactgaaa aagaaaaaat tccatccacg agactttgga
      421 caattggagt tttatcttga agcccttgat cgcgatgtca agcgaagtaa cgaaaacccc
      481 tctatcggta ttcttctctg ccctgaagca gataaggtgg tagtggaata tgctatgagt
      541 cgcagtatga gcccaacgat gatcgcggag tacaaacgta tccttattcc gcaagaacgt
      601 atgcaacaac aactcaatga gtattgcaac ctctttttgg aggataaaac tgatgtggaa
      661 taatcccaac caaacacaat gaacacgaag aaattacgac aaaagatact cgaccttgcc
      721 attcatggca aacttgtctc ccaagcccct gctgatgaac cagcctctgc gcttctccaa
      781 cgtattcgtg tagagaaaga acgcttgata aaagaaggga aaatcaagcg tagtcgaaaa
      841 tctaccaaga cttccgatac gccccattat ccgcaggacg tgccgtttga agtacccgag
      901 gggtgggaat gggtaacgat aggcaaactc tgttcgtttc tttctcgggg aaaatctccg
      961 aagtattcag aggaaaggaa ataccctgta tttgcccaga aatgtaattt gtatgacgga
     1021 gatatttcgc tggagcaagc tcgcttctta gatccagaaa cgattagtaa atggagtgat
     1081 gaatacaaat taatagatgg tgacatcctt gtaaattcaa cagggacagg aaccgtgg
//
LOCUS       SEQF2634|AYYE01001099.1  525 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataaaacggc ggacatcctc ctccgcacgt gcagcggtgc ttttgatgac acggtaagcc
       61 tcccggccga gcgcttcaaa gtgcttcttc atccgtgcct gcaacgccgg ctcaccgttc
      121 tgtatggttt gtttgtcgcg ttcgcgcagt ccgaagaaag agtattgcga gtagtcgcaa
      181 tcgacgacga agaggcgcag cccttcagtg taacagaggt agctggccgt gatctccgcc
      241 agcgtgcttt tgcccgtgcc gcctttgagc gacccgaagc cgatccggat cgggcaaccg
      301 ggcggagtgt tcatgggttc ttctttcatg ggttcaaggt ctgaggtata ttattattag
      361 tacgcgcgta cattatatat agacgcactt gtgagtagct gtgtaagtat attcatatac
      421 tcactcactt atatgcttat gcagttactc acttatgtag ttactcactt atgtagttac
      481 tcacttatgt agttactcac ttatgtagtt actcacttat gtagt
//
LOCUS       SEQF2634|AYYE01001100.1  525 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ataaaacggc ggacatcctc ctccgcacgt gcagcggtgc ttttgatgac acggtaagcc
       61 tcccggccga gcgcttcaaa gtgcttcttc atccgtgcct gcaacgccgg ctcaccgttc
      121 tgtatggttt gtttgtcgcg ttcgcgcagt ccgaagaaag agtattgcga gtagtcgcaa
      181 tcgacgacga agaggcgcag cccttcagtg taacagaggt agctggccgt gatctccgcc
      241 agcgtgcttt tgcccgtgcc gcctttgagc gacccgaagc cgatccggat cgggcaaccg
      301 ggcggagtgt tcatgggttc ttctttcatg ggttcaaggt ctgaggtata ttattattag
      361 tacgcgcgta cattatatat agacgcactt gtgagtagct gtgtaagtat attcatatac
      421 tcactcactt atatgcttat gcagttactc acttatgtag ttactcactt atgtagttac
      481 tcacttatgt agttactcac ttatgtagtt actcacttat gcagt
//
LOCUS       SEQF2634|AYYE01001101.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ccacggttcc tgtccctgtt gaatttacaa ggatgtcacc atctattaat ttgtattcat
       61 cactccattt actaatcgtt tctggatcta agaagcgagc ttgctccagc gaaatatctc
      121 cgtcatacaa attacatttc tgggcaaata cagggtattt cctttcctct gaatacttcg
      181 gagattttcc ccgagaaaga aacgattagt aaatggagtg atgaatacaa attaatagat
      241 ggtgacatcc ttgtaaattc aacagggaca ggaaccgtgg
//
LOCUS       SEQF2634|AYYE01001102.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(50..268)
                     /locus_tag="SEQF2634_01144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFEDLYLLYQAIFLNYDVHLGHLFLMRSTGLLDNYMRERAIVTR
                     LIIREKMPIMVVSTFHGLERMTQTNVVV"
ORIGIN      
        1 atcccattcc atgtttgagg atttatattt gctatatcaa gccatctttt taaactacga
       61 cgttcgtctg ggtcattctt tccagtccat gaaacgtgga aacaaccata ataggcatct
      121 tttctcggat tataagtctc gtcacaatag cacgttcccg catataattg tccaataatc
      181 ctgtgctccg cattaagaag aggtgaccca gatgaacgtc gtagtttaaa aagatggctt
      241 gatatagcaa atataaatcc tcaaacatgg aatgggattg gtgttataaa tacttc
//
LOCUS       SEQF2634|AYYE01001103.1 3320 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             732..1217
                     /locus_tag="SEQF2634_01145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVLFEGTGAMFPVAAVCFISVFIAIIVDLISGIRKAKESKQEI
                     RSNPLSRTVTKFVIYEGAVVIATMIDYMLHFSHLFVLMKLHPIVGLPVITCLMSVFLC
                     IIEILSVREKADEKTRRRSEAIVQAVIEALGTDNLAEILRKKADDTLHGHQPPPQQPN
                     K"
     CDS             1168..1767
                     /locus_tag="SEQF2634_01146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPCTATNRPLNNPTNKRFNNQQMADMHRLGVFIRRFEGGFAND
                     QDDPGGPTMRGVTIATYEHYCRLRGYPRPTVERLRGISDEEWWDILRTLYWDRWQADH
                     IVNQSIAELLVDWVWASGWPGVRIPQRLLGVRVDGRVGPETLRAVNTYTPQRELFDRI
                     MRAREEFIDEVCRRRPRSMKYRRGWLRRLHSITFEEQAQ"
     CDS             1764..1940
                     /locus_tag="SEQF2634_01147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAEEFDSIAFTRRHVVRLMDGREYSIEAVDFERREVKYYSESD
                     FPHWVKLKRIAAVL"
     CDS             1953..2738
                     /locus_tag="SEQF2634_01148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRQDDYEAFVAKFERKRTSDDCYTPPEVYDIVRGWLSEQVDL
                     ADAQIIRPFWPDTDYREVEYPDGCIVVDNPPFSIFAEIVRWYLERGVRFFLFAQHKTI
                     LGLDAPYTRLVCGADVIYENGAAVRTSFASNLFGDVLAMSVPDLYERLTAAARSKDPL
                     PRYSYPSHVLTFSDLARCASHGVALSIPRNEATFVRRLDSQQASKRGIYGGGFLLSNR
                     QAGRMEEALREADRLKAEKAVSVTWAISDREREIIAQLSAGQA"
     CDS             2772..3191
                     /locus_tag="SEQF2634_01149"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLTVDELYTHLHDETVAVISRDTEAIPVAAIDAAIAEAKSYLH
                     DFDTAAIFSAEGEARNALLLLFVKDIAVWHFVNLGNACIDMELREKRYDSAIAWLRLV
                     QKGDLSPDLPPRTAEPGNESPIGKIHFGSNPKRGQHY"
ORIGIN      
        1 ccgcccgcct caaccagcgc gccgccgagc tggacgccgc ctggaagcag tccgccgccc
       61 agaagaagcg cgcgccccgc aaaccgtccg tccccaagga accgaagcag ccgaaggagc
      121 ccaaagaccc caagcagccg aaagatccca aggatcccaa gaagccgggc ggtgaaccca
      181 agcagcccga gcagccgaag gaccccaaga agccgggcgg cggctccggc gaacagcctc
      241 agccgggcgg tgagaaaccg aagaagccga gcggcgacgg caatccggac atcaccctgc
      301 cggaggaata gtttatgtgt tggggcctag cggcccgttg aggcgttgag gcgtgtaccc
      361 gtgtaggggc gtattgcata cgccccacag acgtcccggc agggacgggc atcagacata
      421 tttattcggc cccacggggg ccgtctaatg ggggcgtatg caatacgccc ctacacggat
      481 gccgcgaaac ccgcggggaa ttgcaccaaa aatcgatttg aagcccaaaa cccgccgagg
      541 attgggccaa aaatcgattt gaagcccgaa acccgccgag gattgggcca aaaacaggtt
      601 tttggtccgc ggcgaccctc atttcacacc ccaacaacga acaactaaca aggaacacct
      661 caacaactaa acacataaac aggggcttta gcccccaacg cctcaacaga taaacaaacc
      721 aacaacaaac catggaagta ctctttgaag gcaccggtgc catgtttccc gtggcagccg
      781 tgtgtttcat atccgtcttt atcgccatca tcgtagacct catcagcggc atacggaagg
      841 ccaaagagag caagcaagag atccgctcga atccgctcag ccggacggtc acgaagttcg
      901 tcatctatga gggcgccgtg gtcattgcga ccatgatcga ctacatgctg catttctcgc
      961 atctgtttgt attgatgaag ctgcacccca tcgtagggtt gcccgtcatt acctgtctga
     1021 tgagtgtctt tctctgcatc atcgagattc tcagcgtacg cgaaaaggcc gacgaaaaga
     1081 cccgccgccg ctctgaggct atcgtgcaag ccgtgattga agcccttgga acggataacc
     1141 tcgccgagat tctacggaag aaggcagatg acaccttgca cggccaccaa ccgccccctc
     1201 aacaacccaa caaataaacg attcaacaac caacaaatgg cagatatgca cagattaggc
     1261 gtcttcatcc ggcgctttga gggcggtttc gctaacgatc aggacgatcc gggcggcccc
     1321 acgatgcgcg gcgtgacgat cgccacgtat gaacactatt gccgcctccg gggctatccg
     1381 cgccccacgg tggagcgcct gcgcggcatc tcggacgagg agtggtggga catcctgcgc
     1441 acgctctact gggatcgctg gcaggcggat cacatcgtaa accaatcgat cgccgagctg
     1501 ctcgtagact gggtctgggc ctcgggctgg cccggtgtgc gcatcccgca gcgcctcctg
     1561 ggcgtacgcg tggacggccg tgtgggcccc gagacgctcc gcgccgtgaa cacctacacg
     1621 ccgcagcgcg aactcttcga ccgcatcatg cgcgcccggg aggaattcat tgacgaggtc
     1681 tgccgacgcc gcccccggag catgaagtat cgccgcgggt ggctacgtcg gctgcatagc
     1741 atcacctttg aagagcaagc ccaatgagcg ccgaagagtt cgacagcata gccttcacgc
     1801 gccgtcatgt ggtgcgcctt atggacggcc gcgagtactc catcgaagcc gtggacttcg
     1861 agcggcgcga ggtgaagtat tacagcgaga gcgacttccc ccactgggtg aagctgaagc
     1921 gcatcgcggc ggtgctgtaa aaggaatacg atatgaaaaa gaggcaagac gattatgagg
     1981 cctttgtggc caaatttgag cgcaaacgca cctccgacga ttgctacacg ccgcccgagg
     2041 tgtacgacat cgtgcgtggc tggctcagcg aacaggtcga cctcgccgac gcccagatca
     2101 tacgcccctt ttggccggat acggattacc gcgaagtgga atatcccgat gggtgcatcg
     2161 tggtggacaa tccgccgttt tcgattttcg ccgagatcgt acggtggtac ttagagcgtg
     2221 gcgtacgctt cttcctgttc gctcagcata agacgatttt gggtctcgat gcgccctaca
     2281 cgcgcctcgt ttgcggcgcg gatgtgattt atgagaacgg cgccgcggtg cgcacctctt
     2341 ttgccagcaa cctattcggc gacgtgctgg ctatgtccgt gcccgatctt tatgagcgcc
     2401 tcaccgcggc tgcgcgcagc aaagatcctt tgccgcgcta tagctacccc tcgcatgtac
     2461 tgacattctc cgatctggcc cgctgcgcca gccacggcgt agcgctctca atccctcgca
     2521 atgaggccac gtttgtccgc cgtttggaca gccagcaagc atcgaaaaga ggcatctacg
     2581 gcggcggctt tttgctgtct aaccgacaag ccggccgcat ggaagaagcc cttcgtgagg
     2641 ccgaccgcct taaagccgaa aaggcggtca gcgtgacgtg ggcgatctcc gaccgcgagc
     2701 gcgaaatcat cgcccagctg agcgccgggc aggcttagtt tttcaccttt cgtttttcat
     2761 ttcttccccc catgtttctg accgtcgacg aactttatac ccacctgcat gacgagacgg
     2821 tggccgtcat tagccgcgac acggaggcca tacccgtggc tgccatcgat gctgccattg
     2881 ccgaggccaa aagctacttg catgacttcg atacggccgc cattttctca gccgaaggtg
     2941 aggcgcgcaa tgcgctgttg ctgctatttg tcaaagacat tgccgtgtgg cactttgtga
     3001 acctcgggaa tgcctgtatc gatatggaac tgcgcgaaaa gcgttacgac agcgctatcg
     3061 cgtggctgcg gcttgtgcaa aagggcgatc tctcgccaga cctacccccg cgcaccgctg
     3121 agcccggcaa tgagtcgccg atcggaaaga tccactttgg cagcaatccc aaacgcggcc
     3181 agcattatta ggctgttgag ttgtttaggc ctttggcctg tttagttgtt gggggcttcg
     3241 ccctgtttat tcgttgaatt gttcaacaac taaacaacta aacagggcga agccctaaac
     3301 aattcaacac tgattaaaca
//
LOCUS       SEQF2634|AYYE01001104.1  691 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..691
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(78..392)
                     /locus_tag="SEQF2634_01150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRHPYDLERLMDTKFGMQALADAELYKAIVEHRRKFYHVSYAD
                     YDKNYPDRIAFYPPERSLKTWESDYKALQDAFVYGNKLPFRQLLLRIEELQRRFREVD
                     IK"
     CDS             complement(417..677)
                     /locus_tag="SEQF2634_01151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTDSDPTEIIIGYPSVIGAASDYVRPAVKVEISYLSMKEPFEV
                     KEITTLISDAFPHADRDTSAVIPIVLPSRTFLEKAFLLCEEF"
ORIGIN      
        1 agaagagcag gtgtgattcc ggtcagttac tcatcggact cctaatcttt ttgagctccc
       61 ggacctttcg atctttttca tttgatgtcc acctctcgga accgcctctg caactcctct
      121 atacgaagca gcaattggcg aaaaggcaat ttattcccgt agacaaacgc gtcttgcagt
      181 gccttatagt cgctttccca cgttttcagg ctcctctcgg gaggatagaa agcgattcga
      241 tccggataat tcttgtcgta gtctgcataa gaaacgtgat agaacttcct gcgatgttcg
      301 acgatagctt tgtaaagctc tgcatcggcc agtgcctgca tgccaaattt ggtatccatc
      361 aatcgctcca agtcatatgg gtgtcggctc atccgcaagc tgcgaggcgc ttctttctaa
      421 aattcttcgc agagcaggaa ggccttttcc aagaatgttc tggagggaag cacgatggga
      481 atgacggccg aggtgtctcg gtcggcgtgt gggaacgcat cgctgatcaa ggttgtaatc
      541 tcctttactt caaaaggttc cttcatggag aggtagctga tttccacttt gaccgccggc
      601 cgcacatagt cggaggccgc gccgatgacg gacgggtacc cgatgatgat ctccgtcgga
      661 tcgctatcgg tagacacctt gttgccgccc t
//
LOCUS       SEQF2634|AYYE01001105.1  691 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..691
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(78..392)
                     /locus_tag="SEQF2634_01152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRHPYDLERLMDTKFGMQALADAELYKAIVEHRRKFYHVSYAD
                     YDKNYPDRIAFYPPERSLKTWESDYKALQDAFVYGNKLPFRQLLLRIEELQRRFREVD
                     IK"
     CDS             complement(417..677)
                     /locus_tag="SEQF2634_01153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTDSDPTEIIIGYPSVIGAASDYVRPAVKVEISYLSMKEPFEV
                     KEITTLISDAFPHADRDTSAVIPIVLPSRTFLEKAFLLCEEF"
ORIGIN      
        1 agaagagcag gtgtgattcc ggtcagttac tcatcggact cctaatcttt ttgagctccc
       61 ggacctttcg atctttttca tttgatgtcc acctctcgga accgcctctg caactcctct
      121 atacgaagca gcaattggcg aaaaggcaat ttattcccgt agacaaacgc gtcttgcagt
      181 gccttatagt cgctttccca cgttttcagg ctcctctcgg gaggatagaa agcgattcga
      241 tccggataat tcttgtcgta gtctgcataa gaaacgtgat agaacttcct gcgatgttcg
      301 acgatagctt tgtaaagctc tgcatcggcc agtgcctgca tgccaaattt ggtatccatc
      361 aatcgctcca agtcatatgg gtgtcggctc atccgcaagc tgcgaggcgc ttctttctaa
      421 aattcttcgc agagcaggaa ggccttttcc aagaatgttc tggagggaag cacgatggga
      481 atgacggccg aggtgtctcg gtcggcgtgt gggaacgcat cgctgatcaa ggttgtaatc
      541 tcctttactt caaaaggttc cttcatggag aggtagctga tttccacttt gaccgccggc
      601 cgcacatagt cggaggccgc gccgatgacg gacgggtacc cgatgatgat ctccgtcgga
      661 tcgctatcgg tagacacctt gttgtgtttg c
//
LOCUS       SEQF2634|AYYE01001106.1  939 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..939
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(78..392)
                     /locus_tag="SEQF2634_01154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRHPYDLERLMDTKFGMQALADAELYKAIVEHRRKFYHVSYAD
                     YDKNYPDRIAFYPPERSLKTWESDYKALQDAFVYGNKLPFRQLLLRIEELQRRFREVD
                     IK"
     CDS             complement(417..659)
                     /locus_tag="SEQF2634_01155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEIIIGYPSVIGAASDYVRPAVKVEISYLSMKEPFEVKEITTL
                     ISDAFPHADRDTSAVIPIVLPSRTFLEKAFLLCEEF"
ORIGIN      
        1 agaagagcag gtgtgattcc ggtcagttac tcatcggact cctaatcttt ttgagctccc
       61 ggacctttcg atctttttca tttgatgtcc acctctcgga accgcctctg caactcctct
      121 atacgaagca gcaattggcg aaaaggcaat ttattcccgt agacaaacgc gtcttgcagt
      181 gccttatagt cgctttccca cgttttcagg ctcctctcgg gaggatagaa agcgattcga
      241 tccggataat tcttgtcgta gtctgcataa gaaacgtgat agaacttcct gcgatgttcg
      301 acgatagctt tgtaaagctc tgcatcggcc agtgcctgca tgccaaattt ggtatccatc
      361 aatcgctcca agtcatatgg gtgtcggctc atccgcaagc tgcgaggcgc ttctttctaa
      421 aattcttcgc agagcaggaa ggccttttcc aagaatgttc tggagggaag cacgatggga
      481 atgacggccg aggtgtctcg gtcggcgtgt gggaacgcat cgctgatcaa ggttgtaatc
      541 tcctttactt caaaaggttc cttcatggag aggtagctga tttccacttt gaccgccggc
      601 cgcacatagt cggaggccgc gccgatgacg gacgggtacc cgatgatgat ctcgttcatt
      661 tgctttcctt cttttgaaag ttctaaaagt taattgtaaa gaattatcat ttgacaacac
      721 ttgacttgct tgccttccga atgtcgtcac agaagtctgc ccactttcgt gtcggatgat
      781 gttgtctgca ccagctcgtg atgtcgactc aatccgtatc cgttccatta cagaacggca
      841 ttcgcttttt ctgttatctt atacctgcat accattcagc gttcattact gtctgcttac
      901 ctatcaatct gtatgacagg agatatacag gcttactat
//
LOCUS       SEQF2634|AYYE01001107.1  493 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..493
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 atagtaagcc tgtatatctc ctgtcataca gattgatagg taagcagaca gtaatgaacg
       61 ctgaatggta tgcaggtata agataacaga aaaagcgaat gccgttctgt aatggaacgg
      121 atacggattg agtcgacatc acgagctggt gcagacaaca tcatccgaca cgaaagtggg
      181 cagacttctg tgacgacatt cggaaggcaa gcaagtcaag tgttgtcaaa tgataattct
      241 ttacaattaa cttttagaac tttcaaaaga aggaaagcaa atgaacgaga acaaaacatc
      301 gtgtgcacct gctgacaatc agcaaacgct ttgggacagc attgactgga ctaaggcaga
      361 gctgtctgtt agaaagctac aagcacgtat tgtaaaggct caaaaggacg gcaaacacaa
      421 caaggtgtct accgatagcg atccgacgga gatcatcatc gggtacccgt ccgtcatcgg
      481 cgcggcctcc gac
//
LOCUS       SEQF2634|AYYE01001108.1 1719 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1719
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             14..109
                     /locus_tag="SEQF2634_01156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERYAKVTPQKLFEEFERLIAFTKGLHLTI"
     CDS             121..459
                     /locus_tag="SEQF2634_01157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSTFKILFYINRQKTKTNGKTAIFCEEITPETEFKCFLIVSRL
                     RCQITESAHICTFVHIMYKREMLLHLIRRRFGVIVLTTRCQSYGAGQHSRKSYVLQCC
                     CSHSYSCLEL"
     CDS             complement(454..1662)
                     /gene="btuB_3"
                     /locus_tag="SEQF2634_01158"
                     /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="MDTARVNHDFEGNIYPSPNGQGETGDVPHNSNDKGLEINERINF
                     DYRLSANHNLNLNTLINYARRQPNDDIASRHAGFVIGGFPSKKTGVVSGLTWEAKLLD
                     RKLTNMLSVKYFHLHSEIEDLTSYEMIEAPKKKSNTTSQIGWIEAMKYEPFKGFHLKA
                     SYQRAIRLPNSQELFGDGIITFPAAGLKPEKSHNFNLGFLIDKNNVLGLSRLQFEVNG
                     FYMQVSDMIKLMKQHMAAGYVNAERVHIKGIETELKLDISPTVYAYGNLTYQDVRDVL
                     EHLPGTQAPNPTKGLRLPNIPYLFANFGAEYHSDQLLKNWYVKAFWDGKFTEEFFYFW
                     ELTELQKRRIPRSFVNDIGLLLTYKNRYSIALECHNLMNKEVWDQYRRPLAGRTFHLK
                     FRYVFSKGIL"
ORIGIN      
        1 tagcacggtg cgcatgaccg agcgatatgc gaaagtcact ccccaaaagc tatttgagga
       61 gttcgaacgc ttaatcgcct tcaccaaagg cttgcaccta accatttaac caaaaccgat
      121 atgagaagta cgttcaagat cctgttctac atcaacagac agaagacgaa gacaaacggt
      181 aagacagcca tcttttgcga agagataaca cccgaaaccg aattcaaatg ctttcttatt
      241 gtcagtcgct tgaggtgtca aatcactgaa agtgcccaca tatgcacttt tgtccacata
      301 atgtacaaac gcgaaatgtt gttgcacctc attaggcgta ggtttggggt catcgtgctt
      361 accacaagat gtcagtccta tggagctggc cagcatagca gaaaaagcta tgtacttcaa
      421 tgttgttgtt ctcattctta ttcgtgttta gagttataaa attccttttg aaaagacgta
      481 tctgaatttc aagtggaatg tccgccctgc caacggtcga cgatactgat cccaaacttc
      541 tttgttcatc agattgtggc attccaaagc aatggaatat ctgttcttgt aggtcaatag
      601 caagcctatg tcattgacaa aactgcgagg gatgcgccgt ttctgtaatt cggtaagttc
      661 ccagaagtag aaaaactctt ccgtgaactt tccgtcccaa aatgccttga cataccaatt
      721 cttgagtaat tggtcactgt gatattctgc tccgaagttg gcgaacaagt agggaatatt
      781 cggcagtcgc agcccttttg ttggattggg ggcttgggtg cccggcaaat gctccaagac
      841 atcgcggaca tcctgataag tcagattccc ataggcatag actgtcggcg atatatccaa
      901 tttcaactcg gtctctatgc ccttaatatg taccctttca gcattcacat atccggccgc
      961 catatgctgc ttcatcagct ttatcatgtc gcttacctgc atgtaaaagc cgtttacctc
     1021 aaactgtaat cgcgaaagtc cgagtacgtt gtttttgtct atcaagaatc ccagattgaa
     1081 gttgtggctt ttctcaggtt tcaatccggc agcaggaaaa gttatgatgc cgtcaccgaa
     1141 caactcttgc gaattaggga gacgtattgc tcgttgatag gaagccttca gatgaaagcc
     1201 tttgaacggt tcatatttca ttgcttctat ccatccgatt tgcgatgtcg tattgctctt
     1261 tttcttcgga gcctcaatca tctcgtatga agtcaaatcc tctatctcag aatggagatg
     1321 gaaatacttt acagagagca tattcgtcag tttcctgtct aagagtttcg cttcccaagt
     1381 caaacctgag acaacgccgg tctttttgct gggaaatcct ccaatgacaa aaccggcatg
     1441 tcggcttgct atgtcgtcat ttggctgtct gcgggcgtag ttaataagcg tattcaggtt
     1501 caggttgtgg ttagcggaca atctgtaatc gaaattgatg cgctcgttga tttccaaacc
     1561 tttgtcgttc gagttatgag gcacatctcc cgtctctccc tgtccgttcg ggctcggata
     1621 tatgttcccc tcaaaatcat gattcactcg tgccgtatcc acaaaattgt tcgtcgtatg
     1681 cgagagggag aaatgagact cgaagtcaag gcagttgtt
//
LOCUS       SEQF2634|AYYE01001109.1  396 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccacatgca cattgtcgaa tagcaaggag tctgccgctc cttcgcgata agccagttta
       61 cataccttct taataaagac gatcatgtta tagcaagtgc tctgtttcag ccccacttct
      121 ccggttacat actgctcgaa ttgcttgatg aagtcctccg tgagctgcga aaaggtcaag
      181 tcggagactt tgtatttcgt ccgaatgaac cgctgcaatt gcactcttgt ctgacggtac
      241 gcggccaaag aattttcctt gatgtctaca ccgacgtgat ctttcatttc ctcgatcagg
      301 ccatcgaacc gttccaaaac cgatatgaga agtacgttca agatcctgtt ctacatcaac
      361 agacagaaga cgaagacaaa cggtaagaca gccatc
//
LOCUS       SEQF2634|AYYE01001110.124609 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24609
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1046..2083)
                     /locus_tag="SEQF2634_01159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVRKIVNQTVKIVLPLLLGVLLFWYLYREQDFGAMMEVVRGGV
                     RYDILLFSLLFGLAANVTRGFRWGLLIDSLGRRVRRRNVVFAVLGNYAVNMALPRVGE
                     IWRCGVTAKYERVPFTKLLGTLFVDRIMDTLMVGLLTLCLGVFNIGFFRHFFAENPPT
                     LVATLITLVRSPWTYVGLVGAVALAWFVFVRMKHLPLVRKLTEMLLNVWEGVRSLWTI
                     EHKGRFLFQTLAIWVGYFLYFYTTFYAFEFTAPLGIRIGLIAFAMSSLGVAVPVQGGI
                     GVWHFMVISTLVAFGVDRTDAAAFALVVFTVQTVWVVLCGLFGIFALPLLNKDEEGKD
                     EAKNELIQAGA"
     CDS             2269..3528
                     /gene="ydcP"
                     /locus_tag="SEQF2634_01160"
                     /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="MNKEYQRSDLEVMSPAGSYESLMAAIQGGADSVYFGVEGLNMRA
                     RSSNNFTTDDLRRIASTCADHGVKSYLTVNTVLYDADLDTMRRVIDASLEAGVSAVIA
                     ADVAAMNYAANIGQEVHLSTQLNIANVEALAFYARFADVAVLARELNLDQVSAIHRAI
                     RERNIRGPKGEPVRLEMFCHGALCMAVSGKCYLSLHEMNASANRGACNQICRRSYTVR
                     DRETNHELDVDNAYIMSPKDLKTIHFLNKLIDAGVRVFKIEGRARGPEYVRTVTECYA
                     EAATACCDGTFDEARIAAWDERLSTVFNRGFWNGYYLGQRLGEWTHRYGSSATRRKEY
                     VARGVKYFGGIGVAEFEMESGSLSVGDEVVITGPTTGAVFETIREIRVDLQPVQTTSK
                     GERFSIRTAEKVRPSDRLYKMVPVSPA"
     tRNA            complement(4333..4418)
                     /locus_tag="SEQF2634_01161"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(caa)"
     CDS             complement(4502..5293)
                     /gene="loiP"
                     /locus_tag="SEQF2634_01162"
                     /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="MIFFMALAMTLTAAQAQIRIGGKSINLDKATQAVSKVAKAVTLS
                     DADISNLCHESVEWMDKHNEVAKDNSEYARRLARLTKGFKEVNGMPLNFKVYLVTDIN
                     AFASGDGSVRVFSSLMDIMDDDELMGVIGHELGHVANTDVKDAMKQAYMTAGLIDAAS
                     AVSNTANRLSDTQLNKLTQAFLSAQFSQKQESAADEYGIKKCVELGFDPYGLANGLQK
                     LADLSGGAKQSAVQKMFSSHPDDGKRVARAKALAEKYSKAQSKKK"
     CDS             complement(5366..7048)
                     /gene="eptC"
                     /locus_tag="SEQF2634_01163"
                     /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
                     DDTRSLLSPHFRPRPRRVGELPYETVLDMTRKAKERQRAPSFFGSLTRRLAE"
     CDS             complement(7141..8283)
                     /gene="dprA"
                     /locus_tag="SEQF2634_01164"
                     /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="MDNERIALIALKRIYGVGDMSLRWLQKHFGSAEAALGATVPQLA
                     EVEGVGREMAERIVAERDEALRHAEQEVRFATDHAIRIYTLADSDYPNRLRACLDAPP
                     VIYYRGTADLNVARIVSIVGTRRCSDYGTNLATRIVEELAATDASIVIVSGLAYGIDV
                     CAHRAALRTGLPTVGVLAHGLDRIYPATHRATAADMTLRGGLLTDYPSGTNPVPENFL
                     RRNRLIAALADATVIIESPVRSGALSTAAYAQGYQRRVFACPGRVTDELSLGCLHLIA
                     ERRARLISSPADLCEMMAWAPSEKRVQATSSASAPSTSQRPSTAEPPLPDNAVTRVLR
                     AKGPTQINDLARLTDLSVREVMTILFDLEMDGLVATLPGGMYKLVR"
     CDS             complement(8307..8702)
                     /locus_tag="SEQF2634_01165"
                     /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
                     ENFGRLHDRGVDVFVSRVDIRYRHALRSGDRFRSCMNLRREGVKLVFLQDLYRLPDGV
                     RVVSGRVETVAVEGGQLTRGEYFDQLLKD"
     CDS             complement(8699..8974)
                     /locus_tag="SEQF2634_01166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADVLMGCDGRGRMSADVLMGCDGRGRMSADVLMGCDSRGRMS
                     ADALMGCDGRGRMSADVPMGHNNPAIAPPIALRYAALPTFGLSNKTL"
     CDS             complement(9163..10728)
                     /locus_tag="SEQF2634_01167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTTLLRLLFLRRARVIETYATEAHAIQRRQLCQLIRTARQTEW
                     GHVHCFDRMPVESDAYEAFRRAVPVSAYEDLQPYIRRMIDGQRNVLWPGATRWFAQSS
                     GTTDARSKYIPVTPDILRRAHYAGGFDTVALYLRNNPRSRFFDKKGLILGGSHSPSPL
                     NARAHCGDLSAVLLQNLNPLVNLVRVPSRRIILMDEWEAKIRAIVRSTRKAHVGSLSG
                     IPSWMLVLIEAVIRDAGAQTLLDVWPDLEVFFHGGVGFEPYRDRYARLIPSSDMRYME
                     TYNASEGFFGLQSEPADRSLLLMLDYGIFYECIPTTALPTDGSPIPPDAVLPLDEVRM
                     GENYALVITTAGGLWRYLIGDTIRFTSLRPYKFLITGRTKHFINAFGEELMVDNAERA
                     IRQASEATSAAVRAYTAAPLYLLTDRAKGRHRWLIEFDTPPTSLDVFAASLDTALQAL
                     NSDYAAKRYKEISLQPPEIIPARPGLFFDWLRSHGKLGGQHKVPPLSNTSDLMDELLA
                     MNGTKATVSPAFP"
     CDS             complement(10871..11131)
                     /locus_tag="SEQF2634_01168"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNFTTQEFTSRSDQAFDLADKGEKVIIRRGRRRAYRLIPFT
                     EESSGITPELQAKIDRAREEYRRGETLHFESKEEMDRYFDSL"
     CDS             complement(11250..13715)
                     /gene="susC_8"
                     /locus_tag="SEQF2634_01169"
                     /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="MKSKRRYTRCGLLATALSLCLSLTTVWAQRIKISGNVRDADGNP
                     VELVLVQVKQTMNGAMTDEKGFYSLTVAPTDSVVLVFSCLGYHKAERIIPRPAGDMRV
                     NVQLTSAALELGEIAVTATRRQTTTMEHLDANRLKILPDPSGGSIESLVVTYAGVSSN
                     NELSSQYSVRGGSYDENMVYVNGMEVFRPLLIRSGQQEGLSFVNPNLTEQVQFSAGGF
                     EARYGDKMSSVLDITYKRPKGWEGAATLGMLASSHPTLSTANAYVGSASKHFTQVTGI
                     RYRMSSSLLSDADSRAEYEPRFVDLQTFMTYRPAPKWEVNFLGNIASNHYSYRPIELQ
                     TRFGTTEEQRVFHVYFDGRERDRFDTYYGALTLKHTPSDKSEVGLQAFAFRSNEEESY
                     DIEGAYRLDKVGEESAGEASSLSLASYYEHARNRLQATVAHVGVYGLSQLSSFHTLKW
                     GAGLQSERFVDRISEWESHDSSGYSLPQTGREVNVIANLFSNNSLSSVRGSGYAQDVI
                     KFRTPQGLFTVIAGLRASYWSYNRELLISPRASVGFIPTANQDITLRFATGLYSQSPF
                     YKELRVEEQDAGGNTVVRLNSDLKAQRSIHFILGGDYSFKVGGRNFKLSSEVYYKHLS
                     RINPYTVDNVKIRYYGENCARGYIVGWDTKLFGEFVPGADSWISLSLMQARQTIDRTG
                     QPTVHAPLPNSPAYNLSLYFQDYFPGYRRAMVNLRGVLTGGLPVTVPRQGYTGNTFRT
                     PAYRRVDIGFTYQLVGGESRVMDSGLLRHFKNLWIGVDVFNLLDIYNTGSYYWITDVY
                     NHRYAVPNYLTGRQLNLRVSADF"
     CDS             complement(14042..14332)
                     /locus_tag="SEQF2634_01170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMEKLIIHIEASKDYYDGYAVNVDGIYGAGSSVEECKADVGRG
                     LRLMIESAAARGDRSLPEWLMTGNYVIEYTYDLPRIVSRPSSRRREKVTGYV"
     CDS             complement(14495..15010)
                     /gene="kdsC"
                     /locus_tag="SEQF2634_01171"
                     /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(15084..15866)
                     /gene="hemA"
                     /locus_tag="SEQF2634_01172"
                     /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="MMNETVVMIGAGRVATHLAQALRERAGLRLVQVYSRTEEHARAL
                     AERSGDAVWTTSAEAVRTDADVYVFSLSDDALAGVARRVPANDGLWLHTAGSVPMNVF
                     RGRARRYGVLYPLQTFSRDRSVDFRRVPCFVEGCTAEVTDEVRTLAKRLSDEVHELSS
                     VDRAYLHLAAVFACNFTNHMYALADGIVRARGIDGSVLRPLIDETAAKIHRLTPREAQ
                     TGPALRNDRAVLNRQAAMIIDPDVKRLYEEISRGIYAERLKS"
     CDS             complement(15863..16429)
                     /gene="frp_1"
                     /locus_tag="SEQF2634_01173"
                     /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
                     SWQFVAVEDREMLGRLAACRKMGSSFLSGCALAVVVMGDVTVTDVWVEDASIAAAYMQ
                     LQAEDLGLGSCWCQVRNRHTPADTEAEQYVRDLLDIPYQLGVLCIVGFGHRERVGRPH
                     DEAALLWEHVHIGRYRTAEITGDGQVQA"
     CDS             complement(16683..17756)
                     /gene="apbE"
                     /locus_tag="SEQF2634_01174"
                     /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="MMKQNYMTRPRAERKPTGRTIAALCMLLVSAVIASCGGSKGEFY
                     EEEGTVFHTVYHIKYRTTKGPLTDKIAAELQAFDASLNPFNKASILARVNRNEEVEVD
                     DWFVTVFNRAMEVSERSGGVFDVTAAPLINLWGFGYEQKDSVSPAVIDSMLQFVGYRK
                     VRLDGRRVVKDDPRIELSFSAIAKGYACDVVAALLEREGVEDYMVEIGGEVASRGMNP
                     RGECWRIGINKPEDDTTGVKNETDEIVQLCGRRGMATSGNYRNFHVRDGKKVAHTIDP
                     RTGYPSQQNILSATIVAPDCMTADAYATAFMAMGLEAACRMAESVPEIAYYVIYADEA
                     GVHRVKMSPKLEEMIVGKAKNEK"
     CDS             complement(18368..19075)
                     /locus_tag="SEQF2634_01175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKRKFGWPLLLIAIGIIFLLKNLGFIDLNFYELLFSWPMILVA
                     IGVVQLVDRSYVSGFILLFLGTVFMLPRLDIIQYDAMRVFWPVVLIVIGTALLFRRRG
                     ISYAASADRYRASAASTSPDADGFVRIDTSFSGSKTLFTEPVFRGAILRSTFGGIDLD
                     LRSARLDDPEIFVDLDCTFSGITLRVPPTWRIDSRIRSTFGGFDDKRPHLPPDALDMA
                     HTVVLRGSATFGGIEVK"
     CDS             complement(19243..20094)
                     /gene="scrK_2"
                     /locus_tag="SEQF2634_01176"
                     /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="MNKKPLIIGIGELLWDVLPTGKKAGGAPVNFAYHASRFGADAYA
                     FSAIGNDPLGDEILTEIDRIRIPYIIERVDYPTGTVIVELRDGIPNYTIMEGVAWDHI
                     PLTDEMKQLASCADAVCFGTLAQRAEESRITIQTLLSHVPERALRVYDINLRQHYYSR
                     ELITASLRHCNVFKINDEELDLLRGLFDLETDTLHDFCRRFVALYNLRYLILTAGADY
                     SAVFTPAGESYIDTPRVEVVDTVGAGDSFTGTFIASVLDGRPLAEAHRLAVDHAAYVC
                     TQAGAWV"
     CDS             complement(20116..21816)
                     /gene="sacC"
                     /locus_tag="SEQF2634_01177"
                     /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="MAGGFFVLPLAIPPISTSYSPYYVSLLLFLATDMKPLACYALGA
                     LLSLAACTGHKSATAETEAEDFSGPYNEMYRPQIHFSPAEHWMNDPNGLVYYDGEYHL
                     FYQYYPEKSVWGPMHWGHAVSRDLMHWEHLPIALAPDSLGYIFSGSAVVDWENTSGLG
                     TKENPPLLAFFTYHNPDAEQAKKTEVESQALAYSTDRGRTWTKYAGNPILPNPGDARD
                     FRDPKVFWHKASSRWIVSLACGDEIRFYASPDCKSWTYLSSFGRDRGGHGGVWECPDL
                     FQLPVAGTDETKWVLLVNINPGGPAGGSATQYFVGDFDGKTFTSPQRETLWMDHGADN
                     YAGVTWSDAPDGRRILIGWMNNWLYAGDKPCVTWSGAMTLPRELGLVPGPDGKGYLLT
                     STPVRELGGLRGETVMLKGLQVDGTLDLTKRIPFVRSALDLRLTFDLAAAKGSLATRY
                     GVRLRNTQGEYIDIGYDRNRQVFYIDRTHAGSKALPVKEFAAVHTAPFVVKGQTVDWR
                     LVIDRASVEFFAAGGRVSMTDVFYPSELFRTVELFTEKGSIHVDGEVTQLQSVWNPSK
                     "
     CDS             complement(21880..23172)
                     /gene="metK"
                     /locus_tag="SEQF2634_01178"
                     /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             complement(23573..24583)
                     /gene="pfkA2"
                     /locus_tag="SEQF2634_01179"
                     /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
                     LDRDVELFTERTLSGILGRGGTILGTPREKPFKKSADGYLSHKPQIIYQNYHELGLDA
                     LVCIGGNGTQKTAFKLAKMGLNVVGIPKTIDNDLYGTDFSFGFDTAVSVATDAIDCLH
                     STASSHKRVMVVEVMGHSAGWIALYAGMAGAADIILLPELGYDIDKVNDKVIERAQRG
                     KPYSIIVLAEGLRTGAESPSDYLSHEIEEATGLETRRTVLGYIQRGGSPSPADRNLAT
                     RLGGHATELIVRGEFGRMVGQRNGHMVSVPLQEVAGRTRLVPVDDDLIRCGEKLGISF
                     GH"
ORIGIN      
        1 tccacatgca cattgtcgaa tagcaaggag tctgccgctc cttcgcgata agccagttta
       61 cataccttct taataaagac gatcatgtta tagcaagtgc tctgtttcag ccccacttct
      121 ccggttacat actgctcgaa ttgcttgatg aagtcctccg tgagctgcga aaaggtcaag
      181 tcggagactt tgtatttcgt ccgaatgaac cgctgcaatt gcactcttgt ctgacggtac
      241 gcggccaaag aattttcctt gatgtctaca ccgacgtgat ctttcatttc ctcgatcagg
      301 ccatcgaacc gttccaaaag catagttcga ctttgcacgc tgccttggaa atgttccttg
      361 atatccgttg cgccaaatgg tgatcccttg gcgagcaagg attgatagga ggcttgaacg
      421 gcaagaagca ggttgtccaa ccgcctatta acctcgaccg cctcgcgact ctttccatcc
      481 atccggcttt cgcgcgggtt ccacaaatcg ggattgcaga acagcttgca actgaactgt
      541 gcaatggaac gtcccagcgt gatgcgtccc atgatcggcg ccttgcccga cctgtcgcga
      601 ctgctctttt tgaggtagag caacaccttc attttcatgt catccatacg ctttgaaaac
      661 tgtgggcaaa attacccggt tcaaagcgcc cgttacctgt gcagattcct gtatatcaat
      721 gcaaaagaac cgtttgtggg aaaagctcag ttacctgctt ttgcaccatc gttacctgtc
      781 gcgggacggg gtaatgcttt ggtaactgaa cttctgctta agaccgcact tttctgcctt
      841 ttacactcta tgcaatcaga agcagatccg ttcctttccg cctaattatc agcccacttg
      901 cttcaacctc ggagcttctg cttttgaagg gaatagttgc tcgcgcgtga gcaaaagaaa
      961 ctggtgcatc agcaaaaatc actggcgcat gagtgaaaaa agctcgttca cgagcaaaat
     1021 aagctggctg atgagccgaa aaagctcacg cgccagcttg tattagctca ttctttgcct
     1081 cgtcttttcc ctcctcgtcc ttattgagca gcggtagggc gaagatcccg aagaggccac
     1141 agagcacgac ccagactgtc tgcaccgtga agacaaccaa cgcaaaggcc gccgcatcgg
     1201 tgcgatctac gccaaaagcc acgagcgtcg agatgaccat aaagtgccac acaccgatac
     1261 ccccctgcac aggcactgcc acaccgaggc tgctcatggc aaaggcgatc agtccgatgc
     1321 gtatacccaa aggcgcagtg aattcgaagg cgtagaaggt ggtatagaaa tagaggaagt
     1381 agccgaccca aatagccagc gtctgaaaga ggaagcgccc cttgtgctcg atcgtccaga
     1441 ggctgcgcac gccttcccag acgtttagca gcatctcggt cagcttgcgg acaaggggta
     1501 aatgcttcat gcgcacgaag acgaaccatg cgagcgccac ggctccgacc agcccgacgt
     1561 acgtccacgg ggagcggacg agggtgatca gcgtcgcaac cagcgtcggg ggattctcag
     1621 cgaagaagtg gcggaagaag ccgatgttga agacaccgag gcagagcgtg agcaggccca
     1681 ccatgagcgt atccatgatg cgatctacga agagcgtgcc taagagcttg gtgaagggca
     1741 cacgctcgta tttggccgtc acaccgcagc gccagatctc gcccacacgc ggcagggcca
     1801 tattgacggc gtagttgcca aggacggcaa agacgacgtt gcgccgacga acacgtcggc
     1861 cgagcgagtc gataagcagc ccccagcgga agccacgcgt cacgttggcg gccaagccga
     1921 agagcagcga aaagaggagg atgtcgtagc gtacgccgcc acggacgacc tccatcatgg
     1981 ccccgaagtc ttgttcgcga tagagatacc agaagagaag cacgcccagc aacaggggca
     2041 acacgatctt aacggtctga ttgacgatct ttcttacgtc cattataggg ttctgtttaa
     2101 ttggccggca aagataggcg cctttgctgc gtggggacgg ggcggggcgg ctgcggccgc
     2161 cggcgaagtt tgccagctac cggcctcgac aattcggggc ggtttggttt tatcccgtgc
     2221 cccgccgcac ctttgcggcc ccaaattttt acgtggaaca tcaacaatat gaataaggaa
     2281 tatcagcgaa gcgacctgga ggtgatgtca ccggccgggt cgtacgagtc gctcatggcc
     2341 gccattcaag gcggagccga ctcggtctac tttggcgtcg aggggctcaa catgcgcgca
     2401 agatcatcca acaacttcac cacggacgac ctccgacgca tcgcctccac ctgtgccgac
     2461 cacggcgtga agagttacct gaccgtcaac accgtcctct acgacgccga tctggacacc
     2521 atgcgacgcg tcatcgacgc ctcgctcgag gccggcgtct cggccgttat cgccgccgac
     2581 gtggccgcca tgaactatgc cgccaacatc ggtcaggagg ttcacctctc cacccagctc
     2641 aacatcgcca acgtcgaagc cctcgccttc tacgcccgct ttgccgacgt ggccgtcctg
     2701 gcccgcgagc tcaatctgga tcaagtcagc gccatccatc gggccatccg cgagcgcaac
     2761 atccgaggcc cgaaaggcga gcccgtacgc ctcgaaatgt tttgccacgg cgccctctgc
     2821 atggccgtct ccggcaaatg ctacctcagc ctgcacgaga tgaacgcctc cgccaaccgc
     2881 ggcgcctgca accagatctg ccgccgcagc tacaccgtcc gcgaccgcga gacgaaccac
     2941 gagctggacg tcgacaacgc ctacatcatg tcgcccaaag acctcaagac aatccatttc
     3001 ctcaacaaac tcatcgacgc tggcgtacgc gtcttcaaga tcgagggccg cgcacggggg
     3061 ccggaatacg tgcgcaccgt cacggagtgc tacgccgagg ccgccacggc ctgctgcgac
     3121 ggcaccttcg acgaggcgcg catagccgcc tgggacgagc gcctctcgac cgtcttcaat
     3181 cgtggcttct ggaacggcta ctacctcggc cagcgcctcg gcgagtggac ccaccgctac
     3241 ggctccagcg ccacgcggcg caaggagtac gtggcccgcg gcgtgaagta cttcggcggc
     3301 atcggcgtgg ccgagttcga gatggagagc ggctcgctca gtgtcggcga cgaggtcgtg
     3361 atcacgggcc ccaccaccgg cgccgtcttt gagaccatcc gcgagatccg agtcgacctc
     3421 cagcccgtgc aaaccacttc gaagggcgag cgattctcca tccgcaccgc ggaaaaggtt
     3481 cgcccctccg atcgactcta taaaatggtc cccgttagcc ctgcctaagt tcgtcgatga
     3541 gcctcccgcg gcgcgttcgg ggatatgcag cgaaatgagg taggtgaatt tatcgtgttt
     3601 cgaatatcag ccgtcgtata ggctccgaaa cagcctctgt ttactgatct ataccgcgta
     3661 taggtccaca aacagacgct gctttgctat tcataaggcg taacgctcca gaaacagact
     3721 ctttttcatg cttcatacac cgtataagcc cataaacaga gtctgtttct cacttcatac
     3781 atcgtatcgg ccaacaaaca gagtcttttg gagggtctta ttcaggtaga gcataagaaa
     3841 cagtgtccat ttccagacta ttacattgta tgcataaaga aacagactct atttgtggac
     3901 tcatacggca tatgaaatac aaaacagcct ctgtttatgg gcctatacgg cgtatgaatt
     3961 aggagaaaga ggctgtttgt agatctatac gctgtctaca ttacaaaaaa gagctatttc
     4021 acctactctt tttttcggta cctctctaaa cttgacgcgt ttggcaagac tttttcgctg
     4081 cggatacctt tacgagacgc atttagctct tcgcaatcac tgcggatacc tttacgagac
     4141 gcgtttagct cttcgcaatc actgcggata cctttacaag acgcatgagg ctgatcgccg
     4201 tcggttgccc cacctttacg catcgaagga ggctattcga cggggcgtgc accaccgaaa
     4261 tgcgccgcgc gtttggcatc ggccaacaaa aaagccaagg actgaatcaa tcaatccttg
     4321 gctttgcttt tcggtaccca gacccggggt cgaaccggga tggaagtgaa tccactggtg
     4381 tttgagacca gcgcgtctac cgattccgcc atctgggcct tcgtggaaga cgccgcaaat
     4441 ataggcgcat ttctcagatc acgaaagccg gagggcgatg gcggaagatt cggggcgggg
     4501 gttacttctt ttttgactgc gctttgctgt acttctcggc cagagctttg gcgcgggcta
     4561 cgcgtttgcc atcgtccggg tgagaggaga acatcttttg caccgccgac tgcttggcac
     4621 caccggagag gtcggccagc ttctgcagtc cgttagccag accgtagggg tcgaagccaa
     4681 gttcgacgca tttcttgatc ccgtactcgt ctgcggccga ttcttgcttc tgcgagaact
     4741 gggcgctgag gaaggcctgg gtgagcttgt tgagctgcgt gtcggagagc ctgttggcgg
     4801 tgttgctgac ggcgctggcg gcatcgatga gtccggccgt catgtaggct tgcttcatgg
     4861 cgtccttgac gtcggtgttg gctacgtgac cgagctcatg gccgatgacg cccatcagtt
     4921 cgtcgtcgtc catgatgtcc atcagcgagc tgaagacgcg cacgctgccg tcgcccgagg
     4981 cgaaggcgtt gatgtctgtc acgagataga ccttgaagtt gagcggcatg ccgttcacct
     5041 ccttgaagcc cttcgtgagg cgggccaggc gcctggcata ctccgagttg tccttggcca
     5101 cttcgttgtg tttgtccatc cactcgaccg actcgtggca gaggttggag atgtcggcat
     5161 cgctcagtgt gacggccttg gccaccttgc tgacggcctg agtggctttg tcgaggttga
     5221 tgctctttcc gccgattctg atttgcgctt gagcggcggt cagggtcatg gctaaggcca
     5281 tgaagaagat cattttttca taggtcaaat gtctaatttg agtgagtaat acattgatta
     5341 tttgtgctgc aaagatagga gaggatcatt ccgcgagtcg acgcgtgagg gagccgaaga
     5401 aggaaggggc acgctggcgc tccttagcct tacgggtcat gtcgagcacc gtctcgtagg
     5461 gcaattcacc cactcggcgt gggcggggac ggaagtgcgg agagagcaga ctgcgcgtat
     5521 cgtcatagcc ttggaaacgg agcgcggcga gattggccat cgtgtagggc agatcgacgg
     5581 tggaataggg gcgcgtgagg tcgaatcgca ggtcgggccg catacgccta aagtcgggcg
     5641 agagccagac gaggaagggc acctcgcaca tgtaggacgt gaccttctcg tacgcatgcc
     5701 cattgaaggg gcggaactcg ttcacctcct cgccgtggtc ggagaagtag atcagggcgg
     5761 cgggtgtgtg ctcacgctcg atgcgggcga tgagtgtgga gaggaggtag tcgttgtagc
     5821 ggacggaatt gtcgtactcg tcgacggtgg tgcgggcctc gggcgtgagg tcaggctggg
     5881 cgttgggcag cgtgtcgttg aggcgcgtga agaagtcgaa gtcggcgggg tagcggtatt
     5941 tatacccgat gtgacagccc atgaggtgta gcacgatcag tttcgggcga tcgctggggg
     6001 cggtcagggc ttgctcgaag ggcggcagga ggatgccgtc gggggccttg cgggcggaga
     6061 ggtcgacggt gtgatcggcc agcttcagga aggcgtcgta gctggacgag ccgtcgagca
     6121 ggggctgatt gctgatgacg tacgtctcga atccggcacg gttgaagagc tcgatgagcg
     6181 aggggtaggt ggtgaggcgt tcggggtggt cccagtcggc gaaggtgagc gcggcgcgga
     6241 gcacggggat ggtgtgcacc tgtggcgaga ctacatcggt atagaccgaa agctcaccgc
     6301 gtcgggcgga gagcaacggg ttcgtgtcgc gaggataacc gtagagcgac atgtggcgtc
     6361 gggcatgcga ttcaccgatg acgagcacca cgagccgcgg cgtcttgtcc ggttgtgtac
     6421 gcacctcgaa cggcagcgta tgccgacggg ccagggcgcg ctcctcacgg aagcggccga
     6481 tcttatagtg ggcaaagaca cgatagaagt ccacgaagta gatccgttgc gccacgggcc
     6541 ggacggtgac gaagagcagg gccacgaaca ccagagcgaa gaaggcgtac ttgtggcggc
     6601 ggatgcggaa gaagcgctcc ggctgcttca tgcgacagat catcacgatc ggcgtgagta
     6661 cgaagagcgt gacggccgtc acgagccagg ggttgaggta ggcgataaac tccgaagcct
     6721 cgtcggtatt ggtctcgaag atcgacgtga tggtgccgcc cgagaggagc acatggccga
     6781 tgaagaggta gccaatgagg atggtgccgg ggatgatcgt cacggccaac agcagggagt
     6841 agaagatctt cagcccccgg gtagtcataa acgaggcaag caaaaagacg acgcagagca
     6901 gcagcaagct gaggccaatg cccacggcta cggcactgag cgagaggttc tgtgccaata
     6961 ggctcaacac aggcacaggc atgagtacgt agaggaggaa gaagagctgc aacttccttt
     7021 ccttgagtat ttgcaagagg gtcttcatat ctatggatag cgtagttatg cgcccctaaa
     7081 ggcgcggtag cgtaagggca tatcgggcgc ccggggccgt tatgcggcgc ggctgcaaaa
     7141 ctacctgacg agtttataca tcccaccggg cagggtggcc acgaggccgt ccatctccag
     7201 atcgaagagg atggtcatca cctcccgcac ggagagatcc gtgaggcgtg ccaggtcgtt
     7261 gatctgcgtc ggccccttgg cgcggagcac acgcgtcacg gcattgtccg gcaggggagg
     7321 ctcggccgtc gacggacgct gtgaggtgga cggggcggag gcgctactcg ttgcttgcac
     7381 gcgcttctcc gacggcgccc acgccatcat ctcacagaga tcggccggcg aggagatcag
     7441 ccgcgcacgc cgttcggcga tgaggtgcag acagcccaat gaaagttcgt ccgtcacacg
     7501 ccccggacag gcaaagaccc gtcgctgata gccttgggca taagccgccg tcgagagggc
     7561 gccgctccgg acgggcgact cgatgatgac cgtcgcatcg gccagggcgg caatcagtcg
     7621 gttacgcctg aggaagttct cgggcacggg gttcgtcccc gaggggtagt ccgtcagcag
     7681 gccaccgcgc aaggtcatgt ctgccgctgt ggcacggtga gtcgctggat agatccgatc
     7741 cagcccatgc gccaacaccc cgaccgtggg cagccccgta cggagcgcgg cacgatgggc
     7801 acagacgtca atgccatagg ccagtccgct gacgatgacg atcgaggcgt ctgtagccgc
     7861 cagctcctcg acgattcggg tggccaggtt cgtgccatag tccgagcagc gacgcgtacc
     7921 cacgatgctg acgatacgcg caacgttgag gtcggccgtg ccacgataat aaatcaccgg
     7981 cggtgcgtcc aggcaggcac gcagccggtt ggggtagtcg ctgtccgcga gggtatagat
     8041 acggatggca tgatccgtgg caaagcgcac ttcctgctcc gcatgccgca gagcctcgtc
     8101 gcgttcggcc acgatgcgct cggccatctc acgtcccaca ccctccactt cggccagttg
     8161 cggaaccgtg gcgccgaggg cagcctcagc cgaaccgaaa tgcttttgca gccagcggag
     8221 ggacatgtcg cccacgccat agattctctt cagtgcgatt aaagcgatgc gttcgttgtc
     8281 catgtgatac ggtctccttc cttcgattaa tctttaagca gctgatcgaa atactcaccg
     8341 cgcgtcagct gtccaccctc gacggccaca gtctccacac gccccgaaac gacacgcaca
     8401 ccgtcgggca gccgatagag atcttgcaga aagacgagct tcacgccctc gcgccgcagg
     8461 ttcatgcacg accgaaagcg gtcgccacta cgcagcgcat ggcggtagcg gatgtccacc
     8521 cgcgagacaa acacatccac gccgcgatca tgtagtcggc cgaagttctc ccccagcgat
     8581 tctaagaatt catggcgcgt atgctccata taatgttgat agttggcgtt gttcaccacg
     8641 ccttgcaggt cgcattcata atcgcgcacc ttcatctcca gttcaaatcg atatgtactc
     8701 atagggtttt gtttgacaga ccaaaagtag gcagagccgc gtatcggagc gctatgggtg
     8761 gggcaatagc ggggttatta tgccccatgg gcacgtcggc agacattctg ccgcgaccat
     8821 cacaccccat gagtgcgtcg gcagacattc tgccgcgact atcacacccc atgagtacgt
     8881 cggcagacat tctgccgcga ccatcacacc ccatgagcac gtcggcagac attctgccgc
     8941 gaccatcaca ccccatgagc acgtcggcag acattctgcc gtggccatca tggtcgatgg
     9001 gaacgctggc gacactgtcg ccggggctat catggtcgat gagaacgctg gcgacactgt
     9061 cgccggggcc atcatggtct atgagaacgc tggcgacact gtcgccgagg ctatcatggt
     9121 cgatgggaac gctggcgaca ctgtcgccgg ggctatcatg gtctatggga acgctggcga
     9181 cactgtcgct ttcgtcccat tcatcgccag cagctcatcc attaaatcag atgtattgct
     9241 caaggggggg actttgtgtt ggccgccgag cttgccgtgg ctgcggagcc agtcgaagaa
     9301 gaggcccggg cgggcgggga tgatctcggg cggctggagg gagatctctt tgtagcgctt
     9361 ggcggcgtag tcggagttga gggcttggag ggcggtgtcg agcgaggccg caaagacgtc
     9421 gagcgatgtg ggcggggtgt cgaactcgat gagccaacgg tggcgaccct tggcgcggtc
     9481 ggtgaggagg taaagcggcg cggcggtgta ggcgcggacg gcggcggagg tggcttccga
     9541 ggcctgacgg atggcgcgtt cggcgttatc gaccatgagc tcttcgccga atgcgttgat
     9601 gaaatgcttc gtgcgaccgg tgatgagaaa cttatacggg cggagggagg tgaagcggat
     9661 ggtgtcgcca atgaggtagc gccagagtcc gccggcggtg gtgatgacga gggcatagtt
     9721 ctcgcccatg cgcacctcat cgagcggcag gacggcatcc ggcgggatgg ggctgccatc
     9781 ggtgggcagg gcggtggtgg ggatgcactc gtagaagatg ccatagtcga gcatgagcag
     9841 gaggctgcgg tcggcgggct cggactggag tccgaagaag ccctcggagg cgttgtaagt
     9901 ctccatgtaa cgcatgtcgg acgaggggat gaggcgggcg taacggtcgc ggtagggctc
     9961 gaagccgacg ccgccgtgga agaagacttc gaggtcaggc caaacatcga ggagggtctg
    10021 tgcgccagcg tcacggatga cggcttcgat caggacgagc atccaggagg gtatgccgga
    10081 gaggctgccc acgtgggcct tgcgcgtgct ccgaacgatg gcgcggatct tggcctccca
    10141 ctcgtccatg aggataatgc ggcgcgaggg tacgcggacc aggttgacga gcgggttgag
    10201 gttttggagc agtacggcgg agaggtcgcc gcaatgtgcg cgggcgttga ggggcgaagg
    10261 gctatggctg ccgccaagga tgagtccctt tttgtcgaaa aagcgggagc gggggttgtt
    10321 gcggaggtag agggcgacgg tgtcgaatcc gccggcgtag tgtgctcggc ggaggatgtc
    10381 tggggtgacg gggatgtatt tgctgcgtgc gtcggtcgtg ccgctgctct gtgcgaacca
    10441 tcgcgtggct ccgggccaga gcacgttgcg ctggccgtcg atcatgcgtc ggatgtaggg
    10501 ttgcaaatcc tcgtaggcgc tgacggggac cgcccgtcgg aaggcctcgt aagcgtccga
    10561 ctcgacgggc atacggtcga aacagtgcac atggccccat tccgtctgtc gggcggtgcg
    10621 aatcaattgg cagagttgcc gacgctggat ggcgtgggcc tccgtggcgt aagtctcaat
    10681 gacgcgcgca cggcgtaaaa acaaaagacg taggagggtg gtgagcatgg ggagagggaa
    10741 ggaacgaaaa tcgaaactct agaagccttc ttttcttccc ttgatggaag aaaaggaagc
    10801 aaaagaagat caaggcccca ccggggccgg ggaagtttgc cgggtacgtc gaaatctcat
    10861 cttgtcttga tcagagactg tcaaagtatc ggtccatttc ctctttactc tcaaaatgca
    10921 gggtttcgcc ccttctatat tcttctcttg cgcgatcgat tttagcttgt aattcgggcg
    10981 taatgcccga tgactcttcg gtgaagggga taagcctgta agctcgtctg cggccgcgac
    11041 ggatgatcac cttttcgccc ttatcggcca agtcaaacgc ttgatccgaa cgggatgtga
    11101 actcttgggt ggtgaagttt actgttgcca tgatgcttcg ttttgaggat gaatggatgg
    11161 gacaaaggta gagggggagg tgaaaagcga atgggggcgg agactatggc cgagtatccg
    11221 gcaaacttag ctggcgtccc tgacgcccgt cagaagtctg cactgacgcg aaggttgagt
    11281 tggcggccgg tgaggtagtt ggggacggcg tagcggtggt tgtagacgtc ggtgatccag
    11341 tagtaggagc cggtgttgta gatgtcgagt aggttgaaga cgtcgacacc gatccagagg
    11401 ttcttgaagt gacgcaagag gccgctatcc atcacgcgac tctcgccacc gacgagctga
    11461 taggtgaagc cgatgtcgac gcgccgatag gcgggcgtgc ggaaggtgtt gccggtatag
    11521 ccttgccgcg ggacagtgac gggaaggcca ccggtcagga cgccgcgcag gttgaccatg
    11581 gctcggcgat agcccgggaa atagtcctgg aaataaagcg agaggttgta ggccggactg
    11641 ttcggcaggg gcgcatgcac cgtcggctga cccgtacggt cgatcgtctg acgggcttgc
    11701 ataagcgaga ggctaatcca cgaatcggca ccggggacga actcaccgaa gagcttcgtg
    11761 tcccacccga cgatgtagcc ccgcgcgcag ttctcgccat agtagcggat cttgacgttg
    11821 tccaccgtgt agggattgat gcggctgagg tgcttgtaat agacctcgga cgagagtttg
    11881 aagttgcggc cgccgacctt gaagctatag tcgccaccga ggatgaagtg gatggagcgc
    11941 tgggctttca aatcgctgtt gaggcgcacg acggtattgc cgccggcatc ttgttcctcc
    12001 acacgcagtt ccttatagaa gggcgactgc gaatagagtc cggtagcgaa gcgtagcgtg
    12061 atgtcttggt tggctgtggg gatgaagccg acggaggcgc gagggctaat gagcaattca
    12121 cgattgtagc tccaatagct cgcgcgcaga ccagcaatga cggtgaagag tccttgcggg
    12181 gtgcgaaact tgatcacgtc ttgtgcataa cccgagccac gcacgctgct gaggctattg
    12241 ttagaaaaga ggttggcgat gacgttcacc tcgcgacccg tctgcggcag cgaataacct
    12301 gacgagtcgt ggctctccca ttcactgatg cgatccacga aacgctccga ctggaggccg
    12361 gcgccccact tgagtgtatg aaacgacgac aactgcgaga ggccatagac gccgacgtgc
    12421 gccacggtgg cctgaaggcg gttgcgggcg tgttcgtaat acgacgccag cgacagcgac
    12481 gaggcttcgc cggccgattc ctcccccact ttgtcgaggc gataggcgcc ctcgatgtcg
    12541 tagctctcct cctcgttgga gcggaaagcg aaggcttgca gaccgacttc cgacttgtcg
    12601 ctgggcgtat gcttgagcgt cagggcaccg tagtaggtat cgaagcggtc gcgctcacgg
    12661 ccgtcgaagt agacgtggaa gacgcgctgc tcctcggtcg tgccgaagcg tgtttgtagc
    12721 tcgatggggc ggtaggagta gtggttcgaa gcgatgttgc caaggaagtt cacctcccat
    12781 ttcggtgccg gacggtaagt cataaacgtt tgcagatcga cgaaccgcgg ctcgtattcg
    12841 gcccgcgagt cggcgtcgct gagcagcgag ctggacatgc ggtaacggat gcctgtgact
    12901 tgcgtgaagt gtttgctggc actacccaca taggcgttgg ccgtgctgag cgtggggtgc
    12961 gaggaggcca gcatgccgag cgtggccgcg ccctcccatc ctttgggccg cttataagtg
    13021 atgtcgagca cggagctcat cttgtcgcca tagcgcgcct cgaagccgcc ggccgaaaat
    13081 tgtacttgct ccgtcaggtt ggggttgacg aagctcagcc cctcctgctg gccggagcgg
    13141 atgagcagcg ggcggaacac ttccataccg ttgacgtaaa ccatattctc gtcgtagcta
    13201 ccgccgcgaa cggagtactg cgagctgagt tcgttgttgg atgagacgcc ggcgtacgtc
    13261 accacgaggc tctcgatgct accgcccgag gggtcgggca ggattttgag ccggttggcg
    13321 tcgagatgct ccatggtcgt cgtttgtcgg cgcgtggccg tgacagcgat ctcgcccagc
    13381 tcgagcgccg ctgaggtcag ctgcacgttc acgcgcatgt cgccagcggg ccgcgggatg
    13441 atgcgctcgg ccttgtggta gccaaggcag gagaagacga gcacgacgga gtccgtcggc
    13501 gccacggtga gcgaatagaa acccttctcg tcggtcatcg cgccgttcat cgtctgcttg
    13561 acttgcacca agaccagctc cacggggttg ccgtcggcgt cgcgcacgtt gccggagatc
    13621 ttgattcgct gtgcccacac cgtcgtgagg ctcaagcaga ggctgagcgc cgtggccaac
    13681 aggccgcatc gtgtatatcg tcttttactc ttcatcctat ttatctattg tgtaaaccgg
    13741 ttccttaacg ggcgaacgag gggaaacgta tgtatcgccg acctctcgac gccgcatctt
    13801 ttcgcccgaa atggccgcaa accacttttt agtcgtttcg ggtgacccga aatggctgca
    13861 aaccactttt tggtcgtttc gggtgacccg aaatggccgc aaaccacttt ttggtcgttt
    13921 cgggtgaccc gaaatggctg caaaccactt tttagtcgtt tcgggcgaaa agatgcgatc
    13981 ccgaacctcc tccacatctt ttcaaaagat ggattgaggg gtggaggagg ggcggagatc
    14041 tttagacata gcccgtgacc ttctcccgcc ggcgactgct cgggcgactt actatgcggg
    14101 gcagatcata cgtgtactcg atcacgtaat tccccgtcat tagccactct ggcagactgc
    14161 gatcacctcg cgcggcggcc gattcgatca tcagtcgcag cccccgtccg acgtccgcct
    14221 tacactcttc caccgagctt ccggctccgt atatcccgtc cacgttgacc gcatatccat
    14281 catagtaatc cttgctcgcc tcaatgtgaa taatcagctt ttccataatc atctttccgt
    14341 gcactttaga gggcttcgcc ccaggcccca ccttcttttc ttcccttgat ggaagaaaag
    14401 aaggcaaaag aagatcaagg cgtcggggac gccggccaag tttgccggat acccgggcac
    14461 taccctctac cctctactct ctaccctcta agattcacca cccgaacgcc ttgtcggaca
    14521 tccatgtgcc ctgcaccttc attgtctgct cgatcacttc gcgggcgatg ccgtcgccgc
    14581 cggccagtgg ggagatgtaa cgggcgatgc gcttgatctc cggcgccgcc gtactgggtg
    14641 caatgggcag cccgacgcga cgcatcacct catagtctgg gatgtcgtcg ccagcgaagg
    14701 ccacttgctc gtccgtgagg cccgtccggc ggaggaagtc ctcatagtcg atgatcttga
    14761 cactgctgca gaggtagatg tgcttcacgc cgaggtgctc gaagcggcgg cggatgttct
    14821 ccgtgtaagc gcccgtgatc aggcccacct cgtagccgtg tcggacggcc aactgcaacg
    14881 cgtagccgtc tttgatgttc accgtgcggg ccggatcacc gttgtccgcc agcgggattt
    14941 tgtcggacga cagcacgccg tccacgtcga aaagaaacgc ccgtatgcgg gtcaaatcgt
    15001 aaggaatcat tgtttgaaag tgaaaagtga atagtgaaaa acgagaagaa ccaatccggt
    15061 gcccggccaa actccccccc cccctaactt tttagtcgtt cggcgtagat cccgcggctg
    15121 atctcctcat agaggcgctt cacgtccgga tcgatgatca ttgcggcctg acgattgagc
    15181 acggcgcggt cgttacgaag cgccggcccc gtctgcgcct cgcgcggcgt gaggcggtgg
    15241 atcttcgcgg ccgtctcgtc gatcagcgga cggagcacgg agccgtcgat gccacgcgca
    15301 cggacgatcc cgtcggccaa ggcatacatg tggttcgtga agttgcaagc aaagactgcc
    15361 gccagatgga ggtacgcccg atcgaccgac gacagctcat gcacctcgtc cgagagtcgc
    15421 ttggccagcg tccgcacctc atcggtcacc tccgccgtgc agccctccac gaagcagggc
    15481 acccgacgga agtccaccga cctgtcgcgt gagaaggtct gcagcggata aagcacgccg
    15541 tagcgccgcg cccggccgcg gaagacattc atcggcacac tgcccgccgt atgcagccac
    15601 agcccatcat tcgccggcac ccgacgggcc acgccggcca acgcatcatc gctgagcgag
    15661 aagacgtaca cgtcggcatc cgtgcgcacg gcctcagccg acgtcgtcca caccgcgtcg
    15721 cccgacctct cagctaacgc ccgggcatgc tcctccgtcc gactgtagac ctgcaccagg
    15781 cgcagccccg cacgctcacg cagcgcctgc gcaagatgtg tggccacacg cccagcaccg
    15841 atcatcacga ccgtctcgtt catcatgcct gtacctgacc gtctccggtg atctccgccg
    15901 tgcggtaacg gccgatatgc acgtgttccc aaagcaacgc cgcctcgtcg tgcggccggc
    15961 ccacacgctc gcggtggccg aagccgacaa tgcagagcac gccaagctga taggggatgt
    16021 cgagtaggtc gcggacatat tgctcggcct cggtgtcggc cggtgtgtga cggttacgca
    16081 cctgacacca gcagctgcct aagccgagat cttcagcctg gagctgcatg tatgcggcgg
    16141 cgatcgaagc gtcctccacc cacacatccg tcacggtcac gtcgcccatg accaccacgg
    16201 ccagcgcgca gccgctgagg aaagagctac ccatcttccg gcaagcggcc agtcggccca
    16261 gcatctcgcg atcctccacg gccacaaact gccacgaatg tgcattcttc gacgtcggcg
    16321 ccacgagcgc tgctttcagt aattcctgca cctggtccgg tgcgatcggt tcggccgtaa
    16381 acttccgcga gctgcggcgg cgcatcatca attcattgaa actttccatt gttctatcta
    16441 ttaattggtg tagttattcg cgtatccagc caacttcgcc aataccccgt gtgtacccgg
    16501 tcaaacttcg ccaaatacac cgtgcgtacc cggtcaaact tcgccggcgg ccgcagccgc
    16561 cttgatcttc ttttgcttcc ttttcttcca tcaagggaag aaaagggagt gggggatggg
    16621 ggcaaagccc ccgacttctc cttgtcttga cacgaagggc aagctctcgc cggataccct
    16681 ttttatttct cgtttttcgc tttcccgacg atcatctcct ccagcttggg cgacatcttc
    16741 acgcggtgca cacccgcctc gtcggcataa atcacgtaat aggcgatctc cggcaccgac
    16801 tccgccatgc ggcaggcggc ctcgagaccc atcgccatga aagccgttgc ataggcatcg
    16861 gccgtcatgc agtccggcgc cacgatcgta gcgctgagta tgttttgttg cgagggatag
    16921 cccgtgcgcg gatcgatggt gtgggccacc ttcttgccgt cgcgcacgtg gaagttgcgg
    16981 tagttgcccg acgtagccat gccgcgccga ccacagagct ggacgatctc gtccgtttcg
    17041 ttcttcacgc ccgtggtgtc gtcctccggc ttattgatgc cgatgcgcca gcattcgccc
    17101 cgcgggttca tgccgcgcga ggccacctcg ccgccgatct ccaccatgta atcctccacg
    17161 ccctcgcgct cgagcaacgc ggcaaccacg tcgcaggcgt atcccttggc gatggccgag
    17221 aagctgagtt cgatccgcgg atcatctttc accacacgcc gcccgtcgag ccggaccttg
    17281 cggtagccca cgaactgaag catgctgtcg atgacggccg gcgagacgct gtctttctgc
    17341 tcatagccga agccccagag gttgatgagc ggcgccgcgg tgacgtcgaa cacgccgccc
    17401 gaccgctccg acacttccat cgcacgattg aagacggtca cgaaccaatc gtccacctcc
    17461 acctcctcgt tgcggttcac gcgcgccagg atcgaagcct tgttgaaggg gttcaacgac
    17521 gcatcgaagg cctgcagctc ggcggcgatc ttgtccgtca gcggcccctt ggtcgtgcgg
    17581 tacttgatgt ggtagacggt atggaaaacc gtcccctcct cttcgtaaaa ctcgcctttg
    17641 ctaccgccgc acgaggctat gactgccgac acaagcagca tgcacagggc cgcgatcgtg
    17701 cgaccggtag gctttctttc cgccctgggg cgggtcatgt agttctgttt catcatctga
    17761 tcaatgtatg gggcgcgaag atagacccag gtcggggttt aagcgcttgc agaacttctg
    17821 caaacatcaa aatggagaaa aacgcgcttg cagaagttct gcaaacgtcc caaaggggaa
    17881 aatggagctt gcagaacttc tgcaaacgcc aaaatgggga aaagcgcgct tgcagaactt
    17941 ctgcaaacgt caaaatggag aaaagggccc ttgcagaagt tctgcaaacg tcaaaatgga
    18001 gaaaacggcc tttgcagaag ttctgcaaac atcaaaatgg ggaaaagggc acttgcagaa
    18061 cttctgcaag cgccaaaatg gagaaaagcg tccttgcggg acttccgcaa acatcaaaac
    18121 ggagaaaaga gaccttgcgg gacttccgca aacatcaaaa cgaagaaaat ggcccttgcg
    18181 gaagttccgc aagcgtcaaa acggagaaaa gggcctttgc ggaacttccg caaacctcaa
    18241 aacggagaaa atggctcttg cggaacttcc gcaaacctca aaacgaagaa aagggccttt
    18301 gcgggagttc cgcaagcgtc aaaacggaga aaacggcctt tgcgggagtt ccgcaagcgt
    18361 caaaacacta cttgacttcg atgccgccaa aggtggccga gccgcgcaga acgacggtgt
    18421 gcgccatgtc gagggcgtcg ggtggcaggt ggggacgttt atcgtcgaag ccgccgaagg
    18481 tggagcggat gcgagagtca atgcgccacg tagggggtac gcggagggtg atgccgctaa
    18541 aggtgcagtc gagatcgacg aagatttcgg ggtcatcaag gcgggcactg cgcaggtcga
    18601 ggtcgatgcc cccgaaggtg ctgcggagga tggcgccacg aaagacgggt tcggtgaaga
    18661 gggtcttaga gccgctgaaa gaggtgtcga tgcggacaaa gccgtcggcg tcgggcgagg
    18721 tgctggcggc agatgcacgg tagcgatcgg cggaggcggc gtaggagatg ccgcggcgac
    18781 gaaagagtag ggcggtgccg atgacaataa ggacaacggg ccaaaagaca cgcatggcgt
    18841 cgtattggat gatgtcgagg cggggcaaca tgaacacggt gcccagaaag agcaggatga
    18901 aaccactgac ataggaacgg tcgaccagct gcactacacc aatggccaca aggatcatgg
    18961 gccaggagaa gagcagttcg tagaagttga ggtcgatgaa accgaggttc ttcagtagga
    19021 agatgatacc gatggcgatg agcagcagcg gccagccgaa ttttcttttt tccataatag
    19081 agggtagagg gtagagggtg gagggtagag ggtagagggt agagggtgga ggatagagga
    19141 tagagggtag agagtagagg gtagagggtg gaggatagag agggggcggg ccgttgtgtc
    19201 cgccctcctc gtcaagaaat catgcagtga tcgcaggacg aatcataccc aggcgccggc
    19261 ttgggtgcaa acgtaggcgg catggtctac ggccagacga tgtgcctcag ccaatgggcg
    19321 gccgtcgagg acggaggcga tgaaggtgcc cgtgaacgaa tcacccgcac cgaccgtgtc
    19381 gaccacctcc acgcgtgggg tgtcgatgta cgattcgcca gcgggggtga agacggcgct
    19441 ataatcagcc cccgcagtga gaatgaggta gcggaggttg tacagagcca caaagcggcg
    19501 gcagaagtcg tgcagcgtgt cggtctcgag atcgaagagt ccgcgcagca ggtcgagctc
    19561 ctcgtcgtta atcttgaaga cgttgcaatg gcgcagggag gccgtgatca gttcgcggga
    19621 gtagtaatgc tggcggaggt tgatgtcgta gacgcgcaga gccctctccg gaacgtgcga
    19681 gaggagcgtc tggatggtga tacgcgactc ctcggcgcgc tgagccagag tgccgaagca
    19741 gacggcgtcg gcacatgagg ccagttgctt catctcgtcg gtcaggggga tgtgatccca
    19801 cgcgacgccc tccatgatgg tgtagttggg gatgccgtcg cgtagctcca cgatgacagt
    19861 gcccgtggga tagtcgacgc gctcaataat gtaggggatg cggatgcggt cgatctcggt
    19921 gagaatctcg tcgccgaggg gatcgttacc aatggcgctg aaagcgtagg catcggcgcc
    19981 gaagcgtgag gcgtgatagg cgaaattgac aggggcgccg cctgctttct tacccgtggg
    20041 cagcacgtcc cagagcagtt cgccaatacc gatgatgagg ggtttcttat tcatagttct
    20101 gaagtctttg gtgggctatt tcgatgggtt ccatacggat tgaagttggg tcacttcgcc
    20161 gtcgacatgg atggagcctt tctcggtgaa gagttcgacg gtgcggaaga gctccgaggg
    20221 gtagaatacg tcggtcatgg agacgcgtcc gccggcagcg aagaactcca cagacgcgcg
    20281 gtcaataacg aggcgccagt cgaccgtctg gccctttacg acgaaggggg ccgtatggac
    20341 ggcagcaaac tccttcacgg ggagtgcctt cgatccggcg tgggtgcggt cgatgtagaa
    20401 aacctgacga ttgcggtcgt agccgatgtc gatgtattcg ccttgggtgt tccggaggcg
    20461 gacgccgtag cgtgtggcga gggagccttt ggcggctgcg agatcgaagg tgagacgtag
    20521 gtcaagggcc gagcgaacga aggggatgcg cttcgtaagg tcgagcgtgc cgtccacttg
    20581 cagacctttc agcatgacag tctcgccacg caggccgccc agttcgcgga cgggcgtgga
    20641 ggtgagcaga tagcccttgc cgtcaggccc cggcacgaga cctaattcgc gcggcagcgt
    20701 catggcgccg ctccaggtaa cgcacggttt atcgccggca tagagccagt tgttcatcca
    20761 tccgatgagg atccgccgac cgtccggcgc gtcgctccaa gtcacgcccg cgtagttgtc
    20821 ggcaccgtga tccatccaga gggtttcgcg ctggggcgag gtgaaggtct tgccgtcgaa
    20881 gtcgccgacg aaatactgcg tggccgaacc gcccgcaggt ccgccggggt tgatgttgac
    20941 gaggagcacc catttcgtct cgtccgtgcc ggcgacgggc agctggaaga gatcggggca
    21001 ctcccacacg ccgccgtgac ctccgcgatc gcggccgaag ctgctgaggt aggtccacga
    21061 tttacagtcg ggcgaagcat aaaagcggat ctcgtcgcca caggccagcg aaacgatcca
    21121 gcgtgacgac gctttgtgcc agaaaacttt cggatcgcgg aagtcgcgcg catcaccggg
    21181 gttgggcagg atgggattgc cagcatactt cgtccaggta cggccgcggt cggtactgta
    21241 agccaatgct tgcgactcga cctccgtctt tttggcctgt tcggcgtcgg ggttgtgata
    21301 ggtgaagaag gccaggagtg gcgggttctc cttcgtgcct aagccggagg tattctccca
    21361 gtcgacgaca gcgctgccgg agaagatgta gccgaggctg tccggtgcga gggcgatggg
    21421 caggtgttcc cagtgcatca ggtcacggct gacggcgtgc ccccagtgca tgggccccca
    21481 aacggatttc tcggggtagt actgatagaa gaggtgatac tcgccgtcgt aatagacaag
    21541 cccgttgggg tcgttcatcc agtgttcggc gggcgagaag tggatctgcg ggcgatacat
    21601 ttcgttgtag ggcccggaga agtcctccgc ctcggtttcg gcggtggcag atttgtgtcc
    21661 ggtgcaggcg gcgaggctga gcagggcgcc gagggcatag caggcaagcg gtttcatgtc
    21721 ggtggcaagg aatagaagta gtgaaacgta gtagggggag taagaggtag agatgggcgg
    21781 tatcgccagg ggcaaaacga aaaagccgcc cgccatgcgg cgtggcacgg acgggcggca
    21841 ggcatataag agcttttggc ggttatgttc ctcggagagt tacttcagtc cgaaagcctc
    21901 tttgaccttg tctacatagt cgagcttctc ccaggtgaag agctccacac ggcagacggt
    21961 cggctcgctg ctgtaacgcg aatggaacac cttctccacc gtctgcggcg tgcggcccat
    22021 atgaccgtaa gatgccgtct cgaggtagat cgggttacgc agtttgagcc gttcctcgat
    22081 ggctttgggg cgcatatcga agaggtccca gatcttttga gcgatttcgc catcgctgat
    22141 cttcacgttc gagcggccaa aggtgttgac gaagatgttc atcggtttgg cgacgccgat
    22201 ggcgtacgat acctgaacca acatctcgtc ggccacgccg gcggctacga ggttcttagc
    22261 gatgtggcgt gcggcatagg cagcggaacg gtccactttc gagggatcct tgccggagaa
    22321 agcaccgcca ccgtgggcac ccttgccgcc gtaggtgtcg acgatgattt tgcgtcccgt
    22381 cagaccggtg tcgccgtgag ggccaccgat gacgaacttg cccgtggggt tgacgaagta
    22441 tttgatctcg tcgttgaaca gggcctgaac gtgcggcgga tactgggcct tgacgcgggg
    22501 cacgaggatc gtgcgtacgt cttcagcgat cttctgttgc atttcggcgt cagcttgctc
    22561 ctgcgtgcgg ccgccttcag ctttaataaa atcgtcgtgc tgggtagaga tcacgatcgt
    22621 atcgatgcgc agcgggcgcc cgttgtcgtc gtactcgatc gtcacctgac tcttggcgtc
    22681 cggccggagg tagggcatct tctcgagttc gtttttacgg atggaggcca gctcggtgag
    22741 gagaccgtga gccaggtcga gagccaaagg catgtagttc tcggtctcat tggtagcata
    22801 gccgaacatc atgccttggt cgccggcgcc ctggttgtag ggatcagtgc gctctacgcc
    22861 gcggttgatg tcgccgctct gctcgtggat agcggagagt acgccgcacg atttggcttc
    22921 aaattgatat tcgcttttgg tgtagccgat gcgctcgatg acgcggcggg ctacgtcctg
    22981 cacgtcgata taggcgctcg atttaacttc tccagccagc acgacctgtc cggtcgtaac
    23041 cagcgtttcg caggcaactt tcgagtctcg gtcataggcc aagaactcat caagcaaggc
    23101 gtccgagatc tggtcggcca ccttatcggg gtgtccctcg gacaccgact cggaggtgaa
    23161 taagtaactc attacaattc tttattgagt gataaaacca tgtgttgtaa tgaatcggag
    23221 cgatgggggg agattgtgga gcccttcggc cgcagggtag ggggatggcc gtttagcatt
    23281 ttttcctgtg gttgcaagcg ctacaaatct ttccacgtgt ctgattcggc ggcaaatgta
    23341 agtgcataaa cagctggcct ccgaaatgtg cttcgttaat tatccgaaac gatggccgca
    23401 gtgccccgac cgctatcgaa aagaggtcag agcgccgcgg catctatccg gtggccggtg
    23461 tacgtattta taacaccccc atcggtcatc agggatgccc gccccgtcga ccggtaggcc
    23521 ggcaggagaa ggccttaggc cccgtcagga atcaagcccg cgaggtgaag gctcaatgac
    23581 cgaacgaaat gcccagcttt tccccgcagc ggatcaggtc gtcgtccacg ggcacgagtc
    23641 gcgtgcggcc ggccacctcc tggagcggca cggagaccat atggccgttg cgctggccca
    23701 ccatccgccc aaattcgcca cgcacgatca gctccgtggc atgccccccg aggcgggtgg
    23761 ccaggttgcg gtcggcgggc gagggcgagc cgccccgctg gatgtatccg agcaccgtgc
    23821 gacgcgtctc gaggccggtc gcctcttcga tttcgtgaga gagatagtcc gaggggctct
    23881 cggcgccggt gcggagacct tcggccagga cgatgatgct gtaaggcttg ccccgttggg
    23941 cgcgttcgat caccttgtcg ttcaccttgt cgatgtcgta gcccagttca ggcaggagga
    24001 tgatgtccgc agcgcccgcc atgccggcat agagcgctat ccagcccgcg ctgtggccca
    24061 tgacctcgac caccatcacg cgtttgtgcg agctggcggt tgagtggagg cagtcgatgg
    24121 catcggtggc cacgctgacg gcggtgtcga aaccgaacga aaagtcggtg ccgtaaaggt
    24181 cattgtcgat ggtcttgggg ataccgacga cgttcaggcc cattttggcg agcttaaagg
    24241 ccgtcttctg ggtgccgttt ccgccgatgc agacgagggc gtcgaggccc agctcgtgat
    24301 agttctgata gataatctgg ggcttatggc tgagatagcc gtcggcggac ttcttgaagg
    24361 gtttttcgcg cggggtgccg aggatggtgc cgcctcggcc gaggatgccc gagagggtgc
    24421 gctcggtaaa gagttccacg tcgcgatcca gcaggccgga gaagccgttg tggatgccta
    24481 cgacttccat gccgtagtgc aggagggccg ttttgcccac gccgcggatg gccgcgttga
    24541 taccggggca gtcgccgccg gctgagagga tgcctatctt cataatgcct ttaatgaatg
    24601 ggttagatg
//
LOCUS       SEQF2634|AYYE01001111.1  359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             46..300
                     /gene="xerD_7"
                     /locus_tag="SEQF2634_01180"
                     /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="MNYATYLSCLKAISLRAGLSLPITTHTARHTFATLVTLEQGVPI
                     ETVSKMLGHSTVRMTERYAKVTPQKLFEEFERLIAFRQDK"
ORIGIN      
        1 ctggagcagc tacacaacga tgccagggag acactgctcc cttatatgaa ttatgccacc
       61 tatttgtctt gtctgaaggc gatctcgcta agggccggac tgtctttacc catcaccaca
      121 cacaccgccc gacacacctt cgctacactc gtaaccttgg aacagggcgt gcccatcgag
      181 accgtcagca agatgcttgg gcatagcacg gtgcgcatga ccgagcgata tgcgaaagtc
      241 actccccaaa agctatttga ggagttcgaa cgcttaatcg ccttcagaca agacaaatag
      301 gtggcataat tcatataagg gagcagtgtc tccctggcat cgttgtgtag ctgctccag
//
LOCUS       SEQF2634|AYYE01001112.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             46..312
                     /gene="xerD_8"
                     /locus_tag="SEQF2634_01181"
                     /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="MNYATYLSCLKAISLRAGLSLPITTHTARHTFATLVTLEQGVPI
                     ETVSKMLGHSTVRMTERYAKVTPQKLFEEFERLIAFTKGLHLTI"
ORIGIN      
        1 ctggagcagc tacacaacga tgccagggag acactgctcc cttatatgaa ttatgccacc
       61 tatttgtctt gtctgaaggc gatctcgcta agggccggac tgtctttacc catcaccaca
      121 cacaccgccc gacacacctt cgctacactc gtaaccttgg aacagggcgt gcccatcgag
      181 accgtcagca agatgcttgg gcatagcacg gtgcgcatga ccgagcgata tgcgaaagtc
      241 actccccaaa agctatttga ggagttcgaa cgcttaatcg ccttcaccaa aggcttgcac
      301 ctaaccattt aaccaaaacc gatatgagaa gtacgttcaa gatcctgttc tacatcaaca
      361 gacagaagac gaagacaaac ggtaagacag ccatc
//
LOCUS       SEQF2634|AYYE01001113.1 1883 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1883
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             183..338
                     /locus_tag="SEQF2634_01182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTVQRHQIAIGGTGVTGEKKHIAGGFHILVQTVKTQRLQLVQC
                     ILIKRLG"
     CDS             438..1646
                     /gene="xerC_6"
                     /locus_tag="SEQF2634_01183"
                     /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="MRSTFKILFYINRQKTKTNGKTAIFCRITIDGKSVVVATGEACL
                     PTEWNSRQGITGEKKINQRLAVFRELVEKTYAEMLTKDGVVSAELLKNRLQGFAATPT
                     TLLAMSEAELQSVKACVGKSRSTGTYRNHTYSDKMLREWIEDKGRKDMPIDTVTKEMF
                     EGFRFYLKKKRFTAKTVNRHLCWLSRLMYRAVSKRIIRYNPFEDAIYEKEERKIRFLQ
                     KSDVAKLMALKVNDREAEQARQMFLFSCFTGLAIADMERLKFSHIQTAADGRRYIRKE
                     RQKTKVESVVPLHPIAEEILSRCREEQTVKEKGDDLVFPRGCSRSVMNNKLSTVGLAC
                     GVRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIRKQQAASE"
ORIGIN      
        1 atcgccttca gacaagacaa ataggtggca taattcatat aagggagcag tgtctccctg
       61 gcatcgttgt gtagctgctc cagcaaccga agggcttcag gcaagagttt tacacggcag
      121 aggatgcccg ttttctgtct gttgaacttc agccaaaggg caccctcgtc gtcacggata
      181 agatgctcac ggttcagcgc catcagatcg caataggcgg caccggtgta acaggcgaaa
      241 agaaacacat cgcgggaggt ttccatatcc tcgttcaaac cgtcaaaacg cagcgtcttc
      301 aacttgtcca atgcatcctt atcaagcgcc ttgggtaatc ggcggtctcc cttgtccaca
      361 tgcacattgt cgaatagcaa ggagtctgcc gctccttcgc gataagccag tttacatacc
      421 ttcttaataa agacgatatg agaagtacgt tcaagatcct gttctacatc aacagacaga
      481 agacgaagac aaacggtaag acagccatct tttgccgcat caccatcgat ggcaagagcg
      541 tcgtcgttgc aaccggtgag gcttgtctgc cgaccgaatg gaacagcaga cagggtataa
      601 ccggcgaaaa gaaaatcaac caacgcctcg cagtgttcag ggagcttgtg gaaaagactt
      661 acgcggaaat gcttacgaag gacggagtgg tcagtgctga actgctcaag aatcgcttgc
      721 agggctttgc cgctacaccg accacccttt tagccatgag cgaggccgaa ctacaatctg
      781 taaaagcatg cgtgggtaag tcaagatcta cgggcaccta tcgaaatcac acctattcag
      841 acaagatgct tcgcgagtgg atagaagaca aagggcgaaa ggacatgccc atcgacactg
      901 ttacaaaaga gatgttcgag gggtttcgct tctacctcaa aaagaaacgg tttacagcga
      961 agacggttaa tcgacacctc tgctggctga gccgattgat gtatcgtgcg gtcagcaaaa
     1021 ggattatccg ctacaaccct tttgaggatg ccatctatga aaaggaagag aggaagattc
     1081 gcttcttgca aaagagtgat gtagccaagc tcatggcgct gaaagtgaac gacagagaag
     1141 cagagcaagc ccggcaaatg tttctcttct cttgctttac cggactagcc atagcggata
     1201 tggagcgcct aaagttctcg cacatccaaa cggcggcaga cggacggagg tatatccgca
     1261 aggaaaggca gaagacgaaa gtggagtctg tcgtgccatt acatccgatc gcggaggaga
     1321 tccttagcag atgcagagag gaacaaacgg tgaaagagaa aggtgacgac cttgtcttcc
     1381 cacgcggttg cagccgcagt gtgatgaata acaaactgag caccgtgggg ctggcgtgtg
     1441 gcgtcaggca aagactgtct ttccacatgg cgcgccacac gttcgggact ttgtcgctca
     1501 gtgccggcat ccctatagag agcatcgcca agatgatggg gcacgcgtcc atatccagca
     1561 cgcagatcta tgcgcaggtg acggacaaaa agatctcaga agacatggac aagctgatcc
     1621 ggaagcaaca agcggcgtca gagtgatccc cgcacggctg tcctaacgtg aggcggtatg
     1681 ctttttccct ttcatcgaat agatcttact acatgactac aacgggggta atacagtgaa
     1741 agaagaagaa ttggggtgta gtcaggtgta gtcgctatac aaccagctat tgtccgctcg
     1801 actttgatcc aacttacaaa gagtcgaggt attgctttgg ctttatcttg tgatgcttgt
     1861 ggaaagcctc cgtgaagtgg cta
//
LOCUS       SEQF2634|AYYE01001114.1 1451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1451
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(238..1446)
                     /gene="xerC_7"
                     /locus_tag="SEQF2634_01184"
                     /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="MRSTFKILFYINRQKTKTNGKTAIFCRITIDGKSVVVATGEACL
                     PTEWNSRQGITGEKKINQRLAVFRELVEKTYAEMLTKDGVVSAELLKNRLQGFAATPT
                     TLLAMSEAELQSVKACVGKSRSTGTYRNHTYSDKMLREWIEDKGRKDMPIDTVTKEMF
                     EGFRFYLKKKRFTAKTVNRHLCWLSRLMYRAVSKRIIRYNPFEDAIYEKEERKIRFLQ
                     KSDVAKLMALKVNDREAEQARQMFLFSCFTGLAIADMERLKFSHIQTAADGRRYIRKE
                     RQKTKVESVVPLHPIAEEILSRCREEQTVKEKGDDLVFPRGCSRSVMNNKLSTVGLAC
                     GVRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIRKQQAASE"
ORIGIN      
        1 tagccacttc acggaggctt tccacaagca tcacaagata aagccaaagc aatacctcga
       61 ctctttgtaa gttggatcaa agtcgagcgg acaatagctg gttgtatagc gactacacct
      121 gactacaccc caattcttct tctttcactg tattaccccc gttgtagtca tgtagtaaga
      181 tctattcgat gaaagggaaa aagcataccg cctcacgtta ggacagccgt gcggggatca
      241 ctctgacgcc gcttgttgct tccggatcag cttgtccatg tcttctgaga tctttttgtc
      301 cgtcacctgc gcatagatct gcgtgctgga tatggacgcg tgccccatca tcttggcgat
      361 gctctctata gggatgccgg cactgagcga caaagtcccg aacgtgtggc gcgccatgtg
      421 gaaagacagt ctttgcctga cgccacacgc cagccccacg gtgctcagtt tgttattcat
      481 cacactgcgg ctgcaaccgc gtgggaagac aaggtcgtca cctttctctt tcaccgtttg
      541 ttcctctctg catctgctaa ggatctcctc cgcgatcgga tgtaatggca cgacagactc
      601 cactttcgtc ttctgccttt ccttgcggat atacctccgt ccgtctgccg ccgtttggat
      661 gtgcgagaac tttaggcgct ccatatccgc tatggctagt ccggtaaagc aagagaagag
      721 aaacatttgc cgggcttgct ctgcttctct gtcgttcact ttcagcgcca tgagcttggc
      781 tacatcactc ttttgcaaga agcgaatctt cctctcttcc ttttcataga tggcatcctc
      841 aaaagggttg tagcggataa tccttttgct gaccgcacga tacatcaatc ggctcagcca
      901 gcagaggtgt cgattaaccg tcttcgctgt aaaccgtttc tttttgaggt agaagcgaaa
      961 cccctcgaac atctcttttg taacagtgtc gatgggcatg tcctttcgcc ctttgtcttc
     1021 tatccactcg cgaagcatct tgtctgaata ggtgtgattt cgataggtgc ccgtagatct
     1081 tgacttaccc acgcatgctt ttacagattg tagttcggcc tcgctcatgg ctaaaagggt
     1141 ggtcggtgta gcggcaaagc cctgcaagcg attcttgagc agttcagcac tgaccactcc
     1201 gtccttcgta agcatttccg cgtaagtctt ttccacaagc tccctgaaca ctgcgaggcg
     1261 ttggttgatt ttcttttcgc cggttatacc ctgtctgctg ttccattcgg tcggcagaca
     1321 agcctcaccg gttgcaacga cgacgctctt gccatcgatg gtgatgcggc aaaagatggc
     1381 tgtcttaccg tttgtcttcg tcttctgtct gttgatgtag aacaggatct tgaacgtact
     1441 tctcatatcg g
//
LOCUS       SEQF2634|AYYE01001115.1 2893 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2893
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             58..1266
                     /gene="btuB_4"
                     /locus_tag="SEQF2634_01185"
                     /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="MDTARVNHDFEGNIYPSPNGQGETGDVPHNSNDKGLEINERINF
                     DYRLSANHNLNLNTLINYARRQPNDDIASRHAGFVIGGFPSKKTGVVSGLTWEAKLLD
                     RKLTNMLSVKYFHLHSEIEDLTSYEMIEAPKKKSNTTSQIGWIEAMKYEPFKGFHLKA
                     SYQRAIRLPNSQELFGDGIITFPAAGLKPEKSHNFNLGFLIDKNNVLGLSRLQFEVNG
                     FYMQVSDMIKLMKQHMAAGYVNAERVHIKGIETELKLDISPTVYAYGNLTYQDVRDVL
                     EHLPGTQAPNPTKGLRLPNIPYLFANFGAEYHSDQLLKNWYVKAFWDGKFTEEFFYFW
                     ELTELQKRRIPRSFVNDIGLLLTYKNRYSIALECHNLMNKEVWDQYRRPLAGRTFHLK
                     FRYVFSKGIL"
     CDS             1324..2466
                     /locus_tag="SEQF2634_01186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLASSIGLTSCGKHDDPKPTPNEVQQHFAFVHYVDKSAYVGTFS
                     DLTPQATDNKKAFEFGFGCYLFAKGNTVLVSEGKFGDKVHKFTRGAHGELIKAGTITF
                     EQMAQPGEINFIDEQHAYVPLHGRGKIALINTATLQKEDEIDLSPYAVQDNNPDPGCN
                     VIRDGKMYVALNQLNSPHTSVPGTGAEVAVIDLKTKKIEVIKDNRTSVVGLFRHSDAF
                     IDERGDIYFYSAGNNFNVADKEGFLRIRKGSDKWDTDYLFNLSKTTIKGIGKTGQYMI
                     KSYYAGNGIVYSCLKVTDTEFGILKKDFQPVRIDIWNKTIEKLDLPMTDSNGSFAITK
                     YKDFIVFGMTCNNGTGYYTYNTRTGECSQTPIVTAVGVPSSLVAFE"
ORIGIN      
        1 aacaactgcc ttgacttcga gtctcatttc tccctctcgc atacgacgaa caattttgtg
       61 gatacggcac gagtgaatca tgattttgag gggaacatat atccgagccc gaacggacag
      121 ggagagacgg gagatgtgcc tcataactcg aacgacaaag gtttggaaat caacgagcgc
      181 atcaatttcg attacagatt gtccgctaac cacaacctga acctgaatac gcttattaac
      241 tacgcccgca gacagccaaa tgacgacata gcaagccgac atgccggttt tgtcattgga
      301 ggatttccca gcaaaaagac cggcgttgtc tcaggtttga cttgggaagc gaaactctta
      361 gacaggaaac tgacgaatat gctctctgta aagtatttcc atctccattc tgagatagag
      421 gatttgactt catacgagat gattgaggct ccgaagaaaa agagcaatac gacatcgcaa
      481 atcggatgga tagaagcaat gaaatatgaa ccgttcaaag gctttcatct gaaggcttcc
      541 tatcaacgag caatacgtct ccctaattcg caagagttgt tcggtgacgg catcataact
      601 tttcctgctg ccggattgaa acctgagaaa agccacaact tcaatctggg attcttgata
      661 gacaaaaaca acgtactcgg actttcgcga ttacagtttg aggtaaacgg cttttacatg
      721 caggtaagcg acatgataaa gctgatgaag cagcatatgg cggccggata tgtgaatgct
      781 gaaagggtac atattaaggg catagagacc gagttgaaat tggatatatc gccgacagtc
      841 tatgcctatg ggaatctgac ttatcaggat gtccgcgatg tcttggagca tttgccgggc
      901 acccaagccc ccaatccaac aaaagggctg cgactgccga atattcccta cttgttcgcc
      961 aacttcggag cagaatatca cagtgaccaa ttactcaaga attggtatgt caaggcattt
     1021 tgggacggaa agttcacgga agagtttttc tacttctggg aacttaccga attacagaaa
     1081 cggcgcatcc ctcgcagttt tgtcaatgac ataggcttgc tattgaccta caagaacaga
     1141 tattccattg ctttggaatg ccacaatctg atgaacaaag aagtttggga tcagtatcgt
     1201 cgaccgttgg cagggcggac attccacttg aaattcagat acgtcttttc aaaaggaatt
     1261 ttataactct aaacacgaat aagaatgaga acaacaacat tgaagtacat agctttttct
     1321 gctatgctgg ccagctccat aggactgaca tcttgtggta agcacgatga ccccaaacct
     1381 acgcctaatg aggtgcaaca acatttcgcg tttgtacatt atgtggacaa aagtgcatat
     1441 gtgggcactt tcagtgattt gacacctcaa gcgactgaca ataagaaagc atttgaattc
     1501 ggtttcgggt gttatctctt cgcaaaagga aacacggtac ttgtatccga agggaaattc
     1561 ggagacaaag tgcacaagtt cacaagaggg gcgcacggtg aacttataaa agcaggtacg
     1621 ataacctttg aacagatggc gcagcccgga gaaatcaact tcatcgacga acagcacgca
     1681 tacgtcccat tgcacggaag gggcaagatt gcgttaatca atactgccac attgcaaaaa
     1741 gaggatgaaa tcgacctctc gccttatgct gttcaggaca ataatcccga tcccggctgc
     1801 aatgtcattc gtgatggaaa gatgtatgta gccctcaacc agctcaattc gccccacact
     1861 tctgtaccag gaacgggtgc agaggtggct gttattgatc ttaaaacgaa aaagatcgag
     1921 gtcatcaagg acaaccgaac aagtgtggtc ggattgttcc gtcactccga tgcctttata
     1981 gacgagcggg gcgacatcta cttttacagt gcaggcaaca atttcaatgt tgccgataag
     2041 gaaggtttcc tgcgcattcg caaggggagc gacaaatggg ataccgatta tctgttcaac
     2101 ttatcgaaaa cgaccatcaa gggaatagga aagacaggac agtatatgat aaagtcttat
     2161 tatgcaggta atggcattgt atatagctgt ttgaaagtaa cggatacaga attcggaata
     2221 ctgaagaaag acttccagcc cgtaagaatc gatatttgga acaaaaccat tgaaaaactc
     2281 gatttgccga tgaccgacag caatggttct ttcgcaataa caaagtacaa ggacttcatt
     2341 gtctttggaa tgacatgtaa taatggaacg ggttactata cctataatac caggacaggc
     2401 gaatgttcgc aaacacccat tgttacagcc gtgggagttc cttcaagttt ggtcgcattt
     2461 gaataaatct catatcgtaa gagtattcct ttttgaggga atactcttgt tctctttcaa
     2521 cagaaggtat aactcaacaa ggataaaagc ataggagaac ctcttttcac ccttgtctat
     2581 ttgtatttaa cgtgagttcg acgtaagaat aaggccctta gagagccact acggaagcca
     2641 cgcgatggcc aaaacgcctt tggaaatgcc ccgcgggaat ctcgccacgg ggaaaaagaa
     2701 cgtttgggcg tttgcgaata ctcccgcaag tcttgcggca aatgccttgg cgtttgcggg
     2761 tactcccgca aatctcgcgg caaatgcttt ggtgtttgcg ggtactcccg caagtctcgc
     2821 ggcaaatgct ttggcgtttg cgggactccc gcaagtctcg cggcaaatgc tttggcgttt
     2881 gcgggactcc cgc
//
LOCUS       SEQF2634|AYYE01001116.1 2651 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2651
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             183..1607
                     /gene="ltrA_3"
                     /locus_tag="SEQF2634_01187"
                     /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="METWEKPETKMQAINDLRRRGYQPKPLRRVHIKKSNGKLRPLGI
                     PTLKDRAMQALYLMALEPVAETTADTRSYGFRKERRCMDAVTQCHNILRKGYSPEWIL
                     EGDIKGCFDHISHEWLLANIPMDKAMLRKWLKCGYIFNKQMFPTEEGTPQGGIISPTL
                     ANMTLDGLQKVLAERYKRRTIKGEHYSPMVNLVRYADDFIITCENRETLENEIKPLVA
                     EFMAERGLTLSEEKTVITNIRDGFDFLGFNIRKYGNEILTKPTKKAEKRFMENIRKVI
                     KGNKGCKQESLIRMLNAKIRGWRAYYQHGATRDSFHRIDHQIFLSLWQWAKRRHSKKG
                     ERWIKDRYWHNIRGNSWTFAAKFKKSNGKDDQLTLLTLSSSFPFLPYTQIKGDMNPFD
                     TDCRLYFNKRMKSKMLVSPKGRKSLLHLWEKQGRICPICGEPIDTHKAWNVQPTVQKG
                     RKCNILVHDECFKISLKSNDNRKK"
     misc_RNA        1649..1725
                     /locus_tag="SEQF2634_01188"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 actggactaa ggcagagctg tctgttagaa agctacaagc acgtattgta aaggctcaaa
       61 aggacggcaa acacaacaag gtgaaatcct tgcagtggac gctgacccac tctttttacg
      121 caaaagcctt agccgtaaag agggttactt ctaacggagg gggtaatacc cctggggttg
      181 acatggaaac atgggagaaa cccgaaacaa aaatgcaagc aataaacgac ctcagacgca
      241 gaggctatca gccgaagccc ttgagaagag ttcacatcaa aaagagtaat ggcaaactgc
      301 gcccattggg aatacctaca ttaaaagaca gagccatgca agcactctac ctcatggcat
      361 tggaaccagt agctgagacg acagccgata ctcgttcata cggattccgt aaggaacgtc
      421 gttgtatgga tgcagtaacg caatgtcata atatccttcg aaaaggctat tctcccgaat
      481 ggattttgga aggggatata aaagggtgct ttgaccatat cagccatgaa tggttactcg
      541 ccaacattcc gatggataag gcgatgctcc gaaaatggtt gaaatgtggc tatatcttta
      601 ataaacagat gttcccgaca gaggagggta cacctcaagg tggtataatc tctcccacgc
      661 ttgccaatat gacattagac ggattgcaga aagttctcgc agagagatat aaaagaagaa
      721 ccataaaagg ggaacattat tctccaatgg tgaatctggt acgttatgcc gatgacttta
      781 tcatcacttg tgagaacaga gaaacgcttg aaaacgaaat caagcctttg gtagccgagt
      841 tcatggcgga aagagggctt accctgtctg aagaaaagac ggtgataacc aacattcgtg
      901 acgggttcga ttttcttggt tttaatatcc gcaaatacgg caatgaaata ttgaccaagc
      961 cgaccaagaa agccgaaaaa cgctttatgg agaatatccg taaggtgata aaaggcaata
     1021 agggttgtaa gcaggagtct ttaatcagaa tgttgaacgc taaaatccga ggttggagag
     1081 cttattatca gcatggtgca acacgtgatt cttttcacag aattgaccat caaatattcc
     1141 tctccctatg gcaatgggct aaacgtcgcc attccaagaa aggggagcga tggattaaag
     1201 accgttattg gcataacatc cgaggtaata gttggacatt tgctgccaag ttcaagaagt
     1261 caaatgggaa ggatgaccag ctaacattgc tgacgctctc gtcttcattc cctttcctgc
     1321 catatacgca gattaaagga gatatgaatc catttgacac ggattgtcgt ttatacttca
     1381 acaagagaat gaagtcgaaa atgcttgtat caccaaaagg acgtaaatct ttgcttcacc
     1441 tatgggaaaa gcaagggaga atatgtccaa tatgtggaga gccgatagat acgcacaagg
     1501 catggaatgt acagccaacc gttcaaaaag gaagaaagtg caatatattg gttcatgacg
     1561 aatgtttcaa aatatccctc aaatccaatg acaacagaaa gaagtagtat gagccggtct
     1621 ctatataaga atagagattt agaaaagctt gagccgtatg aggggaaact ctcacgtacg
     1681 gttctgaggg gggaagaggg cagtaatgcc cttgacctac ccgatcgccc atccgatctc
     1741 gagcagcgca acggtcgagc cgtccgcaaa ggcaacgagg tagccaaaca gtttgccgat
     1801 aacaaagtag acgtgatcat ctacgccgtg gagcgctcgc tcgacagtta caagttcaac
     1861 ttgctacata acaaacagct cttcatcaat cagctcaaga cgaacacgct cggcagtcgc
     1921 tccatcgacg aaggttcgat ggacgaggac agcggcatga acttctcgga gtatgtggcc
     1981 gtgctgtcgg gtaacaccga cctactcgag aaagcgaagc tggagaagaa gatcgtcact
     2041 ttggaatcag agcgaaaggg ctttcttaaa gagcgcgata ccgccgcagc caagctcgag
     2101 gagatcaagg gctctgtcgt attccattcg gataagatcc gggaagcgcg ggcggatcga
     2161 gcacattttg agagccagct acagcgtgac gccgacggtg tgccggtcaa taagttgtcg
     2221 gtaaaaggag tgccggacgg tgcggacgtc aaggctgtgg ctgcgcgctt gcaggagatt
     2281 gcggagaagg cgcgtaccga aggcgagtac aataagatcg gtgagatcta cgggttccca
     2341 gtcatggtga agacagagag tacagcaaag gaccttttcg attgttccgt caaccgcttt
     2401 ttcgtgcagg gccgcagcgg catcctctat acctataaca atggtcgtct ggccgctgat
     2461 ccgaagctcg cttgccaaaa cttcctgaac gcactagagc ggatcccgaa agtcatcgag
     2521 acgcacgaga gggagttggc caaggtgaag gagcagatcc cagcctttga ggcagccgcc
     2581 tcaggcgtct ggcggaaagg ggacgagcta cgtacactga agaggaacgc ggcggagctg
     2641 gatcggaaga t
//
LOCUS       SEQF2634|AYYE01001117.1 2659 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             183..1607
                     /gene="ltrA_4"
                     /locus_tag="SEQF2634_01189"
                     /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="METWEKPETKMQAINDLRRRGYQPKPLRRVHIKKSNGKLRPLGI
                     PTLKDRAMQALYLMALEPVAETTADTRSYGFRKERRCMDAVTQCHNILRKGYSPEWIL
                     EGDIKGCFDHISHEWLLANIPMDKAMLRKWLKCGYIFNKQMFPTEEGTPQGGIISPTL
                     ANMTLDGLQKVLAERYKRRTIKGEHYSPMVNLVRYADDFIITCENRETLENEIKPLVA
                     EFMAERGLTLSEEKTVITNIRDGFDFLGFNIRKYGNEILTKPTKKAEKRFMENIRKVI
                     KGNKGCKQESLIRMLNAKIRGWRAYYQHGATRDSFHRIDHQIFLSLWQWAKRRHSKKG
                     ERWIKDRYWHNIRGNSWTFAAKFKKSNGKDDQLTLLTLSSSFPFLPYTQIKGDMNPFD
                     TDCRLYFNKRMKSKMLVSPKGRKSLLHLWEKQGRICPICGEPIDTHKAWNVQPTVQKG
                     RKCNILVHDECFKISLKSNDNRKK"
     misc_RNA        1649..1725
                     /locus_tag="SEQF2634_01190"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 actggactaa ggcagagctg tctgttagaa agctacaagc acgtattgta aaggctcaaa
       61 aggacggcaa acacaacaag gtgaaatcct tgcagtggac gctgacccac tctttttacg
      121 caaaagcctt agccgtaaag agggttactt ctaacggagg gggtaatacc cctggggttg
      181 acatggaaac atgggagaaa cccgaaacaa aaatgcaagc aataaacgac ctcagacgca
      241 gaggctatca gccgaagccc ttgagaagag ttcacatcaa aaagagtaat ggcaaactgc
      301 gcccattggg aatacctaca ttaaaagaca gagccatgca agcactctac ctcatggcat
      361 tggaaccagt agctgagacg acagccgata ctcgttcata cggattccgt aaggaacgtc
      421 gttgtatgga tgcagtaacg caatgtcata atatccttcg aaaaggctat tctcccgaat
      481 ggattttgga aggggatata aaagggtgct ttgaccatat cagccatgaa tggttactcg
      541 ccaacattcc gatggataag gcgatgctcc gaaaatggtt gaaatgtggc tatatcttta
      601 ataaacagat gttcccgaca gaggagggta cacctcaagg tggtataatc tctcccacgc
      661 ttgccaatat gacattagac ggattgcaga aagttctcgc agagagatat aaaagaagaa
      721 ccataaaagg ggaacattat tctccaatgg tgaatctggt acgttatgcc gatgacttta
      781 tcatcacttg tgagaacaga gaaacgcttg aaaacgaaat caagcctttg gtagccgagt
      841 tcatggcgga aagagggctt accctgtctg aagaaaagac ggtgataacc aacattcgtg
      901 acgggttcga ttttcttggt tttaatatcc gcaaatacgg caatgaaata ttgaccaagc
      961 cgaccaagaa agccgaaaaa cgctttatgg agaatatccg taaggtgata aaaggcaata
     1021 agggttgtaa gcaggagtct ttaatcagaa tgttgaacgc taaaatccga ggttggagag
     1081 cttattatca gcatggtgca acacgtgatt cttttcacag aattgaccat caaatattcc
     1141 tctccctatg gcaatgggct aaacgtcgcc attccaagaa aggggagcga tggattaaag
     1201 accgttattg gcataacatc cgaggtaata gttggacatt tgctgccaag ttcaagaagt
     1261 caaatgggaa ggatgaccag ctaacattgc tgacgctctc gtcttcattc cctttcctgc
     1321 catatacgca gattaaagga gatatgaatc catttgacac ggattgtcgt ttatacttca
     1381 acaagagaat gaagtcgaaa atgcttgtat caccaaaagg acgtaaatct ttgcttcacc
     1441 tatgggaaaa gcaagggaga atatgtccaa tatgtggaga gccgatagat acgcacaagg
     1501 catggaatgt acagccaacc gttcaaaaag gaagaaagtg caatatattg gttcatgacg
     1561 aatgtttcaa aatatccctc aaatccaatg acaacagaaa gaagtagtat gagccggtct
     1621 ctatataaga atagagattt agaaaagctt gagccgtatg aggggaaact ctcacgtacg
     1681 gttctgaggg gggaagaggg cagtaatgcc cttgacctac ccgatcgccc atccgatctc
     1741 gagcagcgca acggtcgagc cgtccgcaaa ggcaacgagg tagccaaaca gtttgccgat
     1801 aacaaagtag acgtgatcat ctacgccgtg gagcgctcgc tcgacagtta caagttcaac
     1861 ttgctacata acaaacagct cttcatcaat cagctcaaga cgaacacgct cggcagtcgc
     1921 tccatcgacg aaggttcgat ggacgaggac agcggcatga acttctcgga gtatgtggcc
     1981 gtgctgtcgg gtaacaccga cctactcgag aaagcgaagc tggagaagaa gatcgtcact
     2041 ttggaatcag agcgaaaggg ctttcttaaa gagcgcgata ccgccgcagc caagctcgag
     2101 gagatcaagg gctctgtcgt attccattcg gataagatcc gggaagcgcg ggcggatcga
     2161 gcacattttg agagccagct acagcgtgac gccgacggtg tgccggtcaa taagttgtcg
     2221 gtaaaaggag tgccggacgg tgcggacgtc aaggctgtgg ctgcgcgctt gcaggagatt
     2281 gcggagaagg cgcgtaccga aggcgagtac aataagatcg gtgagatcta cgggttccca
     2341 gtcatggtga agacagagag tacagcaaag gaccttttcg attgttccgt caaccgcttt
     2401 ttcgtgcagg gccgcagcgg catcctctat acctataaca atggtcgtct ggccgctgat
     2461 ccgaagctcg cttgccaaaa cttcctgaac gcactagagc ggatcccgaa agtcatcgag
     2521 acgcacgaga gggagttggc caaggtgaag agttttcgtg cgggagaatc acgagcgttg
     2581 atggtgcttg ccacaggtgc aggaaaaacc tatacggctt gtcttgccgc ctaccgtatg
     2641 ctctctttta cgccgatga
//
LOCUS       SEQF2634|AYYE01001118.115534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(298..1041)
                     /gene="kly_3"
                     /locus_tag="SEQF2634_01191"
                     /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="MYTIQNLPSGTSVRVQWGASNNNLQLVSGQGTRTAVFSKRSKGQ
                     CAIRAQVIINGNTINTEKTGIWVGEPDIWGIDGYESLPAPGAEYYRAHVSGNTSCIWE
                     CNDKTWCEITPFQTSAVFDFKRAGTYIISATGVNDCGRSNTVYYTVRVYNRRTFSLFP
                     NPATDVVTLKLTESDDGILSSQGQGSLATRGVTNTYEIQLWNGLTMLRSFKTNQLTFQ
                     IPIAGLPAGLYFVRVIKDGQTYTEKLIKN"
     CDS             complement(1259..2047)
                     /locus_tag="SEQF2634_01192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYEVLDKDTIKSEILPFLSVAKRGYVTKSDLVEVIQCILYKLKT
                     GCQWHMLPVSAIFTGRVLSYKSVYAHFRKWSRNGEWKKVWGMILSRHRSFLDMSSVDL
                     DGSHTTTLRGGECCGYQGRKKRTTTNAIYVTDRQGIPLAMSTPVSGSHNDLHNISLVL
                     QDLFAGIKDSGLSVSGLFLNADAGFDSALFRRGCHQQEVFPNVAFNKRRGMRRDDELF
                     DELLYKERYSIERTNVWMDSYRSVLNRFDTTQTSWEGWNYIAFY"
     CDS             2193..3362
                     /gene="fucP_3"
                     /locus_tag="SEQF2634_01193"
                     /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="MLFLAFMFFTCGFALGINSLLVPVLKVSLSVSSTEAYMLIGATF
                     LPFLIFGYPAGLLISKIGYKRTMAAAFAMFAIAFGVFILSAAERSFIIFLLASFLCGT
                     ANTFLQAAINPYVTILGPTESAAKRISIMGMINKLAWPVSPLFIALFASNSGGVGLED
                     LDKPFLVIICLFVILGVVALMSPLPEVKAAGEDDADADSAVSDYANSKHSVFQFPHLV
                     LGAIAIFFYVGSETIVLGTLIDYASELGLPHPHTYSWITPISISIGYIAGIILIPKYL
                     SQTKALQICSFVALFGTLLVLLLPGVYSIYAVGIMALGCSLMWPAFWPLALMDLGKYT
                     KEGSSLMTMGLIGGAAITVLFGLIKDVSNIQYAYGICFVSFSYILFYAFKGYKLR"
     CDS             4386..4544
                     /locus_tag="SEQF2634_01194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSKTEVMLVMIPFHGSGYRCFIETVNDELKNISQVEHSIHRYF
                     DRFIINLL"
     CDS             complement(4817..5608)
                     /locus_tag="SEQF2634_01195"
                     /EC_number="3.4.21.50"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7M135"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysyl endopeptidase"
                     /translation="MILVNGTRYSTGSLINTTANDNRPLLLTAHHCLGGPGNNYIQYD
                     AINNPALNHWSFYWHYEAPKCGNVSIEPPHLSTIGATVIANNEASDFALLRLAEDPRN
                     KRGVTPYYLGWDRSGYPGTRGVGIHHPSGDVKKISTHNITPSNSNCFSSGEKNYNFWK
                     INWMRTANGISVTEGGSSGSPLLNQQRRVIGQLYGPGTCPNPNCSDPSKDIAVAFTFL
                     QGQVLLMERKISTAGLFSSVCRERFSFKSNLLYGCIFRSNLAKVG"
     CDS             complement(5807..6337)
                     /locus_tag="SEQF2634_01196"
                     /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="MKIRITYCSKENNNETYCFFIGLFICALFLVKAQISTDEEPMSF
                     RENSAPSRFSVPQDIRIMPALDMNRIEQEDVQDEANGLPPRFGYPHKVSLNLGNSGRW
                     QELSNGDRLWQLTIRCPQALSINLLYDRFWIPEGGKFFIYTTDRKYSLGAFTSMNNKG
                     GRDNVQGFATGLLYGD"
     CDS             complement(6294..6725)
                     /locus_tag="SEQF2634_01197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKFILWFSALFLLLIAGVGCEKDSPSELVGTWVLIGFGDVTG
                     KTFREPEPRDCEKCYTISFLTNATFRGNTPTNDVVGTYTANGGVFRITNWGGTEVNEI
                     LDGPQYVEAMCKAFHYEIASEQLRLYYNEDKNYLLFKRKQQ"
     CDS             7374..9083
                     /locus_tag="SEQF2634_01198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYGEICDFRTAKDIGIDRPEKREILHHIPPTPEQEAFIGKLME
                     FAKTGDATLLDRAPLSEKEEKAKMLIATDLARKMSLDMRMIDPVKYSDHIDNKASHCA
                     KLLSEYYRKYDEQKGTQFVFSDLGTYKPGEWNVYSEIKRKLVEDYGIPSSEIRFIQEC
                     KNEKAKKAMVEAVNRGDIRIVFGSTSMLGTGVNAQQRAVAVHHLDIAWRPSDLEQHNG
                     RAVRKGNEVAKQFADNKVDVIIYAVERSLDSYKFNLLHNKQLFINQLKTNTLGSRSIN
                     EGSMDEDSGMNFSEYVAVLSGNTDLLEKAKLEKKIVTLESERKGFLKERDTAAAKLEE
                     IKGSIAFHSDKIREARADQAHFESQLQRDADGVPINKLSVKGVPDGVDVKAVAARLQE
                     IAEKARTEGEYNKIGEIYGFPVMVKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRL
                     AADPKLACQNFLNALERIPKVIXTHERELAKVKEQIPAFEAAASGVWRXXDELRTLKX
                     NAAELDRKIALSLAPPTPPEKEEQAADKNVVEKENGARLPQADRVEHDAASRVVIGKV
                     KWR"
     CDS             complement(9128..9997)
                     /locus_tag="SEQF2634_01199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIHDQKAAALHLSCISYYRLKGYWWEMQCDKDRHLFAEGACFE
                     AVIAHYLFDKELRLILFDAIELIEIALRAKMIYHLSQSYGGLFYADSSLFVDESLYRQ
                     HLRDLKEEFMRSGEVFAKEYKRKYGIWECGCCVALAERPDAWIVFEVATFGTLSKMYK
                     NLRHQLPEKSRIANDFGLNRHNELSSWLEAISYLRNIVAHHSRVWSRNMVKRPMEIKK
                     PKGTWLSRPLPEAGQKKPYFIITAMLYLCNAIHTGGTYKQKILALIKKNPEIPIFRLG
                     FLDHWEDEPIWCG"
     CDS             complement(10311..10616)
                     /locus_tag="SEQF2634_01200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKQLLDSLARMEGKLDRLLVLREQTIDTTVCPP
                     LKPEYLDIIDVSKLLKVEQKTVYNWVSQGKIPYLKVNGRLLFRRKEIDEMLRKQTAE"
     CDS             complement(10604..10717)
                     /locus_tag="SEQF2634_01201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIKDRTAKRYIAYMREQGILSQDTAGNYQKGERCRT"
     CDS             complement(10721..10858)
                     /locus_tag="SEQF2634_01202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIYRGEKSKEDKERRKADELIAVVKEIFLHTAKLSYKNLSELL
                     I"
     CDS             complement(10874..11947)
                     /locus_tag="SEQF2634_01203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPALLFYHQSSHGFHAICFNSETAQIPENIIESLHLRFRNIIL
                     LYDMDETSKRESERQAEQLAGYHVLNLTLPLQGSKGEKDISDYFQLGYGEKDLRALLS
                     EMFSNLYVQTMMMLRSCEIDYDNPPDASKSVVAVNGVPLGTQDNLFCITGGEGAGKSN
                     YITAILAGTLGETMLPAERTLGLEVTANPKRLVVLHYDTEQSEAQLHKNLGKTLRRAS
                     LVAVPDFYHSLYLASLSRKDRLKLIRESMDLFHHRHGGIHLVVIDGIADLIRSANDET
                     ESIAIVDELYRLAGIYNTCIICVLHFVPNGIKLRGHIGSELQRKAAGILSIEKDDDPE
                     YSVVKALKVHDGSPLDVPIMLFG"
     CDS             complement(12426..12896)
                     /locus_tag="SEQF2634_01204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTQSNWVGAAASVARRLHDGQKDKAGMDYFEGHLRFVASLGRT
                     WQEQVVGYLHDASEDTPHTVEQVLDLLEEEAQTAMEPNDRAEIAQALKLLNHHTASDR
                     QTYIHHIGEHALARAVKLNDLTHNMDMERLSSPTEKDYQRLARYRQEYEYLVQR"
     CDS             13151..13459
                     /locus_tag="SEQF2634_01205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLNDLFSGSTTQSIIKTIVEKTGLNESQASGALQAALPMILDV
                     VSKHAGSGEGLSGLVSGVVSNLGGKGQGVVDKITGMIDKNKDGNIMDDLAGMLGGKKK
                     "
     CDS             13472..15316
                     /locus_tag="SEQF2634_01206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYRKLTQCEIDALVASGCEAEDWQRVEVADVGFDPTRLRHVRF
                     SGQISLGSAVDLRDATICDCMVGDGVRIDGVRSALTGYEIGRGARLIDIGTMTYRAGT
                     TAGNGVRVAAVNENGGRAVPLFDGLTAQTAHLMVFHRHRTETLRRTFDRIDAYAATIA
                     AAPRGYVGEGATVEGCGRIVDVRIGDRATVCGATLLQNGTILSQPEAPTEVGVGVMAR
                     DFILAPGARVVDGAFIERCFVGEACLVEQGFTAIDCLLFANGMFAKGEAVSVFAAPHT
                     VSHHKSSLSIACSLSFANIGSGSNMSNHAYKLGAVHQSVAERGTKFGSNSYVQAPAHF
                     GAYSMITGEHRNHPDTHALPFSYLMDEDGQSMLIPAVNLFRTGTLRDAMKWPKRDHRT
                     ADSPRDLIRYDFLNPYLIDRIIAAVSLLTRLKEEKPDAKYYTFGNCSIHRHSLQKGIT
                     YYREALDVFVGDYLIHGGAIDTSEGPGRGSWIDLAGLVMPRETLEEIVRDDLFEADAA
                     FRQAHARYDEYLGRFITDRYDLSDADKRIEHLKRYVSTLDTVRHRLSKEAALEFFGVS
                     QISYGADCPESDRQTDFLQVRGEIATDPFLAPLLNEMERKIKQAQDML"
ORIGIN      
        1 acaaaacgcc ttgcccccgg agccttcact ctgcggcggt tcggctccaa agtcgccacc
       61 taatcccata cgaaaaacta accccatgaa tcgcccccaa gaaaacatcc gcgcgccccg
      121 aaatgggacg cccgcatcaa anccgncccn aagctanggg gggcgatgna anggnagtga
      181 agggggcgtt gccattcgtc catacgaaaa tcgggcagac ccgagggact ttcatccctt
      241 cggcctgccc gataacagtt cgctagcang cancttttac acagcgagcc tccaacgcta
      301 attcttgatc aacttctcgg tataggtctg tccgtctttg atcacacgca cgaaatacag
      361 ccctgccgga agtcccgcga tcgggatttg gaaggtcagc tgattcgtct tgaacgatcg
      421 caacatcgtc agcccattcc aaagctgaat ctcatacgta ttcgtaacgc cccttgtagc
      481 caaagagcct tgaccttggg aagacaaaat gccatcgtcc gattctgtca gtttgagtgt
      541 cactacatcc gtagcggggt tggggaaaag agagaatgtg cggcgattat atactcttac
      601 agtatagtac accgtatttg aacgcccgca atcattcaca ccggttgcgg atatgatata
      661 agtgcccgct ctcttaaaat caaatactgc acttgtttgg aaaggggtta tttcacacca
      721 cgttttgtca ttacactccc aaatacaact tgtattaccg gaaacatgcg ctctataata
      781 ttcagcccct ggagcaggca acgattcata tccatcaata ccccaaatat ccggctctcc
      841 aacccaaata cctgtttttt ctgtattaat cgtatttcca ttgatgatta cttgggctct
      901 aattgcacat tgtcccttgc tcctttttga aaatacggct gttcttgtcc cttgcccgga
      961 gactaattgc agattattgt tgcttgctcc ccattgtaca cgtacagaag ttcctgaagg
     1021 tagattttga atggtataca tcccctgatt gcagacaacg gcgggtccgg agatagaaat
     1081 agaaaaagcc tctattccat ctaatgtttg agaattagtg ccttttggat caagccaatc
     1141 tctcaggcga cgacgcgaat ctgatgctcc attgccagtc catgaaacgc ttattttccc
     1201 ataattcgca atgaagtcat ctagactttt ccctctttct tgtctttttc agaaaaaatc
     1261 agtaaaatgc gatatagttc catccctccc aactggtttg tgtggtatcg aacctgttga
     1321 gcacgctcct gtatgagtcc atccacacat tggtcctttc aatgctgtat ctctccttgt
     1381 aaagcagctc atcaaataac tcgtcatctc tccgcatccc tctccgctta ttgaaggcga
     1441 cgtttgggaa cacctcctgc tgatggcaac ctcgcctgaa tagtgcagag tcaaagccgg
     1501 catctgcatt gagaaagagc cccgatacgg acaagcctga atccttaatc cctgcgaaca
     1561 aatcctgaag aaccagggag atgttgtgaa ggtcgttgtg agaacccgaa acaggtgtgg
     1621 acatggcaag cggtatgcct tgccggtctg tgacatagat ggcattggtg gtcgttcttt
     1681 tcttgcgtcc ttggtatcca cagcactccc caccgcgaag cgtggtggtg tggctgccgt
     1741 ccaaatccac actggacatg tccaagaaag acctgtgacg gctcaatatc atgccccaaa
     1801 cctttttcca ttcgccgttc ctcgaccact tgcggaaatg ggcatacaca ctcttgtagc
     1861 tcaaaaccct ccccgtgaag atggctgaaa cgggaagcat gtgccactga cagcccgttt
     1921 tcaacttgta gagaatgcac tgaatgacct ccaccaggtc actttttgtc acataaccgc
     1981 gttttgccac cgataaaaat ggcaagatct cagattttat tgtatctttg tccagtactt
     2041 cgtacatgag aggagtgttt atcttggttt ttatagtgca aagataataa actcctctca
     2101 atttgtagag attttaaaag tctagatgac ttcaattatt ttttaactaa aaaagtttac
     2161 acgtgaaagg taaaaacaac ttcattacac caatgctttt ccttgctttc atgttcttta
     2221 cttgtggctt tgcattggga atcaattcct tattagtacc agtattgaag gtttcgctaa
     2281 gcgtttcgtc cacagaagca tatatgctta taggtgctac gttcttacca ttccttatct
     2341 ttggttatcc agcaggctta ttgataagta aaattggata taagcgtacg atggctgcag
     2401 cttttgccat gtttgctata gccttcggag tgtttattct ctctgcagct gaaaggagtt
     2461 tcattatctt tttattggca tctttccttt gtggaacagc taatacgttc ctacaagctg
     2521 ccataaatcc ttatgtaaca atccttggac caacggagag tgcagcaaaa agaatctcta
     2581 ttatgggcat gataaacaag ttagcatggc ctgtatcacc tttgtttatt gctctttttg
     2641 caagtaatag tggaggtgtt ggcttggaag atcttgacaa accgttcttg gttataatct
     2701 gcttatttgt aatcttaggt gtcgtagcac tcatgtcacc attgccagag gtgaaagctg
     2761 ctggagaaga tgacgccgat gcagattcag cagtatccga ctacgcaaac agtaagcatt
     2821 ctgtcttcca gttcccacat cttgttcttg gagcaattgc catattcttt tatgttggtt
     2881 cagagaccat cgtcttgggt acacttatag attatgcaag tgaattaggt cttcctcatc
     2941 ctcatacgta ctcatggatt accccaatca gcatcagtat aggatatatc gcaggtatta
     3001 ttcttattcc taagtatctt tcacagacga aagccttaca gatctgttcc ttcgttgcac
     3061 tgtttggaac gctacttgta ttgttactcc cgggtgttta tagtatttat gctgtaggta
     3121 tcatggcatt aggctgctca ttgatgtggc cagcattctg gcctttggct cttatggact
     3181 tgggtaaata taccaaggag ggctcatcac taatgacaat gggacttatc ggtggtgctg
     3241 ctatcactgt gttgttcgga cttattaagg atgttagcaa cattcaatat gcgtatggga
     3301 tctgttttgt cagcttctct tatatccttt tctatgcatt caagggctat aagttgagat
     3361 aaaaacttct tcttctatag cataaggata tcggtaatct atttgagaag tgatataagt
     3421 tgaattgaaa acttctcctt ctacagctcg tgaagctctt tgtccttttt aaaggaggac
     3481 atagagcgtg cgagctgaat ctattaagta gcctctcagc ttactgtata tccataatgg
     3541 tccatattat tggtcatggt tctgtcgctg aaacacaatt aattccttgt aaactgtcgt
     3601 tggaacgtta aaaaatcacc gactgaaaga cacatttttg attgccaatc ccgccgtttc
     3661 tcagtctgtt cacccacctt ttgaatcggt aaagccgcta ccccgatgac aaagcgcact
     3721 gaccttacct tgaaaaacac aacggaacga acagtaacaa aaatccttac acttctcact
     3781 tcgctatctt tcactttccc taccataccc cttctttatc acctttgtaa ccatcaagat
     3841 atcaataggt tacaaacggg cttgtaaaag gtgcctttta cattctaaaa gatgcccttt
     3901 tgcacatcaa aagcgcatct tttagaacac aaaaggtcgt agattaaaaa gcagatggga
     3961 ataatcttta catctgaaca gtccttccct ccctccgttc tgccctaatg cgaggagaga
     4021 aagcgcagag attccctaaa aaacagctgt tatgagcgtg taaatcttta tattaagatt
     4081 aatgttctca ctactgatgg tatccgcgta aagcctctta tagatcacag tctctcttgt
     4141 ttttgctttt atgttaccgt gatctcgaca aattataagt gtctatggat ttggtgatta
     4201 gtgaaattcg ttgtagcatt aaggagctaa tatacaaaca gttataaata aaaaccgtaa
     4261 taatcaccta tggaggagtt actgaaatat tttgtatggt agtcgattcc tgcaagtttt
     4321 ttgatgtaat gacggcaaaa tatacgctaa aacctaccgg aaaacgaaag catcgtcgtg
     4381 attctatgat gtcaaagaca gaagttatgc tggtaatgat tcctttccac ggttctggtt
     4441 atcgctgctt tattgaaacg gtgaatgatg aacttaagaa catttcgcag gtggaacact
     4501 ccatacatag atactttgac cgcttcatca tcaacttatt ataggcaatt accacctatt
     4561 tcctgtttcc aaagaagccg tctatcaatg cacaaagcct catttacact ccccttacat
     4621 cgttctgaat ccgtcgaact cacgttaaat agatagttcg aacgatagac cgtttggacg
     4681 aacgtaagaa ttatctatct ctctgtggtt agatagataa atcgtccgta cgattaacag
     4741 gtagaatgct tattttatcg cttgcgtcca aagagcctga gtatgccgta ttcgttcggg
     4801 catttctctt tggcggtcag cctactttcg caaggttgga gcgaaaaata caaccgtaca
     4861 ataaattgga cttgaatgaa aaccgttctc ggcagacaga agagaaaagc cctgcggtgg
     4921 agatttttcg ctccatcagc aggacttgac cttgcaagaa agtaaaggca accgcaatat
     4981 cctttgatgg atctgaacaa tttgggttag gacacgtgcc tggaccataa agttgcccga
     5041 taactcttct ctgctgattc aacaaaggag agccagacga tccaccttct gtaacagaaa
     5101 ttccattagc tgttctcatc caatttatct tccagaaatt gtaatttttt tctcctgaag
     5161 agaagcaatt agaattagag ggagtgatgt tatgtgtaga tattttcttc acatctccac
     5221 tcggatgatg aataccgact cctctcgttc cagggtaccc agaacgatcc cagcctaaat
     5281 agtaaggtgt tactcctcgt ttgttgcgag gatcttcggc tagtcttaac agtgcaaaat
     5341 ccgaggcttc gttgtttgct atcactgtag ctcctatagt tgataaatga ggcggttcta
     5401 tggatacatt accacatttg ggcgcctcat aatgccaata aaaagaccaa tgatttaaag
     5461 ctggattatt gattgcatcg tattggatat aattattccc gggaccacct aaacaatgat
     5521 gtgccgttaa aagcaatggg cgattatcgt ttgctgtagt attgattaga gaaccagtgc
     5581 tatatcgggt accgtttacc aatatcattg ctacagcatt cttttccttc tgtcagcttt
     5641 gtccttccga acagtttaca tttacttgac aacttcccga tgaacctaaa tctcttgttg
     5701 tcatattact gggcaattca atgtatctgt agccctgtac tacgtaagct atggaaatta
     5761 tagcctgttc ggcgacctgt ctcggttggt aatactccag cgtaatctaa tccccataca
     5821 gtagccctgt ggcaaagccc tgcacattgt ctcggccgcc tttattattc atagaagtaa
     5881 aggcaccgag cgagtatttt cggtcagtcg tataaataaa gaacttcccc ccctccggaa
     5941 tccaaaacct atcataaagt aggtttatgg aaagagcctg tgggcagcgt atggtcaatt
     6001 gccataatct atctccgtta gatagttctt gccatcgacc ggaatttccc agattgaggc
     6061 taaccttgtg aggataaccg aagcgaggcg gaaggccgtt tgcttcatct tgcacatctt
     6121 cttgttcgat gcgattcata tccaacgcag gcatgatcct aatatcctgc ggtaccgaga
     6181 agcgggaagg tgcgctattt tcccgaaaac tcataggttc ttcatcggta cttatctgtg
     6241 ctttaactaa aaaaagagcg cagataaaaa gacctataaa aaaacagtac gtctcattgt
     6301 tgttttcttt tgaacagtaa gtaattctta tcttcattgt agtacaacct aagttgttca
     6361 gaagctattt cgtagtggaa agctttgcac atggcttcga catattgagg tccatctaat
     6421 atctcattca cctcagtacc gccccaattc gtgatgcgaa atacgcctcc atttgccgta
     6481 tatgttccta ctacatcatt agtaggggta ttccctctga acgttgcatt cgttaggaat
     6541 gagattgtat agcacttctc gcaatctctg ggttcaggtt ctcggaaagt tttgccggtt
     6601 acatctccaa aacctatcag cacccatgtg ccgaccagtt cagaaggaga gtccttctca
     6661 caccctaccc ccgctatcag cagaagaaag agtgcactaa accataaaat gaacttcgtc
     6721 ttcatttttc atcatgtttt ccgttaatca cgattccgca tccggatcga tttatctcgc
     6781 tgcgcctccg gggtgcggct cctaagggcg cccagactgg tctggtggag tattatctat
     6841 gaccttcata aaagtggcct gttaaacatt cgacgcaaat atagtacgta tagctgtaat
     6901 acgaaagttg ttttccgtga ttcttggtgt tttattccta aaagctcttt ttttttacaa
     6961 atcaaacttt tttaatagat gaagaacttc gctctccctc gcttctcgta tcctgtggaa
     7021 ctttctgaga gaggcaactt tctgacaagt ggccattctt caatcgcttc ttaagcccga
     7081 tatgagagca aaggaaatgc ccttcgccat cgatagcaat tcgacaagga actgttatct
     7141 aatcatcgaa gggtgggcct tcgtagccat tgcaggattt tcgcatgcct tcaaactttt
     7201 gctgtgacgt ttcttgaaga ttttggcgtc ctttgcgggc gagaaatgag atgtcttatg
     7261 actactgcaa agtaacgaaa gcagaagcac ctcgctcgtt tcttattcgt tccctttggg
     7321 tgagtggaac aatcagtatc cactcattga cagatacttg atccctaact cttttgtttt
     7381 atggggagat ttgcgatttc cgcacggcca aggacatcgg cattgaccgt ccggagaagc
     7441 gcgagatcct gcatcacatc ccacccacgc ccgagcaaga agcgtttatc ggcaagctga
     7501 tggagtttgc caagacgggt gacgccaccc tcctggatcg tgccccactg agtgaaaaag
     7561 aggagaaggc caagatgctt atcgccacag acctcgcgag gaaaatgagc ctcgatatgc
     7621 gcatgatcga tccggtgaaa tactcggatc acatcgacaa caaagcgagc cattgcgcca
     7681 aactgctcag cgagtattac cgtaagtatg acgagcaaaa gggtacgcaa ttcgtcttct
     7741 ccgatctcgg aacatacaag ccgggcgaat ggaacgtgta ctcggaaatc aaacgcaagc
     7801 tcgtggagga ttacggtatc ccgtcgtcag agattcgctt catccaagaa tgcaagaatg
     7861 agaaagccaa gaaagcgatg gtagaggctg tgaaccgtgg tgacatccgt atcgtcttcg
     7921 gctcgacatc catgctcggc acgggcgtga atgcccagca gcgcgcggtg gcagtccatc
     7981 acctcgatat agcctggagg ccttccgatc tcgagcagca caacgggcgt gccgtccgta
     8041 aaggcaacga ggtggccaaa cagtttgccg acaacaaggt ggacgtgatc atctatgccg
     8101 tggagcgctc gctcgacagt tacaagttca acttgctaca caacaaacag ctcttcatca
     8161 atcaactcaa gacgaacacg ctcggcagtc gctccatcaa cgaaggttcg atggacgagg
     8221 acagcggcat gaacttctca gagtatgtgg ccgtgctgtc gggtaacacc gacctactcg
     8281 agaaagcgaa gctggagaag aagatcgtca ctttggaatc ggagcggaag ggctttctta
     8341 aagagcgcga cacggccgcg gccaagctcg aggagatcaa gggctccatc gccttccatt
     8401 cggataagat ccgggaagcg cgggcggatc aagcacattt tgagagccag ctacagcgtg
     8461 atgccgacgg tgtgccgatc aataagttgt cggtaaaagg agtgccggac ggtgtggacg
     8521 tcaaggctgt ggctgcgcgc ttgcaggaga ttgcggagaa ggcgcgcacc gaaggcgagt
     8581 acaataagat cggtgagatc tacgggttcc cagtcatggt gaagacagag agcacggcaa
     8641 aggacctttt cgattgttcc gtcaaccgct tttttgtgca aggccgcagc ggtatcctct
     8701 atacttataa taatggtcgt ctggccgctg atccgaagct cgcctgccaa aacttcctga
     8761 acgcactaga gcggatcccg aaagtcatcn agacgcacga gagggagttg gccaaggtga
     8821 aggagcagat cccagccttt gaggcngccg cctcaggcgt ctggcgnaan gnggacgagc
     8881 tacgtacact gaagagnaac gcggcggagc tggatcggaa gatcgcactc tcacttgcac
     8941 caccgacgcc gccggaaaaa gaggagcagg cagcggacaa gaacgtggtt gaaaaagaaa
     9001 acggtgcccg tcttcctcaa gcggataggg tggagcacga cgcggcgagt cgtgtggtga
     9061 tcgggaaggt gaagtggagg tgaactacat gagagagggg tgtaagccct ctctcacggc
     9121 ttttagatca cccgcaccaa atcggttcgt cttcccaatg atcaagaaag ccgagtctga
     9181 agatcgggat ctccggattt ttctttatca gagcaagtat tttctgttta taagtccctc
     9241 cggtgtgaat cgcattacac agatagagca tggcggtaat gatgaaatag ggcttctttt
     9301 gacccgcttc cggcaggggg cgactcagcc atgttccttt cggttttttg atttccatcg
     9361 gacgtttgac catgttgcgg ctccacactc gagaatgatg cgctacgata ttccgaaggt
     9421 aagagattgc ttccagccaa cttgacaatt cattgtgtcg attgaggccg aaatcattgg
     9481 ctatgcgtga cttctctggc aactgatgcc taaggttttt gtacatcttg gaaagcgtcc
     9541 cgaacgtagc cacttcaaaa acgatccagg catcgggccg ttcggccaaa gcaacgcagc
     9601 acccacactc ccatatgccg tatttccgct tgtattcctt ggcgaagact tcaccgctgc
     9661 gcataaactc ctccttgaga tcacgtagat gttgcctgta aagcgattcg tctacaaaaa
     9721 gcgaactgtc cgcataaaat aaaccaccat aagattggga gagatgataa atcatcttcg
     9781 ctcgcaatgc gatttcaatt aattcgatgg cgtcgaacaa gatcaatcgc aactccttgt
     9841 caaaaaggta atgagcaatg accgcttcga aacacgctcc ctcggcaaag agatgacggt
     9901 ccttgtcaca ctgcatttcc caccaataac ccttcagacg gtaataactg atgcagctca
     9961 gatgaagtgc agctgctttc tgatcatgaa tgatcattcc cctttgtttc aatagttcga
    10021 tctgatctcg aatggagcgt gacgctttgt ttgccatact attataaaaa aatgacccgc
    10081 tggcagatct tacgggatgc caagcaggta ctgttatcat tgaagtgcac atttttcgtg
    10141 cgcgacgtat tcattttcgt tgcaaaaata agtctttttc ttttcgtcgt aaagaactgg
    10201 ttccgaacag aggggtgtta gcctttgatc caatatcggc agaatgggaa aactaagatc
    10261 ttggcagcgt cgtaacatga ttgccgaaat ctttccttac ggcgaggctg tcattctgct
    10321 gtttgtttgc gcaacatctc atcgatctcc ttccgccgaa acagcagtcg accgttgacc
    10381 ttgaggtaag gaatcttccc ttgtgagacc caattataga ccgtcttctg ctctaccttc
    10441 aggagtttgg agacgtcaat gatgtccagg tattcgggct tcagcggtgg gcagacagta
    10501 gtgtctatcg tctgttcgcg caataccagc agacggtcga gcttcccctc catccgcgcc
    10561 aaactgtcaa gcagctgctt ttgccacttg tcaaaaggct cttctacgta cgacatcgtt
    10621 ctcccttttg atagttaccc gcagtgtcct gcgacaggat gccctgttcc ctcatgtaag
    10681 cgatgtatcg cttggccgtg cgatccttga tctccatctc ctaaatcagc agttcgctga
    10741 ggtttttgta ggacagtttg gcggtatgga gaaagatctc tttgaccacg gcgatcagtt
    10801 cgtcggcctt ccgacgctcc ttgtcttcct tcgatttctc accacggtag atgtgcatat
    10861 cctgctgctt atctcatccg aaaagcatga tcgggacatc gagcggactg ccgtcgtgca
    10921 ccttcaacgc cttcacgacc gagtattccg gatcgtcgtc cttctcgatg gacaggatgc
    10981 ccgcggcttt gcgttgcagc tccgaaccga tatgcccgcg cagcttgatc ccgttgggca
    11041 cgaagtgaag cacacaaatg atgcacgtgt tatagatgcc ggccagccga taaagctcgt
    11101 ccacgatggc aatgctttcc gtctcgtcgt tggcagatcg gatcaggtcg gcgataccgt
    11161 cgatgaccac aagatggata ccgccgtgcc ggtgatggaa caggtccatg ctttcgcgaa
    11221 tcagcttcaa acggtctttg cgggagaggg aggctaaata gagcgaatgg tagaagtcgg
    11281 gcacggccac gagcgaggca cgccgcaacg tcttgcctaa gttcttgtgg agttgtgcct
    11341 cagactgctc cgtgtcgtaa tgcaggacga ccagccgctt gggattggct gtgacttcca
    11401 agcccagcgt ccgttcggcg ggcagcatag tttctcccag agtgccggcc aagatggcgg
    11461 tgatgtagtt gcttttccct gcaccctctc cacccgtgat gcagaacagg ttatcctgcg
    11521 taccgagcgg cacgccgttt acggccacta ccgacttgga tgcatcgggc ggattgtcat
    11581 aatcgatctc acaggagcgc agcatcatca tggtttgcac atacaaattg gaaaacatct
    11641 cggacaacag cgctctcaaa tccttttctc cataccctaa ttggaagtag tcggagatgt
    11701 ctttttcgcc tttgctgcct tgaaggggaa gcgtcagatt gagcacatgg taccccgcga
    11761 gctgttccgc ctgtcgctct gattctcgtt tgctcgtttc atccatatcg tacagcagga
    11821 tgatgttgcg gaagcggaga tgaagacttt ctatgatatt ctccggtatt tgtgccgtct
    11881 cgctgttgaa acagatggcg tgaaagccgt gtgaggattg atgatagaac aaaagggcag
    11941 gaatcacgtc ctgaagggta tttaatatcg ttccgagggg tatttaacca cgttccggac
    12001 gtatcataac cacgttccgg acgtatcgca accacgttcc ggacgtatcg caaccacgtt
    12061 ccgaacgtat cacaaccacg ttccgaacgt atcgcaacca cgttccgaac gtatcacaac
    12121 tacgttccga acgtatcaca accacgttcc gaacgtatca caaccacgtt ccgaacgtat
    12181 cacaaccacg ttctgaacgt atcgcaacca cgttccggac gtatcacaac cacgttccga
    12241 acgtatcaca accacgtccc gaacgtatca taaccacgtt ccggacgtat cataaccacg
    12301 ttccgaacgt atcgcaacca cctccctaac gtattacgac cacctcggaa cgttattccc
    12361 ccccgaaata aatcccaaac agcttcttag aaaaacgcta agccatgcga agtggagggg
    12421 gcggtttatc gctgaacgag atattcgtat tcctgccgat accgggctaa acgttggtaa
    12481 tccttttccg tgggggacga cagacgctcc atatccatat tgtgcgttaa gtcattcagc
    12541 ttgacggcgc gtgccaacgc atgctcgccg atgtgatgga tataggtctg gcggtcactg
    12601 gctgtatgat gattgagcag cttcagtgct tgcgcgatct ctgccctatc gttaggctcc
    12661 atcgctgttt gagcttcttc ttccaacaag tccaagactt gctccacggt gtgcggagta
    12721 tcctcgcttg catcgtggag atagccgacc acctgctctt gccaggtacg ccctaatgag
    12781 gccacaaaac gcagatgacc ctcaaaatag tccatcccag ccttgtcttt ctgcccatca
    12841 tgtagccgcc tcgccacgct ggcggcagct ccaacccagt tgctttgagt tcccatacct
    12901 attctcttct tactgtttat gcacccaaag ctacgcccaa gaagcgacac gatttaggtc
    12961 gcacctcact ttctccaccg ttaagtttct ctctcgcctc acctatgtct ataggtcagg
    13021 cgggagctct ccggagctgc ctaaatgtca tggagaatgg ttaacaatcg cggcagcgac
    13081 gacgcattca gaaagtcacc cgtacttttg gccgacattt ttttattcac tcataaaaac
    13141 ctatacgaca atgaacttga atgatttatt cagcggatcg accacgcagt cgatcatcaa
    13201 aacgattgta gagaagacgg gattgaacga gtcgcaggcc tcgggcgcgc tccaggctgc
    13261 actgccgatg atcctcgacg tagtgtctaa acatgccggc agcggcgagg gcctcagcgg
    13321 actggttagc ggcgtcgtaa gcaacctcgg cggcaagggc caaggtgttg tcgacaagat
    13381 caccggcatg atcgacaaga acaaggacgg caacatcatg gacgacctgg ctggcatgct
    13441 gggcggaaag aagaagtaaa gcctccggcc catgccgtac agaaaactga cgcaatgcga
    13501 gatcgacgcg ctcgtggcca gtggctgcga ggccgaggat tggcagcgcg tggaggtagc
    13561 cgatgtgggg ttcgacccca cacggttgcg ccacgtacgc ttctcggggc agatcagcct
    13621 gggtagcgct gtcgacctcc gggacgcgac gatctgcgac tgcatggtgg gcgacggcgt
    13681 acgcattgac ggcgtacgct ccgccctgac cggctatgag ataggccgtg gcgcccgact
    13741 cattgacatc ggcacgatga cctatcgcgc gggcacgacg gccggtaacg gggtgcgcgt
    13801 ggctgcggtc aatgagaacg gtggccgtgc tgtccccctc ttcgacggac ttacggccca
    13861 gacggcccac ctcatggtct tccatcgaca ccgcacggag acactccgcc gcacattcga
    13921 ccgcatcgac gcctatgccg ccaccatcgc ggcggcgcca cgcggatatg tgggcgaggg
    13981 ggctacagtg gaggggtgcg gacgcatcgt ggatgtgcgc atcggtgacc gggctacggt
    14041 ctgcggcgcc acgctgttgc agaacggtac catactgagc cagcccgagg caccgacaga
    14101 ggtaggcgtc ggcgtcatgg ctcgcgactt cattctggct cccggtgcac gcgtcgtgga
    14161 cggcgcgttc atcgaacgct gcttcgtggg cgaggcctgc ttagtagagc agggcttcac
    14221 ggccatcgac tgcctactgt ttgccaatgg gatgttcgcc aagggcgagg ccgtctcagt
    14281 cttcgctgcc ccgcacaccg tttcgcacca caaatcgagc ctctcgatcg cctgtagcct
    14341 ctcgtttgcc aacatcggca gcgggtcgaa catgagcaac catgcctaca agctcggcgc
    14401 tgtccaccag tctgtggccg agcgcggaac gaaattcggc agcaactcct acgtgcaagc
    14461 cccggcccac ttcggcgcct attcgatgat caccggcgag caccgcaacc acccggacac
    14521 gcacgcgctt cctttctcct acctcatgga cgaagacggg cagtcgatgc tcatcccggc
    14581 cgtcaacctc ttccgcacgg gcaccctccg cgacgccatg aagtggccca aacgcgacca
    14641 ccgcaccgcc gacagtccgc gcgacctgat ccgttacgac ttcctcaacc cctacctcat
    14701 cgaccgcatc atagcggccg tcagcctcct cacgcggctg aaagaggaga agcccgacgc
    14761 caagtattac accttcggca actgctccat ccatcgccac tcgttgcaga agggcatcac
    14821 ctactatcgc gaggcgctcg acgtcttcgt aggcgattac ctcatccacg gcggcgccat
    14881 cgacacctcc gaggggccgg gccgtggatc atggatcgac ctggcggggc tggtcatgcc
    14941 gcgtgaaacg cttgaggaga tcgtccgcga cgaccttttc gaggccgacg ccgcatttcg
    15001 tcaggcacat gcacggtacg acgaatacct cggacgcttc atcacggacc gttacgacct
    15061 ctccgacgcc gacaagcgga tcgagcatct gaagcgctac gtctcgacgc tcgacaccgt
    15121 ccgccatcgc ctctctaagg aggccgccct ggagttcttc ggcgtctcgc aaatcagcta
    15181 cggcgccgac tgtcccgaga gcgatcggca gaccgacttc ttacaagtgc gcggagagat
    15241 cgccactgac cccttcctgg cccccctcct caacgagatg gagcgtaaaa tcaagcaggc
    15301 gcaggacatg ctctaagcgt ttgacacgct gggaagtttc ttccagaggg ctgacagcag
    15361 gtgcgaaccc cgtggaagtt tctgccagag ggccagcagc aggtgcgaac accgtggaag
    15421 tttcttccag agggctgaca gcaggtgaga gccccgtgga agtttctgcc agagggccag
    15481 cagcaggtgc gaacaccgtg gaagtttctt ccagagggct gacagcaggt gaga
//
LOCUS       SEQF2634|AYYE01001119.127156 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27156
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             256..861
                     /gene="yvqK_1"
                     /locus_tag="SEQF2634_01207"
                     /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="MKIYTKNGDRGRTGLHGGSRVDKDDPRIEANGSLDELNVAIGLL
                     RARLNASHEWQFMLHDVQRTLMVVMSHVATPSSMRHLNPNVLPDDLSAQCESWIDAMT
                     LLMADGEGYFILPGGTEISALCHQARVAARRAERRLCTLNKLDALPAQIMSYINRLSD
                     LFFTMARFDLHLTGASEERWQAFGYKRKRREDVAENRSEGN"
     CDS             868..1116
                     /locus_tag="SEQF2634_01208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKALQRQKDKREKEKTRRELLGKLFFDFSKLVFAAFVLGGLSP
                     LFQGKAEGEVSIPAVIIAVALGISGTIVFVSIGNKVLK"
     CDS             1321..2730
                     /gene="cbiH"
                     /locus_tag="SEQF2634_01209"
                     /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
                     AYLPADVLRIDSGMKQERRRAEEAFRVAEEGRTVCVISSGDAGIYGMASLILEMKHKR
                     GSHVEVEVLPGISAFQKAGALLGAPMGHDFCVISLSDLMTPWLLIERRIIAAAEADFI
                     TAVYNPKSDSRYWQLYRLKELFLARRAPETPVGIVRQAGRDGETTTVTTLADFDPEQA
                     DMFTVVLIGNSQSYAVGNTFVTPRGYYREMERGEGVNVGQGIMIESFRTIERELKHPD
                     IPLDRKWAMLHAIHTTADFDMERLLWTDPGAVAEMYERLSSGRTRTIVTDVTMVTSGI
                     RKGALQRMGIEAKCYLSDERAVKMAAEKGITRAQAGIRVAVEEHPDALFAFGNAPTAL
                     MELCTLIRRGKARPSGIVAAPVGFVHVCESKEMVKPFTDIPKVIIEGRKGGSNLAATL
                     VNSALTFNDAAQLRPGRDV"
     CDS             2723..3931
                     /gene="cbiET"
                     /locus_tag="SEQF2634_01210"
                     /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="MSEPRRTFYVVGISDERDVQLPAAVRERIASGHVFSGGRRHREI
                     VGGWLPEGAVWIDITVPLERVFEQYRDHRDIIVFASGDPLFFGYAVTLRRVFPDAAIE
                     TCPSFNSLQLLVHRLGMPYNEMIPVSLTGRPWDDFDAALIERRPLLGILTDREKTPAV
                     IARRMIEYGYGDDYRMHIGERLGNETDERVRTLTLSEAVAATFTHPNNLILERIRRRP
                     RPFGIPESEFHLLDGRVKMITKRPVRLLSLSMLDLHNRTSLWDVGFCTGSVSVEARLQ
                     FPHLRVTAFEIRPGCREILAANCRRFGTPGITPVMGDFMEADTTDLPAPDAVFIGGHG
                     GRLADMLRKIDGVMRPGGMIVFNSVSEESRQLFTEGLAAIGGRITECVRLTVDAHNAI
                     DVMKAACTLR"
     CDS             4521..6338
                     /gene="cbiF"
                     /locus_tag="SEQF2634_01211"
                     /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
                     YAQFMAAHFREYDLFVFIGAMGICIRSIAPFIKDKYTDPAILCVDSTGRFVISVLSGH
                     IGGANDWARRVAAITGGEAVVTTQSDNTGLWALDTLARRFDWRTAASHAEMNRMISLF
                     VGNEPTALLLDVKDRGTDYLERTLPEHVSVFYRFEDIRPEAFRLIIAVTPFIYTADVP
                     ILYYRPRVLHVGIGCRRDSAPEGVAEHMAAVMEAHRLSPLAIRSVATIELKKDEPLFH
                     ALAQTWEAEKHVYRADELADITVPNPSQKVFDTTGVWGVSESTAQRASGFGPLVMEKQ
                     KGVLSASSDFTLAVALDADAQRGGFIEIVGAGPGDPELVSVRGKRLLETADLILYAGS
                     LVPRELTEYAKPGATVRSSAGMTLEEQFDVMKAFYDRGLFIVRLHTGDPCIYGAIQEQ
                     MAFFDRYGMRYHITPGISSFQAAAAALRSQFTIPERVQTIILTRGEGRTPMPEREKLH
                     LLAHSQSTMCIYLSAAIVDDVQAELLQAYPPETPVAACYKLTWRDERIYRGQLKDLAQ
                     IVKENNLTLTTMLVVGEAIDNRQGLSHLYASDFKHLFRP"
     CDS             6335..8137
                     /gene="cbiD"
                     /locus_tag="SEQF2634_01212"
                     /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
                     EEQSEVSYALPDGEVMTLPIAETQLGEREATAAVIKDAGDDPDVTNGCKICATVALRD
                     GGEEGIRFLQGEGVGRVTLPGLGLEIGGPAINRTPREMITRELTALCDAPLDVTIAVP
                     GGEKIARQTFNPKLGIVDGISIVGTSGIVMPFSSDAFVRSIRREVEVCRALSPERLVI
                     NSGARSERFVKAEYPDLPAQAFVHFGNFIGETLKIAAELGIPNVTMGIMVGKAVKLAE
                     GSLDTHSKKVVMNKAFLQTVAAESGCSPSAAEAITGITLARELWHALTDTDRDRFFPA
                     LLHLCHRHCAPLLPDGHLTILLIDEDGNIPYRHA"
     CDS             8342..10657
                     /locus_tag="SEQF2634_01213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRYYILLIGTLAAACATYAQQLTGRVVDTRNQPIEFANVALYA
                     LPDSALVTGTITDAHGDFTLEGGMTKRAFLKISFVGYETQTVEARPGVTVTLKPESTQ
                     LAEVTVRANRPVIRLKNDALVASVQGSMLSQAGTANDVLRRLPSLTTDNKGNISVFGK
                     GEAKIYINRREVRDLSELDQLNSADIRDVEIVRNPGAGYDASVKAVIRINTVRHAGDG
                     FGFDARSSWYEGETTDLREQLNVNWRRSGWDVFGTVLYGRGAYLIDSRITQQTRLDTL
                     WQQENALYATGVDRWMRITAGTNWEISPKHYVGLRYTLSPTLRDDINHTTFNSMVHAD
                     SAFYDEWHSDNARRTTNDPAHRLNAYYNGTVGRLGIDFNVDFYTSGSTSRSHAVETSR
                     MQEDRVVNSENRVRNRLAASKLILSYPVFGGELSVGGEYVRTHRTDVYSNPERIVPSS
                     DMTADEWNSSLFAEYARETPIGQFGVGLRYEHVRSDYLSDGRPLDGLNRSYNQWFPNV
                     SFGTRVKGVDLQLAYTAKTQRPSYRQLTSNVYYANRLTLQTGNPLLKPTLTHDVSLTA
                     SWRIVQLTASYRQERDAVIDRTERSRIDPKVSLFTYTNLDRLPFLTAFATVTPAFGVW
                     TPQLSAGFVKQWAEVEIDGKPVRYDRPIFRISLNNSLRLPAGLLFTLDVRYRSKGDER
                     NLHLTDDTWVVNMGLTRSFFSDRLSVMLRGWDVFRGEGGGAIYCSPHMESYQVDRYDS
                     QEFELTLRYRFNAAKSKYKGTGAGTGELERL"
     CDS             complement(10698..11042)
                     /locus_tag="SEQF2634_01214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYKLRTIRSFDRDVKRLAKHYHSLRDDLRLLAGQLLENPLQGA
                     DLGGGIRKIRLAITSKQSGKRGGARVIIHIELLTGMHEGTICFLALYDKSAQSSISDK
                     IIRELLKEAGII"
     CDS             complement(11032..11280)
                     /locus_tag="SEQF2634_01215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIELGAAIQRELDRMEGNETMMKQALQALRRIGREVKKKEYA
                     GQDDGEIIAGLRHAFSEWKDVKEGKLQTRSLEELLDEL"
     CDS             complement(11320..12681)
                     /locus_tag="SEQF2634_01216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITHALINPRSIAVIGGSNHIHKPGGRLVKNLIEGPFTGDLYIV
                     NPKERLIQGHPVTRSVNDLPTGIELGVLAVSAAHCTEAVRVLVEEKGARAIIIISAGF
                     SEESTEGAAIEREICRICTAAGAALIGPNCIGLANPHHHAVFTSPVPTLGPGGIDLIS
                     ASGGVALFIIECALTKGLRFHSLWSVGNAAQTGIEEVLEYMDEHFAPSTDACIKALYI
                     EDIRDAEKLVRHAASLVRKGCRIAAIKGGTTADGMRASAMHTGARPTSEEEVASLFRR
                     AGIVRCYSREELIAVACAFALPRPHGRSFAVVTHAGGAGVILTDALVRCGMEVPAYRG
                     AKADELKTRLLPGASVANPIDILGTGSAADFGLAIDYANQHFPETDAIAVIFGSIGLG
                     KITAAVDVILEKMQTCSKPIYPILPSVLNTAEEIAHFVRHGGITFPDEVTLAQALRRM
                     ASL"
     CDS             13232..15457
                     /gene="susC_9"
                     /locus_tag="SEQF2634_01217"
                     /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="MKLRFKYTLPVLAAALSVNAARAQFNVKGTVALDNGDKAIGATL
                     RLLRSGEVATTDADGNFTLHSSHATDRLVAAYIGFRSDTIDVTAANANALAIVLREEV
                     QQVSEVVVKGRVANTLKSRIATVQTEKINYEELTRAACCNLSESFETNASVDVSYSDA
                     ATGAKQIRLLGLPGTYVQMLTENVPNFRGAASLFGLDYVPAPWMESIQVSKGSASVRN
                     GYESVTGQINVEYKKPMKAAPLTLNLFASDAGRMEGNADAAIRLSKHLSTGLFAHYSR
                     DKQSHDADGDGFLDLPLTEQFNVFNRWFYNRKNYVSQVGVKLIHETRENGQTAHATPA
                     RPGDPLYRIDIRTLRGEVFTKNGYVLDDEANRSVALILAGSFHKQDATYGAIPYDLRQ
                     SNVYANLLFDTDLGVKHKISTGLSLNMDRTEQTSNYFADDPAFLRLRTEWTAGAFAEY
                     TWKPMRNLDIMAGLRADRHNEYGAFVTPRLHLHYTPIEALSVRASVGKGYRSVNVFVE
                     NNFLFASNRVRNLSVAPDLRMESAWNWGASLTGYLPIAGQELTLSAEYYQTDFQNQVV
                     ADVMTDAHGVRFYNLDGRAYARNIQLEAAYTFFKALDVRAAWRWTDAKETYNGRLMEK
                     PLTNRYKGLLTVGYRTPRYGWQLDATAQFNGAGSMPTPDAARPLWEPTFDPYTMLGAQ
                     VTKRFKKMSVYLGAENLLNFKQAHPIVASSDPWGNDFDATMVWGPVHGRKIYAGLRWS
                     L"
     CDS             15641..15946
                     /locus_tag="SEQF2634_01218"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVALLIMAMGATHTMAQDQKAPKKDERVTFAVEIVCSSCVKNI
                     KKQFAYEKGVKDVRVNQAKQQVTVTYNPTKTDTKRMIAAFKEIGKDATVATPPEVIN"
     CDS             16057..16674
                     /gene="flr_1"
                     /locus_tag="SEQF2634_01219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MKVSRLLHLLLVATLLALPTLSMLADTPKTAARTGTFKAFPVSE
                     DFTLNPFTYFRGKGLLLAAGDREKSNAMTIGWGAMGCLWGRPTVTVYVAEKRYTKEFM
                     DRSPYFTVMAFAEGDSILRYMGHHSGRDGDKAAALGLHTLYTDNGTPYYAEADLVLEC
                     RLLYAAPFDSAAFKDDVPREHYAKRGKAGLHTMYIGEVVRALRKE"
     CDS             complement(17056..18906)
                     /gene="ltaS1"
                     /locus_tag="SEQF2634_01220"
                     /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="MLVSRRPLFASPSERTERRRTALLFGLLWFKFVWFDVCWCAAST
                     YRPFSMVETYLSATLAVLILLLPLVIWRMERTTWVVAILTDVLLICNLMYFRTYYTAI
                     PPDSYLLVGNLRDFTDSVWGSLKITDALFPASTVVAAALRYRRRGQASRLRRSILLRR
                     YTIATTVTAAALLSLTLVKGGFRAAYESMQGSYTHTCVTPMYTVFGTFYYDCIRGAET
                     FTPEVGQQIEAWMTADRTARMAADADTLLPDTAVRQHVIIILAESLESWVLERTVEGQ
                     ELTPRLNALLRDSLTIYAPHILSQAKGGRSIDAQLMINAGLLPIASGAYSLKYPHTTY
                     PSLAEAMRAEYGADAVRAYALTGDKPMVWNQAVIDPALGYDSLIAKASFVNDEPVGPS
                     YRPQIGDVSLLRQIAEKIVRGEVWDARRHMLLQCVTYSGHFPFALPERLREVRFSNRY
                     PERMRDYMATARYTDRAIGLFVDRLRAAGVYDNTLVVITGDHEGLGEMRRAWCESAGG
                     RGLVADRPMVPFIVLNAPRGMRVEAVGGQVDIYPTLLLLLGLRRYAWRGMGRSLTDPT
                     RPPVAVDPYGAVYGRTDSVAAPTLQRLKEVWPVSDAIIRYDYFKRKAKKG"
     CDS             19247..20608
                     /gene="mepC"
                     /locus_tag="SEQF2634_01221"
                     /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
                     AERHQDDTYRAEYRAAMADFFPSVGMRIGGQLNYGRSIDPQTNTYNNVSTFNNSYQAY
                     ASLPLFDGGQLVNRAKVAAINRQLGAHEVRRVQNEAALAVMEAFSNAVYYGGTVRLAI
                     EKLGESRQTLHKTRRMEELGLKGAADVAQVEAIVAADDYNLIHQQNLYDAAVRTLKET
                     MNYPAEDALMMDTSVMVWRGNATTLSAEEIFSRAVTDNPTMRAAECRRLAAQHLYRVA
                     RGAMFPQLTFEAGISTNYFRNLADPHTTAFSRQFFDNNRGEYLALTLSIPLFDGLARY
                     TSARKARNAMRVADVQRDETLRQLRTAVEQAVADRDGFEKEVVQMVRKVAADSMAYRV
                     TLRKYEEGLSSAIDLQTAANTLIEARANLLQKQLSYEIKRRLVAYYASDCEWSTINYE
                     PKK"
     CDS             20681..21934
                     /gene="mdtA"
                     /locus_tag="SEQF2634_01222"
                     /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
                     INLELGQPTEAVVIPKGTFFQNTGGNWIFVLDRDGKKAYRRHIKIGRQNPQYYEVTEG
                     LEPGEKVIVSGYESYKDSEVLILEK"
     CDS             complement(22025..22174)
                     /locus_tag="SEQF2634_01223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIYELKKDHVNQHNQFRPNRGIIVALKMKIYERKKDHVNRHNQ
                     FRPKK"
     CDS             22364..24754
                     /locus_tag="SEQF2634_01224"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTNYFLSAFRSLTKRGRNHGMKILSLGVGLAMGLVLIAKVFFE
                     QSYDTFYPDADRIYRMNEMIVMNGELKDYGQVSGGVAVGMRQDVAGVQQATRCTWIYI
                     GNVYTDDKKKISINMIAADDSFFNVLPRPMLQGNAEKILSAPRGDRLIMVSKELADKL
                     GGDVVGKTLRAENWGGEVLTIGGVFETIPENATLKYDAVISIDLLRTPNFDGTMNWIG
                     NDRYMAFVKLQPGVSADSLSDAMHAMQEKHQDLEQLKKAGVELSYSLTPLNDLHDSLP
                     EVRRMTWLLLLLAFALVFTAVMNYVLIVVSSLVSRTKEVAVHKCYGASGRDIVRMILS
                     ETFLHLILSLLLAVALILAFRATVEELLDASLKALFTTRSLVFLFSICLVVFLTAGLL
                     PGRLFARIPVAAAFRHFSAHRRSWKLALLAVQFMAVGFLLSLLVVITLQYRRMIDDDP
                     GYRYENLAYVSMGGMDSTLRRKLIDEAQRLPELSAVSTFYQPFFTGTSGNNVYLPNDS
                     RELFNIADLYECGNGFLEALEVPIIAGKSFTEDVAWSHEVMVSRRFVDKMKAFADWRD
                     GAVGKQILVTEHSGANNDEPFTICGVYDDIRIGTIHDEDERPSILFYSSGPEESNYLL
                     LKFHHMTPEAMQHVRQELQKLMPDRDVELSDWRAEMTARYADTQRFRNAVMIGVVITL
                     LIALVGLMGYTSDEINRRRKEIAVRKINGATLGEVLHLFERDIIRIAAPALVAGCSAA
                     AYVANLWQTGFSEKISLAWYLFALSGLLLLCVIVVVVALHVRRAAAENPVKSIKSE"
     CDS             24799..25461
                     /locus_tag="SEQF2634_01225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVITHTITHQAKSAVGQIESIMHPAKFAGRQIESIMYPAKLAG
                     GYSNSIMYPAKFAGGRSRLDLLLPSFLPSREEKKKQDRIFCPLRGHAVGRMQYAPTSC
                     WQKTLFPINSREERTETKIQDRKNRPLGSRGVLHMPHMDRVRTEKKMQERRKQSIDSG
                     VEWHTPFMRQGKRDTVWRDRRLEERSSHARLQLKISGENSKPYKSYLVALSEQLRDIF
                     AA"
     CDS             25788..26462
                     /gene="yknY_2"
                     /locus_tag="SEQF2634_01226"
                     /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
                     STLLNILGLLDNPTEGNYYLDGREVGHLREKERTEVRKGQIGFVFQSFNLIDELNVFE
                     NVELPLTYLGIKASERKERVQNILKRMSISHRGRHFPQQLSGGQQQRVAIARAVVANP
                     KLILADEPTGNLDSKNGLEVIRLLNDLHDEGTTIVMVTHSQHDAGFANRIINLFDGQI
                     VNTTRL"
     CDS             complement(26547..26741)
                     /locus_tag="SEQF2634_01227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIVMKAEKATANPHKLKRVAILNRRKMLRRFLYIVCIFFILKF
                     RLTEASRFQGIQGLSISWTV"
ORIGIN      
        1 cagagatagg tggctatggc aataatgatt atgtcactca ctttgtgctt acaacgtcct
       61 ttcacccgtg gatcgagtgc tgatgtgatc tcttcaaatt tttccatgtc ccctaagaac
      121 aacattttga tgcggttgcc ctgccaactt tccgcctcca tgcttgcagc tcatgccccc
      181 gagcctatct ttgcccgcga gttttgattt ttggctacac attatatata cacccctcta
      241 ttctcgaccc acgcaatgaa gatctacaca aaaaatggcg atcgcggacg taccgggctt
      301 cacggcggat cccgtgtcga caaggacgat ccacgtatcg aagccaatgg cagtctcgac
      361 gagctaaacg tggctatagg ccttttgcgc gcccgactta atgcctcgca cgagtggcaa
      421 ttcatgttgc atgacgtgca acggacgctt atggtcgtca tgtcacacgt cgccactccg
      481 tcttccatgc gacacctcaa cccgaacgtg ttgccagacg atctttcggc acaatgcgaa
      541 tcgtggatag atgcaatgac gttgctaatg gctgacggcg aaggttactt tatccttccc
      601 ggcggcacag aaatatctgc cctctgtcat caagcgcgcg tagctgctcg acgcgctgaa
      661 cgtcgcctgt gcacgctcaa taagctcgat gcgctgcccg cacagatcat gtcgtacatc
      721 aaccgcctct ccgacctctt ttttacgatg gcgcgctttg acttacacct caccggagcc
      781 tccgaggagc gttggcaggc cttcggatac aagcgaaaga ggcgagaaga cgtggcggag
      841 aatcggagcg aaggcaatta gcaccgcatg gagaaggcgt tacaacgaca gaaggacaaa
      901 cgggagaaag aaaagacacg gcgtgagctg ttgggcaagt tgtttttcga cttttccaag
      961 ttggtttttg ccgcgtttgt attaggcgga ttgtcgcctt tatttcaggg aaaagccgaa
     1021 ggagaagttt ccatacccgc agtcattatt gcggtggcat taggaatctc cggcaccata
     1081 gtattcgtat cgataggaaa taaggttcta aagtagaagg atatgacctc tctaataata
     1141 gtatttgcag tgatcgatgt tatcgccgtt ggaatatggc tttggctcta cacaccctct
     1201 ggcaagcgat ggctgaagag ccttgatgat tgaattagca tcagctacgg atgggcgaag
     1261 acctcggatg gccgcccctc cgtttttagt tttcagatta tagattttca ctacacctaa
     1321 atgaatcaag caagaatcat tgtggccggc atcgggcccg gatcgacagg cgacatcacg
     1381 tcggccgtca tcgatgcact ccgacactgc gacgcggtcg tcggctatca ttactatttc
     1441 ccttttatcg aggcttactt gcctgcggac gtactccgca tcgacagtgg tatgaagcag
     1501 gagcgacgcc gcgccgagga agccttccgt gtggctgagg aggggcgcac cgtctgtgtc
     1561 atcagctccg gcgacgcggg gatttacggc atggcctccc tcatccttga gatgaaacac
     1621 aagcgtggca gtcacgtgga ggtagaggtg ctgcctggta tcagcgcttt ccagaaagct
     1681 ggcgcattgc tcggcgcacc gatgggacat gacttctgcg tcatctccct ttccgacctc
     1741 atgacgccgt ggctactcat cgaacggcgc atcattgccg cagcggaggc cgacttcatt
     1801 acggccgtgt ataacccgaa aagcgacagc cgatactggc aactctatcg cctgaaggaa
     1861 ctcttcctgg cacgtcgtgc gccggagacg cccgtaggaa tcgtgcggca ggctgggcga
     1921 gacggcgaga cgacgaccgt caccacattg gccgactttg accccgagca ggcggacatg
     1981 ttcaccgtcg tgctgatcgg caactcgcaa tcgtacgccg tcggcaacac cttcgtcacg
     2041 ccgcgcggat actaccgcga gatggagcgc ggggagggcg tcaacgtcgg gcaggggatt
     2101 atgatcgaga gcttccgcac catcgagcgt gagctgaagc atcccgacat cccgctcgac
     2161 cgtaagtggg cgatgctgca cgccatccac acgacggccg acttcgacat ggagcgcctg
     2221 ctctggactg atccgggcgc cgtggccgag atgtacgagc gactcagctc ggggcgtacg
     2281 cggacgatcg tgactgacgt gacgatggtg acgtccggca tccgcaaggg cgcgctgcaa
     2341 cgcatgggca tcgaggccaa gtgctacctc tccgacgaac gcgccgtgaa gatggcggcc
     2401 gagaagggca tcacccgcgc acaggccggc atccgcgtgg ccgttgagga acatcccgac
     2461 gcgctctttg ccttcggtaa cgcgcccacg gcgctgatgg agctgtgcac cttgatccgt
     2521 cgcgggaagg cgcggccgag cggcatcgtg gcggcacccg tcggcttcgt gcacgtctgc
     2581 gaaagcaagg agatggtaaa gccgttcacg gacatcccca aggtgatcat cgagggacgc
     2641 aagggcggca gcaacctcgc cgcgacgctc gtcaactccg ccctcacctt taacgacgcg
     2701 gcgcaactgc gcccgggacg cgatgtctga gccgcgccgc acgttctacg tcgtcggtat
     2761 cagcgacgag cgcgacgtcc aactacccgc cgccgtgcgc gaacgcatcg ccagcggaca
     2821 cgtcttctcc ggcggacgcc gccaccgcga gatcgtcggt ggctggctcc ccgagggcgc
     2881 cgtgtggatc gacatcacgg tgccgctgga gcgcgtcttc gagcagtacc gcgaccatcg
     2941 cgacatcatc gtttttgcct ccggcgaccc actcttcttc ggttacgcgg tcacgctccg
     3001 ccgcgtcttc cccgacgcag cgatcgagac gtgcccctcg ttcaactcgc tgcaactgct
     3061 cgtccaccgg ctcggcatgc cgtataacga gatgatcccc gtatcgctca ccggccggcc
     3121 gtgggacgac ttcgacgcgg cgctgatcga gcggcgaccg ctcctcggca tcctcaccga
     3181 ccgcgagaag acgcccgccg tgattgcccg ccgaatgatc gaatacggct acggcgacga
     3241 ctaccgcatg cacatcggcg agcgcctcgg caacgagacg gacgagcgtg tccgtacgct
     3301 tacactctcc gaagccgtcg cggccacgtt cacgcacccg aacaacctga tcttggaacg
     3361 catccgtcgt cggccgcgcc cgttcggtat ccccgaaagc gagttccacc tgctcgatgg
     3421 ccgcgtgaag atgatcacca agcggcccgt gcgcctgctc tcgctcagca tgctcgacct
     3481 gcacaaccgc acgtcgctgt gggacgtcgg cttctgcacc ggttcggtgt ccgtcgaggc
     3541 gcggctgcaa ttcccgcacc ttcgcgtcac ggccttcgag atccgccccg gctgtcggga
     3601 gatcctcgcc gccaactgcc gacggtttgg cacgccgggc atcacgccgg tgatgggcga
     3661 cttcatggaa gccgacacga ccgacctgcc cgcgcccgac gccgtcttta ttggcggcca
     3721 cggcggacgg ctggcggaca tgctgcgtaa gatcgacggc gtgatgcgcc ccggcggcat
     3781 gatcgtcttc aactccgtca gtgaggagag tcggcagctg ttcaccgaag ggctcgccgc
     3841 cattggcggc cgcatcacgg agtgcgtccg cctgacggtc gacgcgcata acgcgatcga
     3901 cgtgatgaag gcggcctgca ctttgcgctg aagccaaaca gggcccctgc gggggcagcg
     3961 aagtttgtcc gggtatcagg caaaacttcc ccggcctcgg cagaggcctg cgcgaagcca
     4021 aacagggccc ctgcgggggc agcgaagttt gtccgggtac caggcaaaac ttccccggcc
     4081 tcggcagagg tctgcgcgaa gtcaaacaga cacctgttta ggttactcca gtttgtgcga
     4141 cgccaaacag gcgcctgttt aggtcaatcc agtctgcgcg gcgccaaaca ggcgcctgtt
     4201 taggtcactc cagtttgcgc gacgccaaac aggcgcctgt ttaggtcaat ccagtctgcg
     4261 cgacgccaaa caggcgcctg tttaggtcaa tccagcctgc acgaagccaa acagggcccc
     4321 tgcgggggca gcgaagtttg tccgggtacc aggcaaaact ttcccggcct cggcagaggc
     4381 ctgcgcgacg ccaaacaggc gcctgtttag gtcaatccag tttgcgcgga gccaaacacg
     4441 cccgtgattc aggccgcgcg ggttagtgat tctaccctct atcctctatc ctctaccctc
     4501 tataactaca ccatcattca atgaaagaaa acatcgccat catcttagtg tcggaaggcg
     4561 gacttccgac ggcgcgcctc atcagtcacg agctggggga tgcgccagtg tttaccaccc
     4621 acaccctcga gggctgccaa accttcccct cgtatgcgca attcatggcc gcgcacttcc
     4681 gggagtacga tctcttcgtc tttatcggcg cgatgggcat ctgcatccgc agcatcgccc
     4741 cctttattaa ggataagtac accgacccgg ccatcctctg tgtcgacagc accgggcgct
     4801 tcgtcatctc cgtcctgtcg ggtcacatcg gcggggctaa cgactgggca cggcgcgtgg
     4861 ccgccatcac cggcggcgag gccgtcgtca ccacacagag cgacaacacc ggcctctggg
     4921 cactcgacac cctggcccga cgtttcgact ggcgcacggc cgcctcgcat gcagagatga
     4981 atcgcatgat ctccctcttt gtcggtaatg agcctaccgc cctgctgctc gatgtgaagg
     5041 atcgcggcac ggactatctg gagcgcaccc tgcccgagca cgtcagcgtc ttctaccgct
     5101 ttgaggacat ccgccccgag gcgtttcggc tcatcatcgc cgtcacgccc tttatctaca
     5161 ccgccgacgt gcccatcctc tattaccgac cgcgcgtgct gcacgtcggc atcggttgcc
     5221 gccgcgacag tgcgcccgag ggcgtggccg aacacatggc cgccgtcatg gaggcgcacc
     5281 gactctcacc gctcgccatc cgctccgttg ccaccatcga gctgaagaaa gacgagccgc
     5341 tcttccacgc gctggcgcag acttgggagg ccgaaaagca cgtctatcgg gcggacgaat
     5401 tggctgacat caccgtgccc aacccctcgc agaaggtgtt cgacacgacg ggcgtttggg
     5461 gcgtttccga gagcaccgcg caacgggctt cgggcttcgg gccactcgtc atggagaagc
     5521 agaagggcgt gttgagcgcc tcgagcgatt tcaccttggc cgtggccctc gacgccgatg
     5581 cgcagcgtgg cggcttcatc gagatcgtcg gcgctgggcc gggcgacccg gagcttgtct
     5641 ccgtgcgcgg caaacgcctg ctcgagacgg ccgacctgat cctctatgcc ggcagcctcg
     5701 tgccccgcga actgacggag tacgccaagc ccggcgccac ggtgcgtagt tcggccggca
     5761 tgacgctcga ggagcagttc gacgtgatga aagccttcta cgaccgcggc ctcttcatcg
     5821 tccgcctcca caccggcgac ccctgcatct acggcgccat ccaggagcag atggccttct
     5881 tcgaccgtta cggcatgcgt taccacatca cgcctggcat ctcttccttc caggccgcgg
     5941 ccgccgcact ccgttcgcaa ttcaccatcc ctgagcgcgt gcagaccatc atcctcaccc
     6001 gcggtgaggg gcgcacgccg atgccggagc gtgagaaatt gcacctcctg gcccactcgc
     6061 aaagcacgat gtgtatctac ctcagcgccg ccatcgtgga cgacgtgcag gccgagctgc
     6121 ttcaggctta tccgcccgag acacccgtgg cggcttgtta taaattgacg tggcgcgacg
     6181 agcgcatcta tcgtgggcag ctcaaagact tggcgcagat cgtcaaggag aacaacctta
     6241 cgctgactac gatgctcgtc gtcggcgagg cgatcgacaa taggcagggg ctgtcgcacc
     6301 tctacgcgtc ggacttcaag cacctcttcc ggccatgatc ctgatccttg gggggacgac
     6361 cgaggggcgc gccgccgtga agacggccga cgaggcgggc agtccgtatt tctattcgac
     6421 gcgcgatgcg caccagcagg tggattgcca tcatggcacc cgcctcacgg gtgcgatgga
     6481 tgaggaggcg atggaggcgt tctgtcggga gaaggagatc cggctgctgg tcgacgccgc
     6541 ccatcccttt gccgaggtgc tgcatcgcac ggtggccgtc gtggccgaac gactctcgct
     6601 gcctgtggtg cgttacgagc gcgtctatcc accgcgcagt gcggacatca tttggtgcga
     6661 cgattacgac gatgccatcc gtcggatgga ggcggacggc gtcacccgac tgctggcctt
     6721 gaccggcgtg cagaccatcg ggcggttgcg ggcgtattgg caggcgcacg acgcgtgcat
     6781 cttccgtatc ctcgacctgc ccacgtcgct cgcgttggct gagcggcagg gtttcccgcg
     6841 tgagcggatc gtctattacg agcccggcgg cgatgaggcg ctgcttgagc gcgtgcgtcc
     6901 gcaggccata ctgacgaagg agagtggcga gtcggggggc tttattgata aggtagaggc
     6961 ggcgcataag ctgggcattg cggtgtacgc tgtccgccgt ccgccgatgc ccgcggggtt
     7021 tgttaccgtc acggggcgcc acggctttcg taaacagatc gagcgcttcg tgcccggctt
     7081 cttcccgctg cgcagtggct acaccaccgg atcgtgtgcc acggccgcgg ctaaggcggc
     7141 gctgatggcg ttgcttacgg gcgaggagca aagtgaggtg tcgtatgccc tgcccgacgg
     7201 tgaggtgatg acgcttccca tagccgagac gcagctcggc gagcgggagg ctacggccgc
     7261 cgtgatcaag gatgcgggcg acgatccgga cgtgacgaac ggttgtaaga tctgcgcgac
     7321 agtggcgctt cgtgacgggg gagaggaggg gatccgcttc ctgcaaggtg agggcgtggg
     7381 ccgtgtgacg ttgcccggcc tcggccttga gatcggtggc ccggccatca atcgcacacc
     7441 gcgcgagatg atcacccgcg agctgacggc gctttgcgat gcccctttgg acgtgacgat
     7501 cgctgtgccc ggaggtgaga agattgctcg gcagacgttc aatccgaagc tcggcatcgt
     7561 ggacggcatc tccatcgtcg gcacgtcggg cattgtcatg cccttctcgt cagacgcctt
     7621 cgtacgctcc atccgccgcg aggtggaagt ttgccgtgcg ctgagtcccg agcgcttagt
     7681 catcaactcc ggcgcccgca gcgagcgttt tgtcaaggcc gaataccccg acctacccgc
     7741 gcaggcgttc gtccacttcg gcaacttcat cggcgagaca ctgaagatcg ccgctgaact
     7801 cggtatcccg aacgtgacga tgggcatcat ggtcggcaag gcggtgaagc tggccgaggg
     7861 ctcgttggat acgcacagca agaaggtggt aatgaataag gcgttcctac aaacggtcgc
     7921 tgctgaatcg ggctgctcgc cgtcggcagc ggaagccatc acaggcatca cgctggcccg
     7981 cgaactgtgg cacgccctca ccgacaccga ccgcgatcgg ttcttccccg ccctgctcca
     8041 cctctgccac cgccactgcg cccctctgct ccccgacggt catctcacca tcctgctgat
     8101 cgacgaagac gggaatatcc cgtatcgtca tgcttgacgt gtacccggca aacttggccg
     8161 gcgcccctcg gcgccttgac tttcttttgc ctccttttct tgtgtcaaga caagaaaggg
     8221 gggggggatg cgtcccaagc aatcaagttc tatagaccca tttcccttcc aacctcgata
     8281 gacctgtagc attttctctg cctcttcgtc ctgtttgtag aaacatcaaa cccagacaaa
     8341 catgagacga tactacatct tgctgatcgg tacactggcc gcagcatgtg cgacttacgc
     8401 acaacaattg actggacgcg tggtggacac gcgaaaccaa cctatcgaat ttgccaacgt
     8461 ggcgctgtat gcgctgcccg actcggcgct tgtgacgggc acgatcaccg acgcacatgg
     8521 ggattttacc ttagaaggcg gcatgacgaa gcgagctttc ctgaagatct ccttcgtggg
     8581 atacgagacg cagacggttg aggcgcggcc gggtgtgacc gtcacgctta agcctgaatc
     8641 cacgcagtta gccgaggtga cagtacgggc aaatcggcca gttatccggc tgaagaacga
     8701 tgcgcttgtg gcgtcagtac aaggctccat gctgagccaa gcgggcacgg cgaacgacgt
     8761 gctgcgccgg ttgccctcgc tgacgacgga taacaagggc aacatctccg tctttggtaa
     8821 gggcgaggcc aagatctaca tcaaccgccg cgaggtgcgc gacctatcgg agttagatca
     8881 gctgaactcg gccgacatac gcgacgtgga gattgtccgc aatcccggcg caggctacga
     8941 tgcttcggtg aaggcggtga tccgcatcaa tacggtgcgg cacgccggag atggcttcgg
     9001 attcgatgcg cggtcgagct ggtacgaggg cgaaacgacc gacctgcgcg agcagttgaa
     9061 cgtgaattgg cgaaggagcg gctgggacgt gtttggcacc gtcctttacg gccgcggggc
     9121 gtaccttatc gacagtcgca tcacgcagca gacgcgcctt gatacacttt ggcaacagga
     9181 gaatgcgctt tatgccacgg gtgtcgaccg gtggatgcgc atcacggctg gcaccaattg
     9241 ggagatctcg cctaagcatt acgtcggcct ccgctacacg ctctcgccaa ccctgcgcga
     9301 cgacatcaac cacacgactt tcaacagcat ggttcacgcc gactcggcct tttacgacga
     9361 atggcatagc gacaatgcac gccgcacgac gaacgaccca gcgcaccgtc tcaatgcgta
     9421 ttacaacggc acggtgggcc gcttggggat cgacttcaac gtcgacttct acacgagcgg
     9481 aagtacgtcg cgctcgcatg ccgtggagac gagccgcatg caggaagacc gcgtggtgaa
     9541 ctcggagaat cgtgtgcgca accggctcgc agcgtcgaag ctgatcctgt cgtatcccgt
     9601 ctttggcggc gaactgtccg tcggtggcga gtacgtccgc acgcatcgca cggacgtgta
     9661 cagtaacccc gagcgtattg tcccgtcgtc tgatatgacc gcggacgaat ggaacagcag
     9721 cctctttgcg gagtatgcac gggagacgcc catcgggcaa tttggcgtcg ggctgcgcta
     9781 cgaacatgtt cgctccgatt acctcagcga cggccgaccg ctcgacggct tgaaccgcag
     9841 ctacaaccaa tggttcccca acgtctcgtt cggcacgcgg gtgaagggcg tcgacctgca
     9901 actggcttac acggcgaaga cgcagcgccc gtcgtatcgc caattaacaa gcaacgtgta
     9961 ttacgccaac cgtctcacgt tgcaaacggg taacccgctg ctgaagccaa ccctaacgca
    10021 cgacgtaagc ctcacggctt cgtggcgcat tgtgcaactg acggcgagtt accggcagga
    10081 acgcgacgcc gtgattgatc gcacggagcg cagccgaata gatccgaagg tgtctctctt
    10141 cacctacacc aacctcgatc ggctaccttt tctgacggct tttgccaccg tcacgccggc
    10201 gttcggagtg tggacgccgc agctcagcgc ggggtttgtc aagcagtggg ctgaggtgga
    10261 gattgacggg aagccggtgc gctatgacag gccgattttc cgcatctcgc tgaacaactc
    10321 actccggctg ccggctggcc tactcttcac gctcgacgtg cgttaccgga gcaagggcga
    10381 cgagcgcaat ctgcacctca cggatgatac gtgggtggtc aacatggggc tgacgcgatc
    10441 gttcttcagc gatcgtctga gcgtgatgct gcggggttgg gacgtgtttc gcggcgaggg
    10501 aggtggcgcc atttactgct ctccgcacat ggagtcctat caggtcgacc gctacgactc
    10561 gcaggagttc gagcttaccc tacgctaccg gttcaacgcg gccaagagta aatacaaggg
    10621 tacgggtgcg ggcaccggtg agttagagcg gttatgatca cccccggccg gtggggagga
    10681 ggggattaag gtcggtatca aatgatgccg gcctctttga gtagttcgcg gatgattttg
    10741 tcggagatgg aagactgagc agacttgtcg taaagggcga ggaaacagat cgtgccctcg
    10801 tgcattccgg ttaagagctc gatgtggatg atcacccttg cgccgccccg cttaccgctc
    10861 tgcttggaag tgatggcaag tctgatttta cggatgccgc ctcctaagtc tgcaccttgc
    10921 aatgggtttt ccagtagttg cccggccagt aatcggagat cgtcgcgtag agagtgatag
    10981 tgcttggcca atcgtttgac atctcgatca aacgagcgaa tggttcgcag cttataactc
    11041 atcaagcaat tcctctaatg atcgggtctg tagcttaccc tctttcacgt ctttccattc
    11101 cgagaaagca tgccgcaagc cggcaataat ctccccgtcg tcctgtccgg cgtattcctt
    11161 ctttttcacc tcacggccga tacggcgcag ggcttgaagc gcttgtttca tcatcgtctc
    11221 attgccttcc attctgtcca gttcacgttg gatggctgcg cccaattcta tcgttgtcat
    11281 gatcgtcttt tattaatgga ttgatagggc aaacataact cataggcttg ccatccgcct
    11341 cagcgcttgc gccagtgtga cctcgtcggg gaaggtgatg ccgccgtggc ggacgaagtg
    11401 ggcgatctct tctgccgtgt tgagcaccga ggggaggatg gggtagatcg gcttcgagca
    11461 tgtctgcatc ttttcgagga tgacgtccac cgccgcagtg atctttccca gaccgatgct
    11521 gccgaagatc acggcgatgg cgtctgtctc cgggaagtgc tggttggcat agtcgatggc
    11581 cagaccgaag tccgccgcgg agcccgtgcc gaggatgtcg atcgggttag ccaccgacgc
    11641 acccggcagc agacgcgtct tcagctcgtc ggcctttgcg ccacggtagg ccggcacttc
    11701 catgccgcaa cgcacgagcg cgtcggtcag gatgacgccg gcgccaccgg cgtgggtgac
    11761 gactgcaaag ctcctcccat gcggtcgtgg tagcgcgaag gcacaggcta cggcgatcag
    11821 ctcttcgcgg ctgtagcacc gcacgatgcc cgcccgacgg aagagcgacg ccacctcctc
    11881 ctcgctcgtc ggccgcgcac ccgtgtgcat ggctgacgcc cgcatgccgt ctgccgttgt
    11941 cccgcccttg atggccgcga tgcggcaccc cttacggacg agcgatgcgg cgtggcgcac
    12001 gagcttctcg gcgtcgcgga tgtcctcgat gtaaagcgcc ttgatgcacg cgtcggtgga
    12061 gggggcgaag tgctcgtcca tatactccaa cacctcctcg atgcccgtct gcgcggcgtt
    12121 gcccaccgac caaagcgagt ggaaccgcag ccccttcgtc agggcacatt cgatgatgaa
    12181 cagcgccacg ccgcccgagg ccgagatgag gtcgatgccg ccggggccga gcgtgggcac
    12241 gggcgaagtg aagacggcgt ggtggtgcgg gttggccagc ccgatgcagt tcgggccgat
    12301 aagcgccgcg ccggccgcgg tgcagatgcg gcagatctcc cgctcgatgg ctgcgccctc
    12361 ggtcgactcc tcactgaagc cagccgagat gatgatgatg gcgcgcgcac ctttctcttc
    12421 caccaacacg cgcacggcct ccgtacagtg cgccgcagag acggccagca cgcccagttc
    12481 aatgcccgtc ggcaggtcgt tcacgctgcg cgtcacgggg tgcccctgga tcagacgctc
    12541 cttcgggttg acgatgtata agtcgcccgt gaacgggcct tcgatcaagt tttttactaa
    12601 ccgcccgccg ggcttgtgga tgtggttcga tccgccgatg acggcgattg atcgcgggtt
    12661 gatgagtgca tgcgtaatca tttgaatggg atttaatggg tgattgatgg ccgcaaaaat
    12721 aggagcctta tcatccacgg cagtcagaaa taatgtattt cgaggccatg caaatctgcg
    12781 acgaccagaa atagtgtatt tcgagcgttg taaattctgc gacgaccaga aataatgtat
    12841 ttcgagggtt gtaaattctg cgacgaccag aaataatgta tttcgggcat tgtaaaatct
    12901 gcggcgacca gaaatagtgt atttcgggca ttgtaaaatc tgcgacggcc agaaataatg
    12961 tatttcgagg gttgtaaaat ctgcgacagc ccgtcgctgt gtatttcgag gccatgcaaa
    13021 cctgcgagag gctgtcgaag tgttcggcga gatgacctcc aggatgaggc cttgaagctc
    13081 gcatttcccc tgcccaaagt ctctacaaaa gactcaaaaa ccgtttaccc atgcgctttc
    13141 cacaggaaat tgcacgtctt ttgccgccct caaatgacaa gtgagggtga caaaaagccc
    13201 ctcgaagatt ctatacacac gacttacgtt tatgaagtta cgattcaagt acaccctgcc
    13261 cgtccttgcc gccgcgctta gcgtgaatgc ggcccgggca caattcaatg tgaaaggaac
    13321 cgtcgccctc gacaacggcg acaaagccat cggcgccacg ctgcgcctgc tccgttcggg
    13381 cgaagtggcc acgaccgatg ctgacggaaa ctttacgctc cacagcagcc acgccaccga
    13441 ccgactcgtg gcggcctata tcggcttccg ttcggatacg atcgacgtca ccgcggccaa
    13501 cgcgaacgcg ctggccatcg tcctccgcga ggaggtgcag caggtgagcg aggtggtcgt
    13561 caagggccgc gtggccaaca cgctcaagtc gcgtatcgcc acggtgcaga ccgagaagat
    13621 caactatgag gagctgacgc gtgccgcctg ctgcaacctc tcggagagct tcgagacgaa
    13681 cgcctcggtc gacgtctcct actccgacgc agccacgggc gccaagcaga tccgcctctt
    13741 aggcctgccc ggcacgtacg tgcaaatgct gaccgagaat gtgcccaact tccgtggcgc
    13801 cgcctcgctc ttcgggctgg actatgtgcc ggcgccgtgg atggagagca tccaggtgtc
    13861 gaagggcagc gcgtcagtgc gcaacggcta cgagtcggtc acggggcaga tcaacgtgga
    13921 gtacaagaag cccatgaagg cggcgcccct tacgctcaac ctcttcgcct ccgacgccgg
    13981 ccgcatggag ggcaacgccg acgccgccat ccgcctctcg aagcacctct ccacgggcct
    14041 cttcgcccac tattcgcgcg acaagcagtc gcacgacgcc gacggcgatg gcttcctcga
    14101 tctgccgctc acggagcagt tcaacgtctt caaccgctgg ttttataacc gcaagaatta
    14161 cgtctcgcag gtgggcgtga agctgatcca tgagacgcgt gagaacggtc agacggcgca
    14221 tgccacgccg gctcgccccg gcgatccgct gtatcgtatc gacatccgta cgctgcgcgg
    14281 tgaggtgttc acgaagaatg gttacgtgct cgacgacgag gccaaccgca gcgtggccct
    14341 catcttggct gggtcgtttc acaagcagga cgcgacctat ggcgccatcc cctacgacct
    14401 gcgccagtcg aacgtctacg ccaatctgct cttcgacacc gacctcggcg tcaagcataa
    14461 gatcagcacc ggcctcagcc tgaatatgga tcgcacggag cagacgtcga actatttcgc
    14521 cgacgatccc gccttcctcc gcctgcgcac ggagtggacc gctggcgcct tcgccgaata
    14581 cacgtggaag ccgatgcgca accttgacat catggccggc ctgcgcgccg atcgccacaa
    14641 cgaatacggc gcctttgtca ccccgcgcct gcacctccac tacactccca tcgaagccct
    14701 cagcgtgcgc gcctccgtgg gcaagggtta ccgctcggtg aacgtctttg tggagaacaa
    14761 cttcctcttc gcctccaacc gcgtgcgcaa cctcagcgtg gcgcctgacc tgcgcatgga
    14821 gtcggcttgg aactggggcg caagccttac gggttacctc cccatcgcgg ggcaggagct
    14881 gacgctctcg gcggagtatt accagacgga tttccagaat caggtggtgg ccgacgtgat
    14941 gaccgacgcc cacggggtgc gcttctacaa cctcgacggc cgggcctatg cgcgtaacat
    15001 ccagctcgag gcggcctaca ccttctttaa ggccctcgac gtgcgcgcgg cttggcgctg
    15061 gacggacgcg aaggagacct acaacgggcg cctgatggag aagccactca cgaaccgcta
    15121 caaaggcctc ctcacggtag gctaccggac gccgcgctac ggctggcagc tggatgccac
    15181 ggcacagttt aacggcgccg gttcgatgcc cacccccgac gccgcacgcc cgctctggga
    15241 gccgacgttc gacccctaca cgatgctcgg tgcgcaggtg acgaagcgct tcaaaaagat
    15301 gtccgtctac ctcggcgccg agaacctgct caacttcaag caggctcacc cgatcgtcgc
    15361 ctcgtccgac ccctggggta acgacttcga cgccacgatg gtctgggggc cggtgcacgg
    15421 tcggaagatc tacgcggggc tgcgctggtc gctctaacct ctcttcatgg ggacttttcc
    15481 gccggcgggt taatcggtta tcttattttt gccggcgtcg ctcccctcgg ggcaagcatc
    15541 gaactcgccc ctgcaatgac gacttataac taccgcgcca cactggcgca ttcgattatt
    15601 caccctcaaa acaaaactga gtatgaaagc aattcaatca atgatcgttg ccctgctgat
    15661 aatggcaatg ggtgcaaccc acacgatggc gcaggatcag aaggcgccta agaaagacga
    15721 gcgcgtcacc ttcgccgtcg agatcgtgtg cagcagctgc gtaaagaata tcaagaagca
    15781 gttcgcctat gagaaaggtg tgaaggacgt tcgcgtcaat caggccaagc agcaagtgac
    15841 cgtcacctac aaccccacca agacggacac caagcgcatg atcgccgcct tcaaagagat
    15901 tggcaaagac gccaccgtag ccactccgcc cgaggtgatc aattgatgcc tcgttgcgca
    15961 gatgtatgta ttcaagcagt cctgtcggtc tacacatgac ccggcaggac tgcttgccgt
    16021 tttaatccac cccttaaccc cccatacgta ttcacgatga aagtctcccg cctccttcac
    16081 ctcctattgg ttgcgacgct gctcgccctg cccaccttat ccatgctggc cgacaccccg
    16141 aagacggctg ctcggaccgg caccttcaaa gcgtttcccg taagcgaaga tttcaccctc
    16201 aatcccttca cctacttccg cggcaagggc ctccttctgg ccgctggcga ccgtgagaag
    16261 agcaacgcca tgaccatcgg ttggggcgcg atgggctgcc tctggggacg gcctaccgtc
    16321 accgtctacg tggccgaaaa gcgctacacg aaggagttca tggatcgctc gccctacttc
    16381 accgtcatgg cctttgccga gggcgacagc atcctccgct acatgggcca ccacagcgga
    16441 cgcgacggcg acaaggccgc agcgctcggc ctccatacgc tttacaccga caacggcacg
    16501 ccttactacg ccgaggccga ccttgtcctg gagtgccgcc tgctctacgc cgcgcccttc
    16561 gactcggccg cgttcaaaga cgacgtgccc cgcgagcact acgccaaacg cggcaaggcc
    16621 ggcctccaca cgatgtacat cggtgaagtt gtccgtgccc tgcgcaagga gtgagcgctg
    16681 ccgaacgcgc cctgcaatag gtcgaaacga taaaaagacg ccccgttatc cgagatgatg
    16741 acggggcatc tttgtgatga cacctctcgt ctctcctgag ggaacgagcg tcatgcgaca
    16801 cgacggcgtc tcaacggcca ttttggtctc gtcatgcgac atgacggcgt ctcaatggcc
    16861 attttggtct cgtcatgcga catgacggcg tctcaatggc cattttggtc tcgtcatgcg
    16921 acacgacggc gtctcaacgg ccattttggt ctcgtcatgc gacatgacgg cgtctcaatg
    16981 gccattttgg tctcgtcatg cgacatgacg gcgtctcaaa aacagcattc tctgacgtcg
    17041 aacacacgtt tttagctatc ccttcttggc ttttcgtttg aagtaatcgt atcggatgat
    17101 cgcgtccgat acgggccaga cctccttcag ccgctggagt gtcggggcgg cgacggagtc
    17161 ggtcctaccg tagaccgcgc cgtacggatc gacagccacg ggcgggcgcg tggggtcggt
    17221 gaggctacgg cccatgccgc gccaagcata gcgtcgcagt ccgagcagca ggagtagggt
    17281 ggggtagatg tccacttgcc cgccgaccgc ctccacgcgc attccccgcg gtgcgttcag
    17341 gacgatgaag ggcaccatgg gtcggtcagc gaccagaccg cgtccgccgg cactctcgca
    17401 ccacgcccga cgcatctcgc cgagtccctc atggtcgccc gtaattacga cgagcgtgtt
    17461 gtcgtaaacg ccggccgccc ggagtcggtc gacgaagagt ccgatggcgc gatcggtgta
    17521 gcgcgccgtg gccatgtagt cgcgcatacg ctcggggtag cggttggaga atcgcacctc
    17581 gcgcagccgc tcgggtaggg cgaaggggaa gtggcccgag taggtgacgc attgcaggag
    17641 catgtgccgg cgcgcatccc agacctcgcc gcggacaatt ttttcggcga tctgacgcag
    17701 cagggagacg tcgccgatct gtgggcgata gctcgggccc acgggctcgt cgttcacgaa
    17761 gctggccttt gcgatcaagc tgtcatagcc taatgccggg tcgatgaccg cctggttcca
    17821 caccatcggc ttatcgccag tcaacgcgta ggcccgtacc gcgtcggcgc catactccgc
    17881 gcgcatcgcc tcggccagcg aagggtacgt cgtgtgcgga tacttcaggc tgtaggctcc
    17941 gctggcgatt ggcagcagcc ccgcattgat cataagttgg gcgtcgatcg accgtccacc
    18001 tttagcttgc gagaggatat gcggcgcgta gatcgtcagc gaatcgcgca gcagggcgtt
    18061 gaggcgcggc gtcagttcct gcccctccac ggtgcgctcc aagacccagc tttcgagcga
    18121 ttcggccagg ataatgatga cgtgttggcg cacggccgtg tccggtagca acgtatcggc
    18181 gtcggcggcc atgcgggcgg tgcgatcggc cgtcatccag gcctcgatct gctgcccgac
    18241 ctccggcgtg aacgtttccg ctccgcgaat acagtcgtag taaaacgtcc cgaagacagt
    18301 gtacatcggt gtcacgcacg tgtgggtgta cgagccttgc atcgactcgt aagccgcgcg
    18361 gaatccaccc ttcaccaggg tcaaactcag cagtgctgcg gccgtgacgg tcgtcgcgat
    18421 ggtataacgc cgcagcaaga tcgatcgccg gagtcgcgag gcttgtcccc gtcggcgata
    18481 gcgcaacgcg gcggctacga cggtcgatgc cgggaagagg gcgtcggtga ttttaagcga
    18541 cccccagacg ctgtccgtaa aatctcggag gttgcccacc agcaggtagc tatccggcgg
    18601 gatggcggtg tagtaggtgc ggaaatacat cagattacag atcaggagta cgtccgtgag
    18661 gatagccacg acccatgtcg tccgctccat acgccagatg acgagtggca gcaacaaaat
    18721 gagcacggcg agcgtagcgc tgaggtatgt ctcgaccatt gaaaagggtc ggtaggtgga
    18781 ggcggcacac caacagacgt caaaccacac aaatttgaac cacaacagcc caaacaacaa
    18841 cgccgtacgg cgtcgttctg tccgttcgga cggtgaggcg aagagcggcc tccggctaac
    18901 aagcatattt ttattccaca tcgttcaaat acgtccgctg cgcgatgtcc gggcgggatc
    18961 atcctctcat gtcgacaggc gtttgggacg gcggcaaaag tacaaggatc gcggtcggag
    19021 ccatgcggcg tagctgcggc gtgacgagaa gaaataagtt caaaaggatg gggtaccgaa
    19081 gctttgcacg gccgtttccc gtttcgtttt gtctaatacg ttgacgctcc cgtctaagtt
    19141 tttgacaagg actattggcg tgcatttctg caactgactg aaaacaatct ctttgccctt
    19201 ggcggcatgg ttttggcatg aataagtgca aaataaaatc acgaaaatga tgtacaagac
    19261 atggatccta agcggatggc tttgcgtggc gttcgtcggg gcacgtgccc aggaggcgaa
    19321 aacgtggacg atggacgact gcatgcgtta cgccgcggaa aatagcctca aggtgcgcgc
    19381 cgagaggcat caagacgata cgtatcgggc ggagtatcgc gccgccatgg ccgacttctt
    19441 cccgtcggta gggatgcgga ttggcgggca actcaactac gggcggtcga ttgacccgca
    19501 aacgaacacg tataataatg tctccacttt taataattcc tatcaggcat acgcctcgct
    19561 gccgctgttc gacggtggac agcttgtgaa ccgggctaaa gtggcggcga tcaaccgtca
    19621 gctgggtgcg catgaggtgc gtcgggtgca gaacgaggct gcgctggcgg tgatggaggc
    19681 tttttcgaat gcggtttatt atggcggcac tgtgcggctg gctatcgaaa agttgggcga
    19741 gagtcggcag actttgcaca agacgcgccg catggaggaa ttgggcctga agggtgccgc
    19801 ggacgtggcc caggtggagg cgattgtggc ggcagatgat tacaacctga tccaccagca
    19861 gaatttgtac gacgcagctg tgcggacgtt aaaagagacg atgaattacc cggccgaaga
    19921 tgcattgatg atggatacgt ccgtgatggt gtggcgagga aatgcaacga ccctttcggc
    19981 ggaagaaatt tttagccgcg cagtgacaga taacccgacg atgcgcgcgg cggagtgtcg
    20041 caggttggca gcacaacatt tgtaccgtgt ggcgcgtggt gcgatgtttc cccagctgac
    20101 ttttgaggcg ggtatttcga cgaattactt ccgcaacctg gccgacccac atacgacggc
    20161 tttcagccga cagttcttcg acaataatcg cggcgaatat ttggccttga cgctcagcat
    20221 accccttttc gacggcttgg cgaggtacac gtcggcccgc aaggcacgca acgcgatgcg
    20281 ggtggcggat gtgcaacgtg acgagacgct tcgccagctg cggacggctg tcgagcaggc
    20341 tgtggcggat cgagatgggt ttgaaaaaga ggtcgtgcag atggtgcgga aggtggccgc
    20401 ggactcgatg gcttaccgcg tcacgttacg taaatatgag gaaggacttt cgtctgcaat
    20461 cgatttgcaa acggccgcga atacgctcat tgaagcccgc gccaacttgc tacaaaaaca
    20521 actttcgtat gaaattaaac gccgcttagt ggcatactat gcctctgact gtgaatggtc
    20581 aacgatcaat tatgaaccga aaaaataaat cgaaaaaagc actcatgact catcacatgg
    20641 ccattaatca ttgaaaataa agcatcaatc ataacccatc atggatatac tgctagaaaa
    20701 aaagaaagga atacggaaga aacaccttcc atacattgcg ggcggggctg ctgtcgtttt
    20761 gctgctgtcg tggattgtgt tcggaaatca tgctgcgacg ctgcgcgtag acgcccggag
    20821 cttgagcatc ggtgatgtaa aacgggatca gttcaacgac tttgtccgcg tggatggaca
    20881 agttcagccg atcacaattg tgcagctgag ccccgaagaa ggaggaattg tacaggaact
    20941 tgtggtcgag gaaggcgctc gtgtgcatcg tggcgacgtc attgtgcggc tgagcaacgc
    21001 taatttggag ttgcagatcc ttaatgcgga ggcggaattg gctgaaaaac aaaatctgct
    21061 tcgaaacacg caggtaacta tggaacaaga ccgtttgcgc aacaaaaccg aggagctaca
    21121 attggatctt gcaactacgc ggagccttag aaattatcgg caacaggaaa agctgtacaa
    21181 cgagaagctc accgcccggg aggattatgt gcaggcaaaa gaagactacg aattggcgcg
    21241 gcggaaacat acgctcatta atgaacgact ccgtcaggac tcactttatc gatctatcca
    21301 aatggatcag atggaagata acctcatgaa tatgcgccgc aatgtgctgc tgattcgcga
    21361 gcggaaaaac aagcttgaag tacgttccca gatcgatggc gagctgggtt tgcttgacgt
    21421 ggtgcttggc cagaacgttc aaccgggaca gaaaataggg cagataaacg acctctctga
    21481 ttacaaggtg caggcattga tcgatgaaca ttacatcgat cgtgtccgcg ctgggttacc
    21541 ggctacgttc gatcgccagg ggactcactt cgcgctgacg gtacgtaagg tatatcccga
    21601 ggttcgtgac gggaagttta ggacggattt tgtgtttacc ggcgaacgtc cggataacat
    21661 tcggagtggg cagacgtatt acatcaatct cgaactcggt cagccgacgg aggcggtggt
    21721 tatcccgaaa ggaaccttct tccagaatac gggcggcaac tggatcttcg ttctcgatcg
    21781 ggatgggaaa aaggcgtatc gacgccacat aaagatcggc cggcaaaatc ctcaatacta
    21841 cgaagttacc gagggtctcg aaccgggcga aaaagtgatc gtgtctggct acgagagtta
    21901 taaagacagc gaggtgctga tcctggaaaa gtgaaccgta aaaaacggag agccgaaaac
    21961 ggtgctcccg gtctgcatga aaaattttta gccctcgttt tctgtccttc cgataggttc
    22021 ctatttattt tttcggtctg aattggttgt gccgatttac atgatccttt ttccgttcgt
    22081 agattttcat tttgagtgca acaataattc cacgattcgg cctgaattgg ttgtgctgat
    22141 ttacatgatc ctttttcagt tcgtagattt tcatttttag ttcaacaata gttccacggt
    22201 ttggtctgaa tgggttgtgc cgatttacat gatccttttt ccgtttttag attttcattt
    22261 tgagttcaac aacagttcca cggattggtc tgaatgggtt gtgccgattt acatgatcct
    22321 ttttccattc gtagtttttc atttttagtt caacaacacc cttatgatga cgaattattt
    22381 cctctcggct tttcgttcgc tgactaaacg cgggcggaat catggcatga aaatcctctc
    22441 gctcggcgtc gggctggcga tggggctggt gctgattgcc aaggtctttt ttgagcagtc
    22501 gtacgatacg ttctatccgg atgcagaccg tatttatcgc atgaacgaga tgattgtgat
    22561 gaacggagaa ttaaaagatt acggacaggt cagtggcgga gtggccgtag gaatgcggca
    22621 ggacgtagcg ggtgtgcagc aagccacgcg ttgcacctgg atctatatcg ggaacgtgta
    22681 caccgacgac aagaaaaaaa tctcgattaa tatgattgcg gcggacgact ccttttttaa
    22741 tgtcctcccg aggccgatgc tgcaaggcaa cgcggagaaa attctcagcg caccgagggg
    22801 cgatcggttg atcatggtct ctaaagagtt ggcggataag ctcgggggag atgtcgtggg
    22861 caaaactctt cgggcggaaa actggggggg agaggtgctg accatcggcg gcgtctttga
    22921 aacgatcccg gaaaacgcca cgctcaaata tgacgccgtg atttcgatcg atctgcttcg
    22981 cacgcctaat tttgacggca cgatgaactg gatcggaaac gatcgatata tggctttcgt
    23041 caaattgcag ccgggcgttt ctgcagatag cctttccgac gccatgcacg ctatgcagga
    23101 aaaacatcag gatctggagc agttaaaaaa ggccggtgta gaactgagct actccctcac
    23161 gcccctgaac gaccttcacg acagtctgcc cgaagtgcgc cggatgacgt ggctgcttct
    23221 tttgcttgcg tttgcgcttg tttttacggc ggtcatgaat tatgtgctga tcgtcgtctc
    23281 ttccctggtg tcgagaacga aggaagtggc tgtgcataaa tgttatggcg cttcgggacg
    23341 cgatattgtg cgaatgatcc tttccgaaac gttcctccat ttgatccttt cactgctgct
    23401 tgccgtcgcc ctcattctgg cttttcgcgc gacggttgaa gagctgctcg acgcctcgct
    23461 gaaggcactc tttacgacgc gcagcctcgt ttttttgttc tccatttgcc tcgtggtctt
    23521 cctcacggcc ggattattgc ccgggagact cttcgcgcga attcccgtgg ccgccgcctt
    23581 ccgccatttt tcggcccatc ggcgcagctg gaagctcgcc ctgctggcgg tgcaattcat
    23641 ggcggtcgga ttcctccttt cgcttctcgt ggtgatcacc ctgcaatacc gccgcatgat
    23701 cgacgacgat ccgggatatc gctacgaaaa cctcgcctat gtcagtatgg gcgggatgga
    23761 ctccacgctg cgccgcaagc tcatcgatga ggcgcagagg ctgcccgagt tgtctgccgt
    23821 gtctacattt tatcagccat tttttacggg gacatctggc aacaatgttt atctgcccaa
    23881 tgacagccgt gagctgttca acatagccga tctctacgag tgcggaaacg gatttttaga
    23941 agcgcttgaa gtgcccatca tcgcgggaaa gagctttaca gaagatgtcg catggtcgca
    24001 cgaagtaatg gtcagtcggc gctttgtgga taagatgaaa gcgtttgcag attggaggga
    24061 tggcgctgtg ggcaaacaaa ttttagtcac ggaacatagt ggtgcaaaca acgacgagcc
    24121 ttttacgatc tgtggcgtct atgatgacat tcggatcgga actattcatg acgaggacga
    24181 gcgtccctcc attttgtttt atagctccgg tccggaagaa tcgaactatt tacttctgaa
    24241 gttccaccac atgacgcccg aagccatgca acacgttcgg caggagcttc aaaaattgat
    24301 gcccgaccgt gatgtggagt tgagcgactg gcgtgcggag atgaccgccc gttatgctga
    24361 tacgcagcgc ttccgcaatg ccgtcatgat cggtgttgtg attacgctgc tcatcgccct
    24421 ggtcggatta atgggttata caagtgatga gatcaatcgt cggcggaagg aaatcgctgt
    24481 acgcaaaatc aacggggcca ccctgggcga agtattgcat ctttttgaac gagacatcat
    24541 tcgcattgcg gcgcccgccc ttgttgcagg ttgtagcgca gccgcctacg tggccaactt
    24601 gtggcaaaca ggcttcagcg agaaaatttc gctcgcgtgg tacctctttg ccctttctgg
    24661 gctccttctc ctgtgcgtca ttgtcgttgt tgttgcgctg catgtgcgac gcgcggcggc
    24721 ggaaaatccg gtgaagagta tcaagagcga ataatgggag acatcaataa ataagtaaaa
    24781 atgaaaaacg tatttccgat gaaagtcatc acccatacca ttacgcatca ggcaaaatcg
    24841 gctgtcggac agatagaatc catcatgcac ccggcaaaat tcgccggcag acagatagaa
    24901 tccatcatgt acccggcaaa attagccggc ggatatagta attccatcat gtatccagcc
    24961 aaattcgccg gcggccgcag ccgccttgat cttcttttgc cttcttttct tccatcaagg
    25021 gaagaaaaga agaaacaaga cagaattttt tgcccccttc ggggtcatgc ggtggggcgt
    25081 atgcaatacg cccctacatc ctgctggcag aagacgttgt ttccaataaa ttctcgggaa
    25141 gaaaggacag aaacaaagat acaggataga aaaaatcgtc cgttaggcag taggggtgta
    25201 ttgcatatgc cccacatgga tcgcgtaagg acagaaaaga agatgcagga gagaagaaag
    25261 caatcgatag atagtggcgt cgaatggcat acgcccttta tgcgccaagg aaagagagac
    25321 accgtttggc gagacaggcg cttggaggaa agatcttcac acgcaaggtt gcaattgaag
    25381 atttctggag aaaatagtaa gccgtataaa tcttatttag ttgctctatc agagcaatta
    25441 agagacattt ttgcggctta attgcttcag ccgagcaact aagagacatt tttacggctt
    25501 aattgctcta atgaagcaac taagaaacat tcttgcggct taattgcttc agccgagcaa
    25561 ctaaatgaga ttcatgcggt ttaatatttt cagaccgagc aagaggcaaa ccgttttaca
    25621 ggagaccttt tcgaaatcaa aaatgtgtct tgccgtttgg catgagtccc ataggggcga
    25681 aaagaatcat gccgcacttt tgcaataccc tttctcgaga tcgaaaaacg tgctctcatt
    25741 ttcaccgata acaaatagac attcattttt ataacacgca aaacatcatg atcaaagtag
    25801 agaatctgac aaagtatttt gagaccgaag agatccaaac catcgccctg aataaggtct
    25861 cgttagaagt ggcggacgga gaatttgtgg ctattatggg cccgtcaggc tgcggaaagt
    25921 ccaccttgct caatatttta ggcctgctgg acaacccgac cgagggtaac tattatttag
    25981 acggccgcga agtgggacac ctccgcgaaa aggaacgcac cgaagtgcgc aaagggcaga
    26041 taggcttcgt gttccaaagt ttcaatctga tcgatgagct gaatgttttt gagaacgtag
    26101 aattacccct gacgtatctc ggcatcaaag catcggagcg aaaggaacgc gtgcagaaca
    26161 tcttgaagcg catgagcatc agtcatcgag ggcggcattt cccgcagcag ctttctggcg
    26221 gccaacagca acgcgtggcc atcgccaggg ccgttgtcgc gaatccgaaa ttgatcttgg
    26281 cggacgagcc gacaggaaat ctggactcaa aaaatggctt ggaagtcatc cggctcctta
    26341 acgacctgca tgacgaaggc acgacgatcg ttatggtgac tcactcgcag catgatgcag
    26401 gctttgccaa tcgcatcatc aaccttttcg acggacaaat tgtgaataca acgcgtttgt
    26461 aaggattgtt ggggacttac gtcccgttaa attgttgagg gctaatgttt tttggagcgt
    26521 ttggaggcgt gcagggtggc atgcgttcaa acggtccaag aaatagacag cccttgaatc
    26581 ccctgaaacc ggctcgcctc agtgagccta aactttagaa taaaaaatat gcatacgata
    26641 tacagaaatc tcctgagcat ttttcgccga ttcaagatgg cgaccctttt taatttatgc
    26701 gggttggcgg tggctttttc tgccttcatg acgatcctca tgcaagtgga atatgattat
    26761 acttttgatc attttgaccc gaactattcg cgcatattcc gtgtggagtt tgtgcataaa
    26821 gagggcggag tgcaagcaat cctgagtagg cccatgattg aaacgctcat tgcttcatca
    26881 cctcatattc aggcgggaac gtatcaaaac atggattatg attttgtttt ttccatagaa
    26941 aatggtgctg acaaaaagaa atttcgtgaa ctgtatcaaa ccgtttctcc gggatttacc
    27001 gacgtcttcc actttgattt tgtagaaggc tcgccagatg tcttgaagac tcccgatcag
    27061 gtgatgatcc ccgagagtat ggcccgcaag atatttggcc aggaatcagc agtcgggaaa
    27121 aagctcatca acccatatct cacgctgacg gtaggt
//
LOCUS       SEQF2634|AYYE01001120.1 8934 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8934
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(389..958)
                     /locus_tag="SEQF2634_01228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKFEEITSALDPRVKGRCKHKVSDIIIIAIATYLCGGDDYVSM
                     YELCRERGEDLKPLVELPNGCPXVDTFERVISRIDPKAFGACLSVFGDTLIEDLKGKH
                     VSIDSKRIRGSKSSNSFTHILSAWVNEQSICLAGETVDEKSNEITTIPELLDSIDLSG
                     AVVSIDAMGTQTGIAQGRLWNQRLITFWL"
     CDS             1146..2261
                     /gene="resA_2"
                     /locus_tag="SEQF2634_01229"
                     /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
                     QKGEMQAVLDSFSYVTGTPENNAFKDIRSVLVDAQKNYMNLVSNIKEGELEAVKAKAK
                     QLEDEMMAKVKAYIEANPNKLTTAKLLTDFQFGLDEKTQEAALAKADSAFMKFPGIKE
                     IAEHLQAMKKVAVGQKFTDFEMVDLKGDTHKLSDYVGKGNVTLVDFWASWCGPCMQEV
                     PNLKKTYETYHKKGFEIVGISLDSEKGAWEAAVKDKQMNWIHLSDLRGWQSAGGALYG
                     VRSIPNTFLVDKDGTIVGHNLFGEELNKKLDELLAEK"
     CDS             2382..3761
                     /gene="pepP"
                     /locus_tag="SEQF2634_01230"
                     /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="MFKKETYIQRREALKKAVGTGLLLFMGNDEVGCNFEDNLYPYRQ
                     DSTFLYYFGLPYAGLMAVIDIDENREIIFGDELTIDAIVWMGVQPTLHEKSEAAGIKD
                     VRPLAELKPYLEAAARKGQPVRYLPTYRPEHRIKLLSLLGIMPGAEQPSVEFIKAVVN
                     MRNYKSDEEIAEIERACNVTADMHLRSLQMVRPGMRECEVAAAVQEVAAAHNFMLSFP
                     TIATVHGETLHNHDHSNVIRSGQLFLLDAGAETEMGYAGDMSSTVPADPKFTARQKEM
                     FEIQLASHEAAVKALRPGIRFEEVYDLSAEVIVEGMKSAGLMKGDAKEAVKAGAHALF
                     FPHGLGHMMGLDVHDMENLGEAYVGYGDQPKSKQFGRKSLRLARELEPGFVLTIEPGI
                     YFIPQLIDSWHAEKRFADFINYDKVITYKDFGGIRNEEDYLITADGARLLGKKILRHA
                     DALEELRKG"
     CDS             complement(4219..6288)
                     /locus_tag="SEQF2634_01231"
                     /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
                     GRLIYESTVSNAYPQIIGDRMYMFTNDHAPNFRLMTADVARPEYKDWRVLIPEGETVM
                     QNCVVTKHNIIVQDKKDIQSRLTLYDLEGHRQREIELPELGNVGGISYDREKDSIYMT
                     LNTFTTMPKTFVASPKDFKWKLYFARETPIDMSDIEAKIIFYPSKDGTKIPAFIYHKK
                     GLKMDGNNPVLIDGYGGFNDGIAPSYIGFYRSLLERGVVVVEAGIRGGDEYGESWHRS
                     GMLDKKQNTFDDFNSCAEWLIREKYTNPTRIAAKGGSNGGLLMGAIATQRPDLYRAIV
                     CQVPLLDMLRYHRFLIARYWIPEYGSSDDAEQFRWLFPYSPYHNIRSGVNLPTMLVTT
                     GANDSRVDPLHAKKFVAALQNNPGQLNPVILHIDYDSGHGSGQSTEQSIANWSFIFEF
                     ILNQLGL"
     CDS             6482..6928
                     /locus_tag="SEQF2634_01232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYAHTIRQTTINKMDMLHIEKIWLTDDAIWIRTADGREAAERFV
                     DYPRLARATADERARYLADGAGIHWPELDEDLCYEGFFTPKTHSPLYDFFMAHPELDA
                     SAVARRMKMPQSLLAQYLSGARQLSEQGFEEIVRTVRSIGRELVEV"
     CDS             7635..8618
                     /locus_tag="SEQF2634_01233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKEKVSSYELPKTVNFIVANTSRFSAEEYVPYQVELFKHVKAA
                     DQTKIKLPAGMAEEWDRLNGVGMEINKVTATSGLTKAKQKKDQERDRLLIHLFGMIRQ
                     QKYAPKKETIEAADRLSIIVAPYLGARDKRCDIKSGLILGLEKDLGKAPADVAAVGLT
                     DTLSQLHTVNAEYMTLGGASDAEIIERSKLPSIRDVRDAIDKIHLVACQVLQANYLTT
                     TKDEERTAIEALAEQMNQVTLRYKSRHNVSEAQKKSAAEKHPKEPKEPKEPKKPADPK
                     DPKDPKKPDAPKDPKDPKQPGTGPGEQPKPGGEQPKPGGSDGGPDIHLPEE"
ORIGIN      
        1 agcgtattct ttgcgcgccc tgcaatgatc ctttctaaag gtcacgtcaa ggtgccaatg
       61 caatctgttt tctattcccc aatgaccacg aatataggag ctgatctttt ccacagcctc
      121 agccggcaaa ctgctcaaac agtactgttt ttcatgccgt tnagtcccgt ctgataaggt
      181 ganaaggcga tcgacttgga tcagagaaga caaatttttc caagcatcgc attgcgattc
      241 acatccaaca cctcttgaga gcaaagggct gtataagtcc gctcttctac cctcccatga
      301 tctttttcca aagtgttgta tgcaaattct ttgcagcggc ctgtaaaagc gtcttttacg
      361 tcttctgcca agtgcttatg attccccttc aaagccaaaa cgtaatcagc ctctgattcc
      421 acaatcttcc ctgagcaata ccggtttgcg tccccatggc atcgatactt accacggcac
      481 ccgagaggtc tatgctgtca agcaattctg gaatggtcgt aatttcatta cttttctcat
      541 ccaccgtctc tccggcaagg caaatggact gttcattgac ccacgccgaa agtatgtggg
      601 tgaacgaatt agaggatttt gatccgcgta ttcgtttgct atcaatagag acgtgtttcc
      661 ctttaaggtc ttctataagc gtatccccga agaccgataa acacgctcca aaagccttcg
      721 gatcaattcg agaaattact ctttcgaaag tgtccacnct cggacaacca ttgggcagtt
      781 ccaccaaagg ttttaggtcc tcgcctcgtt ctcgacagag ttcatacata gagacgtaat
      841 catcaccacc gcagagatag gtggctatgg caataatgat tatgtcactc actttgtgct
      901 tacaacgtcc tttcacccgt ggatcgagtg ctgatgtgat ctcttcaaat ttttccatgt
      961 cccctaagaa caacattttg atgcggttgc cctggctata gggatcttat tccgaatcag
     1021 attcagacgg atttttactt ttgccgccac ttcgtcagag gcttattgag actttcgcgc
     1081 gaagtgagat cccctattgt tgtattgtta tattgtatca tgtattagaa caaacagatc
     1141 agattatgaa aaggctttta tggtttgcag cagtggctgc agtatgtgtg agttgtggcg
     1201 ggaagaagtc cggctacgtg attgatggta agattgccga gggtcgtacg gacctcgaag
     1261 gtaagtacgt gtatctgatt ccgtacggat cagatggcgc ggcgacagac agtgcattga
     1321 tcgagaagaa tacgttcaag ttgcagggcg aacctactgc tgacggtctt tatgctctct
     1381 acttgaagga cgagggagac gagatgatga gccgtgtggg tgaggcgcca ttctctgccg
     1441 tgtttgtgtt gcagaagggg gagatgcagg ctgtacttga ctcgttttcg tatgtgacgg
     1501 gtacgccgga gaataacgcg ttcaaagaca ttcgttcggt attggtcgat gcgcagaaga
     1561 actatatgaa tcttgtcagc aacatcaagg agggcgaatt agaggctgtg aaggcgaagg
     1621 ctaagcagct ggaggatgag atgatggcca aggtgaaggc ttacatcgag gcgaatccta
     1681 acaagctcac tacggctaag cttctcaccg atttccagtt tgggctggat gaaaagacgc
     1741 aggaggcagc attggccaag gcggattcgg ccttcatgaa gtttcctggc atcaaggaga
     1801 tagccgaaca tttgcaggcg atgaagaagg tggccgtcgg acagaagttc acagactttg
     1861 agatggtcga cctgaagggt gacacccaca aactgtcgga ctatgtaggc aagggcaacg
     1921 tgacgctggt agatttctgg gcgtcatggt gtgggccgtg catgcaagag gtgccgaact
     1981 tgaagaaaac gtatgagacc taccacaaga agggattcga gatcgtcgga atctcgcttg
     2041 actcggagaa gggcgcctgg gaagcagccg tgaaggacaa gcagatgaac tggatccacc
     2101 tgtccgacct gagagggtgg cagtcggctg gcggagctct ctacggtgta cgatcaatcc
     2161 cgaacacctt cttggtggat aaggacggta cgattgtcgg tcacaacctc tttggcgagg
     2221 agctgaataa gaagctggac gaactgttgg ccgagaagta atcctccccg agactttgtg
     2281 tataggtatg ataaagcggc aaggcaagtg tacaatgtga tacggccttg ccgctttcct
     2341 tttacttttg ctccatctga tttcaaaaca cgataatcac tatgttcaag aaagaaactt
     2401 acattcagcg gcgtgaggcc ctgaagaagg ctgttggcac gggcctgttg ttattcatgg
     2461 gtaacgacga agtgggttgc aactttgagg acaacctcta tccctaccgt caggactcta
     2521 cgttcctcta ctattttggc ttgccctatg cggggctaat ggccgtcatt gacatcgatg
     2581 agaaccgcga gatcatcttc ggcgacgaac tgacgatcga cgccatcgtc tggatgggtg
     2641 tgcagccgac actccacgaa aagagcgaag ctgccggtat taaagacgtt cgtccgttgg
     2701 ccgagctgaa accgtacctc gaggcagccg cccgcaaggg acagcccgtg cgttacctgc
     2761 cgacttaccg ccccgaacac cgcatcaaac tactctcact gctgggtatc atgccgggcg
     2821 ctgagcagcc gtcggtggag ttcattaagg cggtggtgaa tatgaggaac tacaagtcgg
     2881 acgaggagat tgcagagatc gaaagggcgt gcaacgtgac ggccgacatg cacctacgtt
     2941 cgttacagat ggtacgtccg ggaatgcggg agtgcgaagt ggcggcggct gtgcaggaag
     3001 tggcggcggc gcacaacttc atgctctcgt tcccgaccat tgccacagtg cacggcgaga
     3061 cgctccacaa ccacgaccac agcaacgtga tccgtagcgg gcaactcttc ctgctcgatg
     3121 cgggcgcgga gacagagatg ggctacgcgg gcgatatgtc gagtacagtg cctgccgatc
     3181 cgaagttcac cgcacgccag aaggaaatgt tcgagatcca gttggccagc cacgaggcag
     3241 ccgtcaaggc gcttcgtccc ggcatccgat tcgaggaagt ctacgacctg tcggccgagg
     3301 tgatcgtcga gggcatgaaa agcgcagggc tgatgaaggg tgacgccaag gaggctgtca
     3361 aggccggtgc gcatgcgctc tttttccccc acggactggg ccacatgatg ggcctcgacg
     3421 tgcatgacat ggagaactta ggcgaggctt acgtcggcta tggcgaccaa ccgaagagca
     3481 aacagttcgg acgcaagtcg ctgcggttgg cccgtgagct ggagccagga tttgtgctga
     3541 ccattgagcc gggtatctac ttcatcccgc agctcattga ctcgtggcac gcagagaagc
     3601 ggttcgcaga cttcatcaac tacgacaagg tgatcaccta caaagacttc ggcggtatcc
     3661 gcaacgaaga ggactacttg atcactgccg atggtgcgcg tctcttaggc aagaagatcc
     3721 tgcgccatgc ggacgcactg gaggagctgc ggaagggctg atgacggaat gacggaccgt
     3781 tagttgtccg tcgttagcgc ttatgccggg tatcccgatc gcggatgccc ggcatttttt
     3841 atgtactccc gtgtgaggag cggggcaaac cgtccgtcgc gggcgagggg tagcggccaa
     3901 aacgagcgag gccgcccggc gggatctccc cggcaggcag cctcttgttg gtattcaatg
     3961 ttgtgtaccc ccaatggctt tcgcaagccc tacgcgggga gcacttcatt gatgattgac
     4021 atcagtcgag gcgctcgggg atgactttcg caagtcctac agagaatgag cgccccaaaa
     4081 tgatcgctta tagtatatga aacaactccg gacggactta tcgcaagtcg gttggtcgat
     4141 ggagcgttat gatagcgtag tatgagtggg cgtacgccag atgtcacacg ctggcgcgcg
     4201 ccctaattgc aatttctgtt agagtcctaa ctggttcagg atgaattcga aaatgaatga
     4261 ccagttagct atcgattgct cggtgctttg tcccgatccg tggccgctat catagtcgat
     4321 atgcaggatg acggggttca gctgaccggg gttgttctgc agggccgcca caaatttctt
     4381 ggcgtggagc gggtcgacac gactgtcgtt ggcaccggtg gtgacgagca tggtcggcag
     4441 gttgaccccc gagcgaatgt tatggtaagg cgagtagggg aagagccagc ggaactgttc
     4501 ggcgtcgtcc gaggagccat actcggggat ccagtagcgg gcgatgagga agcggtggta
     4561 gcggagcatg tccaacagcg gcacctggca gacgatggcc cggtagaggt ccggccgttg
     4621 cgtagcgatc gcgcccatga gcaggccgcc gttgctgcct cccttagccg caatgcgggt
     4681 ggggttggtg tacttctcgc ggatgagcca ctcggcgcag ctgttaaagt cgtcgaaggt
     4741 gttctgcttc ttgtccagca taccgctgcg gtgccagctc tcgccgtact cgtcgccgcc
     4801 gcggataccg gcctccacca cgaccactcc gcgttccagc agtgagcggt aaaatccgat
     4861 gtagctgggt gcgataccgt cgttgaatcc gccgtatccg tcgatcagca ccgggttatt
     4921 gccgtccatt ttgagtccct tcttgtggta gatgaaggcg gggatcttcg tgccgtcctt
     4981 tgaggggtag aaaatgatct tagcctcgat gtcgctcatg tctatcggcg tctcgcgggc
     5041 gaaatagagc ttccatttga agtctttggg cgaggccacg aaggttttgg gcatcgtggt
     5101 gaaggtgttc agggtcatgt agatcgaatc cttctcgcgg tcgtagctga tgccgcccac
     5161 gtttcccagc tcgggcagct cgatttcgcg ctgccgatgg ccctccaggt cgtagagcgt
     5221 gaggcggctc tggatgtcct tcttatcctg gacaatgatg ttgtgtttcg tcactacgca
     5281 gttctgcatc acggtctcgc cttcggggat aagcacccgc cagtccttgt attcgggtcg
     5341 ggccacgtcg gccgtcatta ggcggaagtt gggcgcgtga tcgttggtga acatatacat
     5401 gcggtcgcca atgatctgcg gataggcgtt cgatacggtg ctctcataga tgagtcgtcc
     5461 cttctcgttc gtgcccgtgc gacggatgta ggccttgttg gagtaaaaat cgctctcgcc
     5521 atagaccgtc atgtcgccgt atcggttatc gtagatgaaa aagctgtttt tggcgtcgtc
     5581 cgtggtgcca atctgacgcg ctttggaggc tggggtgccg aactcccaga gatacgtctt
     5641 gagggggcgc tgggcagcca cgtcctccgg cgaacggaag gtgacatagg cgtgcttctg
     5701 atccttggtc cacttaaagt cgaacgtatt ctcgagcggt ttgccgatct gtttccccgt
     5761 gcgcgtatca atgaaatacg tcgttgagat ctccgcgcca cttttttgag cgctgatcgc
     5821 tgcccggttg ccgtcgtagg tataggccac gccggaggta gacgtcttgc ccgtggggtc
     5881 gatggccacc gggtcccaga tgagtacacg cttgccgttc aggatggtgt agatgcgata
     5941 ctgcttgtcg cccttcatct tcacggtttg aaaaacgcga tcgccgacgt tggtcagcgg
     6001 tccctcataa tcgcggtcga tataggctgc gagttgttca cgtacgcccg gatgcacctg
     6061 ctgtgtcttc tggaggtact cgataccata gtcatgctgc gcttttgacc aagccacgac
     6121 agccggatcg tccttatcct cgagccatcg gtaggggtcg gtaaagacaa cattgtgaat
     6181 cgtgtctctt acggcatgtt ggggggttgc cggcggtcga aactcgacct gtgcccgccc
     6241 cgctgttcca gcgaacagca tcatcgggag ccagtactga tatttcatct tgtgtggtat
     6301 aaaagtggtg atgtctattg aaaacgtggg caaagaaggg gatgaaaatc gaaaaaatga
     6361 agcccgaatg caaaaaagat ctccccttgt cgcgccgaat agggtggggg agggccggga
     6421 gcgggggaag gccgatcggg attcctcgtg tatctttgcc ctaccactaa ataccccctg
     6481 catgtatgcc cacacgattc gacaaaccac gataaacaaa atggatatgc tacacattga
     6541 aaagatctgg ctgaccgacg acgccatatg gatacgcact gcggacggac gcgaggccgc
     6601 cgaacgcttt gtcgactacc cgcgactggc ccgcgctacc gccgacgagc gcgcccgtta
     6661 tctggccgac ggggcgggga tacactggcc ggagctggat gaagacctct gttacgaggg
     6721 attctttacg cctaagacac acagcccgct gtacgatttc ttcatggcac acccggagct
     6781 ggacgcctcg gctgtagccc ggcggatgaa aatgccgcag agcctcctcg cccagtacct
     6841 cagcggggcg cgacagctgt cggagcaggg ctttgaggag atcgtgcgaa cggtgcgctc
     6901 catcggccgt gaattggtcg aggtttagcc cttgcgctta tatatatagg tatagacgtg
     6961 cggggacgcg cgcttgtcgc tgtcggtggg agatacgaag gcttggaaag actcgttgtc
     7021 tcggacaata ctaaatgctt gatcaaggta ttcaatattg tccgagacaa tactaaatac
     7081 ctgattcaac tatctatcat tgatcgaatc aacaataaat aagagcgtcg atatttatta
     7141 tcgtctccga aaacattgaa tacctgcatg agttgtttat tgttatctca gacaatgacg
     7201 ccctccgagg ggtgaagtct ccccgcgccc gagacagtgt caccttcgaa ggctcggaat
     7261 cttttattga tagagaccgt aagggttttc tatgcgtgaa gcctctctat gtctgaaaaa
     7321 gtgtcacctt taggtgtcta aaatctctta ttgacagaga ccgtaagagt tttctacgcg
     7381 tggagcctct ctatgtctga aaaagtgtca cctttggggg tctaaaatct cttattgaca
     7441 gagaccgtaa aagttttttg catgcagagc ttctctatgt cagaaatggt tgtacctttg
     7501 gggccatcag atcgctcctc gtctgaggtg ggagaggctt cccgaaagag acgtttcttc
     7561 gtgcttcaga caatgagaga tttgttcgag taaaattcac catatttgca cacaattcta
     7621 gaccatgtaa tgttatgacg aaagaaaaag tgagcagcta cgagctccca aaaacggtaa
     7681 actttatcgt agccaacacc tcgagattct ccgcagagga gtatgtaccc tatcaagtag
     7741 agcttttcaa gcacgtcaag gcagccgacc aaacgaagat caaactgccg gccggcatgg
     7801 ccgaggagtg ggatcgcctg aacggtgtcg ggatggagat caacaaggtc accgccactt
     7861 cgggccttac caaagccaag cagaagaaag atcaggagcg cgaccgcctg ctgatacacc
     7921 tcttcggcat gatccgccag cagaagtacg cgcccaagaa ggagaccatc gaagccgccg
     7981 accgcctcag catcatcgtg gccccctatc tgggagcacg cgacaagcgc tgcgacatca
     8041 aatccgggct catcctgggg ctggaaaaag acctcggtaa ggccccggcc gacgtggcag
     8101 ccgtgggact caccgacacc ctgagccaac tgcacaccgt caacgcggaa tacatgaccc
     8161 tgggcggagc cagcgacgcc gaaatcatcg aacgcagtaa gttgccgtcc attcgggacg
     8221 tccgagatgc catcgacaag atccatctgg tggcctgcca ggtgctccaa gccaactact
     8281 tgaccaccac caaggacgag gagcgcacgg ccatcgaggc cctggccgaa cagatgaacc
     8341 aggtcaccct ccgctacaag tcgcgccaca acgtcagtga ggcccagaag aaatccgccg
     8401 ccgagaagca tcccaaggaa cccaaggagc cgaaggagcc caaaaagccg gccgatccga
     8461 aagaccccaa ggacccgaaa aagcctgacg cgcccaagga tccgaaggac cccaaacagc
     8521 ccggcaccgg ccccggcgag cagcccaaac cgggcggcga acaacccaaa ccgggcggca
     8581 gcgacggagg ccccgacatc caccttccgg aagagtaaga cgagacgaga gacaatgatc
     8641 taagagcgag aaacgccgtg cgcatgcgtt caccccgcag gtgcccggcc gtttttcgtt
     8701 ttacggtttg ctcgtgagct ctactgtttt tagctattca ctttgcggtt tacgcgtggg
     8761 tcctactgtt tttagctatt cgctttgcgg tttacgcgtg ggccctactg tttttggcta
     8821 ttcgctttgt ggtttatgcg tgagtcttac tgtttttagc tattcgcttt gcggtttacg
     8881 cgtgggccct actgtttttg gctattcgct ttatggtttg cgcgtgagtc ctac
//
LOCUS       SEQF2634|AYYE01001121.1 1244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(389..958)
                     /locus_tag="SEQF2634_01234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKFEEITSALDPRVKGRCKHKVSDIIIIAIATYLCGGDDYVSM
                     YELCRERGEDLKPLVELPNGCPXVDTFERVISRIDPKAFGACLSVFGDTLIEDLKGKH
                     VSIDXKRIRGSKSSNSFTHILSAWVNEQSICLAGETVDEXSNEITTIPELLDSIDLSG
                     AVVSIDAMGTQTGIAQGRLWNQRLITFWL"
     CDS             complement(1062..1226)
                     /locus_tag="SEQF2634_01235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDKQWIMTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLF
                     PVLTNQKTNS"
ORIGIN      
        1 agcgtattct ttgcgcgccc tgcaatgatc ctttctaaag gtcacgtcaa ggtgccaatg
       61 caatctgttt tctattcncc aatgaccacg aatataggag ctgatctttt cnacagcctc
      121 agccggcaaa ctgctcaaac agtactgttt ttcatgccgt tnagtcccgt ctgataaggt
      181 ganaaggcga tcgacttgga tcagagaaga caaatttttc caagcatcgc attgcgattc
      241 acatccaaca cctcttgaga gcaaagggct gtataagtcc gctcttctac cctcccatga
      301 tctttttcca aagtgttgta tgcaaattct ttgcagcggc ctgtaaaagc gtcttttacg
      361 tcttctgcca agtgcttatg attccccttc aaagccaaaa cgtaatcagc ctctgattcc
      421 acaatcttcc ctgagcaata ccggtttgcg tccccatggc atcgatactt accacggcac
      481 ccgagaggtc tatgctgtca agcaattctg gaatggtcgt aatttcatta ctnttctcat
      541 ccaccgtctc tccggcaagg caaatggact gttcattgac ccacgccgaa agtatgtggg
      601 tgaacgaatt agaggatttt gatccgcgta ttcgtttgcn atcaatagag acgtgtttcc
      661 ctttaaggtc ttctataagc gtatccccga agaccgataa acacgctcca aaagccttcg
      721 gatcaattcg agaaattact ctttcgaaag tgtccacnct cggacaacca ttgggcagtt
      781 ccaccaaagg ttttaggtcc tcncctcgtt ctcgacagag ttcatacata gagacgtaat
      841 catcaccacc gcagagatag gtggctatgg caataatgat tatgtcactc actttgtgct
      901 tacaacgtcc tttcacccgt ggatcgagtg ctgacgtgat ctcttcaaat ttttccatgt
      961 cccctaagaa caacattttg atgcggttgc cctggatgga aggtcagctt cttcttgatc
     1021 ccgcagaggt cggcgatctc cttgaggtac gaattggtct tctacgaatt ggtcttctga
     1081 ttcgtcagga cgggaaagag cttgccgtcc cgatacgtct tgtggctgta cttcgcaatg
     1141 atcgctctcg gaatgtcgag aagcagcacg ttggtttcca cgctcgtttt ctgtcgcttg
     1201 gtcatgatcc actgcttgtc gtccatcgtc acgatgtggt ctgg
//
LOCUS       SEQF2634|AYYE01001122.1 7552 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7552
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             281..562
                     /locus_tag="SEQF2634_01236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDNKTSCAPADNQQTLWDRIDWTEAELAVRKLQARIVKAQKEG
                     RTGKVKALQWTLTHSFYAKALAVKRVTSNGGGNTPGVDMETWEKPEAKT"
     CDS             665..1948
                     /gene="ltrA_5"
                     /locus_tag="SEQF2634_01237"
                     /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="MKDRAMQALYLMALEPVSETTADTRSYGFRKERRCMDAVQQCHN
                     ILRKGYSPEWILEGDIKGCFDHISHEWLLANIPMDKAMLRKWLKCGYIFNKQMFPTEE
                     GTPQGGIISPTLANMTLDGLQKVLAEKYKRVRIKGKLYSPMVNLVRYADDFIITCENR
                     ETLEKEIKPLVADFMSERGLTLSEEKTVITNICDGFDFLGFNIRKYGNEILTKPTKKA
                     EKRFMENIRKVIKGNKGCRQESLIRMLNAKIRGWGAYYQHGATRDSFHRVDHQIFLSL
                     WQWAKRRHSKKEKRWIKDRYWHNIRGNSWTFAAKFKKSNGKEDQLTLLTLASSFPFLQ
                     YTQIKGDMNPFDVDCRLYFNQRMKSKMLVSLKGRKSLLYLWEKQGRKCPICGEPIDTH
                     KAWNVMPTVQNGRKCNLLVHDKCFKLSHKSNDNNK"
     misc_RNA        1990..2066
                     /locus_tag="SEQF2634_01238"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(2357..2998)
                     /locus_tag="SEQF2634_01239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQNTPENPIYLGFASQKGGVGKSSLAEALASILYYEKGIPLLV
                     VDCDGTQESFIITEQKSICPRQIGAFVFLSTPKTSDHLMKTKIGRGLLAFLVCVQALA
                     ALNAHAQRGADRLFSLPLFERAVACIKHYEGLHGPKNYPYVGYGHRLLPGERLSCAMT
                     KRQADSLLRADLKKRLVTFRHFGRDSLLLAVLSYNVGEYRLLGYGKQPKRRLI"
     CDS             3566..3946
                     /locus_tag="SEQF2634_01240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNSPRWDNWHVRLPAPEDQREAIDLFQKSGAKTKSDFVRARL
                     LGEPFKVITVDKSAVDYYRKLSELTGQIHKIGVLYNQAVRAINSYHSDQVARVLLERL
                     ERYSARIVLLLEEAVRLTIDFRSR"
     CDS             3943..5190
                     /locus_tag="SEQF2634_01241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISSSNSLAATLGYNFKKVEKHEASVLLVQGLFQAENGIYS
                     RSQVLADMLQTIPPRCHTKKAVFHCSLNPHPDEKLSDEALSQIAREYMGALGYGGQPY
                     IVFRHNDIPREHIHIVSLRVDSEGRKIGDRFERRRSKRITDALERKYGLIPSGHSQKK
                     KNVSAQPSAVDIDAGDIKRQVAAAVEHVLGRYAFQSVGEMNLLLARFRVTAEEVKTER
                     KGRPFDGIVYAATDAGGHKICTPIKASEIGRQVSYAALRRHFEQSKSVVRERGGAIRR
                     AIADVMQTSPDRVEFIDRMRERGIETVLRINTAGRLYGITFIDDANGIAVNGSRLGKG
                     FAANVFNAYFAGEPNPFLEMSRPKEKEERAAMVDELTESPNDMPPTEIDLSLQVHGAD
                     LRELAFQRRLRNRARVRLRRKPR"
     CDS             5541..6275
                     /locus_tag="SEQF2634_01242"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNEDDLRGLAKTMDLMRAIAILFTAMHAYWFCYAAFRDRQLTL
                     AVVDTILLNFDRSTGLFASPLWTKLFATVFLSLSCLGTKGVRTERITWPRVGAVAAAG
                     TLLFFLNGWTLRLPIGTDACAGLYLTTLAAGFVCLLMAGSWASRLLKNNLMDDVFNVE
                     NESFMQETRLMTNEYSVNLPTRFYYRKKWQSGWINVVNPFRATMVLGTPGSGKSYAIV
                     NNYIKRPLRKPISSQLALSSTELRSL"
     CDS             complement(6610..7065)
                     /locus_tag="SEQF2634_01243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKLLKELNKQFKKHGISRIDQGAIVDASIVDSPNAPDGSILIE
                     VADDREDLRTKEEQAQEQAYQYELKSRKPGVDTEARWVRKGRQYRYGYKKHVLTDRQG
                     LVESIITTPANCADTVVLPELIEKAELTQGVSVLADKGYCSREELGLSP"
     CDS             complement(7085..7435)
                     /locus_tag="SEQF2634_01244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTKQTESAPSFLQVYTQVRRDRMKHSFLRQISACVDWRDIRTL
                     LNKKYTKTQNATGNPAYDALMMFKILLLQTWYGLSDYEVEERINDFILFERIPPLGYG
                     PSSSRPQHHLSLSR"
ORIGIN      
        1 atagtaagcc tgtatatctc ctgtcataca gattgatagg taagcagaca gtaatgaacg
       61 ctgaatggta tgcaggtata agacagcaga aaaagcgaat gccgttctgt aatggagcgg
      121 atacggattg agccgacatc acgggttgat ttgggtaaca tcatccgaca cgaaagtggg
      181 ctgacttctg tgatgacact cggtaggcaa acaaaccgaa tgtcatcaaa tggtgattct
      241 ttacaattaa cttttagaac tttcaaaagg aggaaagcaa atgaacgaca acaagacatc
      301 gtgtgcgcct gctgacaatc agcaaacact ttgggacaga atagactgga ctgaagcgga
      361 gttggctgtc agaaagctac aagcgcgtat tgtaaaggct cagaaggaag gcagaacggg
      421 caaggtgaaa gccttgcagt ggacgctgac ccactctttt tacgcaaaag ccttagccgt
      481 aaagagagtt acttccaacg gaggtggcaa cacccccggg gtggacatgg aaacatggga
      541 gaaacccgaa gcaaaaacat aagcgataag cgaactcaaa cgcagaggct atcagccgaa
      601 gccattgaga agagtccaca tcaaaaagag taatggcaaa ctgcgaccgt tgggaatacc
      661 gacaatgaaa gacagagcca tgcaagcact ctacctcatg gcattggaac cagtgtcgga
      721 aacaacagcc gacacacgtt catacggttt ccgcaaggaa cgccgctgta tggatgctgt
      781 tcagcaatgt cataacattc tccggaaagg ctattctccc gaatggattc tggagggtga
      841 cataaagggg tgcttcgacc atatcagcca tgaatggctg cttgccaaca tccctatgga
      901 taaggcaatg ctccgtaagt ggctgaaatg cggctatatc ttcaacaaac agatgttccc
      961 gacagaggag ggaacaccac aaggtggcat tatctctccc acgcttgcca atatgacatt
     1021 ggacggattg cagaaagtcc ttgcagagaa atataaacga gttagaatca aaggcaagtt
     1081 atattcgcca atggtaaatc ttgtccgcta cgctgatgac tttataatta cctgcgagaa
     1141 ccgtgaaaca cttgaaaagg aaataaagcc attggtagcc gactttatgt ctgaaagagg
     1201 tctgacctta tcagaagaaa agacggtgat aaccaacatc tgtgacgggt tcgatttcct
     1261 aggtttcaac atccgcaaat acggcaatga aatattgacc aagcctacca agaaagccga
     1321 aaaacgcttt atggagaata tccgtaaggt aataaaaggc aacaaggggt gcaggcagga
     1381 gtccttgatc agaatgttga atgctaaaat ccgaggatgg ggagcttact atcagcatgg
     1441 cgcaacgcgt gactcctttc acagagttga ccatcagata ttcctctccc tatggcaatg
     1501 ggctaaacgt cgccactcca agaaagagaa gcgatggatt aaagaccgct actggcataa
     1561 tatccgaggt aacagctgga cttttgctgc caagttcaag aagtcaaatg gaaaggaaga
     1621 ccaactcaca ttgttgactt tggcttcctc attccctttt ctgcaatata cgcagataaa
     1681 aggggatatg aatccgtttg acgtggactg tcgtttatac ttcaaccaaa gaatgaagtc
     1741 gaaaatgctt gtttcactga aaggacgtaa gtctttgctt tacctatggg aaaagcaagg
     1801 aagaaaatgt ccaatatgcg gtgagccgat agacacgcac aaggcatgga atgtgatgcc
     1861 taccgtccaa aatgggcgaa agtgcaatct attggttcat gacaaatgtt tcaaattatc
     1921 ccacaaatcc aatgacaaca acaagtaata tgagccggtc tctatataag aatagggatt
     1981 tagaaaagct tgagccgtat gaggggaaac tctcatgtac ggttcttagg ggggaagagg
     2041 gtagtaatgc ccttgaccta cccgatcgtc ctctatctcg tgcatgcaac actccgaatg
     2101 gttcttcggg tgctattcta ccttattcga tggctttgca ttgccgctgc attggcttgg
     2161 atcgtttgtg ggctgctgtt ttgagacgtt acaatagcaa tgacggggag aggatcaatc
     2221 cccttccccg tcacttttca tagagcagcg caagctccac gcgacgtcgt aaacgcagtg
     2281 ctttcaactc tttgccgcgg tatcggcaga acgaggtgta ctcacctcgg atgtctctgt
     2341 cgcccgattc caacttctaa atgaggcgcc tctttggctg cttgccgtag cctaagaggc
     2401 ggtattcacc gacgttgtat gacaacacgg caagaagcaa ggagtcgcga ccgaagtgac
     2461 ggaacgtgac gagccgtttc tttagatctg cgcgaagcaa ggaatccgcc tgccgtttcg
     2521 tcatcgcaca cgaaagccgc tcaccgggta gcaggcggtg accgtagccg acataaggat
     2581 agtttttcgg gccatgtagc ccttcgtaat gtttgatgca cgcgacggca cgctcgaaga
     2641 gcggaaggct gaacagccga tcggctccac gctgtgcatg cgcgttgagc gccgcgagcg
     2701 cttggacaca aacgaggaac gcaagcaggc cgcgtccgat tttcgttttc ataaggtggt
     2761 cagatgtttt cggggtggat aaaaagacaa aagcaccgat ctgtcgcgga cagatgcttt
     2821 tttgttccgt gattatgaac gattcctgcg tcccgtcgca atcgacgacc aacaggggga
     2881 tccctttttc gtagtaaagg atagaggcga gagcctcggc caagctgctt ttgccgacgc
     2941 ctcccttttg agaggcgaag cccaaataga tgggattttc gggtgtgttt tgcgtcatat
     3001 atataaaggt atagggtgtt acttgtgtga ggcttcgact tatcgactga catagctcgt
     3061 tgtggtcggt cgataggttg gttggtcaat gagtcggtca ccaagtcagt aggtcgatag
     3121 gtctgtgagc ccgtcagtcg gtcaataagt cagttactga atcaataggt cgataggtca
     3181 ataagtcatc gagtcagcag gtcaataagt caatcactga gtcggtcggt cattgagtcc
     3241 gccagtcagt cactaagtca gtcggttagt cagtaagtcc ggggcgaagt aagtcggtag
     3301 gtcagtcact cccgacccct caaggatata ccgggaaatc gcgggaagaa gttcaaacag
     3361 cccttattac aagcggattg tagagtctgc atagctttgc cgccgaattg aaagttgggg
     3421 agttgagctg ccttttggca tacggccctg aaggccaggc aaggtgtgtt tttgtgacac
     3481 aaaccgccgt ttgtaccacg aaaaaccttg ccccggctgg ggggcggttc actccaaagt
     3541 cgtaacctaa aaacctcaaa tcgaaatgaa agacaacagt ccgcgctggg acaattggca
     3601 cgtccgtctg ccggcccccg aagaccaacg agaagccatt gatctcttcc aaaaatcagg
     3661 cgcgaaaacg aagtccgact tcgtgcgtgc acgcttgctg ggggagcctt ttaaggtgat
     3721 tacggtggat aaatcagccg tcgattacta ccgcaaactc tccgaactga cggggcaaat
     3781 ccacaagatc ggcgtgctgt acaatcaagc cgtccgcgct attaactcgt accattctga
     3841 ccaagtagcg cgcgtgctgc tcgaaagatt ggagcgttac tctgcccgaa tcgtcctctt
     3901 gctggaagag gccgtccgcc tgaccataga ctttcgcagc cgatgattgc caagatttcg
     3961 tcctccaaca gcctcgctgc gacgttagga tacaacttca aaaaggtgga gaaacacgag
     4021 gcttccgtgc tgcttgtgca gggacttttt caagctgaaa acggcatcta cagccgatcg
     4081 caggtacttg ccgacatgct gcaaacgatc ccgccgaggt gccacacaaa gaaggcggtc
     4141 ttccactgtt cgctcaatcc gcacccggac gaaaagctgt ccgacgaggc gctctcgcag
     4201 atcgcccgcg agtacatggg ggcgctcgga tatggcgggc agccgtacat cgttttccgc
     4261 cataatgaca taccccgcga gcacatccac atcgtttcgc tgcgcgtgga cagcgagggg
     4321 cgaaagatcg gcgaccgttt cgagcggcgg cgcagcaagc gaatcactga cgcattggaa
     4381 cggaagtatg gcctaatccc gagcggccac agccaaaaga agaagaatgt ttctgcccaa
     4441 ccgtcagctg tcgacattga tgcgggggac attaagcggc aggttgcggc cgctgtagag
     4501 cacgtgctcg ggcggtacgc gtttcagtct gtcggagaga tgaatctgct gctggcacgt
     4561 ttccgtgtga cggccgagga ggtcaaaacg gagcggaagg gtaggccctt cgacgggatc
     4621 gtctacgcag caaccgatgc cggcggacac aagatctgca cgccgatcaa ggcctccgag
     4681 atcggtcggc aggtcagtta cgcggcgctt cgtcgtcact ttgagcagtc gaaaagcgtt
     4741 gtccgagagc gggggggagc gatccgccgt gcgattgccg acgtgatgca gacgtcgccc
     4801 gaccgtgtgg agttcatcga ccgtatgcgt gagcgcggca tcgaaactgt gctccgaatc
     4861 aacaccgcgg gacgcctgta cggcatcacc ttcatcgacg atgcgaacgg aatcgcagtc
     4921 aatggttcgc gcctcggaaa gggctttgca gcgaatgtgt tcaatgccta tttcgcaggc
     4981 gaaccgaatc cgttcctcga aatgagccgg ccaaaagaga aagaagaacg ggcggctatg
     5041 gtggacgaac tgacagaaag tccgaacgac atgcccccga cggagatcga tctcagtttg
     5101 caggtgcacg gcgccgacct tcgggaattg gccttccagc gtcggctgag aaaccgcgcc
     5161 cgcgtgcgtt tacgccgaaa accgcgatag cagtcctgaa ccccggaaga ttttgccctt
     5221 cgacggtcgt cagagcactg aaccctgagg gttttaccct tcgacggtcg tcggagcact
     5281 gaaccccgag ggtttcgccc ttcgacgctc gtcggaacac tgaaccctga gggttttgcc
     5341 cttcgacggt cgtcggagca ctgaaccctg agggttttgc ccttcgacgg tcgtcggagc
     5401 actgaacccc gagggttttg cccttcgacg gtcgtcggag cgctaaaccc tccagggttt
     5461 agccttcctt tttaagaagg agaccattca taaaacactt agaatcaata gaaagccaaa
     5521 caaattcaca ccaacacccc atgcaaaacg aagatgattt gaggggcctc gctaagacga
     5581 tggacctcat gcgagcgatc gcaatccttt ttaccgccat gcacgcgtac tggttctgct
     5641 acgcggcctt ccgcgaccgg cagctcacgc tggcagtcgt cgacaccatc ctgctgaact
     5701 tcgaccgttc caccgggctg ttcgcctcgc cgctctggac gaagctcttt gccactgtct
     5761 ttttgtcact ctcctgcctc ggcacgaagg gcgtccgaac ggagcggatc acctggccac
     5821 gcgtcggggc tgtcgccgct gcgggcaccc tgctgttctt cctgaacggc tggacgctcc
     5881 gcctgccgat cgggacagac gcgtgcgccg ggctgtatct cacgaccctc gccgccggat
     5941 tcgtctgcct gctcatggcc gggtcgtggg cgagccgtct gctgaagaac aacctcatgg
     6001 acgacgtctt caatgtggag aacgaaagct tcatgcagga gacccgcctg atgacgaacg
     6061 aatactccgt caaccttccg acgcgcttct attatcggaa gaaatggcag tccggatgga
     6121 tcaacgtcgt caatccgttt cgcgccacaa tggtgctcgg cacacccgga tcgggcaagt
     6181 cgtacgccat cgtaaacaac tacatcaaga gaccattgcg caagcccatc tcttcacagc
     6241 ttgcactttc ctccaccgaa cttcggagtc tttaggctga gaagtgagat gcctgtctct
     6301 tccccttgcc ccctttcggg aggatgatcc ttccgagagg gggcaagggg ctatttgatg
     6361 ctctggagca caagaagccc aggcatacgc ttgagattgt atgccatagc ttccaagata
     6421 ttctgtgtat gcgttcgctc aagccctcgg tagcgacatc gccctcctga aaaccacctt
     6481 cgaatactcc cgaaggtacg ctctatcaaa cagtgcattt tgctgatggc gttattccgt
     6541 tcacgttgtt gctctgtgag cttgatcccc ttctgcgcct tgagcataat tccatcaatc
     6601 aagccgcgct caaggagaca agccgagttc ttctcggcta caataacctt tatcggcaag
     6661 gacactaacg ccctgcgtaa gctcagcctt ctctatcagc tcgggcaata ccaccgtatc
     6721 ggcacaattg gctggcgtgg taattatgct ctccaccaac ccttgcctat cggtcagcac
     6781 gtgctttttg tacccgtagc gatattgtct gcctttgcgc acccaacgag cttccgtatc
     6841 gacccctggt ttgcgacttt tcaactcata ctgataagcc tgctcttggg cttgctcttc
     6901 tttggtgcgc aagtcctctc ggtcgtctgc cacttcgatg aggatacttc catcgggagc
     6961 gttcgggcta tccacaatgc tcgcatccac gatagcccct tggtcaatac ggctaatccc
     7021 gtgcttcttg aactgcttat tgagctcctt aaggagcttg tccataatcc ccaagcgtgt
     7081 cagttcagcg cgaaagcgac agatggtgct gtggtctgga gctggaaggc ccatatccaa
     7141 gaggaggaat tcgctcaaag aggatgaagt cgttgatccg ttcttcgact tcgtaatcac
     7201 tcaggccgta ccatgtctga agcagtagga tcttgaacat catcaaggca tcataggctg
     7261 gattgcctgt ggcgttctgg gtctttgtat acttcttgtt gagtagtgtg cgaatatctc
     7321 gccagtcaac gcaagcgctg atctgtcgaa ggaacgagtg cttcatgcgg tcgcgacgca
     7381 cctgcgtata aacttgcagg aagctcggag cggattcggt ttgtttggta ggcatagcta
     7441 tacgactgtt ttggttatga aaatactaaa tatcagtgat atacgaagta accacaacct
     7501 tgtatacctt tgaaataccg tgcaatggtc tctcgctgtc aatgctagtc ta
//
LOCUS       SEQF2634|AYYE01001123.152955 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..52955
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(730..2436)
                     /locus_tag="SEQF2634_01245"
                     /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
                     LGERGMDEEGFSGRDGRTSIFDYWSLDTLRRRCHGGRYDEALLTDAERSLLHQYTAIL
                     RLSREEKALAEGTFFDLMYVNPASDSFDPARQYAYLRKADEVVVLVAVNFADTPRRVR
                     IRIPEDAFRAMSIPDNTPARLTDLLTGTVAIGTLTHACAYEVELPPCSGRLLKFDYSG
                     LS"
     CDS             complement(2511..3413)
                     /locus_tag="SEQF2634_01246"
                     /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
                     PPKRTAPKAAAPTRQVAGEVGRPR"
     CDS             3445..3780
                     /locus_tag="SEQF2634_01247"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAKVWFRPQPCAGNAQPPRAAPKQVSSSPKSIREGPTAPPNNA
                     EMTCEGPKRVSNRPESIREDPTAPPNNAEMTRAGPKPSADSAELSRAVPIGSIFSHSD
                     LPERLSIIC"
     CDS             complement(4599..5024)
                     /gene="tsaE"
                     /locus_tag="SEQF2634_01248"
                     /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="MSTIHIPSLAYLHDAAQEFFRAVGPAPRVVAFYGEMGAGKTTFI
                     KALCEALGVRDAINSPTFAIVNEYVGRDADHLIYHFDFYRIRTLAEALDIGTEDYFER
                     PSWSFIEWPERIESLLPPQAVRVYITEQADGARELTISD"
     CDS             complement(5021..6565)
                     /gene="zraR_2"
                     /locus_tag="SEQF2634_01249"
                     /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             complement(6805..7704)
                     /gene="fklB_1"
                     /locus_tag="SEQF2634_01250"
                     /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
                     KAAKEAEKAAKKAEKAAKKTEKK"
     CDS             complement(7704..8411)
                     /gene="fklB_2"
                     /locus_tag="SEQF2634_01251"
                     /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="MKKINVWMMAAAAAACVTMNSCNQGVSTDAKLSSQIDSLSYAVG
                     INVGNNIKASAATFPGEDSLKIDLVIKGLLTVLKDSAAQKMTFEDASAYINAYIMKVQ
                     QAQAEAELKVGQDFLAANRSKEGVITTASGLQYKVISEGTGAKPTVKDKVRCHYTGRL
                     LDGTVFDSSVQRGQPAEFEVGQVIPGWQEVLQLMPVGSKFQVWIPSNLAYGTQGAGPI
                     KPNSTLEFEIELLEIVK"
     CDS             complement(8472..9056)
                     /gene="mip"
                     /locus_tag="SEQF2634_01252"
                     /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
                     AFDEAQRLLQAYFKDLQAEKFEMNKQVGEEFLRINKEKRGVVTLPSGLQYEVLKTGDG
                     QKPGPNDKVRCHYHGTLIDGRVFDSSIERGQPAVFGVSQVIRGWTEALQLMNVGSKWR
                     LFIPSDMAYGAHGAGEAIEPNMTLIFDVELLGIE"
     CDS             9313..9990
                     /locus_tag="SEQF2634_01253"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKTFLEMLATVLQTPESFSWHLQRCCKRQKVFRGTCNGVANAK
                     KFFVGLATVLQTPESFSWDLQRCCKRQKVFRETCNGVANARKFFVRLATVLQTPESFS
                     RLLQRLCKRQKVFRSICSIPANSKKFFAALAASLQTPKSFSKHLQHSCKLQKVFRGSC
                     SVPANARKFFGALAALLQTSRQTPRVQRNSRKGLCLCFDNTDDMSLMLLRLTFARPSK
                     GDLHLII"
     CDS             10005..10475
                     /locus_tag="SEQF2634_01254"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAEALSLRADLQKRVNELKVRFKDSAKVQEGDTPAEDLAALD
                     VELNTALEELEDLIYRINATNMRTVHEGETVTRLMARKDVLAMRVQLMKEVLSHVVEG
                     DARYGRNEIKTVRVVDVPDLRRRTDAAARELRELDMKIQALNWSVDLIEEDTNK"
     CDS             10472..11833
                     /locus_tag="SEQF2634_01255"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKELICPNCQKAFKVDEADYAAILMQVKDREFKADLDRRIAELH
                     KQHEAEQAAATLKANQAYERSLQQREVALKEKDATIARLETQLNGMEEKKQLELSAQL
                     ARKEQEIDRLKAEIKGNDDRVKIEVLKEGQRWREALQKAKSDGEQLQNEIKLEQKEAA
                     IRENALKEDYERRLKQQQEQVDYYKDLKARMSTKMIGESLEIHCSTEFNRVRSSVYPN
                     AYFEKDNDASRGTKGDFIFRDHIDGMEYISIMFEMKNEADTTATKHRNEDFLAKLDKD
                     RREKGCEYAVLVSLLEPESELYNEGIVDVSYRYPKMFVVRPQFFMPIIALLTQASRNS
                     VAYKKELEQVRQQSVDVHNFEEQLETFKDGFARNYRLASERFHTAIDEIDKSIEHLQK
                     IKEALVGSENNLRLANNKAERLTIRKLTYKNPTMKRMFDEARAANQMEEVSEEIEEGE
                     VDE"
     CDS             12232..15393
                     /locus_tag="SEQF2634_01256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALRSRRLIVGAWRTAWLTGTLWLGLTACNGGAGGSADGSDFVD
                     PYLEQDSGGRRNDVTRFQNSADLARDFTNPPSYARPRIVWQWPGGRISEEGIRHDLTE
                     MWRVGIRGAVIYETGLSAPDRTPGAASMGTGFMSPRWRALFRYACQVADSLGMEIGLN
                     LGSGADSGGPWITPELASKRLFWSQTDVEGGRRIRIQLALPEGVMMRPGLKVPFYIPV
                     AVLAVRMDDAYGGEEEVPTEPSTEPTDSTTTDAPKTTTRVLLPIRPGDVYDLSERVDA
                     DGNLSWEAPAGTFRLFRFVCSGTGRRSAHATPGAGGLTPDFLSVEATDVHFDHTVTVL
                     LGEMRDHRPQSWTYITDDGAMPSDADWTPSLATEFRRLNGYDLTRYLPVFAGLTIENY
                     DVSERFRADYRRTVADLLARNRYGRLRELAHQRNLSIHPISRSALSVPADAVRNAAFS
                     DVPAAHFRFRTPSPLATYPTGRDASIKIAASAGHLYNRRFIAAKGPQTDGGGGWEVDL
                     RALKPLVDRVYVQGANRIFINAFTHSPASAGVPGIECPDGVCFNANATWWRQSRAFLT
                     WTARNAVMLVQGKPVSDVCVICDDEAAACEALLRRVEEELGGRYDYDVAGTDALLTRM
                     TAHSSGAIVLPDGVRYRLLVLPDRPAMRPEVMAKIKELVRGGAVVMAPKPLTTVGLQG
                     YPESEALLRADADSVWGRTFTGESVFGRGRVVWGKRLSEVLSHIGVQPDFEYISTPPL
                     GTHLSYIHRTTDGADLYLVVNRRDRPEFVNLTFRNGGGRRPEIWDPMTGTMTPQLIFR
                     SDRLGRISVPAFLPPYGSFFVVFRRPIEGPYFTALMRNGDDLFPKLPPYPFGQAPVTT
                     VDGGAAFCFQTGWKYGLQKRGGHRLALRGYHTETVPVATAWSVWFDPRWGGPGELRFD
                     RLYSWPTHPDPGVRNYSGTAVYRNTFRLSTAQLSHTNVVLSLGQVLHLAEVEINGRPA
                     GVWWCPPYEREVTSLLREGENTLEVRVTNLWPNRLIADLREQPSVRLTQTNLSGRYTG
                     GSPSTISGLLGPVRLSVRPIKRP"
     CDS             complement(15443..15805)
                     /locus_tag="SEQF2634_01257"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFHKRIFGKLFGDRGCISKDLFEQLFIDGVHLADTFEKGSVKN
                     ALMLQHDKIMLQKRSLIETVNDQLNNICQIEHTRHRCFPNFIINLLSALAAFSFFDKK
                     PSINTAEEFIHPSFLTVA"
     CDS             complement(16028..16207)
                     /locus_tag="SEQF2634_01258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTILILFHSSSFQNLKHFYLFVRTHMQKDFPHTASYNRFVELQR
                     KVCIPLAIFFRTKSL"
     CDS             complement(16204..16359)
                     /locus_tag="SEQF2634_01259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTNKTVEIYYLVDEFLKEYDSVIKSHSLEEGVPKKRRNRKFT
                     MSRVARS"
     CDS             complement(16892..18364)
                     /locus_tag="SEQF2634_01260"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKILIHTLVAATLTAGLSGCGDSFLDTKFYRGQDLSEGLTTVP
                     VVSSALNGTYDNFYNYRFAGNYAIAIGDIPTDVTYWNGVTGHWSAIYGYTYLDTEGYL
                     ADIWEYGYKAINQSTRVIVGAQALYDKASDDEKKELDRDMAEAYTMRGYARLMLTNIF
                     SHQIKVNGTDFSDRPGIVISDQVILPETQVARSTVGESYAAVVSDLKNALAHFKSGGS
                     RTERVYWRIPAAHGVLARAYLYMENWDEAITHARAALDSAKVTSLADTPAAYRALYAG
                     EQSNNESFFSLAINATKNFGASSLGNVWSVYCFSPSPKLQRLYKESDSRRSIMTWGAR
                     NKPATPYYGSGKFNLAGSSPYFATNYIVNAPEMYLIQAEALLQKGDLDGSRKALLVVA
                     RRDVSIKAVGDLPQTKDALYSFIKDERARELFQEGFRLWDLRRWDEQAEVYAINAPNE
                     KYTYTNYKISDLVYPIPADEVNAGFGVTQTPGWSDALPKK"
     CDS             complement(18392..21391)
                     /gene="susC_10"
                     /locus_tag="SEQF2634_01261"
                     /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
                     LVKGTTTGTVTDIDGNFTLSVPAGAKTLVVSYIGYKTQEVAVAPRVTVVLKGDNELLD
                     EVVVTGYTTQRRASFTGAAAIVDKEALNKKTDASFMKSLEGAVPGVQMNNATSMPGTF
                     GSVFVRGRGSLNSGTAPLYVIDGVPVNAENEGSSTSGNNNVDPMSALNPSDIENITIL
                     KDAAATAIYGSRAGNGVIVITTKKGAEGATTVNFEMKQGAVSVGNHNMDYADAKSSMD
                     LYAKGWVAAGRAADYDAAYKTLTKNYGWDGTSSTDWFDLVTRTGHYQDYNLNVSGRTG
                     KTGYYLGLGYMDAEGIVINSDFSRFTGRLNVDSKFDRLTVGANTSFTYSVKNGFSQGL
                     SGTMNSPLVAAVSLMKPFYTPRDANGNYTHIDEVNPLAVNDPELGNINRTKTQVVNLS
                     PYLQVDLGRGFYVKTTLGVNINDLNEYGYNSAIYDPDGMQQNGSGSQYTSRSTIVTWT
                     NIAGWNKRINAHDLNVLIGQESQRKHYSYTYLTGSDFPYASIGQRELTTAASWKDEQV
                     SIREARLASYFMDAHYSNADKYYASLALRRDGSSVFGANHRWGNFWSVGGKWRVSGEE
                     FLKDNSKLTNAMLRVSYGTVGNQDIGWYAARGLYGAGHNYNLAAGIAPEQYANPELTW
                     ETSKKFDVGFDLSFVNRYHLSVDFYNEATTDALYNVPMSRPTGFKELLKNIASIRNQG
                     VEVALNGTLVRNKTLNWTAYVNMTYNQNKVIELAGHKPIEGNYTIIEEGRPYRQFWMK
                     EYAGVDRETGKPLWYLKKEGNETTSNYSKAAKRYVGSADPKVYGGFGTSLTWKGLDAS
                     ATFNYRLGSKVFDFGASFTGWGMNNRPSLKRVVEDSWTPENKEAKNPQYIFGDPNQAT
                     QSSTRFVYSGDFLRFSNLTVGYTLPADWTKKAYMNRVRVYASVDNLYTFAASDFVGYN
                     PETYDNGYIAWQYPASRTLIGGVQITF"
     CDS             21656..22546
                     /gene="mscS"
                     /locus_tag="SEQF2634_01262"
                     /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="MLTAATLPDFGLNLDADFHSKVILSVIVLVGVWLARVLILHMVW
                     RSTTNHKVRYRWKRALSYAAPACLFLFVALVWINAFRHVSTYLGLLSAGIAIALKDLL
                     ENMAGWLFIVIRKPFAVGDRVQIGDDRGDIIDIRLFQFTILEIGNRIDAEQSTGRIIH
                     IPNGRVFTMPQANYDQGFRYIWNEVRVRLTFDSNWQRAREILLEVLNRYGGDVVLDAE
                     QGLNEASKMYYVHYQHLTPIVYIALMEDGITLTGRYLCEPRRIRSTESAIWEDLLTTY
                     ATHNDIRWAYPTRRLVGYGD"
     CDS             complement(22653..22871)
                     /locus_tag="SEQF2634_01263"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDVFFRFRLITADPDDNKFVDCAIASNARYIVTEDRHFEVLEK
                     IDFPKLAVIGIDRFLDEINDGCTLPPQA"
     CDS             complement(22911..23090)
                     /locus_tag="SEQF2634_01264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGKIVLDTNCLLMAISSRSRYYPVWQSFLQGEYTLCVTTDILE
                     EYEEVLARNINQCVA"
     CDS             complement(23087..23308)
                     /locus_tag="SEQF2634_01265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEATTLNEAQLEMLKLMSVIKTPEELAELKQAISDHFARKAAEE
                     IDRMWADGRLTEERVESFRHLHERTPYRP"
     CDS             23538..24035
                     /locus_tag="SEQF2634_01266"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLILLAAALIMALTACEGPMGPPGPVGPQGPPGNGSSGEGV
                     NWKIEEYEVLEKDWELVGGKDALGSHYMCHFRNVNWLTNTVFSKGKLVGYRILTLDNG
                     SKVYTPLPYIIPRGQKEGSNDKLWSEYYTFDYQPGSIAFYAHYTDFYTGNRPPKCYFR
                     IVATW"
     CDS             24029..25558
                     /gene="rlmL"
                     /locus_tag="SEQF2634_01267"
                     /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="MVNHTPTMADEQFDLVAKTLYGLEDVLADELRALGAEGVETGRR
                     MVAFRGDKAMLYKANFHCRTALRILKPVARFRAENADEVYEAVKAVEWERYLSPERTF
                     AVDAVIYSENFRHSKFVAYRTKDAIADRFKERTGRRPSVRLSNPDMAIHIHISHNDCT
                     LALDSSGESLHRRGYRVEQGEAPLNEVLAAGMILLTGWRGESHFVDPMCGSGTLLIEA
                     AMIALNIPPGVYRKGFAFERWPDFDRELFETIYNDDSGERDFEFLCHGADISADAIRR
                     TERNVRSAGLSRYITLRTMPFQQFMRAPQPAILVTNPPYGERIAADNIGELYGMIGER
                     LKHVFMGCQAWILSYRDECFDHIGLRPKTKLQLMNGELACEYRGYELFAGTNKDYRKA
                     QNEAPPARRFERGERTERTDRGERFERRERPERSERFERADRGERTARFSRGERTERS
                     ERFKRGDRPEHPPRGERPERKERSERPARNTFTGKPRLSRLDLDALRRAIDKPDATAE
                     E"
     CDS             complement(25649..27286)
                     /locus_tag="SEQF2634_01268"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATLLITAGILFMSMTMDALAGGGPKSAPAKLNEATVFYRGAV
                     LEHTASVTLDKGDNEVWIEGLSSGIDESSLRIGMSGGALITAYEYVPRHQTDKAADAG
                     TQRMLDSLRTYENKLRQIGIETKTNEQMLKLLETGMTQKMATPSERGVSLDELSRSMD
                     YYKTKMMAIENELIRLREEKKTCEATVKRLSQQLAEAGHNAGALRLNVTAPVAGAVRV
                     AVSYCTFAASWTPYYGINVESPEKPIRIVQKAKVKQTTGVDWKQVKLTLSTGSPNNGR
                     VAPLFNTWFLRENPPMMLAEMTVQNSYSMKTRSVAKAEADMAVEDVADATPMEMSIDD
                     HVIVSDNSAVATIYAIDLPYTIPGNGKEQNIDLRTQEAAADYYYYAAPKLDTETYLLA
                     EIKESDKLDLPSGSAQITYDGVYLGETYIDNAEALKKLTLTLGTDKRITIRREKVKDF
                     STKKVFGSDTRQVFAYTISVKNNRKRDVRLTLKDQYPISTQKNIEVELLKDTTTPTTN
                     NTETGVVTWNVTLKAGEARTFTFSYSVKYPKGMDLDL"
     CDS             complement(27300..28187)
                     /locus_tag="SEQF2634_01269"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYADLSADNECLYAGFTPLSEEVRRNNDMKELMACNTTRLQQM
                     EFITLMRETVEQIEMRGATLIETDAPLKRYTMAIKAAIGPLEGATRDPLRRPETAVAH
                     TKNSERRTAISRFGLRFKVYRLSEDADERQAYEALNILWRKHRLVYPLNVQKLTGATD
                     NFLNDLTKSPYADAVQRLHLQTDVDAIRAANEAYRTHAAQRRANEAQRTPVDVGIMRR
                     AITEDYTRLSLYLAVMADAYPEVEAWSRTLSGLNILRKHYAELLARRAGARRAKKNAA
                     ALAEAAAESTAPSTFATNP"
     CDS             complement(28762..29613)
                     /locus_tag="SEQF2634_01270"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEHYDKRPLSYDEQIDLLASKGLLIPDRQRTARQLKNISYYRLS
                     AYMLPYKEKIGDAISSRFKVGSTWDMIYRLYVFDRKLRLFVFDAIERVEVAVRAQIVH
                     QLSQKYGSHWQDNREIFKPTKTKTVKGRDIVIDVFSDIQKHIKEQLNNNGAEVFIQHY
                     KTKYGDPPNPPSWMCVEIMYFKQLSRICDELKLREDVSGISWYFGLPPEIFCSWLHTI
                     NYVRNICAHHARLWNRAMSIVPVKLEFSKTLCWISDPNRVQRSRLYYFLCMLDYILQT
                     ANPTVKL"
     CDS             complement(29697..30359)
                     /gene="mtrR_2"
                     /locus_tag="SEQF2634_01271"
                     /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="MDDIMHRQKGVYRDIMAQSKTQNHASILQAARAEFLERGFQDTS
                     MRTIARLSGVTLSNIYNYFRDKDTLFRAVLQPLLDAFEDLLARHNSDYYLTTDVYSMK
                     SYQEHMLNEFMRLPQHFRAELRLLLFHAAGSSLEHFRDTFCERQTLEGIRYIRLMKER
                     YPDRVTGDVSPFFLRTVSSLWLTVMGEIVRHDELSEVDIERFLSEYLAFGTAGWKALL
                     GL"
     CDS             30457..31050
                     /locus_tag="SEQF2634_01272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKKMMWLCAAVAVVVLATACGVTKDLENAYNLKDCKYSYRSI
                     SNIRVNNEELGLVSGAKLLAQLSSGGSVSSLPLQFTLNLNVENPNASAAAFQAMEYKV
                     SIDSLDFTEGKLMEPFSVNAGQTKTLSVGIGTDVGRLFSGESRGAMMRILQNLVGWES
                     KTQSTVTVQLRPTFNVGGVPITSPLYIPVSFKIGGKK"
     CDS             31222..31653
                     /gene="hspA"
                     /locus_tag="SEQF2634_01273"
                     /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
                     LPDDVDKDRITARVEDGVLLIGLPKISHEEVRRFGRSIEIE"
     CDS             31807..32388
                     /gene="tpx"
                     /locus_tag="SEQF2634_01274"
                     /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             32440..33165
                     /locus_tag="SEQF2634_01275"
                     /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="MKRAVIVGATSGLGLEVARLLLERGWSIGVAGRRVEALEQLRTV
                     APDRVCVHAIDVTQSDAPDRLHALIDDLGGMDLYFHSSGIGRQNSDLDPSIELATVRT
                     NGEGFVRMVTAAYRYFRTQGRGHIAAITSVAGTRGMGAAAAYSATKRFQRTYLDALAQ
                     LAHREGLRLRITDIRPGFVRTALLSSEVRYPMLMEPAPVARQIVGAVERRRRVVTIDR
                     RYRALVLLWRLIPQCVWERMKWC"
     CDS             complement(33863..33994)
                     /locus_tag="SEQF2634_01276"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLWGRVPPACKQREGGDTTYRLPLFFRGVWGLRGLSESQIINP"
     CDS             complement(34009..37320)
                     /locus_tag="SEQF2634_01277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIYLLLLAVILPAIASAQITTSAIGGKIADQEGEALIGAAIV
                     AVHEPSGTQYGAVTNVDGRYSIEGMRPGGPYKITMSYVGLKSVEYRDVTLQLGEMATL
                     DAVLRDDLTLNEVVVTAASSKFTGLKTGASTNVSKQQLQLLPSINRSLTDFTRMSPYS
                     GGGTVIASRDGRTNTFTVDGANLNNNFGLSGTLPGGGNPISLDAIEELQVVVAPFDVR
                     QTNFMGGGINAITKSGTNTLKGTAYTYHRNESLRGNTVDGHDLGDRARERTETYGFTL
                     GGPIIKNKLFFFINGEYENSPNPITKYHVSTDGVGNGATQTSRVTAADMEAFAKILRD
                     KYGYEPGSYTDFSDGGTKNYKALARLDWNINDAHKLSVRFNYTTNTHINEPNWTSGTK
                     RLSANRISDKAFSFRNSCYGIESTVWSFTSELNSRFSNTLQNRVLFTYSDINDPHRTS
                     KSSPFPFIDILKEKDTPFMSAGYELFTWKTNTTNNVLNFQDHLTWALGAHRLIGGLNL
                     EYQKVGNAFMRFGTGYYKYASFDDFKAGNAPIAFGLTYGYDGEKNPVAEVAFIQSGLF
                     LQDEWNVTHRFKLTYGLRADMMNFLTDIETNQAYLKLNWRDHFVAKNDPNYATFQSPR
                     VNTGKWPKTSVLLSPRVGFNYDINGDRSLVVRGGTGVFTGRIPLVFLTNMPTNSSMIQ
                     NTITVTDAKTLEKFKNNMLTDVDQMIKLLDAPTTPIYRDPASTASRASVVGIADNFKM
                     PQIWKNTLAVDYRLPVSFPLTLTVEGMYNKDLQTVVMRNWNIVNNGNLGRFAGPDNRL
                     DYSTSTTGNYLVDKNVTGGAVILDNDTRGYSASFNAMLTAEPIKDLNLMFSYTHQWAK
                     EITGLPGNQAYSAWQNLYSIDGPNNAVLHNSEYLTPNKLIASLTYRKDYGKYFGTSVG
                     LYYAAYASNLYSYMYNGDMNGDGNPNDLMYIPRTKDELKFVDKNGFTAAEQAEAFWRF
                     VEQDKYLSAHKGEYAEAYGAALPWVHRFDLKVTQDFRLRAGKAIHTLQLSFDILNVGN
                     LLKSSWGVTQTTSPSNYGKILRYEGKDANGVPTYSMGYNTVNKQKQLYSRTYEPYRNS
                     SNCWQMQIGLRYIFN"
     CDS             complement(37464..38912)
                     /gene="mggB_1"
                     /locus_tag="SEQF2634_01278"
                     /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
                     EFDYGQRVLAERVRQARFPFLCANLHVGEGAEIRQPDPSTVIRVGRLRIGIISGIQVE
                     TISGRLIPSSHPGRLTGLTFTEPVEELTKLRDMRKRCDVFLALNHMGVEEDKKLAERM
                     PELDLIVGGHSHTRLDTGVVINGVLITQAGEYLQYVGRTELTLRGRKVVARRNRLIPV
                     ASMKAEDAEVKAAIKKFYDESPLNEVIGRVTARIEGKEGLGNLVTDAEAAMNGADFAF
                     QNAGGIRIGALEPGDMTAKMVYEMDPFGNEVNVVELTPEEMRDLIRVSHRYNKRRHAV
                     DLLVSGMTYTLYTKNGEPDRIEMAFPDGRPLEEGRYYRVALNDYIVSAYKFSHARAAK
                     PTGKSSEETIIEYIRSRKEIAPQAPRTKLIEE"
     CDS             39031..39357
                     /locus_tag="SEQF2634_01279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVVILDPDLDELLHTKKNKRYRKVERSKKLWEGLERTIQLMES
                     VKNIDKLHEYSFLHYEKLKHGSYKGKSSVRIANGAIERLIFSENENGIEVYIIELNDT
                     HYGNKR"
     CDS             39341..39700
                     /gene="higA_2"
                     /locus_tag="SEQF2634_01280"
                     /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
                     AATTAKTTAEPIIEYAV"
     CDS             40277..42097
                     /gene="ilvD"
                     /locus_tag="SEQF2634_01281"
                     /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="MDLRSSKSTQGRRMAGARALWAANGMKREQMGRPIVAVVNSFTQ
                     FVPGHTHLHDVGQLVKQEIERMGCFAAEFNTIAIDDGIAMGHDGMLYSLPSRDLIADS
                     VEYMVQAHKADAMICISNCDKITPGMLMAAMRLNIPAVFVSGGPMEAGRHGERSLDLI
                     DAMVMAADASVTDAEVEAVERNACPTCGSCSGMYTANSMNCLNEAIGLALPGNGTVVA
                     THANRLQLFRDAARRIVENAYRYYRDDDASVLPRSIATRASFLNAMRLDIAMGGSTNT
                     VLHLLAIAHEAEVDFTMDDIDALSRETPCLCKVAPNSEKYHIQDINRAGGVMAILGEL
                     SRAGVLDTSVRRVDGLTLAEAIDRYDIRSPHVTDAAKAVYHSAPGLRFNLKMGSQRTI
                     YDKLDTDRAEGCIRDVAHAYSKDGGLAILKGNIALRGCVVKTAGVDERILRFSGPARV
                     FQSQDDACEGILGGQVSAGDVVVITHEGPKGGPGMQEMLYPTSYIKSMHLGAECALIT
                     DGRFSGGTSGLSIGHISPEAASGGAIGLVRTGDIIDIDIPARTINVRLSEAELAERRR
                     EEEARGAEAWQPHRDRTVSKALRAYASMVSSADEGGVRII"
     CDS             42148..43842
                     /gene="ilvG"
                     /locus_tag="SEQF2634_01282"
                     /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
                     ITGQVPSPLLGTDAFQEVDVIGIMSPITKWAYQVRRADEIAWAVARAFYIASTGRPGP
                     VVLDISKDAQVGRTVFEHKPVDFIRSYRPWPEINAERVAEAAALIDAAERPFALVGQG
                     VILSGAEQQLKDFLEKADIPAGATMLGLSAMPTDFRLNKGMLGMHGNVGPNRKTNQCD
                     VLIAIGMRFDDRVTGELKSYARQAKIIHLDIDASEQGKNVRADVKVLGDAKASLSALT
                     NAVRPARHTAWIESFATDEAEEWEKVIEKEIHPTDGKLHMGEVVRRVSEATNHNAVLV
                     TDVGQNQMVGVRYFQYTQTRSVVTSGGLGTMGFGLPAAIGAKLGAPDRTVCLFVGDGG
                     LQMTIQELGTIMQERLDVKIILLNNHFLGMVRQWQELFFNERYSATEMENPDFVAIAR
                     AFRIASREVSRREELDEAVEEMMATDGPYLLVADVEKCGIIYPMVPAGASISNILM"
     CDS             43846..44439
                     /gene="ilvH"
                     /locus_tag="SEQF2634_01283"
                     /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             44599..45336
                     /locus_tag="SEQF2634_01284"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPIGTYDYTTEAYSLDFMGRLPLPTLGNYLLDAATRHAEERGA
                     GYTVMEGRGTAWVLSRLAIEVIDTEGLTAPIRVSTWAEAVERIFIRRCFEVTSATTGK
                     PLAYARSIWAAIDKNTRRPTSLVGAWADRMMVPGRHCPVEIAGRIAAAEDAPDNAPDT
                     RIVRYSDLDINGHLNSIKHMEAVLDDFDLERYRTASVQHFEISYHAEGRYDTPLARFR
                     RTLSPGTFACALVDGDRAISRALIRFV"
     CDS             45421..46629
                     /locus_tag="SEQF2634_01285"
                     /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="MQEKKQKKIKASGTPAEFGWVLDGVFDDAEGAGRTQAHISVFYK
                     HSPKPNYIDNDMAKMNFGGVEENVVTREEFPVVKALEALKGETIAVLGYGVQGPGQAC
                     NLRDNGFHVIVGQRPGKTYEKAVADGWVPGETLFSLEEAAERGTVICMLLSDAAQIQC
                     WPQIKPHLTAGKTLYFSHGFAITWSDRTGIVPPKDIDVILVAPKGSGTSLRTLFVEGR
                     GINSSYAVYQDVSGRALDKTLAIGIGIGSGYLFETTVEREAVSDLTGERGSLMGAIQG
                     LFAAQYEVLREHGHTPSEAFNETVEELTQSLMPLVAQRGMDWMYANCSTTAQRGALDW
                     MGPFHDAVKPVVEKLYDEVKTGREAQRSIDSNSKPDYRVKLEAELKALRESELWQTAV
                     TVRGLRPEGV"
     CDS             47287..48798
                     /gene="leuA_1"
                     /locus_tag="SEQF2634_01286"
                     /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
                     AGFPVSSPGDFQSVVEISKAVTWPVICALTRGVKKDIDVAAEALQYARRKRIHTGIGT
                     SDYHIQYKFQSNREEIIERAVAATKHAKSYVEDVEFFCEDAGRADNEYLARVVEAVIK
                     AGATVVNIPDTTGYCLPSEFGEKIRYLMEHVDGIHKAIISVHCHNDLGMATANTMAGV
                     LAGARQAEVTINGIGERAGNTSLEEVAMILKCHHARLGIDTNINTQRIHATSRLVSSL
                     MNMPVQPNKAIVGRNAFAHSSGIHQDGVLKNVQTYEIIDPKDVGIDDNSIVLTARSGH
                     AALKHRLEVLGVDLGSREKLDKVYQDFLRLADRKKEISDDDLLMLVGEDRKALHRIKL
                     AYLQVTSGVGVRSVASVALTIAGETFEAASSGNGPVDAAIKAVKSIIRRKMTIREFLI
                     QAIDKGSDDMGKVHMQVEHEGNNYYGFAANTDIIAASVEAFVDAINKFEGAKG"
     CDS             48988..50385
                     /gene="leuC1"
                     /locus_tag="SEQF2634_01287"
                     /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
                     KPKTMRITIDGRPGPGVTAKDLALYVIARMTTGGATGYFVEYAGEAVRSLTMEGRLTL
                     CNLSIEMGARGGMIAPDDVTFAYIRDREYAPKGDDWDRAVAHWRTLRSDDDAVFDREI
                     RFDAADIEPMITYGTNPGMGMGITQTIPTAESVPESSRASYRRSLDYMGLTAGSQLLG
                     MPVDYVFCGSCTNGRIEDFRAFASLVKGKRKAPGVTAWLVPGSWMVDAQIRREGLDKI
                     FTDAGFELRQPGCSACLAMNDDKIPSGKYAISTSNRNFEGRQGPGARTLLAGPLVAAA
                     AAVTGVVTDPRSMMG"
     CDS             50611..51207
                     /gene="leuD1"
                     /locus_tag="SEQF2634_01288"
                     /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
                     HFEINNYKKHCLMNGLDDIDFLIENRKLIEAYEQNINA"
     CDS             51211..52746
                     /gene="leuA_2"
                     /locus_tag="SEQF2634_01289"
                     /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
                     TMNLLCKGSLRHLTEQLRRTPEQHAADIAEEVRQANEAGVTVNLYLEDWSNGINDSPD
                     YVFALVDALRHLPIRRFMLPDTLGVLNPETTFEFCRRMTERYPELHFDFHAHNDYGLA
                     VANTYMAIRAGVRGVHVTINGLGERAGNATFSSTVAVIHDQLHYRTAIREAGIYRVSK
                     SVETYSGIHISPNQPIAGENVFTQCAGVHADGDAKSNLYCNPLVPERFGRTREYALGK
                     TSGKANIRKNLEALGIELDDETMNKVTERVVELGDKKELLTQEDLPYIVSDVLRHNIH
                     GNRIRILNYSLSLTHGLRPVATIKIEIDGRVYEETATGDGQYDAFVAALQKIYKSLGR
                     TLPMLTNYAVTIPPGGRTDAFVQTIITWSHNDLEFKTRGLDADQIEAAIKATVKMLNK
                     IES"
ORIGIN      
        1 gcagatcacc atcggcagct cgaggaactt agagtagctg ctggcgcgct tcgtgccgcc
       61 cacgtcgggc gtggctataa cgaggttgtc gaagggcaac tcctcgcgga tgtagtctaa
      121 gaagaccgac gaggcgtaga ggtgatcgac gggcacgttg aagaagccct ggatctggtc
      181 agcgtgcagg tccatggtga tcaggcgatc gagaccggct acgctgagca ggtcggcaat
      241 cagcttggcg ccgatggaga cgcggggctt gtccttcctg tcctgccgcg cccaaccgaa
      301 gtaggggatg acggcaatga ccgagtgcgc cgaggcgcgt ttggctgcgt ccatcatcag
      361 cagcagctcc atgaggttgt ccgagttggg aaaggtggat tgcacaagga agacatcctt
      421 gccgcggata ctttcttcgt acgagacgga aaattcaccg tcagcgaaat gctcgatgtt
      481 catctgcccg agggggcaat gcaggctttt gcagattcgc tctgcgaggt aacgggagtt
      541 ggttcccgag aagatggcaa aaggcgtata agcactcatc cgtttagtgg gttgtaagta
      601 gtttgagcgc ggaggggcgt ccttcaccgg ttgcgatggc ggactgtctc tcccgctgta
      661 tcagttaaaa atatggcgcc aaaagtaggg cgcgacgagc taaaatctaa aagctcccta
      721 tgaacggggt cacgacaggc cggagtaatc gaacttcagc agccgaccgg agcacggcgg
      781 cagctccacc tcataggcgc aggcgtgggt cagggtgccg atggcgaccg tgcccgtgag
      841 gaggtcggtc aggcgggcgg gggtattgtc ggggatggac atggcgcgga aggcgtcctc
      901 ggggatgcgt atccggacac gccgcggagt atcggcaaag ttcacggcca cgagcaccac
      961 cacctcgtcg gccttgcgta gataagcgta ctggcgagcg ggatcgaagc tgtcggaggc
     1021 aggattgacg tacatcaggt cgaagaacgt gccctcggcc agggccttct cctcacgcga
     1081 gaggcgcagg atggccgtgt attggtgcag caggctacgc tcggcgtcgg tcaggagggc
     1141 ctcgtcgtag cgtccgccgt gacaacgtcg gcgcagggtg tcaaggctcc aatagtcgaa
     1201 gatggacgtg cgaccgtcgc gtccgctaaa gccctcctcg tccatgccac gctcgccgag
     1261 ctcttggccg aagtagacca tcaccgggcc cgtgccgatg gtggcagcga cgatcatcgc
     1321 ggggatacct gcctcggcgc ggccggcaaa gaagtcggaa gcgatgcgct gctcgtcgtg
     1381 gttctcgagg aaagagagca tgtgcggacg gatgtcgtcg acggcctgcc agcattccgt
     1441 gatgcgtgag gctggggcat ggccgcagac gacgctgcgg agtgtgtcgt agagccccac
     1501 cttgtcgtag agataatcga agccgccggt gcggatatag tcacgataga gcgcgggctg
     1561 gtagacctcg gcgatgaaga tgacctgctt ccaactcttg acccgcggga tgacccactg
     1621 ccagaactcg acgggcacca tctcggccat gtcgcaacgg aagccgtcca cgccgcgggc
     1681 gatccagaag cggaggatgg ccagcatctt atgccacgtg tcgggcacgg gatagaaata
     1741 cttcgtgcca ccgccttgca ggtcgacgcc gtagttgagc ttcaccgtct cataccagtc
     1801 gttgcggccg ggcgtggcgc tgaagcagtc gttgccggtg accttagcgg gaaattcgct
     1861 gtactcaaag tcctcctgct tggcgccgaa gtggaacgcg agggcctgtc cgggcaggta
     1921 gtagaagttg ttatcgcggg cgaaggcgcg gctggtgtcg tcgttctgac caaggtcggg
     1981 ctcgagggga tccttggcgt cggagtggta ttgacgggcc acgtggttgg gcacgaagtc
     2041 gatgaggacc ttcagcccag cctcatgcgt ccgctccaca agggcctcaa actcggccat
     2101 gcggtcgggc acgctcacgg ccagatcggg cgccacgtcg tagtaatcct tcaccgcgta
     2161 gggcgatccg gccttgccct taaccacggc gttgtgatcc ttggggatgc cataggcgga
     2221 gtagtccgtg cgggtggcgt gctctaagat gccggtgtac cagacgtgcg tcgcgcccaa
     2281 ttggcgaatg gcatcgagcg cctcgggggt gaagtcggcc atcttgccgc agccgttctc
     2341 ttcaatgttg ccatactcct tcgcggggcg ctgcatgttg ccaaagatcc gcgggaggac
     2401 ttgatagatg atgggtttct tgctgttctt attcatagtg agtgacggat gtaggggggt
     2461 gacggagagc ttcttctctg gatgcaagaa gcaaaaggag atcaaggcct ctaccgaggg
     2521 cggccgactt cgccagctac ctgcctcgtg ggggcagccg ccttgggcgc ggtgcgtttg
     2581 ggcggcgggt aggcgcgcag gagcttattg ttcttatcgg ccgtccgggc caggcggttg
     2641 taggcgcgga cagcggtgac gtagcccacg cgggcgatgt ggtcgatatt cttcaggtcg
     2701 aagagcttgt aatggccgaa ctcctcggtc tcgatcaaca ggtcgcagag gcgccgatcc
     2761 tcgacggtgt tggcgcggaa catatagtgg aacgagcgct cgccgatgct gtagatgttc
     2821 ttgctgtact tgcgggcggt gtaggggttg acgttgacgc cgatgaccat ctcgcaactg
     2881 tcacggatga tggagacggg gaagttgtgg aagagtccgc cgtcgacata gtgcacgccg
     2941 tcgataacga cggggctgaa gatgatcggt atgctgcacg aggcgcgcac ggcctccacg
     3001 atggggccag agctgaaccg atggccgcag ccgttgtcga gatcggtggc catgacgatg
     3061 gtggggatac gaagctcctc gaaagtcttg gcgcggaggt tacgcttcag aaactcactc
     3121 acgccacggc tgtcgaacag gcccgtggtg ggcacttgca cgcgggcaaa ctcggagaac
     3181 tcacgcccgg cgaacatttc gcggatctcg tccgaagtgt gtccgtcggc ccacagcaca
     3241 gccgctatag cgccggcgct ggtgcccaca atgacgtcgg gacgaatgcc gcgctcctcc
     3301 aaaaacttaa agacgcccac ataggccaat cctttggctc caccgccgct cagggccagt
     3361 ccgagtcggt agggcttcct cggctcgatc catttcaata aggggaaatt catacgtaat
     3421 gctcaaataa ccaattgcta taacatgcgg gcaaaagtat ggtttaggcc ccaaccatgc
     3481 gccggcaacg cccaacctcc ccgcgcagcc cccaaacagg tctccagcag ccccaaatcc
     3541 atccgcgaag gccccacggc gcccccaaac aacgcagaaa tgacctgcga aggccccaag
     3601 cgagtctcca accgccccga atctatccgt gaagacccca cggcgccccc aaacaacgcc
     3661 gaaatgaccc gtgcaggccc caaaccatcc gccgacagcg ccgaactgtc ccgcgcagtc
     3721 cctatcgggt ccattttcag ccattcggat cttcccgaaa ggctatccat tatatgttaa
     3781 gtcattcgga gatctccgat cggaatctac tgatagatac aaaccttcgg aatattccga
     3841 agcgagtatc ctgattgttc caagtcttcg gaagtccccg aagatctatt caattcattt
     3901 cctcctcttc gggaatctcc gaaaaggtag aaatatctat ttccataaat cggatattcc
     3961 cgaaagtagg cttatcttat ttttatcttt tcggaaaatt ccgaaggctt gcagccttta
     4021 tttatatact atcggaaagt tccgaagact tatatatcac ttctatattg attcgggaga
     4081 ttccgaatgg ctaaaataat atgtagtaat tgttcgggaa gttccgaacg cctaaaaatg
     4141 ggcccgatag ggcctgcgcg gggcggttgg gcgctgtcgg cggatggttt gggatcttcg
     4201 cggatagatt cggggctgct ggaggacggt ttgggagctg cgcgaagcgg tgcggcgctg
     4261 tttgggggtg tcttggggac ttcgcggatg gattttgggg ctaaacagga aaggccgacg
     4321 ccttgcccgc ggatgtgcgg tgtaaagcgt cggcctttta tctacttctc gtggctcttg
     4381 tgcttgcttc cttcttcttt tcttgtcttg atgcaagatt ctctggcctc atgatcttct
     4441 tttcttctct tgatagaaga aaagaagcaa aagaagatca aggcgtcagg gacgccagcc
     4501 aaatttggcg gggtacccga tgggggccgg ccattttggg gactttcggc gattctcgat
     4561 gtacccagcc aaacttccct gccctcggca gagagctttt aatcactgat cgttagctcg
     4621 cgggcgccgt cggcttgctc ggtgatgtag acgcggacgg cttggggagg gaggagcgac
     4681 tcgatgcgct cgggccactc gatgaagctc cacgagggac gctcgaaata gtcttcggtg
     4741 ccaatgtcga gggcttcggc aagggtgcgg atgcggtaga agtcgaagtg gtagatgagg
     4801 tgatcggcgt cgcggccgac atactcgttg acgatggcga aggtggggct gttgatggcg
     4861 tcgcggacac cgagggcttc gcagagggcc ttgatgaagg tggtcttgcc ggcgcccatc
     4921 tcgccgtaga aggctacgac acggggcgcg gggccgacgg cgcggaagaa ctcctgggcc
     4981 gcgtcgtgga ggtaggccag cgaggggatg tgaatcgtgc tcatttgggt tgcagggtga
     5041 tgaagggcac catcatctcc tccatcgaga taccgccatg ctggaaggtg cctcgatagt
     5101 aggggacgta gtagttgtaa ttgttggggt aagcgaagaa gtaggcgttg gtagcaaaga
     5161 cgtagcgcgt gctcaggtgc ggcgagggca gtccagcccg ggcggggtcg ttgatctcga
     5221 agatgtactt ggagtcgcag gtcatgtgtc ggccggtctt gtagcggagg ttggtgttgg
     5281 tgttgcgatc gccggtgatc ttgatcgggt cgtcgacctg gatggtgcca tgatcggtgg
     5341 tgaggatcac acggcagccc tcgtcggcca gtcggttgag cagctcgagc atgacggaat
     5401 gttgaaacca agagcgcgtc aagctgcggt aagcggccgc gctctgggcc agctcacgga
     5461 tcatcttact ctcggtacgg gcatgcgaga gcatgtcgat aaagttgatg acaacaacgt
     5521 tgagctggtt gcgcagcagg tcgttgaggc cgttcaggat acgctcgcca tactgcgatt
     5581 cgtagacctt gtggtaagag aagtcgtagc gtttgcggaa gcggtcgatc tgggtttgga
     5641 tcagcggctc ctcgttcgtg ttcttgccct cctcgctctc ctcgtcgacc cagagatcgg
     5701 gaaacatctg ggcgatctgt gccggcatga gtccggagaa gatggcgttg cgggcatact
     5761 gggtggcggt ggggaggatg ctgtagtaca tctcttcgtc caccgtgaag cggtccgaaa
     5821 gcaacgaccg cacgacgcgc cactggtcga aacggaagtt gtcgatgagg atgaagaaga
     5881 ccttctcgcc agcgtcgagc agggggaaga ccttcgtctt gaaaaggtcg ggactcatca
     5941 gtggtcgact ggcaggatcg gccatccagc ccatgtaatt cttgcggatg aacttgccga
     6001 aggcactgtt agcctcccgt ttctgcatga tgagcatttc ctgcatgggg gcttggttct
     6061 cctcgagttc gatctcccaa tagacgagtt tcttgtagac ctccgcccag tcgtcagcgg
     6121 taaaggagtc gttgatctgc atgccgatgc gaccaaactc ctgctgataa ctctcggtgg
     6181 tggcggtggt gatgatgtcg ttcttgtgga ggttcttttt gatggagagg agcagctggt
     6241 tggggttgac aggcttgatg aggtagtcgg caatccggtt accgatagcc tggttcatga
     6301 tgctctcctc ctcgctcttg gtgaccatga tgacgggcac ggcggggtcg atctccttga
     6361 tggagaccaa ggtttcgagt ccggtgagtc cgggcatatt ctcatcgagg aagatgaggt
     6421 caaaagtctg ttcgctacag ctgtcgatag catcttgtcc gctgatgacg ggcgtcacgt
     6481 cgtagccttt ctcttcgagg aagaggatgt gcggcttgag gaggtcgatc tcgtcgtcag
     6541 cccagaggat cttgtttctt ttcataagaa gtagggggga ttaagtggtg gtgagagcga
     6601 gtagttagaa gtggtgaagg gtccgctctg ccctgattca accggggatt aaacggcgga
     6661 ggaggggtgg atattatacg atataaagaa gcggtgcatc gggggtgtcc aactctctgg
     6721 acatggccca ccgatacacc gctatcgttt cgttgtctcg cctcacagag gttgctcttg
     6781 tgggcggagg gggatttggc tcgcttactt cttctccgtc ttcttggcag ctttctcggc
     6841 tttcttagca gccttctcag cttccttggc ggccttctta gcggctttgt ccaccttctc
     6901 tacggctttg tttacgacct tctcggcgga ttccacagcc tcttcagccg ccttctccac
     6961 cttgggctca ggcttgatga tgtccagtag ctcgatctca aactcgagcg tagcattcga
     7021 cttgatcatg tcgccagcgc cacccgtacc gtaagccaga tcggaaggga tccacacttg
     7081 gagcttctca cccttgcaca tcagcttgag cgcctcctgc catccacgga tgacctgcgt
     7141 cacgccaaac tcggccggtt cgccacgctc cacagagcta tcgaacacct taccatcgag
     7201 cagtcggccg gtgtaatgca ccttgacacg gtcagcatcc gtcggcttct catcaccctc
     7261 accgggcttg agcaccttgt attgcagacc gctctcagtc gttaccacgc cttccttttt
     7321 cttgttggcg gcaaggaatt tctcgccttc ggccttgcga gcgtcgcctt ccttctgctg
     7381 cgcttccatc acatagttct ggatgcacgt ctcggaggct gcgttgttca tcagcagtcc
     7441 agcggtatcg cccttgagcg tacggacgaa gatctcggcc aagacattga tgttgactgg
     7501 gccgttgggg aacgtcttga gattctcgcg gaggctgcta ccgatgttca cacccagcgc
     7561 atagctgacc gtatcaagcg gcgacttgag tgcgggcccg gatgccttac gtgtcggctt
     7621 aacagccgca ttagccatcg caccgccgag cagcatggct gcgcagacga gtgcgagggt
     7681 tgtcaacttg tggaactgct tcattacttc acgatctcaa gcagttcgat ttcgaattcg
     7741 agcgtagagt taggcttgat cggccctgcg ccctgcgtac cataagccag attggagggg
     7801 atccatactt ggaacttcga tcctacgggc atcagctgca gcacttcctg ccatcccggg
     7861 atcacctgac ctacttcaaa ctcagcgggc tgtccacgct gtaccgagct gtcgaagacg
     7921 gttccgtcga gcaatctacc ggtgtagtgg cagcgcacct tgtccttcac cgtcggcttg
     7981 gctcccgtac cctcggagat gaccttatac tgaagtccgc tggcggtcgt tatgacgcct
     8041 tccttagagc ggttagcggc caagaagtcc tgtcccacct tcagctctgc ctcagcctgc
     8101 gcctgctgaa ccttcatgat gtaagcattg atgtaagcgc tcgcatcttc gaaagtcatc
     8161 ttctgagcag cggaatcctt cagcaccgtc aggagtccct taatgacgag gtcaattttc
     8221 agcgaatctt caccggggaa agtagccgca ctggccttga tgttatttcc aacattgata
     8281 ccgacagcat aacttagact gtcgatctgc gagctcagct tagcgtctgt tgaaacgcct
     8341 tgattacacg agttcatcgt tacacaggca gccgctgcgg ccgccatcat ccatacatta
     8401 atctttttca tcttcctgtt tggttgttat gtagttacta ttctattgtt attctcttcg
     8461 tcgtctctca ttcattcgat gccgagcagt tccacgtcga agatgagcgt catattcggc
     8521 tcgatagcct cgcctgcacc gtgtgcgccg taagccatgt cggaggggat aaagaggcgc
     8581 catttggatc cgacgttcat caattgcaac gcctcggtcc atccgcggat cacctgcgaa
     8641 acgccgaaca cagccggctg accacgctct atggagctat cgaaaacgcg tccatcgatg
     8701 agtgtgccgt ggtaatggca gcgcaccttg tcgttcggcc caggcttctg cccgtcgcca
     8761 gtcttgagca cttcgtactg gaggccgctg gggagcgtca ccacgccccg cttctcctta
     8821 ttgattcgta ggaactcttc acctacctgc ttattcatct caaacttctc ggcctgaagg
     8881 tccttgaaat acgcttgaag caagcgttgc gcctcgtcga aagcgatggc tggcttagcc
     8941 tcattaaata cgtcgtttat gcccttgatg aaatcatcga tttccagccc tttgataccc
     9001 gatgcccgga aattgttccc gatgctcagc ccgagggcat agcttatctt atccattatc
     9061 gaactgtctt tctgttttgt aaatcaggcc gcaaaagtag aaacaattcc atacggccta
     9121 cagggctggc aatgggcgtc agagcaaagg ataccgtact gaaaccacat gtggagaagt
     9181 cctccatagg ccctacagac agcataatca accgagacaa accttttttc gccggttgga
     9241 tattcttgtc ttataagcct atctacaaca tgagtccgac agccagcaga aagtttctac
     9301 ggaagccacg cgatggccaa aacgtttttg gaaatgcttg caacggtgtt gcaaacgcca
     9361 gaaagttttt cgtggcactt gcaacggtgt tgcaaacgcc agaaagtttt tcgtgggact
     9421 tgcaacggtg ttgcaaacgc caaaaagttt ttcgtgggac ttgcaacagt gttgcaaacg
     9481 ccggaaagtt tttcgtggga cttgcaacgg tgttgcaaac gccagaaagt ttttcgtgag
     9541 acttgcaacg gtgttgcaaa tgccagaaag tttttcgtga gacttgcaac ggtgttgcaa
     9601 acaccagaaa gtttttcgcg gctcttgcag cgtctctgca aacgccaaaa agtttttcga
     9661 agcatttgca gcattcctgc aaactccaaa aagtttttcg cggcacttgc agcgtccctg
     9721 caaacgccaa aaagtttttc gaagcatttg cagcattcct gcaaactcca aaaagttttt
     9781 cgcggctctt gcagcgtccc tgcaaacgcc aggaagtttt tcggggcact tgcagcactc
     9841 ctgcagacgt caagacaaac gccgcgagtc cagcggaact cccgcaaggg gctttgtctt
     9901 tgtttcgaca ataccgacga catgtcgcta atgctgctgc gacttacttt tgcgcgccca
     9961 tcaaaggggg atctacattt aatcatatag caataacgac tacgatgaaa ctggcagaag
    10021 cgctcagcct cagggctgac ttacagaaac gagtgaacga gctgaaggtg cggtttaagg
    10081 acagcgccaa ggtgcaggaa ggcgatacgc cggcggaaga tctggctgcg ctggacgtgg
    10141 agctgaatac ggctttggag gaattggagg atctgatcta ccgcatcaat gcaacgaaca
    10201 tgcggacggt gcacgagggc gagacggtga cgcgactcat ggcccgtaag gatgtgctgg
    10261 ccatgcgtgt acagctgatg aaggaggtgc tcagccatgt ggtggagggc gatgctcgct
    10321 atgggcgcaa cgagatcaaa acggtgcgcg tggtggatgt gcccgacctg cgccgacgca
    10381 cggacgctgc ggcacgcgaa ctgcgtgaac tggacatgaa gatccaagcc ctgaactggt
    10441 ctgtggactt gatcgaagaa gacacgaaca aatgaaggaa ctgatctgtc ccaattgcca
    10501 aaaggcattc aaggtggacg aggctgacta tgcggccatc cttatgcaag tcaaggatcg
    10561 cgagttcaag gccgacctcg accgacgcat tgccgagctg cacaagcagc acgaggccga
    10621 gcaggcggcg gcgaccctga aggccaatca agcctacgag cgctccctgc agcagcggga
    10681 ggtcgcattg aaggagaagg acgcgaccat cgcacgcctc gaaacgcagc tgaacggcat
    10741 ggaggagaag aagcagttgg agcttagcgc acagctggcg cgcaaggagc aggagatcga
    10801 ccgcctgaag gctgagatca aaggcaacga cgaccgagtg aagatcgaag tgctcaagga
    10861 agggcagcga tggagggagg ctctgcaaaa ggccaagagc gacggcgagc agttgcagaa
    10921 cgagatcaag ctggagcaaa aagaggccgc catccgcgag aatgcgctga aggaggacta
    10981 tgaacggcgc ctcaaacaac agcaggagca ggtggattat tacaaggatc tgaaggcccg
    11041 aatgtcgacc aagatgatcg gcgagagcct cgagatccat tgtagcacgg agttcaaccg
    11101 cgtccgtagc agcgtctacc ccaacgccta tttcgagaag gacaacgacg ccagccgcgg
    11161 tacaaagggc gacttcatct tccgcgacca tatcgacggc atggagtaca tctcgatcat
    11221 gttcgagatg aaaaacgaag ccgacaccac cgccaccaag catcgcaacg aggacttcct
    11281 ggccaagctc gacaaagacc gccgcgagaa aggctgcgaa tacgccgtgc tggtctccct
    11341 gctcgagccc gagagcgagc tctacaacga gggcattgtg gacgtgtcgt accgctaccc
    11401 caaaatgttc gtcgtccgcc cgcagttctt catgcccatc atcgccctgc tcacccaggc
    11461 ctcgcgcaac agcgtagcct acaaaaagga gctcgaacaa gtgcgccaac aatcggtcga
    11521 cgtgcacaac ttcgaggagc agctggagac gttcaaggac ggcttcgcgc gcaactaccg
    11581 cttggccagc gagcgctttc acacagccat cgacgagatc gataagtcca tcgagcatct
    11641 gcaaaagatc aaggaggcgc tcgtgggctc agaaaacaac ctccgcctgg ccaacaacaa
    11701 ggctgagagg ctcaccattc gcaagctcac ctacaagaac ccgacgatga agcgcatgtt
    11761 tgacgaggcc cgcgcggcta accaaatgga agaggtctcg gaggagatcg aggaggggga
    11821 ggtggatgaa tgagtaagac ataaaggcag cgttcgtcta ttgtcagcgg cgtacggggg
    11881 cggtacaaac ccgcctcact ccccccgggg agacgaggca aaaagtcatc gaattagaaa
    11941 tcgagcccgc attgtgcaca tcggcacagc gcacaggcgc agggagcata cccgaaacgt
    12001 aattgattcg gtgcattgcg catcaccacg tatcgaccga cgccgaagac gaacgcgggt
    12061 gggacagtgg gtagaagggc tgcggcacac acatgggtgc tgcggccctt cgtcttttcc
    12121 gggggggggc gtcaggcgga atgagaagct gcacaccaca cacctccccc tctgggtttt
    12181 aaccgcgtcc ttacttttgc ctccgtgaat cgcaaacgac atatccggtt gatggcccta
    12241 cggtcccgac gcctgatcgt aggcgcgtgg cgtacggctt ggctcacggg cacgctgtgg
    12301 cttggactca cggcttgcaa tggtggtgcg ggcggcagcg ccgacggcag cgactttgtc
    12361 gacccctatc tggagcagga ctcgggcgga cgacgcaacg acgtcacccg attccagaac
    12421 agcgcagacc tagctcgcga cttcaccaat cccccctcct acgcacgccc acgcatcgtc
    12481 tggcaatggc ccggcggacg catctcggaa gaaggcattc ggcacgacct gactgagatg
    12541 tggcgcgtcg gcatacgcgg cgctgtgatt tacgagacag gactctccgc cccggatcgc
    12601 acaccgggcg cagcctccat gggcacaggc tttatgagtc cgcgctggcg tgcactcttc
    12661 cgctacgcct gtcaggtggc cgacagtctg ggcatggaga tcggcctcaa tctgggcagt
    12721 ggcgccgata gcggggggcc gtggatcacg cccgagctgg ccagcaaacg cctattctgg
    12781 agccagacgg acgtcgaggg tggccgacgg atacgcattc agttggcgct gcctgagggc
    12841 gtgatgatgc gcccggggct gaaggtgccc ttctacatcc cagtggccgt gctggctgtg
    12901 cgcatggacg acgcctatgg cggcgaggag gaagtgccta cggaaccctc gaccgagccg
    12961 acggactcca ccacgaccga tgcgcccaag accacgacac gcgtgctgct gccgattcgt
    13021 ccgggcgatg tctacgacct cagcgagcgc gtcgacgccg atggcaatct atcatgggag
    13081 gcacccgcag gcaccttccg cctcttccgt ttcgtctgct cgggtacagg gcggcgatcg
    13141 gcccacgcta caccgggtgc gggcggactg acgccagact tcctcagcgt ggaggctact
    13201 gacgtgcact ttgaccacac cgtgacggtg ctccttgggg agatgcgtga ccatcggccg
    13261 cagagctgga cttacatcac ggacgacggc gccatgccgt ccgatgccga ctggacgccc
    13321 tcgctggcca cggagttccg tcgcctcaac ggctacgatc tcacgcgcta tctgcccgtc
    13381 tttgcgggtc tcacgatcga gaactacgac gtctccgaac gcttccgtgc ggactatcgg
    13441 cgcacggtgg ctgacctgtt ggcgcgcaac cgttacggac gcctccgcga gctggctcac
    13501 cagcgcaacc tcagcatcca ccccatcagc cgatcggccc tatctgtgcc cgccgacgca
    13561 gtacgcaatg cggcttttag cgatgtgccc gcggcccatt tccgcttccg tacgccctcg
    13621 cccttagcga cctatcccac gggcagggac gcgtcgatca agatcgcagc ttccgctggc
    13681 cacctctaca accggcgatt catcgccgcc aaaggcccgc agacggatgg cggcggcgga
    13741 tgggaggtgg acctccgcgc ccttaaaccc ctcgtcgatc gcgtctatgt gcagggtgcg
    13801 aaccgcatct tcatcaacgc ctttacgcac tcgcccgcct cggctggtgt gccgggcatc
    13861 gagtgtccgg acggcgtctg cttcaatgcc aacgctacgt ggtggcgcca gtcacgggcc
    13921 ttcctgacgt ggacggctcg caacgcggtc atgctggtgc agggcaagcc ggtgagtgac
    13981 gtctgcgtca tctgcgacga cgaggcggcg gcctgtgagg ccctgctccg acgggtggag
    14041 gaggagttgg gcggacggta tgactacgac gtggccggta ccgatgccct gctgacacgt
    14101 atgactgcgc actccagcgg cgccatcgtc ctgcccgacg gtgtgcgcta tcgcctgctc
    14161 gtcctgcccg atcgtcctgc catgcgcccc gaggtcatgg ccaagatcaa ggagctggtg
    14221 cggggtggcg ccgtcgtcat ggcgcctaag ccgctgacca ccgtcggcct gcaaggctac
    14281 ccagagtctg aggcgctgct ccgcgccgac gccgattccg tctgggggcg cacgttcacg
    14341 ggcgagagcg tctttgggcg tgggcgagtc gtttggggca aacggctcag cgaggtgcta
    14401 agccatatcg gcgtccagcc cgactttgaa tacatcagca ccccgcccct cggcacccac
    14461 ctcagctaca tccatcgcac gaccgacggg gccgacctct acctcgtggt taatcggcgc
    14521 gaccgaccgg agttcgtcaa cctgaccttc cgcaacgggg gtggtcgtcg gcccgagatc
    14581 tgggatccga tgacgggcac catgacgccg cagctcatct tccgcagcga ccggctgggc
    14641 cgcatcagtg tgcccgcctt cctgccgccc tacggctcgt tcttcgtcgt cttccgccgc
    14701 ccgatcgagg ggccctactt caccgccctc atgcgcaacg gcgacgacct cttccccaag
    14761 ctccccccct accccttcgg tcaggcgccc gtgacgaccg tcgacggcgg cgcggccttc
    14821 tgcttccaga ccggctggaa gtatggccta cagaagcgtg gcggccatcg gttggccttg
    14881 cggggctatc acacggagac ggtgcccgtg gccacggcct ggagcgtctg gttcgacccg
    14941 cgatggggag gccccggcga actgcgtttc gatcgcctct actcctggcc tacgcacccc
    15001 gacccgggcg tgcgcaacta ttcgggcacg gccgtctatc gcaacacctt ccgcctctcg
    15061 actgcccagc tgagccacac gaacgtggtg ctgtcgctcg ggcaagtgct ccatctggca
    15121 gaggtcgaga tcaacggccg accggctggc gtgtggtggt gtccgcccta cgagcgggag
    15181 gtgacgtcac tcctccgcga gggcgagaac acgttagagg tgcgcgtgac gaacctctgg
    15241 cccaaccgcc tgattgctga cctacgcgag cagccctccg tccgcctgac gcagacgaac
    15301 ctgagcggcc gctacacggg cggatcgcct tccaccatct ccgggctcct cggtcccgtg
    15361 cggctcagcg tccgccccat caaacgaccg taaggagaaa cgcaaaacca cccagtttga
    15421 ccctaatcga cgcgagttcg atctaagcaa cagtaaggaa agagggatgt ataaactcct
    15481 cggcagtgtt gatggaaggt tttttgtcga agaaagagaa agcagccaaa gccgataaca
    15541 gattgatgat gaagttcggg aagcatcgat gacgggtatg ttctatctga cagatattgt
    15601 ttagttgatc gttaacggtc tcgatcagag atcttttctg gagcataatc ttgtcatgtt
    15661 gaagcattaa ggcattcttc actgaccctt tttcaaacgt gtccgcaagg tggactccgt
    15721 caatgaagag ctgttcaaag aggtctttcg agatacaccc cctgtctccg aagagcttac
    15781 cgaagattcg tttgtggaag ctcatatatt ttaagggagc tctgtcgtca acattacccg
    15841 gagtaagaag aaaatcaagt agcgcccctt tgtcgttaat gatcaagtgc agtttgaatc
    15901 catagaacca gcccagtgta ctttttcctt ttctagcaaa ttccttgaag gttttatgct
    15961 gcttttctct tttgatatgg cagctttgaa tgggtgtaga atcgacaaaa gagataccag
    16021 tgcattgtca caaagatttc gttctaaaga agatagcaag aggtatacaa acctttcgtt
    16081 ggagttctac gaagcggttg taagacgcag tatgtgggaa atccttctgc atatgtgttc
    16141 ggacaaagag atagaaatgc tttaagtttt gaaaagagga ggaatggaag aggataagga
    16201 tcgtcatgat ctcgctactc tggacatggt gaatttgcgg ttcctccttt tctttgggac
    16261 tccctcttcc aaggaatgac ttttgattac ggagtcgtat tctttcaaga attcgtcaac
    16321 gagatagtat atttctacag ttttattggt gggaatcatt gtatagttcg ttctttatta
    16381 tcagcacatt aaagacacga actttctctt gattcccgcc tctttttacc ctttttctta
    16441 cgtcgaactc acgttaatcg gggtcaggtt ttgcttcaaa ccattggttt agcctaaatc
    16501 ggggtcgggt tttgcttcaa accattggtt tgggcccaat cggggtcggg ttttgcttca
    16561 aaccattggt ttgggcccaa tcggggtcgg gttttgcttc aaaccacctg gtttggctcc
    16621 aatcggggtc gggttttgct ccaaaccacc tggtttggct ccaatcgggg tcgggttttg
    16681 cttcaaacca cctggtttgg cctaaatcgg aggtcggttt tgcttcaaac cacctggttt
    16741 ggctccaatc ggggtcggtt ttgcttcaaa ccacctggtt tggcctaaat cggggggtta
    16801 acatctctct cgcccttctc cgtaaaagca agcgcccccg aatatgcggc aaggcatatc
    16861 cgggggcgcg gtgcataagg attcagaggc gctacttctt cggcagggcg tctgaccagc
    16921 ccggcgtctg agtcacgcca aagccggcgt taacctcgtc agcagggatg ggataaacaa
    16981 ggtcagagat cttgtagttc gtgtaggtat acttctcatt cggcgcattg atggcgtaaa
    17041 cctcggcctg ttcgtcccaa cgacggaggt cccagaggcg gaagccctcc tggaagagct
    17101 cgcgggcgcg ctcatccttg atgaagctat agagggcgtc cttcgtctgc ggcaggtcgc
    17161 ccacggcctt gatcgatacg tctcggcgag ccacaacgag cagcgccttg cgtgagccgt
    17221 ccaggtcgcc cttctggagg agtgcttcgg cttggatgag gtacatctcg ggggcattga
    17281 cgatgtagtt cgtagcgaaa tagggcgaac taccggctaa gttgaactta ccgctgccgt
    17341 agtacggcgt cgcaggtttg tttcgtgccc cccatgtcat gatggatcgg cgggaatccg
    17401 actccttata cagccgctgc aatttcgggc tcgggctgaa gcagtagacg ctccaaacgt
    17461 tgccgagtga ggaggcgcca aagttcttcg tggcgttgat ggccagagag aagaaggatt
    17521 cgttgttgct ctgctcgccg gcatagagag cacggtaagc agcgggcgta tcggccagtg
    17581 aggtgacctt ggcagagtct aatgcagcgc gggcatgggt gatggcctcg tcccagtttt
    17641 ccatatagag gtaagcacgt gccaagacgc cgtgagcggc cgggatgcgc cagtagacgc
    17701 gctcggtgcg gctgccaccg gatttgaagt gtgccagagc gttcttgaga tcgctcacca
    17761 cagcggcgta cgattcgccc accgtggagc gcgctacctg cgtctcggga aggatgacct
    17821 gatccgaaat aacgatgccc ggacgatcgg agaaatccgt gccgttgacc ttgatctgat
    17881 ggctgaagat gttcgtcagc atcaggcggg catagccacg catggtgtag gcctcggcca
    17941 tgtcacgatc gagttctttc ttctcatcgt ccgaggcctt gtcatagagc gcctgtgcac
    18001 cgacaataac gcgagtagat tggttgatgg ccttgtagcc atattcccag atgtcggcca
    18061 aatagccttc tgtatccaaa taggtgtaac cgtaaatggc agaccagtgt ccggtgacgc
    18121 cgttccagta ggtaacgtcg gtagggatgt caccgatggc aatggcgtag ttaccggcga
    18181 aacggtagtt gtagaagttg tcgtaggtgc cgttgagggc agagctaacg acgggcacag
    18241 tggtgagccc ctcagagagg tcttgccccc ggtagaactt cgtgtcgaga aagctgtcgc
    18301 cgcagcccga cagcccggcc gtcagtgttg cagcaaccaa tgtatggatg aggattttct
    18361 tcattgctat tcttcttgaa tgggtcatga attaaaatgt gatttgcacg ccaccgatga
    18421 gggtccgcga agcaggatac tgccaggcga tgtacccatt atcgtaggtc tcggggttat
    18481 acccgacgaa gtccgaagcg gcgaaggtgt agaggttgtc tacggaggcg tagacgcgca
    18541 cgcggttcat gtacgccttc ttagtccagt cggcaggcag ggtgtagccc acagtcaggt
    18601 tgctgaagcg caggaagtcg ccactgtaaa caaagcgcgt agagctttgc gtggcctggt
    18661 tcggatcgcc gaagatgtat tgcggattct tggcttcctt gttctcaggc gtccaagagt
    18721 cttccaccac acgcttgagc gacgggcggt tgttcatgcc ccatccggtg aaggaggcgc
    18781 cgaaatcaaa caccttgctg cccaagcgat agttgaacgt cgcagaggcg tcgaggcctt
    18841 tccatgtaag cgaggtgccg aaaccgccgt acactttcgg gtcggccgaa ccgacgtagc
    18901 gcttagcagc cttgctgtag ttgctcgtag tctcgttgcc ttccttcttg agataccaca
    18961 acggtttacc cgtctcgcga tccacaccgg cgtattcctt catccaaaat tggcgatagg
    19021 ggcgtccctc ttcaatgatg gtgtaattgc cttcgatcgg cttatggcca gccagctcga
    19081 tcaccttgtt ttggttatag gtcatgttga cgtaagccgt ccagttgagg gttttgttgc
    19141 gaactaaggt gccgttgagg gctacttcaa ccccctggtt acggatggag gcaatgttct
    19201 tcagcagctc tttgaagccc gtgggacgag acataggcac attatagagc gcgtcggtag
    19261 tggcctcgtt atagaagtct acggagaggt ggtagcggtt gacgaaagag aggtcgaaac
    19321 cgacgtcgaa cttcttcgac gtttcccacg tcagctccgg gttagcatac tgttcggggg
    19381 cgataccggc ggccaggttg tagttatgcc cggcgccata gaggccacgc gcggcatacc
    19441 aaccgatgtc ttgattgccg accgtaccat aggatacgcg cagcatggcg ttcgtgagct
    19501 tcgagttgtc cttgaggaac tcctcgcccg atacgcgcca tttgccaccc acggaccaaa
    19561 agttacccca gcggtggttg gctccgaaga cggacgagcc gtcgcgacgc aacgccaacg
    19621 aagcgtagta cttatcggca ttggagtaat gagcatccat gaagtacgaa gccagacgag
    19681 cctcgcggat gctgacctgc tcatccttcc aactggcagc cgtagtcagt tcgcgctggc
    19741 cgatagaagc ataggggaaa tcggagccgg tgaggtaggt gtacgagtaa tgtttgcgct
    19801 gcgactcctg accgatgagg acgttgaggt cgtgtgcatt gatccgtttg ttccatccgg
    19861 cgatgttggt ccaggtgacg atcgtggagc gcgaggtgta ctgcgatccg gagccgttct
    19921 gctgcatgcc gtcggggtcg tagatggcgc tgttgtagcc atattcgttg aggtcgttga
    19981 tgtttacgcc caacgtagtc ttcacataga agccacggcc gaggtccact tgcaaatagg
    20041 ggctgagatt gaccacctgc gtcttcgtgc ggttgatgtt acccaattcg gggtcgttta
    20101 cggccagcgg attcacctcg tcgatgtgcg tgtagttccc gttcgcatcg cgcggcgtgt
    20161 agaacggttt catgagcgaa acggcagcca cgagcgggct attcatcgtg ccagaaaggc
    20221 cctgcgagaa gccgttcttg acggagtagg tgaacgaggt gttggcgccc acagtgaggc
    20281 ggtcgaactt gctatccacg ttcagtcggc cggtaaagcg agagaagtcg gagttgatca
    20341 cgataccctc tgcgtccata tatccgagac caaggtagta gcccgtcttg ccggtgcgac
    20401 cggagacgtt caggttgtag tcctgatagt ggcccgtacg agtaacgagg tcgaaccagt
    20461 cggtggacga agtgccgtcc caaccatagt tcttcgtcaa ggtcttatag gccgcatcgt
    20521 agtcggcagc gcgaccagca gccacccatc ccttggcgta gagatccatg gacgacttgg
    20581 cgtcggcgta gtccatattg tggttaccca cagagacagc accctgcttc atctcaaagt
    20641 tgaccgtcgt agcgccctca gcgcccttct tggtggtgat aacgatcaca ccgttaccag
    20701 cgcgcgagcc atagatggcc gttgcggcag cgtccttgag gatggtgatg ttctcgatgt
    20761 cagaggggtt cagcgcagac atcgggtcca cgttattgtt accggaggtt gagctaccct
    20821 cattctcggc attcaccggc acaccgtcga tcacatacag cggagccgta cccgagttga
    20881 gcgatccgcg gccgcgtacg aagacgcttc caaacgttcc gggcatactc gtggcgttgt
    20941 tcatctgcac gccaggcaca gcgccctcga gcgacttcat gaagctggcg tcggtcttct
    21001 tattcaaggc ctccttgtcc acaatggcgg cggcgccggt gaacgaggcg cggcgctggg
    21061 tggtgtaacc ggtgactacg acctcgtcga gcaactcgtt gtcacccttg agaacgaccg
    21121 tcacgcgggg cgctacggcc acctcttgcg tcttatagcc gatgtaagag acgactaacg
    21181 tcttggctcc tgcgggcacc gagagggtga agttcccatc gatgtccgtc accgttcccg
    21241 tcgtcgtacc cttcactaat acggaggcac cgatgaccgg ctctccgtcg tcagccgagg
    21301 tgacggtccc cgtcacgctc gacacctggg ccgaagccca gcctaccccc aagaggagga
    21361 aggctaacat gtacagtact tttttctgca tactctttgt ttgattagta aaacggtttg
    21421 tttttgcggc ggcaaaacta tctgtaatag gatcatctcc ccaatctccc cccacaaaac
    21481 agaaaatcag ccatcgatta cccccaatct gtagaatcat cttacggcaa cggcttcctt
    21541 tcatcaccca gttgcggaaa gaaattcgga cacggggaag cgcccctaac caactggcac
    21601 aaggcgcacg cctacctttg ccacacatca aacatccccc cctattccta ttattatgct
    21661 taccgccgcc accctccccg acttcggcct gaacctcgac gccgactttc atagcaaagt
    21721 gatcctctcg gtcatcgtcc ttgtgggcgt ttggctcgct cgtgtcctca tcctgcacat
    21781 ggtgtggcgg agcacaacga accataaggt gcgctatcgc tggaagcgcg ccctctcata
    21841 cgccgctccg gcctgcctct tcctcttcgt ggcgctggtc tggatcaacg ccttccgaca
    21901 cgtcagcacc tacctcggac tcctctcggc cggcatcgcc atcgccctca aagacctcct
    21961 ggagaacatg gccggatggc tcttcatcgt cattcgcaag cccttcgccg tgggcgaccg
    22021 cgtacagatt ggcgacgacc gcggcgacat catcgacatc cgcctcttcc agttcaccat
    22081 cctcgagatc ggcaaccgca tcgacgccga gcagagcaca ggccgcatca tccacatccc
    22141 caacggccgc gtcttcacca tgcctcaggc caactatgat cagggcttcc ggtatatctg
    22201 gaacgaggtc cgggtgcgcc tcaccttcga cagcaattgg caacgtgcgc gtgagatcct
    22261 gctcgaggtg cttaaccgtt acggcggcga cgtcgtcctc gacgccgagc aggggctgaa
    22321 cgaggccagc aagatgtact acgtgcacta ccaacacctc acgcccatcg tctacatcgc
    22381 cctcatggag gacggcatca ccctcaccgg acgctatctc tgcgagccgc gccgtatccg
    22441 cagcaccgag tccgccatct gggaagacct cctgaccacc tacgccaccc acaacgacat
    22501 ccgctgggct taccccacac ggcggttggt gggatacggc gattaagcag ccgccggctc
    22561 accacgcccc ccgggatcca tggatcctgc gaagtatccc aaaagcaaag ccccggaatc
    22621 atgaactccg gggctttgtg aaaagaaacg tgctacgctt ggggaggaag cgtgcaccca
    22681 tcgtttattt catccaaaaa acgatcgata ccaatcaccg cgagcttggg gaaatcgatc
    22741 ttctccaaga cttcaaagtg tcggtcttcc gtaacgatgt atcgggcatt agaggcaatc
    22801 gcacagtcga cgaatttgtt gtcgtcagga tcggcggtga tcaaacgaaa tcgaaagaag
    22861 acatcgacca tctgcacatt cacacgctct aataaagccg ataggatgta ctacgccacg
    22921 cactggttga tgttgcgcgc caaaacctcc tcgtattctt ccagaatatc cgtagtgaca
    22981 cacaaggtgt attcaccttg cagaaacgac tgccaaacgg gatagtagcg actccgcgac
    23041 gagatagcca tcagcaggca gttcgtatcc aatacgatct taccgctcat ggccgatagg
    23101 gggtccgttc gtggaggtgg cgaaacgatt ctacacgctc ttccgtcagg cggccatccg
    23161 cccacatgcg atcgatctct tctgcggcct tgcgggcaaa gtggtccgag atggcctgct
    23221 tcagttcggc cagctcctca ggggtcttta tcacagacat cagtttgagc atttccaatt
    23281 gggcttcatt gagagtcgtt gcttccatat ataatccgtc tttgttggtg gcacaaaaat
    23341 acgacacctc ccccgcgcgg ccttagactc cacctccttc ttgtaccaag caaacttccc
    23401 tgcctcggca gaggcctgcg caagggtaaa cgggcgcctg tttggggaga ggaaggctat
    23461 ttttcgtttg taggttttag tttttcgctc cctacgcccc tacctttgtc ccatcatcat
    23521 caaaatagca gaccattatg aagaagtatc tcatcttact ggcggcagcc ctcatcatgg
    23581 cgctgaccgc gtgcgaggga cctatgggcc ctccgggacc tgtcggaccg caaggccctc
    23641 cgggaaatgg aagttcgggc gaaggagtga attggaaaat cgaggaatat gaagtactcg
    23701 aaaaggactg ggagctggtg ggcggaaagg atgccctcgg ttcacattat atgtgccact
    23761 tccgtaacgt gaattggtta accaataccg tcttcagcaa agggaagctc gtgggctatc
    23821 gcatcctcac gctcgataac ggcagcaagg tctacacccc tcttccatac atcattcccc
    23881 gcggacagaa ggagggcagc aacgataagc tctggagcga atattacacc ttcgactacc
    23941 aacccggatc gatcgctttc tacgcccatt acaccgactt ctacaccggc aaccgacccc
    24001 cgaagtgtta cttccgcatc gtcgcaacat ggtaaaccac acaccgacga tggctgacga
    24061 acaatttgat ttagtagcca aaacgctcta cggactggag gatgtgctgg ccgacgagct
    24121 tcgcgcgctc ggtgccgagg gcgtggagac gggccgacgc atggtggctt ttcgtggcga
    24181 taaagccatg ctttacaagg ccaacttcca ctgtcgcaca gccctgcgca tcctcaagcc
    24241 cgtggcccgc ttccgtgccg aaaacgcgga cgaggtctac gaggcagtca aggccgtgga
    24301 gtgggagcga tacctctcac ccgaacgcac cttcgccgtg gacgcggtga tctattccga
    24361 gaatttccgc cactccaagt tcgtggctta ccgcacgaag gacgccatag ccgaccgctt
    24421 caaggagcgc accggacggc gcccctccgt gcgactgagc aatccggaca tggcgatcca
    24481 tatccacatc tcgcacaacg attgcacgct ggccctcgac agttcgggcg agagtctgca
    24541 ccggcgcgga taccgcgtgg agcagggcga ggcaccgctg aacgaggtct tggccgccgg
    24601 catgatcctc ctcaccggat ggcgcggcga gtcgcacttc gtcgacccca tgtgtggctc
    24661 cggcaccctg ctcatcgaag ccgccatgat cgccctcaac atcccgcccg gcgtctatcg
    24721 caagggcttc gccttcgagc gctggccaga ctttgaccgc gagctttttg agaccatcta
    24781 caacgacgac tctggggagc gcgatttcga attcctctgt cacggcgccg acatctcggc
    24841 cgacgccatc cgccgcaccg agcgcaacgt gcgcagcgcc ggcctctcgc gttacatcac
    24901 gctccgcacc atgcccttcc agcagttcat gcgcgcaccg cagcccgcca tcctcgtcac
    24961 caacccgccc tacggcgagc gcatcgcggc cgacaatatc ggcgagcttt acggcatgat
    25021 cggcgaacgg ctgaagcacg tcttcatggg ctgccaggcg tggatcttga gctaccgcga
    25081 cgagtgtttc gaccacatcg gcctccgccc caagacgaag ctccagctga tgaacggcga
    25141 gttggcgtgc gaataccgcg gctacgaact ctttgccggt acgaataagg actatcgcaa
    25201 ggcgcaaaac gaggctccac ccgcccgccg attcgaacgc ggcgaacgca cagaacgcac
    25261 agaccgcggc gaacgattcg aacgccgtga gcgtccggag cggagtgaac gattcgaacg
    25321 cgcggaccgc ggtgaacgca cagcgcgttt ttctcgtggc gagcgcacgg agcgcagcga
    25381 acggttcaaa cgcggcgatc ggcccgaaca tcctccacgc ggcgagcgac cagaacgcaa
    25441 agagcgcagt gagcggccag cccgcaacac atttaccggc aagccccgcc tcagtcggct
    25501 cgacctcgac gccctgcgcc gggccattga caagcccgac gccacggccg aggagtagcc
    25561 tcatgtaccg aaaaaagggg ggacgcaccg tagagatgat tctcttggtg cgtccccctt
    25621 ttgttgttac aagtgatcgg tgacggagtt acagatcgag gtccatgccc ttcggatact
    25681 tcacgctata actgaaggtg aaggtgcgcg cctcgccggc cttgagcgtc acgttccacg
    25741 tcacaacgcc cgtctcggtg ttgttcgtcg tcggcgtggt ggtgtccttg agcagctcca
    25801 cctcgatgtt tttctgtgtc gagatgggat actgatcctt gagcgtgagg cggacgtcac
    25861 gcttgcgatt gttcttcacc gagatcgtgt aggcgaacac ttgccgtgtg tctgaaccga
    25921 agaccttctt cgtgctgaag tccttcactt tctcacgccg tatggtgatg cgcttgtcgg
    25981 tgccgagcgt gagggtgagc ttcttcagcg cctcggcgtt gtcgatgtag gtctcgccga
    26041 ggtagacgcc gtcgtaggtg atctgcgccg atccgctggg cagatccagc ttgtcgctct
    26101 ccttgatttc ggccaggagg taagtctccg tgtccagctt cggcgcggcg tagtagtaat
    26161 aatccgcggc ggcctcctgg gtgcgcaggt cgatgttttg ctccttgccg ttgccgggga
    26221 tggtgtaggg caggtcgatg gcgtagatgg tggccacggc cgagttgtcg cttacgatga
    26281 cgtgatcatc gattgacatc tccatcggcg tcgcatcggc cacgtcttcg accgccatat
    26341 cggcctctgc cttggcgacg gatcgggtct tcatgctata cgagttctgc acggtcattt
    26401 cggccaacat catgggggga ttctcgcgga ggaaccaggt gttgaagagt ggcgccacgc
    26461 gtccgttgtt gggcgatccg gtggagaggg tcagcttcac ctgcttccag tcgacgcccg
    26521 tcgtctgctt cactttcgct ttctgcacga tgcggatcgg cttctcgggc gactccacat
    26581 tgatgccgta gtaaggcgtc cagctggcgg caaaggtgca gtagctcacg gccacgcgta
    26641 cggcgccggc cacgggtgcc gtcacgttga ggcgcagcgc tccggcgttg tgacccgcct
    26701 cggcaagctg ctgactgagc cgcttgacgg tggcctcaca cgtcttcttc tcctcacgaa
    26761 ggcggatcag ctcgttttcg atggccatca tcttcgtctt gtaataatcc atgctccgcg
    26821 aaagctcatc gagcgacacg ccgcgctcgg acggggtggc catcttctgc gtcatgccgg
    26881 tctcgaggag tttgagcatt tgctcgttcg tcttcgtttc gatgccgatc tggcggagct
    26941 tgttttcgta cgttcggagt gagtccagca tgcgttgcgt gcccgcatcg gcggccttat
    27001 cggtctggtg gcgcggcaca tactcgtaag ccgtgatcag ggcgccgccg ctcatgccga
    27061 tccggaggct gctctcgtcg atgcctgagc tgaggccttc gatccacacc tcgttgtcgc
    27121 ccttgtccag tgtcaccgaa gcagtatgct ccagcacagc gccgcgataa aagacggtcg
    27181 cctcgttcag tttggccggt gccgatttgg gtccgccgcc ggccagtgca tccattgtca
    27241 tgctcataaa caaaatacct gctgtgatta atagggtcgc tttcatattc tcttttctat
    27301 taggggttcg tggcaaaggt agatggtgcc gtgctctcgg ccgctgcctc ggcgagggcg
    27361 gcggcgttct ttttggcgcg tcgggcgccg gcacgtcggg cgaggagctc ggcgtaatgc
    27421 ttacggagga tgttgaggcc ggagagcgtc cggctccacg cctccacctc ggggtaggcg
    27481 tcggccatga cggccagata aaggctgagc cgggtatagt cctccgtgat ggcgcggcgc
    27541 atgatcccga cgtcgaccgg ggtgcgctga gcttcattgg cgcggcgctg ggccgcgtgg
    27601 gtgcgatagg cctcgttggc ggcgcggatg gcgtccacgt ccgtctgcag gtggagccgc
    27661 tggacggcat cggcgtaggg cgatttcgtg aggtcgttga ggaagttgtc cgtggcgccg
    27721 gtcagcttct ggacgttgag ggggtagacc agccgatgct tccgccagag gatgttcagc
    27781 gcctcgtagg cttggcgctc gtccgcgtcc tcggacagcc gatagacctt gaatcggagt
    27841 ccgaagcggc tgatggccgt ccgccgctcg ctgtttttcg tgtgcgccac ggccgtctcg
    27901 ggcctcctca gtgggtcacg cgtagcgccc tccaagggtc cgatagcggc tttgatagcc
    27961 atcgtgtaac gcttcagcgg cgcgtccgtc tcgatcagcg tcgcacctct catttcgatc
    28021 tgttccaccg tctcgcgcat cagcgtgatg aactccatct gctgcaaacg ggtggtgttg
    28081 caagccatta attccttcat atcgttattc cttctgactt cttctgacaa gggggtgaat
    28141 ccggcgtata agcactcatt gtctgcagac aaatcggcgt ataacatgtt tcaatctcta
    28201 tcgtctacag acaaacctcg catttacatg cttcaaatac ttttgtcggc agacaaaagt
    28261 atgcattata tctatacaca tctatcgtct acggacaaat atacacacaa taggtaacgc
    28321 ttcgttttgt ccatagacaa tcctatgttt tagatataaa cgaccatttt gtctgcagac
    28381 aaaatcaact gtaacacgtt ttccagccca ttgacgacca ccgaccgtct gcccgaaaac
    28441 aaaaagcccc catctgcaac agcagacagg ggtcaaacgt gcgggagtga gaaccgtata
    28501 aaatgaagaa cgccccccaa gtatgctgcc ttacggctcg cctgggaggc ttattgtctt
    28561 ttactctata tagatgcgtt ccttttggga atgcgggcgc aaaaataaaa tcgcttttta
    28621 agccacaatc gctttcacgc ttttattctt ttattctctt cctgtgtcca tagggcctct
    28681 ctacgccaat ctgccggaaa ccccatcgct ttcagattgg ccacatccct gtattcatcc
    28741 aacaaggatg ttagtttcgc cttaaagctt gaccgtaggg ttggccgttt gtaagatata
    28801 gtccagcatg cataggaagt aatacagtcg actcctttgc acacggttcg gatcacttat
    28861 ccaacacaac gttttcgaga attccagttt cactggcact atactcatcg ccctattcca
    28921 aagtctggca tgatgcgcgc aaatgttccg cacataattg atcgtatgca gccatgagca
    28981 gaatatttct ggtggcaaac cgaaatacca tgatatgccg ctgacatcct cacgcagttt
    29041 cagctcgtcg caaatacgtg atagctgttt gaagtacatg atctccacac acatccaaga
    29101 gggaggattc gggggatcac cgtacttcgt tttatagtgc tgtataaaga cctccgctcc
    29161 gttattgttc agctgttctt taatgtgctt ctgtatatcc gaaaacacat cgatcacgat
    29221 atccctgcct ttcaccgttt ttgttttggt cggcttgaat atctcgcgat tatcttgcca
    29281 gtgcgatccg tatttctgac taagttgatg tacgatctga gcacgaacag caacctctac
    29341 acgttcgatc gcgtcaaaaa caaacagcct cagttttctg tcgaatacgt atagacgata
    29401 aatcatatcc cacgtgcttc ccactttgaa tctactggat atggcatcgc ctatcttctc
    29461 tttatatggc agcatatagg cactgaggcg atagtagctg atgtttttta gctgacgcgc
    29521 tgtcctctgc cggtctggga tcaataagcc ttttgacgct aacaaatcga tttgctcgtc
    29581 atagcttaat ggtcgtttgt catagtgttc cataagaata ccccgtaact catgcgtctg
    29641 attttccatt catgtcatac tggtcgcaaa gcatcgtccg atacgtttcc ctcatctcac
    29701 agccccagca gcgccttcca gccggcggtg ccgaaggcca ggtattccga aaggaaacgc
    29761 tcgatgtcga cctccgaaag ttcatcgtgg cggacaatct cgcccatgac ggtcagccag
    29821 agcgagctga cggtgcggag gaagaagggc gatacgtcgc ccgtgacgcg gtccggatag
    29881 cgctccttca tcaggcggat gtagcgaatg ccctccagcg tctggcgctc gcagaaggtg
    29941 tcgcgaaagt gctccaacga cgaacctgcg gcgtggaaga gcagcaggcg gagctcggcg
    30001 cgaaagtgct gcgggaggcg catgaactcg ttcagcatgt gctcctgata cgacttcatg
    30061 gagtacacgt ccgtggtcag gtaatagtcg ctgttgtggc gggccaggag gtcttcgaag
    30121 gcgtcgagga ggggctgtag gacggcccga aagagggtgt ccttgtcgcg gaagtagttg
    30181 tagatattgc ttagcgtcac gcccgagagt cgggctatgg tgcgcatgga ggtatcctga
    30241 aatcctcgct cgagaaactc cgcccgagcg gcttgcagga tggatgcgtg gttctgtgtc
    30301 ttggattgtg ccatgatgtc tctgtaaact cctttctgtc gatgcatgat atcgtccatt
    30361 ttctatgtgc gacaaaagta gggggctttg tagaaggagg cggcggggcc tacttttgcg
    30421 gccgataaac cccaaataat taatgtatca cagcgtatga agaagaaaaa gatgatgtgg
    30481 ctctgtgccg ccgtagccgt ggtcgtgctg gccacggcct gtggtgtgac aaaggatctg
    30541 gagaacgctt acaacctcaa ggattgcaag tattcctacc gctcgatctc gaatatccgg
    30601 gtcaataacg aggagctggg actggtgagc ggcgccaagc tgctggccca actcagcagc
    30661 ggcggatccg tctcgtcgct accgctacag ttcacgctca acctcaacgt ggagaatccg
    30721 aacgcctccg ctgcagcctt ccaggcgatg gagtacaagg tgtcgatcga ctcgctcgac
    30781 tttaccgagg gcaagctcat ggaaccgttc agtgtgaatg caggacaaac gaagacgctc
    30841 agcgtgggca tcggtacgga cgtcggacga ctcttctccg gagagtcacg gggcgccatg
    30901 atgcggatct tgcagaacct cgtcgggtgg gaatcgaaga cccaatcgac cgtcacggta
    30961 cagctgcgcc caacgttcaa cgtaggcggt gtgcccatca cctcgccgct ctacatccca
    31021 gttagcttca agatcggcgg gaagaagtga ccccgcacga ctgacagatt tgacagcccg
    31081 ctccggacga attgtctgcc tccggtttcg gtacacggtt tgcaataagg gaggacgaag
    31141 cggccgatcc cccgcaagag ggaagggcgc ttcagacaac ccaacaacat aaacagtaac
    31201 ataaaaacgg aggattagaa aatgacttta gcaagaagga atcagaacta ttggttaccg
    31261 tcgatcttca acgacttctt tgagaacgac tggatgagtc ggcaaggcac cacggccccg
    31321 gccatcaacg tgaaggagtc gaaagacgct tacaccgtgg aggtggctgc accgggcatg
    31381 acgaagtcag atttcagcgt caacatcgat gccgacaaca acctggcgat ctctatggag
    31441 aagaaggacg agcacaagga ggagaaccgc gagacgcgtt acctgcgccg cgaattttcc
    31501 tacgccaagt tccaacagac catgatcctg cccgacgatg tggacaagga tcgcatcacg
    31561 gcccgcgtgg aagacggcgt gctgcttatc ggactgccca agatctcgca tgaggaagtg
    31621 cgccgcttcg gacgctccat cgagatcgag taaaccagag aaagagagac aagaaaaaat
    31681 cgcaaatagc gtgttcatgg taatgtattg aaagtggatg agggacggtg gttcggcgct
    31741 acaacggcgc tcgggtctcc gccccttttc tgttcccatc gctgccgcga acacacccct
    31801 tgatatatga gaacaaccat aaccatcacc ctattattca ttcaatccat cattcaatta
    31861 gtcatggcac aagagaaaga gaaccaaggt gtagtaacgt tcgcaggaaa ccctgtgacg
    31921 ctgctcggag aactgatcaa agtgggcgac actgcgcccg aatttaccgc tacgggcgag
    31981 ggcctgaaac ccgtccgcct gtctgacttc aagggcaaga ccgtgatcct gtccgtcttc
    32041 ccgtcggtcg acacgaaggt gtgcgccgca cagacgcgcc gctttaataa ggaggcttcg
    32101 gagctgtcgg agaacgtggt cgtgctgacc ctctccaaag acttgccctt cgcgctcggt
    32161 cgcttctgcg ccgccgaagg catcgaccgc atccacaccc tctcggacta tcagcactcc
    32221 gagttcggcc tgaagtacgg cttcctgatg aaggagaaca tgctgctggc gcgtggcgta
    32281 gtggtcgtga accccgaagg gaaggtcacg tatgtggagt atgtgaagga agtaacccac
    32341 gagccggatt acgctaaggc gcttgaggct gctcgcgctg cactctgatc cgccacgtat
    32401 gaacgtatga ctgccgcaca acggacatag tcccccctta tgaaacgagc agtaatcgtt
    32461 ggagccacct cgggcttggg cctggaggtg gctcgtttgt tattggagcg aggctggagc
    32521 atcggggtgg ccggccgacg cgtcgaggcg ttggagcagc tgcggaccgt agcgccggac
    32581 cgcgtctgcg tccacgccat cgacgtcacc caaagcgacg ccccggaccg tctccacgcc
    32641 ctcatcgacg atctcggtgg gatggatctc tacttccact cctccggcat cggtcggcag
    32701 aactcggact tagatccgag cattgagctg gccacggtcc gcaccaacgg cgaaggcttc
    32761 gtgcgcatgg tgacggccgc ctaccgctac ttccgcaccc aaggccgcgg acatatcgcc
    32821 gccatcacgt ccgtagccgg cacgcgtggc atgggcgccg cagcagctta ctcggccacg
    32881 aagcgtttcc agcgcaccta cctcgacgcc ctcgcacagc tggcccaccg tgagggactc
    32941 cgcctgcgca ttacggacat ccgcccgggc tttgtccgca cggccctcct cagctcggag
    33001 gtgcgttacc cgatgctgat ggagccggcg cccgtggccc gacagatcgt cggcgcagtg
    33061 gagcgtaggc ggcgcgtcgt caccatcgac aggcgctacc gcgcgctcgt cctcctctgg
    33121 cgcctcatcc cgcagtgcgt ctgggaaagg atgaagtggt gttgaggtgt tgaggcgttg
    33181 aggcgttgag gtgttagttc gttgaggtgt tgaggtgttg gttcgttgag gtgttggttc
    33241 gttgaggtgt tggttcgttg aggtgttgag gcgttgagga gtttgtttgt tgagacgttg
    33301 agttgatgac agatcaagga agagaagtac ccggccaaag tcggctggcg cccctggcgc
    33361 cttgatcttc ttttgcttct tttcttccat caagggaagg gcggctgcgg ccgccggcga
    33421 agttttcccc gtcacgtttc ggatacatcc catacccggc caacttggcc ggcgcccctg
    33481 gcgccttgat cttcttttgc ttcttttctt ccatcaaggg aagaaaagat gaccccaagg
    33541 cgtagcgtca agcgagccga tactaaatct tgatttcaag attgactggc aggcgagctg
    33601 atactaaatc ttgatttcaa gattgactgg caggcgaact gatactaaat cttgatttca
    33661 agattgactg gaaggcgaga tgatactaaa tcttgatttc aagattaact agcaggcgag
    33721 ccgatactaa atcttgattt caagattgac tggcaggcga gctgatacta aatcttgatt
    33781 tcaagattga ctggcaggcg agctgatact aaattttgat ttcaagattg actggcaggc
    33841 gagctgacgt taacccataa gcctaagggt tgataatctg cgactcggaa aggcctctta
    33901 gcccccacac cccacggaaa aagagaggga gacgatacgt ggtatcgcct ccctctcgct
    33961 gtttacaggc cgggggcacg cggccccaca gcatgattac gggtaagttt agttgaagat
    34021 gtaacgcaag ccgatctgca tctgccagca gttagaactg ttgcgatacg gctcgtaggt
    34081 gcggctgtaa agctgcttct gcttgttgac ggtgttgtaa cccatcgagt aggtgggcac
    34141 gccgttggcg tccttgccct cgtagcggag gatcttgccg tagttgctgg gcgaggtggt
    34201 ctgcgtcaca ccccaggagc ttttcagcag gttgccgacg ttgaggatgt cgaacgagag
    34261 ctgcagcgtg tggatggctt tgcccgcgcg caggcggaag tcttgcgtca ccttcaggtc
    34321 gaagcggtgt acccacggca aggctgcgcc gtaagcctcg gcatactcgc ccttgtgggc
    34381 gctcaggtac ttgtcttgct ccacgaagcg ccagaaggct tcggcctgct cggcggcggt
    34441 gaagccgttc ttgtcgacaa acttcagctc gtctttcgtg cgggggatgt acatgagatc
    34501 gttgggattt ccgtctccat tcatgtcacc attatacata taactatata agttggaggc
    34561 atacgcagca taatagagcc cgacggaggt gccgaaatac ttgccatagt ccttgcgata
    34621 ggtcaaggag gcgatgagtt tgttcggggt gagatactcc gagttgtgca gcacggcgtt
    34681 gttggggccg tcgatggagt aaagattttg ccatgcagaa tacgcctgat taccgggcag
    34741 accggtgatt tctttcgccc actggtgggt gtaggagaac atgaggttca ggtccttgat
    34801 cggctcagcg gtcagcatgg cgttgaaaga ggcactgtag ccgcgggtgt cgttgtcgag
    34861 gatgacggcg ccaccggtca cattcttatc caccaagtag ttgcccgtgg tggaagtgga
    34921 gtaatccaga cggttatcgg ggccggcgaa gcgaccgagg ttgccgttgt tgacgatgtt
    34981 ccagttacgc atcacgacgg tttgcaggtc tttgttatac atcccttcca cggtcagggt
    35041 gagggggaag gagacgggta ggcgataatc tacagcaagc gtgttcttcc aaatttgggg
    35101 catcttgaag ttgtcagcaa tgcctacgac tgaggcgcgc gaggcggtgg aggcgggatc
    35161 gcgatagatc ggcgtcgtgg gggcgtcgag gagcttgatc atctgatcca cgtcggtcag
    35221 catgttgttc ttgaacttct ccagcgtctt ggcgtcggtc acggtgatcg tgttttggat
    35281 catcgagctg ttggtcggca tgttggtgag gaagaccagc ggaatgcggc cagtgaagac
    35341 acccgtacca ccacgcacga ccaaggagcg atcgccgttg atgtcgtagt tgaatcctac
    35401 gcgcggcgag aggagtacgg aggtcttggg ccacttgccg gtgttgacgc gcggcgactg
    35461 gaaggtggcg tagttcgggt cgttcttggc cacgaaatgg tcgcgccagt tgagcttcag
    35521 gtaggcctga ttcgtttcga tgtcagtcag gaagttcatc atgtctgcgc gcagaccgta
    35581 agtcagtttg aaacggtggg tcacgttcca ttcgtcttgc aagaagaggc cggactgaat
    35641 aaaggcaacc tcggcaacag gattcttttc cccgtcataa ccgtaagtca gaccgaaggc
    35701 gatgggcgca ttgccagcct tgaagtcgtc gaacgaggcg tacttatagt aacccgttcc
    35761 aaagcgcatg aaggcgttac caaccttctg atattccaaa ttaagaccgc cgataagacg
    35821 atgagcaccg agggcccaag tcaggtgatc ttgaaagttc agcacgttat tcgtagtgtt
    35881 agttttccaa gtgaataact cgtagccagc tgacataaac ggcgtatctt tttctttcag
    35941 aatgtcgata aaagggaagg gtgaggattt agaagtacgg tgcggatcat tgatgtctga
    36001 gtaagtgaaa agcacacggt tctgcaatgt gttactgaag cggctgttca attcgcttgt
    36061 gaaagaccaa acagtacttt ctattccata gcagctgttg cggaatgaga aggctttatc
    36121 tgagatacga ttagcagaaa gtctcttggt gcccgacgtc cagttgggct cattgatgtg
    36181 cgtgttggtg gtgtagttga aacgcacgct caacttgtgg gcgtcgttga tgttccagtc
    36241 cagacgggcc agggccttgt agttcttcgt gccgccgtcg ctgaaatcgg tgtaggagcc
    36301 gggctcgtag ccgtacttgt cgcggaggat cttggcgaag gcttccatgt cggccgccgt
    36361 gacgcgtgag gtctgcgtgg cgccgttgcc cacgccgtcg gtggagacgt gatacttcgt
    36421 gatcgggttg ggcgagttct catactctcc gttgatgaag aagaagagct tgtttttgat
    36481 aatcggtccg cccagcgtga agccgtacgt ctcggtgcgt tcgcgagcgc ggtcgccgag
    36541 gtcgtgaccg tcgacggtgt tcccgcgcag gctctcgttg cggtggtagg tgtaagccgt
    36601 acccttgagg gtgttcgtac ccgacttggt gatggcgttg atgccgccac ccatgaagtt
    36661 cgtttggcgc acatcgaagg gtgctacgac cacctgaagc tcctcgatag cgtcgagcga
    36721 gatcgggtta ccgccgccgg gcagggtgcc cgagaggccg aagttgttgt tcaggttcgc
    36781 cccatcgacg gtgaacgtgt tcgtacgtcc gtcacggctg gcgatcacgg tgccgccgcc
    36841 cgagtaaggc gacatgcgcg tgaagtccgt caagctgcgg ttgatggagg gcaggagctg
    36901 cagctgttgt ttggagacgt tcgtcgaggc gcccgtcttc agtcccgtga acttcgacga
    36961 ggcggcggtg acgaccacct cgttcagcgt caagtcgtcg cggagcaccg cgtccagcgt
    37021 cgccatttcg cccaattgga gcgtcacgtc gcgatactcg acggacttca gcccgacgta
    37081 cgacatggtg atcttgtacg gcccgccggg gcgcataccc tcgatcgaat agcgaccgtc
    37141 gacgttcgtg acggcgccgt actgcgtgcc cgaaggctca tgcacggcca cgatggcggc
    37201 gccgatgagc gcttcgccct cctggtctgc gatctttccg ccgatggcgg acgttgtgat
    37261 ctgtgccgat gcaatggctg gcaagatcac tgctaacaat agcagataga ttctcttcat
    37321 gatcaatgcg tgtttagtgt gacatataat aaatagttag agccagtgtc tggtaggcgg
    37381 ccctttcgat gtccgcccgt gtgcttataa aagaaggagc ggcgacgaag ccttcatgca
    37441 cttcgttgcc accccttgta tttctattct tcgatcagct tagtccgcgg agcttgcgga
    37501 gcgatctctt tgcgactgcg gatgtattca ataatggttt cttcggacga cttgcccgtg
    37561 ggctttgcgg cgcgcgcatg cgagaacttg taggctgaca cgatgtagtc gttcagcgcc
    37621 acgcgatagt atcggccctc ctcgagcggt cggccgtcgg ggaacgccat ctcgatgcga
    37681 tccggctcgc cgttcttcgt gtagagcgtg taggtcatgc ccgagacgag caggtcgacg
    37741 gcgtgacggc gcttgttgta acgatgcgac acgcggatca ggtcacgcat ctcttcgggc
    37801 gtcagctcca ccacgttcac ctcgttacca aagggatcca tctcgtagac catcttggcc
    37861 gtcatgtcgc ccggctcaag cgccccgatg cgtatgccgc cggcgttttg gaaggcgaaa
    37921 tcggcgccgt tcatggccgc ttcggcgtcc gtcaccaagt tgccgagccc ttccttaccc
    37981 tcgatccgcg ccgtgacacg gccgatcact tcgttcagcg gcgactcgtc gtagaacttc
    38041 ttgatggcgg ccttcacctc agcgtcctcc gccttcatgc tggccacggg aatcaaccga
    38101 ttgcgccgcg ctacgacttt ccgtccgcgc agcgtcagct ccgtacgccc aacgtattgc
    38161 aggtattcgc ccgcctgagt gatcagtacg ccgttgatca cgacgcccgt atcgaggcgc
    38221 gtgtgcgaat gcccgcccac gatcaggtcg agctccggca tccgctcggc gagcttctta
    38281 tcctcctcca cgcccatgtg attgagggca aggaagacgt cgcaacgctt ccgcatgtcg
    38341 cgcagcttcg taagctcctc gaccggttcg gtgaacgtca ggccggtgag gcgccccggg
    38401 tgcgacgacg ggatgagccg cccgctgatg gtctcgacct gtatgccgga aatgatgccg
    38461 atgcgcagac gcccgacccg gatcaccgtc gacggatccg gctggcgaat ctcggcgccc
    38521 tcgccgacgt gcaggttggc gcagaggaag ggaaaacgag cctgacgaac gcgctcggcc
    38581 aggacgcgtt ggccgtagtc gaactcgtgg tttccgacgg ccgatgcgcg gtatccgacg
    38641 cggttcatga ggtcaatgat ggggtagccc ttgcccggcc gatcgcaatg atccaccacg
    38701 gggttgcccg agaataggtc gccaccgctg agcacgacga cgcgccccgg gtgtgccttt
    38761 tgttcttggc taacgaaggc ggccaccttc gcataatcgt cgatatgcgc gtgcatatcg
    38821 ttcgtcgaaa ggatgacgag ctgcgtctcc ttcgtcgtgc tacaggcggc gaatccgacg
    38881 gcgatcatcc atagaatgaa gatccttttc atgtgtgcta tctcttctta ctgttatttc
    38941 ttttaaggca aaggtactcc gctgttcaaa atcattaaag gaatgacggg ggatttggtg
    39001 ctacctttgc gacatccaag caaaacagca atgaatgttg tgattttaga cccagactta
    39061 gacgagctgc tccatacgaa aaagaacaag cgctaccgca aggtcgaacg ctcgaaaaaa
    39121 ctatgggagg gattggaaag gacgattcag ctcatggagt ctgtgaagaa tatcgacaag
    39181 ctgcatgagt actctttctt gcattacgag aagctaaagc atggcagcta caaggggaaa
    39241 agctcagtca ggattgccaa cggagctatt gagcgactga tcttttccga gaatgagaat
    39301 ggtatagagg tatacatcat agaactaaac gatacgcatt atgggaacaa gagataacta
    39361 caaggggggc aattatgccg acatgattcc tttccgagct gtacatccgg gcgaggtgct
    39421 ttgggaagaa atgaaggaac gcaggataag caagaacgcc ttggccgaac agctcggcat
    39481 gccacgcgct atgctgtctg acttgttgaa gggaaagcga gacttcacgc ccgactttgc
    39541 cgtgaagttg caagagctct tgggcattga cgctgagagt tggatgaatc tgcaagccgg
    39601 ctattggcgt aacgtgaagc gcatagccga gcgtgaagcg caccaggccg caacgaccgc
    39661 caagacaacg gctgagccga tcattgaata cgccgtgtag atcgcccgcc cgctttccca
    39721 gcgatcagcg gcgcccacag agccgtccgg aggctgtccc tcgggcggct cttgcgctat
    39781 atataggtat gtcgtcgatc agatcgatcc atagcatccg taggaccaaa agcctgagga
    39841 aatcgcttga agctcttcag ccgaaagcct gaggaaatcg actgccacaa gcgaaaaaga
    39901 aggcatagag gacgggccgc aagagattgg aatatttttc ggcattttgc gggatattgt
    39961 agagattttg tttgcctatt acagaaacgg ctctatcttt gccgccgttt catggcatat
    40021 gtaagataaa aatgaagtcc gtatatacac tttccgtcgt cctatcgatt aatgtcatta
    40081 ttattccaat ggcgttacgg gaagggtgta aacgattcgg tttttgacaa ttcgttttgt
    40141 gcgaaaaagg gcctttctca tcaagcgtgg ggagggcttt ttttttgaca tgttgccaag
    40201 agccttcccc cctttagaag gcatgaggaa gacccagagc cgcacaacaa cggaacaaac
    40261 agaagaaata agaagaatgg atttacgtag ttcaaagagt acacaggggc gccgcatggc
    40321 gggcgccagg gcgctctggg ccgccaacgg gatgaagcgc gaacagatgg ggcgacccat
    40381 cgtggccgtg gtcaactcgt tcacgcagtt tgtgcccgga cacacacatc tgcatgatgt
    40441 ggggcaatta gtgaagcaag aaattgagcg aatgggctgc ttcgcggccg agttcaacac
    40501 aatagccatc gacgacggca tcgctatggg gcacgacggc atgctctact ccctgccctc
    40561 gcgcgacctc atcgccgaca gcgtcgaata catggtgcag gcgcacaaag ccgacgccat
    40621 gatctgcatc agcaattgcg ataagatcac gccgggcatg cttatggcgg ccatgcggct
    40681 gaatatcccc gccgtgttcg tctccggcgg acccatggag gcggggcgcc acggcgagcg
    40741 gtcgctcgac ctcatcgatg cgatggtgat ggccgccgac gcgtccgtca ccgacgccga
    40801 agtggaggcc gtcgagcgga acgcctgccc cacctgcggc agctgttcgg gcatgtacac
    40861 ggccaactcg atgaactgcc tcaacgaagc catcggactg gcgctgccgg gcaacggcac
    40921 ggtagtagcc acgcacgcca atcgcctgca actcttccgc gacgccgccc ggcgaatcgt
    40981 ggagaacgcc taccgctact atcgcgacga cgacgcctcc gtgctgccgc gcagcatcgc
    41041 cacccgtgcg tccttcctca acgccatgcg gctggacatc gctatgggcg gatcgaccaa
    41101 cacggtgctt cacctcttgg ccatcgctca cgaggcagaa gttgacttta cgatggacga
    41161 catcgacgct ctctcgcgtg agacgccctg cctctgcaag gtggccccga actcggagaa
    41221 gtatcatatc caagacatca accgcgccgg cggcgtgatg gccatcctcg gcgaactctc
    41281 ccgcgcgggc gtgctcgaca cctccgttcg gcgtgtcgac ggactgacgc tggccgaagc
    41341 catcgaccgc tacgacatcc gtagcccgca cgtgacggac gctgcaaagg ccgtctatca
    41401 cagcgcgccg ggcctccgct tcaacctcaa gatggggtcg caacgcacca tctacgacaa
    41461 gctcgacacg gatcgcgccg agggttgcat ccgcgacgtg gcgcacgcct actcgaaaga
    41521 cggcggcctg gccatcctca agggcaacat cgccctgcgc ggctgcgtgg tcaagacggc
    41581 gggcgtagac gaacgcatcc tgcgcttcag tgggccggca cgcgttttcc aatcgcaaga
    41641 cgacgcctgc gagggtatcc tcggcggaca agtcagcgcc ggcgatgtgg tcgtcatcac
    41701 gcacgagggg ccgaagggtg gccccggcat gcaggaaatg ctttatccca cgtcgtacat
    41761 caaatccatg cacctcggcg ccgagtgcgc gctcatcact gacggacgct tcagtggcgg
    41821 cacatcgggg ctgagcatcg gacacatctc gccggaagca gcctcaggcg gcgccatcgg
    41881 gcttgtccgc acgggcgaca tcatcgacat cgacatcccc gcgcgcacca tcaacgtgcg
    41941 tctcagcgag gccgaactgg ccgagcgccg gagggaggag gaggcacgtg gcgcggaggc
    42001 ttggcagcca caccgcgacc gtaccgtatc gaaggctcta cgcgcctacg ccagcatggt
    42061 ttcatcggcc gacgaggggg gcgtgcgaat catctaacat ccccctcaac tactactttc
    42121 tgactacttc taactatacg cttataaatg gagaataagg atacaataac cggtgcggag
    42181 gcattactcc gcgcattgat agcggagggg acggagtgca tcttcggcta ccctggcgga
    42241 caggcgatcc cagtctacga ttgcctctac gactaccgcg accggctgcg ccacgtcttg
    42301 gtgcgccacg aacagggagc cgcccatgcg gcccaaggat ttgctcgcgt cagcggacgc
    42361 gtcggcgtgg cgctggtcac gtccggaccg ggcgctacga acaccatcac gggcgtagct
    42421 gacgccatgc tcgacagcac ccccatcgtc gtcatcaccg gacaagtccc ctcgcccttg
    42481 ctgggcacgg acgcctttca ggaggtcgac gtaatcggca tcatgtcgcc catcacgaaa
    42541 tgggcctacc aagtgcgccg cgccgacgag atcgcgtggg ccgtggctcg cgccttctac
    42601 atcgcctcca ccggccgacc cgggccggtc gtgctcgaca tctcaaaaga cgcacaagtg
    42661 ggtcggacgg tcttcgaaca caagcccgtc gacttcatcc gcagctatcg cccgtggccc
    42721 gaaatcaacg ccgagcgtgt ggcagaggcg gccgccctga tcgacgcggc cgagcgtccc
    42781 tttgcgctgg ttgggcaggg tgtcatcctc agcggtgccg aacagcagct gaaggacttc
    42841 ctcgaaaaag ctgacattcc cgccggagca accatgctgg gactctctgc catgcccacc
    42901 gacttccgcc tgaacaaagg catgctgggc atgcacggca acgtcggtcc gaaccgcaag
    42961 acgaaccagt gcgacgtgct catcgccatc ggtatgcgct tcgacgaccg cgttacgggc
    43021 gagctcaaga gctatgcacg ccaggccaag atcatccacc tcgacatcga cgcctcggag
    43081 caggggaaga acgtccgggc cgacgtcaaa gtcttaggcg acgctaaggc ctccctcagc
    43141 gccctcacca acgccgtacg cccggcacgc cacacggcgt ggatcgagtc gttcgccacg
    43201 gacgaggccg aggagtggga aaaagtgatc gaaaaagaga tacaccccac cgatgggaag
    43261 ctgcacatgg gcgaagtggt gcgacgcgtc tccgaggcca cgaaccataa cgcggtgctc
    43321 gtgaccgacg tggggcagaa ccaaatggta ggcgtacgct acttccagta cacccagacg
    43381 cgcagcgtcg tcacctccgg cggactgggc acgatgggct ttggcctgcc tgccgccatc
    43441 ggcgccaagc tcggcgcacc ggatcgcacc gtctgcctct tcgtcggcga cggcggattg
    43501 cagatgacga tccaagaact cggcaccatc atgcaggagc ggctggacgt gaagatcatc
    43561 ctcctcaaca accacttcct cggcatggtg cgccaatggc aagaactgtt tttcaacgaa
    43621 cgatattcgg ccacggagat ggaaaacccc gactttgtgg ccatcgcacg ggcgttccgc
    43681 attgcctcgc gggaggtcag tcgtcgcgaa gagttggacg aggccgtcga agaaatgatg
    43741 gccactgacg ggccctacct cctggtggcc gacgtagaaa aatgcggcat catctacccg
    43801 atggtgcccg ccggagcgag tatcagcaac atattgatgt aacccatgca gacaaacgaa
    43861 aaaaacatcg tagcccccac ggacggccgc cggctctaca ctgtgatcat cttctcggag
    43921 aacaccgtgg gcctgctcaa ccagatcacc atcatcttca cccgccgaca gctgaacatt
    43981 gagacgctct ccgtctcgcc ctcagccata cccggcatcc ataagttcac cattacgacc
    44041 tacgccgacg aggtgatgat cgaaaaagtc gtcaagcaga ttgacaagcg cgtggacatc
    44101 ctcaaatcgt attacaacac cgatgaggac ctcgtctacc aagagatcgc gctctacaaa
    44161 ctggccaccg acaagtttat ccgcatgggc ggcgtggaag atctgatccg taagtacgac
    44221 gcccgcatcc tcgagatcaa cgaagactgt gtcgtggtgg agatgaacgg gcattacgag
    44281 gaaacgcagg cgctctttca cgaactcagc gatcgcatcg gcgtcctcca gttcatccga
    44341 tcgggccgag tagccatcac ccgaagccgc gtcgagcgac tgagcgacat gctttccacc
    44401 atcgaagagg agatgcacca gaaaggaggc tcttgttgag ctgcctgggt agttgcggcc
    44461 taaaggcggg tagttatgcg gatgcgccgc ggtagttaca agtagctata tgcttgctac
    44521 tgtttcttcc actacctccg actactgcgg cgcggccgca taactaccca cgactacttc
    44581 taactacatc aatagagtat ggatcccata ggcacatacg actacacgac cgaggcttac
    44641 tcgctcgatt tcatggggcg cctgcccctg cccacgctcg gcaactacct tctcgacgct
    44701 gccacgcgcc atgccgaaga gcgcggcgcc gggtataccg tgatggaggg ccgtggcacg
    44761 gcctgggtgc tctctcgcct cgctatcgag gtgatcgaca cggagggact gacagccccc
    44821 atccgcgtca gcacgtgggc cgaggccgtg gagcggatct tcatcaggcg ctgcttcgag
    44881 gtgacgtcgg cgaccacagg caaaccgctg gcttacgccc gctccatctg ggcggcgatc
    44941 gacaaaaaca cgcgcagacc gacctcgctc gtcggggcgt gggccgaccg gatgatggtg
    45001 cccggccggc actgcccggt ggagatcgcc ggacgaatcg ccgccgcaga ggacgccccg
    45061 gacaacgccc ccgacacacg catcgtgcgt tacagtgacc tcgacattaa cggccacttg
    45121 aacagcatca agcatatgga ggcggtgctc gacgattttg acctcgagag gtatcgcacc
    45181 gcgtcggtgc agcatttcga gatctcctat cacgccgagg ggcgctacga cactcccctc
    45241 gcacgcttcc gccgcacgct ctcgccaggc acgttcgcct gcgcactcgt cgacggtgat
    45301 cgcgccatca gtcgcgcgct gatccgtttt gtctaaggga ggcagcgcta ctcgctcatc
    45361 ccttcttttc ttgttttgac atgtgcctgg gcttgactca agccttcttt tcttgccttg
    45421 atgcaagaaa agaagcaaaa gaaaatcaag gcgtcaggga cgccggccga gtttggctgg
    45481 gtgctcgatg gcgtctttga tgatgccgag ggggctggcc ggacgcaggc gcatatttct
    45541 gttttttata agcattcacc taaacccaat tatatagata acgatatggc aaaaatgaat
    45601 tttggcgggg ttgaagaaaa cgtagttacc cgcgaagagt ttccagttgt gaaggcgctt
    45661 gaggcgctca aaggcgagac aatcgctgtg ttaggttatg gcgtacaggg ccccggtcag
    45721 gcgtgcaact tgcgcgataa tggtttccat gtcatcgtgg gccagcgccc cggaaagacg
    45781 tacgaaaaag ccgttgccga cggctgggtg ccgggcgaga cgctgttttc tctcgaggag
    45841 gcggcggagc gcggcacggt gatctgtatg cttctttctg acgcggctca gatccagtgc
    45901 tggccgcaga ttaagccgca tttgacggcc ggcaagacgc tctacttctc gcatggcttt
    45961 gcgatcacgt ggagcgaccg cacgggtatt gtgccgccga aggatatcga cgtcatcttg
    46021 gttgcaccga agggatcggg cacgtcgctg cgtaccctct tcgttgaggg acggggtatc
    46081 aactcctctt atgccgtcta ccaggatgtc agtgggcggg cgctcgataa gacgctggcc
    46141 atcggcatcg gcattggctc gggatatttg tttgagacga ccgtcgagcg tgaggctgtc
    46201 tccgatctga ccggcgagcg cggctcgctg atgggagcca tccaaggact ctttgcagcg
    46261 cagtatgagg tgctccgcga gcacggccac accccctccg aagccttcaa cgagacggtg
    46321 gaggagctta cccaatcgct catgcctctg gttgcacagc gcggcatgga ctggatgtac
    46381 gccaattgtt ccaccacagc ccagcgcggc gccctcgact ggatgggccc cttccacgac
    46441 gccgtgaagc ccgttgtcga gaagctctac gacgaggtga agactggacg cgaggctcaa
    46501 cgctcgatcg acagcaattc aaagcccgac taccgcgtta aactcgaggc cgagctgaag
    46561 gcgcttcgcg agagcgagct ttggcagaca gccgtcaccg tacgcggact gcgtccggag
    46621 ggcgtttaat ggatcaggca ggggcgggca gcgtctcgct ccgccgtcga gaccttcggc
    46681 gggagcgcct cagtctgaac gactcccgcc gagaggctct ccattcaccc gtcaccacag
    46741 agcatccccg tcgcccttgc catcagcact gctcccacgc ggatacacct cgctgcgtaa
    46801 ggaaataagg cgtatccggt gcggatacac ctcgttgcgt aaggaaatag cactgctccc
    46861 gtgcggatac accccgttgc gcaaggaaat agcgcgtatc cggtgcggat acaccccgct
    46921 gcgcgaggaa atagccatgc tcccgtgcgg atacaccccg ttgcgcaagg aaatagcgtg
    46981 tatccggtgt ggatacaccc cgctgcgcaa ggaaatagcc atgctcccgt gcggatacac
    47041 cccgctgcgc aaggaaataa ggcgtatccg gtgaggagca taggtttttc ccgaggaaat
    47101 ggcagtgctc cggtgcggat acaccccgtt gcgcaaggga atagcactgc tcccgcgagg
    47161 agcataggtt tttcctgacg aaatggcagc gctcccgtgc agatacacga cgtttatttc
    47221 attttatgct tccccacacg cttccttttc cccttttctc ttttcatttt tagctacaca
    47281 ggataaatgg ataacaaact ctacatcttc gacaccaccc tgcgcgacgg cgagcaggtg
    47341 cccggttgcc aactcaatac ggtcgaaaag atcgaagtcg ccaaagccct cgaggcgctc
    47401 ggcgtagaca ttctcgaagc cggattcccc gtctccagcc caggcgactt ccagtcggtc
    47461 gtcgaaatct cgaaagccgt cacctggccc gtgatttgcg ccctcactcg cggcgtcaag
    47521 aaagacatcg acgtggcggc ggaggccctc caatatgccc gccgcaaacg catccacacg
    47581 ggcatcggaa cgagcgacta ccacattcag tataagttcc aatcgaaccg cgaagagatc
    47641 atcgagcgcg ctgttgccgc cacgaagcac gccaaaagct acgtggagga cgtggagttc
    47701 ttctgcgagg acgccggacg cgccgacaac gagtatctgg cacgcgtcgt ggaggccgtc
    47761 atcaaagccg gcgccacggt ggtcaacatc ccggacacga ccggctactg tctgccgagc
    47821 gagttcggcg agaagattcg ctacctcatg gagcatgtcg atggcataca caaggcgatc
    47881 atctccgtac attgtcataa cgacctcggc atggcgacgg ccaacaccat ggccggcgtt
    47941 ctggctggcg cacgccaggc ggaagtgacc atcaacggta tcggcgagcg cgccggcaac
    48001 acctctctcg aagaagtggc catgatcctc aagtgtcacc acgcgcgcct cggcatcgac
    48061 acaaacatca acacccagcg catacacgcc accagccgcc tcgtctccag cctgatgaac
    48121 atgccggtgc agcctaacaa agccatcgta ggccgtaacg ccttcgcgca ctcctccggc
    48181 atccatcaag acggcgtgct gaagaacgtg cagacgtacg aaatcatcga ccccaaggat
    48241 gtgggcatcg acgacaatag catcgtactc accgcccgca gtggccacgc ggcgctcaag
    48301 catcgcctcg aagtgctcgg cgtagacctg ggcagccgcg agaagctcga caaagtctat
    48361 caggacttcc tccgcctggc cgaccgcaaa aaagaaatca gcgacgacga cctgctcatg
    48421 cttgtcggcg aagaccgcaa ggccctccat cgcatcaagt tggcctacct gcaagtcacg
    48481 tccggcgtcg gggtgcgctc cgtagccagc gtagcgctca cgatcgccgg cgaaacgttc
    48541 gaggccgcct cttccggcaa cggacccgtc gacgccgcca tcaaggccgt caagagcatc
    48601 atccgccgca aaatgaccat ccgcgagttc ctcattcaag ccatcgacaa aggcagcgac
    48661 gacatgggca aggtgcacat gcaagtcgag cacgaaggca ataactacta cggattcgcc
    48721 gctaacactg acatcatcgc cgcctccgtc gaggcgttcg tcgatgccat caataagttt
    48781 gagggagcga aaggctgacg gctaaacacg gactactaaa aatgccaagc gcggtaggga
    48841 ggccatcggt tcgattcgtt ttttgcctat cgtccgcagt ttcccaccgc tgctaatctc
    48901 atttttagct ttgcgttttt agcgttcatc gcctccgatt acgtttttca cagctaactt
    48961 ttagttcaca cccgtttttc attttcaatg aatactcttt tcgacaaaat ctgggacgcc
    49021 cacgtcgtcc aaaccgtggc cgacggcccg acgcagctct atatcgaccg cctttactgt
    49081 catgaagtga cgagccccca ggccttcgcc ggacttcgcc gtcgccagct gcgcgtcttc
    49141 cgccccgacc aagttttttg catgcccgac cacaacaccc ccacgcacga tcaagacaaa
    49201 cccatcgagg atcccgtatc gcgcacccaa gtcgacacgc ttgagaagaa cgcagccgaa
    49261 tttggtctca cgcacttcgg catgatgcat cccaagaacg gaatcatcca tgtcgtcggc
    49321 cccgagcgcg gcctgacgct gcccggcatg accatcgtct gcggcgacag ccacacctct
    49381 acacacggcg caatgggcgc cgtagctttt ggcatcggca ccagcgaggt ggagatggcg
    49441 ctggcctcgc aatgcatcct gcaacagaaa cccaagacca tgcgcatcac catcgacggc
    49501 cgacccggcc cgggcgtcac cgccaaagac ctcgcactct atgtcatcgc ccgcatgacg
    49561 accggcggcg ccaccggtta ctttgtggaa tacgcgggcg aggccgtccg cagcctcacc
    49621 atggaggggc gactgacgct ctgcaatctt tccatcgaaa tgggcgcacg cggcggcatg
    49681 atcgccccgg acgacgtcac gtttgcctac atccgcgacc gcgagtatgc ccctaaaggc
    49741 gacgattggg atcgcgccgt ggcgcactgg cgtaccctcc gcagcgacga cgatgccgtc
    49801 ttcgaccggg agatccgttt cgacgccgcc gacatcgagc cgatgatcac ctacggcacc
    49861 aacccaggca tgggcatggg cattacgcag accatcccca cggccgagag cgttcccgaa
    49921 agtagtcgtg cgtcgtatcg ccgctccctc gattatatgg gcctcacggc gggcagccag
    49981 ctgctcggca tgcccgtgga ctatgttttt tgtggctcct gcaccaacgg acggatcgaa
    50041 gacttccgcg ccttcgcgtc gctggtcaaa ggcaaacgca aagccccagg cgtgacggcg
    50101 tggctcgtgc ccggcagctg gatggtcgat gcgcagatcc gccgcgaagg cctcgacaag
    50161 atttttaccg atgccggctt cgagctgagg cagcccggct gctcagcctg cttggcgatg
    50221 aacgacgaca agatcccctc agggaaatat gccatctcga cctccaaccg caacttcgaa
    50281 ggccgtcaag gccccggtgc ccgcaccctg ttggctggcc cccttgttgc cgccgcggcc
    50341 gccgtcacgg gcgtagttac cgatccccga agcatgatgg ggtgagcggt gcgcagccaa
    50401 ccccttgaca tcagcaaaga cggccccgca tactcggtca tcctcacctc cttcggtaga
    50461 gcgaacttcg cgtattgagg cctctcccta tacatttata tataggatga ctgtccgtgg
    50521 gggatcaccc gccatctggt atatccttat caccccctaa cgggcctcca atttttcatc
    50581 ctatttattc acccccctcg tcaaacgatt atgaacgaaa aattcaccat cctccgcagc
    50641 acctgcgtcc cccttccgct cgagaacgtc gacacggatc agatcatccc cgcccgcttt
    50701 ctcaaagcca ccacgaaaga gggcttcggc gacaatctct tttacgattg gcgctacgac
    50761 aagcaaggcc aacccatccc ctctttcgtg ctcaataatc ccgcctacgc tggcgcccgc
    50821 atcctcgtcg ctggccgcaa cttcggtagc ggctcgagcc gagagcatgc cgcatgggcc
    50881 atcgctggct atggcttccg ggtcgtcgtc tccagcttct ttgccgacat ccataagcag
    50941 aacgaactga acaatggcgt ccttcccgta gtcgttacgg acgccttcct cgcccacctc
    51001 ttcgccgcca tagaggcaga cccgaagacc gaggtcgagg tcgatcttcc ggcccagacc
    51061 atcacgctac tctccaccga cgagagcgct cactttgaga tcaacaatta caagaaacat
    51121 tgcctcatga atggccttga cgacatcgat ttcctcatcg aaaaccgcaa actcatcgag
    51181 gcctacgaac aaaacatcaa tgcataagtc atgaatcaga atccctccac catgcccatg
    51241 atcgaaatca tggacaccac cctgcgcgac ggcgaacaga caaacggcgt ctctttcacc
    51301 gcccatgaga aaaagaatat cgctcgtcta ctcgtcaaag aactgaatgt agaccgcctc
    51361 gagatcgcct ccgcgcgtgt ctctgacggc gaactggagg ctgtccggcg cattgctcaa
    51421 tgggccaacg aagccggatg cctcgaccgc ttcgaagtgc tcggatttgt cgatggcgga
    51481 cggtcgctcg cctggattcg cgacgccggt tgccgtacga tgaacttgct ctgcaagggt
    51541 tccctgcgcc acctcaccga gcaactccgc cggactcccg aacagcacgc cgccgacatc
    51601 gccgaagagg ttcggcaagc caatgaagcc ggcgtcaccg tcaatctcta cctcgaggat
    51661 tggtccaacg gcataaacga ttcgccggac tacgtcttcg ccctcgtcga cgcgctccgt
    51721 cacttgccca tccgccgctt catgctgccc gacacgctcg gcgtcctcaa ccccgaaacg
    51781 actttcgaat tttgtcgtcg catgaccgag cgctatcctg aactccattt cgatttccac
    51841 gcccacaacg actacggtct ggccgtagcg aacacctaca tggccattcg cgcaggcgtc
    51901 cgcggcgtgc acgtcaccat caatggcctc ggcgaacgtg ccggtaacgc cacattcagc
    51961 agcaccgtgg ccgtcatcca cgaccagctc cactatcgca ccgccatccg cgaagctggc
    52021 atctatcgcg tcagcaaaag cgtcgagacc tactccggca tccatatctc ccccaaccag
    52081 cctatcgcag gcgagaacgt cttcacccaa tgcgccggtg tacatgccga cggcgacgcc
    52141 aagagtaacc tctactgcaa cccgctcgtc cccgagcgct tcggccgtac ccgtgagtac
    52201 gccctcggca aaacctccgg caaagccaac atccgcaaga acctcgaagc cctcggcatc
    52261 gagttggacg atgagacgat gaacaaagtg accgaacgcg tcgtagaact tggtgacaaa
    52321 aaggagctcc tcacccaaga agacctcccc tacattgttt ccgacgtcct ccgccataac
    52381 atccacggca accgcatccg catcctcaac tactccctct ccctcaccca cggccttcgc
    52441 cccgtagcca cgatcaagat cgaaatcgat ggccgcgtct atgaggagac cgcgacgggc
    52501 gacggacaat atgatgcctt cgtagccgcc ctgcagaaga tctacaaatc actcggccgc
    52561 accctcccca tgctcacgaa ctacgccgtt accatccccc ccggcggccg caccgacgcg
    52621 ttcgtccaga ccatcatcac gtggagtcac aacgacttag agttcaagac ccgtggcctc
    52681 gatgccgacc aaatcgaagc cgccatcaag gctacagtca aaatgctgaa caaaatcgaa
    52741 tcctagtcca gcccatacaa agagggcatg actttccgga gacgtttcca aagacgctgt
    52801 taggaaaacg cgccggaggt cagaccaaac aaatatgcag ataggcctaa ggtaagaggt
    52861 ctatttggag atgttacgcc gataggctca gaatatgttc ggatcgtcca aaatcacact
    52921 ccaaaacctc tccaaacact gagactaccc aacgg
//
LOCUS       SEQF2634|AYYE01001124.1  876 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttagtctctt agagagctaa ccttcgcata cgtgcaaaag catccacgta caaacagagt
       61 gagcacttca ctcatatggg ggttgtaaat acacaggaag tacagctctt aataattgaa
      121 aaaagagaag agaatacagg tacaactgcc gaagccaaat gaattggcct tgtctatccc
      181 gttgatcaga taggtcaggg gaaatgttcc agcccgtata aacacttgct ttttccatgt
      241 cttttactcc gttgttcgtc taactgagag caaatgtaaa ccgtattctg aacacaaaaa
      301 aggtgctttt cttttcccca taaggatata gacccgtctg caagcagaaa gtcggcggat
      361 aacacgccta aagaggcagg caatttcttt taggcatcat tcggggaaag ggatgtctcc
      421 ccaaaggagc cattcccccg taaggtaaaa acacctccac aggtggatac cctccgataa
      481 tacggtagca ggcagcatgt gcaggttttg tgcctaaagg cagaaaccta tccccataag
      541 gtaaaaacat caatcaccac aggcagagac cctccaagat ggtggtagca ggtttgcagg
      601 ctttacgccc aaggtcaaaa cctgtgcgac aacattccgt cattcgcaca gagcacaggg
      661 atgacagacc tcatcctgat ttttgccttc atcttggggg tgcagtattc aaaccccttc
      721 tgggtgcacg ggcacgtccc cccttaaagg gggacgtgca ccgtgacaca tgaagagggg
      781 tatgagactg cagagaaaca ttgagggtag atgtaagaga atgacttagg tcaaacaaag
      841 agtaacaaca actagttgtc gtacaaagat tttctt
//
LOCUS       SEQF2634|AYYE01001125.126300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(51..584)
                     /locus_tag="SEQF2634_01290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSRQLVYVTGMLEVILAPSAPSGRLRPPAKFSWYPACLAGVPD
                     GPFLTPRGGCGRLRSFPSTRQSWPASLTPLPRPRKPSNNLFEPFRPLGNLQTTCLGLS
                     DPSEGVPTSGGSLHQPVPRCRRWGFPLFLPPLRSCLEFISENIQRIFPGILFHLLRSI
                     ASYVTKKMGQKGGNRPE"
     CDS             737..1231
                     /locus_tag="SEQF2634_01291"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METQVWTPAVWSMMLAMDAVAMIDLMKHARGRRASYRMGMAAMI
                     LAVPFVGAAAYGWQRLQSVRVPAVCAALMLLATLSSCSKEELPEPYYPNTRSEHTERQ
                     HPSLPESNDNIRQRNRFVIEEQNIFNEGQVTPPTPSHQGNEGGVKSKGRSIIDQTEPN
                     AEKE"
     CDS             1388..1873
                     /gene="sigE"
                     /locus_tag="SEQF2634_01292"
                     /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="MKVSEQAFTKLVHEHKRTIYSVCYMFSADEDEVADLFQEVLIRM
                     WKGLATFEERSQMRTWIYRLSLNVCISYDRKKKSRPSALPLSMDINLFEDRDEDSRQV
                     NQLHDRISRLQPFDRAIVLLWLENMSYDEIGQVVGISTKNVSVRLYRIKEQLKRMSND
                     Q"
     CDS             1890..2513
                     /locus_tag="SEQF2634_01293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKHNETATAHEWDEMRAQWAALNRKLSHEPLVDDRHIRESMG
                     KHQAWAKRTSKWGIVALPLYLLLAIYIAFVSGADKPLSLQLIGCTLGLMALNLVIEFV
                     LYIKAKQLFTKDLISVSRGLILLKKIRRQVFLWGLPPSVMLFLWATYDAVGVSSLRVI
                     PTWIFFAAAFGLSIFLSRLIYKEHEWMDDKVLRQIKELTEGDLPSQP"
     CDS             2527..2757
                     /locus_tag="SEQF2634_01294"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTISIIIERADDGTYGAYAENVPGIYGMGRTAAEVKQSIRDAI
                     DTVKESLDTPPPAVLLGDYELAFHYATAEIYS"
     CDS             2790..3302
                     /locus_tag="SEQF2634_01295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGLISDTHGWWDEKYAEYFAECDEIWHAGDIGSADVAMRLT
                     AVRPLRAVYGNIDGYPVRQMYPRTLRFDVEQVSVMMTHIGGYPGRYDPSIRAELYAAR
                     PRIFVCGHSHILRVMYDKHLECLCLNPGAAGISGFHTVRTLLRFVIDGTEVRDMEVIE
                     LGNRSGSVKR"
     CDS             complement(3415..4644)
                     /locus_tag="SEQF2634_01296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRIARIKDSLDIRHGLNNQVVGLTPLLLLVVLNYTYTYLISYL
                     ISSAVCLVGLIVFWGPVRRRRYQFMLLPTAVALALYSLFFVLQLGNMLADYSPLVTEW
                     LLVVVLSSISTMQRVIVGRVRRSRRPALRRTRLRTALNEFFFVARITQNAYTIHLFII
                     LFYKILPEADQTLRLEQLLQREFLLAISLGLMLYEQIRLSMMKRGLAEEAWLPVVDVK
                     GHVIGRVAYSVSLSAEARHYRHPVVRIAVMHRGMLYLSRRDADHVVSPEAIDHPFYAP
                     ILFGHTPEQTVRDLVGRNLFGKSDLRPRLLVRYAFDNERVSRLVSLYVVHLRSESTLD
                     DYTRNREGKLWTTQQIEDNLRQGLFSEYFEQEYPYLRQTALQAEQYLAAAAVNLTPPA
                     EDTELSPAPEGAAVHGV"
     CDS             complement(4834..5697)
                     /gene="lipA"
                     /locus_tag="SEQF2634_01297"
                     /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
                     ITSVDRDDLPDLGARHWALTIRRIKELNPHTTVEVLIPDFQGRTELVDEVIAAEPEVI
                     SHNLETVRRLTPSVRSAAKYDVSMRVLQHIASRNVRAKTGIMVGLGETVAEVEELMDD
                     AHAVGVDALTIGQYLQPSRKNLPVTEYVTPEQFEAYRLTALAKGIRSVESAPLVRSSY
                     HAERVLGVDIC"
     CDS             complement(5697..7844)
                     /gene="dap4"
                     /locus_tag="SEQF2634_01298"
                     /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="MMTLTTALAVAQKPTPNLKDYTDGKYSPTSKGSDLRSLPDGEHY
                     TAMDKLGTAIVRYEYRTGRVVDTLFNTRTARECDFKNFEGYEISPNGHHIIVWRESDE
                     IYRHSQRFKAYDYDVRRKLIKPLNESGRKIMLPTFSPDGRMCAYVVDNNIWIKKFDYD
                     TEVQVTRDGATNRIINGSTDWVYEEEFAMTRMMTWSADSRFLAFVRFDESEVPEYSMQ
                     IYGEKTYYPSYYKYKYPNTGDRNSTVSVHAYNIETKDTKTIPVPLDADGYIPRIEFTT
                     VPDQLAVMTFNRHQSLFSMYFANPASGVCKLILKDENTRYINPEWVRTLRFNKNGFLY
                     VSERDGYAHIYQYAPTGVEQRQVTRGNWDVTRLIGLDEATNTVYFEAADESPLRRSVC
                     RVDAKGVKTNLSKLPGTNAATFSKNYAYYVLRHSSSTTPTIATLHETKSGKELRTLQD
                     NAQLRERLAKLSYGPKEFFTVRTADGVELNAWMVKPADFNAKKKYPVLMTQYSGPNSQ
                     SVLDRFEFGWEECLAAHGVITICVDGRGTGARGEEFRKCTYLKMGDLESKDQVAAAKA
                     LAKQFPFIDASRMAIWGWSFGGYNTLMSMSVGEGTFKVGIAVAPPTDWHYYNTIYTER
                     YMRTPKENAEGYALTSPIKLAEKLTGKLLLIHGTADDNVHFMQTMDYAETLVQLGKQF
                     DMQVYKDRNHFIMGGNTRLHLYTRMTDFILENL"
     CDS             complement(8015..8383)
                     /locus_tag="SEQF2634_01299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDLELEKTLRQWAEDMVKRYTWLTIRFEYNEKRRAYLISYSPE
                     SKADEDERFVVESSAFEDRINEQYDGLKAPLFCYEERLFKLSPTAEVIRHHKPEKALL
                     RIATRKKQPQGIAMAAITPG"
     CDS             complement(8380..8781)
                     /locus_tag="SEQF2634_01300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIGNLDVAGALINKQEENSCTASIHCSYYAVLQYMKYTLA
                     HTDKEPLTYEEQDEQSKGKSSHEYIIVQIKQRIDRPKAAQEFVQTLRELKDMRIDADY
                     SSRQFTVEESLECKQQAEGLIAKLKTYFGNL"
     CDS             complement(8851..9804)
                     /locus_tag="SEQF2634_01301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIESTLPRVMKFEGDNRKMYNLSLHAQFHFLQYGLVKAADQA
                     KLKIPAAVMTTWEAANKSETQLDQESTASEHTAKLLALDNERDNILSNIFYVVRGYRY
                     SSEASKKEAALRLSAKLRPYTTLRNLPYEMESARIRGLEDDVSTMAADIAAVGLTSTF
                     TELHTANEAYETLRMTRRTGSADTKLPTAQQVRALADEAYDIACQYIQAAYLYATADE
                     DKTLIEQLVDRMNKVTTDLKTSHRQILAQKKAAKDPKEPKTPKEPKQPKEPKTPEKPK
                     EPKQPEKPGGGSGEQPKKPDEKPKDPKKPDDGNPDITLPEE"
     CDS             10487..10978
                     /locus_tag="SEQF2634_01302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLLLLPILMQACTKEEKCVDISNGMSIWVSDELGNDLLDP
                     SSASPKAVDTSKLNLYYVMNGKEVLFYRPYLDYPKGLSVYPPGGNHTRYQLDVGVNIE
                     SEERITTSILKWEDGHRDVFKAEIYRNGSIVHLHKVWVNDSLIWDPTNKIGGGEPIYK
                     VTR"
     CDS             10999..11502
                     /locus_tag="SEQF2634_01303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLMLLLLPLLLQGCTKDGEADIIHAGIGLLVSDEQGNDLLD
                     PASTSPKAVNVSKLKMYEVIDGKEVLFYKPHLDHPNGIGLFPPGGDRTHYKLGFGFYT
                     KTFGIGLDKTTTILEWEDGHRDVFKAEIYHGDNAIIQRKIWVNGRLIWDPANKIGGTQ
                     PMYEIKR"
     CDS             11657..11806
                     /locus_tag="SEQF2634_01304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYQAKLPCLGRGRPQTPRLIIRPCLGPSGGRMQFAPTPRYNYSA
                     YMYPA"
     CDS             11898..13859
                     /locus_tag="SEQF2634_01305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNKLFSTMLTMALAAPIAAQSWLPLKQHADGAADLVKEEALV
                     LLDSTGVVVAENGSGSFTIREVVEVRSVPAALRYRVVKYDYDPLTAFARFSRATVYKA
                     DGTKREVDVTKAVDYAAPARMIYWGARQIMLEIGALDSGDIVDYEIDKKGFTYALLSA
                     GADDEERFVPPMRGQFYDIVPFWVTTPTVRKVYTVDMPADKEVQYEFYQGQCQSSMRL
                     QGKRRLMTFAVADVKPFPKEPNMVDLYDVAPKLMMSSTPEWKEKSLWFHKVNEDYNSF
                     GADPETKKKVDELLRGKRTEMEKIAALTHWVADNMRYSGISMGKGEGYTLHATKMNFT
                     DRCGVCKDKAALLISMLRMAGFEAYPAMTMAGSRIESIPADHFNHCVTVVKLSNGQYM
                     PLDPTWVPFQRELWSSAEQQQHYLPGLPEGSELLQTPLSPPEDHYFRLSANTALDAKG
                     TLRGEFTVTAEGQSDARLRWPLIRGLMANWRNAMESELLRVSPGARMLSVDYGRDPRN
                     YQAGPIRITMKFEIPDYALTGDGVLLVRPICARLYPSVRTYTNIDTDRPTRRYGFKDA
                     CSRLVELKETMTIPAGYTLRQSPVDERLKSDAADFIGSLNQRGNKVNIRHELTLRKRI
                     YDAADWPGFRKAVKAHKDLADEWLVLEKK"
     CDS             13881..15533
                     /locus_tag="SEQF2634_01306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIDMKKYTAILLGLLAAFALQAQPEAVFNKLIKQYTWNSDGSM
                     TYRYRKEVKLNTHMAFNQLYGETFIIYNKEFQTLRINECYTRQADGTIVKAPDNAFNE
                     VLPAFAVDAPAYNHLTEMVITHTGLEIGATIYLDYTLTTGVGYYPFLDVAETIEEHAP
                     VTECEVSITMPADEKLTCGISGVDSKEPTTHTENDMTTYTWQFRNLPAIPLESHRASE
                     AVPMLFASNAGGENGIAWLSAMKVRPADCARLVDKLLQGITSPIDRANAIQRFVVNNI
                     STINLPVLLSADIREPSVVLSSAYGTPAEKAALMASMLLAANLDAQILAAFPIHAMPI
                     AVGALTDIRVRTGGRFLSPVRMDAPDPALRATRDQFWLTGDDGVNMVQIVKRAARLAC
                     SAQITLGKDEATVEGTVTDSEDPAAKPDFIGKTPLQSSAGYTVYALPVPRHQGLDAWR
                     LTLGSTRTQPYELPYALTETCDYTIDLGGRELKTLPFRKEWSGAAGKICLSLQRDGNK
                     VTVHREIELTHPVISPEAYADLRALILLWQDDAYRTLILKDK"
     tRNA            15654..15729
                     /locus_tag="SEQF2634_01307"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(tgg)"
     CDS             16127..17638
                     /locus_tag="SEQF2634_01308"
                     /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"
     CDS             18353..19156
                     /locus_tag="SEQF2634_01309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGKLLPIVCVLTLLGACSVPKDVAYFQGIDRLTTADLERMNQT
                     YATTIAADDLLTINVTAWNTTVVAPFNPPPFAYIPQGETSVAADPKLTTYLVDKEGYI
                     NFPVLGKVHAAGLTKAELIDALQTRIREYVDGAMVHVQIVNFKITILGEVSRPGSVNI
                     RNDRVSILDALGMVGDLTINANRKNILIVRDNNGRKEYGRLDVTNPEIFASPYFYLKQ
                     NDVVYVEPNNAKKRNANYSSAQQYTLTIISTILTAASVITTVVVALRRK"
     CDS             19156..20817
                     /gene="wzc"
                     /locus_tag="SEQF2634_01310"
                     /EC_number="2.7.10.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76387"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine-protein kinase wzc"
                     /translation="MEANNQLPREDGRPATNDADDREAVGLRPIIVGYLRQRTTILVS
                     AAISLLAAILYLVLYPKTYEIMARVQIQEDAGMLGTGSIGLGEASGLMKTFGIGSMGG
                     GSVSIDDEISTLKSNSLMRKMVVELGLYADYRKPYSLLRMYGEEPVRVICDSATLAAL
                     NDEVEFKLHLTDRGAAEITAKTKGQKQTFHFDRLPAVVQLDKCTFTFTRNTEPTAKND
                     ITRLEITVYPPSWVAEKAADDFLIEDYSKSANIIELSCTDYERQRAKDMLNVLIDYYN
                     HEAYDYKKAQSDVSLAFLSERIIHVTDELEKVERQIEQYKAENKITDVEYDIQYYAEY
                     MRDIKGRLIEAETQSNIIAMMDAFVKNPANRYKLVPSLLTASETESSPIFLYNQALLE
                     REKALRNSNESNPLVASLTTQVDRLRETVFQTINNAQQSMTQTRRTLEKQERELLDRM
                     GSVPVQERVYVDYKRQQEILQGVYLILLQKREEISLALGQRTDRAKIVDTAFVKAKPI
                     GPRKVFALAGFVVLTLLLSIGWIVCRDQYRLLRKELRDSRERSES"
     CDS             20840..22069
                     /gene="rfbX"
                     /locus_tag="SEQF2634_01311"
                     /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
                     VVFAQAIVALFALFIHFGLDISAVRDVAIYRNNRERLNQIFSAVIFIKSTLALLVGAV
                     LALAIHLIPALGGLSTLILYAFIACLADIFLPVWYYQGCENMKVLTIVRFLSIAFYTA
                     ALFLCIHREEDYPLIALLQSLGLVVSAVVSCGYVFLHDRIRLRIPPSTILVRTFRDSV
                     PFFASRASLAVNTYMAKIMSGVYLSGAEVAAFDVAQKVLNGGMVPIQMLNQALYPNIS
                     RTRDRGMVRSLLRVVTLLVFGVAAALFTFAEPIVRILSHGELTEATALLRMLCVQLTC
                     SGFSVFLGTSVLVAFGHQRPFNVSVICSTVALLICYSVMITLHLNSIYLYAGALILAE
                     MVVLAYRAFAARRYWLI"
     CDS             22695..24128
                     /gene="clsA"
                     /locus_tag="SEQF2634_01312"
                     /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
                     QVLIERARAGVEVRVLYDDVGSWSVPRRFFDAMRNAGIEAHPFLRVVFPLFTSKVNYR
                     NHRKVAIIDGRIGFMGGMNIADRYLRGVSWGVWRDTHFRIEGKGVHGLQSSFLIDWYV
                     VTRQLIKGKDYYPDEKFYDDNLMQIFSGGPTGRWRILLQAFIFCITNAKRYLYIQTPY
                     FLPTEGLTQALQTAALGGVDVRLMLPERSDTRSAHLASHSYLDDMLRAGVKVYFYRAG
                     FLHSKLLVSDDEIACIGSANFDFRSFEHNFEINAFVYHRPFAESLRRMYMDDLRSCVP
                     VRAYDWARRPFHLRLIESFLRLFSPLL"
     CDS             complement(24254..24721)
                     /locus_tag="SEQF2634_01313"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEQTVLPRRVRAKYSTFVKTLTAIVLVANVAYMCLLLPGASLS
                     IWLVWGVVIGLMCVFAGLSPVWFEEHEDRYVLRLEAKTLTFDKGVYVATPISKEDLGG
                     AIRLFASGGFCGFTGWFWSRRMGRFRCFASDLEAPLLRIHRPGEERGGVVVNG"
     CDS             complement(24761..25063)
                     /locus_tag="SEQF2634_01314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METNNHQIVDYDLVLDEKFGKIGTPERAKSEEKARAYYASQILS
                     EARRESGMTQNELARRVGMTRAQIAKIENGTVEPGVGLFYRIVGELGLRVDIVRPL"
     CDS             complement(25029..25331)
                     /locus_tag="SEQF2634_01315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSELDEKVQEKVQYGLLLLKTQDRVSKKFVKFIRDELYELRVKC
                     GSDNYRVFFIFDEGQIVVLFSGFMKKTQETPKHEIEKALRIKEAYYGDKQSSDRRL"
     CDS             complement(25401..26105)
                     /locus_tag="SEQF2634_01316"
                     /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
                     RQRPTEPEGVLVDWLWRNERQNKSYVCKSDRPSARRAELHYRLLASSDRYHLLEIDLR
                     TGRHHQIRCQLAHMGCSIKGDLKYGAERSNPDGGISLHARRIAFTHPVSGLSVEIVAP
                     VPAGDALWKALSEGMM"
ORIGIN      
        1 gacattttta ggagctgttt gggcggatct ttctcctttc tatttcgggt ctattcaggt
       61 ctatttccgc ccttttgtcc catctttttc gtcacatagc tcgctatgct ccttaaaaga
      121 tgaaacaaaa tccccggaaa tatcctctga atattctccg aaataaattc caaacagctt
      181 ctaagtgggg gtaaaaatag gggaaatccc cagcggcggc agcggggcac aggttgatgc
      241 aaacttccgc cacttgttgg aacgccttcc gaggggtcgg aaaggcccaa acaagttgtt
      301 tgaaggtttc cgaggggtcg gaaaggctca aacaggttgt ttgaaggttt ccgaggcctc
      361 ggaaggggcg tcagggacgc tggccaagat tgccgggtac taggaaaact tcgcaggcgg
      421 ccgcagccgc cccgaggggt cagaaagggg ccgtcaggga cgccggccaa gcatgccggg
      481 taccaggaaa acttcgcagg cggccgcagc cgccccgagg gggcggaagg ggccaaaatc
      541 acttctaaca ttccggtaac atagactaac tgacggctaa ccatgcggct tctggagcca
      601 cttcatcttt gcggtgtcaa aaaaagacac ccctggatgt gtagcttttc ctgatagggc
      661 tgcgtctaac gggtgtaacg acaaaaaaca aagagataag acatacaatt cattcaaaaa
      721 caaaaagaca agtaagatgg aaacgcaagt ttggaccccg gccgtatggt caatgatgtt
      781 ggcaatggat gccgtagcga tgattgattt gatgaagcat gcccgcggac gccgcgcgag
      841 ctatcggatg ggaatggcgg cgatgatcct ggctgtgccc ttcgtggggg cggcggcgta
      901 cggatggcag cgactgcagt cggtgcgtgt gccggccgtt tgcgcagcgc tgatgctgct
      961 cgccacgctc tcgtcgtgca gcaaagagga gctgcccgag ccgtattacc ccaacacccg
     1021 ttcggaacac acggagaggc agcacccgtc gctgcccgag tcgaacgaca acattcgcca
     1081 gcggaaccga ttcgtcatcg aggagcaaaa catcttcaac gagggacagg tgacgccccc
     1141 cacgcccagt catcagggca acgagggcgg cgtgaagtcg aagggccgct cgatcatcga
     1201 tcaaacggaa ccgaacgccg agaaggagtg atcgcagggc agtcatcccc agagcaccta
     1261 tgagaagcgg ggggcgcaga aacctttata aggtcttgcg ctccccgcgc tgcatttttt
     1321 ttcttcgccc cttgtagttt tccccacgtg gggtgcgtct aacgggtaaa caaccctcaa
     1381 gagagaaatg aaagtatccg aacaagcatt cacgaagctc gtccatgagc ataagcgcac
     1441 gatatacagc gtgtgctaca tgttctcggc cgacgaggat gaggtggccg acctctttca
     1501 agaggtgctg atccgtatgt ggaaagggct ggcgacgttc gaggaacgca gccagatgcg
     1561 cacatggatc tatcgcctga gcctcaacgt ctgtatctcg tacgaccgta agaagaagtc
     1621 gcgaccctcg gccctgccgc tgtcgatgga catcaacctc tttgaagatc gcgacgagga
     1681 ttcgcgccag gtcaatcaac tgcatgaccg catcagtcgc ctgcaaccct tcgaccgggc
     1741 catcgtgctc ctctggctcg agaacatgag ctacgacgag atcgggcaag tggtcggtat
     1801 cagcaccaag aacgtctccg tgcgactcta tcgcatcaag gaacaactca aacgcatgtc
     1861 taacgatcaa taatcccccc ggaataacta tggaaacgaa gcataacgaa accgccaccg
     1921 cgcacgaatg ggacgagatg cgcgcacaat gggccgccct gaaccgcaag ctaagccacg
     1981 aaccgctcgt tgacgatcgg cacatccgag agtcgatggg gaagcatcag gcatgggcta
     2041 agcggacgag taaatggggg attgttgccc taccgctcta tctgctctta gccatctata
     2101 tcgcgtttgt ttcaggcgcg gacaagccct tatccctgca attaattggc tgcacccttg
     2161 gcctcatggc tctcaatctg gtgattgagt ttgtcctcta catcaaagca aagcagctct
     2221 tcacgaaaga tctgattagc gtatcgcgcg gccttatcct gctcaagaag atcaggcggc
     2281 aggtctttct ctggggatta ccaccttccg tcatgctctt tttatgggct acgtatgacg
     2341 ccgtcggagt aagcagtctg cgtgttattc cgacatggat ctttttcgcg gcagccttcg
     2401 gcctaagcat cttcctctcg cgtttgattt acaaagagca tgaatggatg gacgacaaag
     2461 tgctccgcca aatcaaggag cttaccgagg gcgatctacc ttcgcagcca tgaaaaagta
     2521 aaagacatgg gaacaataag tatcatcatt gagcgtgccg acgacggcac atatggagcg
     2581 tatgctgaaa acgtgcccgg catttatggc atggggcgca cggcggcgga agtgaagcag
     2641 agcatccgcg acgccatcga cacggtaaaa gaatcactcg acactccgcc gcccgcagtc
     2701 ttgttgggtg actacgagtt ggctttccat tacgccacgg ccgagatcta ctcctaatcg
     2761 tacatgcgta agtcggacag tacctctcca tgaaaaagat cggattgatt tcagacaccc
     2821 atggctggtg ggacgagaag tatgcggagt atttcgccga gtgtgatgag atatggcatg
     2881 cgggcgatat cgggtcggcc gacgtggcga tgcggctcac ggccgtcagg ccactgcggg
     2941 cggtgtacgg caacatcgac ggttaccccg tgcggcagat gtatccgcgg acattgcgct
     3001 tcgacgtgga gcaggtctcg gtgatgatga cccacatcgg cggttacccc gggcgttacg
     3061 atccctcgat ccgtgccgaa ctctacgccg cacggccccg catcttcgtc tgcggccact
     3121 cgcatatcct gcgcgtgatg tacgacaagc acctcgagtg cctctgcctc aaccccggcg
     3181 cggcgggcat cagcggattc cacaccgtgc gcaccctgct gcgcttcgtc atcgacggta
     3241 ccgaggtgcg cgacatggaa gtgattgagt tgggcaaccg aagcgggagt gtgaagcggt
     3301 aagtctgttt cttagcggaa aatggccggg tacgtgtgag ggatttcctc atcatgtacc
     3361 cggccattct ttgttgtacg gtctacttgc gtatggaggg ggggggaggg tcgcctatac
     3421 cccgtgcaca gcggcacctt cgggagcagg cgacagctca gtgtcctcgg cgggaggggt
     3481 gagattgacg gccgcggcag caagatactg ttcggcttgg agagccgtct gacggaggta
     3541 ggggtactcc tgttcgaagt attcgctgaa aagtccttgg cgaagattgt cctcgatctg
     3601 ctgcgtggtc cagagcttgc cctcgcggtt gcgggtgtag tcgtcgaggg tggactcgga
     3661 acggaggtgg acgacgtaga gcgagacgag gcggctgacg cgctcgttgt cgaaggcgta
     3721 gcggacgagc agacgaggcc tgaggtcaga cttgccgaaa aggttccgcc cgactaagtc
     3781 gcgaacagtc tgctccggcg tgtggccgaa gaggatgggg gcgtagaagg gatgatcaat
     3841 cgcctcgggc gagacgacgt ggtcggcatc gcggcgggag aggtagagca tgccgcgatg
     3901 catgacggcg atacgcacca cggggtggcg atagtggcgg gcctcggcgc tgaggctgac
     3961 ggagtaggcc acgcgtccga taacgtgtcc cttcacatcg accacgggca accacgcctc
     4021 ctcggccagg ccgcgcttca tcatcgagag gcggatctgc tcgtaaagca tcagccccag
     4081 actgatggcc agcaagaact cacgctgcaa cagctgctcc agacgaagcg tttggtcggc
     4141 ctcggggagg atcttataaa agaggatgat gaagaggtga atcgtgtagg cgttctgggt
     4201 gatacgggcc acgaaaaaga actcgttgag ggctgtgcgg aggcgcgtcc gacgcagggc
     4261 ggggcgacgc gagcggcgta cacgcccaac gatgacgcgt tgcatggtgc tgatgctgga
     4321 gagtacgacc acgagcaacc actccgtgac gagcggcgaa tagtcggcca gcatgttgcc
     4381 caactgaagg acgaagaaga gcgagtaaag cgccagtgcg acggctgtgg gtaggagcat
     4441 gaattggtag cgtcggcgac gtaccggccc ccaaaagacg atgagcccga cgaggcacac
     4501 ggcggaggag atgaggtagg agatgaggta ggtgtacgtg tagttcagca ccaccagcag
     4561 caagagcggc gtcaaaccga cgacttgatt gttcaggccg tgacgtatat ccaagctgtc
     4621 ctttatgcgt gcgatgcgat ccattgtctt cctctcctct ctctctggtt atgggctata
     4681 aaatccgttc gttatcggaa taacaccgag gctgggggat ttgtttacac gcggcttctc
     4741 catgctcaac agcccatgat tcggcagaac aaaaaaaacg ggggtgcccc gcgtaagcag
     4801 gacacccctc tcataatcat tcgtacaacg cactcagcag atatctacgc ctaagacacg
     4861 ctcggcatgg tacgacgaac gcacgagcgg cgcactctcg accgaacgga tgcccttagc
     4921 gagcgccgtc aggcggtagg cctcgaattg ctctggcgtg acgtactccg tgacgggcag
     4981 attcttgcgc gagggctgca ggtattgccc gatggtgagt gcgtcgacac cgacggcgtg
     5041 ggcatcgtcc atcagctcct ccacctctgc gacggtctcg ccaaggccga ccatgatgcc
     5101 cgtcttggcg cggacgttac gcgaggcgat gtgctgaagc acgcgcatgc tgacatcgta
     5161 cttcgcggcg ctgcgcacgc tgggcgtcag gcggcggacg gtctcgaggt tgtgcgagat
     5221 cacctctggc tcggccgcga tcacctcgtc gacaagctcc gtgcgacctt gaaagtcggg
     5281 gatgagcacc tctaccgtcg tatgcggatt cagctccttg atgcggcgga tggtaagggc
     5341 ccaatggcgg gcaccgaggt cgggcaggtc gtcacggtcg acggaggtga tgacggcgtg
     5401 acggaggccc atcaggcgga tgctcatggc tacgtgatct ggctccgtgg ggtcgagcgg
     5461 atgggggcgg cccgtcaggg tgttgcagaa gcggcaggag cgggtgcaga tgtcgccgcc
     5521 gatcatgaac gtggctgtgc cgcggctcca gcattcgcct tggttggggc acttgccact
     5581 ggtgcagatg gtgtgcaggc cgtgcgactc gacgatctcc ttcgtccgac ggaagtcgtc
     5641 gttgccactc aggcggatct tcagccagtc gggcttgcga acgtgcgcgg tagccatcag
     5701 agattctcga ggatgaagtc cgtcatccgc gtgtagaggt gaaggcgggt attgccaccc
     5761 atgatgaagt ggttgcgatc cttgtagacc tgcatgtcga actgcttgcc gagctgaacg
     5821 agtgtctcgg cgtaatccat cgtctgcatg aagtgcacat tgtcgtcggc tgtgccgtgg
     5881 atgaggagca gcttgccggt gagcttctcc gccagcttga tgggcgaggt gagcgcgtag
     5941 ccctcggcgt tctctttcgg cgtgcgcatg tagcgctcgg tgtagatggt gttgtaatag
     6001 tgccaatcgg tcgggggagc cacggcgatg cccaccttga aggtgccttc gccgacgctc
     6061 atgctcatca gcgtgttgta tccgccgaag ctccagcccc agatggccat ccgtgaggcg
     6121 tcgatgaagg ggaactgctt ggccagggcc ttagccgctg ccacttgatc cttcgactcg
     6181 aggtcgccca tcttcaggta ggtgcacttg cggaactctt cgccccgggc acctgtgcca
     6241 cgaccgtcca cacagatggt gatcacgccg tgtgcggcga ggcattcctc ccaaccgaac
     6301 tcgaagcggt cgagcacgga ctgcgagttg gggccgctgt attgcgtcat cagcacgggg
     6361 tatttcttct tcgcgttgaa gtcggccggc ttcaccatcc aggcgttcag ctccacgccg
     6421 tcggctgtgc ggacggtgaa gaactccttc gggccgtaag agagcttggc gaggcgttcg
     6481 cgcagctggg cgttgtcttg cagggtgcgc agctccttgc cgctctttgt ctcgtgcagc
     6541 gtggcgatgg tgggcgtggt ggacgaggag tgacggagga cgtagtaggc gtagttctta
     6601 ctgaaggtgg ctgcgttcgt gcccgggagc ttggagaggt ttgtcttgac gcccttggca
     6661 tcgacgcggc agacggagcg gcggagggga ctctcgtcgg cggcttcgaa gtagaccgtg
     6721 ttcgtggctt cgtcgaggcc gatcaggcgt gtgacgtccc agttgccgcg cgtcacttga
     6781 cgttgctcca cgccggtggg ggcgtactgg tagatgtgtg cgtagccgtc gcgctcgctg
     6841 acgtagagga agccgttctt attgaaccgc aaggtgcgca cccattcggg gttgatgtag
     6901 cgcgtgtttt cgtctttcaa gatgagcttg cagacgccgc tggcggggtt ggcgaagtac
     6961 atactgaaga ggctctggtg gcggttgaag gtcatcacgg ccagctggtc ggggacggtg
     7021 gtgaactcga tgcgggggat atagccgtcg gcgtcgaggg gcacggggat ggtcttcgtg
     7081 tccttcgtct cgatgttgta ggcgtgcact gagacggtcg agttgcggtc gccggtgttg
     7141 ggatacttgt atttgtagta ggacgggtag taggtcttct cgccatagat ctgcatggag
     7201 tattcgggca cctccgactc gtcgaagcgg acgaaggcca ggaagcggct atcggccgac
     7261 caggtcatca tgcgggtcat ggcgaactcc tcttcgtaga cccagtcggt ggagccgttg
     7321 atgatgcggt tcgtggcgcc gtcgcgggtg acttgcacct cggtgtcgta gtcgaatttc
     7381 ttgatccaaa tgttgttgtc caccacgtag gcgcacatgc gtccgtcggg cgagaaggtg
     7441 gggagcatga tcttccggcc cgactcgttg aggggtttga tgagcttgcg gcggacgtcg
     7501 taatcgtagg ctttgaagcg ctgcgagtgg cgatagatct cgtccgactc ccgccagacg
     7561 atgatgtggt gtccgttggg gctgatctcg tagccttcga agtttttgaa gtcgcattcg
     7621 cgggcggtac gggtgttgaa gagggtatcc acgacgcgtc cggtgcggta ttcgtagcgc
     7681 acgatggctg tgccgagctt gtccatggcc gtgtagtgtt cgccgtcggg cagggaccgc
     7741 aggtcggagc ctttcgaggt gggggaatac ttcccgtcgg tgtaatcctt caggttgggg
     7801 gttggcttct gtgccaccgc cagggctgtg gtgagggtca tcatcagtag aagggttgtt
     7861 cttgagtgtt tcattgtgtc tcgtttgatc agtgaaaatt tagggtggca aatgtaatgg
     7921 cgggaaaacg aaaaggggca tgccaaaagg gcacccccgc cattcctggt gggatgccct
     7981 ttaatcacta ctgaagtcgg ctgctggggc gcccctatcc gggggtgatc gccgccatag
     8041 cgatcccttg tggctgcttc tttctggtgg cgattcgcag cagcgccttt tccggcttgt
     8101 ggtggcggat cacctctgct gtgggtgaca gcttgaagag cctctcctcg taacagaaca
     8161 aaggcgcctt cagtccgtcg tactgctcat tgatccgatc ctcgaatgca gacgactcta
     8221 cgacgaaacg ttcgtcttca tcagctttcg attcagggga gtaagagatg agataagcgc
     8281 gtcgcttctc gttgtattca aatcgaatcg tcagccaggt gtaacgcttg accatgtcct
     8341 cggcccattg ccgcagggtc ttttctaatt caagatctct cataggtttc caaaatacgt
     8401 tttgagttta gcgatcaacc cttccgcctg ttgcttgcac tccaggcttt cttccactgt
     8461 gaactgccga ctgctataat cggcatcaat cctcatgtcc ttcagttcgc gcagggtctg
     8521 tacaaactct tgcgccgcct tggggcggtc aatccgctgc ttgatctgca cgatgatgta
     8581 ttcgtgcgag ctcttccctt ttgactgttc gtcttgttcc tcgtacgtga gcggctcttt
     8641 atccgtgtgt gccagtgtgt acttcatata ttgaagcacg gcgtaatagg aacaatgtat
     8701 gcttgccgta cagctgttct cttcttgttt gttgataagc gctccagcta catcaaggtt
     8761 gccgatggct ttcgttttca ttattcgctg tttgtcgatg tatatcccca tttggttgtt
     8821 gggggcttca gcccccaaca acctgacgcc ttattcctcc ggcaacgtga tgtcggggtt
     8881 gccgtcgtcg ggtttcttcg gatccttcgg tttctcgtcc ggcttcttcg gctgctcacc
     8941 cgaaccacca ccgggcttct ccggctgctt gggctcctta ggcttctccg gagttttggg
     9001 ctccttgggc tgcttaggct ctttcggagt cttgggttcc ttgggatcct tagcggcctt
     9061 tttctgggcg agaatttggc gatgagaggt tttgaggtcg gtcgtcacct tgttcatgcg
     9121 gtcaacgagc tgctcgatca gcgttttatc ctcgtcggcc gtagcgtata gataggcggc
     9181 ttggatgtac tggcaggcaa tgtcgtaggc ttcgtcggcc aaggcgcgca cctgctgagc
     9241 agtgggcagc ttggtgtctg cggagccggt gcggcgtgtc atacgcagcg tctcataggc
     9301 ctcgttggcc gtatggagct cagtgaaggt ggacgtcagc cctacggcgg cgatgtcggc
     9361 tgccatggta gacacgtcgt cctccaaacc acggatgcgt gcactctcca tctcatacgg
     9421 cagattgcgc agggtggtgt aggggcggag tttagcagag agacgcagag cggcctcttt
     9481 tttcgaggcc tcggaagagt atcggtatcc acggacaacg tagaaaatgt tcgacaggat
     9541 attgtcgcgc tcattgtcga gggccagcag tttggcggtg tgctcggagg cggtcgactc
     9601 ctgatcgagc tgcgtctccg atttgttcgc agcctcccag gtggtcatca ccgcggctgg
     9661 gatcttgagc ttcgcctgat ccgcggcctt caccagcccg tattgcagga agtggaactg
     9721 tgcgtgaagc gaaaggttgt acatctttct gttgtcgccc tcaaatttca tgacccgggg
     9781 cagggtcgat tcgataggtt tcatttctgg gtatctgttt gaagaataaa taaatcggtt
     9841 tgaaaggcgg gaggtcttac ccgtgcgaca cgatggagcc tctcggaact tttaggcctc
     9901 attgtgcgac acaatggggc ctctcggaac ttttaggtct cattgtgcga cacaatggaa
     9961 cctctcggaa cttttaggcc tcattgtgcg acacaatgga acctctcgga acttttaggc
    10021 ctcattgtgc gacacgatgg agcctctcgg aacttttagg cctcattgtg cgacacgatg
    10081 gagcctctcg gaacttttag gcctcattgt gcgacacaat ggaacctctc ggaactttta
    10141 gatcttattg tgtgacacaa tgagggggtg acattctcgg cgcattttct cgctcgggta
    10201 aaacgaggat cgaataactt agagggtatc attggggatc atttctattt tagagttgat
    10261 gtgggcaaag gtaacagggg atgtggaacg taaaaaagga ttgttatctg cctcaaaaaa
    10321 caagctgctt cattctcgca atacgaagat ttgaatccac caaacgcgaa gtgtaaaaaa
    10381 cggtacatcc aatacttgca ttcattaact ttgctcccgc gatcccagga aaataggatc
    10441 gcacacatag aattatttac atcaaaaaca agaaaggaat tgagtcatga agaagttact
    10501 actactgcta cttccaatcc tcatgcaagc ctgcacgaag gaggaaaagt gtgttgatat
    10561 tagcaacggc atgagtatct gggtgtcaga cgagctaggg aatgacctgc tggatccgtc
    10621 ttccgcgtca cctaaggccg tggatacctc taaactcaac ttgtattacg taatgaacgg
    10681 aaaagaggtc ttgttttaca gaccatatct tgattacccc aaaggactca gtgtgtatcc
    10741 cccgggcggg aatcacaccc gttatcaatt agatgtcggt gtaaatattg aatcggaaga
    10801 acgtatcaca acgagcattc taaaatggga agacggacat cgagacgtat tcaaagccga
    10861 gatctatcgt aatggtagca ttgtccatct acacaaggtt tgggtcaacg actcactgat
    10921 ttgggatccg acaaataaga tcggcggcgg agagcctatt tataaggtca cacgctaaaa
    10981 caagaaagga attgagtcat gaagaagtta cttatgcttt tactgcttcc cctgcttttg
    11041 cagggttgta cgaaggacgg ggaagcagat attattcacg ctggtatagg cttgcttgta
    11101 tcagatgagc aagggaatga tctcttggat ccagcttcca cgtcgcctaa ggctgtgaat
    11161 gtctccaagc tcaaaatgta tgaggtaata gacgggaaag aggtcttgtt ttacaagccg
    11221 catcttgatc atcccaatgg aataggacta tttcctccgg gaggagatcg tacccattat
    11281 aagttgggat tcggcttcta tactaaaaca tttggtatag gattagataa gaccacaacc
    11341 attttagagt gggaagacgg gcatcgagac gtattcaaag ctgaaatata ccatggcgat
    11401 aacgccatca tacagcggaa gatttgggtg aatggtcggc tgatttggga tccggcaaat
    11461 aagatcggcg gcactcagcc gatgtacgag atcaagcgct aagcgctgcg caccgataca
    11521 gaggtcggta taagaccaag agaggcgtcg ggagggtaac ccagcagtgg gtcgcccccc
    11581 gtcgcctctc ttctttctgg taccctgagg gcgtatgcga tacgccccta cccgggtaca
    11641 atcattcgcc ccccacatgt accaagccaa acttccctgc ctcggcagag gccgtccgca
    11701 gacgccccgc ctgatcattc ggccctgtct gggcccgtct ggagggcgaa tgcaattcgc
    11761 ccctaccccc cggtacaatt attcggccta catgtacccg gcttaattcg ccggcgtccg
    11821 cagacgcccc cggcaaaatt cgccgcccat ccctgatgcc gccttacatt tgccgcatac
    11881 tcagatattc aacgtatatg aagaacaaca aactattcag cacaatgctg acgatggcgc
    11941 tcgcagcgcc gatcgcagcg cagagttggc tgcccctcaa gcaacacgct gacggcgcgg
    12001 ccgacctggt caaagaagaa gccttggtgc tcctcgacag caccggcgtg gtggtggccg
    12061 aaaacggctc cggcagcttc accatccgtg aggtggtgga ggtgcgaagc gtgcccgcgg
    12121 cgctccgtta ccgagtcgtc aagtacgact acgaccccct caccgccttc gcccgcttct
    12181 ctcgcgccac cgtctacaag gccgacggca cgaagcgcga agtggacgtc acgaaggccg
    12241 tcgactacgc cgcccccgcc cgcatgatct attggggcgc gcggcagatc atgctcgaga
    12301 tcggcgccct cgactcgggc gacatcgtcg actatgagat cgacaagaag ggcttcacct
    12361 acgccctgct ctcggccggc gcggacgacg aggagcgctt cgtgcccccg atgcgcggac
    12421 agttctacga cattgtcccc ttctgggtca cgaccccgac cgtgcgcaag gtctacaccg
    12481 tcgacatgcc cgccgacaag gaggtgcagt atgagttcta ccaaggccag tgccagtcgt
    12541 ccatgcgcct gcagggcaag cgccgcctga tgacgttcgc cgtggccgac gtcaagccct
    12601 tcccgaagga accgaacatg gtcgacctct acgacgtggc gccgaagctg atgatgtcgt
    12661 ccaccccgga gtggaaagag aagtcgctct ggttccacaa ggtgaacgag gactacaaca
    12721 gcttcggggc cgacccggag acgaagaaga aggtcgacga gctgctccgc ggcaagcgga
    12781 ccgagatgga gaagatcgcc gcgctcaccc actgggtggc cgacaacatg cgctactccg
    12841 gtatctcgat gggcaagggc gagggctaca cgctccacgc cacgaagatg aacttcaccg
    12901 accgctgcgg cgtctgcaaa gacaaggccg cgctgctcat ctccatgctc cgtatggccg
    12961 gcttcgaggc ctatccggcg atgacgatgg ccggctcacg catcgagtcc atccccgccg
    13021 accacttcaa ccactgcgtg acggtcgtca agctctccaa cggccaatac atgccgctcg
    13081 accccacctg ggtgcccttc cagcgcgagc tctggtccag cgccgaacag cagcagcact
    13141 acctgcccgg cctgcccgaa ggctccgaac tgctccagac gcccctctcg ccgcccgagg
    13201 atcactattt ccgcctctcg gctaacaccg ccctcgacgc caagggtacg ctccgcggcg
    13261 agtttaccgt cacggccgaa gggcagtccg acgcccgtct gcggtggccc ctcatccgcg
    13321 gcctcatggc caactggcgc aacgccatgg agagcgagct gctgcgcgtc tcgcctggcg
    13381 cccgcatgct gagcgtcgac tatggccgcg atccgcgcaa ctatcaggcc ggcccgatcc
    13441 gcatcaccat gaagttcgag atcccggact atgccctcac gggcgacggc gtcctgctcg
    13501 tccgccccat ctgtgcccgc ctctacccct ccgtccgcac ctatacgaac atcgacaccg
    13561 atcgcccgac gcgccgctac ggcttcaagg acgcctgctc acgcctcgtc gagctgaagg
    13621 aaacgatgac catccccgcg ggctacaccc tccgccagtc gcccgtcgac gagcgcctca
    13681 agagcgacgc agccgacttc atcggatcgc tcaatcagcg cggcaacaag gtcaacatcc
    13741 gccacgagct caccctccgc aagcgcatct atgacgccgc cgactggccc ggattccgca
    13801 aggccgtcaa ggctcataaa gacctggccg acgagtggct cgtactggag aagaaataag
    13861 catctcactg gaacaaataa atggatatcg acatgaagaa atacaccgca atcctgctcg
    13921 gccttctggc cgccttcgcc ctccaggcac agcccgaggc cgtctttaat aagctcatca
    13981 agcagtacac ctggaactcc gacggcagca tgacctatcg ctaccgcaag gaggtgaagc
    14041 tgaacaccca catggctttc aatcagctct acggcgaaac gttcatcatc tacaacaagg
    14101 agtttcaaac gctccgaatc aacgagtgct atacccgtca ggccgacggc accatcgtca
    14161 aggcgccaga caacgccttc aacgaagtcc tgcccgcctt cgccgtcgat gccccggcct
    14221 acaaccacct caccgagatg gtcatcaccc acaccggact cgagatcggc gccacgatct
    14281 atctcgatta taccctcacc acgggcgtgg gttactatcc cttcctcgac gtcgccgaga
    14341 caatcgagga gcatgcgccc gtgacggagt gtgaggtatc gatcaccatg cccgccgacg
    14401 agaaactgac ctgcggcatc tctggcgtcg actccaaaga gccgactacg cacaccgaaa
    14461 acgacatgac cacctacacg tggcagttcc gcaacctgcc ggccatcccc ctcgaatcgc
    14521 accgagcctc cgaggccgtg ccgatgctct tcgcctccaa cgccggcgga gagaacggca
    14581 tcgcgtggct ctcggccatg aaggtgcgcc ccgcggactg tgcccggctc gtcgataagc
    14641 tgctgcaagg catcacgtcg cccatcgatc gcgccaatgc catccagcgc ttcgtggtga
    14701 acaacatctc cacgatcaac ctgcccgtgc tcctctcggc cgacatccgc gagccgtccg
    14761 tcgtcctctc ctcggcctac ggtacacccg ccgagaaagc cgccctgatg gcctccatgc
    14821 tgctcgccgc caacctcgac gcacaaatcc tcgccgcctt ccccatccac gccatgccta
    14881 tcgccgtcgg cgccctgacc gacatccgcg tacgcaccgg cggtcgcttc ctctcacccg
    14941 tccgcatgga cgcccccgat cccgccctgc gtgccacccg cgatcaattc tggctgacgg
    15001 gcgacgacgg cgtcaacatg gtacagatcg tcaagcgcgc cgcccgcctc gcatgcagcg
    15061 cacagatcac cctcggcaaa gacgaggcga ccgtcgaggg caccgtcacc gacagcgagg
    15121 atcccgcagc caagcccgac ttcatcggca agacaccgct gcaatcctcg gccggctaca
    15181 ccgtctacgc cctccccgtc ccacgccacc aaggcctcga cgcctggcgc ctgacgctcg
    15241 gcagcacccg cacacagccc tacgagttgc cctacgccct caccgagaca tgcgattaca
    15301 cgatcgatct cggcggtcgc gagctaaaga cactcccctt ccgcaaggaa tggagcggtg
    15361 ccgccggcaa gatctgcctc agcctgcagc gcgacggcaa caaggtcacg gtgcaccgcg
    15421 aaatcgagct gacgcacccc gtcatctcac ccgaagccta cgccgacctc cgcgcgctca
    15481 tcctcctttg gcaggacgac gcctaccgca cactgatctt aaaggacaag taggagcggt
    15541 agcatgcaac gtgagcccga cgtcaggaga tacatctttc gttgggctca cgtttggtag
    15601 taaggtctgc gtttttactt ttgccgccgc aatggcgaaa aagaaccatt gaacggggtg
    15661 tagcgcagtc cggttagcgc acctgctttg ggagcagggg gtcgtgggtt cgaatcccgc
    15721 taccccgaca acaagagaaa gcctcttaaa tgcgtttcgc ggcgtgtttg agaggctttc
    15781 ttgtacaccc actcctcagc cggataatag gacagtcgac aaggccggtt gcgggctgta
    15841 tatccgcctc ctcacctcca tttcttccgt gtcaatttag gtcgattacg attcgtaagc
    15901 cgaagagtaa agtcgacggc ttttcaccgt tctaaacggg gtaaaaagac cgtttttcaa
    15961 gagcaaatca agaaagcggt tgcgaatcgt aagtcacact ccgaaatgcc tgaaagtgaa
    16021 atcctccgca atcccatcaa agccccttgc acggatcctt tttcttctac ttttgccggc
    16081 gtttgaacaa aataatcagc aaataatcag agtaaagaac ttgcttatga acccacaaga
    16141 gttatcaatg aacgccaacc gcttggttgc gtttttgcag aagcctgctt ctgaatttac
    16201 caaggccgac atcatctcgt tcatccgtca gaacgatatc aagatggtca acttcatgta
    16261 tcctgcggga gatggtcgac tgaaaacact caatttcatc atcacgaacg aggagtatct
    16321 ggatacgatc ctgacctgcg gcgagcgcgt cgacggttcg agtctcttct cctttatcgg
    16381 tgccggcagt agcgacctct acgctattcc gcgtttccgt accgccttcg tcgacccatt
    16441 cgctgaaatc ccgaccctct ccatgctctg ctcttacttc aataaggacg gacagccgct
    16501 cgagagcgca cctgagtaca cactccacaa ggcttgcaag gctttcacag acgtcacggg
    16561 catgaagttc caagccatgg gcgagctgga atactacgtt atcgttcccc aggaagacta
    16621 taaggacttc gaggctacgg atcagaaggg ctaccacgag tctggcccct acgccaagtt
    16681 caacgacttc cgcaccgagt gcatgtcgta catcgcacag accggcggac agatcaaata
    16741 cggccactct gaggtgggta acttcacgct caacggctat atctacgagc agaacgagat
    16801 cgagttcctc cccgttgatg ccgaagaggc tgccgatcag ctgatgatcg ctaagtgggt
    16861 gatccgcaac ctcggctacc agtatggcta caacgtgacc ttcgcaccga agatcactgc
    16921 tggtaaggct ggatcgggtc tccacgtaca catgcgcttc accaaggacg gcaagaacca
    16981 gatgcttacc aacggcgaac tctccgagac ggctcgcaag gccatcgccg gtatgatgga
    17041 gctggctccg gcaattacag ctttcggcaa cacgaacccg acgtcgtact tccgtctcgt
    17101 gccgcaccaa gaggctccga cgaacgtatg ctggggcgac cgcaaccgct cggtgctcgt
    17161 acgcgttccg ctgggatggt ctgccaagac cgatatgtgc gttctggcca acccgctgga
    17221 gaaggagagc cacttcgaca cggcacagaa gcagaccgtg gagatgcgct cgccggatgg
    17281 atcggccgag ttgtacctgc tgttggccgg tctggccgta gcatgtcgcc acggcttcga
    17341 gatccccaat gcgctggaga tcgccgaaaa gacgtacgtc agcgtgaaca tccacaagaa
    17401 ggagaacgag gagaagctga aatcgctcgc ccagctgccc gacagctgcg aagcatcagc
    17461 cgactgcctc gagaagcagc gtaaagtgtt cgaggcacac gacgtgttca gcccgggcat
    17521 gatcgacggc atcttggcca atctgcgtag ctacaaggac aagacactcc gtgccgatct
    17581 cgaaggcaag accgaggaaa tgctggcgct ggtgaagaag tatttccact gcggataatt
    17641 tccccgctct aaagttgtca tttgattgct cccggtgagg ctctcagtcc tcaccgggag
    17701 ttgtcgtttt tactgggcag gtagggcgca aaaaaacgct gtacaacatg agttcggtgt
    17761 aagaataaaa cccgcagaga gtttctacgg aagcccgacc aaaacttttt ggaaatgcct
    17821 acaacactgt tgcaagtgcc tcgaagaact tttgggcgtt tgcgggagtc cccgcaagtc
    17881 tcccggcatt tgctttgacg tttgcgggag tcccgcaagt cttccggcat ttgttttggc
    17941 gtctgcggga gtcccgcaag tctcccggca tttgctttga cgtttgcggg gagtcccgca
    18001 agtgcttcgg agaacctgtt ggccgttgca gcatgctatc aatgacattc tcaataaggg
    18061 aatctcattc ttttgtcgaa ttcacgttgt acaacaccga tatcaagccg tatagggcta
    18121 atctgtacgt gaaaaggaca ccgtaccggc catacacgcc ctcccccacg taagaaggag
    18181 cacccggaca gatctgcacc ccgacaaaac gcgggcaaat ccgaccaaac acttaggata
    18241 ataaaccacc tccgagcgcg ttctaacagc gcatttcgtg aagcatggag acccgtcgga
    18301 cgagttgata tatccatatc tttgcgaccc gttaaaaaaa tgataattaa gaatgaaggg
    18361 taaattatta ccgatcgtat gcgttttgac tctcttgggg gcctgttctg tccccaaaga
    18421 cgtggcttat tttcagggga tagaccggct gactacagcc gacctggagc ggatgaatca
    18481 gacctatgcg accactatcg cagcggatga tctgctcacc atcaacgtca cggcatggaa
    18541 taccaccgtg gtggcgccgt tcaatcctcc accgtttgcc tacatccccc aaggcgagac
    18601 gtctgtggca gccgatccga agctcactac ttatttagtt gacaaggagg gatacatcaa
    18661 cttccccgtt ttaggaaaag tgcacgccgc gggcctgacg aaggctgaac tcatcgacgc
    18721 attgcagact cgaatcaggg agtatgtcga tggcgctatg gttcatgtgc agatcgtcaa
    18781 cttcaaaatc accatcctcg gtgaagtgtc ccgtccgggc agcgtcaaca tccggaatga
    18841 tcgcgtttct atactcgacg ctctcgggat ggtcggtgac ctaacgatca acgccaatcg
    18901 taaaaacatt ctcatcgttc gcgacaacaa cggacgcaag gagtacggga ggctggacgt
    18961 gaccaacccg gagattttcg cctcgcctta cttttatctc aagcaaaacg acgtcgttta
    19021 cgtcgagccc aacaatgcca agaaacgcaa cgcaaactat agctccgcgc aacaatatac
    19081 tctcaccatt atatcgacca tcctcacggc ggcatcggtg atcaccaccg tcgtagtggc
    19141 tctcagaaga aagtgatgga agcaaacaac caactaccgc gggaggacgg gcgccccgcc
    19201 acaaatgatg ccgacgaccg cgaggccgta ggcttgcgcc ccattatcgt cggttactta
    19261 cgacaacgca ccactatact cgtctcggcg gccatctccc tcttggcagc catactctat
    19321 ctcgtgttgt accccaaaac ttacgagatc atggcccgcg tgcagataca ggaagacgcc
    19381 ggaatgctgg gaaccgggag catcggcctc ggtgaagcct ccggactcat gaaaacgttc
    19441 ggcatcggca gcatgggcgg tgggagcgtc agcatcgacg acgagatctc caccctgaag
    19501 tccaacagcc tcatgcgcaa gatggtcgtc gagctcggtc tatatgccga ctaccggaag
    19561 ccctactccc tgctacggat gtacggtgag gagcccgtgc gcgtgatctg cgactccgcc
    19621 acgctggccg ccctcaacga cgaagtggag ttcaagctac acctcacgga ccgcggcgcg
    19681 gctgagatca cggccaagac caagggacag aagcaaacct tccacttcga ccgccttccg
    19741 gccgtcgtgc aactcgataa atgcaccttc accttcaccc gcaacaccga gccgacggct
    19801 aaaaacgaca tcacgcgcct cgagatcacc gtctatcccc ccagttgggt ggctgagaag
    19861 gctgcggacg acttcctgat cgaggattac tcgaaatcgg ccaacatcat cgagctttca
    19921 tgtaccgact acgagcgcca gcgggccaag gacatgctga acgtactcat cgactattac
    19981 aaccacgagg cctacgacta taagaaggcc caaagtgacg tctcgctggc cttcctcagc
    20041 gagcggatca tacacgtgac ggacgagctg gagaaggtcg agaggcaaat cgaacaatac
    20101 aaggccgaga acaagatcac cgacgtggaa tacgatatcc agtactacgc cgagtatatg
    20161 cgtgacatca agggccgact catcgaggcc gagacccagt cgaacatcat tgccatgatg
    20221 gacgccttcg tcaagaaccc cgccaaccga tataagctcg tcccctccct gctcactgcg
    20281 agcgagaccg agagtagccc catctttctc tacaaccaag ccctcttgga gcgcgagaaa
    20341 gccctccgaa actcgaacga gagcaatccc ctcgtcgcgt cgctcaccac acaggtggac
    20401 agactgcgcg aaaccgtgtt tcagaccatc aataacgcgc aacaaagcat gacgcagacc
    20461 cgtcggaccc tcgaaaaaca ggaacgtgaa ctccttgacc gcatgggatc cgtccccgtt
    20521 caggagcgcg tctatgtcga ctacaagcga cagcaagaaa tcctgcaagg cgtctatctc
    20581 atcctcttgc agaagcgtga agagatcagt cttgccctcg ggcaacgtac ggaccgtgca
    20641 aaaatcgtcg acacggcctt cgtcaaagcc aagcccatag gcccccgcaa ggtgtttgcc
    20701 ttggctggct tcgtggtgct caccttatta ctctcgattg ggtggatcgt ctgccgagat
    20761 cagtatcgcc tgctgcgcaa ggagctacgc gacagccgcg aacgctccga atcctgacgc
    20821 cgtcaccacc ccgcacgaca tgtttggtaa atacggcctc gtcctcaaga atgcctccta
    20881 cctgaccctc ttcgaggtca tgcgtatggc catgccgttc atcgcgctgc cctacctctt
    20941 ccgcgtcgtg ggcgaggagc gttacgggac ggtcgtcttt gcccaagcca tcgtagccct
    21001 attcgccctt ttcatccatt tcggccttga tatttcggcc gtgcgcgacg tggccatcta
    21061 tcgcaacaac cgcgagcgac tcaaccagat tttttcggct gtcattttca tcaaatccac
    21121 cctcgccctt ctcgtagggg ccgtccttgc actggccatt cacctcatcc ccgccttggg
    21181 cggcctctcg acgctcattc tttacgcctt catcgcctgt ctggctgaca ttttcctgcc
    21241 cgtgtggtat taccaaggct gtgaaaacat gaaggtcctc accattgtcc gcttcctctc
    21301 catagccttt tataccgcgg cgctctttct ctgcattcac cgcgaggagg actatcccct
    21361 cattgcactg ctgcagtcgc tcggtctggt ggtctccgcc gtcgtctcct gcggatatgt
    21421 attcctgcat gaccgcatcc gtctccgcat tccgccgagc acgatactcg tgcgaacctt
    21481 ccgcgacagc gtccccttct tcgcctcacg cgcctcactg gccgtcaaca cctacatggc
    21541 caagatcatg agtggtgtat acctctccgg cgccgaggtg gcggccttcg acgtggcgca
    21601 gaaggtgctc aacggcggca tggtgcccat acagatgctc aaccaggcgc tctaccccaa
    21661 catctcccgc acacgcgacc gggggatggt gcgctccctg ctccgcgtgg tcacgctcct
    21721 tgtgttcggt gtcgccgctg cgctcttcac cttcgccgag cccattgtcc gcatcctctc
    21781 ccacggcgag ctgaccgagg ccaccgcgct actacgtatg ctctgcgtcc agctgacctg
    21841 ctccggcttt tcggtctttc tcggcacctc cgtgctggtc gccttcggcc atcaacgccc
    21901 cttcaacgtc agcgtcatct gctccaccgt cgcactactt atctgctact cggtgatgat
    21961 caccctccac ctcaactcca tctaccttta tgctggggcg ctcattctgg ccgagatggt
    22021 cgtcctcgcc taccgcgcct ttgccgcccg ccgctattgg ctcatctaaa atcacacgct
    22081 ccgagccatt cgaaatcagt gcgcgctaaa aacgtgaagc acatttacct ctgactcccc
    22141 ccttacactc ccccgtttac cctcaaaaac gcgtgagttc gatgtacgat tttctggagg
    22201 aaatcgctcg ccacaaactt ttccagctca tttcctcaac gtgagttcgg cgtaagaata
    22261 aagtcagcag agagtttcta cggaagccat gccatggcca gaacgttttt ggaaatgctt
    22321 gcgccggcgg tgcaaacctc aaaaacctct ttttgcctct tgcaccatcg gagcaaacag
    22381 aaaaaacctc tttttggccc ttgcaccatc ggtgcaaacc tcaaaaacct ctttttggct
    22441 cttgcaccac cggtgcaaat cgcaaaaacc actttttggt ccttgctcca tcggtgcaag
    22501 ccgtaaaaag tactttttgg tcgttgcacc gccggtgcaa gcatttccaa aacgctatcc
    22561 aagacaatct ctatggatta ggaaccccat ttcttcatcg aactcacgtc ttattagagc
    22621 cttatcctac taaagcgccc cgattaaggc tttcggcgta cttttacgct cggaacaagc
    22681 accacccgca attcatgatt gacttcccca tacatacggc ccttggtgtc accttcttca
    22741 gcctgtactt cctctccatg ttgggtctcg ccctcgtaat cttgttggag aaccgcaacc
    22801 cgctgaagac cattccttgg atcattgtcc tcctcaccct gccgggcatt ggtctcgtct
    22861 tctatttttt cttcgggcaa gacaatcgcc gtcgtcgaat catctcccga cgcacctatc
    22921 gccgcattat gcgccctttg agcgccggcg gaccgcgtca agataaggtg aacgtaccgc
    22981 ccgcttatcg tccgctgatg cgcatgctca atcggaacgg tcgcacgccg ctcctctacg
    23041 gcagccacat cgacatatac acctccggcc aggaaaaatt caccgccttc ctcgaggcac
    23101 tccgcagcgc gcgccaccac atccatctgc aatactatat catagccgac gacgagatcg
    23161 ggcgctgcgt gcgccaagtg ctcatcgaac gcgcccgagc cggcgtggag gtgcgggtgc
    23221 tgtatgacga cgtcggcagc tggagtgtgc cccgccgttt cttcgatgcc atgcgcaacg
    23281 cgggcattga ggcccacccc ttcctgcggg tcgtcttccc actcttcacc agcaaggtca
    23341 actaccgtaa ccatcggaaa gtcgccatca tcgacggccg catcggcttt atgggcggca
    23401 tgaacatcgc cgatcgctac ctccgcggcg tgtcatgggg cgtctggcgc gacacgcact
    23461 tccgcatcga agggaaggga gtccacggcc tgcaatcgtc cttcctcatc gactggtatg
    23521 tcgtcacccg ccagctcatc aagggcaaag actactatcc ggacgagaaa ttttacgacg
    23581 ataacctcat gcagatcttc tccggcggtc ccaccgggcg ctggcggatc ctgttacagg
    23641 cgttcatctt ctgcatcacc aacgccaagc gctacctcta cattcagacc ccctacttcc
    23701 tgcccaccga gggcctcacc caagcgctac agaccgccgc gctgggcggt gtggatgtgc
    23761 gcctcatgct ccccgagcga tccgacaccc ggagcgccca tctcgcctcg cattcctatc
    23821 tcgacgacat gcttcgggcc ggcgtcaagg tgtacttcta tcgcgcgggc ttcttgcact
    23881 ccaagctcct cgtttcggac gacgaaatcg cctgcatagg gtccgccaac ttcgacttcc
    23941 gcagcttcga gcacaatttt gagatcaacg ccttcgtgta ccatcgtccc ttcgcggaaa
    24001 gtctccgccg gatgtacatg gacgacctcc gctcctgcgt ccccgtccgc gcctacgact
    24061 gggcccgtcg ccccttccac ctccgactca tcgagtcctt cctccgcctc ttctctcccc
    24121 tgctgtaagc ctggggtgac ctccttctcc ttgagcgtaa acacgcacaa caaaaaagtc
    24181 cggatagtct ccccattcca ggaaagctcc atccgaactt ctatcacaag cctttcggcc
    24241 taacaacgtg tcgtcaaccg ttcacaacca cgccaccgcg ctcctcaccc ggacgatgga
    24301 tacgcaggag tggcgcctcc aagtccgatg caaagcaacg gaagcgcccc atccgacgac
    24361 tccagaacca tcccgtgaac ccacagaagc cgcccgacgc gaacaggcga atcgcacccc
    24421 ccaagtcttc cttgctgatc ggtgtcgcta catacacccc cttatcgaag gtcaaggtct
    24481 tcgcctccaa gcgcaacaca tatcgatcct cgtgctcctc aaaccatacc ggcgaaaggc
    24541 cagcaaacac acacatcaaa ccgataacta cgccccaaac aagccatatc gagagacttg
    24601 ctcccggcaa taacagacac atatacgcca cgttcgccac gagcactatc gccgtcagcg
    24661 tttttacaaa cgtggaatac tttgcgcgca cacgacgcgg caatacagtt tgttctttca
    24721 tgaggtttct attttagaag tgaataaagt caatacgatg ttacaacggc cggacgatat
    24781 cgacgcgcaa ccccagttcc ccgacgatgc ggtaaaacag ccccacgccc ggctcgacag
    24841 tgccattctc aatcttagcg atctgtgcac gcgtcatgcc tactcgccgg gcgagttcgt
    24901 tttgcgtcat gcccgactct cgacgcgcct cagagaggat ctgcgaggcg taatacgccc
    24961 gcgccttctc ttcagacttt gcccgctccg gcgtcccgat cttgccgaat ttctcgtcaa
    25021 gtacaaggtc atagtctacg atctgatgat tgtttgtctc cataataagc ctccttaatt
    25081 cttaaagcct tctctatttc atgcttaggc gtttcctgcg tcttcttcat aaaaccacta
    25141 aacaatacca caatctgacc ttcatcaaaa atgaagaaca cgcgataatt gtcacttcca
    25201 cactttactc tcaattcata cagttcgtca cgaataaact tcacaaactt cttcgacacc
    25261 cgatcctgag ttttcaaaag gagcaatcca tattgcactt tctcttgcac cttctcatcc
    25321 agttcagaca taaatgcctc gaagtatcct ccgtatgttc taatcttcct cctcatggca
    25381 caaagttatg aatctccccc ctacatcatt ccttccgaca gcgccttcca gagcgcgtcg
    25441 ccagcaggca cgggagcgac gatctcgaca gacagtcccg agacggggtg cgtgaaggcg
    25501 atgcggcgcg catgtagact gatgccgccg tccggattgg agcgttcggc accatacttc
    25561 aggtcgccct tgatcgagca gcccatgtgc gccaattggc aacggatctg atgatggcga
    25621 cccgtacgga ggtcgatctc cagcaggtga tagcggtctg aggaggccag cagacgataa
    25681 tgaagctcgg cgcgacgtgc gctcggccgg tcggacttgc agacgtagct tttgttctgt
    25741 cgctcgttgc gccaaagcca gtcgacgagc acgccctccg gctccgtcgg tcgttggcgc
    25801 acgatggccc agtacgtctt acggacgcca ccgtcgcgaa aaagcgcatt catacgcgcc
    25861 agtcccttgc tggtcttggc aaagacgacg gcgcccgtga ccggtcgatc gaggcgatgc
    25921 acaacgccga cgaacacgtt gcccggcttg gcgtatttct ctctgatcca ctcccgcagc
    25981 tcatccgcca gcgagggatc gcccgtctta tcgccctgca cgatctcgtg gcacgtcttg
    26041 ctgacggcga tcaagtgatt gtcttcgtaa atgacttgca tattcgtttc gttagataga
    26101 tacattgggt ggttgagggc aatatgggtt gatcttcata cacctacgat aagctctcgc
    26161 aaattgctgg agatcttcgt acacctacaa taagctcccg caagttgcag gagatcttcg
    26221 tacgcctaca ataagctccc gcaagttgca ggagaccttc gtacgcctac aataagctcc
    26281 cgcaagttgc aggagatctt
//
LOCUS       SEQF2634|AYYE01001126.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgtacgcct acaataagct cccgcaagtt gcaggagacc ttcgtacgcc tacaataagc
       61 tcccgcaagt tgcaggagat cttcgtacgc ctacaataag ctcccgcaag ttgcaggaga
      121 tcttcgtacg cctacaataa gctcccgcaa attgctggag atcttcgtac gcctacaata
      181 agctcccgca agttgcagga gaccttcgta cgcctacaat aagctcccgc aagttgcagg
      241 agaccttcgt acgcctacaa taagctcccg caagttgcag gagatc
//
LOCUS       SEQF2634|AYYE01001127.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcgtacgcct acaataagct cccgcaagtt gcaggagacc ttcgtacgcc tacaataagc
       61 tcccgcaagt tgcaggagat cttcgtacgc ctacaataag ctcccgcaag ttgcaggaga
      121 tcttcgtacg cctacaataa gctcccgcaa attgctggag atcttcgtac gcctacaata
      181 agctcccgca agttgcagga gaccttcgta cgcctacaat aagctcccgc aagttgcagg
      241 agatc
//
LOCUS       SEQF2634|AYYE01001128.1 4521 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4521
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(165..1919)
                     /locus_tag="SEQF2634_01317"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKLNIDQKTVKGLFSDTQADYLIPDYQRPYAWEETECQTLWDD
                     LFAFAIPEDDTSQFKREDKYYLGPIVTFKNEGGKQEVIDGQQRLTSLLLLLRAFYERS
                     SNQKDSETKSMRKMIEQCIWKTDEFDKPDQNALKIDSQVATDDDKGEFLEILKSGQVG
                     DGFKSQYAENYRFFEKKIDEFVNKLPGFFKYLPVRILNNCILLPIEAENKDTALQIFF
                     TLNDRGKSLSDADIFKAQFYKHYSAMGQKETFIDRWNKLAYFASATFKDTSSESPMDE
                     LFTRYMYYLRAMQHNTNTSTEGLHKFYERNNYALLKKEQTLDDLEALADFWSDVHAQN
                     KERFSDKILRRLFVLSYAPNGMWTYLTSVYFLHHRQPDGLLEEVPFFQFLEQITAFIW
                     ACTLNNLNVSGLRKPAFLKMVQIIRGEEVTFSDFSFKREDFIRVFRNYQFSNQRQITK
                     SMLAWWAFQFDKQELLDLGCDLHTEHIYARKRAEKEPSATIQPKLELLGNKSLLEQCI
                     NIRASDYHFADKAALYEGRQTGKGKTSKGKNGTRIYELLELADRQTDFTEDDIVRRNE
                     RILNGFVDYLDRCGLLKG"
     CDS             complement(2014..2760)
                     /gene="fabG_1"
                     /locus_tag="SEQF2634_01318"
                     /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="MKLLEGKVALVTGAARGIGKAIALRFASEGADIAFTDLAIDDNG
                     RATEEEIRALGVRVKGYASNAANFDEAHKTVEEVVKDFGGLDILVNNAGITKDGLMLR
                     MSEAQWDAVIAVNLKSAFNFVHACVPVMMRRRGGSIINMASVVGVHGNAGQANYAASK
                     AGMIALAKSVAQEMGPKGIRANAIAPGFIETAMTEALPDSVREEWKKKIPLRRGGTPD
                     DVADVAVFLASNLSSYVSGQVIQVDGGMNM"
     CDS             complement(2945..3889)
                     /gene="fabH_1"
                     /locus_tag="SEQF2634_01319"
                     /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
                     ADENINTMGLEAIHDALPRLPYDICEVDLLIAATYSPYDTVGTAAHVAQHHYAIPHAK
                     AFTLSSACSSFINALEVVEGYFAMGKAHRALIIGGDKNTAYSNEDDPKSGHLWGDAAV
                     AFFLSNERIADTDAEVLEVYTEALGTIGKGPESIQLRPRDGGIRMPEGKDVFLQACTY
                     MPQNALRLLTHHGYTFDDLSYFIGHQANMRILKNIATSNSIPEEKILSNIAELGNTGS
                     ASSALVYAQNRERFRTGDLVCLSVFGGGYSAGATLIKI"
     CDS             complement(3879..4490)
                     /gene="mtrR_3"
                     /locus_tag="SEQF2634_01320"
                     /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="MSVSISVSKTREVLVDVARQLFARMGFQNTTMNDIAQASQKGRR
                     TLYTYFKSKDDVFDAVVEAELDKLVDSLLEVAARRLPADRKLITYIYMRLHAVKAIVF
                     RNGTLRAAFFRDIWRVEKARKKFDLRETEILRDILNDGVNEGLFSITDIDMTAYIIHH
                     ALKGLEVPYIRGHINGWGKSKGIERQNVLNIIFNGIKVKHNVY"
ORIGIN      
        1 cttcgtacgc ctacaataag ctcccgcaag ttgcaggaga ccttcgtacg cctacaataa
       61 gctcccgcaa gttgcaggag atcttagtac gcctacaata agctcccgca agttgcagga
      121 gatcttcgtc gtttggcgat gtgctcaacc gtgaataact cagatcatcc cttcaatagg
      181 ccgcaccgat cgaggtaatc aacgaagccg tttaagatgc gttcgttgcg gcggacaatg
      241 tcatcctcgg taaagtccgt ctgtcgatca gccagctcga gcaactcata gatccgcgta
      301 ccgtttttgc ctttactcgt cttgccttta cctgtctgcc gaccttcgta gagggcggct
      361 ttgtcagcaa agtgatagtc cgaggctcgg atgttgatac attgctccag caacgactta
      421 tttccgagca gttcgagctt gggttgtatc gtcgctgagg gctccttctc tgcccgtttt
      481 cgagcataga tgtgttcagt atggagatcg caacccaagt ctaacaactc ttgcttatcg
      541 aactggaatg cccaccatgc aagcatcgat ttcgtaatct gtcgctggtt gctgaactgg
      601 taattgcgga acacgcggat gaagtcctcg cgcttgaagc tgaagtcgga aaacgttact
      661 tcctcgccgc ggataatctg caccatcttc agaaaggccg gcttacggag tccgctcaca
      721 ttcaagttgt tcagcgtgca agcccagata aaggccgtaa tctgctcgag aaattggaag
      781 aacggtacct cctccagtag gccgtcaggc tgacggtgat gcaagaagta gactgaggtg
      841 aggtaggtcc acattccatt gggggcatag ctcaacacga agaggcggcg aaggatcttg
      901 tccgagaagc gctccttgtt ttgagcatgc acatcgctcc aaaagtcggc caacgcttcg
      961 agatcgtcga gcgtctgctc ctttttgagg agggcgtaat tgttccgctc gtagaactta
     1021 tggaggcctt ccgtcgacgt gttcgtgttg tgctgcatgg cacgcagata atacatgtag
     1081 cgcgtaaaga gttcgtccat tggcgattca ctggatgtat ccttaaaggt ggccgacgcg
     1141 aaatacgcca gtttattcca tcggtcgatg aaggtctcct tctgccccat cgccgaatag
     1201 tgcttataga actgagcctt gaaaatgtcg gcatccgaga gtgatttgcc gcgatcgttg
     1261 agcgtgaaga agatttgcag cgcggtatcc ttattctctg cctcgatggg aagcagaata
     1321 cagttattta ggatgcgtac gggcagatac ttgaagaagc ccggaagttt attgacgaat
     1381 tcgtcgatct tcttctcaaa gaagcggtag ttctcggcat attggctttt gaatccatcg
     1441 cctacctgac cacttttcag gatctcaagg aactcaccct tgtcgtcatc agtagccact
     1501 tgagaatcta tcttgagcgc gttttgatct ggtttatcaa actcgtctgt tttccaaatg
     1561 cattgctcga tcatctttcg catgctcttc gtctcgctgt ccttctggtt cgacgatctt
     1621 tcgtagaagg cacgcagcaa gagcaataag gaggtgagtc gttgctgtcc gtcgatgacc
     1681 tcctgtttgc ctccttcatt tttaaaagtc acaatgggac cgagatagta tttgtcttct
     1741 cgcttgaatt gcgaggtgtc gtcctccggg atggcgaagg caaagagatc atcccaaaga
     1801 gtctgacatt cggtttcttc ccacgcgtag ggccgttgat aatctgggat taggtagtcc
     1861 gcctgcgtgt cagaaaacag tcccttgacc gtcttttggt caatgttgag cttggacata
     1921 cttctattgc tatgtgtatg aataacgcac gagagggagc ggagccgcta cggctttccc
     1981 cctctctctg tacaatcgat gcgctgcgga tacttacatg ttcatgccac catcgacctg
     2041 gatcacctga ccagagacgt aggacgaaag attggaggcg aggaacacgg ctacgtcggc
     2101 tacatcgtcc ggggtgccgc cacgacgaag tgggatcttc ttcttccatt cttcacgtac
     2161 gctgtcgggc agggcttccg tcatggctgt ctcgataaag cccggagcga tagcgttggc
     2221 gcggatgcct ttcggtccca tctcttgggc tacggacttg gccagggcga tcattccggc
     2281 tttcgaggcg gcatagttgg cttggccggc gttgccgtgg acgcctacga cagaggccat
     2341 attgatgatg ctgccgccgc gacgacgcat catcacgggt acacaggcgt ggacaaagtt
     2401 gaaggctgac ttgaggttga cggcgatcac ggcgtcccac tgggcctcgc tcatgcgcag
     2461 cattaggccg tctttggtga tgccggcgtt gttgacgagg atgtcgagac cgccgaagtc
     2521 tttcaccact tcctcgacgg tcttatgggc ttcgtcgaag ttggcggcgt tcgatgcgta
     2581 gccttttacg cgtacgccga gggcacggat ctcttcttct gtggcgcgac cgttgtcgtc
     2641 gatggcgagg tcggtgaatg cgatgtctgc tccttccgaa gcgaaacgca gggcgatggc
     2701 tttaccaatg ccgcgtgcgg cgcccgtgac gagggcgact tttccttcta ataatttcat
     2761 tgttatacgt cgttttgggg gttaatcgta gagggattct tcttttcttc ccttgatgga
     2821 aggaaagaag caaaagaaga tcaaggcccc accggggccg aggaggtttg gcctggtacc
     2881 gaaagggaga ggcagaccta tgtgttcgac cgcttcttct ttcaccggga ccgaatatgt
     2941 gaaatcatat tttgatcagc gtggcgccgg cggagtatcc gccaccgaag acgctgaggc
     3001 agacaagatc gcccgtccgg aagcgttcgc ggttttgggc gtagacgagg gcggagctgg
     3061 ccgagccggt gttgccgagt tcagcgatgt tgctgaggat cttctcctcg gggatactgt
     3121 tgctggtggc gatgttcttg aggatacgca tgttggcttg gtggccgatg aagtagctga
     3181 ggtcgtcgaa cgtgtagccg tggtgcgtga gcaggcggag ggcgttctgc ggcatgtagg
     3241 tgcaggcttg caggaagaca tccttgcctt cgggcatgcg tatgccgccg tcgcggggcc
     3301 gaagctggat gctttcgggg cctttaccga tggtgccgag ggcttcggtg tagacctcca
     3361 ggacttcggc gtctgtgtcc gctatgcgtt cgttggagag gaaaaaggcg acggcggcgt
     3421 cgccccagag gtggcccgac ttgggatcgt cctcgttgct gtaggccgtg ttcttatcgc
     3481 cgccgatgat gagcgcacgg tgggccttgc ccattgcaaa atagccttcg acgacctcga
     3541 gcgcattgat aaacgatgaa caagcggagg agagcgtgaa ggctttggcg tgggggatgg
     3601 cgtagtggtg ctgggcgacg tgggcggcgg tgccgacggt gtcgtagggg gagtaggtgg
     3661 cggcgatgag gaggtctacc tcgcagatgt cgtaggggag acggggcagg gcgtcgtgga
     3721 tggcctcgag tcccatcgtg ttaatgtttt catcggccgc agcgcgagag cgtgtgtgga
     3781 tgccggtgcg ctggacgatc cagtcgtccg tgaggccggt cttttcggtg taatacgagt
     3841 tgggtatccg ttgtttgggg atgtagtacc cggtcgtgtt aatatacatt gtgcttgact
     3901 ttgatgccat tgaagatgat gttcagaacg ttctgcctct cgatgccttt gctcttgccc
     3961 cacccgttga tgtggccgcg gatgtagggc acttcgaggc ctttgagggc gtgatgaatg
     4021 atgtaggccg tcatgtcgat gtcggtgatg gagaagaggc cctcgttgac gccgtcgttg
     4081 aggatgtcac gcaggatttc cgtctctcgg aggtcgaatt tcttgcgggc cttctctacg
     4141 cgccagatgt cgcgaaagaa ggcagcgcgg agcgtgccgt tgcgaaagac aatggccttg
     4201 acggcgtgga gacgcatata aatgtatgtg atcagctttc tatcggctgg cagtcggcgc
     4261 gcggccacct cgaggaggga gtcgacgagc ttgtcgagct cggcctcgac gacggcgtca
     4321 aagacgtcgt ctttgctttt gaagtaggtg taaagtgtgc ggcggccctt ttgcgaggct
     4381 tgggcaatat cgttcatcgt ggtgttttgg aagcccatgc gggcaaagag ttgacgggct
     4441 acgtcaacca atacttcacg cgttttggag acagaaatag acacggacac tgcacacttt
     4501 cgattgattt gtgcgcaaaa g
//
LOCUS       SEQF2634|AYYE01001129.1 7385 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             141..1046
                     /locus_tag="SEQF2634_01321"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGDARDLVRQAVDRITDNYLQRANRLTGFYREVIRKGRRYIDI
                     SEAIVGLYKTPYNGVGTNADRVRLEKGRRLLSQRPGDTLIVKFEGGPTLSIFLDVVKN
                     SDLMFAPDEMEHYAFRYNRTTLIDDRPHVEIRFMPRVVCPYALYEGLLYIDSETRTIS
                     RAEFSLDMTDRLKATQAMLRKKPAGLRFRPERLAFLVTYRRQADGRSSLAYVRCETAF
                     RCDWHRRLFATSYVVTSEMAITDRDETHAEKIPYREAFRSRDALTDRAADFYDANFWE
                     GYNIIEPTESLENAVGRLMRRRNRD"
     CDS             complement(1182..3254)
                     /gene="rho"
                     /locus_tag="SEQF2634_01322"
                     /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
                     QAESVAGMQKEKEAQKSEQKRRGPGRPPKNKSAESAAEASAAEKEPKADTTEKAESKP
                     AKRRPGRPKKNKAAEPTEAAAPAAPAKAEPTEAETKEEAEAAESKPAKRRPGRPKKSK
                     SAAAPVAETPASIAETEPILATEPMLEAEEMPVEAPVAAPIAPVSPVVPPSAAAETTP
                     QTATAVAHEAKPSPEAPTATPATPPAPEEPKRTIFKHATDTPSVLDQVLPMQPPAPQP
                     KDKQQNEAKKRPQQNHRPNNPNLRENAPVVPPPPIYDFDGILTAAGVLEIVPDGYGFL
                     RSSDYNYLASPDDVYVSASQIKLFGLRTGDLVEGPIRPPREGEKYFPLVKVDTINGRL
                     PEEVRDRVPFDHLTPLFPEEKFKLTDRRSPKVYDPYAVRVVDLFAPIGKGQRGLIVAQ
                     PKTGKTMLLKDIANAIAANHPEVYMIILLIDERPEEVTDMARSVDAEVIASTFDEPAD
                     RHVKIAEIVLNKAKRMVECGHDVVILLDSITRLARAYNTVQPASGKVLSGGVEANALQ
                     KPKRFFGAARNIEHGGSLTILATALTETGSKMDDVIFEEFKGTGNMELQLDRKLANRR
                     IFPAVDIQASSTRRDDLLQDENTRNRLFVLRNTVLSDMNTVEAMEFVKKRLEGTTDNA
                     EFLASMNG"
     CDS             complement(3931..4581)
                     /gene="rpe"
                     /locus_tag="SEQF2634_01323"
                     /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="MNHLIAPSLLSADFMHLGRDVEMINRSKADWLHIDVMDGVFVPN
                     ISFGFPVMNALRDVCHKPTDVHLMIVEPQKFIREVADSGAYMMTVHYEACTHLHRTVH
                     AIRDAGMRVGVALNPHTPVTLLEDILGDLDMVLLMSVNPGFAAQSFIGHSVVKTAKLR
                     RMIRERELKTLIEVDGGVNTETARVLLDAGADVLVAGSYVFRSPDPEATIRELKAL"
     CDS             complement(4619..4783)
                     /locus_tag="SEQF2634_01324"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITPSAPAERPDNPSNRPPSFGPRPETLALLSWFARIYTPDN
                     APNPALPIAN"
     CDS             complement(5142..7178)
                     /gene="ppk"
                     /locus_tag="SEQF2634_01325"
                     /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
                     NLEEFYEIRVADQRGAIMKKNYRADNSEKAEETLNEITAEVNRQQQDFYSIFNDGILP
                     ELRRQRVYLYQTHEPLPFHRDFVRRYFDEEIFPYLSPVTLHEGFRTFIRDRRLYLIAR
                     ILKRETREPLYVLIKIPHSNVPRFIALPEHEGMHYFMFVDDMIRYNLPAIFPGYVPDG
                     CYGIKISRDADIYVDEETPQSILQSIRTKVGKRKIGALSRFMYDREMPPDVLAFVRRS
                     FHIAADDLVVGGRYMNLQDMIRLPNPIGAELVRTPPAPLRVPYLEELASMFRAVERGD
                     VLLHFPYQSFDYLLRFLMEASFDPDVEEIKITQYRVAENSAVIHSLIGAARNGKRVTV
                     FVELKARFDEENNMSTAEEMRQAGIKIIYSIPGLKVHAKVAVVLRRGEAADFACLSTG
                     NFNEKTAKGYSDMALLTCDKAIVGDVCRVFEVLEGRLAEPHFDRLLVARFNMVPELIR
                     LIRREADLARAGRGGRIILKMNGLQDKQMIDELYEAGQAGVEIDLLVRGICCLTPDRS
                     YSPNIRVTRIVDMYLEHARLWYFRGDGEETMYLTSSDWMRRNLNRRIEAAVPILSPDV
                     RREILDLLDIQLRDNVKACHIDGQLRNIYIHNDAPPLRAQQATYEYIKRRTHPE"
ORIGIN      
        1 actccctccg agccgatcgg atcgagtttt cacacatcgg ctacgcgcct cttacctatc
       61 cgattcgacc gggtacgcag gtcgaggctg cctccatccg actgacaccg aacgctaacc
      121 tactggagga ggtgaccgtc atgggcggtg atgcgcgcga cctcgtgcgc caggctgtgg
      181 atcgcatcac agacaactat ctgcagcggg ccaatcgcct gactggtttt tatcgggaag
      241 tcatccgcaa ggggcggcgc tacatcgaca tttcggaggc tatcgtcggg ctctacaaga
      301 cgccttacaa tggcgtgggc acaaacgccg atcgggtacg gctcgagaag gggcggaggc
      361 tgctcagcca acggccgggc gacacgctca tcgtgaaatt cgaaggcgga ccgacgctct
      421 ccatctttct cgacgtggtg aaaaacagcg atttgatgtt cgcccccgac gagatggaac
      481 actacgcctt ccgctacaat cgcaccacac tgatagacga tcgtccgcac gttgagatcc
      541 gcttcatgcc acgtgtcgtc tgcccttatg cgctctacga agggctgctt tacatcgaca
      601 gcgaaacgcg gacgatctcc cgcgcggagt tcagcctcga tatgaccgac cgcctcaagg
      661 ccacgcaggc catgctccgc aagaaacccg ccggactgcg ctttcgcccc gagcgattgg
      721 ccttcctcgt cacctaccgg cgacaggccg acggtcgcag tagcctggct tacgtgcgct
      781 gcgaaacggc ctttcgttgc gactggcatc ggcggctttt cgccacatcg tacgtcgtga
      841 cgtcggaaat ggccatcacc gatcgtgacg agacacacgc ggagaaaatt ccctaccgcg
      901 aggcgttccg ctcgcgtgac gccctgaccg accgcgcagc cgacttctat gacgccaatt
      961 tctgggaggg gtataacatc attgagccga cggagtcgtt agaaaatgcc gtgggccgac
     1021 tgatgaggcg gcggaaccgc gactaagctc cgccaacggc ggacagatgc aaacgaaacg
     1081 tcctgccgga cagaaggaat cgaccggatc cctttcgccc gacaggacgt ttctgtaatg
     1141 cctcctaagt ccgaaaggcc atagtggcac ccttccggct gtcagccatt catggaggct
     1201 aaaaattcgg cgttgtccgt ggtgccctcc aagcgcttct tgacgaactc catcgcctcg
     1261 accgtattca tgtccgagag tacggtgttg cggagtacga ataggcggtt gcgggtgttc
     1321 tcgtcctgca gcagatcgtc gcggcgcgtg ctagaggctt ggatgtcgac cgcagggaag
     1381 atgcgacggt tggccagctt acggtcgagt tgcagctcca tgttgcccgt acccttgaac
     1441 tcctcgaaga tcacgtcgtc catcttcgaa cccgtttcgg tgagagccgt ggcgaggatg
     1501 gtgaggctgc cgccgtgctc gatgttacgc gcagcaccga agaatcgctt cggcttctgg
     1561 agggcattgg cctccacacc acccgaaagc accttgcccg aggccggttg cacggtgtta
     1621 taagcgcggg ccaggcgggt gatggagtcg agcaggatga ctacgtcgtg gccacactcg
     1681 accatgcgtt tggccttatt gaggacgatc tcggcgatct tcacgtggcg gtcggccggc
     1741 tcgtcgaaag tggaggcgat gacctcggcg tctacgctac gggccatgtc ggtcacctct
     1801 tcggggcgtt cgtcgatgag caggatgatc atgtaaacct ccgggtgatt ggcggcgatg
     1861 gcgttggcga tgtccttgag gagcatcgtc ttaccggtct tcggttgtgc cacgatgagt
     1921 ccacgctgcc ccttgccgat gggtgcgaaa aggtcgacta cgcggacggc gtacgggtcg
     1981 taaaccttcg gcgaacgacg gtcggtgagt ttgaatttct cttcggggaa aagcggtgtg
     2041 aggtggtcga aggggacgcg gtcacggacc tcttcgggca gtcggccgtt gatggtgtcc
     2101 accttgacga gcggaaaata tttctcgcct tcgcgcggcg ggcggatggg accctcgacg
     2161 aggtcgccgg tgcggagtcc gaagagcttg atttgtgagg ccgagacgta gacgtcgtcc
     2221 ggcgaagcga ggtaattata gtccgacgag cggaggaaac cgtagccatc gggcacgatt
     2281 tcgaggacgc cagcggcggt cagtatgccg tcgaaatcgt agatcggcgg gggcggcacg
     2341 acgggagcat tttcgcgtag gttgggattg ttgggccgat gattctgttg ggggcgtttc
     2401 ttggcttcgt tctgctgctt gtctttgggc tgcggcgcgg gcggctgcat gggcagcacc
     2461 tgatcgagga cggaaggcgt gtcggtggca tgcttgaaga tggtgcgttt cggttcctcg
     2521 ggcgcggggg gagtggcggg tgtcgctgtt ggcgcctcgg gcgacggctt cgcttcatga
     2581 gcgacggcgg tggctgtttg gggcgtcgtt tcagctgcgg cggatggagg aacgacgggc
     2641 gatacgggag cgatgggggc agccacaggc gcttctacgg gcatctcttc ggcttcgagc
     2701 atcggctcgg tggccaggat cggctccgtt tcggcgatgg aggcgggcgt ctcagcgacg
     2761 ggtgctgccg ccgacttgct tttcttcgga cgacccgggc ggcgtttggc gggtttgctt
     2821 tccgctgcct cggcctcctc cttcgtctcg gcttccgtcg gctcggcctt ggctggagct
     2881 gctggagcgg cggcttccgt cggctctgcc gctttgtttt tcttcggacg gcccgggcga
     2941 cgtttggcgg gtttgctttc cgctttttcg gtcgtgtcgg ctttgggttc cttttcggcg
     3001 gcggaggcct ctgcggcgga ttcggccgac ttatttttgg gtggacggcc ggggccacgg
     3061 cgtttctgtt cggatttctg agcttctttt tccttttgca taccggctac cgattcggct
     3121 tgtcggtcaa gaatctgata aatcagggct tgtttttcga cacctttaat gtccgtgagt
     3181 cccagatcgg ttgcgatggt ttgcagccgg gggagatcca tgtctgtgag ttcgacaatg
     3241 ttgtatttga ccatgttgtt atgtggataa atggagaatt agcgggggta cgcggggcag
     3301 aagcggacat gtatacgcag cgtccacgcg ccaccaggct cttcgcttat gatgtaacta
     3361 tcaattgtat atatcgtgag gattgctttt tcgtccgacc ctcgttcccg gggttaatgg
     3421 gtgctatttg aaggggggat caagcggggg caaatatacg ccaatccgta agacgccaaa
     3481 atcgaacact ttatccggaa acagcacagc ggcgaaatgt cgcaggttgg ttaggcctca
     3541 aaattcacag cgataataaa tcacacgcgt gtttcttaat gtcgcacaca gcgccagtca
     3601 gtttcctgca tgtttcttag tgtcgcatac agcgccagtc aattccctgc atgtttctta
     3661 gtatcgaaca cttcgccagt caattcccga catgtttctt aatatcgcac gcagcgacgg
     3721 gccgctgcag acttgcatag ctccgaaata cactatttcc ggtcgccgca gacttgcatg
     3781 gccccgaaat acactatttc tggtcgccgc agacttgcat ggctccgaaa tacactattt
     3841 ccgccccccc gtgtccccca gaaatggaaa agcggccacc cgacacggtg tcggagcggt
     3901 cgcttttcaa agaaaatggt aggcgatagt ttagagcgcc ttcagctcgc ggatggtggc
     3961 ctcggggtcg ggcgagcgga agacgtagct gccggccacg agcacgtcgg caccggcatc
     4021 gaggagtacg cgcgccgtct cggtgttcac accgccgtct acctcgatga gcgtctttag
     4081 ctcgcgctcg cggatcatgc ggcgcagctt ggcggtcttg acgacggagt ggccgatgaa
     4141 gctctgggcg gcaaagccgg ggttgacgga cataaggagc accatgtcga ggtccccgag
     4201 gatgtcctcg aggagcgtga cgggcgtatg gggattgagg gccacaccga cgcgcatgcc
     4261 ggcatcgcgg atggcgtgga cggtgcggtg gaggtgggtg caggcctcgt agtggacggt
     4321 catcatgtag gcgccggagt cggccacctc gcggatgaat ttctggggct cgacgatcat
     4381 caggtgcacg tccgtgggct tgtggcagac gtcgcggagg gcgttcatga ccgggaagcc
     4441 gaaggagatg ttggggacaa agacgccgtc catgacgtcg atatgcagcc agtcggcctt
     4501 gctgcgattg atcatctcca cgtcgcggcc gaggtgcata aagtcggccg aaaggagcga
     4561 tggggctatg agatggttca ttgtgcgcta tatatataag gtatgagcga ggcgggcgtc
     4621 agttggcgat ggggagggcg gggttgggcg cgttgtccgg cgtgtagatg cgggcgaacc
     4681 agctgagcag ggcgagggtc tcggggcgag ggccgaagga tgggggacgg ttggaggggt
     4741 tgtccggacg ttcggcgggg gcggaagggg taatcttttt cataggcaga aaatgggggg
     4801 ggatgtttgt tgtgtatggg tgtatgtatg tgctataaat gaagttttct ttctctgtat
     4861 ttggtgggat ggaaacgggc gaaacggggg aaatattgct tgccttgacg caaatctgtg
     4921 atttggatgt gcctggggta ggggcgtatt gcatacgccc cactggtacc cggccttttc
     4981 ttgcctctcc ttcttctttt cttgccttga cgcaagaaaa gaagcaaaag aaagtcaagg
     5041 ccccaccggg gccggggaag ttggccgggt acctgtgggg tgtatgttag aaggtcaagg
     5101 cccaccgggg ccgggtacct gtgggcgtat gtgatttgcc tctactctgg gtgtgtcctg
     5161 cgcttgatgt attcgtaggt ggcttgctgg gcgcgaaggg ggggggcgtc gttgtggatg
     5221 tagatgttgc gcagctggcc gtcgatgtgg caggccttga cgttgtcgcg cagctggata
     5281 tcgaggaggt cgaggatctc gcggcggacg tcgggcgaga ggatgggcac ggcggcttca
     5341 atccgtcggt tgaggttgcg ccgcatccag tcggaggagg tgaggtacat cgtctcttcg
     5401 ccatcgccgc ggaagtacca gaggcgggcg tgctcgagat acatgtccac gatacgcgtg
     5461 acgcggatgt tggggctgta gctacggtcg ggcgtcaggc aacagatgcc gcgcacgagc
     5521 aggtcgatct ccacgcccgc ctgaccggcc tcgtagagtt cgtcgatcat ctgcttatcc
     5581 tggaggccgt tcatcttgag aatgattcgc cctccacgac cagcacgcgc caggtcggcc
     5641 tcacgtcgga tcaggcggat cagctccggc accatgttga aacgtgccac caataggcgg
     5701 tcgaagtgtg gctccgcgag gcgcccctct aagacctcaa agacacggca gacgtcgccc
     5761 acgatggctt tgtcgcaggt caggagagcc atgtcggagt agcccttggc cgtcttctcg
     5821 ttgaagttgc ccgtgctaag gcaggcaaag tcggcggcct cgccacgacg taagacgacg
     5881 gccaccttag cgtgcacctt cagcccgggt atgctgtaga tgatcttgat ccccgcctga
     5941 cgcatctctt cggccgtgct catgttgttc tcctcatcga agcgcgcctt aagctccacg
     6001 aagaccgtca cacgtttgcc attgcgcgcg gcaccgatca gggagtggat cacggccgag
     6061 ttttccgcca cgcgatactg cgtgatcttg atctcctcca cgtccggatc gaacgacgcc
     6121 tccatgagga agcgcagcag atagtcaaac gattgatagg ggaaatgcag caacacgtcg
     6181 ccccgctcca cggcgcgaaa catggacgcc agctcctcga gatacggcac ccgcagcggc
     6241 gcagggggcg tgcgcaccag ctccgccccg atggggttcg gaaggcggat catgtcttgc
     6301 aggttcatgt aacgcccacc cacgacgagg tcgtcggccg cgatgtggaa cgaccgtcgc
     6361 acgaaggcca gcacatcggg cggcatctcg cggtcgtaca tgaagcgact cagggcgccg
     6421 atcttccgct tgcccacctt cgtgcggata gactggagga tgctctgcgg cgtctcttcg
     6481 tcgacataga tatcggcgtc gcgcgagatc ttaatcccgt agcatccgtc gggcacgtaa
     6541 ccgggaaaga tggcggggag gttgtagcgg atcatgtcgt cgacaaacat gaagtagtgc
     6601 atgccctcat gctcgggcag ggcgataaag cgcggcacat tggagtgcgg tattttgatc
     6661 agcacataga gcggttcacg cgtctcgcgc ttgaggatgc gggcgatgag gtagaggcgg
     6721 cggtcgcgga tgaaggtgcg gaagccttca tggagcgtga cgggcgagag gtaggggaag
     6781 atctcttcgt cgaaatagcg gcggacaaag tcgcggtgga agggcagcgg ctcgtgcgtc
     6841 tgatagaggt agacgcgctg gcgacgcagc tcgggcagga tgccgtcgtt gaagatgctg
     6901 tagaaatcct gctgctggcg gttcacctcg gcagtgatct cgttgagcgt ctcctcggcc
     6961 ttctcggaat tgtcggcgcg gtaattcttt ttcatgatag cgccgcgctg atcggccacg
     7021 cgtatctcgt agaactcctc caggttggag gcgtagatgg agaggaagcg gatccgctca
     7081 tagatgggta gggtggcgtc cgcggcctcc aggaggacgc gataattgaa tgacaaccaa
     7141 ctgatgtctc gcttgaaata accgtatttc ttttccatgt gcgggcaaac ataagtcgct
     7201 gatttcattg cccctctccc accccatcta tttttgcgcg cgcatcattc gcctcccata
     7261 caacttcaca cgtcctctga ccaccccata actctctttt gactacccca taacgacctc
     7321 gcaacccatg ctttccaccg tccaagccta catcgcgcaa caccaactgc tccgacccgc
     7381 ggcgc
//
LOCUS       SEQF2634|AYYE01001130.1 3644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             2..499
                     /locus_tag="SEQF2634_01326"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPCGSPGDSVASVTMPCGSPGDSVASVILPHDSPGRHSADAILA
                     CDSPGRHSADAILAHDSPGRHSASVIMACGSPGRHSASVILPCDSPGRHSASVILPCG
                     SPGRHSASVILPHGSPGRHSASVILPCDSPGRHSADADGVGRTRVRWIWRMGRMPFTT
                     ISKTA"
     CDS             complement(480..1502)
                     /locus_tag="SEQF2634_01327"
                     /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(1515..2504)
                     /locus_tag="SEQF2634_01328"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFANPAYLFLLLLIVPLIAAYVWKLHRSQASMEMSSSEAFDVK
                     GITTAKVHLRHLPFVLRMVAIALVIVILARPQSTDSWQNSSTEGIDIMMAMDISGSML
                     ARDLRPDRLTAAKNVAASFINGRPNDNIGLVVFSGESFTQCPLTTDHAVLLNLFKDIQ
                     SGMIEDGTAIGVGLANAVSRIKDSQAKSKVIILLTDGSNNRGEIAPVTAAEIARTFGI
                     RVYTIGVGTQGEAPYPFRLPGGTIQMQMVPVDIDEPTLQQIASITGGQYFRATNNSSL
                     KSIYAEIDKMEKTKISVREFSKKQEEYTRIALVVLGLLLIEWLLRITILKRIP"
     CDS             complement(2501..3484)
                     /locus_tag="SEQF2634_01329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKVISVRMLLLAVCLLAGFTAQAQQTLIDVKVDTADILVGEQ
                     TTLHVTVTTDPNRRIIIPLPSDTLMTGVEVISVSDADSTVADGRLVIRRDILVTSFDS
                     SLYLLPPFIAIDGADTIASNQVALKVSTVPVDVDNPEQFYDIKDVWKPPFVLADYYPW
                     IFGVLTALFIICVIGYLVQRYRRHRSEVPVKPAEPELPPYETAIRELDSIKDQKLWQQ
                     GLNKEYYTQVTDTLRRYISRRYGVNAMEKTSEEILAIIERESDEHTVYDTLRQVLRLS
                     DYVKFAKLHPLPDENDESMRNAYLFVNQTKRTEAPQPDGTAPETVTKEDKK"
ORIGIN      
        1 catgccctgt ggtagccccg gcgacagtgt cgccagcgtc accatgccct gtggtagccc
       61 cggcgacagt gtcgccagcg tcatcctacc ccatgatagc cccggcagac attctgccga
      121 cgccatcttg gcctgtgata gccccggcag acattctgcc gacgccatct tggcccatga
      181 tagccccggt agacattctg ccagcgtcat catggcctgt ggtagccccg gcagacattc
      241 tgccagcgtc atcctgccct gtgatagccc cggcagacat tctgccagcg tcatcctgcc
      301 ctgtggtagc cccggcagac attctgccag cgtcatccta ccccatggta gccccggcag
      361 acattctgcc agcgtcatcc tgccctgtga tagccccggc agacattctg ccgatgccga
      421 cggggtggga cgtactcgcg tccgatggat atggaggatg ggccggatgc ctttcaccac
      481 tatctcgaaa acagcttgac ccgacggaag atccgattcc ggcgatccat gatgatatac
      541 tccgcgatga gcagcaggag cacgatccac gcgaggctct ggaactgctc gtcgtattcg
      601 gaatagacct ggctttcttg ctcggccttc tgcatcttgt cgatctcttt ttgcagcgtg
      661 tgcagggccg agttggtgtt gtcggcgcgg acatagatgc ctttgccagc ggcggctatc
      721 tcctgacaca tctgttcgtt gagtcgggtg atgaccacgt tgccgtcgtt gtccttcatg
      781 tagttgctgc ttccaccgac ggggatgggc gcgccttcgg gctgcccgat gccgacgatg
      841 ttgacgctga tgcctcgatc ggcagcggct ttggcggcct tcacggcgtc gtcctcatgg
      901 ttctcgccgt cggtgatcag caggatggtc ttacccgcct ggtcgttcgg cgtgaaggaa
      961 cgcagggcta agttgatggc tgcgccgatg gccgtgcctt gcgtggagac catcgagggg
     1021 ctgatggagg agaggaacat cttggcggag atatagtccg acgtgatggg cagctgcgtg
     1081 aaggcgtcgc cggcgaagac gatcagcccc accttgtcgt tggtgaagct ctcggtcatg
     1141 cgggatagca tctgcttggc cttctcgagg cggttgggct ggatgtcctc agccatcatc
     1201 gagttggaga cgtcgaggca gaccatgatc tccacgccgc gcttcttcac cgtctccagt
     1261 ttggagccga actgtggccc ggcgatcacg aagatcatca cggccacggc ggcgaagaag
     1321 agccagaact tcaggtgctc acgcttacgc gacacttccg gcatgagctc ggccacgagc
     1381 tttgggtcgc cgaagcgacg cacggcccgc cgacggtcga tgagggtgta gacgtagccc
     1441 ccgatcatca ccgggagcac ggccagcagg tagaggtata tggggtgtgc aaaacgaaac
     1501 atgggggagg gggattacgg gattctcttg aggatagtga tgcgcaggag ccactcgatg
     1561 agcagcaggc ccagcacgac gagggcgatg cgcgtgtatt cctcttgctt cttactgaac
     1621 tcgcggacgc tgatcttcgt cttctccatc ttgtcgatct cggcgtagat ggacttgagg
     1681 ctcgagttgt tcgtggcgcg gaagtattgg ccgccggtga tggaggcgat ctgttgcagg
     1741 gtcggctcgt cgatgtcgac gggcaccatc tgcatttgga tcgtgccgcc gggcagtcgg
     1801 aaggggtagg gcgcctcgcc ctgagtgccc acgccgatcg tatagacgcg gatgccgaac
     1861 gtgcgagcga tctcggccgc cgtcaccggg gcaatctcgc cgcggttgtt cgagccgtcg
     1921 gtcagtagga tgatcacctt cgacttggcc tggctgtcct tgatgcgact cacggcgttg
     1981 gccagtccga cgccgatggc tgttccgtcc tcgatcatgc cgctttggat gtctttgaag
     2041 aggttcagca gcacggcgtg gtcggtcgtg agggggcact gggtgaagct ctcgccggag
     2101 aagaccacga ggccgatgtt gtcgttcggc cgaccgttga tgaagctggc ggctacgttc
     2161 ttggccgccg tcagtcggtc ggggcgcagg tcacgggcga gcatactgcc cgagatgtcc
     2221 atggccatca taatgtcgat gccttcggtc gaggagttct gccagctgtc cgtcgactgc
     2281 gggcgagcca gaatgacgat aacgagcgcg atggccacca tgcgcagcac aaagggcaga
     2341 tggcgcaggt gcaccttggc ggtcgttatg cccttcacgt cgaacgcctc ggacgacgac
     2401 atctccatgc tcgcctggct gcggtgcagt ttccacacat acgcagcaat cagcggcaca
     2461 atgaggagca acaaaaacaa ataggcggga ttggcaaacg tcatttctta tcctccttag
     2521 ttacggtttc cggggctgtc ccatcgggct gcggcgcctc ggtgcgtttc gtttggttga
     2581 cgaagaggta ggcgttgcgc atgctctcgt cgttctcgtc gggcaggggg tgtagcttgg
     2641 cgaacttcac atagtccgac aggcggagca cctgccgcag cgtgtcgtag acggtgtgtt
     2701 cgtcgctctc gcgctcgatg atggcgagga tctcctcgga ggtcttctcc atcgcattca
     2761 cgccatagcg gcgggagatg tagcggcgga gcgtgtcggt cacctgcgta tagtattcct
     2821 tgttcagccc ttgctgccag agcttttgat ccttgatgga gtctaactcg cggatggccg
     2881 tctcgtaggg cggaagttct ggttcggctg gcttgacggg cacttccgac cgatggcggc
     2941 ggtagcgctg cactaagtag ccgatcacgc agatgataaa tagcgcggtc agaacgccga
     3001 agatccacgg ataatagtcg gccaagacga agggcggctt ccagacgtcc ttgatgtcgt
     3061 agaactgctc cggattgtcc acatcgacgg gcacggtgga gactttcagc gccacctggt
     3121 tcgacgcgat cgtgtcggcg ccgtcgatgg cgatgaaggg cgggagcagg tagagcgacg
     3181 aatcgaagga ggtgacgagg atgtcgcggc gaatgaccaa gcgaccgtcg gccaccgtcg
     3241 aatcagcgtc ggagacggag atcacctcca cgcccgtcat cagtgtgtcg ctgggaaggg
     3301 ggatgatgat ccgccggttg gggtcggttg tgacggtcac gtgcagcgtc gtctgttcgc
     3361 cgacgaggat gtcggccgtg tcgaccttca cgtcgatcag tgtctgctgc gcctgcgcgg
     3421 tgaaccccgc gaggaggcac acggcgagga ggagcatacg gacgcttatc actttcaatt
     3481 tcattgctaa ttgaacgaag caagtttggg ggttattgct gcacagtccg tgtgtcgatc
     3541 caggacgacg gactataaca acagcgagct atcgccgtag ctcaagaatc ggaagtcgtg
     3601 cgccaaggcg tagtcgtaga tcgtgcgcca atccccacct acga
//
LOCUS       SEQF2634|AYYE01001131.1 7386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             2..499
                     /locus_tag="SEQF2634_01330"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPCGSPGDSVASVTMPCGSPGDSVASVILPHDSPGRHSADAILA
                     CDSPGRHSADAILAHDSPGRHSASVIMACGSPGRHSASVILPCDSPGRHSASVILPCG
                     SPGRHSASVILPHGSPGRHSASVILPCDSPGRHSADADGVGRTRVRWIWRMGRMPFTT
                     ISKTA"
     CDS             complement(480..1502)
                     /locus_tag="SEQF2634_01331"
                     /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(1515..2504)
                     /locus_tag="SEQF2634_01332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFANPAYLFLLLLIVPLIAAYVWKLHRSQASMEMSSSEAFDVK
                     GITTAKVHLRHLPFVLRMVAIALVIVILARPQSTDSWQNSSTEGIDIMMAMDISGSML
                     ARDLRPDRLTAAKNVAASFINGRPNDNIGLVVFSGESFTQCPLTTDHAVLLNLFKDIQ
                     SGMIEDGTAIGVGLANAVSRIKDSQAKSKVIILLTDGSNNRGEIAPVTAAEIARTFGI
                     RVYTIGVGTQGEAPYPFRLPGGTIQMQMVPVDIDEPTLQQIASITGGQYFRATNNSSL
                     KSIYAEIDKMEKTKISVREFSKKQEEYTRIALVVLGLLLIEWLLRITILKRIP"
     CDS             complement(2501..3484)
                     /locus_tag="SEQF2634_01333"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKVISVRMLLLAVCLLAGFTAQAQQTLIDVKVDTADILVGEQ
                     TTLHVTVTTDPNRRIIIPLPSDTLMTGVEVISVSDADSTVADGRLVIRRDILVTSFDS
                     SLYLLPPFIAIDGADTIASNQVALKVSTVPVDVDNPEQFYDIKDVWKPPFVLADYYPW
                     IFGVLTALFIICVIGYLVQRYRRHRSEVPVKPAEPELPPYETAIRELDSIKDQKLWQQ
                     GLNKEYYTQVTDTLRRYISRRYGVNAMEKTSEEILAIIERESDEHTVYDTLRQVLRLS
                     DYVKFAKLHPLPDENDESMRNAYLFVNQTKRTEAPQPDGTAPETVTKEDKK"
     CDS             complement(3497..4366)
                     /locus_tag="SEQF2634_01334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSELLKKVRQIEIKTRGLSNNIFAGQYHSAFKGRGMAFSEVR
                     EYQFGDDTRDIDWKVTARYVRPYVKVFEEERELTVMLLIDVSGSKDFGTVSQMKRDVT
                     TEIAATLAFSAIQNNDKIGVIFFSDKIEKFIPPQKGRRHILYIIRELIDFRPDDRQTD
                     INQALKYLTNAIKKRCTAFLLSDFIDRGNYHDALTIANRKHDIVAIQVYDRRETELPA
                     VGLMKVRDAETGQERWIDSSSKRVREAYRTWWDKRQAEMNAAFQKSRIDAVSIRTEDD
                     YVKALLTLFDKRN"
     CDS             complement(4470..5465)
                     /gene="ravA_2"
                     /locus_tag="SEQF2634_01335"
                     /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             complement(5639..6118)
                     /locus_tag="SEQF2634_01336"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKTKNLVSATLSEASCDKIQEMIKKIESELPFLIALSTADKRR
                     IRPSGPRTAAFVDMALRGAQNFPQHLLQTFDVDEFEHDVLLMHRLKGLRASVASLLEK
                     LDDTIYASSADALAEANEVYGYLKKASRFEGSLKAVVKEIGQRYARPSRRKNVADDE"
     CDS             complement(6700..7215)
                     /locus_tag="SEQF2634_01337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANYKKNTNVRQVALLSPYVVNVGLGMKYDLEKKFRTRDRSLKL
                     AVNIAPISYTHMYSLDAAVDRSPHGFPKDASGGYERVLHKIGSTVRMDMVLKPNRNVT
                     WKSRLYYNTTYRNILAEFENSLDMAFSRFFSTMINVYLRFDDSVAKTPGYDSYVQTNQ
                     ILSFGFSYKWD"
ORIGIN      
        1 catgccctgt ggtagccccg gcgacagtgt cgccagcgtc accatgccct gtggtagccc
       61 cggcgacagt gtcgccagcg tcatcctacc ccatgatagc cccggcagac attctgccga
      121 cgccatcttg gcctgtgata gccccggcag acattctgcc gacgccatct tggcccatga
      181 tagccccggt agacattctg ccagcgtcat catggcctgt ggtagccccg gcagacattc
      241 tgccagcgtc atcctgccct gtgatagccc cggcagacat tctgccagcg tcatcctgcc
      301 ctgtggtagc cccggcagac attctgccag cgtcatccta ccccatggta gccccggcag
      361 acattctgcc agcgtcatcc tgccctgtga tagccccggc agacattctg ccgatgccga
      421 cggggtggga cgtactcgcg tccgatggat atggaggatg ggccggatgc ctttcaccac
      481 tatctcgaaa acagcttgac ccgacggaag atccgattcc ggcgatccat gatgatatac
      541 tccgcgatga gcagcaggag cacgatccac gcgaggctct ggaactgctc gtcgtattcg
      601 gaatagacct ggctttcttg ctcggccttc tgcatcttgt cgatctcttt ttgcagcgtg
      661 tgcagggccg agttggtgtt gtcggcgcgg acatagatgc ctttgccagc ggcggctatc
      721 tcctgacaca tctgttcgtt gagtcgggtg atgaccacgt tgccgtcgtt gtccttcatg
      781 tagttgctgc ttccaccgac ggggatgggc gcgccttcgg gctgcccgat gccgacgatg
      841 ttgacgctga tgcctcgatc ggcagcggct ttggcggcct tcacggcgtc gtcctcatgg
      901 ttctcgccgt cggtgatcag caggatggtc ttacccgcct ggtcgttcgg cgtgaaggaa
      961 cgcagggcta agttgatggc tgcgccgatg gccgtgcctt gcgtggagac catcgagggg
     1021 ctgatggagg agaggaacat cttggcggag atatagtccg acgtgatggg cagctgcgtg
     1081 aaggcgtcgc cggcgaagac gatcagcccc accttgtcgt tggtgaagct ctcggtcatg
     1141 cgggatagca tctgcttggc cttctcgagg cggttgggct ggatgtcctc agccatcatc
     1201 gagttggaga cgtcgaggca gaccatgatc tccacgccgc gcttcttcac cgtctccagt
     1261 ttggagccga actgtggccc ggcgatcacg aagatcatca cggccacggc ggcgaagaag
     1321 agccagaact tcaggtgctc acgcttacgc gacacttccg gcatgagctc ggccacgagc
     1381 tttgggtcgc cgaagcgacg cacggcccgc cgacggtcga tgagggtgta gacgtagccc
     1441 ccgatcatca ccgggagcac ggccagcagg tagaggtata tggggtgtgc aaaacgaaac
     1501 atgggggagg gggattacgg gattctcttg aggatagtga tgcgcaggag ccactcgatg
     1561 agcagcaggc ccagcacgac gagggcgatg cgcgtgtatt cctcttgctt cttactgaac
     1621 tcgcggacgc tgatcttcgt cttctccatc ttgtcgatct cggcgtagat ggacttgagg
     1681 ctcgagttgt tcgtggcgcg gaagtattgg ccgccggtga tggaggcgat ctgttgcagg
     1741 gtcggctcgt cgatgtcgac gggcaccatc tgcatttgga tcgtgccgcc gggcagtcgg
     1801 aaggggtagg gcgcctcgcc ctgagtgccc acgccgatcg tatagacgcg gatgccgaac
     1861 gtgcgagcga tctcggccgc cgtcaccggg gcaatctcgc cgcggttgtt cgagccgtcg
     1921 gtcagtagga tgatcacctt cgacttggcc tggctgtcct tgatgcgact cacggcgttg
     1981 gccagtccga cgccgatggc tgttccgtcc tcgatcatgc cgctttggat gtctttgaag
     2041 aggttcagca gcacggcgtg gtcggtcgtg agggggcact gggtgaagct ctcgccggag
     2101 aagaccacga ggccgatgtt gtcgttcggc cgaccgttga tgaagctggc ggctacgttc
     2161 ttggccgccg tcagtcggtc ggggcgcagg tcacgggcga gcatactgcc cgagatgtcc
     2221 atggccatca taatgtcgat gccttcggtc gaggagttct gccagctgtc cgtcgactgc
     2281 gggcgagcca gaatgacgat aacgagcgcg atggccacca tgcgcagcac aaagggcaga
     2341 tggcgcaggt gcaccttggc ggtcgttatg cccttcacgt cgaacgcctc ggacgacgac
     2401 atctccatgc tcgcctggct gcggtgcagt ttccacacat acgcagcaat cagcggcaca
     2461 atgaggagca acaaaaacaa ataggcggga ttggcaaacg tcatttctta tcctccttag
     2521 ttacggtttc cggggctgtc ccatcgggct gcggcgcctc ggtgcgtttc gtttggttga
     2581 cgaagaggta ggcgttgcgc atgctctcgt cgttctcgtc gggcaggggg tgtagcttgg
     2641 cgaacttcac atagtccgac aggcggagca cctgccgcag cgtgtcgtag acggtgtgtt
     2701 cgtcgctctc gcgctcgatg atggcgagga tctcctcgga ggtcttctcc atcgcattca
     2761 cgccatagcg gcgggagatg tagcggcgga gcgtgtcggt cacctgcgta tagtattcct
     2821 tgttcagccc ttgctgccag agcttttgat ccttgatgga gtctaactcg cggatggccg
     2881 tctcgtaggg cggaagttct ggttcggctg gcttgacggg cacttccgac cgatggcggc
     2941 ggtagcgctg cactaagtag ccgatcacgc agatgataaa tagcgcggtc agaacgccga
     3001 agatccacgg ataatagtcg gccaagacga agggcggctt ccagacgtcc ttgatgtcgt
     3061 agaactgctc cggattgtcc acatcgacgg gcacggtgga gactttcagc gccacctggt
     3121 tcgacgcgat cgtgtcggcg ccgtcgatgg cgatgaaggg cgggagcagg tagagcgacg
     3181 aatcgaagga ggtgacgagg atgtcgcggc gaatgaccaa gcgaccgtcg gccaccgtcg
     3241 aatcagcgtc ggagacggag atcacctcca cgcccgtcat cagtgtgtcg ctgggaaggg
     3301 ggatgatgat ccgccggttg gggtcggttg tgacggtcac gtgcagcgtc gtctgttcgc
     3361 cgacgaggat gtcggccgtg tcgaccttca cgtcgatcag tgtctgctgc gcctgcgcgg
     3421 tgaaccccgc gaggaggcac acggcgagga ggagcatacg gacgcttatc actttcaatt
     3481 tcattgtcag gaaaaatcag tttcgtttat cgaagagagt cagcagcgcc ttcacatagt
     3541 cgtcctccgt acggatggag acggcgtcga tgcggctctt ttggaaggcg gcgttcatct
     3601 ccgcctgccg tttgtcccac cacgtgcggt aggcttcgcg cactcgtttg gaggagctgt
     3661 cgatccatcg ttcttggccg gtctcggcgt cgcgcacctt catcaggcct acggcgggga
     3721 gctccgtctc gcggcggtcg tagacttgga tggctacgat gtcgtgctta cggttggcga
     3781 tggtcagcgc atcgtgatag ttaccgcggt cgatgaagtc ggagagcagg aaggccgtgc
     3841 aacgcttctt gatggcgttg gtgaggtact tcagcgcttg gttgatgtcc gtctgacggt
     3901 cgtcggggcg gaagtcgatc agctcgcgga tgatatataa gatgtgtcgg cgaccctttt
     3961 gcggggggat gaacttctcg atcttatcgg agaagaagat gacgccgatc ttgtcgttgt
     4021 tctgtatggc ggagaaggcc agcgtggcgg cgatctccgt ggtcacgtcg cgcttcatct
     4081 gcgacacggt gccgaagtcc ttgctgcccg atacgtcgat gagcagcatg acggtcagct
     4141 cgcgctcttc ctcgaagacc ttgacgtagg gccggacgta gcgcgcggtg actttccaat
     4201 cgatgtcgcg cgtgtcgtcg ccgaactggt attcgcggac ttcgctgaag gccataccgc
     4261 gccccttgaa ggctgagtgg tattgcccgg cgaagatgtt gttcgagagt ccgcgcgtct
     4321 tgatttcgat ctgccggacc ttctttaaga gttcgctcgt ctccatcctt attatatacg
     4381 tagtcagaag tagttagagg tagtcagagg ggagttagaa gtagctcgct gaccaccttc
     4441 tctctgctgt ggacaatggg tggcgggggt tagggcacct cgactttgtt gaggatctcg
     4501 ctcacgatcg cttcggaggt caggttgttg gcttcggcct cgtagctgag cccgatgcgg
     4561 tggcgcatga cgtcgtggca gacggcgcgc acgtcttcgg gaatcacgta gccgcgctgc
     4621 ttgatgaagg cgtaggcgcg agaggccagc gcgaggttga tcgaggcgcg gggtgaggcg
     4681 gcaaaggcga tcatggactg gaggtcggcc aggccgtact cctgtgggaa gcgggtggcg
     4741 aagacgatgt ccacgatgta gcgctcgatc ttctcgtcga tgtagacctc gcgcacgatg
     4801 tcgcgggcgg ccatgatctg cttcgtgtcc atcacggggc ggatctcagg cgcgtggccg
     4861 gtgatgttct gccggatcac ctgtttctct tcctccttct tcgggtagtt gatgatgacc
     4921 ttgagcatga atcggtccac ctgcgcctcg ggcagcgggt aggtgccttc ttgctcgatg
     4981 gggttctggg tggccatgac gaggaagggg gcggggagct tgtaggtcgt ttcgccgatg
     5041 gtcacctgcc gctcctgcat ggcttctaag agtgcgctct gcaccttggc cggggcgcgg
     5101 ttgatctcgt cagccagcac gaagttggcg aagatggggc cttggcgcac ttgaaattcc
     5161 tcgttcttct ggctgtaaac catagtcccg atcacgtcgg ccgggagcaa gtcgggggta
     5221 aactggatgc ggctgtattt ggcgtcgatc agtgaggcga gcgtcttaat ggccagcgtt
     5281 ttggccagcc cagggacgcc ctcgaggagg atgtgcccgt cggaaagcaa gccgatgagc
     5341 agcgactcga tgaggtgttt ctgcccgacg atcacttgat tcattcccat ggtgagcgtt
     5401 gtcacgaacg tgctgtggcg ctcgattcgc tcattcaatt cccggatatc tactgtttga
     5461 ttcatagacg tttgattgat acttatactg tccttttcta ttctggggcg caaaagtaga
     5521 ccctttagcg agtgagtgcc cgcgaggcgt ggttaaagaa atggaagctg ttttgaattt
     5581 gctgaagcgc ggatggatgc agcggaggga ggagtgcgga gcggcggggg atgggcgatt
     5641 attcgtcgtc ggcgacgttt ttccggcgtg aggggcgggc gtagcgctgg ccgatctctt
     5701 tgacgacggc tttgagggag ccttcgaacc gtgaggcctt cttgaggtag ccgtagacct
     5761 cgttggcctc ggccagggcg tcggcggagg aggcgtagat ggtgtcgtcg agcttttcga
     5821 gcagcgaggc gacggaggcg cggaggcctt tgagtcggtg cataagcagg acgtcgtgct
     5881 cgaactcgtc gacgtcgaac gtctgcaaga ggtgttgggg gaagttctgg gcgccgcgga
     5941 gggccatgtc gacgaaggcg gccgtacgcg ggccggaggg cctgatgcgt cgcttgtcgg
     6001 cggtggagag ggcgattagg aagggcagtt cggactcgat tttcttgatc atctcttgga
     6061 ttttgtcgca tgatgcctcg ctgagcgtgg ccgagaccag atttttcgtc ttgttcatcg
     6121 cagtaggggt tatgattgat ggcgtaaagg tagcggctgt ctttgaatga tgcttgtgtg
     6181 atcaaatttt gatgacgcgc gagcaacaac aagctggcga gtgatcaaat tttgttcacg
     6241 cgtgatcaaa tttcgatgat gcacgagcaa caataagctg gcgcgtgatc aaattttgat
     6301 gacgcacaag caacaagaag ctggcgcgtg atcaaatttt gatgacacgc gagctttttt
     6361 acctctcgag tgatcaaatt ttgatgacgt gcgagcaaca ggaagctggc atgtgatcaa
     6421 attttgttca cgcgtgatcg aattttgatg acgcacgagc tcttttacct ctcgcgtgat
     6481 cgaattttga tgacgcacga gctcttttac ctctcacgtg atcgaatttt gatgacgcat
     6541 gaggtttttt acctctcacg tgatcgaatt ttgatgacac atgaataacg caagcggacg
     6601 aaacaagaaa gggagcccac ggatgagctc cctttgcata taccttatat aatagggccg
     6661 aacggcgggc ggcggatgcc cgcgggtctg ccgcttaggc taatcccact tgtagctgaa
     6721 gccgaagctg aggatctggt tcgtttggac gtaggaatcg tagccgggcg tcttcgcgac
     6781 gctgtcgtcg aagcggaggt agacgttgat catggtcgag aagaagcggc tgaaggccat
     6841 gtcgagcgag ttttcgaact cggccaggat gttccggtag gtggtgttgt agtagaggcg
     6901 tgatttccac gtgacgttgc ggttgggctt gagtaccatg tccatacgga ccgtggagcc
     6961 gatcttatgc agcacgcgtt cgtagcctcc ggaggcgtct ttggggaagc cgtgggggct
     7021 gcggtcgacg gcggcgtcga ggctgtacat gtgggtgtag gagatgggtg cgatgttgac
     7081 ggccagcttg agcgagcggt cacgggtgcg gaatttcttc tccaggtcgt acttcatacc
     7141 caggcccacg ttgacgacgt agggcgagag gagggccacc tggcggacgt tggtgttctt
     7201 cttatagtta gccacgagcg gcgtcttgag ttcgccgtcg atggtgtaga accagcggct
     7261 gaaggcgcgg tagccgaagt tggtgtagag gcggaagagg ttgtcgccga acttgtagtt
     7321 gcggagcgtg tcgtcggagg cagtgtagac gctgaggtcg acctggagga ggttcttgag
     7381 ctggat
//
LOCUS       SEQF2634|AYYE01001132.1 1215 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cagcgagcta tcgccgtagc tcaagaatcg gaagtcgtgc gccaaggcgt agtcgtagat
       61 cgtgcgccaa tccccaccta cgaaggccga gacaagcagt agcagggtgc tctgtggctg
      121 gtggaagttg gtgaccatac cgcgtacgat cttgaactgg taccccggcg caatgatgat
      181 ctgtgtggcg gcccacaggc gatccatccc gcggcgatcg aggtagcaaa ggatggcccg
      241 gagcgcctcc tccgccgtca gcgtgggtgc atcggcgtcg tacggtgtcc attggcccac
      301 ggtgaacgct ccgtcggccg actcatccgc tccaccccgc gccaacgcac aaccgatata
      361 atagagactc tcgagcgtcc gtaccgacgt cgtacccacg gcgatcacat gctccggctt
      421 agccaacagt cggtccactg tccgccgcgt gacggcaaag tgctccgtat gcatcgcatg
      481 accgccgatc gtgtcgctct tgacggggcg gaaggtgccc gcgcctacgt gtagcgtcac
      541 ttcttcgcgc tcgatccctc gggcgtccag ctcggccaac accgcgggcg tgaagtgcag
      601 cccggccgta ggcgccgcca cggagccctt gaccttcgaa tagacggtct gatacgtctg
      661 gagatcctgc gcctctgtct cacggtgcag atagggcgga atgggcagta cgccgacagc
      721 ctcgagcacg tcggagaagg tgaagcgggg attgtcccag cggaaatcga cgagatcgcc
      781 cgcctcgccc gctacggaga cgcgttcggc cgagagcgta actggttcac cgccgacggt
      841 gaccgtggtg tgcagctggc ccgacttcca tcgcttgctg ttgcccacga ggcaatgcca
      901 ggtgcaatgg tccgtctgtg caaacgactg ctcatagtcg ctcggcacgg ctggctcgag
      961 acagaagatt tcgatcatgg cgccggtgtc cttacggaac agcaggcgag cccgaatgac
     1021 ccgggtgttg ttgaagacaa gcagtgcacc gtccggcagg cagtcgggca agtggcggaa
     1081 gagcgtctcg cggatctgcc caccgcgata gatgagcagt ttggaggcgt cacgctcggc
     1141 caacgactac gacgcgcccc cgaagttcat ccccgaccgc cgctactgga cctcgtcgct
     1201 cgaaagctcc ctccg
//
LOCUS       SEQF2634|AYYE01001133.1 1269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             595..1236
                     /locus_tag="SEQF2634_01338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQPGRRRRHGALDLRIDGLIRLEILRLCLTVQIGRNGQYADSLE
                     HVGEGEAGIVPAEIDEIARLARYGDAFGRERNWFTADGDRGVQLARLPSLAVAHEAMP
                     GAMVRLCKRLLIVARHGWLETEDFDHGAGVLTEQQASPNDPGVVEDKQCTVRQAVGQV
                     AEERLADLPTAIDEQFGGVTLGQGVLRNPIVGECVRVIADVYLLGGMHNGGQM"
ORIGIN      
        1 cagcgagcta tcgccgtagc tcaagaatcg gaagtcgtgc gccaaggcgt agtcgtagat
       61 cgtgcgccaa tccccaccta cgaaggccga gacaagcagt agcagggtgc tctgtggctg
      121 gtggaagttg gtgaccatac cgcgtacgat cttgaactgg taccccggcg caatgatgat
      181 ctgtgtggcg gcccacaggc gatccatccc gcggcgatcg aggtagcaaa ggatggcccg
      241 gagcgcctcc tccgccgtca gcgtgggtgc atcggcgtcg tacggtgtcc attggcccac
      301 ggtgaacgct ccgtcggccg actcatccgc tccaccccgc gccaacgcac aaccgatata
      361 atagagactc tcgagcgtcc gtaccgacgt cgtacccacg gcgatcacat gctccggctt
      421 agccaacagt cggtccactg tccgccgcgt gacggcaaag tgctccgtat gcatcgcatg
      481 accgccgatc gtgtcgctct tgacggggcg gaaggtgccc gcgcctacgt gtagcgtcac
      541 ttcttcgcgc tcgatccctc gggcgtccag ctcggccaac accgcgggcg tgaagtgcag
      601 cccggccgta ggcgccgcca cggagccctt gaccttcgaa tagacggtct gatacgtctg
      661 gagatcctgc gcctctgtct cacggtgcag atagggcgga atgggcagta cgccgacagc
      721 ctcgagcacg tcggagaagg tgaagcgggg attgtcccag cggaaatcga cgagatcgcc
      781 cgcctcgccc gctacggaga cgcgttcggc cgagagcgta actggttcac cgccgacggt
      841 gaccgtggtg tgcagctggc ccgacttcca tcgcttgctg ttgcccacga ggcaatgcca
      901 ggtgcaatgg tccgtctgtg caaacgactg ctcatagtcg ctcggcacgg ctggctcgag
      961 acagaagatt tcgatcatgg cgccggtgtc cttacggaac agcaggcgag cccgaatgac
     1021 ccgggtgttg ttgaagacaa gcagtgcacc gtccggcagg cagtcgggca agtggcggaa
     1081 gagcgtctcg cggatctgcc caccgcgata gatgagcagt ttggaggcgt cacgctcggc
     1141 cagggggtac ttcgcaatcc gatcgtcggg gagtgcgtac gcgtaatcgc tgatgtgtat
     1201 ctgttggggg gtatgcataa cggcggacaa atgtagggcg tacagcttca gattcaccgc
     1261 ctacttttg
//
LOCUS       SEQF2634|AYYE01001134.1 1213 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1213
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(247..1092)
                     /locus_tag="SEQF2634_01339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKTRNTRARLLTVAAGLILLTAEAGAQDLNNDARIRARMERA
                     MRRDSVAQSAEPTHTSQPTVRQRTATPDTLRAEPGDLNARLLERMERRARRDTTLERP
                     AATDLSTPIILPTEPLTMSDRALYWSRYWRSATGRIPSYFTFNDTIIVNPLFMPVLFK
                     KKNLDNARRIVFYRPMDLNDRPWERPLYRPIHPFERAENRIIIQDYAYRYVRHYHPNY
                     FRHSADDLPVERTLRMRMNGNVQVPVYHVERSANDYDAPPKFIPDRRYWTSSLESSLR
                     FSPNL"
ORIGIN      
        1 caacgactac gacgcgcccc cgaagttcat ccccgaccgc cgctactgga cctcgtcgct
       61 cgaaagctcc ctccgcttct cgcagaacta cgtctcgccc aactggtaca aagagggcaa
      121 cagcaacctg aacatcctct ccaaaaacct cttccagtac aactacgccc gcgaccgcat
      181 ccagctcaag aacctcctcc aggtcgacct cagcgtctac actgcctccg acgacacgct
      241 ccgcaactac aagttcggcg agaagcggag ggagctttcg agcgacgagg tccagtagcg
      301 gcggtcgggg atgaacttcg ggggcgcgtc gtagtcgttg gccgagcgct cgacgtggta
      361 gacgggcacc tgcacattgc cgttcatgcg cattcgcagc gtgcgctcca cgggcaggtc
      421 gtcggcgctg tggcggaagt agttcgggtg gtaatggcgc acgtatcggt aggcgtagtc
      481 ctggatgatg atgcggtttt cggcccgttc aaaggggtgg atggggcgat agagggggcg
      541 ctcccacggt cgatcgttga gatccatggg gcggtagaag acgatgcgcc gcgcattgtc
      601 gaggttcttc tttttgaaga gcacgggcat gaagagcggg ttgacgatga tggtgtcgtt
      661 gaaggtgaag tagctcggta tgcggcccgt ggcgctcctc cagtagcgcg accagtagag
      721 cgcgcggtcg gacatggtga gcggttccgt ggggaggatg atgggcgtgc tgaggtcggt
      781 ggctgcgggg cgttccaggg tcgtgtcacg tcgggcacgg cgctccatcc gctccagtag
      841 gcgggcgttc aggtcgccgg gctccgcgcg gagggtgtcg ggcgtggcgg tacgctggcg
      901 gacggtgggc tgcgaggtgt gggtcggctc ggccgattgg gcgacggaat cgcgtcgcat
      961 ggcccgctcc atgcgagcgc ggatgcgagc gtcgttgttc aaatcctgtg cgccagcttc
     1021 ggccgtcagg aggatcagtc cggcagcgac agtcagcagt cgcgcacggg tgtttcgtgt
     1081 tttagtcttc atcgtgtgtg gatatttatc tgatgggata tgatggccgg caaaagtagg
     1141 cggtgaatct gaagctgtac gccctacatt tgtccgccgt tatgcatacc ccccaacaga
     1201 tacacatcag cga
//
LOCUS       SEQF2634|AYYE01001135.1  463 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..463
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 caacgactac gacgcgcccc cgaagttcat ccccgaccgc cgctactgga cctcgtcgct
       61 cgaaagctcc ctccgcttct cgcagaacta cgtctcgccc aactggtaca aagagggcaa
      121 cagcaacctg aacatcctct ccaaaaacct cttccagtac aactacgccc gcgaccgcat
      181 ccagctcaag aacctcctcc aggtcgtact tcatacccag gcccacgttg acgacgtagg
      241 gcgagaggag ggccacctgg cggacgttgg tgttcttctt atagttagcc acgagcggcg
      301 tcttgagttc gccgtcgatg gtgtagaacc agcggctgaa ggcgcggtag ccgaagttgg
      361 tgtagaggcg gaagaggttg tcgccgaact tgtagttgcg gagcgtgtcg tcggaggcag
      421 tgtagacgct gaggtcgacc tggaggaggt tcttgagctg gat
//
LOCUS       SEQF2634|AYYE01001136.174835 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..74835
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(320..706)
                     /locus_tag="SEQF2634_01340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELTGRIVAVQPVQTGEGRNGTWKKQEYVVEYDRQAQYPRKMMF
                     VLWGDKIDQYNIQEGQELKIHFDIDCRAYNGRWYNDIRAWKVEPDTEAAPAVPSEPAG
                     RFADNVPPPPPELLASPSDASSDLPF"
     CDS             complement(857..2341)
                     /gene="proS"
                     /locus_tag="SEQF2634_01341"
                     /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
                     RFAGALETYTIEAMMQDGKALQAGTSHFLGQNFGRAFDVTFIDRNGKTDYAWASSWGV
                     STRLVGALIMAHSDNNGLVLPPHLAPVQVVIIPIYRSAEQLAAISGKVDRIAARLREL
                     GVRVKFDSDDTKKPGWKFAEYELKGVPVRLAMGGRDLENDTVEVMRRDTLEKETRPCA
                     GLEEYVRDLLEEIQSGIFRKALDHRARRTVRVDTYDEFKERIEEGLFIMAHWDGTPET
                     EERVKNETKATIRCIPLDDTDAEPGRCMVTGRPSARRVLFARAY"
     CDS             complement(2560..3381)
                     /gene="panB"
                     /locus_tag="SEQF2634_01342"
                     /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
                     KEALASAIRVMKETHADCIKMEGGAEIRESIQRVLCAGIPIMGHLGLTPQSINKFGTY
                     TVRAREEAEAAKLVEDARLLEELGCFALVLEKIPADLATRVASELRIPVIGIGAGGGV
                     DGQVLVMHDMLGINQDFSPRFLRRYADLNAVITDAVQAYIGDIKTHDFPNEKEQY"
     CDS             complement(3350..3997)
                     /gene="resA_3"
                     /locus_tag="SEQF2634_01343"
                     /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="MQTKRFPFAAILLAVIALVAPLALHAQHEKPDNSALLAVGTEAP
                     DFSLPTVDGEATIALSDYAGRYLVIDFWASWCPDCRKANPRMVDLYRRYKDEPIGIDF
                     LGVSFDTDREACLKAIEKDGLEWFQVSELKKWKETDIARQYGIRWIPTVYVIDNAGKV
                     LYAGSDLDELEELLHYIGGVGSGEAVGYTPTHPRTPETTFCPPHPHVHSHSRRQP"
     CDS             complement(4050..4658)
                     /locus_tag="SEQF2634_01344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNMDSALMKFLLEDYPRHRGKAPEKVVPPRREEPHRGTFEIRD
                     QQERIIQEPNAGVSVIRWQGEPVEVIDFEGYIKQFGEEGVLRCDFVISPVAGDAFTVF
                     NELTESEGQYIEKKQLHAWGQLAASIERFYEIGNLLDDYQKKVALFSYRLTDEPQGHL
                     VMETRGKFRKPQAVVRNIFRHELLPHGFLFERRLYPEPYLIP"
     CDS             complement(4655..5833)
                     /locus_tag="SEQF2634_01345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKESIHIQNFGPLRDVRIDDIKPLTVLIGDSASGKSTIMKVVAL
                     MRYIYKRANIYSYLKNAGVSDRSRSFINLIGEMQPMLTDETKINYTVHMPNGGNYTYL
                     FDRDGRQFDDIGINKADMVFFKEAFVAETRSMIPTWSLYGARFPGADLGYYFNETFRD
                     FSEATDRIKEQSLDYLDMKMEVKTEPTRKHFLISPNDGSREVFELEHTSSGIQASAPL
                     MTIVRYFAREFSFTKPFQRSMLDYLLNEDLLTEFRPEVNLKDLKKYIHLYIEEPELSL
                     DPKTQCLFINDLIREAFYRGDNKRPDDGRQLGLMFATHSPYILNHLNVLLKASYYEKA
                     RESYPYIKPDEIAVYRLHDGEVHSLMATDNLSEHTVIDTIDLSDTMEDIFNAYDSIKK
                     "
     CDS             6298..7272
                     /locus_tag="SEQF2634_01346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQVKLDIPRVLIFTKVSSTRLNNTLHVQYHRKQYELVMAVDKT
                     KLKLPLGLPEAWNKGIDYETMIDQEATISDDTALLKVKDAERDEQLMNIFGIIRAQRH
                     SHKTNIREAAIRLSNTLSPYENIRSLAYEMESGRLEGMKKDLTKRTAEVATLGLNDEF
                     DNLFKLNEEFEKLHVGRRVENTDTKLPLASVIRPQTDAALEVVCQYIQAAYNSATSAD
                     DKALLERLADHMNATSNDFKTMQRNLVVPRKKDTPKEPKTPKDPKPKKPGKDDGKPDI
                     KLPEEEPKKPDPKQPDPKKPDPKKPGEGGGTGGTGGSGGGPEIHLPEE"
     CDS             7399..8322
                     /gene="inlJ_3"
                     /locus_tag="SEQF2634_01347"
                     /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
                     AGKTDTTSIRIQCGKLDTSFVIGKKRTPARYFIADDEKMTIHGEVAAFNCSTNGGGIT
                     AIDCSRDTMLRSLECHDNALTTLNVGGCSGLRILECYSNRLTTLDVSRCPSLERLNCS
                     DNLLTALDLSKCPKLEMIACINNGLTKLDVTMCSKLSVLYCYRNKLTELQLRGCAWLT
                     ELSCGKNYLPNLDFSGCHSLRTAYCCDNDFSYAATEELYRSLPDRTGEDEPGHIFILN
                     EDALPPGRTGAGNEGIATQKHWEVLWCRGDW"
     CDS             8542..8826
                     /locus_tag="SEQF2634_01348"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMAQKVTIQVEKQPGDEDFFACYMLDDMPGFGLAGYGDTVQEA
                     IDDLYIAQEEMKALFHEEGKAFPELAFEFRFDEDTPVPEGLRMQAEMVAS"
     CDS             complement(8937..9533)
                     /gene="nadD"
                     /locus_tag="SEQF2634_01349"
                     /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="MMRHVGIFSGSFNPIHMGHLMLANWMCEYGGVDELWFVVTPRNP
                     LKSEYVLLDDAFRLEMARAAVGDYPRFRVSDVEFGLPRPSYTIHTLRTLRESHTDCRF
                     SLIIGADSWADMGRWRDAEALRREFSLVVYPRPGYPAPEIAADETADVRAVAAPMMDV
                     SSTFIREAIRAGHDVRFFLSEGVRRYVPEIARRLAVMR"
     CDS             complement(9549..10118)
                     /gene="gmk"
                     /locus_tag="SEQF2634_01350"
                     /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="MKRGKLVIFSAPSGSGKSTLIRHLLQQGLPLRFSISATSRPPRG
                     EEQDGREYYFLSPDEFRRRIAAGDFLEYEEVYRDRFYGTLRSEVERIRERGETVVFDV
                     DVVGGCNIREQYAGEALSIFVRPPSVEALRERLVTRATDAPEVIEDRLRKAEFELTFA
                     PRFDVVILNDDLETAQREVVRVVREFIEG"
     CDS             complement(10122..10982)
                     /locus_tag="SEQF2634_01351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGFGKVTAELPDKKVTVEIKSLNSKQLDLSVRIPAVYREREMQ
                     LRNELLQRLERGKVDLNINVEYIGRDTSARINAAAVAGYYEQIHELAGRLGVPEPTDW
                     FATLLRLPETVRSEAGEVSEAEWQAVHGAVSEAVTRLIDFRTQEGAMLRRVFEQKIGV
                     IGDLLREVDPYEQERVEKIRSRLTENLKKISEVEYDRNRLEQELIYYLEKLDINEEKD
                     RLANHLTYFLRTLDSEHGQGKKLGFIAQEIGREINTLGSKSNHAEMQIIVVRMKDVLE
                     QIKEQILNVL"
     CDS             11169..11846
                     /gene="tsaB"
                     /locus_tag="SEQF2634_01352"
                     /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
                     KVHRRTDCLYCALIDARRMEVYATLFDGNLKPLCETRPEIITPESFATVLADADVCFC
                     GDGAEKCRDVIRSPRASFLGQITPVAAEMVPIAERAYAERRFVDTAYFEPFYLKEFVA
                     TTPRKKI"
     CDS             13067..13771
                     /gene="rsmI_1"
                     /locus_tag="SEQF2634_01353"
                     /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
                     DVVAVAQRKGLRVVPLVGPSSILLAVMASGFNGQRFAFHGYLPIEADRRTRRIKELEA
                     RIYAEDETQLFIETPYRNERLLEELVRTCRPSTRLCVASNVTCADEFIRTRPVKEWAH
                     KAPDLSHRPTIFALYK"
     CDS             13792..14166
                     /gene="crcB"
                     /locus_tag="SEQF2634_01354"
                     /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="MKDLLLIGLGSCLGGMARHLVGLGMRHWGLASLWGTLAVNLLGC
                     LLIGLLAGLFARHPNVSLAAQRFLTIGVCGGFTTFSTFSRDGLTLWQEGRLPAFVLYV
                     AGSVVAGLVAVAAGYRLAGGHA"
     CDS             14224..14805
                     /gene="wbpD"
                     /locus_tag="SEQF2634_01355"
                     /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="MDKEFQAHETAIIDAGCRIGRGTVVWHFSHLMSGCIVGERCSIG
                     QNVVISPGVVLGDGVKVQNNVSVYTGVTCEDDVFLGPSCVFTNVINPRSAVPRKDEFR
                     PTRVERGASIGANATIVCGHTIGAYALIGAGAVVTRDVLPYALVVGNPARHIGWVSEY
                     GHRLRFDADGCATCPESGARYLLKEGKVVRVDE"
     CDS             complement(14767..14907)
                     /locus_tag="SEQF2634_01356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERSIMYPANLFGLSRGLDFLLASFSLCQDKRRGLLIHPHHLSF
                     LQ"
     CDS             complement(14946..17633)
                     /locus_tag="SEQF2634_01357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARERISMNRLRLLCHQRGRRCCVRALGLVFGLLLSLTASLRAQ
                     TLQGEVVDDRGRPVAYATIYVRETATGIVADEAGRFISHLGQGDYTGEFSALGYEKVV
                     VPFTVTGDAAKDRLRVELREMAYALREVVVRAGAEDPAYAIMRRAIAHAPQHRYMVRS
                     YTADVYIKGTVKTGKLPGIGSVNIDGRNVKLKTFSNKTFLLESHNEVRFTAPRRFDQR
                     VLALSTTVPAELDDDDAAAAALTTNVYDPEIMGCVSPLAPGAFSYYRFRLDGVTHENG
                     HVINKIYVTPRRNDSRLVDGWIYILDHTWSLQQVDLNIRRPGFTVSHRMAFHEVRKDV
                     WMPTAYDTRMHLSVMGIKADGRYYSSVRYRNVVANTAPTTVYIPPLPTAPAARPSLTK
                     RQAKARRKLEELAAKEELTTREAYRMAQLMQQVSEDEQREKGLERQPRDSMVHITRDS
                     LALLRDTAYWQAVRTQPLQPDETVSYQRRDSFRAVVRSEQVRDSVRRRSWVWWLGTGL
                     VGETVRFSPSVSFGYEGLRGAVPEYNFVDGFWIGQRLMFSYRRPDSRRSLQITPAAYY
                     ATARRAFIGQLDATFRYNPLRHGELTLTASDATADYAGEYATARLINALSSLLFAENA
                     SRLYRRQTVGLTHRIDVANGLRLSAGLHVERRSALANATSFSVFGGRPAPNVPGDPNE
                     PPMPSHTAWIADVRVTYTPRRPYSVRFGEKFYAETQRPTFMLRYRGGLPIGGGEAADF
                     AMLSASVVQTVRVGLFGRFFYGVEGGFFPAARHVYLPDRRHFAAAPLHVSDRPMSATF
                     QLLNPYAQSADDRWLQAHLTYSSDYLLLKQLPVLQSALFNEALHVHALLRPRFNHIEA
                     GYSLGLDDVGRLGVFVGWENGRYRSVGFSVSLPLLNQRY"
     CDS             complement(17634..18008)
                     /locus_tag="SEQF2634_01358"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKLKTTILALFTAWGVYAADITPITEAMKSGNTAALSGSMYT
                     EADVSVPGVSQRASAAEAAAILGRFFQGNPPTGFTVVHQADKNGGGFVVGKLQTASRE
                     YRVNITYVLKDGRALMQTIRIE"
     CDS             complement(18867..19958)
                     /gene="mftC_1"
                     /locus_tag="SEQF2634_01359"
                     /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
                     LADGSISGCPSIRADYYQGNIYRDRFMDVWENRFRPYRDRQWARQGECAECQLFRYCE
                     GNGMHLHGSDGQLLVCHHRRIERGLAAEK"
     CDS             complement(19955..20431)
                     /locus_tag="SEQF2634_01360"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLNRKLIRGTNWALAGILSLLGFSGCDKIFQMEYGSPSADFK
                     VTGRVTDEEGRPLSGVRIVAPNVDGKWGKQDYPSPHDTTYTDPDGKYTYRYNAGFAPD
                     SLYLKLRYEDPTARPAYDSDSVTVGFAKGDLKGGDNRWFKGEAEKEVNVTLKRKKR"
     CDS             complement(20447..20953)
                     /locus_tag="SEQF2634_01361"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFNRKLIRGTNWALAGLLSLLGFTGCGKDDNGGGEISVEYGS
                     PSSYFKVLGRVTNEQGQPLGGMRVVASEVTTIWGKGPGQCYSGLLRDTVYTASDGSFV
                     REYSLFPADSVYIHMKIEDTTEPSIYESDSIAVGFAKGDLKDGGKHWYRGAAKKEVNV
                     KLKAKKKS"
     CDS             complement(20970..21431)
                     /locus_tag="SEQF2634_01362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFNRKLIRGTNWALAGLLSLLGFSSCGNPVEEYGSPHADFKV
                     TGRVTDEAGEPLSGIRVVQTNLKSDFPSPYDTVYSSPDGSYRYRYYAGYAPDSLKFTL
                     KFEDPTKRPDYESDSVTVGFAKGDLKGADGSWFLGAAEKVIDVKLKAKKKS"
     CDS             complement(21447..21911)
                     /locus_tag="SEQF2634_01363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLSRKLIRGTNWALAGILSLLGFSGCNGIIRVEYGSPNADYK
                     VSGQVTDEQGTPVPNVKVQLGKGEQLHYASFDSTRTGQDGRYSVSANYLPLDALDLVI
                     SDTDGEANGSFENDTIHVTFESKDYYKRGKGSWYEGAAKKEVNVKLKAKKKS"
     CDS             22069..23046
                     /gene="fmt"
                     /locus_tag="SEQF2634_01364"
                     /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
                     HGSVLQASPVKQYAAAQGLRVLQPERLSDPAFVDELRKLRADLQIVVAFRMLPRVVWE
                     MPRLGTFNLHASLLPQYRGAAPINWAVIHGDKETGVTTFFLRHEIDRGRIILQRRVPI
                     AETDDAGTVHDRLMAIGAALVVETVDRIIDHDGHVETTEQEALATDTAPLRDAPKIFR
                     DTCHIDWCQPTERVYNFIRGLAPYPAAWTEILSADGRRMALKVFRSERIAEPHALSPG
                     AIRTDGRRHLDVATEDGFLRLLDVQPAGKRRMTADQFLNGTDVSACCMA"
     CDS             23113..24510
                     /gene="alsT"
                     /locus_tag="SEQF2634_01365"
                     /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
                     VIMLTGAYQGTDLKSVAITQEAFNRAFGSGGVTFLAIALFFFAFTTIMGWYMFGEMNV
                     RYLFGKYGVLPFRLIVCGCIFCGCIFAADLVWELADTFNGLMAIPNLIAIVCLAPQVR
                     KMYTHFLQRRRSGEL"
     CDS             24840..25073
                     /locus_tag="SEQF2634_01366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHELFYLSRDQILMTQEPFYLSRDQILITRYVLYVMHEVTNLS
                     DYASALSAHKEAPSGFAYFCPRNRKGVSVSLRK"
     CDS             25083..25322
                     /locus_tag="SEQF2634_01367"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKPTVEVTGISRKGLLLMVRGKEYALPYSRFPWFEQARVSDVF
                     DVEMRGRSRIRWEALDVDLSLSILENPDAYPLTAR"
     CDS             25344..26717
                     /gene="radA"
                     /locus_tag="SEQF2634_01368"
                     /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="MAKTKSVYVCSQCGADSPKWVGKCPACGAWNTYVEEIVRAEPAA
                     RRAAAAIGRSDARPQLLRDITAEEEVRIDMHDAELNRVLGGGLVRGSLVLVGGEPGIG
                     KSTLVLQTVLRLTDLHTLYVSGEESARQLKMRADRLSSDGAEEMAHCHVYCETHLEQI
                     LAHADRLKPDLMIIDSIQTMYTEAAESSPGSVTQVRECSAAILKFAKETGTPVLMIGH
                     INKEGSLAGPKVLEHIVDTVLQFEGDRQYMYRILRSIKNRFGSTAELGIYEMRQGGLR
                     EVDNPSELLLTQNHEGLSGVAIAAAVEGARPFLIETQSLVSTAVYATPQRSATGFDLR
                     RMNMLLAVLEKRAGFKLIQKDVFLNIAGGLRVSDPAIDLPVISAVLSSSIDLSIDRGT
                     CLAGEVGLSGEIRPVHRIEQRIREAAKLGFRRIIVPQMKGLESVSDLIELHQVRKVEE
                     AFRLLFG"
     CDS             26721..27038
                     /locus_tag="SEQF2634_01369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDMNTVDQAMADKLSAFFRTQPTVDKAWLFGSCARGEATPESD
                     VDVLVRFQRNARVTLFSYASMQHKMEQLLNKRVDLVEDGRLKDFARASAEADKVLIYE
                     RED"
     CDS             27061..27378
                     /locus_tag="SEQF2634_01370"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEAIDNIFEFTSRETFESYQQNKILRFAVIKNLEIVGEAAYLL
                     TKAFKEAHPEIEWNAVIGMRHILVHGYYQIRDEIVWATIETDLLPLKASIQLILESEF
                     KTS"
     CDS             27375..27869
                     /locus_tag="SEQF2634_01371"
                     /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="MTKQTDNPSMHHITIQPGLSDRDRATLIGWTNRKGADFLRQWAG
                     PTPHFPLTPEQVDDWSDLYTIFRQGRFVGIIQEIRREQDNVHIGRFVLDPAQTGRGIG
                     RAALLIFMDVLFRDDAIRSITLNVFDHNLAARKLYERVGFEVLRTIESPEKKYTMIKH
                     KPTP"
     CDS             27866..29440
                     /locus_tag="SEQF2634_01372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKDLQLRLLPEEAANDDTLRAVVARETGDAPRALRILKRSIDA
                     RQRTVYVNVTLRAFFDEEPTEPLFPEAERRDVSGRPAAIVVGAGPGGLFAALRLIELG
                     MRPIVVERGREVNERKRDIADIVRRGTIDPESNYCFGEGGAGAFSDGKLYTRSKKRGS
                     VERILIRFCQHGANPAILYDAHPHIGTDKLPSVIERMRRYIIDCGGEVHFGTCMDGLL
                     IHDDEVTGITTRTGQEFRGPVILATGHSARDVYRMLADRGVTIEAKGIAVGVRLEHPQ
                     ALIDRIRYHRREGRGPHLPAAEYTFVSQAGGRGVYSFCMCPGGFVIPASTAPDECVVN
                     GMSPANRGSRWANAGWVVELRPEDLASFHLPDTGGEPVPEVLAMMDFQERLERLCRIN
                     AGQGVKAPAQRMADFVARRNSSALPASSFSPGLLASPLHFWMPDFITSRLREGFRSAD
                     RVSRGFLTNEAVMIGVETRTSSPVRILRDRETLRHVTLRGLYPCGEGAGYAGGIVSAA
                     IDGERCAEQLATAYGR"
     CDS             complement(29713..30315)
                     /gene="ribE"
                     /locus_tag="SEQF2634_01373"
                     /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
                     QTAVCTDVREADGSWYYTFSYTADPEMARQGYMTVEKGSVTVNGVSLTVCNSRADSFE
                     VAIIPYTHDLTNFNAIVKGTVVNLEFDIIGKYISRLMTFK"
     CDS             complement(30566..32212)
                     /gene="pfp"
                     /locus_tag="SEQF2634_01374"
                     /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             32264..32386
                     /locus_tag="SEQF2634_01375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAKIQGREVSGTPVKFTGYFKSSYKEDFATPSETFSGAF"
     CDS             32715..33098
                     /locus_tag="SEQF2634_01376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKISTKQKEFFRFCLVGGTATGIHYGIYLLLNRVMNPNVAFSIG
                     YFVSFLANFVLSNFFTFKTRPSAGKGVGFTLSHIVNYLLQSGFLNLFIYVLKVPETWA
                     PLPVYAITVPINFILVRTALKSPRL"
     CDS             33120..34058
                     /locus_tag="SEQF2634_01377"
                     /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
                     LIPDMLRLWEQGYDDVYARRRTRGRESFLRRRLTAAFYTLLRHTTRVPMQPNTGDFRL
                     LDAVCIRALRRLRESQRYTKGMFSWIGFRKHELLFDQQDRVAGQSKWGFFKLLNLAIE
                     GITSFTVAPLRIASVCGAIVSLLAFAYGLFILLKNLIYDDPVAGFPTLMVTILFLGGV
                     QLLCIGIIGEYLGRIFTETKQRPVYFVSSYNGERAD"
     CDS             complement(34251..34694)
                     /gene="dps"
                     /locus_tag="SEQF2634_01378"
                     /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
                     KMLQAKYHALDKLATAAGDVTTHSIVEHHLSAIEANLWKLGAYAS"
     CDS             complement(34755..36422)
                     /gene="hcp"
                     /locus_tag="SEQF2634_01379"
                     /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
                     VSVLATGLRKLEQPVAREVDHAVVDALFATITNANFDKESLRRRVDRMFELRDELKKQ
                     AAAVGLTYAADEVTWVPVADEYESKGFAEGVLREQNEDVRSLKELTVYGLKGLAAYVE
                     HAMRLGKEDDTIYAFMERALSDMTIGNLDAAALTELVLETGRFGVQGMALLDGAHTSA
                     YGNPVMTEVNIGVGKRPGILISGHDMHDMEMLLQQTEGTGVDVYTHGEMLSAHYYPAF
                     KKYKHFVGNYGNAWWQQREEFESFNGPIVFTTNCIVPPTPRNTYLSRMFTANSTGYPG
                     CKHIEEDANGHKDFSEVIALAKTCQPPKEIETGTIVGGFAHHQVFQLADKIVDAIRSG
                     ALRKFVVMGGCDGRFASRSYYTDYALGLPKDVVILTSGCAKYRYNKLGLGDIGGIPRV
                     LDAGQCNDSYTWAVVALKLKEIFELNDINDLPIVFNIAWYEQKAVIVLLALLSLGIKN
                     IHIGPTLPAFLSPGVAKVLTETFGLAGNGTVEDDLKLVMPAEAEVLA"
     CDS             36716..36847
                     /locus_tag="SEQF2634_01380"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLISRRNHNRIENELLYSPSIVSQLRMDYDSQQTLTVDYYNL"
     CDS             36917..37741
                     /locus_tag="SEQF2634_01381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILDRKLIHRPTRGGIRGEKAAISRPQQPLLQAYMRKSITLRRM
                     AGLACLWLMAVTCLQAQRRRPQNQPYVDYKRYHFGFHVGLHTQDLILTNTGAAGADGK
                     TWFAEIPAYTPGFSVGVIGDLFLNPVLSVRLTPTVHFGDKRLTFIDPQTKEQFVTSLR
                     SNYLAIPIDFKYTAMRLNNYRPYMLAGVFTQFDMGRKRGYPMLLRGVDYGVEFGLGCD
                     IYLPYFKLCPELKFCFGLADVLEPDRSDLANPLDRVYSQALSRATSRLIVLTFNFE"
     tRNA            complement(37854..37925)
                     /locus_tag="SEQF2634_01382"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gln(ctg)"
     CDS             38062..38421
                     /gene="rsfS"
                     /locus_tag="SEQF2634_01383"
                     /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="MDQTKTLVNAIVRGLREKKGRSIVTVDMTAQSGAICQYMVICEG
                     ASPTQVSSLSDSVWDVVRTDTGEKPLSMAGTQNAQWIGMDYGTVLVHIFLPEQRAFYN
                     LENLWADSKIDRLPDVE"
     CDS             38455..40419
                     /gene="ftsH_2"
                     /locus_tag="SEQF2634_01384"
                     /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
                     KIFGKRPWASRSEEIMEQQSADASTTAPHA"
     CDS             40416..41282
                     /gene="cdsA"
                     /locus_tag="SEQF2634_01385"
                     /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="MKNFTLRGITGAAFVAAIIAALTLHPFLFLGLFAVVVGAALWEF
                     YGLTERIGLQPDDAAPAPRTADRLWGIAGGLYLFTATFLYASARASAVVYAPYAAFLI
                     GGLVSGLYHRGGNPIHRWAVGLLAQAYAAGTFATLNFIVFNPADTTLPRTFHSHYALL
                     LFVLIWLNDTGAYLVGSAIGRRKLFPRISPGKSWEGFLGGLAIVACAALLLAPLFPEL
                     AWYHRVALSVVIVGVGTWGDLVESLIKRTAGAKDSGTLLPGHGGILDRFDSVMLAAPA
                     ALLYLEVFVRGS"
     CDS             complement(41479..42414)
                     /locus_tag="SEQF2634_01386"
                     /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(42793..44487)
                     /gene="der_1"
                     /locus_tag="SEQF2634_01387"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00195"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /translation="MEKFEVKKQRLKEALSGLEQLLDEGQRLGLDLADAAQKLRSVVQ
                     ASEDETIRIVLLGSFSDGKTSAIAGLLGRLEDSMKIDQDESSDELKIYRPKELKDGFE
                     IVDTPGLFGTKEKETDGQTMRYSEITERYISEAHIVIYVCHAVVPLKDSHKEIIRLVM
                     RDFGKLDCSIFVINKMDEAGTDMLDADDYAEMAAIKKKNLTQRLSDTIHLTPEEEAGL
                     RIACIAADPKGKGLAHWFARPDDYMRRSHIGLLRDYITEITEKKDATALRENKNIAAV
                     KDAMMQVEKEIFDRERLLSADLERSQEAMKEINTELRLMKKDVEEARRTMSERFKALF
                     EGIKTDIDSATAKSISQIIEQRLGLKDGEVGFILERDVNQILQDCSEANNLQVSSVHV
                     DKLQELFASQNKLMQQMVKQGGKALGSVKLSGGMVKSARNVFASGFKFKPWGAVKLAK
                     NLTKALGAIGIVLSVGMDIWDAIASKKQEKELAELKSQLKGMLADMQADIYAQFNDNE
                     SYYKNFAPSFLEMQQHAEEMQETVDRIRKQTERLHDYGERLRKHFDIKDAVKDTAI"
     CDS             complement(44474..46711)
                     /locus_tag="SEQF2634_01388"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQRTNQGWNRTGKWNTASRRLVYASQRADSDSVQLGLSLPSAG
                     CLSDDEASCEMQPVGVDVELEKVHVCNYPKKENVRQGWRRTDRWCAANGWRASTLKWE
                     DSDPIKNGWLAYWPQVIMTLSPGSPSVSLESQPASRHAEKEHNESPSAMNVPDNASKK
                     YERFEARYQELSSYLCSIAAKIDAIKTDNTKQVGIKKNLLAFLETYIKDSMNKLGEIK
                     TGARWDKLVIAFFGETNAGKSTIIETFRILFDESRNRAEKEGDGLIVGDGRSDFTKVY
                     EEYNLKINGKEFILIDVPGIEGREEDFRDEIKRALNQAHCVFYVQGHNKKPDIKTAEK
                     IKNYLSDWVNVYSIFNVRGGASNYDESDERETLETEAVRKNEQLIQDTFRGILGNIYK
                     GNLTLQALLAMCARGHFSSTREDLLRAQKKLIGYFGSGDAVLRFSRFDRVMQLVDQKS
                     EHYMDEIVEANKQKLIAQYRKVYQGLVDMMAQQQRDIDRLKERLIRFDVDMNMSFEET
                     IRAIRNRMAYEHTKVFDDFKREVCDVLDDDYNREDSEKEIQQRAERLFEAYTRESKII
                     VEYEFSRLEEKIRERRRELDNIQIGGLHIDISSLEMPNLDEAFGKMGLNFGDVFGFAT
                     TVGGTALAFSVIPGFGTLIGAGVGLLLWGGKQLFLGDSKREEAKNEARKRIDEKKRES
                     QSTSLNKQINLIERTLDNEKDRFRQIIRNERSNLQQLSGAIEDAQRQVVAYANHIKNT
                     AYGEI"
     CDS             complement(46904..47164)
                     /locus_tag="SEQF2634_01389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNRKYYCAYCGQSFKSVSELTRAGLCARHPDGPVRGKHKLYEG
                     TEKTVYTCKYCGTEARTIDRLTSSTCVHHPKGHNRGHHEPAL"
     CDS             complement(47668..49119)
                     /gene="mrdB"
                     /locus_tag="SEQF2634_01390"
                     /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
                     LFDPAGRPGSQLIWIGSAFALSFVILMLERDIYETFAYLFYGLIILLLIATIFLAPDI
                     KGSRSWLVLGPIRLQPAEFAKFATALALARLMNSYNFNLFTLRNFGLVLLIILLPMGL
                     VLMQKETGSALVFLAFALMLYREGMSGYLLLAAVCAVTFFVTVMKFDDTLLGATPAGA
                     LIVSSLTLIIEMLLVTGLRNDRLTLRIILYGLVAALLTAIIASLYIPVNFVWVLVGVI
                     LTSSLMLIIQAIVKLSWRYALVALFALSSVAFMLSVNYVFNDMLEPHQQQRIRVSLGL
                     EDDPGGSGYNVNQSKIAIGSGGLLGKGFLNGTQTKLKYVPEQDTDFIFCTVGEEFGFV
                     GSIVVLTLFGVMIVRLITLAERQDTLFGRVYGYSVASIILFHLVINVGMVLGLTPVIG
                     IPLPFFSYGGSSLWGFTILLFIFLRIDASRKEV"
     CDS             complement(49106..50977)
                     /gene="mrdA"
                     /locus_tag="SEQF2634_01391"
                     /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(50964..51482)
                     /locus_tag="SEQF2634_01392"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKGLLRVVAYIVVCVLLQVTVFNHIHLFNLMTPFLYLYAIAKI
                     PAGFTRVQVIWMAFITGLLVDIFSGTLGIHAAASTLIGYYRNPLMHAFTDKEMLEDAS
                     PSYVTLGTGAFMKYIVCLTFLHHTALYAIESLSLFDPPYLLLRIASSTVLTTLCLFVI
                     EAFHMERRSGEL"
     CDS             complement(51479..52348)
                     /gene="mreC"
                     /locus_tag="SEQF2634_01393"
                     /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(52440..53459)
                     /gene="mreB"
                     /locus_tag="SEQF2634_01394"
                     /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(53487..55043)
                     /gene="purH"
                     /locus_tag="SEQF2634_01395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67544"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional purine biosynthesis protein PurH"
                     /translation="MDNEFKRMMTDEKKRISRALISVYHKDGLLEDIIKTLHNEGVQL
                     VSTGGTQTFIESLGIPCETAESLTGYPSILGGRVKTLHPKIFGGILARREYDTDLRQL
                     SEYDIPAIDLVIVDLYPFEETVASGAGEADVIEKIDIGGISLIRAAAKNYRDVTIVAS
                     RAQYAPLLELLKQGGAQTTLDDRRRFARAAFAVSSGYDAAIFRYFDADEHTAFRVAFD
                     DAMPMRYGENPHQRGIFFGSFDALFDRLHGKQISYNNLLDVDAAVALIDEFDEPTFAI
                     LKHNNACGVASRPTMVEAWKAALAGDPVSAFGGVLIGNRAIDADAANEIDQIFFEVII
                     APDYTEDAIRILSKKKNRIILRRKAVGAGQGLAFRSLLNGVLVQDRDLSTQTAGDLKP
                     MTIVLPTERETADLLFANKIVKHSKSNAITLAKNKQLCANGVGQTSRVDALKQAIEKA
                     RTFGFDLSGAVMASDAFFPFPDCVEAAAEAGVTAVIQPGGSVNDELSVEYCNAHHISM
                     VKTGTRHFKH"
     CDS             complement(55415..55906)
                     /gene="gldH"
                     /locus_tag="SEQF2634_01396"
                     /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="MARRRSNRLHSVVRALLPMVFALLLVAACTDTARYDHYQSVEKP
                     WTKDHIYYFTYDIDDNTVPYDLALEIRNNDLYPYQNLWLLCSEEPPVGPMTHDTIECM
                     LADDYGAWHGAGIAIHHLSVPLRSRYRFPHKGQYTLGIRQGMRDEQLNGIEAIGLRIE
                     ASR"
     CDS             complement(55887..57158)
                     /locus_tag="SEQF2634_01397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFVQNTERGCLECKGCCETSGSKLSVHDWLCDIPEEEHATAYV
                     EVQFKNTRKEYFLNEDHIPLEKGDIVAVEASPGHDIGMVTLTGRLVLFQLWKHSTRHS
                     TINKKIYRIARPYDLERWEEAKAREHETMIRSRQIAAELGLDMKIGDVEFQGDGNKAI
                     FYYIAEGRVDFRQLIRVLADNFHVRIEMKQIGVRQEAGRIGGIGPCGRELCCASWMSH
                     FTSVSTEAARLQDISMNPQKLAGQCGKLKCCINYEADMYVDARKGMPSRKIVLETKDN
                     AYYYFKTDLFKREITYSTDKTIAKDLVTLTARQAFDVINMNQKGIKPDTLLPESKETQ
                     TKKSDSHDILDDNVSRFDSARKKKKKKRTAAPADGRPKAAAEGRPKRSPKPSADGAPQ
                     AATKASAPKSPRRERKGNNPQPTPTDGPSPQ"
     CDS             complement(57184..58371)
                     /gene="bioF"
                     /locus_tag="SEQF2634_01398"
                     /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             58948..60393
                     /locus_tag="SEQF2634_01399"
                     /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="MKKTMNARLAICGLCLLGFLTACDEEWIKPTPKPDPENKVTLKV
                     NEFIYEGLRSEYLWENTINWNAIDFKKEKDPHAFFKRLIYKDDRWTNLTDNAEAWNQG
                     FAGISTTYGFDLRFSYIGQTEELVAIVRYVYPGTPADRAGIRRGDLLLKLNGGPITVK
                     NYADFYDKPTIVVNKGILKDKTLTAEPVGVAMTAVEMYQDPILKDTVINKDGHRVGYL
                     CYSDYTERSTAELIKVFTRFKTAGVTDVVLDLRYNGGGYVSTARALCSILAPEAAMKK
                     KERFLFKLWNENYMNHWKSEGRNDELYETFVDTLGINMNLNRLYILTGKGTASASELT
                     LTGLTPYMDVVQIGDTTHGKFCGGIVLMPKHLWWDRAASYYQEIKNWGMYVMIYKFSN
                     KRNDEFPRGFAPKYVVKEYLLELYPFGDERDPLLGKALELITGKQVAKARSRRIQPTL
                     RELPIDNPNRPLNGKAIDTPPAGQRLFMSNK"
     CDS             complement(60366..61433)
                     /gene="aroC"
                     /locus_tag="SEQF2634_01400"
                     /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
                     RRRPGQSALTTSRNEPDTVEFLSGLYEGRTTGTPIAFLVRNRDQHSKDYDAMRNLYRP
                     SHADYTYQMKYGIRDPRGGGRSSARTTIAQCVGGAVAKLALQPEGITVRAYTSQVGRI
                     RLDGTYRDYDLTLTETNAVRCPDARKAAEMEALIRRVKEQGDTVGGVITGVITGVPVG
                     LGEPVFGKLHAALGAAMLGINAVKGFDYGDGFDAPLYLGSEHNDTFCNDHGRIATRTN
                     YSGGIQGGISNGEDIYFRVAFKAVATLLREQQTVDRDGRETIINAKGRHDPCVLPRAV
                     PLVEAMAAMTMLDYLLLMKRR"
     CDS             complement(61561..62112)
                     /gene="slyD"
                     /locus_tag="SEQF2634_01401"
                     /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(62192..62842)
                     /gene="yfiC"
                     /locus_tag="SEQF2634_01402"
                     /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="MKVGTDGCLLGAWADVSGAHRIADVGTGSGLVALMLAQRNTDAR
                     IDALDIDRDACLQAAENVGESPFAARIRVLRTDFCTYAATAPPAYDRIVSNPPYFDES
                     LKCPDAGRRMARHSDTLPMGELLSVAAALLTDDGRVALVLPYAQRDGVLRLAEARALH
                     LVRETHVVPVEGASPKRWLAELARRPSPCVPDVLTLETLDHRRTAAYAELMGAFYL"
     CDS             complement(63127..64527)
                     /gene="fumC"
                     /locus_tag="SEQF2634_01403"
                     /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
                     VIYGFAYLKKAAAYANHELGVLPVEKRDLISRVCDEILEGKLDDQFPLVIWQTGSGTQ
                     SNMNVNEVIANRAHQLAGKTIGEGEKTLQPNDDVNKSQSSNDTYPTGMHIAAYKMVVE
                     TTIPGVERLRDALKKKSEEFKDVVKIGRTHLMDATPLTLGQEFSGYAAQLDHGLRALR
                     NTLSHLSELALGGTAVGTGINTPKGYDVVVARYIAQFTGLPFVTAENKFEALAAHDAM
                     VEAHGALKQLAVSLNKIANDVRMMASGPRSGIGEIIIPANEPGSSIMPGKVNPTQCEA
                     VTMVAAQVMGNDVAISVGGTQGHYELNVFKPVICANFLQSARLIGDACVSFEEHCVSG
                     IQPNYPRIKELVNNSLMLVTALNTKIGYYKAAEIANTAHRNGTTLREEAVRLGYVTPE
                     QFDEWVRPEDMVGSLK"
     CDS             65382..66116
                     /locus_tag="SEQF2634_01404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGNIDLTRATKAAHVEFIHSVCIAVDESPEVTVNAVAKKAA
                     ERLKAAYDEERENLILSNKSLLTDDIHAADTERDGLFTGFKGTVMAQQRMPDAAKAEA
                     ARELTQRIKDYRLQRGMQLDGETAMIGKLVEDCEGAYASHVERLGVGPYVVAMKAANE
                     RVHRLINERMQNQRLRKEAEVDMARRQSDAAYRWLVEVVNAMQVLLGDEAGVGHFIDF
                     MNALIKRYRQVVFAKRKRNKDAAVEG"
     tRNA            complement(66229..66302)
                     /locus_tag="SEQF2634_01405"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(ccc)"
     CDS             66404..68266
                     /locus_tag="SEQF2634_01406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQKISTRKKGDYEAAFREEKPNVFQRLAAIFGHAAFFWLAV
                     CLALFFWLEREGRFYFFFIEQRKLFLSEASFIGSYFTRPGGGAQLVTDYATQFFVKPY
                     LGAATGSVVLTAVAMLSVSIMRRIAPRANLRLLGLLPTAAQLLMTFDMNYSYAGTVAY
                     ALTLVAMYGYFFIPSMVGQVVYATVATGLLFWLGGSVAFLFATCIFLWELATRFWRAY
                     GFLLPLMVAVGAAVWGVYDAWAGEYRFLLGPDGYYAPTVAPDPVLYGVWACLPVMLAV
                     AYCLRGQGREKKEAGRRIAEITVQLVLVGGLLWIGRDRLTDHDTSGYSKELDCYLRQG
                     RWDDVIDRYTFIYKHNPTPTEACMLSIALAERGQLADSLFAYAPRGVEAILPTWDGSD
                     PQVAALLSDLYFSMGDIDMAQRMAIEANTGMDDRSPRMIKRLAETSLIRGAYPLAEKY
                     LSVLEHTRYYGQWAHDARRFLYNDSVVMADSLLGRKRRCLTGASGDLPRTLHTIAEQN
                     PTHRASIEYAGVLLLLQKDLGRFRTLADSCVGRMVLPRLPKSFAEATLLYTFVGDTTA
                     QKRYRLPANMTRRYADFRRRADAARGNRQSAEALRDTFGDSYWYYFTFTSGATK"
     CDS             68273..69817
                     /locus_tag="SEQF2634_01407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLPPTFRHLFTLLLILLLTAACRHEAPMTNRLVDHRPPIFP
                     DYTEVTIPPNIAPLRFLLSDTCDVDKAAATFECGAERVTVWASDGRSIAIAPRAWKRL
                     MKDAAGKVISVKVTARIAGEWVGYAPFNLYVATDSIDPYIVYGRTDPSRDVTGHMGLY
                     SRCLEDFRERAVLTSDMTRGDRIGPATFSGGDAQRFFLPLSGALSCALLTDSDKIEKL
                     NTHTIPGLPTPTHVAWHPSGRYMAFAVNRNARQDARETASRIVIYDVVKHELFTSPQL
                     FSDSSSVTYPAFSPDGETLYFCATSLMAHTHADSAKYHLCALAFNIHGGRRFGRKADT
                     LYHSRPAPPPPPRKKSDKTPPRRPEVRPDGSAARPLPSPDGRYLLFTVADVGSNPADR
                     PTSDVALFDIKHRNFLPVDTLCADNDSEIAYSWSNNGRWIVYTTRSIDGLYEYPVIAH
                     LSADGRPSKPFLLPLKEANGYRRTMRSFAHPTFLTAPVPYRNYTLSRKARTLEGVDIQ
                     PLKAGK"
     CDS             69987..70859
                     /locus_tag="SEQF2634_01408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQERITPNQHDAWPEIEALLHRFADMGIAQAVDYEKYYLYSLI
                     AHSTAIEGSTLTELEAQMLFDEGVTTGGKPLIDHLMNDDLRMAYEQAQTEAVRRTAIT
                     PTFLRMLNGILMRRTGSVHHVAAGTFDSSRGDYRLCGVTAGVGGRSYMNYQKVPVRIE
                     ALCERLQEQMKMTGVNTLRAQYELSFTAHLKLATIHPWVDGNGRTARLLMHYIQFYYG
                     LFPVKILREDRGAYIASLRQSQEVENVACTPFLTFMTDRLRASLKSEIERAAASAEAE
                     KLVENTQGRMHIPQ"
     CDS             70874..71077
                     /locus_tag="SEQF2634_01409"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMQLREIEKDKYDVDALLDEVLGREGSPERERNRALAWEEYLAQ
                     VEHDAQAKRLPKTVAEPAMSDEW"
     CDS             71187..72665
                     /gene="cysS"
                     /locus_tag="SEQF2634_01410"
                     /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="MDKQQQKLVLYNTLTRRKAEFEPLHAPHVGMYVCGPTVYGDPHL
                     GHARSAITFDILFRYLTHLGYKVRYVRNITDVGHLEHDADEGEDKIAKRARIEQLEPM
                     EVVQHYTRRYHRAMELLNVLPPSIEPQASGHIIEQMELVNRILANGYAYESEGSVYFD
                     VARYNQDHRYGILSNRNVDELLNTTRELDGQTEKRNPVDFALWKRAAPEHIMRWPSQW
                     GEGFPGWHCECTAMGRKYLGDHFDIHGGGMDLIFPHHECEIAQAVAAEGEEMVRWWVH
                     NNMITYNGQKMGKSLGNAITLEEFFTGSHPLLAQAYRPETIRFFILQAHYRSTVDFSN
                     EALQASEKGLDRLFEAAERLAKLTPSDGPSTIDVSGLRTRCEEAMCDDMNTPIVISHL
                     FDAAKAINTVHDGRATISADDLAELQSAFRLFMDDILGLRSAAPSDEKDEAYRRAVDL
                     LLSIRQQAKQNKDWATSDRIRNELSALGFVVKDTKDGAEWSL"
     CDS             72653..73429
                     /gene="ramA"
                     /locus_tag="SEQF2634_01411"
                     /EC_number="3.5.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q75SP7"
                     /codon_start=1
                     /transl_table=11
                     /product="(R)-stereoselective amidase"
                     /translation="MEPIAMRIVILQQDIAWADPAENVRQAEAAIDRRPGADLYVLPE
                     MFATGFATHPEGVAEKANSETLRWMVRKAAACRAAVAGSLAVEDGGRYYNRLCFVHPD
                     GRVETYDKRHLFTYSGEDRHYTRGTRRVVVTFRGVRILLQVCYDLRFPVWSRNRGDYD
                     VALYVASWPVGRIEAWSALLRARAIENQCYVVGVNRVGCDPVAEYSGASVVIDPYGRT
                     VATCEDHHVSTAEAVLDLERLAAFRRKFPVLEDGDAFELR"
     CDS             73515..74525
                     /locus_tag="SEQF2634_01412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLSLNEFEQQVNKTILKRGRDYFEHDHVVRVKRLSEGEFELAV
                     LGTERYTVYLRFWGDAITDHDCSCPYVWGPVCKHVVASLFYLRENGLYTAPPLSKEME
                     RDRSVPRQVATMLEEMNYDDLRLFVHTLCRDDSLFQQIFLVRNLQFLPTVSPDLYKLH
                     LRSLINMCNHPTTTPFSYDDIDRLIDAVDDISFSVDGEISLGDPMKALYISTAIIEEM
                     STFSCQIEHSGIDDSIEYAFNTLERLTHAELTDEQHSKLLDALLSLSYRLALRDEWGC
                     LQAIKLSIDIIRNEQEKARVVFALDKSQQAKFPLCKGQALRVQQLKQTLITKLSRTAG
                     HL"
ORIGIN      
        1 cgacctctgg aaagggccaa accaagtggt ttgaagcaaa accgacccct gaaaagggtc
       61 aaaccaggtg gtttgaagca aaaccgacct ctggaaaggg ccaaaccaag tggtttgaag
      121 caaaaccgac ccctgaaaag ggtcaaacca ggtggtttga agcaaaatcg acccgcggaa
      181 agggtcaaac caggtgattg gatgaaaggg gcgcctcggc ttggggcgga cgcgccttta
      241 cacccacgta atcggggcct gcctctcttg atgtttccga gagacaggcc ccgaaggtgg
      301 atgcactacg tgcgcggctt tagaagggca gatctgacga ggcgtcagac ggcgaagcga
      361 gcagctcggg cgggggcggc ggcacgttgt ccgcaaagcg tcccgcgggt tcggagggca
      421 cggcgggtgc ggcctcggtg tccggctcga ccttccaggc gcggatgtcg ttataccagc
      481 gaccgttgta ggcgcggcag tcgatgtcga agtggatctt cagctcctgc ccttcctgga
      541 tgttgtattg gtcgatcttg tcgccccaga ggacgaacat catcttgcgc ggatactgcg
      601 cctgacggtc gtactcgacg acatactctt gttttttcca cgtgccgttg cggccttcgc
      661 ccgtctggac gggctgcacg gctacgattc ttcctgtgag ttccatttgt ttatctatta
      721 tgtgtattgt gtttgagcgg aatgatgact ggcatccggc tgacttctat cttcttttct
      781 tgtcttgaca caagaaaagg aagcgaaaag aaggtcgagg cgtcagggac gccagcccag
      841 ttggccgggc accgatttaa tacgctcggg cgaagaggac gcggcgggcg gaggggcgac
      901 cggtgaccat gcagcggccg ggctcggcgt cggtgtcgtc gagggggatg cagcggatgg
      961 tggccttggt ctcgttcttg acgcgctcct cggtctcggg cgtgccgtcc cagtgggcca
     1021 tgatgaagag gccttcctcg atgcgctcct tgaactcgtc gtaggtgtcg acccggacgg
     1081 tgcggcgggc gcggtggtcg agggctttgc ggaagatgcc ggactggatc tcttcgagca
     1141 ggtcgcggac gtattcctcg agtccggcgc aggggcgcgt ctctttctcg agcgtgtcgc
     1201 ggcgcatcac ttccacggtg tcgttctcca ggtcacgacc gcccatggcc agacgtacgg
     1261 ggacgccctt gagttcgtat tcggcaaact tccatccggg ctttttcgtg tcgtcgctgt
     1321 caaacttgac gcggacgccc agctcgcgga gtcgggcggc gatgcggtct acctttccac
     1381 tgatcgcggc cagctgctcg gcggagcggt agatggggat gataacgacc tgcacaggcg
     1441 cgaggtgtgg cggcaggacg aggccgttgt tgtccgagtg cgccatgatg agcgcgccga
     1501 cgaggcgggt ggagacgccc caggatgagg cccaggcgta gtccgtcttg ccattgcggt
     1561 cgatgaaggt gacgtcgaag gcgcggccaa agttctgtcc gaggaagtgc gaagtgccgg
     1621 cttggagggc cttgccgtcc tgcatcatgg cctcgatggt gtacgtctcg agggcgccgg
     1681 cgaagcgttc actggccgtc ttgacgccgc ggatgacggg cacggccatg tagttctcgg
     1741 caaagtcggc atagacacct tgcatcttga tcgcctcctc ctcggcctcc tcgcgggtgg
     1801 cgtgggccgt gtggccttcc tgccagagga attcggcggt gcggaggaag aggcgcgtgc
     1861 gcatctccca acgcatgacg ttggcccact ggttgacgag gatcggcagg tcgcggtagg
     1921 actggatcca gttcttatac gtgttccaga tgatcgtttc ggaggtgggg cgaatgatga
     1981 gctcttcctc gagtcgagcc gccgggtcga caacgacgcc gctgccgtcc ggggcgttct
     2041 tgagcctgta atgcgtcacg acggcgcatt ccttggcgaa gccttccaca tggtcggcct
     2101 cgcggctgag aaaggatttg gggatgagca gggggaagta ggcgttctcg tggcccgtct
     2161 ccttgaactt gtcgtccagg atgcgctgca tgcgttccca gatggcgtag ccgtagggct
     2221 tgatgaccat gcaaccgcgg acggctgagt tttctgccag cccggccttg atgaccaggt
     2281 cttgatacca ctgcgcgtag ttcgcgtctt tactggtgag ttcctttaat tcttttgcca
     2341 tgaaggtgat gtgataggtg tgggggcggg ctttgtgcct gcctggttct ttctttgatc
     2401 gattcttcta ttctctggag ggcttctttt cttgccttga tcttgccttg agggggcctt
     2461 cttttcttgc cttgatgcaa gaaaagaagc aaaagaaaat caaggcctct gccgaggccg
     2521 gggaagttgg ccggatacct gactaaactt cgtgggtgtc taatactgtt ctttttcgtt
     2581 ggggaaatcg tgcgttttga tgtcgccgat gtaggcttgg acggcgtcgg tgatgacggc
     2641 gttgaggtcg gcgtagcgac gcaggaaacg gggcgagaag tcttggttga tgcccagcat
     2701 gtcgtgcatg acaagcactt gtccgtccac tccgccgccg gcgccgatgc cgatcaccgg
     2761 gatgcgcagc tcgctggcta cgcgtgtggc cagatcggcg gggatcttct ccagaaccaa
     2821 ggcgaagcag cccagctcct cgagcagtcg ggcgtcttca acgagcttgg cggcctctgc
     2881 ctcctcgcgg gcgcggacgg tgtaggtgcc gaacttgttg atggattgcg gcgtgaggcc
     2941 gaggtgcccc atgatgggta tgccggcaca gaggacgcgc tggatggact cgcggatctc
     3001 ggcgccgccc tccatcttga tacagtcggc gtgcgtctcc ttcatcacgc ggatggccga
     3061 ggcgagggcc tctttggagt tgccctgata ggaaccgaag gggaggtcga cgacgacgag
     3121 ggcgcggcgc acggccttga cgaccgactt gccgtggtag atcatttgat cgagcgtaat
     3181 gggcagcgtg gtgatgttgc ccgccatgac gttcgaggcc gagtcgccga ccaggataac
     3241 gtccataccg gcgcggtcga tgatctgcgc catcgagtaa tcgtaagccg tgagcatggc
     3301 gatcttctcg ccgcgctgct tcatctcgta gagccggtgg gtggtgacct tacggctgtc
     3361 gtctgctatg gctgtggaca tgggggtggg gggggcaaaa ggttgtttcg ggcgtccggg
     3421 ggtgggtggg ggtgtagccg acggcttcgc cgctgccgac gccgccgatg tagtgtagga
     3481 gttcttccag ctcgtcgagg tcgctaccgg cgtagagcac tttgccggca ttgtcgatga
     3541 cgtagacggt ggggatccag cggatgccgt actggcgggc gatgtcggtc tctttccact
     3601 tcttgagctc gctcacttgg aaccactcga gtccatcttt ttcgatggct ttgaggcagg
     3661 cctctcggtc agtgtcgaac gagacgccga ggaagtcgat gccgatgggt tcgtctttat
     3721 aacgccggta gaggtcgacc atgcgggggt tagccttgcg gcagtcgggg caccaagagg
     3781 cccagaagtc gatgacgagg tagcggccgg cgtagtccga gagcgcgatg gtagcttcac
     3841 cgtcgacggt gggcaggctg aagtccggcg cctctgtacc gacggcgagg agggccgaat
     3901 tgtccggttt ctcgtgttgc gcatggagcg ccagaggggc gacgagtgcg ataaccgcta
     3961 agagtatcgc cgcaaaaggg aagcgtttcg tttgcattgc gtgtatgtgt ttgggggtta
     4021 tgtgcatata tatataaagg tataggagat caggggatga ggtagggttc ggggtagagg
     4081 cgtcgctcaa aaaggaagcc gtgaggaaga agctcgtggc ggaaaatgtt ccgaaccaca
     4141 gcctgcggct ttctgaattt acctctcgtt tccatcacca agtggccttg tggctcgtcc
     4201 gtaagccgat aagagaagag ggcgaccttc ttttggtaat catccagcag gttgccgatc
     4261 tcatagaagc gttcgatgga ggcggcgagt tgtccccacg cgtgcagctg tttcttctcg
     4321 atgtattggc cttcgctctc ggtcagctca ttgaagacgg taaacgcgtc gccggctaca
     4381 gggctaataa cgaagtcgca ccgcagcacg ccttcttcgc cgaactgctt gatatagcct
     4441 tcaaagtcga tcacttcgac cggctcaccc tgccatcgga tcacggatac acccgcgttc
     4501 ggctcttgaa ttatccgctc ctgttgatcg cgaatctcga atgtccctct gtgcggctct
     4561 tcccgccgcg gcggaacgac cttctcggga gccttgccgc ggtgtcgcgg ataatcctcc
     4621 agcagaaact tcatcagcgc gctgtccatg ttcgtcattt cttgatgctg tcgtaggcgt
     4681 tgaagatgtc ctccatcgtg tcggagaggt cgatggtatc gatcaccgtg tgctcgctca
     4741 agttgtccgt tgccatgagc gaatgcacct ctccgtcatg cagccgatac accgcgatct
     4801 cgtccggctt gatgtaggga tagctctcgc gggccttttc gtagtaggac gctttgagga
     4861 gcacattgag gtggttgagg atgtaggggc tgtgggtggc gaacatcaga ccgagctgac
     4921 ggccgtcgtc cgggcgtttg ttgtcgccgc gatagaaggc ttcgcggatt aggtcattga
     4981 tgaagaggca ttgcgtcttc ggatcgaggc tcagctctgg ctcctcgatg tagagatgga
     5041 tgtatttctt gaggtctttc aagttgactt cggggcggaa ttccgtaagt agatcttcat
     5101 tgagaagata atccaacatt gaacgttgaa agggtttggt aaatgagaac tcgcgggcga
     5161 agtagcgcac aatggtcatt agcggtgcgg aagcctggat gccggacgaa gtgtgttcca
     5221 actcgaacac ttcacggctt ccgtcattcg gagaaatcag aaagtgcttc cgtgtaggct
     5281 cagtcttcac ttccatcttc atatccaagt aatccaacga ttgctctttg atgcgatcgg
     5341 tagcctcaga aaaatcacgg aacgtctcat tgaaatagta gcctaaatcg gctcccggga
     5401 accttgcgcc atataaagac catgtaggga tcatgctacg cgtttcggct acgaaggctt
     5461 ctttgaagaa aaccatgtcg gctttgttga tgccgatgtc gtcgaattgt cttccgtctc
     5521 tatcgaataa gtacgtgtaa tttccaccgt ttggcatatg cacggtgtaa ttgatcttcg
     5581 tctcatctgt gagcatgggt tgcatctcgc ctatgaggtt tataaaagaa cgggaacgat
     5641 cgctgacacc ggcattcttt aggtaggaat aaatatttgc cctcttataa atgtatctca
     5701 ttagcgccac gaccttcatg attgtgcttt tgccgctggc cgagtcgccg ataaggacgg
     5761 tcaggggctt gatgtcgtcg atccgcacat cgcggagcgg gccgaagttc tggatatgga
     5821 tggattcctt catcttgttg ctgtatataa tacgtatagg ccaccatggc cttgccgcgg
     5881 gcaaagatag gccggccgcg aaaagtgaaa acgatcattc gggggcaggc gattgtacga
     5941 tacaatgaga ggtattgact ggaggcaatt gtacgataca atcggccgaa aaaaactttt
     6001 tcacgtgatt gtacgataca atgggctgaa aaaaactttt tcatgcgatt gtacgataca
     6061 attggccgaa aaaaactttt tcacgtgatt gtacgataca atcggccgaa aaaaactttt
     6121 tcacgcgatt gtacgataca atcagccgaa aaaaactttt tcatgcgatt gtacgataca
     6181 atcgaccata ggaacatgca atgaggccaa aacggacgct ttgaggattg gaaaaaacgt
     6241 gtagtttcgc cgtggttttc aacagagatc gagctaaatc atcaaacaag acccattatg
     6301 gaacaagtca aattggacat cccccgcgtg ctaatcttca ccaaagtgag tagcacaaga
     6361 ttgaacaaca ccctccacgt gcagtatcat cgcaaacagt atgagctggt tatggctgtg
     6421 gacaaaacga aactcaaact ccccctcgga ctgcctgagg cgtggaacaa gggtatcgac
     6481 tacgagacaa tgatcgacca agaggccacc atctcggacg ataccgccct gctcaaagtc
     6541 aaggatgcag agcgcgacga acagctgatg aacatcttcg gaatcattcg cgcgcaacgc
     6601 cattcgcaca aaaccaacat ccgcgaggcc gccatccgcc tctccaacac gctcagcccg
     6661 tacgaaaaca ttcgctcgct ggcttacgag atggaaagcg gacgcctcga aggcatgaaa
     6721 aaagacctca ccaaacgcac cgccgaggtc gctacgctgg gcctgaacga cgagttcgac
     6781 aacctcttta agctcaacga agagttcgag aagctgcacg tcggccgccg cgtcgagaac
     6841 acggacacga agctgcccct ggcctccgtg atccgcccgc aaacggacgc cgccctggag
     6901 gtcgtctgcc aatacatcca ggcggcctac aacagcgcca cctcggccga cgacaaggcc
     6961 ctcctcgagc gcctggccga ccacatgaac gccacctcga acgacttcaa aacgatgcag
     7021 cgcaacctcg tcgtgccgcg caaaaaggac acgcccaagg agcctaagac gccgaaggac
     7081 cccaagccca aaaagccggg taaggacgac gggaagccgg acatcaaact gcccgaggag
     7141 gagcccaaaa agcccgatcc gaagcagcct gaccccaaaa agcccgaccc caagaaaccc
     7201 ggcgagggcg gcggcacggg aggcacggga ggctcaggcg gcggcccgga gatccatctg
     7261 ccagaagagt aatcctatat actcctatca tttgttcatt gatgaacggc ccgtgccgga
     7321 cgcctcggcc atacggggtg tccggccgcc attcatccct ctttcctcat cattcacgca
     7381 ttcacaacct ctctctttat gaaaactaag acgctccttt tcctggccct cgcggcccta
     7441 agcctcacca cagcctgcca taaagcggct cacgaagtgc ccaacatcac gctcaccgtc
     7501 gatcccgggc gcaaaatctt cctcagcttc gccggcaaga cggacaccac gtccatccgc
     7561 atccaatgcg gaaagctgga caccagcttc gtcatcggca agaagcgcac gccggcacgc
     7621 tacttcatcg ccgacgacga gaaaatgacc atccacggcg aggtggcggc cttcaattgc
     7681 agcaccaacg gcggcggcat cacagccatc gactgcagcc gcgacaccat gctccgcagt
     7741 ctggagtgtc acgacaacgc cctgaccacg ctcaacgtag gcggctgttc cgggctgcgc
     7801 atcctcgagt gctactccaa ccgcctgacc accctcgacg tctcgcgctg cccctccctg
     7861 gagcgcctca attgcagcga caatctgctg acagccctcg acctctccaa atgccccaaa
     7921 ctggagatga tcgcctgcat caacaacggt ctcacgaagc tcgacgtgac catgtgcagc
     7981 aagctgtccg tcctctactg ttaccgtaac aagctcaccg aactacagct gcgcggctgc
     8041 gcctggctca ccgagctgag ctgcggaaag aattacctcc ccaacctcga cttctccggc
     8101 tgccactccc tccgcaccgc ctactgctgc gacaacgact tcagctacgc cgccaccgaa
     8161 gagctctatc gctccctgcc cgaccgcacc ggcgaggacg aaccgggcca catcttcatc
     8221 ctcaacgagg acgccctgcc ccccggtcgc accggcgccg gcaacgaagg tatcgccacc
     8281 cagaagcatt gggaagtgct ctggtgccgc ggagattggt gatcgggaga cggtatgacg
     8341 tatgaagacc agccaattcg tcaaaatgtt aatcaaagcc gggtgtacaa ttgatcgaca
     8401 tggtgcaggg cacgaccttt ggtacagtcc aataacaggt aagaaagaag tcgtccccag
     8461 acatggaagt aaagagctgg ggacagggct ctatcgaaaa ctgctcaaga atttactcgg
     8521 gcaatagatt ctttaattca aatgattatg gcacagaaag tgacgataca agtagaaaag
     8581 cagccgggcg acgaggattt cttcgcctgc tatatgctgg acgatatgcc gggctttggc
     8641 cttgccggct acggtgacac ggttcaagaa gccattgacg atctctacat tgctcaggaa
     8701 gagatgaagg cactctttca cgaagaggga aaagcatttc ccgaattggc atttgaattt
     8761 cgcttcgatg aagacacccc cgtacccgaa ggcttacgga tgcaagccga gatggttgct
     8821 tcataaccat catatcagat aggcccgtac gccacacaaa ccaagcgggg agcgcgttcc
     8881 aaccgtcgga acacgctccc cgctctcttt tttaactacg ccttgcgaga cgtcagctat
     8941 cgcatcactg ccaaccgtcg cgcgatctcc ggcacatacc gccgtacgcc ttcggacaag
     9001 aagaatcgca cgtcgtgccc cgcacggatg gcctcgcgga tgaaggtgga cgagacgtcc
     9061 atcatcggcg ccgccacagc ccgcacgtcg gccgtctcat ccgcagcgat ctctggggca
     9121 ggataaccgg gacgtgggta gacgacgagc gagaactcgc gccggagtgc ctccgcgtcg
     9181 cgccatcgcc ccatgtccgc ccagctgtcg gcgccaatga tgagcgagaa tcggcagtcg
     9241 gtgtgcgact cgcgcaacgt gcgcagagtg tggatggtgt acgacggtcg cggcaggccg
     9301 aactccacgt cgctgacccg aaaccgcgga tagtccccca cggcggcccg cgccatctct
     9361 aaccgaaaag catcgtcgag caacacatac tcagacttca gcgggttgcg cggcgtgacc
     9421 acaaaccaca gttcgtccac accgccgtac tcgcacatcc agttggcgag catcaagtga
     9481 cccatatgaa tcgggttgaa cgacccggaa aagatcccca cgtgacgcat catccgtcgg
     9541 ctcctcccct atccttcaat aaactcccgc accacgcgca ctacctcgcg ctgcgccgtt
     9601 tcgagatcgt cgttgaggat gaccacatcg aaacgcggag cgaacgtcaa ctcaaactcc
     9661 gccttccgca gccgatcctc gatcacctct ggcgcgtccg tggcccgcgt cacgaggcgt
     9721 tcccgcagcg cctccaccga cggcggtcgg acgaagatcg agagcgcctc gccggcgtat
     9781 tgctcgcgga tgttgcatcc gcccaccacg tccacgtcga agaccaccgt ctccccacgc
     9841 tcgcgaatgc gctccacctc ggagcgcagc gtgccgtaga atcgatcgcg atagacctcc
     9901 tcgtattcga ggaagtcgcc cgcagcaatg cgccggcgga actcgtcggg cgagaggaaa
     9961 tagtactccc gtccgtcttg ctcctcaccg cgcggcggcc gactggtagc ggagatggag
    10021 aatcgcagcg gcaatccctg ctgcaacaag tgtcgaatca gcgtcgactt gcccgacccc
    10081 gacggcgcgg agaagatgac caacttgccc cgtttcattg ctcacagcac gttgaggatt
    10141 tgctccttga tctgctccag cacgtccttc atacgtacca cgatgatctg catctcggcg
    10201 tggttactct tcgacccgag cgtgttgatc tcgcggccga tctcctgcgc gatgaagccg
    10261 agcttcttgc cttgtccatg ctcgctgtcg agcgtgcgga ggaagtaagt gaggtggttc
    10321 gccagccgat ccttttcctc gttgatgtct aacttctcga ggtaatagat cagctcctgc
    10381 tcgaggcggt tgcgatcgta ctccacctca ctgatctttt tcaagttctc cgtcaggcga
    10441 ctgcgaatct tctccacgcg ctcctgttcg taaggatcca cctcacgaag cagatcgccg
    10501 atgacgccga tcttctgctc aaagacacgg cgaagcatgg cgccctcctg cgtgcggaag
    10561 tcgatcagcc gcgtgacggc ctcgctgacg gcgccgtgca ccgcttgcca ttccgcctca
    10621 ctcacctcgc cggcctcact gcgcaccgtc tcgggcagcc ggagcagcgt agcgaaccag
    10681 tccgtaggct cgggcacgcc gaggcgacct gccagctcgt gaatctgctc gtagtatccc
    10741 gcgacggccg ccgcgttgat ccgcgcggag gtgtcccggc cgatatattc cacattgatg
    10801 ttcagatcca ctttgccacg ctccagacgt tgcagcagct cgttgcgtag ctgcatttcg
    10861 cgttcgcgat aaaccgcggg gatacgcaca gagagatcga gctgtttgct gttgagcgat
    10921 ttgatttcta cggtcacctt cttgtcgggc agttcggcgg tgactttacc gaagccggtc
    10981 attgattgaa tcatataata ataggtagtt atcggcctga ggccgggagt tacaaatcga
    11041 ggagacgttg tgatgcgtag tggaaagtgg ttatgaggga ggtgtgtcac ctccgacggc
    11101 cgcaaaggta ggcgctcgag ccccaacgtc tctatttttg ccgcccacat caacaaacct
    11161 caagagaaat gaacttgctg catatcgaaa catcgggcaa actctgctcc gtcgcctggt
    11221 cgacggacgg cgaagtgatg tttgccaaaa ccatttttga accgatgagc cactcggcct
    11281 acgccggcgc catcgccgag gaaacgctta cgcacatggg cggcacccct ccggacgccg
    11341 tggccgtgag cgccggaccg ggatcgtaca cgggtctgcg cattggcgtc tcgctcgcca
    11401 agggactgtg cgtcggttgg ggcgtgccac tcatcgccgt ccctacgcca gaagtgatcg
    11461 cggccatggc gcagaaggtg caccggcgca cagactgcct ctattgcgcc ctgatcgacg
    11521 cccgacgaat ggaggtctac gcgacgctct tcgacggcaa tctcaagccg ctctgtgaga
    11581 cacgtccgga gatcatcacg ccggagagct tcgccacagt actggccgac gcggacgtct
    11641 gcttctgtgg cgacggggcg gagaaatgtc gcgacgtgat tcgctcaccc cgcgcctcgt
    11701 tcctcgggca gatcacccct gtggcggccg agatggtgcc catcgccgag cgtgcatacg
    11761 ccgagcgtcg cttcgtggac acggcctact tcgagccatt ttacctcaag gaattcgtgg
    11821 ccaccacgcc ccgaaagaag atctgatcgg agggttgggg atcgaggagg atggggtagt
    11881 caatggggat acaacagggg ggcaatgggg atatggcgaa aaaaatgggg ataaatctca
    11941 cctccgattc attggaggaa aaaatcggca aaaagtgaga tgtagagcca catctaacgg
    12001 tgtttttccc cttcaaacgc ccccaattcc gacctgtaca cccaaaaatt tttcaccgcc
    12061 catatcccca ttattgggga ttcgtctatc tttgcccccg acttacaaaa acaggaaaga
    12121 aatatggctt acgtaattaa tgacgattgt gttgcatgcg gttcatgcat tgacgagtgc
    12181 cccgtagagg cgatttcaga aggtaagatc tacctcatca atccacaact ctgcaccgac
    12241 tgcggttcgt gcgcagcagt ttgcccctca gaggctattc atccggcagc ggtataatcc
    12301 cgctgcagca acactgaaaa gaaatttttt acgtggagat cgggaaggcg aaaagcgcct
    12361 ccgactccac gttttttttg tgcccttacg ttaggctttg ggcaacccca tcgagcatgc
    12421 gtttggcttg cggcaggcct ctgccgaggc cgaggaagtt tatcctggta tccggccaac
    12481 ttcccagccc caaacaggcg cctgtttacc ctcgcgcaga ctgcatagcc ccaaacaggc
    12541 gcctgtttac cctcgcgcag attgcatagc ctcaaacagg cgactgttta ccctcgcgca
    12601 gattgcatag acccaaacag gcgcctgttt accgccgcgc agaccggagt gaaccaaaca
    12661 ggcgcctgtt tatcctcgcg cagactggag tgaaccaaac aggcgcctgt ttactctcgc
    12721 gcagattgcg tagccccaaa caggcgcctg tttaccctcg cgcaggcctc tgccgaggct
    12781 gggaagtttg cctggtacaa gaaatagcgg cgatttatcc agtacccggc taaacttcgc
    12841 tggcggccgc agccgccccc aaacaggcgc ctgtttgggg ttacaaaaaa ctgaagcgaa
    12901 agcgcaggcc aactttgagg tacccggcca aacttcgctg cccccgcagg ggccctgttt
    12961 accaccgcgc agaccggagt gaaccaaaca ggcgcccttt ctttgcaccc ccggagcgcg
    13021 tgaacacgcg actccaaccc gattacccct aacgatttca gaacggatgg aaactgcact
    13081 ttatctgatc cccgtcacgc tgggcgatac gccgcatgag cgggtgctgc cggaatacaa
    13141 ccgcgaggtg gtgcgcggca ttcggcattt cattgtcgag aatctgcgaa cggcgcgccg
    13201 cttcctcaag cgggccgacc cggcgatcga catcgacgcg ctgcatttca gcgaactcaa
    13261 taagcacacg ccgcccgagg ccgtggccgc catgctgtcg ccgctggccg aggggcagcc
    13321 cgtgggcgta ctgtccgagg ccggctgtcc ggcggtggcc gatccggggg cggacgtagt
    13381 ggccgtggcg cagcgcaagg ggctgcgggt cgtgcccctc gtcgggccgt cgtcgatctt
    13441 gttagccgtc atggcctccg ggttcaacgg ccagcgattc gccttccacg gctacctgcc
    13501 catcgaggcc gaccgtcgca cgcgccgcat caaggagctt gaagcccgca tctatgccga
    13561 ggatgagacg cagctcttca tcgaaacgcc ctaccgcaac gagcgactgc tggaggagct
    13621 ggtccgcacc tgccgaccct cgacgcggct ctgcgtggcc tcaaacgtga cgtgcgccga
    13681 tgagtttatc cgcacgcggc cggtgaagga gtgggcgcac aaggccccgg acctgagtca
    13741 ccggccgacg attttcgcac tgtataaata gcccccgaac gacctgcacg gatgaaagat
    13801 ttgcttttga tcggtctcgg cagctgtctg ggcggcatgg cgcgccactt ggtgggccta
    13861 ggcatgcgtc attggggctt ggcctctttg tggggcacgc ttgcggtcaa cctgctcggc
    13921 tgcctgctga tcgggctgct ggcgggactc ttcgcgcgcc atccgaacgt ctcgctggcg
    13981 gcgcaacgct tcctgacgat cggtgtgtgc ggtggcttca ccacgttttc caccttttcg
    14041 cgcgatggcc tgacgctttg gcaggaaggc cggttgccgg cctttgtgct ctacgtggcc
    14101 ggcagcgtgg tggcgggcct cgtggccgtc gccgcgggtt atcggttggc gggcggccac
    14161 gcgtagcgca taaggccttt ttctggatct cattttacct cttacactct tagcttctca
    14221 attatggata aagaatttca ggcccacgag acggccataa tcgacgccgg atgccgcatt
    14281 gggcgcggca ccgtggtgtg gcatttttcg cacctcatgt cggggtgcat cgttggcgaa
    14341 cgttgctcga ttgggcaaaa cgtcgtcatc tcgccgggcg tcgtgctggg cgatggcgtg
    14401 aaggtgcaaa acaacgtctc ggtctacacg ggcgtgacct gcgaagacga cgtcttcctc
    14461 gggcccagct gcgtgttcac gaacgtgatc aatccgcgca gcgccgtgcc gcgcaaggat
    14521 gagttccgtc cgacgcgtgt cgaacgggga gcctcgatcg gggccaacgc cacgatcgtt
    14581 tgcggacata cgatcggtgc ctacgccttg atcggagcgg gcgcggtggt gacgcgggat
    14641 gtcctgccgt atgccctcgt ggtgggtaac ccggcgcggc atatcggttg ggtgagcgaa
    14701 tacggtcatc gtctccgctt cgatgccgat gggtgcgcca cgtgtccgga gagtggcgcg
    14761 cggtatctat tgaaggaagg aaaggtggtg cgggtggatg agtaaccccc tcctcttgtc
    14821 ttgacacagg gaaaaggagg cgagaagaaa gtcaaggcct cgactgaggc caaagaggtt
    14881 agccgggtac atgatggatc tctccatata tgtacccggc taatttgatt ggcgttcctg
    14941 acgccttaat acctctgatt gagcagcggt aggctgacgg agaagccgac ggatcgatag
    15001 cgaccattct cccagccaac gaagacgccg aggcgcccca cgtcgtcgag gccgagggaa
    15061 tagccggcct cgatgtggtt gaagcggggc cgaaggagcg cgtgcacatg caacgcctca
    15121 ttgaagaggg cggactgtag gacgggcagc tgcttcagca ggaggtagtc ggacgaatag
    15181 gtcaagtgcg cctgcaacca gcgatcgtcg gccgactgcg cgtagggatt aagcagctgg
    15241 aaggtggccg acattgggcg gtcggagacg tgcagcggcg cggcggcgaa gtgacgacgg
    15301 tcgggcaggt aaacgtgtcg cgctgcgggg aagaagccgc cctccacgcc gtagaagaag
    15361 cgcccgaaga gaccgacgcg caccgtctgc acgacagagg ccgacagcat ggcaaagtcg
    15421 gccgcctctc caccgccgat gggcagtccg ccgcgataac gcagcatgaa cgtcggccgc
    15481 tgcgtttcgg catagaactt ctctccgaac cgtacagaat acggtcgccg gggcgtgtac
    15541 gtcacgcgga cgtcagcgat ccaggccgta tgggagggca tgggcggttc gttcggatcg
    15601 ccgggcacgt tcggggcggg acgtccgccg aagacactga acgacgtggc attcgcgagc
    15661 gcggatcgtc gctcgacgtg caggccggcc gaaagacgca gcccgttggc cacatcgatg
    15721 cggtgcgtga gtccgaccgt ctggcggcga tagagccggg aggcgttctc ggcaaagagc
    15781 agcgaggaga gggcattgat caggcgtgcc gtggcatact caccggcgta atccgccgtc
    15841 gcatcggagg ccgtgagggt cagctcgccg tggcgcaggg gattgtagcg gaaggtggcg
    15901 tcgagttggc cgatgaaggc acgacgtgcc gtagcgtagt aagccgcagg cgtgatctgc
    15961 agtgagcgtc tactgtcagg gcgacgatag gagaacatca gccgttgccc gatccaaaag
    16021 ccatccacga aattgtattc cggcacggcc ccgcgcaatc cctcgtaacc gaaggagacg
    16081 ctcggactga agcgcaccgt ctcgcccacc aaacccgtcc caagccacca cacccaggag
    16141 cgtcgacgaa ccgaatcgcg cacctgctcc gaccgcacca cggcgcggaa actgtcgcgg
    16201 cgctgatagc tcaccgtttc gtcgggctgg agcggctgcg tacggacagc ctgccagtaa
    16261 gccgtgtcgc ggagcaacgc cagcgagtcg cgcgtgatgt gcaccatcga gtcgcgcggc
    16321 tgtcgctcca gccccttctc tctctgttcg tcctccgaca cctgttgcat gagctgcgcc
    16381 atgcgatacg cctcgcgcgt cgtcagctcc tctttcgcgg ccagctcctc cagcttgcgg
    16441 cgcgccttgg cctgtcgctt ggtcagcgag ggtcgtgcgg ccggagccgt ggggagcggc
    16501 gggatgtaga ccgtcgtcgg ggcggtgttg gccaccacat tgcggtagcg gacggacgag
    16561 taatagcgcc cgtcggcctt aatgcccatc acgctgaggt gcatccgcgt gtcgtaagcg
    16621 gtgggcatcc agacgtcttt ccgcacctcg tggaaggcca tgcgatggct gacggtgaag
    16681 cccgggcggc ggatgttgag gtcgacctgc tgcaggctcc aggtgtgatc caagatgtag
    16741 atccagccat ccaccagccg actgtcgttc cgccggggcg tgacgtagat cttattgatc
    16801 acgtgcccat tctcgtgtgt tacgccgtcc aaccggaagc ggtaatagct gaacgcgccc
    16861 ggcgccaggg gcgaaacgca acccatgatc tccgggtcgt agacgttggt ggtgagggcc
    16921 gcggcggcgg catcgtcgtc gtccagctcg gcgggcacag tggtggagag cgccaggacg
    16981 cgttggtcga agcggcgcgg cgcggtgaag cgcacctcgt tatgagactc caggaggaag
    17041 gtcttattcg agaaggtctt gagcttgacg ttgcgcccat cgatgttcac ggagccgatg
    17101 ccgggtagtt tgccggtctt gacggtcccc ttgatgtaga cgtcggccgt gtagctacgc
    17161 accatgtagc ggtgttgcgg cgcgtgggcg atagcgcggc gcatgatggc ataggcgggg
    17221 tcttcggcgc cggcgcggac gacgacttca cggagtgcat aagccatctc tcgcagctcg
    17281 acgcgcaggc gatccttcgc ggcgtcgccc gtcacggtga agggcaccac gaccttctca
    17341 taacccaggg cggagaactc gcccgtatag tcgccctgcc cgagatgcga gatgaagcgg
    17401 cctgcctcgt cggccacaat gcccgtagcc gtctcgcgga catagatcgt ggcgtaggcg
    17461 acggggcgcc cccgatcgtc caccacctcg ccttgcagcg tctgcgccct gaggctggcc
    17521 gtaaggctaa ggagcaaccc gaagacgagc cccaacgccc ggacacaaca acgcctcccc
    17581 cgctggtggc agaggaggcg aaggcggttc atggatatgc gctcacgtgc catttactcg
    17641 atgcgaatcg tttgcataag cgcccgtccg tccttgagga cgtaggtgat attcacgcga
    17701 tactcgcggc tggcggtctg caacttgccg accacaaatc cgccgccgtt cttatcggcc
    17761 tgatggacga cggtgaagcc cgtcggcggg ttaccctgaa agaatcggcc gaggatggct
    17821 gccgcctccg ctgcgctcgc ccgctgcgag acgccaggca cggacacgtc ggcctccgtg
    17881 tacatcgacc cggatagggc cgccgtgttg ccactcttca tcgcctccgt gatgggcgta
    17941 atgtcggccg catacacgcc ccaggccgta aacagcgcca ggatcgttgt cttcaatttt
    18001 ctcatcattc gttcctccta tcattaatgg gttagttgta ttttgagaga tagaaatcgg
    18061 tgcgagaggg ggagaaaaac cgctgcaccg cgctctatcc gtagcaaaaa tagatccaat
    18121 aggctttaca cgacagccgt ttcgcattta ttccgaagga agatcccaag cgaagcatcc
    18181 acccccaccg ttttgcgccc acctacggca cccttcgaaa tcaaccgaat cggatacgtt
    18241 tcggattgca catcatctat ccgtgaactt atctgatcga taccgtatga catcgccttt
    18301 tatatccccc cattttgtat ttgcccgaat ggtattccat acctatcaac acagatttga
    18361 tactctccag atggcacaaa atctaaactg attcagtttt gtatcatatc ggattgcatg
    18421 caatctgata tggatcaatt ttgtattgga tcggatggcg tgcaatctgg agtcaatcaa
    18481 tttcgttttg catcggattg catgcaatct ggagtcaatc aattttgtat tgcatcggat
    18541 tgcatgcaat ctggagcgaa tcaattctgt atcagatcgg attgcatgca atctggagcg
    18601 aatcaatttt gtttcgcatc ggattgcatg cgatctggag cgaatcaatt ttgtattgaa
    18661 taggatggca ttccatctga cgagaatcca ttctgcaaat aatccgagag gatggcatac
    18721 ggcataaaac aatcgtgcac cacgtcatag gttatcccat ctgacgtagt gcacgattac
    18781 ttattcttga atatctctct cgagaggctg cggacgaacg gaaacgacgc cgcgatgcca
    18841 tcacccgacc ggctcccagt gggagttcat ttttccgccg ctaacccccg ctcgatacgc
    18901 cgatgatggc acacgagcaa ctgcccatcc gagccgtgga ggtgcatgcc gttgccctcg
    18961 cagtaacgaa acagctggca ctcggcgcac tcgccctgac gcgcccactg gcgatcgcgg
    19021 tagggccgga aacggttctc ccaaacgtcc atgaagcggt cgcgatagat gttgccctga
    19081 taatagtcgg cccggatgct ggggcaaccc gagatggatc cgtcggccag gacggaggcg
    19141 gtggagacgc cggccgagca ctcgtagaag tggtcgcgga catccatctc gtagccgcct
    19201 aagaagccct cgcagccgta agagacatcg atctggccct cgcggcgcgt ctcacggagg
    19261 aagcgcatga ggcggacgaa ctgctcgtcg gtgagctgca attcgggcac atgcgccgcg
    19321 cggccaacgg ggaagacggt gaagatgcgc cagtggcgga cgccgaggtc gatgaggtag
    19381 cgcttgaagc gaggcaagtc gtcgaagttg cggcggttgg cgcaggtgac gacgtcccaa
    19441 ttgacgtccg tcgtctgcgc caggccgcgg atggaggccg tggctgcgcg gaagctgttg
    19501 cggtggccac gcatccagtt gtgatcgtcc tcaaagccgt ccaggctgat ggtggccgac
    19561 cgcatgccgg cagccagcaa gcccggcagc cgctcggcga aaagcagtcc gttggagacg
    19621 ataccccagg gaaattcgcg gcggtaaagc tcgcggccac aggcctcaat gtccgggcgc
    19681 acaagcgcct cgccaccggt gaagatgatg agcaccttgt gcgggttgac gtgcggccga
    19741 atctcgtcca ccacgcggag gaagtcggcc atcggcatgt cgggcatgag ggacgagacg
    19801 cgacaatcgc tgccgcagtg ccggcaggcc acgttgcagc gcagcgtgca ctcccagaag
    19861 agcgtgcgga gctcgtgcag cttgacgcgg ttgcgatgca ggcggcggaa ggtctcgagc
    19921 gcgagccgtt tcttgaggtt gatcttgacg tcgttcatct cttcttacgc ttgagcgtga
    19981 cgttgacctc cttctccgcc tcacctttaa accagcgatt gtcaccaccc ttcaggtcgc
    20041 ccttggcaaa gccgaccgtg acgctgtccg agtcataggc gggacgcgcg gtgggatcct
    20101 catacctcag tttgaggtac agcgaatccg gtgcaaaacc ggcgttgtag cggtacgtgt
    20161 acttcccgtc cggatcggtg taggtcgtgt cgtgaggcga aggatagtcc tgcttacccc
    20221 acttcccgtc cacattcggc gctacgatgc gcaccccgga gagcggtcgg ccctcctcgt
    20281 cggtcacgcg ccccgtcacc ttaaagtcgg cgctcgggga tccgtattcc atctgaaata
    20341 ttttgtcgca accggagaat cccagcagcg acaagatgcc cgccagcgcc cagttggtgc
    20401 cgcggatcaa tttgcgattc agcttcttca tgtctccgtc tcctttctat gacttcttct
    20461 ttgccttcag tttcacgttg acctccttct ttgctgcgcc ccgataccaa tgcttgccgc
    20521 catccttcag gtcgcctttg gcaaagccga cagcgatgct gtccgactcg taaatggacg
    20581 gttcagtcgt gtcttcaatc ttcatatgga tgtagaccga gtccgcgggg aagaggctgt
    20641 actcccgaac gaatgagccg tctgacgcgg tgtagaccgt gtcacgcagg aggccggagt
    20701 aacattggcc ggggcctttg ccccaaatcg tcgtcacctc cgacgccacg acacgcatgc
    20761 ctcccagcgg ctgtccctgc tcgttcgtca cacgccccag caccttgaag taggagctcg
    20821 gcgacccgta ttccacactt atctctccgc ctccgttgtc gtctttgccg catccggtga
    20881 atcccagcag cgacagtagt cccgccagcg cccagttggt gccgcggatc aatttgcgat
    20941 tgaacttctt cataacctgt tcttcctctc tatgatttct tctttgcctt cagcttcacg
    21001 tcgatcacct tctcggccgc gcccaagaac cagctcccgt cggcaccctt caggtcgccc
    21061 ttggcaaagc cgaccgtgac gctgtccgac tcatagtctg ggcgcttcgt ggggtcttca
    21121 aacttcagcg tgaacttcag tgaatccggt gcataaccgg cgtagtaccg gtatctgtaa
    21181 ctcccgtccg gagagctgta gaccgtgtcg taaggacttg gaaagtcgct cttcaagttg
    21241 gtctgtacga cgcggatccc ggagagcggc tcacccgctt cgtcggtcac acgccccgtc
    21301 accttaaaat cagcatgcgg ggagccatac tcctccaccg gattgccgca gctggagaat
    21361 cccagcaacg acaacaatcc cgccagcgcc cagttggtgc cgcggatcaa tttgcgattg
    21421 aacttcttca tgtctctgtc tcctttctat gatttcttct ttgctttcag tttcacattg
    21481 acctccttct ttgctgcgcc ttcgtaccaa gatcccttgc cacgcttgta gtagtctttg
    21541 ctctcgaacg tcacatggat agtatcgttc tcgaagctac cgtttgcctc gccatcggtg
    21601 tctgatatga ccagatccaa ggcatcgagg gggaggtaat ttgccgacac ggaatagcgg
    21661 ccatcctgtc ccgtcctcgt agaatcgaaa gaggcgtaat ggagttgctc acctttaccc
    21721 agttgcacct tgacattcgg cactggtgtg ccttgctcgt ctgtcacctg ccccgagact
    21781 ttgtagtctg cattcggcga accatactct actcttatta ttccgttgca gccggagaat
    21841 cctaacaacg acaagatgcc cgccagcgcc cagttggtgc cgcggatcaa tttgcgactc
    21901 agcttcttca taacctgttt tcctttctat tctatgaggg ttcgttcttt cgagtgctct
    21961 attcttttct gcttatctgt gggcaaagat gaagaatgca cgtctggcgc tgcttcgcta
    22021 ctaaacattt ctaattttgg cgccgttcac tcacagaaag aaatactgat ggataaacag
    22081 aatctgagaa ttctattcat gggaacgccc gactttgccg tggcttccct caaggccttg
    22141 gtagaaggcg ggtactgcgt cgtgggcgtg gtgacgatgc ccgataaacc catgggccga
    22201 catggcagtg tgctgcaagc atcgcccgtc aagcaatacg ctgctgcgca gggactacgc
    22261 gtgctgcaac ccgaacgcct ctctgacccc gccttcgtcg acgaactccg caagctccgc
    22321 gccgacttac aaatcgtcgt tgccttccgt atgctgccgc gcgttgtttg ggaaatgcca
    22381 cgcttgggca cgttcaatct gcacgcctcc ctgctgccgc agtaccgcgg cgcggcgccg
    22441 atcaactggg ccgttatcca tggcgacaag gaaacgggtg tcactacctt ctttctccgc
    22501 catgagatcg acagggggcg catcatcctg caacgccgcg tacccatcgc cgagactgac
    22561 gacgcgggca cggtgcacga ccgactgatg gccatcggtg ccgcattggt tgtcgagacc
    22621 gtagaccgaa tcatcgacca tgatggacat gtggagacga cggagcagga ggcgctcgcg
    22681 accgacaccg ctccgctacg cgacgccccg aagatcttcc gcgacacgtg ccacatcgac
    22741 tggtgccagc ccaccgagcg cgtctacaac ttcatccgcg gcttggctcc ctatcccgcg
    22801 gcctggaccg agatcctctc ggccgacgga cggcggatgg cgctcaaagt gttccgcagc
    22861 gagcgcatcg ccgagccaca cgcactctcg cccggagcga tccgcaccga tggccgacgc
    22921 cacctcgacg tggccaccga ggacggcttc ctccgactcc tcgacgtgca gcccgccggc
    22981 aaacgccgca tgacggccga ccagtttctc aacggcaccg acgtctctgc ctgctgcatg
    23041 gcgtaaacct ttcaaacacc attcgaacac cacttcaacc gccattttcc aaccacttaa
    23101 tattacaatc acatgaacgc attagactac gtaaagcaat tcaacgggtt cctctggaac
    23161 gatttcctga tgtacgtcct cctggccgtc ggcatcttct acaccatcta cctcggattc
    23221 ccacagatcc gacacttcgg actcatgttt aagtacgcct tcgggccagc cttcaagcga
    23281 cgcaagaagc gcgacaagca cgctaagcag gacgaggccc acaaggttaa ctccttccaa
    23341 gccctggcca cagccgtggc cgcacaggtg ggcacgggca acattggcgg cgtagctacg
    23401 gctatcgcca ccggtggtgt gggcgccatc ttctggatgt gggtgtcctc gctgctgggc
    23461 atgggcacga tcttctccga agccacgctg gcgcagaagt accgcgaggt aaaggatggc
    23521 ggagtcgccg gtgggcccgc ctactacatc tccaaaggcc tcaaatgcca cccgttggcc
    23581 gtcttcttcg ccctggccat catccttgcc ctcggctgcg tgggtaatat ggtgcaggcc
    23641 aactccatct caatcgccat cgtcaactcc ctcggcaccg ggccggacac catggcctac
    23701 ctgccctacc tcatcggcgt cgcgttggcg ctgctcgtgg gcgtggtcat catgggcgga
    23761 cagaagcgca tcacagccat cgccgagctc gttgtcccct tcatggcgct gatctacatc
    23821 ctcggctcgc tcgtcgtgct cttcctttat atcggcgacg tgccccacat gttccaaagc
    23881 gtcgtcagcg aggccttctc cacgaaagcc gcggcgggcg gtgcagccgg tacggtgatg
    23941 aaatacgcca tccgctacgg cgtagcgcgc ggcctcttct ccaacgaggc cggtatgggc
    24001 tccacgccgc atgcccacgc catggcgcac gtcaaggacc ccgccattca gggcttcgtg
    24061 gccatggccg gcgtctttgt cgacacgatc ctgatctgta gctccacggc cttcgtcatc
    24121 atgctcaccg gcgcttatca gggcaccgac ctcaagtccg tagccatcac gcaagaggcc
    24181 ttcaaccgcg ccttcggctc cggcggcgtc accttcctgg ccatcgccct cttctttttc
    24241 gccttcacca ccatcatggg ctggtacatg ttcggcgaga tgaacgtgcg ctacctcttt
    24301 ggcaaatacg gcgtcctgcc cttccgtctg attgtctgcg gctgcatctt ctgcggctgc
    24361 atcttcgccg ccgacctcgt ctgggagcta gccgacacct tcaacggcct catggccatc
    24421 cccaacctca tcgccatcgt ctgtcttgcc ccacaggtgc gcaagatgta cactcacttc
    24481 ttacagcgcc gccgttcggg cgagctctga cacccgctct gatcttcaga tcatccgttt
    24541 gacttcatat ctatattgtt cgactcgtgc gttgagctgc ttcggctcgc gcacgagttt
    24601 ttttgtcccc tatgctagcg aaatccaatg gcgcgtgatc aaaatttgat gactcaccag
    24661 ctttttcacc tctcacgtga tcgatttttg ttcacgcacg agctttttta cctctcgagt
    24721 gatcaaattt tgatgacaca cgagcaacaa taagctggca tgtgatcgaa ttttgatcac
    24781 gcacgagcaa caacaagctg gcgtgtgatc aaattttgtt cacgcgtgat cgaattttga
    24841 tgacgcacga gcttttttac ctctcgcgtg atcaaatttt aatgacacaa gagcctttct
    24901 acctctcacg tgatcaaatt ttgatcacac gatatgtttt gtacgtcatg catgaggtta
    24961 cgaatctctc ggactacgcc tcggctctct ccgcccacaa agaagctccc tcgggattcg
    25021 cgtacttttg tccgcgtaac agaaaagggg tgagcgtaag cctccgcaaa tagaagtaag
    25081 acatgaataa gcccaccgtc gaagtgactg gcatctcgcg caagggcctg ctcctaatgg
    25141 ttcgggggaa agaatacgcg ctgccttaca gccggttccc gtggttcgaa caggcacggg
    25201 tcagcgacgt gttcgacgtt gaaatgcgcg gcaggagccg catccgatgg gaagccttgg
    25261 acgtcgacct cagcctatcc atcctcgaaa acccggacgc ctacccgctc accgcccgat
    25321 aacccgacat tcaaacagaa acaatggcca aaacgaaatc agtctacgtc tgctcccaat
    25381 gcggggcgga ttcacccaaa tgggtgggca aatgccccgc gtgcggcgca tggaatacgt
    25441 atgtggagga gatcgtccgt gcggaaccgg ccgctcgacg cgccgcagct gccatcggtc
    25501 gatcggacgc acggccgcaa ctcctgcgcg acattaccgc cgaggaggag gtgcgcatcg
    25561 atatgcacga cgcggagctg aaccgcgtct tgggcggcgg actcgtccgc ggatcgctcg
    25621 tcctcgtggg cggcgaaccc ggcatcggca agtcgacact cgtcctccag accgtcctcc
    25681 gcctcaccga cctccacacg ctctacgtct ccggcgagga gagcgcccgc cagctcaaga
    25741 tgcgcgctga ccgcctctcc tctgacggtg ccgaggagat ggcgcactgc cacgtctatt
    25801 gcgagacgca cctcgagcag atcctcgccc acgccgatcg cctcaagccc gacctgatga
    25861 tcatcgactc gatccaaacg atgtataccg aggcggccga gtcgtcaccg ggcagcgtca
    25921 cgcaggtcag ggagtgcagc gcggccatcc tcaagttcgc caaagagaca ggcacgccgg
    25981 tccttatgat cgggcatatc aataaggaag ggagcctggc cgggccgaag gttttggagc
    26041 acatcgtgga cacggtgttg caattcgagg gcgacaggca gtacatgtac cgcatcctgc
    26101 gcagcatcaa aaaccgcttc ggcagcaccg ccgagctggg gatctacgaa atgcggcagg
    26161 gcggcctccg cgaggtcgac aacccctcgg agctgctcct gacacagaac cacgaagggc
    26221 tgagcggcgt agccattgct gcagccgtcg aaggtgcgcg gccgttcctc atcgagaccc
    26281 agtcgctcgt cagcacagcc gtctatgcca cgccgcaacg cagtgccacg ggcttcgatc
    26341 tgcggcgcat gaacatgctc ctggccgtac tcgagaagcg cgccgggttc aagctgatcc
    26401 agaaggacgt cttcctcaac atcgccggcg gactgcgcgt cagtgacccg gccatcgacc
    26461 tgcccgtcat cagcgccgtg ctctcctcca gcatcgacct ctccatcgac cgcggcacat
    26521 gccttgccgg cgaggtcggt ctctcgggcg agatccggcc cgtgcaccgc atcgagcaac
    26581 gcatccgcga ggcggccaag ctcggcttcc gtcgcatcat cgtgccgcag atgaaaggtc
    26641 tcgagtccgt ctccgacctg atcgaactgc atcaagtgcg caaagtcgag gaggccttcc
    26701 gattgttgtt tgggtaaagc atgaaggata tgaatacagt agatcaagcg atggcagaca
    26761 aactgtctgc attcttccgc acacagccga cggtggataa agcatggctg ttcggctcct
    26821 gtgcacgcgg cgaggctact cccgaaagcg acgtagacgt gctggtacgt tttcagagaa
    26881 atgcccgggt gacgctcttc tcatatgcgt ccatgcaaca caagatggag cagctgttga
    26941 acaagcgtgt ggatctcgtg gaggacggcc gattaaaaga cttcgcccgc gcaagcgccg
    27001 aggcggataa agtgttgata tatgagagag aagattagag acggggcgcg tttgcgccat
    27061 atgatcgaag caatagacaa catcttcgag tttacgagta gggaaacctt cgagagctat
    27121 cagcaaaata agatcttgcg gtttgcggtg attaagaatc tggagattgt cggtgaagcc
    27181 gcctatctgc tgacaaaagc gttcaaagaa gcacacccag agatcgaatg gaatgcagtc
    27241 attgggatga ggcacatact ggtgcatggt tattatcaga taagggacga aatcgtctgg
    27301 gcaaccatag aaaccgacct tctgccgcta aaggcaagta tccaattgat attagaaagc
    27361 gaattcaaga cctcatgacc aaacagacag ataatccatc catgcaccac atcaccatcc
    27421 agcccgggtt gagcgaccgg gaccgagcaa cgctcatcgg atggacgaac cgcaaggggg
    27481 cggatttctt acgccaatgg gccgggccga cgccgcactt tccgttgacg cctgagcagg
    27541 tcgacgactg gagcgacctc tacaccatct tccgacaggg gcgattcgtc ggcatcattc
    27601 aagagatcag aagggagcaa gacaacgtgc acatcgggcg cttcgtctta gatcccgcac
    27661 agaccgggcg agggatcgga cgcgctgccc tgctcatctt tatggacgtc ctcttccgcg
    27721 acgacgccat tcgatccatc actctcaacg tgttcgacca taatctcgcg gctcgaaagc
    27781 tctacgagcg ggtcggattt gaagtcctcc gaaccatcga gtcgccggag aagaaataca
    27841 cgatgattaa gcataaaccc accccatgac caaagacctt cagctccgac tgctgcccga
    27901 agaggcggcg aatgacgaca cactgcgcgc cgtcgtagcg cgcgagacgg gcgacgcgcc
    27961 gcgcgccctg cgcatcctta aacgatcgat cgacgcccga cagcgcacgg tctacgtcaa
    28021 tgtcaccctc cgtgccttct tcgacgagga gccgaccgaa ccgctcttcc ccgaggccga
    28081 acggcgtgac gtctccggcc gacccgccgc catcgtggtc ggcgccggac cgggcggact
    28141 cttcgccgcc ctccgactca tcgagctggg catgcgcccc atcgtcgtgg agcggggacg
    28201 cgaggtgaac gaacgcaaac gtgacatcgc cgacatcgtc cgccgcggca cgatcgaccc
    28261 ggagtcgaac tactgctttg gcgagggtgg cgcgggcgcc ttctccgacg gcaaactcta
    28321 cacccgcagt aagaaacgcg gctcggtgga gcgtatcctc atccgcttct gccagcacgg
    28381 cgccaacccc gccatcctct acgacgccca cccgcacatc ggcacggaca agctgcccag
    28441 cgtgatcgaa cgcatgcgcc gctacatcat cgactgcggc ggcgaggtgc actttggcac
    28501 ctgcatggac gggctgctca tccacgacga cgaggtgacg ggtatcacca cccgcacggg
    28561 gcaagagttc cgcggccctg taatcctagc caccggccac tcggcacgcg acgtctaccg
    28621 catgctcgcc gaccgcggcg tgacgatcga ggccaagggc atcgccgtcg gcgtacggtt
    28681 agagcacccg caggcgctca tcgaccgcat ccgctaccac cgtcgcgagg ggcgcggccc
    28741 acatctgccg gcggccgaat acacctttgt ctcgcaggcc gggggacgcg gcgtctactc
    28801 cttctgcatg tgccccggcg gctttgtgat tcctgcttcg acggcgccgg acgagtgcgt
    28861 tgtcaatggc atgtcgcccg ccaatcgcgg gtcgcggtgg gcaaacgctg ggtgggtcgt
    28921 cgagctgcgg ccggaagatc ttgcgtcgtt tcacctaccg gatacgggcg gcgagcccgt
    28981 gcccgaggtg ctggccatga tggactttca ggagcgactc gagcggctct gccgcatcaa
    29041 cgccgggcag ggcgtcaagg cgccggcgca acgcatggcc gactttgtgg cgcgtcgcaa
    29101 ctcgtctgcc ctgccggcgt cgtcgttcag tcccggccta ctggcctcgc cgctccactt
    29161 ctggatgcct gactttatca cgagccgact acgcgagggc ttccgctcgg ccgaccgcgt
    29221 gtcgcgaggt ttcctgacga acgaggccgt gatgatcggc gtggagacac gcacctcgtc
    29281 gcccgtacgc atcctccgcg accgtgagac gctccgtcac gtgaccctcc gcgggctcta
    29341 cccctgtggc gagggcgcgg gctatgccgg aggcatcgtc tcggccgcca tcgacggcga
    29401 acgctgcgcc gagcagttgg ccaccgccta cgggagataa acaaccgcca gccgagatgt
    29461 acccggccca acttccccgg cctcggtaga ggccttgatc ttcttttgcc tccttttctt
    29521 ccatcaaggg aagaaaagga ggatccaagg aaagaaaagg aggatccaag gaaagaaaag
    29581 gaagattcaa gggaaaaaaa ggaagactca agggaagaaa acagacgaac accaagaaat
    29641 ccccccctaa cgaaaaatgg ccggatacat gacgatgtac ccggccattt tcattgtcgt
    29701 gccttcggcg gcttacttga acgtcatcag tcgactgatg tatttgccga tgatgtcgaa
    29761 ctcgaggttc accaccgtgc ctttaacgat ggcgttgaag ttcgtgaggt cgtgcgtata
    29821 aggaatgatg gccacctcga agctgtccgc gcgggagttg cagacggtga ggctgacacc
    29881 gttgaccgtg acggagcctt tctctacggt catgtatccc tgccgagcca tctccgggtc
    29941 ggcggtgtag ctgaaggtgt aataccaact gccgtcggcc tcgcgcacgt cggtgcagac
    30001 ggccgtctgg tcgacgtggc cctgcacgat gtggccgtcc aagcggccat tcatcagcat
    30061 actgcgctcc acgttcacgc ggtcgccgac gtgcaagtgt ccgaggttgg agcgctccag
    30121 cgtctcgcgc acggcggtga cggtgtaggt gtcgtccgtc cgacggacga cggtcaggca
    30181 gacgccgttg tgggcgacgc tctgatcgat cttcaattca ttcacgaagg agcaacgcag
    30241 cgtcaggtgc aggttgccct tgtcttgttc cagcgcaacg atggttgcgg cttcttctac
    30301 gattcctgaa aacataagta ggtaaggggg tagttaatgg taggggcgta ttgcatacgc
    30361 cccccaacgg ccccatcggg ggcgaatttg attggcgttt aaatgacgtt tgaatggtga
    30421 tgcaatggcg tttgaacata gggggacata cgcttgcccc tgacggggca tttgtggggg
    30481 gcgtatgcaa tacgccccta ccgcgataca tgtaagggcg gcctgaaagg tcgcccctac
    30541 taccatgggc gtatgcgata cgcccctact tcccttgctc cagttgcaac gttttggtgg
    30601 gggcgtcgca gacctcggag gggccgaagt actggatggg gccggggtag acgtaatcgg
    30661 tggtcatggc ccactcgtcg cgcatggcgg cataggctcg gaagggggcg ccgtcgagct
    30721 ggacgagcgc cttgcggatg acgggcttca tgacgccgtc gcgctgctcc atgttcatca
    30781 tcattgtgat ggggataccg ccagcggtcc actccgcggc cggcgcggtg gtgttgcgca
    30841 cggaggccat gtagcccgtc ttgccggcgc ggataaggca cgaggcggcg taaccgagcg
    30901 agtagcaata gtcggcgtcg tagttcgacg gcgcggcgca gcggccttcg taaccgaaga
    30961 agtgcatctg cgtggcgaac ttgccccggt aacgcccttc ctctttccac tccgagaggc
    31021 gattgtcgac catctcggcc agcagcttct cggtctcgat gagcgagact tggacattgc
    31081 cgtgcggatc gcggtcgagg gccagctgac gggccacgcc ctcgggcagg ctggcgtaga
    31141 gcgctgcgtt ctctttcgag agtttggaaa tgaggtagct gtggcgcacg ctcttcttga
    31201 tcatcttgaa ctctgcctta ttgcgggcca ggaagtcgtt cagctcggcg atgaggcgct
    31261 tcatggcggg gatgaactcg atgagccctt cggggatgag cacggtgccg aagttgttgc
    31321 cctcggcggc tcgacgggcc acgacacgcg ctatacggtt cacgatctcg tcgagcgaga
    31381 ggtcgttggc ctccacctct tcggagatga tgcagacgtt cgggtgcgtt tgcagggcgc
    31441 actccagggc gatgtgcgac gccgatcggc ccatgagctt gatgaagtgc caatacttac
    31501 gcgccgagtt gcagtcgcgc tggatgtttc cgattacttc ggagtagacc ttgcaggcag
    31561 tgtcgaagcc gaaggaggtt tcgatgaggt cgttcttcag atcgccgtcg atcgtcttgg
    31621 ggcagccgat gacgctgacg ccggcgccga tcgaccgata atattcggcc agcacggccg
    31681 cgttcgtgtt cgaatcgtcg ccgccgatga tgacgagcgc cgagataccc agctccttga
    31741 ggatctccag ccccttgtcg aactgttcgc gtcgctcgag cttcgtgcgc ccggagccga
    31801 tcatgtcgaa gccgcccgtg ttgcggtatt cgtcgatgat gtcggccgtc agctccatgt
    31861 atttatgctc caccagtccg ccgggcccca agatgaagcc gaagagacgc gactcgggat
    31921 tagccgcctt gagtccgtcg aagaggccgg cgatcacgtt gtgtccgccc ggagcctgtc
    31981 cgccggagag gatcacgccc gcgttgatgg gcggcatggg gtcggccgcg tcgccacgct
    32041 cgaaggtcac ggccggcatg ccgtaagtgt gcgggaagag ccgcttgatt tcctctttgt
    32101 cgcccgctgc ttccgtcgct gcgccctcta cggcacgcac cgatccgcgc agcgccacgg
    32161 gcatcttggg cacataggcc gcccgcgcga tttgtaatgc acttttcgtc atagttctct
    32221 ctattaaatg tatgaatgat gataacctcg ctctgagatt tggatgggcg caaagataca
    32281 gggccgcgag gtgtcaggga cacctgtcaa gtttaccgga tacttcaaaa gctcgtacaa
    32341 ggaggacttc gctaccccct cggaaacgtt cagcggcgcg ttttgaccct tccgagccct
    32401 cggaaacgtt cagcggcgtg ttttggagct ttccgacccc tcggaaacgt tcagcggcgc
    32461 gttttgacac tttccgaggc ctcggaaacg ttcagcggcg tgttttggag ctttccgacc
    32521 cctcggaaac gttcagcggc gtgttttgac actttccgag ccctcggggc ctctacggag
    32581 gccggcgaag tttgctcggt acgggctttt gaggtacctg gccagcttcc cagcctcggc
    32641 agaggccgga ggccgtcgaa aaaacgtttt gcctttacat ttgcccgccc tccagaagag
    32701 gggcatcgct cagtatgaag atatcaacca agcaaaaaga attctttcgg ttctgcctcg
    32761 tggggggcac cgccactggc atccattacg gcatctattt attgctgaat cgggtgatga
    32821 accccaacgt agccttctcc atcggctact tcgtgagctt cctggccaac ttcgtcctct
    32881 cgaacttctt caccttcaag acgcgcccct cggctggcaa aggcgtgggc ttcaccctta
    32941 gccatatcgt caactacctg ctgcagtcgg gcttccttaa cctcttcatc tacgtcttga
    33001 aagtgcccga aacctgggcg ccgctgccgg tctacgccat caccgtgccc atcaatttca
    33061 tcctcgtgcg caccgccctc aagtcgccgc gcctctaacc ccccgttgcc ccaaccgtca
    33121 tgaagcgcgt atcgatcctt atcccggctt ataacgaaga ggaatccctg cccctgctct
    33181 accgccgcct ggccgacctg atggacgcac agcctatgta cgcgtgggag gtgctcttcg
    33241 tcaacgatgg cagccgcgac catacgctgg ccatcctggc ccaactgcgc gaaagcgatc
    33301 cgcgcatcaa ctacctcgac ctgtcacgca attatggcaa agaggctgcc atgttggctg
    33361 gtttcgacta tgtcaccggc gactgcatgg tgatcatgga cgccgacctg caacatccgc
    33421 ccgagcttat ccccgacatg ctccgcctct gggagcaggg ctacgacgac gtctatgccc
    33481 gccgccgtac ccgcggccgc gagtccttcc tccgccgacg gctcacggcc gccttctaca
    33541 ccctgctccg ccacaccacg cgtgtgccca tgcaacccaa cacgggcgac ttccgcctct
    33601 tggacgccgt ctgcatccgt gccctgcgcc gcctgcgcga gtcgcaacgc tacacgaagg
    33661 gcatgttcag ctggatcggc ttccgcaagc atgagctgct cttcgaccag caagaccgcg
    33721 tggcgggcca gagcaagtgg ggcttcttca agctgctcaa cctggccatc gagggcatca
    33781 cctccttcac cgtggcaccg ctgcgcatcg cctccgtctg cggcgccatc gtctcgctgc
    33841 tggccttcgc ctacgggctc ttcatcctgc tcaagaacct gatctacgac gatcccgtgg
    33901 ccggtttccc cacgctgatg gtgacgatcc tcttcctcgg cggcgtgcaa ctgctctgca
    33961 tcggcatcat cggcgaatac ctcggccgca tcttcaccga aaccaaacaa cgccccgtct
    34021 acttcgtcag ctcctacaac ggagagcggg cagactaaaa gacgaaaagc gaaacgaagc
    34081 cggatacatg tccgggggag tcctccgatc atgtacccgg cttcgttttc gttccgctgg
    34141 ggtataaaaa aggcgtccgg aacccgtccg gacgccttcg aattgcattt atgcctgaat
    34201 acaatacatc tgcccccaaa atccataaaa ggggctgaat gcttcttcaa ttaagatgcg
    34261 tatgcaccca atttccacag gttggcttcg atcgccgaca ggtgatgctc aacgatcgaa
    34321 tgcgttgtca cgtcgccagc agccgtcgcc agcttatcca gcgcgtgata cttggcctgg
    34381 agcatcttcc aagtagccag tacttggtca acgccctgct tccagtctga cacgttgtgt
    34441 gtctccttga tctcagccac cttcaggtat tccgagaaac ggttctccgg gtggccaccc
    34501 agcatgacga tgcgctcagc cagctcgtcg atggcttcag cttcgccatt gtaatactct
    34561 tcgtagagcg cgtgcagttc atagaacttg tcgcccttga tgtcccagtg caaaccacgc
    34621 aggttcgtgt agctcacttg acggttggcc agcagatcgg ccagactctc gatgattgat
    34681 gcttttgttt ccatctaatt ctttgatttg attctgttct tactcgaaaa attcgagacc
    34741 gtatctgtca aacactatgc caaaacctca gcctcggcag gcatgacaag tttgaggtca
    34801 tcctctacgg tgccgtttcc agccaggccg aacgtctcag tcagcacctt ggctacgccc
    34861 ggagagagga aggcgggcag cgtggggccg atgtggatgt tcttgatgcc aaggctgagg
    34921 agggccagca gaacgatgac agccttctgc tcataccaag cgatgttgaa gacgatcggc
    34981 aggtcgttga tgtcgttcag ctcgaagatc tccttgagct tcagggcgac cacggcccag
    35041 gtatagctgt cgttgcactg accggcatcg agcacgcggg ggataccgcc gatgtcgccc
    35101 agccccagct tgttgtagcg atacttggcg caaccggagg tgaggatcac aacgtccttg
    35161 ggcagaccca gggcatagtc cgtatagtag ctgcgtgagg cgaagcggcc gtcgcaaccg
    35221 cccatgacaa cgaacttgcg cagggcaccc gagcggatgg cgtcgacaat cttgtcagcc
    35281 agctggaaga cctgatggtg agcaaatccg cccacgatcg taccggtctc aatctctttg
    35341 ggcggctgac aggtcttggc cagagcgatc acttcgctga agtccttgtg accattagcg
    35401 tcctcctcga tgtgcttgca gccggggtaa cctgtcgaat tggcagtaaa catgcggctg
    35461 aggtaggtgt tgcgtggcgt gggcggcacg atacagttgg tggtgaagac gatcgggcca
    35521 ttgaacgact cgaactcctc gcgctgctgc caccaggcgt tgccatagtt acccacgaag
    35581 tgcttgtatt tcttgaacgc cggatagtaa tgcgccgaaa gcatttcgcc gtgcgtatag
    35641 acgtctacgc ctgtgccctc ggtctgctgg agcagcattt ccatgtcatg catgtcatgt
    35701 ccgctgatga ggatgcccgg acgcttacct acaccgatgt tcacctccgt catcacggga
    35761 ttgccataag ccgaggtgtg cgcaccgtca agcagggcca tgccttgcac gccgaagcgt
    35821 cccgtctcaa gcaccagttc cgtgagcgcc gcagcgtcca gattgccgat ggtcatgtcg
    35881 ctcagggcac gctccatgaa ggcgtagatc gtgtcgtcct ccttaccgag gcgcatggca
    35941 tgctctacgt aagcggccaa gcccttgaga ccatagacag tcagctcctt aagcgagcgc
    36001 acatcttcgt tctgttcgcg cagtacaccc tcagcgaagc ccttcgactc atactcgtca
    36061 gccaccggca cccatgtcac ttcgtcagcc gcataagtca gtccgaccgc agcagcctgc
    36121 tttttcagct catcgcggag ctcaaacatc cgatccacac ggcgacggag gctctccttg
    36181 tcaaagttgg cgttcgtgat cgtggcaaac agggcgtcta caacggcgtg atccacctca
    36241 cgcgccaccg gctgctccag cttacgcaac cccgtggcca gcacactgac gccacgcacg
    36301 gcgaacagca gcatatccat catggcggag agatcgctct tctttccgca tacaccttgc
    36361 actgtgcagc caacaccctt ggccgtctct tggcattgat agcaaaacat cttgtagtcc
    36421 atcttctttt ctttctctgt tgaatttttc tgtcaattaa atttctatcg tcgagcccac
    36481 tttgaggccc aattgcggtg caaagatccg tcagcagccc cgcccaaact gtaagctatg
    36541 tgacaagcgg ggcaggaata acaaactaca acacctatca tcctaccgat acatttccgc
    36601 gccccgtttc tctccctcga ggccatcaaa cagggcccat ttggccgaat atctcgccaa
    36661 gaattgcccg tcgaatgcga tttagccgta acctctccca gaaatattga atcaaatgca
    36721 tcttatctcg cgcaggaatc ataatcgaat cgagaatgaa ttattatact ccccgagcat
    36781 cgtgagtcaa ttgcgcatgg attatgattc tcagcagaca ctgactgtgg attattataa
    36841 tctgtaagag atagtaatcc atgcgcaatc ggctcacgat ctccagcagc tatcgtaaat
    36901 catttgtgca tggattatga ttcttgatcg gaaattgatc caccggccca ctcgcggcgg
    36961 aattcgaggt gagaaagctg caataagtcg cccccagcag ccgttattgc aggcgtatat
    37021 gagaaaaagc atcacactca gacggatggc gggcctagcc tgcctgtggc tgatggccgt
    37081 cacgtgcctc caggcgcagc gtcgacgccc acagaatcag ccgtatgtcg actataagcg
    37141 ttaccacttc gggttccacg tcgggctgca cacgcaggat ctgatcctga ccaacaccgg
    37201 cgcggctggt gccgacggca agacgtggtt cgctgagata ccggcctaca cgcccggatt
    37261 cagcgtcggc gtcatcggcg acctcttcct caaccccgtc ctcagcgtac gcctcacacc
    37321 gaccgtccac tttggtgaca aacgcctcac cttcatcgac ccgcagacca aggagcagtt
    37381 cgtcacctcc ctccgctcca actatctggc catccccatc gacttcaaat acaccgccat
    37441 gcgcctcaac aactaccgcc cctacatgct ggcgggcgtc ttcacacagt tcgacatggg
    37501 ccgcaagcgt ggctacccga tgctgctgcg gggcgtagac tacggggtcg agtttggcct
    37561 cggatgcgac atctacctgc cctatttcaa gctctgcccc gagctcaagt tctgcttcgg
    37621 cctggccgat gtgctcgagc ccgaccgtag cgacctagcc aaccccctcg accgcgttta
    37681 cagccaagcc ctctcccgag ccacctcgcg gctgatcgtg ctgacgttca actttgagta
    37741 acgctgcgac tcgttgcccc gcagacaggg cttgcgccta cctgctggca tgcgtaacaa
    37801 aagaaacggg aggccgcccg aacgtatcgg acggcctccc gtggttttgc tctgttgttc
    37861 tactaggact cgaacctaga atttcaggac cagaatctga cgtgttacca ttacaccata
    37921 gaacaatgtc gttgcttgct ctctccgggg cctctcgccc ctcgattgcg gccgcaaaca
    37981 tacatctctt cttcacacct ccaaaaaacg gccccaaaaa gtttgccata tctttggccc
    38041 gtctaacaga aacattgaat tatggatcaa acaaaaacgc tggtaaatgc catagtcaga
    38101 ggacttcgag aaaagaaggg acgcagcatt gtgaccgttg acatgacggc acaatcaggc
    38161 gccatctgcc aatacatggt catctgcgaa ggtgcaagcc ccacgcaggt gtcctctctt
    38221 tcagactccg tttgggacgt cgtgcggacg gacaccggag aaaagcccct ctctatggcc
    38281 gggacgcaaa acgctcaatg gatcggcatg gactatggca cggtacttgt ccacatcttc
    38341 ctgccggagc agcgcgcgtt ttacaacctc gaaaacctct gggccgactc gaagatcgat
    38401 cgactccccg acgtggagtg acctccacgg ctccttcccc cttacattag ttttatggac
    38461 aaaaaagaca atcagccgaa gaacaacggc aacaaacccc gcctgcgctt caacttttac
    38521 tggatctacg gaatcgtctt cgtcgccctg atggggctct atctgatgaa cgatttctcc
    38581 atgtcgaagg agctcgggtg gaccgatttt caacgcttca cagccgacga tgccttcagc
    38641 cgcatcgtgg tgcataaccg aaaaaacatc ctcgaggcca ccgtcaaaag cgacttccgc
    38701 gatcgcatct tcaccccgcg tgaggtgcag cagctcacta ccgagcccaa ggtctacgtc
    38761 cgcatcccct cttccgacaa gttctccgac ttctacgata agatggtggc cgagaagcat
    38821 atctccaccc aagtgaccta caaggagagc gacgacatcc tttggaacat ccttgcttcc
    38881 gtggggccct tcgtcatcat catcctgctt tggctcttcc tcatgcgacg catggcgggc
    38941 ggcggtgcag gcggtgccgg tggggtcttc agcgtaggca aggcgcgtgc gcaactcttc
    39001 gataagaaca cgaacgtaaa ggtgaccttt aaagacgtgg ccggactgat ggaggccaaa
    39061 caggaggtcg aggagatcgt ggagttcctc aagaaccccg agaaatacac cgagttgggc
    39121 ggcaagatcc ctaagggtgc gctgctcgtt ggccctccgg gaacgggcaa gacgctcctg
    39181 gccaaggccg tcgcaggtga ggcccacgtg cccttcttct cgctctcggg atcggacttc
    39241 gtggagatgt tcgtcggtgt gggcgcctcg cgtgtccgcg acctcttccg acaggccaaa
    39301 gagaaggccc cgtgcatcgt ctttatcgac gagatcgacg ccgtcggacg ggcacgtggc
    39361 aagaacgtga acatgaccag caacgatgag cgcgagagta ccctcaatca actcctcacg
    39421 gagatggacg gcttcgggtc gaacagtggc gtgatcatcc tggccgccac caaccgcgcc
    39481 gatgtgctcg acaaagccct gctgcgtgcc ggacgcttcg accgacagat ccacgtcgag
    39541 ctgcccgacc tcaacgaacg caaggagatc ttcaacgtcc acctccgccc gatcaaaatc
    39601 gactccagcg tcgacaccga cttcctggcc cgacagaccc cgggcttctc tggcgccgac
    39661 atcgccaacg tctgcaacga ggccgcactg atcgccgcac gcggtggcaa acgcttcgtc
    39721 cagaaggacg actttatgaa tgccgtcgac cgcatcatcg gcgggctcga gaaacggacc
    39781 cgcatcacca ccgcacagga gcgacgcagc atcgcctatc acgaagccgg acacgcctcc
    39841 atcagctggc tgctggagta tgccaaccca ctcgtcaagg tgacgatcgt gccacgaggc
    39901 aaggccctcg gcgccgcctg gtacctgccc gaagagcgac agatcacgac ccgcgaacag
    39961 ctcctcgacg agatgtgcgc cacactgggc ggacgcgccg ccgaagagat tttcctcggg
    40021 gccatctcca ccggagcctc gaacgacctg gagcgtgtca ccaagcaagc ctacgccatg
    40081 gtcacctatt tcggcatgag cgaccagctg cccaacctca actattacga ctccacgggc
    40141 caggaatggg gcttcaccaa accctacagc gaggagacgg cccgcctgat cgacaaggag
    40201 gtgcagaaga tcatcaacga gcagtacgac cgcgcccgga ccatcctccg cgacaacgcc
    40261 gccaagcaca accagctggc cgaaaagcta ctcgagtgtg aagtgatcta ttccgaagac
    40321 ctcgaaaaga tcttcggcaa acgtccctgg gcctcgcgct ccgaagagat catggagcaa
    40381 cagtccgctg acgcctcaac caccgcccca cacgcatgaa gaatttcact ctccgaggca
    40441 tcacgggtgc agcctttgtc gcagccatca tcgctgcgct gacgctgcac ccgttcctgt
    40501 ttctgggcct cttcgccgtc gtcgtcggcg cggccctgtg ggagttctac ggcctcaccg
    40561 aacgcatcgg gctgcagccg gacgacgccg cccccgcacc ccgcaccgct gaccgactct
    40621 ggggtatcgc cggcggcctc tacctcttca ccgccacctt cctctacgcc agcgcgcgcg
    40681 cctcggccgt cgtctacgcc ccctacgcgg ccttcctgat cggcggcctc gtcagcggcc
    40741 tctaccatcg cggcggcaac cccatccatc gatgggccgt cggcctcctg gcccaagcct
    40801 acgccgcggg caccttcgcc acgctcaact tcatcgtctt caacccggcc gacacgaccc
    40861 tcccgcgcac cttccacagc cactacgccc tgctgctctt cgtcctcatc tggctcaacg
    40921 acacgggcgc ctacctcgtc ggctcggcca tcggtcggcg gaaactcttc ccgcgcatct
    40981 cgcccggcaa gtcgtgggag ggcttcctcg gcggactcgc catcgtggcc tgcgccgccc
    41041 tgctgctcgc gcccctcttc cccgagctgg cgtggtacca ccgcgtggcg ctctcggtcg
    41101 tcatcgtcgg cgttggcacg tggggcgacc tcgtcgagtc gctcatcaag cgcaccgccg
    41161 gcgctaagga ttcgggcacc ctcctgcccg gtcacggcgg catcctcgat cgtttcgata
    41221 gcgtcatgct ggccgccccc gccgccctcc tctacctcga ggtgttcgtg cgcgggagct
    41281 aagaaaacgg tacagcgggg cgtctacgga cgccggcgaa gtttggcttg gtacatgaat
    41341 ggcctggtac ccggcaaact tccctgcccc ggcaggggcc gtatgcgata cgcccctaca
    41401 accgggtaca aaaaagccgg atacatgtga atcgaatcaa catgtacccg gcaaacttgg
    41461 ctggcgtccc tgacgcccct attcctccgg cagcttgatg tcgggattac cgtcgtcacc
    41521 cggtttcttc ggatccttcg gtttctcgtc cggtttcttg ggctgttcgc cagcgccacc
    41581 accgggcttc tccggctgct tcggatcctt cggctgatcg ggagtcttgg gatccttggg
    41641 ctgcttagga tccttggggg tcttgggctt gctgggatcc ttgtccttct gtgcggctgc
    41701 acgacgagtt aggatctccg catagcgctt gcggatcaca ttgatggcgg ccagcgactt
    41761 ggcccattcc gggacgtccg gataggcatc cgccatggcc atcacataga tgcaaagccc
    41821 cgtgtacttg tccgtcagct cgcgacgcat cttgtttaca tgcgtctctt ccatggcggc
    41881 gtctctggcc gtggctcgcc gaccgaccat gaaggtgcgg aaggcatcgt tcgtcgtctg
    41941 tatgcctgtc acctctgcct ccagatggag cttcgtcacg gccgatgcaa agggctcctt
    42001 tttcaggtcg ttgagcaggt tgtccgttgc gcccgtctga ttttcattgt ttagcccttg
    42061 cacattccga tggcgcgccc aaaggatttg caggttgttg taagccgttt gttcggccga
    42121 atcttccgac agcctgaagc tctgaaactt cagcacgaac cggctcacgg ccttatcgcg
    42181 ctcgctgtcc ttcttatgca tgacctccgt atccggatcc ttcgttgggt tacgggtagc
    42241 cgtctcgaag ggatcgattc cgtctttcgt ctccttcagg tagcgcttga ggggtacgtc
    42301 ggtcgttttc aggttcccag ctgctgtttc cacatcagcc gttgtctcgc gcagcagggt
    42361 tacgagttcc atctgctgca atcttggcac attacatgaa tgaagtgtct tcatcgtgat
    42421 ttatgtattt agaattgata tgatttagtt cccaatcgct ctatcgattg gccttcgggg
    42481 cacaatgata cgatgaaatt gttggcatcg actttccact tcgccttagc gtcctcctct
    42541 ttgcggatgg aaaaagacgt tgacagcagt cagaggtatg caaaatgcgt tttagatgcc
    42601 tctgactact gtcaatgggc taagaaatgc gttttggaca cctctgactg ttgtcaatgg
    42661 gtcccaaaac gcgttttaga cacctctgac tattgtcaat ggatagaaaa acgcgttttg
    42721 catgcctctg actgcagtca atggccgatc tcttaaatgt tttaacagaa agatggggag
    42781 aggagggctg ttttatatgg ccgtgtcctt gaccgcgtct ttgatgtcaa agtgttttct
    42841 cagacgctcg ccgtaatcgt gcagcctttc ggtctgcttg cggattcggt cgacggtctc
    42901 ttgcatctcc tcggcgtgct gctgcatctc gaggaaggag ggcgcaaagt tcttgtagta
    42961 cgattcgttg tcgttgaatt gggcgtagat gtcggcctgc atatcagcga gcattccttt
    43021 gagttggctt ttcagttcgg ccagttcttt ttcttgtttc tttgaggcga tagcgtccca
    43081 aatatccata ccaacggata gtacgatgcc gatagcgccc aaggctttcg ttaggttctt
    43141 tgccaacttg acggctcccc aaggtttgaa cttaaatcca ctggcaaaga cgttgcgggc
    43201 ggatttgacc atacctccgg acagcttcac cgatcccagc gcctttccgc cctgcttaac
    43261 catctgctgc atgagcttgt tttggctggc aaaaagctcc tgcaatttgt ccacatgcac
    43321 cgatgagact tggaggttat tcgcttcgct acagtcttgg aggatctgat ttacgtcgcg
    43381 ctccaagata aacccgactt cgccgtcttt gagcccaagg cgctgttcga tgatttggga
    43441 aatgcttttg gccgtggcgc tgtcgatgtc agtcttaatg ccttcaaaga gcgctttgaa
    43501 gcgttcagac atggttcgtc gagcttcctc tacgtctttt ttcatcaatc ggagctcggt
    43561 gttgatttcc ttcatcgcct cttggcttcg ctctaagtcg gccgacaaaa ggcgttcgcg
    43621 atcgaaaatc tctttttcca cctgcatcat cgcgtccttc acagcggcaa tgtttttgtt
    43681 ttcgcgcagc gcagtggcgt ctttcttttc ggtgatttca gtgatgtagt cgcgcaggag
    43741 gccaatgtga gagcgccgca tgtagtcgtc cggccgggcg aaccaatgcg ccaacccttt
    43801 acccttaggg tcagcggcga tgcaggcaat gcgcaatccg gcttcctcct cgggcgtcag
    43861 gtggatggtg tcacttaatc gttgggtcag gttcttcttt ttgatggcag ccatttcggc
    43921 atagtcgtcc gcgtcgagca tgtcggttcc ggcctcgtcc attttgttga tgacgaagat
    43981 ggagcagtcc agcttgccga agtcgcgcat cactaatcgg atgatctcct tgtggctgtc
    44041 tttgagtggc acgacggcat ggcagacgta aatgacgatg tgcgcctcgg agatataccg
    44101 ctcggtgatt tcagaatacc tcatcgtttg cccgtccgtt tccttctctt tcgttccgaa
    44161 cagccccggg gtgtcgacga tctcgaatcc atccttcaac tccttcggac gatagatctt
    44221 caattcgtca gacgattcgt cttggtcgat cttcatcgag tcttccaacc ggccgagtag
    44281 gccggctatc gcgctcgtct tgccgtccga gaaggaaccg agcaggacga tgcggatcgt
    44341 ttcgtcttct gaggcttgga caacgcttcg gagcttctgg gcggcgtcag ccagatccag
    44401 ccctaaacgc tgcccctcat cgagcagttg ctccaatccc gacagcgcct ctttcaggcg
    44461 ctgcttcttt acttcaaatt tctccatatg ctgtgttctt aatgtgatta gcgtacgcta
    44521 cgacctgcct ttgggcatcc tctatcgcgc cgctgagttg ttgcaaattg ctgcgctcgt
    44581 ttctgatgat ctgccggaat cggtcttttt cgttatcgag cgtccgttct atcaaattga
    44641 tctgtttgtt caggctagtg gattggctct ctcgtttctt ctcatcgatt cttttgcgag
    44701 cctcgttctt ggcttcttct cgcttgctat ctcccaagaa aagctgcttg ccgccccata
    44761 gcaaaagacc gacacccgcg ccgataagtg ttccgaatcc ggggataaca ctaaaagcaa
    44821 gagccgttcc tcccaccgtg gtggcaaaac caaagacatc gccaaaattg aggcccatct
    44881 tgccaaaggc ttcatcaaga ttaggcattt ctaagctcga tatatcgata tgcaatccgc
    44941 cgatttgaat attgtcaagc tccctgcgtc tttctctgat cttctcttct aagcgactga
    45001 attcatattc gacgatgatc ttagattccc tcgtgtaggc ctcgaataac ctctctgcac
    45061 gttgctgaat ctctttctcg ctatcttccc tgttatagtc gtcatccagc acgtcgcaaa
    45121 cctctctttt gaagtcgtca aaaactttgg tgtgctcata ggccattcga ttacggatcg
    45181 ctctgatcgt ctcttcaaat gacatgttca tatctacatc aaaccggatc agccgctcct
    45241 ttaatcggtc aatgtctcgc tgttgttgcg ccatcatatc caccaagcct tgatagactt
    45301 tgcgatactg cgcgatcagc ttctgcttgt tggcttcgac gatctcgtcc atatagtgct
    45361 ccgacttctg atccactaac tgcatgaccc ggtcgaaccg actgaaccga agcaccgcat
    45421 caccgctacc gaaatagccg atcagcttct tctgcgcccg cagcaaatct tcgcgtgtgc
    45481 ttgaaaagtg tcctcgggca cacatggcca acagggcctg aagggtgaga tttcccttgt
    45541 agatgttccc caagattcct cggaaagtgt cttgaataag ctgttcattc ttacgtacgg
    45601 cttcggtctc taatgtttcg cgctcgtcgc tctcatcata gttgcttgca ccgccgcgca
    45661 cattgaaaat ggaatagacg ttgacccaat cactgaggta gtttttgatt ttctcggccg
    45721 tctttatgtc cggtttctta ttgtgccctt gcacatagaa cacgcaatgc gcctgattta
    45781 atgcacgctt tatttcatct ctgaaatctt cttctcgtcc ctcaatcccc ggcacatcga
    45841 tcaagataaa ctccttgccg ttaatcttca ggttatactc ctcatagacc ttcgtaaagt
    45901 cagatcgtcc gtcgccgacg atcagaccgt ctccttcttt ctccgcccga tttcgcgatt
    45961 cgtcaaagag gatgcgaaag gtttcgatga tggtgctctt cccggcattc gtctcgccga
    46021 aaaaggcaat gaccagctta tcccatcggg cacccgtctt gatttcaccc agtttattca
    46081 tcgaatcctt gatgtaggtc tccaagaacg cgagaagatt cttcttgata ccgacctgct
    46141 tcgtattgtc cgttttgatc gcgtcaatct tcgcagcgat ggaacacaag taagacgaca
    46201 gctcctgata acgggcttca aatcgctcgt atttcttgct tgcgttatct gggacattca
    46261 ttgcggaggg gctttcgtta tgctctttct ccgcatgcct gcttgctggt tgcgattcta
    46321 ggctaacgct tgggctgcct ggcgagagtg tcatgattac ttgtggccag taagccaacc
    46381 atccgttttt gatcggatcg gaatcctccc atttcaatgt ggaagcgcgc catccattcg
    46441 cggcacacca ccggtcagtt ctgcgccacc cttggcgcac attctctttc ttagggtagt
    46501 tgcagacgtg cactttttcg agctcaacat ctacgcctac tggctgcatc tcacagcttg
    46561 cctcatcgtc cgataagcag cctgccgacg gtagacttaa ccctaactgg acggaatccg
    46621 aatcggctct ctgcgacgcg taaacgaggc gtctgcttgc cgtattccat ttaccggtac
    46681 ggttccatcc ttgatttgtt cgctgattca tctgaacttt ctcttgaatt cattcttcaa
    46741 tcaaacgaat gtccaccggc gcaagggaat cgcacgccat ccgttagcgg cgcgccactg
    46801 gctggttcta cgccatttca attctctctg ggttgctttt cccttttcca taaaatcatt
    46861 cgtttaagtg gtgatgtata gaggtgtgta aaaatcaaat acgctatagt gctggctcat
    46921 gatggccgcg gttgtggccc ttgggatggt gtacgcaggt ggaggacgtt agacggtcaa
    46981 tcgtgcgggc ttccgttcca cagtatttac aggtgtagac cgtcttctcg gtcccctcat
    47041 agagcttgtg tttccctcgg acggggccgt cgggatggcg cgcgcacagc cctgcacgcg
    47101 tcaactcact aacgctcttg aaagactggc cgcaatacgc gcaataatat tttctgttgc
    47161 tcatatgcta taggggataa ccagatcgcc aaacaccttc atagatgctt gtttatacgg
    47221 ctcatcggag ggctgtggta tgtcgaggct tgaaatagtc attcggttgt gtgcgatcgg
    47281 atggttgtcg cttttcttct tgcagccgca aatatagatg gaggatctaa ctgctaaaaa
    47341 tgaaaaacaa aaagtgcctg tgtcgccttt tgggccacta catcaccatc cagacatgcc
    47401 cgaggattcc cgccggttag cagaggtcaa atccatacat aggagaacga attgtccccc
    47461 tacggagatc ctacctacgc atggttttga tctccgtaga ggacagacat tagagtccca
    47521 gagataccgg aggaacggaa accgaaaact aagtgtattc caagcctacc gccatgttga
    47581 tacccccgcg cgggataagg aacagggctc tcgctgttgt ccccgccctc atcaaacgcc
    47641 cccctcccgg gctttgcttt tggggactca cacctctttc cgcgaggcgt cgatgcggag
    47701 gaagatgaag aggaggatgg tgaagcccca gagcgacgag ccaccgtagc tgaagaaggg
    47761 tagggggatg ccgatcacgg gggtgagacc gagcaccatg ccgacgttga tgacgaggtg
    47821 aaagaggatg atggaggcta cactgtaacc gtagacacgc ccgaaaaggg tgtcttgtcg
    47881 ctcggccagg gtgatgagtc gcacgatcat cacaccgaaa agggtcagga cgacaatgga
    47941 gccgacgaag ccgaactcct cgccgacggt gcagaagatg aagtcggtgt cttgctcggg
    48001 cacgtatttg agcttcgtct gtgtgccgtt aaggaagcct ttgcccaaca ggccgccgga
    48061 gccgatggcg atcttggatt ggttgacgtt gtagcccgat ccgccggggt cgtcctccag
    48121 accgagggag acgcggatgc gttgctgctg gtgtggctcg agcatgtcgt tgaagacgta
    48181 gttgaccgac agcatgaagg ctacggacga gagggcaaag agggccacaa gggcgtaacg
    48241 ccaactgagc ttgacgatgg cttggataat gagcatgagg ctggaggtga ggatgacacc
    48301 aacaagcacc caaacgaagt tgacgggtat atagagcgag gcgatgatgg ccgtgaggag
    48361 ggcggccacg aggccgtaga ggatgatgcg gagcgtaagg cggtcgttcc gaaggccggt
    48421 gacgaggagc atctcaatga tgagggtgag ggaggagacg atgagtgcgc cggctggggt
    48481 ggctccgagg agggtgtcgt caaacttcat cacggtgacg aagaaggtga cggcgcagac
    48541 ggcggccagc agcaagtagc cagacatgcc ttcgcgatag agcatcaggg cgaaggcgag
    48601 gaagacgagg gccgagccgg tctctttctg catcaacaca aggcccatgg gcagcaggat
    48661 gatgagcaac acgaggccga agttgcggag ggtaaagagg ttgaagttgt agctgttcat
    48721 caggcgcgcc agggccaggg cggtggcgaa cttggcgaac tcggcgggct gcaggcggat
    48781 ggggccgagg acgagccaag agcgtgaccc cttgatgtcg ggcgccagaa agatggtggc
    48841 aatgagtagg aggatgatga ggccatagaa gaggtaggcg aaggtctcat agatgtcgcg
    48901 ctcgagcatg agtatgacga agctcagggc gaaggcggag cctatccaga tgagctgtga
    48961 gccgggtcgg ccggcggggt cgaagaggcc ggtggtgtca tactcgtagc tggcgccgca
    49021 gatgctgagc cagccgcagc cgaccatgag gatgtagacg atgatggtca gccagtcgac
    49081 agagagccag agactccttc tttcgttatc tcggtacacg gttattgttg ttggtagcct
    49141 tgactacggt gttggaaagg gattccacgt cggcctcaga gttggcctgt gcgccgtgga
    49201 agtatcgttc gagcatgacg cgtgccaggg ggacggccat gcgtgcacca aagccggcgt
    49261 tctcgacgta gacggcaatg gccactttgg gttcgttata gggtgcgaag gccatgcagg
    49321 cggagtggtc cttgccgtgg gggttctcgg cggtacccgt cttgccgcag acctcgacgt
    49381 cacgcatgtt gagcccgcgg caggtgcctc cgacgacggc catacgcatg ccttgggcga
    49441 tgacgcggta gtgctcttga tcgatgccgg tgtatttgcg gtgggtgtag atggagtcca
    49501 gctgtgcgtt ctcaattttc cggacgacgt gggggacgat gtagtaaccg cgattggcta
    49561 tggtggcggc caggttgcag atctgcagcg gagtggcgag cacctcgccc tgtccgatgg
    49621 cgatggagat gatggtgctg gagttccagc gtgccgactt gtagaccttg tcgtagacct
    49681 tgctgttggg gatgtatccg cgcttctcac cgggcaggtc aatgcccagc tgatagccat
    49741 atccctgggc caccatgtag tctttccatt tgtcgagagc ttcctgcacg gtggggtatc
    49801 ggcgacggct gtcgagcatg tcgtgcagtc cccagcagaa ataggagttg caggaggtgg
    49861 cgatagccgg aataagtgcc aagggcgatc cgtggccatg gcaggcgggt ttgcctccgt
    49921 ggtaggggta tccgcgggca caggtgtaga gtttatcggg agtgatgaca ccctcttgca
    49981 ggaagatgag tccttgggtg ggtttgaagg tcgatcccgg cgggtacatg gccatgatgg
    50041 atcggtcgaa gaggggcttg gtggggtctt cctccagcat ggcgtagttc tttccgcgtt
    50101 tacggcccac cagcaggttg ggatcgtagc cgggcgagct ggccaagcat agcacctcac
    50161 cggtggcagg ctcgatcatg acgatgctac cgactttgtt tttgagcagc ttctcggcca
    50221 agatctggag attgatatcg atagcgaggg tgaggttctt gcccgatatg ggcacttcgt
    50281 cgtgccttcc gtcctcaaat cggcccttga tacgtccgcg ggcgtcgcgc agaaggacct
    50341 cgatgccctt ctttccgcgg agccatttct cgtacgaacg ctctacaccg gcacgcccgg
    50401 catagtcgcc ctgattgtag tagttatcgt ctttgatgtc gcgtcggttc acctcgccga
    50461 tgttgcccag cagtagggcg gcattgggat aggtgtattc gcggatagtg cgattctgta
    50521 tgtagaagcc ggggaacttg tagagcttct cttgcagggc gccgtactca taggaggaga
    50581 gctggttcat gaacacctgc ggcacgtaag aggaatagcc ggggttgagc ttcttgttct
    50641 tgatatcggc gatgcgcttg tcgaacacct ctttggtaat gcccagcgtg cgacagaaat
    50701 caagggtatc gaaagcctgt atctcgcgca tgatgagcat cacgtcgtag gccggttggt
    50761 tgtagacaag caactggccg ttgcggtcat aaatgacgcc gcgtgcggga tagagcacct
    50821 tcctgagaaa ggcgttattg tccgccgagg ccttgtaatt actgtctaca agctgcaaaa
    50881 gagcgagccg tacgatgtag acgagcagca caaagatgac ggagccgatg acgatgaatc
    50941 gccggttttc gtaagcgtat ttcttaaagt tctccacttc gacgttccat atggaaggct
    51001 tcaatcacaa agaggcaaag cgtagtcagc acagtgctgg atgcgatgcg aaggagtagg
    51061 tagggaggat cgaacaagga gagagactcg atggcgtaca gggccgtgtg atgaaggaac
    51121 gtcaggcaga cgatatattt catgaaggcg cccgtgccca gcgtaacgta cgagggcgaa
    51181 gcgtcttcga gcatttcctt gtcggtgaag gcgtgcataa gcgggttgcg atagtagccg
    51241 atcagggtag acgcggcggc atgtatgccg agtgtcccgg agaagatgtc gaccagtagc
    51301 cccgtaatga aagccatcca aatgacctgc acgcgcgtaa atccggcagg gatcttggcg
    51361 atggcgtaga gatacaagaa gggcgtcatg aggttgaaga ggtggatgtg gttaaacacc
    51421 gtcacctgca acagtacaca cacgacgata tacgccacga ctctgagcaa gcccttaatc
    51481 attctgtctt attcgttatg agggtacgcg ctttttcttc caccgcttca cgctcttcgc
    51541 ggaaatcgtt ctgtatcact cggacggact ttatggccga gaaatcggtg gccaacttga
    51601 tcttgagcga atagaaattc tgatcccgtt tcttctcaaa cttcgctacg gtgccgacca
    51661 tgacgttcgg cggaaaggcc gtcgagaatc cggtagtaac caccgtgtcg ccctccttga
    51721 agatggcgtg gcgaggcaga tcatccaaat aggcatatcg tggatcgcgc ccgtcccaaa
    51781 ccagtgaccc gtgatagttc ccattcagca acttacaact gacgagcagc ttgggattca
    51841 acacagagat gacaaccgag aaatgctcat ccgccaccga tacaatgccg actatgcctt
    51901 gcgtagtaac gacacccata tcgaccttca ccccgtcttt ggtacccttg tcgatggtga
    51961 ggtaattcga cagtgaagag acgttgctat tgacgatctc ggccgtgacg aagtgataag
    52021 gcatcgtcac ggtgtcggcc acgaacaggc tatcgtacgt ctgtgcatgg gctttcatgt
    52081 acgcgatctc tcgctccagt ttgataacct gaagttgtag ttgcccgttc tgttcaaaca
    52141 gggctttgtt ctcatctcgg agtccgaggt acgaccgcac cctgcccgaa atagaagaga
    52201 tctgggcgac tacggtgtta gaagaaccaa agattaggtt tcggtggtaa tcctgattgt
    52261 agaataggag tatgcacgaa acgatctcaa ggaaacagaa taagaaccaa tgccttttcc
    52321 ctataaggaa ttcaagcagt ttccgcatag atagtggaag gactggagtg cgtatgctat
    52381 aaaagcctcc gctttaccgg ggcgaaaggc tctatgcacg ccgcacacgg ccccggtact
    52441 tacttaatta agaacttgaa tttgtcgatg ttcttcagcg agataccagt tcccttggct
    52501 acggcatgca acggatcttc ggctacacgg aacgggatat tgatcttgtc cgtcaaccgc
    52561 ttctctaaac cgcgaatcat ggcgccacca ccagccagat agatgccgtt acgaacaata
    52621 tcggcataaa gctcgggcgg ggtctgctcg agggcactga gaatggctgc ttccattttc
    52681 gagatggact tatcgaggca gtgcgcaatc tcctgataag agatgggcac ttccataggc
    52741 agtgctgtca tctgattcgg accgtgcacc acgtagtcct ccggcggatt gtcgagcgag
    52801 gtcaagacgg cacctacgtt gatcttaatc ctctcggccg tgctttcgcc caccttcatg
    52861 ttatgctgac gacgcatata ctccataatg tcagccgtca gatcgtcgcc ggctatacgg
    52921 atagacttat tggagacaat acctccgagt gagatcacag cgatctccgt cgtgcctcca
    52981 cctatatcca caatcatgtt tccttctggc gcctccacat cgacacctat accgatagcc
    53041 gcagccatgg gttcatagat catgtagacg tcgcgtgcac ctgcatgttc tgcagagtca
    53101 cgcacggcac gtatctctac ctctgtgcta ccggagggaa tgcaaaccac aacgcgcaaa
    53161 gggggagaga accaacgatt ccggaagtgg atcattttga tcaatccgcg aatcatctgt
    53221 tcggcggcgt aaaagtcagc tatgacaccg tcctgaagtg ggcggacggt acgtatgttc
    53281 tcatgtgttt taccgtgcat ctggcgggct gtctcgccga cggctaacac cttgtccgta
    53341 cgtttatcta atgcgatcac agacggcgca tcaacaacga ttttcccatc gctgacaatg
    53401 atcgtgttag ccgtccccag atcgatagct aattcttgtg tgaaggagaa taatcccata
    53461 ttattcgtta tgtctttagt tcaatgttaa tgtttgaagt gacgggtacc cgtctttacc
    53521 atacttatat gatgcgcatt gcaatactcc accgagagtt cgtcgttgac ggatcctccg
    53581 ggttggatta cggccgtaac tcccgcctca gcagctgctt cgacacagtc ggggaagggg
    53641 aagaacgcat ccgaggccat caccgcaccg ctcagatcga agccgaacgt acgggccttt
    53701 tcgatggcct gtttaagtgc atccacacgc gatgtttgcc ccacaccatt ggcgcagagc
    53761 tgcttgtttt tcgccagtgt gattgcattg gacttgctat gcttcacaat cttgttggca
    53821 aacagcaagt cggcggtttc tctttcggtg gggagaacta ttgtcatcgg cttgaggtcg
    53881 ccagcggttt gtgtgcttag gtcgcgatcc tgcacgagta cgccattgag gagggagcgg
    53941 aaggcgaggc cttgccccgc cccaactgcc ttgcggcgca ggatgatgcg gtttttcttt
    54001 ttgctcaaaa tacggatcgc gtcctcagta taatccggtg cgatgatcac ctcgaaaaat
    54061 atctgatcga tctcgttggc agcgtcggca tcgatcgctc ggttacctat caacacgccg
    54121 ccgaaggctg agacgggatc gccggccaag gccgctttcc acgcttcgac catcgtcgga
    54181 cgggaagcta ctccgcacgc attgttatgc ttgaggatag cgaaggtcgg ctcgtcaaac
    54241 tcgtcgataa gtgcaaccgc agcatcaaca tccagcaagt tattgtagga tatttgtttg
    54301 ccatgtaggc gatcgaagag agcatcgaat gagccaaaaa agatgccccg ttgatgggga
    54361 ttctctccgt aacgcatggg catggcgtcg tcgaatgcaa cgcgaaatgc ggtgtgttcg
    54421 tcggcgtcga aatagcgaaa gatggctgcg tcgtagccgg atgaaacggc gaaagcggca
    54481 cgtgcgaatc ggcgacgatc gtcgagcgta gtctgtgcac cgccctgctt gagcagttcc
    54541 aacagggggg cgtattgcgc tcgtgaagca acgatcgtta cgtcgcgata gttttttgcc
    54601 gcggcgcgaa taagggatat gccaccgatg tcgatctttt cgatcacatc ggcctcgcct
    54661 gcacctgagg ccacggtctc ttcaaaagga tagaggtcga cgatcaccaa gtcgatcgcc
    54721 ggtatatcat attccgacag ctgccggagg tctgtgtcgt attcacggcg ggccaggatg
    54781 ccgccaaata ttttgggatg taacgttttc actcgccctc ctaagatgga gggataaccg
    54841 gtcaggctct cggccgtttc gcacggtatg cctaacgatt cgatgaaggt ttgtgtgcct
    54901 cctgtcgaga cgagctgcac gccttcgttg tggagcgtct ttattatgtc ttctaatagt
    54961 ccgtctttgt gataaactga gattagggct cggcttatcc gcttcttttc atccgtcatc
    55021 atgcgtttga attcattgtc cactttctat ttctcgaaaa agtcgcacaa aagtatggtt
    55081 taattccatt ctgaaaagtg ctataagaga gaatgttcgt ggccccggat ataatatatg
    55141 ttattgtccc ataaggataa agcgactatg gacttccttc tctgcacctt gaggggcggc
    55201 cgtcgcctga tggtaagccc aaccgtcagc agttgagggc tcggtcgttt aacgcgtgag
    55261 ttcgacgaaa gaatgagggc ctttctcctt ggagaatgtc tttgatagcg cgctgtaacg
    55321 gccaaagcat ttccaaaaac gttttggccc tcgcgtggct tccgtagagg ctctctgctg
    55381 gctttattct tacatcgaac tcgcgttacg aaggtcagcg cgaggcttcg atacgcaggc
    55441 cgatggcctc gataccattc agctgttcgt cgcgcatacc ctgacggatc cctaaggtgt
    55501 actgcccctt gtgagggaag cggtaacgcg agcggagagg gacactgagg tgatggatgg
    55561 cgattccagc gccgtgccaa gcaccatagt cgtcggccag catacactcg atggtgtcgt
    55621 gcgtcatggg gccgacgggg ggctcttcgc tgcaaaggag ccagaggttt tggtagggat
    55681 agaggtcgtt gttacggatc tcgagggcga ggtcgtaggg cacggtgttg tcgtcgatgt
    55741 cgtacgtgaa gtagtagatg tgatccttcg tccagggctt ctcgacggac tgatagtggt
    55801 cgtagcgggc cgtgtcggtg caggctgcaa cgagcagcag agcgaagacc atgggtagga
    55861 gggcgcgaac tacgctgtgc aatcggttac tgcggcgacg ggccatcggt gggagtcggt
    55921 tgggggttgt tgccttttcg ctcacggcgc ggggacttgg gggcggacgc tttagtggcg
    55981 gcttgtggag cgccgtctgc tgacggtttt ggggagcgtt tgggccgtcc ctccgcagcg
    56041 gcctttgggc gcccgtcagc tggagccgcg gtgcgtttct tctttttctt ttttcgggcg
    56101 ctatcgaagc ggcttacgtt gtcatccaga atgtcgtgcg agtccgactt cttcgtctgc
    56161 gtctctttcg attcaggcag tagggtgtcg ggcttaatgc ctttttgatt catgttaatg
    56221 acgtcgaagg cttgtctggc ggtgagggtc acgaggtctt tggcgatcgt cttgtccgtc
    56281 gagtaagtga tttcgcgctt gaagaggtct gttttgaagt aatagtaggc gttgtccttc
    56341 gtctccagca cgatcttacg cgagggcatg cccttgcggg cgtcgacgta catgtcggcc
    56401 tcgtaattga tgcagcattt gagtttccca cactgtccgg ccaacttctg agggttcatc
    56461 gaaatatcct gtaggcgtgc ggcctcggtg gagacggagg tgaagtgcga catccacgac
    56521 gcgcagcaga gttcgcgtcc gcaggggccg ataccgccga tgcgtccggc ttcttgtcgg
    56581 acaccgatct gcttcatttc aatacgcaca tgaaagttat cggccaagac gcgaatcagt
    56641 tggcggaaat cgacacgtcc ctctgcgatg tagtagaaga tggccttgtt gccgtcgccc
    56701 tgaaactcca catcgccgat cttcatatcc agccccagtt cggcggcgat ctgtcgggag
    56761 cggatcatgg tctcatgttc tcgcgcctta gcttcttccc agcgctctaa atcgtagggg
    56821 cgggcgatgc gatagatctt tttgttgatt gtgctgtgcc gggtgctgtg tttccataat
    56881 tgaaagagga caagtcggcc ggtcaatgta accatgccaa tgtcgtgccc cggactggcc
    56941 tcgacggcca ctatgtcgcc tttttcgagt gggatatggt cttcgtttag gaagtattcc
    57001 ttgcgcgtat tcttgaattg cacctccaca taggccgtgg catgctcctc ctcggggatg
    57061 tcacacagcc agtcgtggac tgagagtttg cttcctgacg tttcacagca tcctttacat
    57121 tccagacagc ctctttctgt gttctgtacg aaattcattc ttcgaaaagg gggggcgggg
    57181 agattagggg atcagtgcgt gctgcttgaa tactttccga atggcctcca aggcatagtc
    57241 taactgcgcc cgggtgtggg tggccatgag ggagaagcga atcagggtgt cttgcgatgc
    57301 tacggctggc gatacgacgg ggttaacgaa gacaccggct tcgaagagct ctttaacgat
    57361 gaggaaggtg aggtcgttgt cgcggatgaa aagggggatg atcggcgtgg aggtgtgccc
    57421 gatctcgcag cccatttgac ggaatccgtc gagggcgtaa tgtgtcaact cccagaggcg
    57481 ctccatgtgt tcgggttcgg tgagcatgat gtcgagggca gcgtttgcgg cagcgacgga
    57541 ggcgggggtg cagctggcgc tgaatatata ggtacgcgca tgatggcgca ggtagttgat
    57601 cgtgtcgtga tcggaagcga tgaatccgcc gagggaggcg agtgatttgc tgaaggtgcc
    57661 catgatcaga tccacgtcgg acgtcacgcc gaaatggtcg catgtgccgc gtccacactg
    57721 gcccaaaacg ccgataccgt gtgcctcatc gaccatcaca ttggcgttgt attgcttggc
    57781 cagacggatg atctcgggca ggttggcgat gtcgccctcc atgctgaaga cgccgtccat
    57841 aacgatgagc ttcaccttgt ccggctcgca tttctggagc tggcgttcga gggaggccat
    57901 gtcattatgc ttgtatttca gtttgcggga ataggaaagg cggatgcctt cgatgatgga
    57961 ggcatggtta agttcgtccc agatgatgta atcctcgcgg cctgtgatgc aggagatcac
    58021 tccttcgttc acctgaaaac ctgtggagaa ggagatggcg tcttctttac cgacgaaggc
    58081 ggccaggcgt ttctcaaggg ccacatgaat atccagcgta ccgttcagaa agcgtgaacc
    58141 ggcgcatccc gtgccgtatt tacgtatggc ttcgatggcg gcttctttca ctttcgggtg
    58201 gttggtgagg cctaagtagg cgttcgagcc gaacatcagc accttttttc cgtcgatgac
    58261 gacttccgta tcctgatcgc tttggatctc gcggaagtag gggtaaatgc cggcggcctt
    58321 agctcgctgt ggggcgtcgt atttcgccag cttctctctc aataagttca tgtttgtgga
    58381 ggttttaacc ttgtcttttt gtgaaaaatg tcgccggcaa aagtagaaaa aaatggccgc
    58441 ggcctttggt gacttgccgc atgtctacag agtaaccaca tcaaaacttc acctacgtcc
    58501 cacaaccgtc tgctcatcta cggagagcaa aaccacacgt ggttctcctt tccgtagggg
    58561 tacggagatc aaaaccacat gtggttctcc tttccgtagg ggtacggaga tcaaaaccac
    58621 acgtggttct cctttccgta ggggtacgga gattaaaacc acacgtggtt ctcctttccg
    58681 taggggtacg gagatcaaaa ccacacgtgg ttctcctttc cgtaggggta cggagatcaa
    58741 aaccacacgt ggttctcctt tccgtagggc tgtagagcaa agaagtgccc caagtctgca
    58801 gctattcggg tgcggttgcc ctgtctgcct acgcctctcc gaagattgat tgagtgtttc
    58861 agaactactt ttgcccctgt cgggaggcca acacatccct cccgacgcct ctttatgtat
    58921 aacacaacaa cgtaatcaag acagtgtatg aaaaagacaa tgaatgccag gctggcgatc
    58981 tgcggcctgt gcctcttggg gttccttacc gcatgcgatg aggaatggat taaaccgaca
    59041 cccaaaccag atcctgagaa caaagtcacc ctgaaggtga acgagttcat ctacgagggg
    59101 ctacggagtg aatatctgtg ggagaataca atcaattgga acgctatcga tttcaagaag
    59161 gagaaggatc cgcacgcctt cttcaaacgg ttgatctata aagacgatcg ctggacaaac
    59221 ctcaccgaca atgccgaggc ttggaaccag ggcttcgccg gcatatcgac cacctacggt
    59281 ttcgatctcc gctttagcta catcggacag acggaagagc tcgtggccat cgtccgttat
    59341 gtctatcccg gcacaccggc cgaccgtgcg ggcatccgac ggggcgacct cttgctcaag
    59401 ctgaacggcg gacccatcac ggtgaagaac tatgccgact tctacgacaa acccaccatc
    59461 gtagtcaaca agggtattct caaggacaaa accctcacgg ccgaaccggt cggcgtggct
    59521 atgacggccg tggagatgta ccaagatccc atcctcaagg acaccgtgat caacaaggat
    59581 ggccaccgcg tgggctacct ctgttactcg gactacacgg agcgctccac cgcggagctg
    59641 atcaaggtct ttacgcggtt taagacagcc ggcgtgaccg acgtcgtgct cgatctgcgc
    59701 tacaatggcg gcggctacgt cagcacggcg cgcgcgctct gtagcatcct tgcgcctgag
    59761 gcggctatga aaaagaaaga gcgcttcctg ttcaagctct ggaacgaaaa ctacatgaac
    59821 cactggaaaa gcgagggccg gaacgacgag ctgtatgaga ccttcgtcga caccttgggc
    59881 atcaacatga acctcaaccg gctctatatc cttacgggca agggcacagc ctcagcttcg
    59941 gagctgaccc tcacggggct cacgccttac atggatgtgg tgcagatcgg cgacacgacg
    60001 catggcaaat tctgcggcgg tatcgtactc atgccgaaac acctctggtg ggacagggcg
    60061 gcctcgtatt accaagagat caagaactgg ggcatgtacg tgatgatcta caagttctcc
    60121 aacaagcgta acgacgagtt tccgcgcggc ttcgcaccga agtatgtcgt gaaggaatac
    60181 ctgctggagc tctatccctt cggcgacgaa cgcgacccgc tgctgggtaa ggcgctggag
    60241 ctgatcacgg gcaagcaggt ggctaaagcg cgctcacgcc gcatacagcc tacgctccgc
    60301 gagctgccca tcgataaccc gaaccgtccg ctgaacggta aggctatcga tacgccgcca
    60361 gccggtcaac gcctcttcat gagcaataaa taatccagca tagtcattgc cgccatcgcc
    60421 tcgacgagcg gcacggcacg gggaaggacg cacggatcgt ggcgtccttt cgcgtttata
    60481 atggtctcgc gtccgtcacg atcgaccgtc tgttgctcgc gcagcagggt ggccacagcc
    60541 ttgaaggcta cgcggaaata gatgtcttcg ccgttggaga tgccgccctg tatgccgccc
    60601 gaataattcg tgcgagtggc gatacggccg tggtcgttgc agaaggtgtc gttgtgttcc
    60661 gaaccgaggt agaggggggc gtcgaagccg tcgccgtagt cgaagccctt cacagcgttg
    60721 atgccgagca tagcggcccc gagcgcggcg tgcaacttgc caaagacggg ctcgccgagg
    60781 ccgacgggca cgcccgtaat gacgcccgtg atgacgccgc ccaccgtgtc gccttgctcc
    60841 ttgacgcgac ggatcagcgc ctccatctcg gccgccttgc gtgcgtcggg acaccgcacg
    60901 gcgttcgtct cggtgagcgt gagatcgtaa tcgcgatacg tgccgtcgag gcgaatacgc
    60961 cccacctgcg aggtataggc gcggacggtg atgccctcgg gttgcagggc gagcttggcc
    61021 acggcaccgc cgacgcattg cgctatggtg gtgcgtgccg agctgcgtcc accgccacgc
    61081 ggatcgcgga tgccgtactt catctggtag gtatagtcag cgtgcgacgg gcgatagagg
    61141 ttgcgcatgg cgtcgtagtc tttcgaatgc tgatcgcggt tgcggacgag gaaggcgatg
    61201 ggtgtgcccg tcgttcggcc ctcgtaaagc ccggagagga actcgaccgt gtcgggttcg
    61261 ttgcgtgagg tagtcagtgc ggactgtccc ggccgacggc ggttgagttc gctttgaatg
    61321 aaggccgtat ccgcctcaat gccggcgggg caaccgtcga taatgccgcc gatggccgtg
    61381 ccatgcgatt cgccgaaggt ggtcaggcgg tagttgtttc cgaacgtatt catatcgtat
    61441 cgtggggagt agggagaagt agttattaga agagggggta aaaagaagcc cttcatccga
    61501 gacccaccga gggttaggaa tgaagagcta cttcaaaaag ggggattaga agattataga
    61561 tcaatggcag cagccgtcgc aaccaccaca accgtcgtgg tcatgtccgc cacagccgcc
    61621 gtgcatcatc tgctccatct cggccagttc ctcagccgtc ggctcgtgca catcggccac
    61681 ctgtccggcg aagtgcagcg tctcgcctgc caacgggtga ttgaagtcca tcactacgac
    61741 gtcgtccttc acctccagca cggagccgtt catgtgttgc ccctcggcgc tcatcatggg
    61801 cagcgtggcg ccttccttca cgcgctcgct atcgaacacg ccgtccacca tgaagacact
    61861 cttcggcaga tcgaccacat tctcctctat acgctggccg tatgcctgct caggcgtaag
    61921 agaaaactcg aagcggtcgc ccggctccag accgctcaga ttcttttcga aggcctccag
    61981 catggcgcca atgccataga taaacttcag gggttgttct ggggtagccg actccatcag
    62041 tgtgcggtcg tccgcatcgc ccacgtgcag gtcataggtg accgtcacga atttgttctt
    62101 tgatactctc atatacattc ttgattttta gataggggcg caaaagtagc cgattatgca
    62161 taagcccgcc ggggcgttga gaaggcacgc actacaaata gaacgccccc atcagctccg
    62221 cgtaggccgc cgtccgacgg tgatccagcg tctccagcgt cagcacatcc ggcacgcagg
    62281 gcgacggccg acgcgccagt tcggccagcc atcgcttggg cgacgcaccc tctacgggca
    62341 cgacgtgcgt ctcgcggacg aggtgcaacg ctctcgcctc ggccagcctc agcacgccat
    62401 cacgctgcgc ataaggcaac acaagcgcca cccgaccgtc gtccgtaagc agcgccgcag
    62461 ccacgctgag cagctcgccc atcggcaacg tgtcgctatg ccgtgccatg cgtcgcccag
    62521 cgtcggggca cttcagcgat tcgtcgaaat agggcggatt ggaaacgatc cgatcgtaag
    62581 ccggaggagc cgtagcggcg tacgtgcaga agtcggtgcg gaggacgcga atgcgtgccg
    62641 cgaagggtga ctcaccgaca ttctccgcgg cttgtaggca ggcgtcgcgg tcgatgtcga
    62701 gcgcatcgat gcgggcgtcc gtgttgcgtt gggcgagcat cagggcgaca agcccgctgc
    62761 ctgtaccgac atcagctatg cgatgcgcac cggacacgtc ggcccacgct ccgagcaggc
    62821 agccgtccgt gccgaccttc atcgcgcaac gatcgtgacg gacggtgaat tgtttgaatc
    62881 gaaaataggg attggacatg gtgtggggta aaaaaatccc tcccagcgct cacgcgaggg
    62941 gagggactga tgtaaataaa aaataattac ccttattgat tggctctgag agcctcacaa
    63001 ctcgggaaat ccctcccggc gctcacgcga ggggagggac caatattata ttatggaaaa
    63061 aataataacc ctcattgatt ggccctgaga gcctcacaac tcgggataca ctttcggcgg
    63121 caagccttat ttcaggctgc cgaccatatc ttctggccgc acccactcgt cgaactgctc
    63181 cggggtgacg tagcccaggc ggacagcctc ctcgcgcagc gttgtaccgt tgcggtgcgc
    63241 cgtgttggcg atctctgccg ccttgtagta accgatcttc gtgttgagcg ccgtgacaag
    63301 catgaggctg ttgttcacca gctccttgat ccgcggataa ttcggctgga tgccgctcac
    63361 gcagtgctcc tcgaagctca cgcaggcgtc gccaatcagg cgggccgact gcaggaagtt
    63421 ggcgcagatg acgggcttga acacgttcag ctcgtagtgt ccctgcgtac cgccgaccga
    63481 aatagccacg tcgttaccca tcacctgggc agcgaccatc gtcaccgcct cgcactgcgt
    63541 cgggttcacc ttgcccggca tgatcgagct acccggttcg ttggccggga taatgatctc
    63601 gccgatgcca ctgcgcggac cggaggccat catgcggacg tcgttggcga tcttgttgag
    63661 cgacacggcc agctgcttca gtgcgccgtg agcctccacc atggcgtcgt gtgcggccag
    63721 cgcctcgaac ttattctcag ccgtcacaaa gggcagcccc gtgaactggg cgatgtaacg
    63781 cgccacgacc acgtcgtagc ccttcggcgt gttgataccc gtgcccacgg ccgtgccacc
    63841 gagcgccagt tcgctgaggt gcgagagggt gttgcggagt gcgcggaggc cgtgatcgag
    63901 ctgtgcagca tagcccgaga actcctgtcc aagcgtcagc ggcgtagcgt ccatgaggtg
    63961 cgtgcggccg atcttgacca cgtccttgaa ctcctcagac ttcttcttca gcgcgtcgcg
    64021 caggcgttct acgccgggga tcgtcgtctc cacgaccatc ttgtacgccg cgatgtgcat
    64081 gcccgtgggg taggtgtcgt tcgacgattg cgacttgttc acatcgtcgt tcggctgtag
    64141 cgtcttctcg ccctcgccga tcgtcttgcc cgccagctga tgcgcgcggt tggcaatcac
    64201 ctcgttcacg ttcatgttcg actgcgtgcc cgagcccgtc tgccagatca cgagcgggaa
    64261 ctggtcatcc aatttcccct ccaggatctc gtcgcacact cggctgatca gatcacgctt
    64321 ctccaccggc agcacgccca gctcatggtt ggcataagcg gccgcctttt tcaggtacgc
    64381 aaagccatag atcacctcca gcggcatgga ggccgacggc ccgatcttga aattgttacg
    64441 cgagcgctcc gtttgcgctc cccagatctt gtcggcgggg actttcacct cgcccatcgt
    64501 gtctttttcg attctgaaat ctgccattgt tctatatttt tttggtgatg attgattttc
    64561 tcggtgacaa ccgcgggcaa aaatagacgt tcttggcaat taccgtgggg cgatgccaaa
    64621 aacatacgtc gcggcctcag aaacgcctcg cgaaggcccc gcagcgtccg tttagcccct
    64681 tgtgtaagcc cgttcacggc ccgccgactc ccgtttgcgg cctgctcgcc tctgcgcacc
    64741 gcttgcggag atccgtttcc cctccattct tctcggataa ggccttatcg gccccttttt
    64801 tacccgttcg gaatttcccg aaacgtatcc ttcatctatt acaatcttcc ggaatttccc
    64861 gaagaataga aaaccgatat atcatctctt cggggaactc cgatcagata gaaatataga
    64921 tagctacctt tcgggagagt ccgagaagtt ataaacaaga tatacatcct ttcgggaata
    64981 tccgattaat ataaaaatcc atttctatac tttcggggat ttccgaagag ttagaagcat
    65041 atagcttatc ccgttcgggg attcccgaga attaggtaca tactatgaat atgcttcgga
    65101 ataatccgag accttattac atatagagga catacttcgg gaaattccga acgatagaaa
    65161 tgaaaaggaa tacgttttcg ggagattccg atgtatagaa acgtgaagcg atataccttt
    65221 ggcggcacct ttcaaggata aaacggatgt ccgcaaggcc ttcacgggcc cgatcatggg
    65281 gcgcgaagag cgcggcggac ggttcgcatg cccgaaatgg catgaaacgg aagtccgcga
    65341 ggggttcgca aagtaattcg gacataaaaa cgacaggaga catgaaaaag atcggaaaca
    65401 tagacctgac acgggccacg aaggcggcgc acgtggagtt cattcactcg gtctgcatcg
    65461 cggtggacga gagtccggag gtgacggtta acgcggtggc caagaaagct gcggagcgac
    65521 tcaaggcggc ctacgacgag gagcgggaga acctgatcct ctcgaacaaa agcctgctga
    65581 cggacgacat ccacgcggcc gacaccgagc gcgacggcct tttcaccggc ttcaagggca
    65641 ccgtgatggc gcagcagcgc atgccggacg cggccaaggc ggaggcggcg cgcgagctga
    65701 cgcagcggat caaggactac cggctgcagc gcggcatgca gctggacggg gagacggcga
    65761 tgatcgggaa gctggtggag gactgcgagg gggcctacgc gtcgcatgtg gagcggctcg
    65821 gcgtcgggcc gtacgtggtg gcgatgaagg cggccaacga gcgcgtgcac cggctcatca
    65881 acgagcggat gcagaaccaa cggcttcgga aagaggcaga ggtggacatg gcgcggcggc
    65941 agtcggacgc agcctatcgg tggctcgtgg aggtggtgaa cgcgatgcag gttttgctgg
    66001 gcgatgaggc cggcgtgggc cacttcatcg acttcatgaa cgcgctgatc aagcgttatc
    66061 ggcaggtggt gttcgccaaa cggaagcgga ataaggacgc cgctgtggag ggctaaccaa
    66121 gacgctattt ggggaggctg tcaagggggg ggtaaacgag gaaaggcccc gccctgaatg
    66181 aatcagaggg ggcctttacc gtgaagaacg ccatgaaata caaaaaacga gcggcaaacg
    66241 gggctcgaac ccgcgaccct cagcttggga agctgatgct ctaccaactg agctactgcc
    66301 gcgtcttgct cgggtgttgc gggggcaaaa atagaccttc ctttggcttt ttacctaagt
    66361 ttgcccgaca ttttttgaca gagaccgaaa taagcggcat ttcatgaggg aatttcagaa
    66421 gatcagcacc cggaaaaaag gggattacga ggcggctttc cgcgaggaaa agccgaatgt
    66481 gtttcagcgg ttggccgcga tatttggcca tgccgctttt ttttggctgg ccgtctgtct
    66541 ggccctgttt ttctggctgg aacgtgaggg ccgattctac tttttcttca tcgagcagcg
    66601 gaagctgttc ctcagcgagg catcgttcat cgggtcgtat ttcacgcggc cagggggcgg
    66661 agcgcagttg gtgacggact atgcgacgca gttcttcgtc aagccgtacc tcggggcggc
    66721 caccggaagt gtggtgctga cggccgtggc catgctgtcg gtgagcatca tgcgacggat
    66781 cgcaccgcgg gcgaatctgc ggctgctggg gctactaccg acggcggcgc agctgctgat
    66841 gacgttcgat atgaactatt cgtacgccgg gacggtggcc tatgcgctga cgctcgtggc
    66901 gatgtatggc tatttcttca tcccgtcgat ggtggggcag gtagtctatg ccacggtggc
    66961 cacggggttg ctgttttggc tcggcggatc ggtggcgttc ctctttgcga cgtgcatctt
    67021 tttgtgggaa ctggcgacgc gcttttggcg ggcttacggt ttcctgttgc cgctgatggt
    67081 ggccgtggga gcggccgtct ggggcgtgta tgacgcgtgg gcgggggagt atcgcttcct
    67141 gttaggtccg gacggatact atgcgccgac tgtggcgcct gatccggtgc tttacggcgt
    67201 atgggcctgc ctgccggtga tgctggccgt ggcttattgc ctgcgtgggc agggacgcga
    67261 gaagaaggag gcggggcgac ggatcgcaga gataacggtg cagcttgtgt tagtgggcgg
    67321 actgctttgg atcgggcgcg acagactgac ggatcacgac acgtcgggct acagcaaaga
    67381 gctggactgc tacctccgac aaggacgatg ggacgacgtc atcgaccgct atacctttat
    67441 atacaagcac aacccgacgc ctaccgaggc ctgcatgctg agcatcgcgc tggccgaacg
    67501 gggacaattg gccgacagcc tgtttgccta cgctccgcgc ggcgtggagg ccatcctgcc
    67561 gacatgggac ggaagcgacc cccaagtggc ggcactgctg agcgacctct atttctcgat
    67621 gggcgatatc gatatggcgc aacgcatggc gatagaagcc aatacgggta tggacgaccg
    67681 cagcccgcgc atgatcaaac gactggccga gacgagtctg atccgcggcg cctatccgct
    67741 ggccgagaag tacctctcgg tgctggagca tacgcgttac tacggccagt gggctcacga
    67801 tgcgcggcgg ttcctgtata acgattcggt cgtgatggcc gactccctgc tgggccgcaa
    67861 gcgtcgctgc ctgacgggtg catcgggcga tctgccgcgc actctgcaca ccatcgccga
    67921 acaaaacccg acgcaccgcg cctcgatcga gtatgcgggc gtgctcctct tattgcaaaa
    67981 agacctcggg cgcttccgca ccttggccga cagttgcgtg gggcggatgg tgctccctcg
    68041 cctgcccaaa tccttcgcgg aggccacgct gctctacacc ttcgtcggcg atacaacggc
    68101 gcagaagcgc tatcgacttc cggccaacat gacgcggcgc tacgccgact ttcgccgacg
    68161 cgctgacgcg gcgcgaggca accgccagtc ggccgaggcg ctgcgcgaca ccttcggcga
    68221 cagctactgg tattacttca ccttcacgtc cggcgcgacg aaatgacccg taatgaaaac
    68281 gactctcccc cccacttttc gacacctctt cacactcctg ctcatcctcc tgctgacggc
    68341 cgcctgccga cacgaagcac cgatgacgaa ccggctggtg gaccatcggc cacctatctt
    68401 ccctgactat acggaggtga cgatcccgcc caacattgcg ccgctgcgct tcctgctgtc
    68461 cgacacgtgc gacgtggaca aggccgcggc cacgttcgag tgtggcgctg aacgcgtcac
    68521 ggtctgggcc tccgacggac ggtccatcgc catcgcgccg cgcgcatgga agcgcctgat
    68581 gaaggacgcc gcaggcaagg tgatcagcgt gaaagtgacg gctcgtattg ccggcgaatg
    68641 ggtcggctat gcgcccttca acctctacgt ggccacggac tcaatcgacc cgtacatcgt
    68701 ctacggtcgc acggatccga gtcgcgacgt gacgggccat atggggcttt acagtcgctg
    68761 cctggaggac tttcgcgagc gtgccgtgct cacgagcgac atgacccgcg gcgatcgcat
    68821 cggtccggcc accttcagcg gtggcgacgc ccagcgcttc tttctgcccc taagcggtgc
    68881 cctatcctgc gccctgctga ctgacagcga caagatcgag aaactgaaca cgcacaccat
    68941 ccccggacta cccacgccga cccatgtcgc ctggcaccct tcggggcgtt acatggcctt
    69001 cgccgtcaac cgcaacgcgc ggcaggatgc ccgcgagacg gcctcacgca tcgtcatcta
    69061 tgacgtcgtc aagcatgagc tcttcacctc cccgcagctc ttctccgact ccagttcggt
    69121 cacctacccc gccttctcgc ccgacggcga gacgctctac ttctgcgcca cctcactcat
    69181 ggcccacacc cacgccgaca gcgccaagta tcacctctgc gccctggctt tcaacatcca
    69241 cggtggacgc cgcttcggtc gtaaggcaga caccctctac cactcccgac ccgcgccgcc
    69301 cccgcccccg cggaagaagt cggacaagac gcccccccga cgtcccgagg tacgccccga
    69361 cggcagcgcg gcccgtcccc tgccctcgcc cgacggacgc tacctgctct tcaccgtggc
    69421 cgacgtaggc tccaatcccg ccgatcgccc cacgtcagac gtggccctct tcgacataaa
    69481 gcaccggaac ttcctgcccg tcgatacgct ctgtgccgat aacgactcgg agatcgccta
    69541 ctcctggagc aacaacgggc gctggatcgt ctacaccacg cgcagcatcg acggcctcta
    69601 cgaatacccc gtcatcgccc atctctcggc cgacgggcgc ccctcgaagc ccttcctgct
    69661 gccgctcaag gaggccaatg gctatcggcg cacgatgcga tcgttcgccc accccacgtt
    69721 cctcaccgcc cccgtgccct accgcaacta cacgctcagt cgcaaggctc gcaccctcga
    69781 aggcgtggac atccagccgc tcaaggccgg gaagtgaatc cctccttcgg gagaggtcat
    69841 ttccgcatcg aggaaatggg tcaaaccctc gggagaggtc atttccgcat cgaggaaatg
    69901 ggtcaaacct tcgggagagg ccatttccga ggctcggacg acctaaacaa ttaacgtaat
    69961 caggaattca tcccccaaaa aacaagatga cacaagaaag gatcacacca aaccagcacg
    70021 acgcctggcc ggaaattgag gcgctgctac atcgattcgc agacatgggc atcgctcagg
    70081 cggtggatta tgagaagtac tacctctact ccctgatcgc ccattcgacg gccattgagg
    70141 ggtcgacgct gacggagctg gaggcgcaaa tgctcttcga cgagggcgtg acgactggtg
    70201 gtaagccact catagatcat ttgatgaatg acgacctacg catggcctat gagcaggcac
    70261 agacggaggc ggtgcgccga acagctatca cgccgacgtt cttgcggatg ctgaatggaa
    70321 tactgatgcg gcgcaccggg agtgtgcacc acgtcgctgc gggcacgttc gactcgtcgc
    70381 gaggtgacta ccgcctgtgt ggcgtcacgg cgggtgtcgg cggacggtcg tatatgaact
    70441 atcaaaaggt gccggtacgg atagaggcgc tctgcgaacg acttcaggaa caaatgaaaa
    70501 tgaccggcgt caacaccctc cgcgcgcagt atgagctgag tttcacggcc catttgaaac
    70561 tggccactat ccacccgtgg gtggacggca acggtcgtac ggcacgcctg ctgatgcact
    70621 acatccagtt ctactacggc cttttccccg tgaagattct tcgtgaagat cgtggcgcat
    70681 acatcgcatc cttgcggcaa tcgcaagagg tggaaaatgt ggcctgcacg cccttcctca
    70741 cctttatgac cgaccggctg cgggcgtcgc tcaaaagtga gatagagcgg gctgcggcct
    70801 cggccgaggc tgagaagtta gtcgagaaca cgcaggggcg aatgcacata ccgcagtaga
    70861 ggcacaaagg aatatgatgc aactaagaga gatcgaaaag gataagtacg acgtcgacgc
    70921 attgcttgac gaagtattag ggcgcgaagg atcgcccgaa agagaaagga atagggccct
    70981 ggcgtgggag gaatacctgg cgcaagtgga gcacgacgcc caagcgaaga ggctgcctaa
    71041 gacggtcgcc gaaccagcga tgagtgacga atggtaaggc ccggcgttgg ggaccgaaaa
    71101 gagattggga ggcgtttgca cggtgctgca tgcgcctccc tacttttgcg gcctcaccga
    71161 acaatgcatc aataatggat agtaatatgg ataagcaaca acagaaactc gttttgtata
    71221 acaccctcac gcgccggaag gcggagtttg agcccctcca cgcgccgcat gtgggcatgt
    71281 atgtctgcgg acccaccgtc tacggcgatc cgcacctcgg ccacgcccgg tcggccatca
    71341 ccttcgacat cctcttccgc tacctcaccc acctcggata caaggtgcgc tacgtccgca
    71401 acatcaccga cgtgggccac ctcgagcacg acgccgacga gggcgaggac aagatcgcca
    71461 agcgtgcacg catcgagcaa ctcgagccga tggaggtcgt gcaacactac acgcgtcgct
    71521 accaccgcgc aatggagctg ctgaacgtgc tcccgcccag catcgagccg caggcctcgg
    71581 gccacatcat cgaacagatg gagctcgtca accgcatcct ggccaacggc tacgcctacg
    71641 agagcgaagg ctcggtctac ttcgacgtgg cacgatacaa ccaggatcac cgctacggca
    71701 tcctctccaa ccgcaacgtc gacgagctgc tcaacaccac ccgcgagctg gacgggcaga
    71761 cggagaagcg taaccccgtc gacttcgccc tctggaagcg cgccgcaccg gagcacatca
    71821 tgcgttggcc atcgcagtgg ggcgagggct tcccaggctg gcactgcgaa tgcaccgcga
    71881 tgggccgcaa gtacctcggc gaccatttcg acattcacgg cggcggcatg gacctcatct
    71941 tcccccacca cgagtgcgag atcgcgcaag ccgtagccgc cgagggcgag gaaatggtgc
    72001 gctggtgggt gcacaacaac atgatcactt acaacgggca gaagatgggc aagtcgctcg
    72061 gcaacgccat caccctggag gagttcttca ccggtagcca tccgctgttg gcgcaggctt
    72121 atcgcccgga gacgatccgc ttcttcatcc ttcaggcaca ctatcgcagc acggtggact
    72181 tcagcaacga ggcgctgcaa gcctccgaga agggtctcga tcgactcttc gaagccgccg
    72241 aacggctcgc caagctcacg ccctccgacg gtccctcgac catcgacgtc agcgggctgc
    72301 gcacgcgctg cgaagaggcc atgtgcgacg acatgaacac gcccatcgtc atctctcacc
    72361 tcttcgacgc cgccaaggcc atcaacaccg tgcacgacgg tcgtgcgacg atctcggcgg
    72421 acgatctcgc ggagctgcaa tccgccttcc gtctcttcat ggacgacatc ctcggcctgc
    72481 gcagcgccgc tccgtctgac gagaaagacg aggcctatcg ccgcgcagtc gatctgctgc
    72541 tctccatccg tcagcaggcc aagcaaaaca aggattgggc aacgagcgac cgtatccgca
    72601 acgagttgtc cgccctcggc ttcgtggtca aggatacgaa ggacggcgcc gaatggagcc
    72661 tatagccatg cgaatcgtca tcctgcaaca agacattgcc tgggctgatc cggcggagaa
    72721 cgtgaggcag gcagaggcag ccatcgaccg tcggccgggc gccgacctat acgtgctgcc
    72781 ggagatgttc gccaccggtt tcgcgacgca tcccgagggc gtggccgaaa aagccaacag
    72841 cgagacgctc cgctggatgg tgcgcaaggc ggcggcatgc cgcgcggctg tggccggatc
    72901 gctggccgtg gaagatggcg gtcgttacta caaccgcctc tgcttcgtcc accccgacgg
    72961 ccgcgtggag acgtacgaca agcgccacct cttcacctac agcggcgagg accgtcatta
    73021 cacacgcggt acgcgtcgcg tggtcgtaac cttccgcggc gtgcgcatcc tgctgcaagt
    73081 ctgctacgac ctgcgcttcc ccgtctggag tcgcaaccgc ggcgactacg acgtggccct
    73141 ctacgtggcc agctggcccg ttggccgcat cgaggcttgg agcgcgctgc tgcgtgcgcg
    73201 agccatcgag aaccagtgtt acgtcgtcgg cgtcaaccgt gtggggtgcg acccagtggc
    73261 ggagtacagc ggcgcgtcgg tcgtcatcga tccctacggc cgcaccgtcg ccacgtgcga
    73321 ggatcaccac gtcagcacag ctgaagctgt gctcgacctg gagcgtctcg ccgccttccg
    73381 gcggaagttc cccgtcttag aggatgggga tgcgtttgag ctccgatagg aacaccggca
    73441 aatagctatc gatgaggggc gggatcagtt tttccgcccc tctttgtttt acaaaccaca
    73501 gaataaggca gaaaatggta ttgtcattga acgaatttga gcagcaagta aacaagacga
    73561 tcctgaagcg aggtcgtgac tatttcgaac atgaccacgt ggtgcgggtg aaaagactta
    73621 gcgaaggaga atttgagctc gcggtgctgg gaacggaacg gtacacggtc tatttgagat
    73681 tttggggcga cgccatcaca gaccacgact gtagctgtcc ctacgtttgg ggtccggtct
    73741 gcaaacatgt cgtggcctcg ctgttttacc tgcgcgagaa tggtctctac actgcgccac
    73801 cgctgagtaa agagatggaa cgtgatcgct ccgtccctag acaagtggcg acgatgcttg
    73861 aggagatgaa ttacgacgat ctgcgacttt tcgtccacac tctctgcagg gacgacagcc
    73921 tcttccagca aatcttttta gtgagaaatc tccaattcct gcccacagtg tcgcccgacc
    73981 tgtataagct acatcttcgg tcactcatca acatgtgcaa tcacccaaca accactccat
    74041 tctcttacga cgacattgat cgattgattg acgctgtgga cgatatcagt ttctctgtgg
    74101 atggtgagat ctccttgggt gatccgatga aggctctcta catatcaacg gccatcatcg
    74161 aagaaatgag cacgttcagt tgccaaatcg agcacagcgg aatcgacgat agcattgagt
    74221 atgcattcaa cacgctggag cgtctgaccc acgcagagct taccgacgag cagcatagca
    74281 agctcctcga cgccctgcta tcgctctcct atcgcctggc gctgcgagac gaatggggat
    74341 gtcttcaggc cattaaacta tccatcgaca tcatccgaaa cgagcaggag aaggcgcgcg
    74401 tggtatttgc actagataaa tcgcagcagg ccaagtttcc cctatgcaaa gggcaggccc
    74461 tacgtgtgca gcagctcaag cagacgctca tcacaaagtt gtctcgcacg gcagggcatc
    74521 tatgagaaaa gtctcgcctc ggacgggatg tccggcgagg ctcctttatt tccctgatgc
    74581 tttttaggca ccagaaatgc tggtatccgc aaaaacaaaa gccgggcata caagggatgg
    74641 cttcccccct catatacccg gctaaacttc gtcggcggct gcagcacccc cggccaaact
    74701 tggctggtgc ccttcggtag agttctcctt ttcttgtctt aacacaagaa aaggagcaaa
    74761 agaaagtcaa ggcctctacc gaggccaagg aagtttaccg tcccccttcg attacaccac
    74821 cgggatcttc tccac
//
LOCUS       SEQF2634|AYYE01001137.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaccaatggt ttgaagcaaa accgacctcc gatttgggcc aaaccaatgg tttgaagcaa
       61 aaccgacctc cgatttgggc caaaccaatg gtttgaagca aaaccgaccc ctgaaaaggg
      121 ccaaaccaat ggtttggagc aaaaccgacc cctgaaaagg gccaaaccaa tggtttggag
      181 caaaaccgac ccctgaaaag ggtcaaacca ggtggtttga agcaaaaccg acctctggaa
      241 agggccaaac caagtggttt g
//
LOCUS       SEQF2634|AYYE01001138.1 2590 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2590
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             493..1377
                     /locus_tag="SEQF2634_01413"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSDRRADHVVRVRRVTAPLTDRLVRSVLQRHVARLHRRHLPAQ
                     HTDLLHVRPLTLRVRPPHVDHALHAHQCADGGHGHTVLSCTRLSDHPPPAQMSCQQHL
                     SQCIVDLVRARVVQVFPLEVESASVAFRHACCAVKWRRPTRIVAQQSAELLHERFTLD
                     HAQITLAQLLHASVQDLWHVRAAKRSVVSFRADPVIVVLSFHSFGVYVIVLFRGLHPR
                     HGLLPENNRGPAASRVRQSLHSLSLLSIGSFVTYGHAGVLPISRQYWNIIGRHHHPHI
                     VIVLTKRIIFPFVSGPQR"
     CDS             1466..1618
                     /locus_tag="SEQF2634_01414"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYRRTDVWQSHIDVPLSKLSLHSRPQYKAYIVYMNLQQKRMH
                     NGQRAF"
     CDS             1599..2330
                     /locus_tag="SEQF2634_01415"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGLFEGYIGLRLADGSYLNDVIPVILLIEISLFAAVFHSHAF
                     LLRKMAKDLLSVKERDNLFDRPVKSDLFFRGFMKLQMLSLCALFFYLLAGHYYPMPTD
                     DLRSVLLPLGLIFAAVWLYYLLKRIIYFLYGHAFDAGERYAMWDNRYQALTGIWGCTL
                     YVPILWLFFDSRYPHYVAAAFLLLYALYRILLIYITIRIFYNRRTGILFLCSYLCAQE
                     IIPLFLAYEGLRYTLQLTDISSLWH"
     CDS             complement(2378..2536)
                     /locus_tag="SEQF2634_01416"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNSRAGRKDDCTVIWYNDALLSELFSRQGLNLDEGAKVNIHAI
                     SFRDVEIR"
ORIGIN      
        1 gagcgccccc agcgcgtgag cagactccag cgccgggatg atcccctcca gccgagtcag
       61 ctcgtaagcc gcctccaccg cctcccgatc cgtcacggcc accacctccg cccgcccgcg
      121 agcaaagagn tnggcgtgca tcggnccgat ncccggatag tccagccccg cggagatcga
      181 ataaggctcc tcgatctgtc cgtcattgtc ctgcatgacc agcgtccgtg cgccgtggat
      241 gatgcccggc agacccaggt gaagcgtcgc cgcactccgt ccactctcca cgccgcagcc
      301 cgcagcctcg gccaatacga tccgcacccg ctcatcgtcc acgaacggat agatcgtccc
      361 tgccgcgttg ctccctccgc cgacgcacgc catcaggcag tctggcctgt cgcggccctc
      421 ccgctcctgt agctgccagc tgatctcccg tccgatcacc gattgcagtc gtgccaccag
      481 gtccgggtag gggtgcggtc cgaccgtcga gccgatcacg tagtacgtgt ccgacgggtg
      541 acggcaccac tcacggatcg cctcgttcgt agcgtccttc agcgtcatgt tgcccgactc
      601 caccggcgtc acctccccgc ccagcatacg gatcttctcc acgttcgccc gctgacgctc
      661 cgtgtccgtc cgccccatgt agatcatgca ctccatgccc atcagtgcgc agacggtggc
      721 cacggccaca ccgtgctgtc ctgcacccgt ctcagcgatc accctccgcc ggcccagatg
      781 tcgtgccagc agcacctgtc ccagtgcatt gttgatcttg tgcgagcccg tgtggttcag
      841 gtcttcccgc ttgaggtaga gtcggcatcc gtagcgttcc gacatgcgtg ctgcgcggta
      901 aagtggcgac ggccgacccg catagtcgcg cagcagagtg ctgaactcct gcatgaacgc
      961 ttcactctcg atcacgcgca gataactctc gcgcagctcc tccacgcatc ggtgcaggat
     1021 ctctggcacg tacgcgccgc caaacgttcc gtagtatcct tccgggctga cccggtaatt
     1081 gttgtcttgt ccttccattc ttttggggtt tatgtcatcg ttctttttcg ggggttgcat
     1141 ccaaggcacg gattactccc cgaaaacaac agaggccctg ccgcaagtcg tgtgcgacag
     1201 agcctccatt cattatctct attgtcaatc ggatcgtttg tgacttatgg acatgcgggc
     1261 gtgctcccaa tctcacgaca gtattggaac atcatcgggc gccaccacca cccacacatc
     1321 gtcattgtac tcactaaacg gatcatattt cctttcgttt ccgggccgca aagataaaca
     1381 cgcctgctaa acacccaaat tcatgcgcat ttattccccg ttaagcggat cttgccgaaa
     1441 atccatctac gtgtgatcgg cgcgaatgac cttctatcgc cgcacagacg tctggcagag
     1501 ccatatagac gtgccacttt ccaaactctc tctacattcg cgcccccaat acaaagcgta
     1561 catcgtatat atgaatctcc aacagaaaag aatgcacaat ggacaacggg ctttttgagg
     1621 gatacatcgg cctccgtctg gccgacggat cctatttgaa tgacgtcatc cccgtcatcc
     1681 tgctcattga aatatcgctt tttgccgccg tcttccattc ccatgccttc ctgctccgga
     1741 agatggccaa ggatctcctt tccgtcaagg agcgcgacaa ccttttcgat cgtcccgtca
     1801 agagcgacct cttctttcgt ggattcatga agttgcagat gctctccctc tgcgcactct
     1861 tcttctatct cttggccggc cattactacc ccatgcccac cgacgatctc cgctcggtgt
     1921 tgctgcctct cggactcatc ttcgcagccg tctggcttta ctacctcctc aagcgcatca
     1981 tctacttcct ttacggccat gctttcgacg ctggcgaacg atacgccatg tgggataatc
     2041 gttatcaagc tctaacgggc atttggggat gcacgctcta cgtgcccatt ctctggctct
     2101 tcttcgatag tcgttatcct cattatgtcg ctgctgcttt ccttttgctt tatgcgctct
     2161 atcgtatctt gttgatatat atcactatcc gcatatttta caacaggcgc acgggcatat
     2221 tgtttttatg ttcttacctt tgcgcccaag aaatcatccc cttattcttg gcttacgagg
     2281 ggttgagata cacacttcaa ttaacggata taagttcttt atggcattga gtataaaaaa
     2341 actgctggta tcgcaaccga aaccggagac cgggaaatca ccgtatttcg acatcgcgga
     2401 acgatatggc gtggatattg actttcgccc cttcatcaag gttgaggcct tgacggctaa
     2461 agagttcaga aagcaacgca tcgttatacc agattacagt gcagtcatct ttacggcccg
     2521 cacggctgtt gaccattttt ttcacctgtg caaagaatta cgcatcgttg ttcccgaagc
     2581 gatgaaatac
//
LOCUS       SEQF2634|AYYE01001139.1 1065 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1065
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             16..882
                     /locus_tag="SEQF2634_01417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRLQRRDDPLQPSQLVSRLHRLPIRHGHHLRPPASKEXGVHRX
                     DXRIVQPRGDRIRLLDLSVIVLHDQRPCAVDDARQTQMKRRRTLSTLHAVARRLGQYD
                     PHPLIVHERIDRPRRVASSADARHQAIWPVTTLVLLQLPADLTPDHRLQSCHQVRVGV
                     RPDRRTDHVVRVRRVTAPLTDRFVRCVLERHVARLHRRHLAAQHTDLLHVRPLTLRIR
                     PPHVDHALHAHQCADAGHGHTVLSCARLSDHPPPTHMSCQQHLSQCIVDLVRARVVQV
                     FSFEVESASVAF"
ORIGIN      
        1 gagcgccccc agcgcgtgag cagactccag cgccgggatg atcccctcca gccgagtcag
       61 ctcgtaagcc gcctccaccg cctcccgatc cgtcacggcc accacctccg cccgcccgcg
      121 agcaaagagn tnggcgtgca tcggnccgat ncccggatag tccagccccg cggagatcga
      181 ataaggctcc tcgatctgtc cgtcattgtc ctgcatgacc agcgtccgtg cgccgtggat
      241 gatgcccggc agacccagat gaagcgtcgc cgcactctgt ccactctcca cgccgtagcc
      301 cgccgcctcg gccaatacga tccgcacccg ctcatcgtac acgaacggat agatcgtccc
      361 cgccgcgttg cttcctccgc cgacgcacgc catcaggcaa tctggcctgt cacgaccctc
      421 gtgctcctgc agttgccagc ggatctcacg cccgatcacc gattgcagtc gtgccaccaa
      481 gtccgggtag gggtgcggcc cgaccgtcga accgatcacg tagtacgtgt ccgacgggtg
      541 acggcaccac tcacggatcg cttcgttcgt tgcgtccttg agcgtcatgt tgcccgactc
      601 caccggcgtc acctcgccgc ccagcatacg gatcttctcc acgttcgccc gctgacgctc
      661 cgtatccgtc cgccccatgt agatcatgca ctccatgccc atcagtgcgc agacgctggc
      721 cacggccaca ccgtgctgtc ctgcgcccgt ctcagcgatc accctccgcc gacccatatg
      781 tcgtgccagc agcacctgtc ccagtgcatt gttgatcttg tgcgagcccg tgtggttcag
      841 gtcttctcgt ttgaggtaga gtcggcatcc gtagcgttct gacatgcgtg ccgcgtggta
      901 aagcggcgac ggccgacccg catagtcgcg caacagtgtg ctgaactcct gcatgaacgc
      961 ttcactctcg atcacgcgca ggtaactctc gcgcagctcc tccacgcatc ggtgcaggat
     1021 ctctggcacg tacgcgccgc caaacgttcc gtagtatcct tccgg
//
LOCUS       SEQF2634|AYYE01001140.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tcatgattca ctcgtgccgt atccacaaaa ttgttcgtcg tatgcgagag ggagaaatga
       61 gactcgaagt caaggcagtt gttcagcatt ccacttttta tcagtttgtt ctcgagcatg
      121 aacatcccgg atttgtcttc ggcataccgg atgttcttca ataccccttg catctcattg
      181 aaacgattat agtacccgaa ttcggtactc atctcatcga accaaagttt gctgaaagcg
      241 attttccctt tcagcatata cgaccgaaaa cagtcgtggt ctcgctttac caataagtcc
      301 tctctttcgg gaactctaaa agagtaatca ttctttgcag acgtataata accacccgca
      361 ccgagcagtt ccaaattaca gaagtgtttc aagcaggtca tcggtagcgc gatagccgaa
      421 tatgccctat ctgaaaagat ggaat
//
LOCUS       SEQF2634|AYYE01001141.1 5083 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5083
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             634..918
                     /locus_tag="SEQF2634_01418"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFPSKPWTIILELLPKPPVCPTFNPMVLFKMVSKDTERPCSSF
                     AFITETASGDSLIIRAFVFPKTTTFSNAIASGLSFIVYLFPSEVMVSVAV"
     CDS             1162..1329
                     /locus_tag="SEQF2634_01419"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAAFEINILFVHEKSAQRCRYIKEVNTPIKHIYTPIELNRPKR
                     IVFGQYYAHSG"
     CDS             1605..3350
                     /locus_tag="SEQF2634_01420"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A4T3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative multidrug export ATP-binding/permease
                     protein"
                     /translation="MDKQKIRPLDEERESCNLLSNTVVVLHLVFGTLPLLFVVWAVDR
                     LMGNTLTPAMLWSVGVAMVLFALFRGVFYGISIWRAHYSAYNALTRLRMRIVSHLQRL
                     PIGFFQERKVGDLVNIINHDVEQIEMYLAHGLPEILSATLFPALLWGIVMVLDWRLGL
                     ALVSLLPLAFLLQMTVKTLWKKSFQHFMESTQKMSEDLLEYVATIPVIKAFSHEETRT
                     EQVLCGMRDYIRRVTRSMFSVTVPMTLITMFLEGGIVVMTLVGLWLMASGELTVTRFI
                     LALILGGLFSSSFAKLATFQHFRIVYGQSLARVRSITEVPVKDTADRDTDAMQSDVSF
                     EHVTFAYPNKKDRALSDVSLQFPKGSHTAIVGESGSGKSTLASLMMGFWQPQSGTVRL
                     GGENLAELSERNIADFFSIVQQEVFLFNTSIRDNIRIGKPSATQREVETAARKARIHD
                     FIVGLPSGYDTSAGEVGVKFSGGEKQRISIARMLLKDSPIVILDEATAALDGENEKLI
                     QEALDELQRNKTVITIAHRLNIIQDVERIVVMDKGQVLATGTHGELMDSCPLYRNMTE
                     TQERVNRWQLKEEET"
     CDS             3353..5041
                     /locus_tag="SEQF2634_01421"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYC4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein"
                     /translation="MVRNILNELTARGVRHLIVSALFFVVYALCGTAIMLTVLLLIDR
                     YISGESISLVSAAWMLGGLLVLKTISNAIADMSKHFAGFDLVERIREKIILKLKKFSL
                     GFYTNERLGEISTIIHKDVDNMEMVVGHLWTRMSADFIVALILGIGLFCVDWRMGLAM
                     VAFLPVALFSLYRGIRSGMKAQQETQDGLADMVSLFVEYVKGIPVLKVFGGKGMFRDR
                     LDRSVHEFGESSKKTSRLAAISVGRYIFLIELAFALMATLGLWWSWRSELSVFAYLMF
                     VIVSREFYKPFINMESHWLNYIKVKDSYGRISRLLDAPFIANPGQPKTVERFDLSFEG
                     VGFYYEEESFEMKDLTFSVPEQTVTALVGSSGSGKTTLTNLLLRFWEPQAGNIRIGEV
                     DIREMDYDYLLSKISVVMQNVILFSDTIANNIKVGDRNATQAEIEEAARRAMIHDFIV
                     GLPDGYETKIGENGLGLSGGQKQRLSIARAFLKDAPILLLDEITSNIDPVNEYKIQQA
                     MSALIRNRTVLVIAHHLQTIRNAHQIIVMDKGRFIESGTHAELEAKDGVYRKLL"
ORIGIN      
        1 tcatgattca ctcgtgccgt atccacaaaa ttgttcgtcg tatgcgagag ggagaaatga
       61 gactcgaagt caaggcagtt gttcagcatt ccacttttta tcagtttgtt ctcgagcatg
      121 aacatcccgg atttgtcttc ggcataccgg atgttcttca ataccccttg catctcattg
      181 aaacgattat agtacccgaa ttcggtactc atctcatcga accaaagttt gctgaaagcg
      241 attttccctt tcagcatata cgaccgaaaa cagtcgtggt ctcgctttac caataagtcc
      301 tctctttcgg gaactctaaa agagtaatca ttctttgcag acgtataata accacccgca
      361 ccgagcagaa taccactctt aggaaagttc ttacgagaaa agatactggc cttgtgtgtt
      421 tgataagagc caagttcata tgaagcatct aagtagtccg tactaaattc tttcgtcaca
      481 atattgacgg caccccccag tccatcgcaa ccaaatcgtg caggaataat gcttttgtaa
      541 acctctattc gttcgataat atctatcggt atctcatcaa gcgaaaaggc accatccgaa
      601 gtattcatcg gtataccatc ccaaagaatt tgaatgcggt tcccctccaa accgtggacg
      661 ataattctcg aactgctacc caagccaccg gtctgcccga ctttcaatcc aatggtcttg
      721 ttcaagatgg tttctaaaga cacggagcga ccttgcagct cctttgcgtt tatcacggaa
      781 acagcctcag gcgattctct gataatccgg gcttttgttt ttccgaagac cacgacattc
      841 tccaacgcca ttgcatcggg attaagtttt atcgtgtacc tcttcccatc agaagttatg
      901 gtgtcggtag ctgtttgata gccgacataa ctcacactta gcacaagttt ccgcccgaca
      961 tctgcattca cccttgcgat acctttgcgg tcagtcgttg tgccatccat atataaggaa
     1021 gagcccaatg ctctccattg aagtgttgcc gattcaataa cactttcctt ttcgctatct
     1081 atgacacgaa tctccgttat ctgcttctga gcaaaaagag gaagcgacaa tagagaactc
     1141 attgtaagta ttatcctgca tatgcaagcc gcctttgaaa tcaacatctt attcgttcat
     1201 gaaaaatctg cgcaaaggtg tcggtacatc aaagaagtaa atacccctat caagcacatc
     1261 tataccccta tcgagttgaa ccgtcctaag cgtatcgttt tcgggcagta ttatgctcat
     1321 tcgggttaat ttatccctgt gtatctcctc accttcgccg ccatagtttc aaacggaaat
     1381 ggtctagcga atttcggcct acgcatggct ccctcttttc acatggtgcc cctgtatact
     1441 tactgtataa ggtacttatg caccaccttg cgtggtggct gactataacc tataagggta
     1501 gcatgcttaa gagatgcgac taagcaggct ttatgagtga cacaacgata ggtatcccaa
     1561 gagattcgca aaccactttc aattgacgat aatgacatag atatatggat aaacagaaaa
     1621 tcagacctct cgatgaggaa agggagagct gcaacctgct ctccaatacg gtagttgtgc
     1681 tgcaccttgt attcggcacg cttcccctgt tgttcgtggt gtgggcggtg gacaggctga
     1741 tgggtaacac actcactcct gcaatgcttt ggtcggtcgg agtggcgatg gtattgtttg
     1801 ccttgtttcg cggcgtgttt tatggaattt cgatttggcg ggcccattac tcggcttata
     1861 acgccctcac ccgattgcga atgcgcattg tgagtcactt gcagcggttg ccgatcggtt
     1921 tctttcagga gcggaaggtg ggtgacttgg tgaacatcat caaccacgac gtagaacaaa
     1981 tcgagatgta tttggcacat gggctgcccg aaattctctc tgcgacgctt ttccctgctt
     2041 tgctctgggg tattgtcatg gtgttggact ggcgacttgg gctggcactc gtatcgctgc
     2101 taccgttggc atttctcttg cagatgacag tcaaaacgct ttggaaaaag agtttccaac
     2161 actttatgga aagtacgcag aagatgtcgg aagacctttt ggagtatgtg gccacgattc
     2221 cggtcattaa ggcattcagc cacgaagaaa cccggacaga gcaggttctc tgcggcatgc
     2281 gcgattatat ccgccgggta acgcggagta tgttcagcgt gaccgtgccg atgacgctca
     2341 taacgatgtt tttagagggt ggtatcgtgg tgatgacgct cgtcggtctg tggttgatgg
     2401 cgtcgggcga gctgaccgtg acacgcttca tcctcgccct gatattgggc ggactgttct
     2461 cgtcctcctt tgccaaactg gccacgttcc agcatttccg aattgtctat gggcagtcgc
     2521 tggcgagggt ccggtcgatt accgaagtgc ccgtaaagga tacggcagac cgggatacgg
     2581 acgctatgca gagcgatgtc agctttgagc acgttacgtt tgcctacccg aataagaaag
     2641 accgtgcatt atccgatgtc agtctgcaat tccctaaggg cagtcatacg gctattgtgg
     2701 gcgaatcggg gtcaggcaaa agtacattgg caagtctaat gatgggtttt tggcaaccgc
     2761 agtcgggaac cgttcgactg ggtggagaaa atcttgcgga actctccgag cgcaatattg
     2821 ccgatttctt ctcgatagtg cagcaggagg tgttcctttt caatacgagc attcgggaca
     2881 atatccgtat cggcaagccc tccgctacac aacgggaggt ggaaacggcg gcacgaaagg
     2941 cacgcataca cgactttatc gtgggactgc ccagtggtta cgatacgtcg gcaggtgaag
     3001 tgggtgtaaa attctctggc ggagagaagc agcgcatttc cattgcgcgt atgttgctca
     3061 aagactcgcc gattgtcatt ctcgatgaag ccactgccgc attggacggg gagaatgaga
     3121 aacttatcca agaggctttg gacgaattac aacgcaacaa gaccgtcatc accatcgctc
     3181 atcggctcaa catcattcag gatgtggagc gtattgttgt gatggacaaa ggtcaggtct
     3241 tggcgacggg aacgcacgga gaattgatgg acagctgccc gctgtaccgc aacatgacag
     3301 aaacgcagga gcgtgtgaac agatggcaac tgaaagaaga ggagacataa cgatggtacg
     3361 caacatattg aatgaattga ccgcccgcgg agtgcggcac ctgattgtct ccgcactgtt
     3421 ttttgtggtt tatgccctct gtggcacggc gattatgctt accgtcctgc ttcttatcga
     3481 tcgttatata tcgggcgaaa gcatttcgct cgtttccgca gcgtggatgc ttggcggtct
     3541 gctggttttg aaaaccatct ccaatgctat agccgatatg agtaagcact ttgccggctt
     3601 cgaccttgtg gagcgtatcc gcgagaaaat cattttgaag ctaaagaagt tctcgcttgg
     3661 tttctacacc aatgagcggc tgggtgagat aagcaccatc atccacaaag acgtggacaa
     3721 tatggaaatg gtggtggggc atctctggac acgaatgtcc gccgatttca ttgtagcact
     3781 gatactcggc atcggactgt tctgcgtaga ctggcgtatg ggattggcga tggttgcctt
     3841 ccttcctgtt gctctttttt ccctttatcg aggcattcgt tcgggtatga aagcacagca
     3901 ggagacacaa gacggtctgg cggatatggt cagtctcttt gtggaatatg tcaagggcat
     3961 acccgtgctg aaagtattcg gaggaaaggg catgtttcgt gacagactcg atcgttccgt
     4021 tcatgagttt ggagaaagca gtaagaagac ctcacggctg gcagctataa gcgtgggcag
     4081 gtatatcttt ctcattgagc tggcttttgc gctgatggct acgcttggtc tttggtggag
     4141 ttggcgcagt gaactttctg tttttgctta cctgatgttc gtcatcgtct cgagggagtt
     4201 ctacaagccc tttatcaaca tggagagcca ctggctgaac tacatcaagg taaaggacag
     4261 ctacggacgc atctcccgct tgttagatgc acccttcatc gccaatcccg gccaaccgaa
     4321 aacagttgaa cgcttcgacc tctcattcga gggtgtcggc ttctactatg aggaagaaag
     4381 ctttgagatg aaggatctca cgttcagcgt ccccgaacag actgtaacgg cacttgtcgg
     4441 ctcatcaggc tccggcaaga cgaccctcac caatctgttg ctccgctttt gggaaccgca
     4501 ggcgggtaat atccgcattg gagaggtgga tattcgggag atggactatg attatctgct
     4561 cagtaaaatc agtgtggtga tgcagaacgt catcctcttt tctgatacca tcgccaacaa
     4621 catcaaggtg ggtgatcgca atgccacgca agcggaaatc gaggaagccg cacgtcgggc
     4681 gatgatacac gacttcatcg tcggcctacc tgatggttac gaaacgaaaa tcggagagaa
     4741 cggcttgggg ctgtcgggcg gacagaagca acgcctctcc atcgcccgtg cgttcctcaa
     4801 agacgctccc atcctcctgt tggacgaaat aacgagcaac attgatcccg tcaatgagta
     4861 caagatacag caggccatgt ctgcccttat ccgcaaccgc acggttttgg tcattgccca
     4921 ccatctgcag accatccgca acgctcatca gattatcgtg atggacaagg gacggtttat
     4981 agagagtggt acccacgccg aacttgaagc gaaagatggg gtgtaccgaa aactgctgta
     5041 acctaagaaa atggacgatt gggggataga aagtaaatgc taa
//
LOCUS       SEQF2634|AYYE01001142.1 4868 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4868
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             77..226
                     /locus_tag="SEQF2634_01422"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEWAKRLLSTRLYSVSEVGYEIGYTNLSHFTEAFHKHHKIKPKQ
                     YLDSL"
     CDS             complement(187..795)
                     /gene="cirA_1"
                     /locus_tag="SEQF2634_01423"
                     /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="MDGTTTDRKGIARVNADVGRKLVLSVSYVGYQTATDTITSDGKR
                     YTIKLNPDAMALENVVVFGKTKARIIRESPEAVSVINAKELQGRSVSLETILNKTIGL
                     KVGQTGGLGSSSRIIVHGLEGNRIQILWDGIPMNTSDGAFSLDEIPIDIIERIEVYKS
                     IIPARFGCDGLGGAVNIVTKEFSTDYFDPTYKESRYCFGFIL"
     CDS             947..1114
                     /locus_tag="SEQF2634_01424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAAFEINILFVHEKSAQRCRYIKEVNTPIKHIYTPIELNRPKR
                     IVFGQYYAHSG"
     CDS             1390..3135
                     /locus_tag="SEQF2634_01425"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A4T3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative multidrug export ATP-binding/permease
                     protein"
                     /translation="MDKQKIRPLDEERESCNLLSNTVVVLHLVFGTLPLLFVVWAVDR
                     LMGNTLTPAMLWSVGVAMVLFALFRGVFYGISIWRAHYSAYNALTRLRMRIVSHLQRL
                     PIGFFQERKVGDLVNIINHDVEQIEMYLAHGLPEILSATLFPALLWGIVMVLDWRLGL
                     ALVSLLPLAFLLQMTVKTLWKKSFQHFMESTQKMSEDLLEYVATIPVIKAFSHEETRT
                     EQVLCGMRDYIRRVTRSMFSVTVPMTLITMFLEGGIVVMTLVGLWLMASGELTVTRFI
                     LALILGGLFSSSFAKLATFQHFRIVYGQSLARVRSITEVPVKDTADRDTDAMQSDVSF
                     EHVTFAYPNKKDRALSDVSLQFPKGSHTAIVGESGSGKSTLASLMMGFWQPQSGTVRL
                     GGENLAELSERNIADFFSIVQQEVFLFNTSIRDNIRIGKPSATQREVETAARKARIHD
                     FIVGLPSGYDTSAGEVGVKFSGGEKQRISIARMLLKDSPIVILDEATAALDGENEKLI
                     QEALDELQRNKTVITIAHRLNIIQDVERIVVMDKGQVLATGTHGELMDSCPLYRNMTE
                     TQERVNRWQLKEEET"
     CDS             3138..4826
                     /locus_tag="SEQF2634_01426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYC4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein"
                     /translation="MVRNILNELTARGVRHLIVSALFFVVYALCGTAIMLTVLLLIDR
                     YISGESISLVSAAWMLGGLLVLKTISNAIADMSKHFAGFDLVERIREKIILKLKKFSL
                     GFYTNERLGEISTIIHKDVDNMEMVVGHLWTRMSADFIVALILGIGLFCVDWRMGLAM
                     VAFLPVALFSLYRGIRSGMKAQQETQDGLADMVSLFVEYVKGIPVLKVFGGKGMFRDR
                     LDRSVHEFGESSKKTSRLAAISVGRYIFLIELAFALMATLGLWWSWRSELSVFAYLMF
                     VIVSREFYKPFINMESHWLNYIKVKDSYGRISRLLDAPFIANPGQPKTVERFDLSFEG
                     VGFYYEEESFEMKDLTFSVPEQTVTALVGSSGSGKTTLTNLLLRFWEPQAGNIRIGEV
                     DIREMDYDYLLSKISVVMQNVILFSDTIANNIKVGDRNATQAEIEEAARRAMIHDFIV
                     GLPDGYETKIGENGLGLSGGQKQRLSIARAFLKDAPILLLDEITSNIDPVNEYKIQQA
                     MSALIRNRTVLVIAHHLQTIRNAHQIIVMDKGRFIESGTHAELEAKDGVYRKLL"
ORIGIN      
        1 gagcagttcc aaattacaga agtgtttcaa gcaggtcatc ggtagcgcga tagccgaata
       61 tgccctatct gaaaagatgg aatgggcaaa acggctgttg tccactcgcc tttattctgt
      121 atccgaggtg gggtatgaaa tcggatacac caatcttagc cacttcacgg aggctttcca
      181 caagcatcac aagataaagc caaagcaata cctcgactct ttgtaagttg gatcaaagta
      241 gtccgtacta aattctttcg tcacaatatt gacggcaccc cccagtccat cgcaaccaaa
      301 tcgtgcagga ataatgcttt tgtaaacctc tattcgttcg ataatatcta tcggtatctc
      361 atcaagcgaa aaggcaccat ccgaagtatt catcggtata ccatcccaaa gaatttgaat
      421 gcggttcccc tccaaaccgt ggacgataat tctcgaactg ctacccaagc caccggtctg
      481 cccgactttc aatccaatgg tcttgttcaa gatggtttct aaagacacgg agcgaccttg
      541 cagctccttt gcgtttatca cggaaacagc ctcaggcgat tctctgataa tccgggcttt
      601 tgtttttccg aagaccacga cattctccaa cgccattgca tcgggattaa gttttatcgt
      661 gtacctcttc ccatcagaag ttatggtgtc ggtagctgtt tgatagccga cataactcac
      721 acttagcaca agtttccgcc cgacatctgc attcaccctt gcgatacctt tgcggtcagt
      781 cgttgtgcca tccatatata aggaagagcc caatgctctc cattgaagtg ttgccgattc
      841 aataacactt tccttttcgc tatctatgac acgaatctcc gttatctgct tctgagcaaa
      901 aagaggaagc gacaatagag aactcattgt aagtattatc ctgcatatgc aagccgcctt
      961 tgaaatcaac atcttattcg ttcatgaaaa atctgcgcaa aggtgtcggt acatcaaaga
     1021 agtaaatacc cctatcaagc acatctatac ccctatcgag ttgaaccgtc ctaagcgtat
     1081 cgttttcggg cagtattatg ctcattcggg ttaatttatc cctgtgtatc tcctcacctt
     1141 cgccgccata gtttcaaacg gaaatggtct agcgaatttc ggcctacgca tggctccctc
     1201 ttttcacatg gtgcccctgt atacttactg tataaggtac ttatgcacca ccttgcgtgg
     1261 tggctgacta taacctataa gggtagcatg cttaagagat gcgactaagc aggctttatg
     1321 agtgacacaa cgataggtat cccaagagat tcgcaaacca ctttcaattg acgataatga
     1381 catagatata tggataaaca gaaaatcaga cctctcgatg aggaaaggga gagctgcaac
     1441 ctgctctcca atacggtagt tgtgctgcac cttgtattcg gcacgcttcc cctgttgttc
     1501 gtggtgtggg cggtggacag gctgatgggt aacacactca ctcctgcaat gctttggtcg
     1561 gtcggagtgg cgatggtatt gtttgccttg tttcgcggcg tgttttatgg aatttcgatt
     1621 tggcgggccc attactcggc ttataacgcc ctcacccgat tgcgaatgcg cattgtgagt
     1681 cacttgcagc ggttgccgat cggtttcttt caggagcgga aggtgggtga cttggtgaac
     1741 atcatcaacc acgacgtaga acaaatcgag atgtatttgg cacatgggct gcccgaaatt
     1801 ctctctgcga cgcttttccc tgctttgctc tggggtattg tcatggtgtt ggactggcga
     1861 cttgggctgg cactcgtatc gctgctaccg ttggcatttc tcttgcagat gacagtcaaa
     1921 acgctttgga aaaagagttt ccaacacttt atggaaagta cgcagaagat gtcggaagac
     1981 cttttggagt atgtggccac gattccggtc attaaggcat tcagccacga agaaacccgg
     2041 acagagcagg ttctctgcgg catgcgcgat tatatccgcc gggtaacgcg gagtatgttc
     2101 agcgtgaccg tgccgatgac gctcataacg atgtttttag agggtggtat cgtggtgatg
     2161 acgctcgtcg gtctgtggtt gatggcgtcg ggcgagctga ccgtgacacg cttcatcctc
     2221 gccctgatat tgggcggact gttctcgtcc tcctttgcca aactggccac gttccagcat
     2281 ttccgaattg tctatgggca gtcgctggcg agggtccggt cgattaccga agtgcccgta
     2341 aaggatacgg cagaccggga tacggacgct atgcagagcg atgtcagctt tgagcacgtt
     2401 acgtttgcct acccgaataa gaaagaccgt gcattatccg atgtcagtct gcaattccct
     2461 aagggcagtc atacggctat tgtgggcgaa tcggggtcag gcaaaagtac attggcaagt
     2521 ctaatgatgg gtttttggca accgcagtcg ggaaccgttc gactgggtgg agaaaatctt
     2581 gcggaactct ccgagcgcaa tattgccgat ttcttctcga tagtgcagca ggaggtgttc
     2641 cttttcaata cgagcattcg ggacaatatc cgtatcggca agccctccgc tacacaacgg
     2701 gaggtggaaa cggcggcacg aaaggcacgc atacacgact ttatcgtggg actgcccagt
     2761 ggttacgata cgtcggcagg tgaagtgggt gtaaaattct ctggcggaga gaagcagcgc
     2821 atttccattg cgcgtatgtt gctcaaagac tcgccgattg tcattctcga tgaagccact
     2881 gccgcattgg acggggagaa tgagaaactt atccaagagg ctttggacga attacaacgc
     2941 aacaagaccg tcatcaccat cgctcatcgg ctcaacatca ttcaggatgt ggagcgtatt
     3001 gttgtgatgg acaaaggtca ggtcttggcg acgggaacgc acggagaatt gatggacagc
     3061 tgcccgctgt accgcaacat gacagaaacg caggagcgtg tgaacagatg gcaactgaaa
     3121 gaagaggaga cataacgatg gtacgcaaca tattgaatga attgaccgcc cgcggagtgc
     3181 ggcacctgat tgtctccgca ctgttttttg tggtttatgc cctctgtggc acggcgatta
     3241 tgcttaccgt cctgcttctt atcgatcgtt atatatcggg cgaaagcatt tcgctcgttt
     3301 ccgcagcgtg gatgcttggc ggtctgctgg ttttgaaaac catctccaat gctatagccg
     3361 atatgagtaa gcactttgcc ggcttcgacc ttgtggagcg tatccgcgag aaaatcattt
     3421 tgaagctaaa gaagttctcg cttggtttct acaccaatga gcggctgggt gagataagca
     3481 ccatcatcca caaagacgtg gacaatatgg aaatggtggt ggggcatctc tggacacgaa
     3541 tgtccgccga tttcattgta gcactgatac tcggcatcgg actgttctgc gtagactggc
     3601 gtatgggatt ggcgatggtt gccttccttc ctgttgctct tttttccctt tatcgaggca
     3661 ttcgttcggg tatgaaagca cagcaggaga cacaagacgg tctggcggat atggtcagtc
     3721 tctttgtgga atatgtcaag ggcatacccg tgctgaaagt attcggagga aagggcatgt
     3781 ttcgtgacag actcgatcgt tccgttcatg agtttggaga aagcagtaag aagacctcac
     3841 ggctggcagc tataagcgtg ggcaggtata tctttctcat tgagctggct tttgcgctga
     3901 tggctacgct tggtctttgg tggagttggc gcagtgaact ttctgttttt gcttacctga
     3961 tgttcgtcat cgtctcgagg gagttctaca agccctttat caacatggag agccactggc
     4021 tgaactacat caaggtaaag gacagctacg gacgcatctc ccgcttgtta gatgcaccct
     4081 tcatcgccaa tcccggccaa ccgaaaacag ttgaacgctt cgacctctca ttcgagggtg
     4141 tcggcttcta ctatgaggaa gaaagctttg agatgaagga tctcacgttc agcgtccccg
     4201 aacagactgt aacggcactt gtcggctcat caggctccgg caagacgacc ctcaccaatc
     4261 tgttgctccg cttttgggaa ccgcaggcgg gtaatatccg cattggagag gtggatattc
     4321 gggagatgga ctatgattat ctgctcagta aaatcagtgt ggtgatgcag aacgtcatcc
     4381 tcttttctga taccatcgcc aacaacatca aggtgggtga tcgcaatgcc acgcaagcgg
     4441 aaatcgagga agccgcacgt cgggcgatga tacacgactt catcgtcggc ctacctgatg
     4501 gttacgaaac gaaaatcgga gagaacggct tggggctgtc gggcggacag aagcaacgcc
     4561 tctccatcgc ccgtgcgttc ctcaaagacg ctcccatcct cctgttggac gaaataacga
     4621 gcaacattga tcccgtcaat gagtacaaga tacagcaggc catgtctgcc cttatccgca
     4681 accgcacggt tttggtcatt gcccaccatc tgcagaccat ccgcaacgct catcagatta
     4741 tcgtgatgga caagggacgg tttatagaga gtggtaccca cgccgaactt gaagcgaaag
     4801 atggggtgta ccgaaaactg ctgtaaccta agaaaatgga cgattggggg atagaaagta
     4861 aatgctaa
//
LOCUS       SEQF2634|AYYE01001143.1  335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gtttttagct attcgctttg cggtttacgc gtgggcccta ctgtttttgg ctattcgctt
       61 tatggtttgc gcgtgagtcc tactgttttt agctattcgc tttgcggttt gcgcgtgagc
      121 tctactgttt ttagctattc gctttgcggt ttacgctcga gtcctactga ttttagctat
      181 tcgttttgcg gtttgcgcgt gagccctgct gattttagct tttgattttt cacttatccg
      241 tttcctcgac tcgtttttag ctattcgctt tgcggtttac gcgtgggccc tactgttttt
      301 ggctattcgc tttatggttt gcgcgtgagt cctac
//
LOCUS       SEQF2634|AYYE01001144.113224 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13224
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             360..3335
                     /locus_tag="SEQF2634_01427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTTPWIVALACLTTIGGSLWAASEMNLAPWAAPAPAPAPAPK
                     QLTVTGAPTDSVADTGVTVTLTIKSDTAWSASTASGWITLSSTSGPKGTGSVKVTVDA
                     NTTSSPRTGTIEVYATDSTDLKQIITIRQKAQAPATIAVTGVSLDKSNETLTASGATL
                     SLTAIVAPINASNQSVTWETSAPEVAEVSGSGLTATVTPRTAGSATISVKTVDGNFTA
                     SCNVTVNAAAVPVTGVSFSPDKDTVVLGSGNRTITATITPNTATNKTVTWESLTPTVA
                     TVTPGSGLTATVNPLTVGDAVIQVKTADGNFTSNYRLHIKPAAGTPRTFTVTPTTFSN
                     PASGGSGRNTINIASNVAWVATVQAGQNWLSAEGPTTGTGNGHVTLTYTTNTSAARSA
                     TVTLKTAANDTTVTVTVNQAAGSAVLELEDTAQLRNVPFTGSNISIKVKSSVRWRITS
                     DAGPWIQFLDTQGNPQTARQGGNDQTVTVRVLPNLATIGRTAKITVETEQTGVSKITR
                     TANVSQSATDFSFNINGLPEPVDAAGGEFALALSGSANYAVSTRNTDWLKIKEAEVEK
                     DSISYAGGTRTFKFLVKGNETGGLRVGYVRVYYGGTLVQTRKVTQTGNQINVQIITPG
                     TIPVNGGTKEVRISGSAKWNIRISADWLRVDKKKPATGAVNDTLITFRAAGKNTSIQP
                     RTATVTVLTKLGKEAASFTLTQDGTFSTVYDKNLFESTSEKGGERTVTVNSEQPWLPT
                     LSEVAAAPAATAELLRVGVSGTDTTLTWLTVNYDREAGPSRYNGTVKIVVKPNKTQLS
                     REALLILKTTNGVALDTVVIKQYNVSGKMTPRAAEVKVTSLTMNRPNVTINGEKNVQL
                     SVAVKPDNATNKNVTWASSDTSIAKVDAKGLVTIGRKKGKVTITATAADGSGVKATSI
                     IDVLIPQANMELSGLKVYATAGQLHLSLPASEDVQIYAVSGALVRSFVAPAGDTSVAL
                     PSGIYIVRVGSLTEKVAVE"
     CDS             complement(3495..6974)
                     /gene="plsC_1"
                     /locus_tag="SEQF2634_01428"
                     /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
                     SLAALSDLKKRGDISRVGGIDGLIPSRARQAERLGRWEAFWKTRRDSVLHILNEEASR
                     LGFRADAFGAFNASVSRSWSIEGLEFFNPLRQTVGGSYVFERPEKTMIVNLLYLDADR
                     APAVEKALNDRNTAAIAFDAESMTRRMIASLSDNFNYVLYVCGFIVFIFLLFSLGRLE
                     LSLIAFLPLALSWVWILGLMGIFDMKFNIVNIILATFIFGQGDDYTIFMTEGLIYEYT
                     YRRRTLASYKDSIALSAAIMFVGMGAMIFARHPALRSLGEVTVVGMFSVVVMAYIFPP
                     FLFGFLTSTRGKARRMPVTLRNLLISIYAFTYFLVLSFGLTVVGWVMFTLGKKTSRKK
                     AAYHRMLYSVARFTMHHFPQVRTTVENTCGEDFRRPSIILCNHQSHLDLMCLLMLTPK
                     LIILTNDWVWHSPFYGQLIRYADFYPITEGLDRTLEHLREAKRQGYSIAIFPEGTRSP
                     DCSLLRFRRGAFFLAEQLNMDLLPVVLHGTGHVLPKQDFMLRRGSIHVRVLPRITPAD
                     TRFGTDHIARARQLRQFYRAEYEALCRRVETPAYFSDLVLHNYIYKGPSVERAVRHAL
                     RQHDNYTAEISALPDSGEVTLRNTGYGEQALLAALVKPHLRITAVEPDDDRRAIAEHC
                     AARPANLQYVSEA"
     CDS             7536..7661
                     /locus_tag="SEQF2634_01429"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNSTTLFLIRKMVMKNDIFGISVGAYCIRPIKIAPKETYD"
     CDS             7746..7952
                     /locus_tag="SEQF2634_01430"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNGITFFLIRKIVMQNRLSLYLDRKRIMRKGKTIFLIWKMVMK
                     NDIFGISVEAYCIRPLKTSPKRNV"
     CDS             complement(7953..8102)
                     /locus_tag="SEQF2634_01431"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIPFRITLFQIKKKVMLFRITKKIILGIDLSVRKGRGVLNTPH
                     MYLNF"
     CDS             complement(8956..10104)
                     /locus_tag="SEQF2634_01432"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKYPFADLGIFLFTNFLFIFKYLSRYSASSPLLSGLVYIVFV
                     LGLFFLFTRLRNRFSEQTFKVFSWIMIAGAFFAIGLALWKIDPLSVRVDRWSATSYFL
                     DALFDGRYPYGVHTHVPPTTHSYPSPFPFWQYVNIPFWLMGDVGYGLFFFLLLPFLTI
                     KWFTNSYKSTFLFFLLLFLSPAYWWEVAVRSDGLSNATLIFCLILYLEKKHITFSTHF
                     WALVLLCGCVAATRLSAVIPLALYLLLPYTRQSSVGRLILFPIGVLLVAGCFFLPYIF
                     WDTETWIFFSRNPFMEQMRQGNSLVTLAILLLGIGLALRSKTFMQRIRTISWIVFLFI
                     LLTQIVRFAGDGIPGFLFNDDCDISYFTLAFPYCLFSLSASMRNGEDE"
     CDS             complement(10222..11673)
                     /gene="gnd"
                     /locus_tag="SEQF2634_01433"
                     /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="MENLADIGLIGLAVMGENLVLNMESKGYTVAVYNRTTEKVDHFV
                     NGRGRGKKFIATHTIAEFCRAIRRPRKVMMLVKAGPAVDDLIEQLLPHLESGDVIIDG
                     GNTHFPDTIRRTKYVESKGLFYIGTGVSGGEEGALNGPSMMPGGSTAAWPLVKPIFQS
                     ICAKADGMPCCDWVGEDGAGHFVKMVHNGIEYGDMQLICETYQIMKDLLGMSNAEMHD
                     VFAKWNEGDLDSYLIEITRDILAYRDDTGAYTLDYILDAAGQKGTGKWTAIAALDEGV
                     PLTLITEAVFARSLSAMKEERVAASAELSGPKKTFAGDRAAFLSDLHDALYAAKIVSY
                     AQGYALMRQAAHTYGWNLNNGGIALMWRGGCIIRSVFLGKIKEAFDRMPNLTNLLLDP
                     FFKEKVLTAQSGWRSVVASAVTNGIPVPSMSAALSYFDGYRTERLPANLLQAQRDFFG
                     AHTYERIDRERGTFFHTNWTGKGGDTSASTYTA"
     CDS             complement(12185..12421)
                     /locus_tag="SEQF2634_01434"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKECTYPPKTKQGHVKEPTAEYEVDTRADEDDIAPFLLHSLDDL
                     KEEIYRRDDEWQRGEVRGYTMDEVRKMAAEWMKK"
     CDS             12423..12908
                     /locus_tag="SEQF2634_01435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYLFDSFSGQKYGTAEIIERSKLPSIRDVRDAIDKIHLVACQV
                     LQANYLTTTKDEERTAIEALAEQMNQVTLRYKSRHNVSEAQKKSAAEKHPKEPKEPKE
                     PKKPADPKDPKDPKKPDAPKDPKDPKQPGTGPGEQPKPGGEQPKPGGSDGGPDIHLPE
                     E"
ORIGIN      
        1 gtttttagct attcgctttg cggtttacgc gtgggcccta ctgtttttgg ctattcgctt
       61 tatggtttgc gcgtgagtcc tactgttttt agctattcgc tttgcggttt gcgcgtgagc
      121 tctactgttt ttagctattc gctttgcggt ttacgctcga gtcctactga ttttagctat
      181 tcgttttgcg gtttgcgcgt gagccctgct gattttagct tttgattttt cacttatccg
      241 tttcctcgac tcgtttttag ctttccgttt ttcatttttt agcttccccg acgcagcgtt
      301 tggctgcgtt tttcgcatca cagatcacgt attacacaca caacaaaata tctacgaaaa
      361 tgaaaagaac aaccccttgg atcgtggcgc tggcctgcct caccacgatc ggcggctccc
      421 tctgggccgc cagcgaaatg aatctcgcac cttgggccgc ccccgctccg gccccggcgc
      481 ctgcaccgaa gcagttgacc gttacgggcg ccccaaccga cagcgtggcc gacactggag
      541 tcacggtgac tctcactatc aaaagcgata ccgcgtggtc agcgtcaacc gcttccggtt
      601 ggattacgct ctcctcaacc agcgggccta agggcacagg atcggtgaaa gtgaccgtag
      661 atgccaacac gacctcttcc ccacgtacag gcacaatcga ggtttacgct acggacagca
      721 ccgacttgaa gcagataatt acgatccgcc agaaggccca agcgccggcc acgatagccg
      781 ttacgggagt ctctctggac aaatctaacg aaacgcttac cgcgagcgga gccaccctgt
      841 cgctgaccgc aatcgtcgct cctatcaacg cctcgaacca gagcgtaact tgggaaacct
      901 ctgcgccaga ggtagcagag gtctccggaa gcggtcttac ggctacggtt actccacgca
      961 ctgcaggctc agccacgatt agtgtaaaga cggtcgatgg taacttcacg gcctcttgta
     1021 atgtaactgt caatgccgcc gcagtgcccg ttacaggcgt gagcttttct ccggataagg
     1081 acaccgttgt cctcggcagt ggtaatcgca caatcacggc gaccatcacc ccgaacacgg
     1141 cgacaaataa gactgttact tgggaaagtc tgactcccac agtagccact gtcacgccgg
     1201 gctcgggact tactgccacg gtaaatccgc ttactgtggg tgatgccgtc attcaagtga
     1261 agacagccga tggaaacttt acaagcaact accggttgca catcaaaccc gccgctggca
     1321 cgcctcgcac cttcaccgtc accccgacaa ccttctccaa ccccgcttct ggcggatcgg
     1381 gtaggaacac gatcaacatc gcctccaacg tcgcttgggt ggccaccgtg caagccggac
     1441 aaaactggct cagcgccgag ggccccacga cgggaacggg taacggtcac gtgaccctca
     1501 cctacaccac caacacctcc gccgcccgct cggccaccgt gacactcaag accgccgcaa
     1561 acgacacgac cgtcaccgtc accgtcaatc aggccgcggg aagcgccgtc ctcgagctcg
     1621 aagacaccgc ccagctgcgg aacgtgccct tcaccggcag caatatctcg atcaaggtca
     1681 agagcagcgt ccgctggcga atcacgtccg acgccggccc ctggatccag ttcctcgaca
     1741 cgcagggcaa cccgcagacg gcccgccagg gcggcaacga ccagaccgtt accgtgcgcg
     1801 tcctgccgaa cctcgccacc atcggtcgca cggctaagat caccgtcgag acagagcaaa
     1861 cgggcgtatc caaaatcacg cggacggcta acgtcagcca gtctgccacc gattttagct
     1921 tcaatatcaa cggtctgccc gagcctgtgg atgctgctgg cggagagttc gccctcgccc
     1981 tcagcggcag cgcaaactat gccgtgtcca cccgcaacac agattggcta aagatcaaag
     2041 aagccgaggt ggagaaggac tccatcagct atgccggcgg cacgcgcacc ttcaagttcc
     2101 tcgtcaaggg taacgagacg ggcggtctgc gcgtaggcta cgtccgtgtt tactacggcg
     2161 gcacactcgt ccaaacgcgc aaagtcaccc agacgggcaa ccagatcaat gtccaaatca
     2221 ttaccccggg aacaatcccc gtcaacggcg gtacgaaaga ggtccgcatc agtggctccg
     2281 ccaagtggaa cattcgcatc tcagccgact ggctccgcgt cgataagaag aagcctgcca
     2341 cgggggcggt caacgacacc ctgatcacct tccgcgctgc cggaaagaac accagcatcc
     2401 agccgcgtac ggccaccgtt accgtcctca ccaagctggg aaaagaagct gcctcgttca
     2461 ccctcaccca ggacggcact ttctccaccg tctacgacaa gaatctcttc gagtcgacct
     2521 ccgaaaaggg tggcgagcgc accgtcaccg tcaacagcga acagccctgg ctgcctacgc
     2581 tgagcgaagt ggcggcggcc cccgctgcaa ctgctgagct gcttcgcgtg ggcgtatccg
     2641 gcacggacac aacgctcacc tggctcaccg ttaactacga ccgtgaggca ggaccttccc
     2701 gctacaacgg caccgtcaag atcgtcgtca agccgaacaa gacacagctt tctcgtgagg
     2761 cgctgctgat cctcaaaacc accaacggcg tggctctcga cacagtcgtc atcaagcagt
     2821 acaacgtcag cggtaaaatg acgccgcgcg ccgccgaggt caaggtaacg tccctgacaa
     2881 tgaaccgtcc gaacgtgacc atcaacggag agaagaacgt acagctctcg gtagctgtca
     2941 agccagacaa cgcgacgaac aaaaacgtga catgggccag cagcgacacc tcgatcgcca
     3001 aagttgacgc caagggactc gtcaccatcg gccgtaagaa gggcaaagtg acgatcaccg
     3061 ccaccgcagc tgacggcagc ggcgtaaagg ccaccagcat catcgacgta cttatcccgc
     3121 aagcaaacat ggagctctcc ggcctgaagg tgtacgccac cgctggccag ttgcacctgt
     3181 cgctgcccgc gtcggaagac gtacagatct acgcggtctc gggtgcactc gttcgctcct
     3241 tcgtcgctcc tgctggcgac acgtctgtag cgcttccgtc cggcatctac atcgttcgcg
     3301 tcggatcgct gaccgagaag gttgccgtgg agtaatctct taacggctag cgattaatgg
     3361 ccaatggcga cgcttgaatt gggctaagca ttggccattc gccattcggc atatccaaag
     3421 aagtcccccg ggcaaggagc aatccttagc gcgggggact tttttatggg tgatagggaa
     3481 gggtgcgggg cggattaggc ctcgctgacg tactggagat tggcggggcg agctgcacaa
     3541 tgctcggcaa tggcgcggcg atcgtcgtcg ggttctacgg cggtgattcg tagatggggc
     3601 ttgacgagtg cagcgagtaa ggcctgctcc ccgtagccgg tattgcgtag cgtcacttcg
     3661 ccgctgtcgg gcagggcgga aatttcggcc gtgtaattgt cgtgctggcg taatgcgtgg
     3721 cgaacggctc gttcgacgga tggcccctta taaatatagt tgtggaggac aaggtcggag
     3781 aagtacgcgg gcgtttctac gcggcggcaa agggcctcgt attccgcacg atagaattgg
     3841 cgaagctggc gggcccgtgc gatgtggtcc gtaccaaaac gtgtgtcagc gggggtgatg
     3901 cgagggagca cgcgaacgtg aatgctgcca cggcggagca tgaagtcctg cttgggtaaa
     3961 acatgtcccg taccgtgaag cacgacgggt agcaggtcca tatttaattg ttcagccagg
     4021 aaaaatgcac ctcgccggaa gcgtaatagc gagcaatcgg gggagcgggt accttccggg
     4081 aagatcgcaa tggagtaacc ttgacgtttg gcctcgcgca ggtgttccaa agtgcggtca
     4141 agtccctccg tgatgggata aaagtctgcg taacggatca attggccata gaagggagaa
     4201 tgccacaccc aatcgttcgt caaaatgatg agcttggggg tgagcatgag caaacacatg
     4261 aggtcgaggt gagactggtg gttgcacaag atgatagatg gccgacgaaa atcctcgccg
     4321 caggtgttct ctaccgtagt gcgcacctgg gggaagtggt gcatagtgaa acgagccacg
     4381 ctgtaaagca tacgatggta agccgctttt ttacgactcg tttttttgcc caaagtgaac
     4441 atcacccatc ctacaacggt caatccaaaa ctcaagacga ggaaatacgt aaacgcatag
     4501 atgcttatga gcaaattgcg gagtgttacc ggcatgcggc gagctttccc gcgcgtagac
     4561 gtcaggaaac caaaaagaaa gggcggaaaa atgtacgcca taactaccac ggaaaacatc
     4621 cccaccacgg ttacctcgcc gagggaacga agcgctgggt gacgggcaaa aatcatcgca
     4681 cccatgccca caaacataat ggcggcagaa agggctatgc tgtctttgta tgatgccaaa
     4741 gtgcggcgcc gataagtgta ctcataaatg agtccttccg tcatgaagat ggtgtaatcg
     4801 tcgccttgac cgaatataaa cgtggccagg atgatattta cgatgttgaa tttcatgtcg
     4861 aaaatgccca tcaatccaag aatccaaacc caactgagcg cgaggggtag aaaggctatc
     4921 aaactgagtt cgagccgacc cagagagaac agcaggaaga taaaaacgat gaaaccgcag
     4981 acgtagagga cataattgaa gttatccgac agggaggcga tcatgcgacg ggtcatcgac
     5041 tcagcatcaa aggcgatggc agcggtgttg cgatcgttca gggccttttc tacggccgga
     5101 gcacggtcgg cgtcaagata caagaggttg acaatcatcg ttttttcggg ccgctcaaat
     5161 acatagctcc cgcctacggt ctggcgaagg ggattgaaaa attcaagccc ttcgatcgac
     5221 cacgatcggc ttacggacgc attgaaagca ccgaatgcgt cggcacgaaa acccagccga
     5281 gaagcctctt cattcaaaat atgtagcaca gagtctcgcc gcgttttcca aaaagcctcc
     5341 caccggccga gacgctctgc ttgacgagcg cgcgaaggaa tcaggccgtc aatgcccccc
     5401 acgcgactga tatcgcctct ttttttcagg tcagagaggg ccgcgagact ctgttcgttg
     5461 gcttctaagg ccgaatcggg cgtggcgcct tccgtcacgt aataaagaat gtgttgattt
     5521 tcgctcaaca tggcccgcag gtgcgcaaaa tctttccgat gggcgtccgt catgtaatta
     5581 atgcgtgcca tatcggcctc aaaagacgat ccgtcagaaa aaaagctcaa caaaatggtg
     5641 agaaagacca ccgcgccgat caccacgcga ttacttcccc acgggcgaga tgtaaaccat
     5701 ctaaaaggcg aataatcagg gcgtgggacg gccctatgcg gaagtaaatg gggcaaaaaa
     5761 aggagcacaa aaaggatcgt accaacgagc agaagcgatg caaaccaacc gagatctcgc
     5821 attgcatctg aattgataaa aacaaggctc ataaaggcgc taaccgtagt cacattaccc
     5881 acggttaggg gccggacgat gtcttttatt actgcacggg ggtcgggcgt atgatggtga
     5941 tggccaatga aatgcagcgg atagtttatt gcgataccga agatgatgga actaatgcca
     6001 acggcaattg tggaggcctc gccgcgaata agatgaagcg cagcaagcgc aaaaagtcca
     6061 ccgaaaagga cggccgcaaa cacaagacct atttctcgcg cactccggaa ggaataaatg
     6121 aggagcgcaa gaataatgac ggccgaaagg atgcccgtga gcagcgcgtc ttgtctaatc
     6181 cgattggcgt tggagaggga gatttccacg gctccaaaac tatggaatga gacacccttg
     6241 aactcccgtt cggtctccgc catgcacgtt ttgaggttct tgataaagcg ctcattcgca
     6301 gatgtttcgc tggcaggtat gctgcattcg atcatgagta atgcacgccc gtcatcggca
     6361 aagatgtgat cctgaaagag gctaaaacgt ccgccagctt gcatgttgcg aagccgatcc
     6421 accgcccctt cggtcaatcg gagggggtcg gccaatagct gcggccttaa aatcatgccg
     6481 acggacgagg tgaggatgtc ccgatccgcc tccaagcgac gagcgatggc cgtgcggttc
     6541 agcgtggaat ctattcgctg ataatcctca tcggtgagaa agtacggcat gttatctgtc
     6601 acaaattcag ccacctccat catttccgcg gggtcaattc gatagcgaag acgctgtatg
     6661 cgatccgcgt cgggcatcgt tcgcagccgt tcggccagcg cgtcgattgc ctccacctgt
     6721 tcagcccgcg cttcgtcggt cgtgtctgtt gcgctgcaat aaaccgtgat gtgattggag
     6781 aggatcacgt cccgataggc attatttatg cgcgcatttt cgctgtcgtt aggcagaaag
     6841 cgtgcaatgt cttccttaaa tcctaaccga taagccgaaa agaggcaaaa agctgtgaga
     6901 aagagcaata gcacaaaaag cagcgcccta tgtcgggcga aaaaatcata gatggaaagt
     6961 ataagatggc tcatgggcga gtaaaaaatg gatattgaaa aatgaaatgc ctttgtatca
     7021 tccgatgtag gcgactgcaa aaatggcgta ctaatttcat ttgcccatat atgccccccg
     7081 aaaaaatgca gcgccctcgt tttgccgata gaaagggtca tacacctctt caggaagcca
     7141 tcctttgctc aaaatactaa gcgaaatgaa tgttgtttag tgtatcttcc ggaagcgatt
     7201 aagccgcagg aatattgctt agttgctctg atgaagcaat taagccgtaa aaatgtctct
     7261 tagttgctct gttgaagcaa ttaagccgta aaaatatctc ttatttgctc tattgaagca
     7321 attaagccga agaaatgtct cttaattgct tcatcagagc aactaaataa catgaatgtg
     7381 atttagtatt ttcgatccaa gatatagtcc tgcaaaacgt attcagactt gcccgaatca
     7441 aagcaaagtt catgcaaaac agcatgacct tccttttgat caaataggga tctatgcaaa
     7501 atgtatcgac cctttatttg aatcgaggaa gggttatgag aaacagcacg accctttttt
     7561 tgatccgaaa aatggttatg aaaaatgaca tattcggtat ctctgtaggg gcgtattgca
     7621 tacgccccat caagatagcc ccaaaagaaa cgtatgatta gaaatctatg tacatgtggg
     7681 gcgtatgcaa tacgccccta ccctgatagc agaaaggatc tattcctaag atcaattttg
     7741 gggttatgcg aaatggtata accttctttt tgatccgaaa aatagttatg cagaatcgat
     7801 tatccctcta tttggatcga aaaaggatca tgcgaaaagg taagaccatt tttttgatct
     7861 ggaaaatggt tatgaaaaat gacatattcg gtatctctgt agaggcgtat tgcatacgcc
     7921 ccctcaagac gtccccaaaa agaaacgtat gatcagaaat tcagatacat gtggggcgta
     7981 ttcaatacgc ccctaccctt acggacggaa aggtctattc ctaagatgat tttttttgtt
     8041 atgcgaaata gcatgacctt ctttttgatc tggaaaaggg ttatgcgaaa tggtatagac
     8101 atatttttga attgagaaat tgttatgcaa aatgtattga ccttttattt gaatcgagaa
     8161 agagttatgc gaaatgtatt gaccttttat ttgaatcgaa aaatggtcat gcgaaatggt
     8221 ataggcatat ttttgaattg agaaattgtt atgcagaatc gattatacct ctatttgaat
     8281 cgaacaatag ttatgcgaaa tagcacgacc ctttttttga tctgaaaaat gatcatgaaa
     8341 aatttcatat ctttcttttt gatctaaaaa atagttatgt gaaacgatat agcaggtatt
     8401 tctgtagagg cgtattgcat acgccccctt aatgcatcct caaaggaaac gtatgatcag
     8461 aaatccaagt acatgtgggg cgtatgcaat acgtccctat cttaacggaa gaaaaaaact
     8521 atacctaaga tcaatttttt gggttatgca aaatggaatg atcctttttt tgatctaaaa
     8581 aattgtcatg caaaaccgat tatccctcta tttggatcga aaaaggatca tgcgaaaagg
     8641 taagaccatt tttttgatca aacagagacc tatgcaaaat gtattgacct tttatttgaa
     8701 tcgataaata gttatgcgaa atagcacgac cctttttttg atctgaaaaa tggttatgca
     8761 gaatcgatta tacctctatt tgaatcgaaa aatggtcatg cgaaatggca gaaaaggatt
     8821 tcgggaacat gtttttgaga ggtgtttttg aggtacttat tttgagggag tatttttctt
     8881 tttcacaaaa tgaaagcact ccggacttgt ggtaaaatcc agagtgcgaa acagaaagaa
     8941 tctatttgag gatgtttatt catcctcgcc attacgcatg gacgcgctta gcgagaataa
     9001 acagtagggg aaggcgagcg tgaagtaaga aatgtcgcaa tcgtcattga ataaaaatcc
     9061 ggggatacca tctccggcaa agcgtacaat ctgcgtcaaa aggatgaaca aaaaaacgat
     9121 ccatgaaatg gtgcggatgc gttgcatgaa ggttttgctt cgcagggcta gcccgatgcc
     9181 aagcagaagg atcgccagtg tgacgagaga attaccctgt cgcatttgtt ccataaaagg
     9241 atttcgggag aaaaagatcc atgtttctgt atcccaaaaa atatagggca aaaagaagca
     9301 tccggccacc agcaggacac caatggggaa taaaataagt ctgccgacag acgactggcg
     9361 tgtgtatggg agcaaaagat ataaggcgag cggtatcacg gccgataagc gcgtggcagc
     9421 gacgcagccg cacaacagca cgagtgccca aaaatgcgtg gaaaaggtga tgtgcttttt
     9481 ctcgaggtaa agaatcaaac aaaaaatgag cgtggcattg ctcagcccat cacttctcac
     9541 cgcaacttcc caccagtagg ccggcgagag gaataacagg aggaaaaaaa ggaaggtgct
     9601 tttgtacgag ttcgtaaacc acttgatggt aaggaacggg agtaatagaa aaaagaataa
     9661 accatagccg acatcaccca ttaaccagaa cgggatattt acatattgcc aaaatggaaa
     9721 gggggaagga tagctgtgag tcgttggcgg aacatgggta tgcacgccat atggatagcg
     9781 tccgtcaaag agagcatcta agaagtagga agttgcagac cagcgatcta cgcggacgga
     9841 aagggggtca attttccata aggctaaacc gatcgcaaaa aaggctcccg caatcatgat
     9901 ccaagaaaat accttgaaag tttgctctga aaacctgttg cgcagcctcg taaaaaggaa
     9961 aaacaagcct aaaacaaaaa cgatatagac caatccgcta agaagaggag atgatgcaga
    10021 gtatcgggat aagtacttga aaataaaaag gaagttcgta aagaggaaga tgcccagatc
    10081 ggcgaatgga tactttgttt tcataatgaa tgagcgaata agtgacaaaa taaagggtgg
    10141 aggagaacaa aaaaagtcct gccagaggga gagaatgaag ctccacgtct ggcaggacgg
    10201 tcatttttta gctatatttc ttcacgccgt ataggttgag gccgatgtgt cgccgccttt
    10261 tcctgtccaa ttggtgtgga agaaggttcc gcgctcacga tcgatgcgtt cgtaagtgtg
    10321 cgccccaaaa aagtcgcgct gcgcctgtaa gaggttggcc ggcagacgct ccgtgcggta
    10381 accatcgaag taggaaagcg ccgcgctcat cgatggcaca ggaattccgt tcgtgacggc
    10441 cgacgccacc acgcttcgcc aaccagattg ggccgtgaga actttctcct tgaaaaatgg
    10501 atccaaaaga aggttcgtga ggttcggcat gcggtcaaat gcctccttaa ttttgcccaa
    10561 gaagaccgac cggatgatgc atccaccgcg ccacatgagc gcgatgccgc cgttgttgag
    10621 attccagccg taagtgtggg ccgcctgacg catcagggca taaccttggg cgtaagaaac
    10681 gatcttggcg gcgtacaggg cgtcgtgcag gtcgctgagg aaggccgcgc gatcgcccgc
    10741 gaacgtcttt ttcggcccag aaagttccgc ggaggccgcc acgcgttcct ctttcatcgc
    10801 agaaaggctg cgggcaaaca ccgcctccgt aattagcgtc agggggacac cctcgtcgag
    10861 ggccgcgatg gctgtccact tgccggtgcc cttctggccg gccgcgtcga ggatataatc
    10921 gagcgtatat gcgcccgtgt cgtcgcgata ggccaaaatg tctcgggtga tttcgatcag
    10981 gtaactgtcc aaatctccct cgttccactt ggcaaacacg tcgtgcatct ccgcgttcga
    11041 cattccgagc aaatctttca tgatttggta cgtctcgcag atcaattgca tgtcgccata
    11101 ttctatgccg ttgtgcacca tcttgacaaa gtgtccagcg ccgtcctcgc cgacccaatc
    11161 gcagcaaggc atgccgtcgg ctttggcgca gatggattga aagatgggct tcacgagcgg
    11221 ccatgcggcc gtggaacctc ccggcatcat cgacgggccg ttaagagcgc cctcttcacc
    11281 gcccgagacg cctgttccga tgtaaaataa gcccttgctt tccacatact tcgttcttcg
    11341 gatcgtatcg gggaagtgcg tatttccccc gtcaataatt acgtcgccag attcgaggtg
    11401 ggggagtagc tgctcgatca aatcgtcgac agcaggcccc gccttgacca gcatcatcac
    11461 ctttcgcggc cttcggatgg ccctgcaaaa ctccgcgatc gtatgcgtgg cgataaattt
    11521 tttgccgcgc cctcgcccgt tcacgaaatg gtccactttt tccgtcgtac ggttatacac
    11581 ggccaccgta tagcccttac tttccatatt gagcaccaga ttctcgccca tcacggcgag
    11641 tccgatcagc ccgatgtctg ccaaattctc catttgattg ttctattata tagttaggga
    11701 ttgtatgtga tacgtttgaa atcagaatag tctcctgtcg ttttgcagca gtccgttttt
    11761 gcctgtgggc agaggggcga tgttttcatc tatccccttt ggggcgttaa aaagaccggt
    11821 gccacgagtc gagactttag aagcgagagt aaattgatgt atcgtaaaat tgctcatccg
    11881 ttaaatgagg acataaattg aggatctctt ttgcagggcc atataccttg tatgataaca
    11941 agtgttccgt tgttccctat tcgatagatc aacttataac gtttatctac cacaatggat
    12001 cgataagttt tttcggcacg ctgcaaatgt gattcaatgc gccctgccgt agggaagacg
    12061 gaaagcgtat ctgccgtagt gaatatacgc tttaacagcc gattagcgcc ttgttgacta
    12121 tggattgagt gccaattgta aatacgttca atatctgcaa atgcttttgg cagccatatg
    12181 agctttattt tttcatccat tcggctgcca tctttcgtac ttcatccatg gtataaccgc
    12241 gcacttctcc gcgttgccat tcatcgtctc ttctgtagat ctcttctttg agatcgtcta
    12301 aagaatgaag cagaaaaggg gcaatgtcat cttcatcggc cctcgtatcc acttcatatt
    12361 cagccgtggg ttctttcacg tggccttgtt ttgtctttgg aggataggtg cactctttca
    12421 ttgtgaacta cttatttgat tctttcagcg gacaaaagta cggcacggcc gaaatcatcg
    12481 aacgcagtaa gttgccgtcc attcgggacg tccgagatgc catcgacaag atccatctgg
    12541 tggcctgcca ggtgctccaa gccaactact tgaccaccac caaggacgag gagcgcacgg
    12601 ccatcgaggc cctggccgaa cagatgaacc aggtcaccct ccgctacaag tcgcgccaca
    12661 acgtcagtga ggcccagaag aaatccgccg ccgagaagca tcccaaggaa cccaaggagc
    12721 cgaaggagcc caaaaagccg gccgatccga aagaccccaa ggacccgaaa aagcctgacg
    12781 cgcccaagga tccgaaggac cccaaacagc ccggcaccgg ccccggcgag cagcccaaac
    12841 cgggcggcga acaacccaaa ccgggcggca gcgacggagg ccccgacatc caccttccgg
    12901 aagagtaaga cgagacgaga gacaatgatc taagagcgag aaacgccgtg cgcatgcgtt
    12961 caccccgcag gtgcccggcc gtttttcgtt ttacggtttg ctcgtgagct ctactgtttt
    13021 tagctattca ctttgcggtt tacgcgtggg tcctactgtt tttagctatt cgctttgcgg
    13081 tttacgcgtg ggccctactg tttttggcta ttcgctttgt ggtttatgcg tgagtcttac
    13141 tgtttttagc tattcgcttt gcggtttacg cgtgggccct actgtttttg gctattcgct
    13201 ttatggtttg cgcgtgagtc ctac
//
LOCUS       SEQF2634|AYYE01001145.142330 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..42330
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             186..1001
                     /locus_tag="SEQF2634_01436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSTTTRNLLRRRAFLFTLFLLSVALSLQAQMLFSENMTMKIDS
                     SKPIQGTFSAMVNFKTEHEELFEVKTFSNLNILLGRRHVINLMGRFEFTTYGSKITVD
                     EGDLHAEYRYLLRPSFEVYPYVEAQWAGTRGLIRKVSTGVQARYRPINTEHSLMFLTT
                     ALFYEAEDWKNLSGDTLSPPYGYNRNIRLHLSTSYRHRLSDKWEITATAIHQANPRYY
                     FSRARFGGALDLKFHLSKVVGLRGTYRFIYDTSPVVPMRKMLIFTNAFLDITF"
     CDS             1179..2474
                     /gene="purD"
                     /locus_tag="SEQF2634_01437"
                     /EC_number="6.3.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZAR2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylamine--glycine ligase"
                     /translation="MTDKKGLHLLLIGSGGREHALAWKMAQSPRLGKLFIAPGNAGTA
                     HLGTNVNLPTGDFEALGRFVKAERIDLIVVGPEDPLVAGIADYFDSDRAPRRVPVIGP
                     KCAGAQLEGSKDFAKAFMRRHNIPTAHYRSFTADELDVAELYLATLRPPYVLKADGLA
                     AGKGVLIVESLHDAREGLRRMLHGQFGAASRTVVIEEYLDGIECSVFVLTDGDGYFIL
                     PEAKDYKRVGEGNTGLNTGGMGAVSPVSFANEEFMRKVDEKIIRPTLKGLSAEGIDYR
                     GFIFFGLINVQGEPMVIEYNCRMGDPETEVVMPRLMNDLVELFEATAHRRLQDYTPKI
                     DPRAATTVMLTSGGYPEAYEKGKTISGLDDPRLDDAIVFHAGTSVGSDGAIVTSGGRV
                     IAVSALADTVQEALRRSYRGAEAITFEKKYYRRDIGFDL"
     CDS             2659..3576
                     /locus_tag="SEQF2634_01438"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGYTYSAGYPVATRPENLPTWQSLIGLLPDRLTTYVIGASLYA
                     LVAGIVQRINYKYIIVRGRRALPALFFFLFVSTNLDTFPLRPVSLSLIGLTLALSQLL
                     GSWQRPDDIGRTFNISVCLSLGALVWPHMVWFIPLFWYGMYRFGSLSARGLLTSVLGL
                     LTVFGFVFAWCLWQNDYRLPQAFYNALATPDVPFLHAAFEPNWISSLCVVCLVIVTSI
                     YLSLHNTENSVRTRQNLSFLSVFVGWAFTLLCVYANDAPDILCVLYVPASILVAYFFS
                     DKRNLLTYLFYILILTFLVYLLLTRLWTS"
     CDS             3564..4010
                     /gene="yqaA"
                     /locus_tag="SEQF2634_01439"
                     /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
                     PGVGDFIAVALGFLRARIGPVIFWMLIGKALRYWVWMELVYKVQGS"
     CDS             4130..4390
                     /locus_tag="SEQF2634_01440"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATDYFTSTTFRRRLAHVFDLVDQGEKVIIRRGNKQAYTITPIQ
                     EEKMEITPELQAEIEQAEADYRAGKCIVLETREDIDRYLDSL"
     CDS             4387..4662
                     /gene="yoeB"
                     /locus_tag="SEQF2634_01441"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P69348"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin YoeB"
                     /translation="MRYRVVISNRADKVIRKWMKSNPQLFKKYQEILYELADHPRTGI
                     GHPEPLKNGDGITYSRRISAHDRIIYNIYDERVTVIVIKLGGHYDDK"
     CDS             complement(5575..8391)
                     /gene="ptrA"
                     /locus_tag="SEQF2634_01442"
                     /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
                     ATLPTKGKITKEKKLTDRGVTVWTLSNGARVAVKKTDFKKDEILLSGFAYGGKSLMDP
                     RYAAEQKLMDDASSVGGLGKFSATDLKKVLAGKNADVSASISEYNQSVGGRSSVKDLE
                     TLMQLLYLQFTAVRKDETAYAALATRLKGILPMLANNPDYAFNDSVMMAIYKGNPLMR
                     IPTVKEIEAVNYDKLLDLFRARLANAADYTFTFVGNVDEAALRPLVEQYVASLPSNGK
                     PSKAFNKDYLPIRKGQFENHFSRQLETEKATTSIYYSGDMAYTADNLIRLSALEQLFN
                     MEFVDKIREKLGGTYGVSVSSNAQKLPTEGFSLQFQYDCAPDRRVELTNAMNQVSERM
                     RKTGPDAVMLSKVKEYMLKQHADNLKENGYTLRATWRYLVFGIDINADYEKKVNALTI
                     ESVRDFANQLLSQGNRIEVSMSSK"
     CDS             complement(8702..10249)
                     /gene="comM"
                     /locus_tag="SEQF2634_01443"
                     /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
                     REVIEFFAGDRKLEPTVIDTYAEFFSQQHFDLDFSDVRGQESVKRALEVAAAGGHNLI
                     MVGPPGSGKSMLAKRLPSILPPPTLQEALETTKIHSVAGKTGAGTGLLAQRPFRAPHH
                     TISDVAMVGGGSFPQPGEISLAHNGVLFLDELPEFNRNVLEVLRQPLEDRNIHISRAR
                     LSVDYPASFMLVASMNPCPCGYYNHPTRPCVCTSGAVRKYMNRISGPLLDRIDIQVEI
                     VPVPFEKISEQRPSEPSSDVRVRVVRAREIQQRRYVDEDGIYCNAQMSSRMLHRYAVP
                     DAESLARLKRAMERLNLSARAYDRILKVARTIADLDASSDIRPEHISEAIGYRTLDRG
                     TWGESVG"
     CDS             complement(10343..11290)
                     /gene="corA"
                     /locus_tag="SEQF2634_01444"
                     /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
                     MNFKVMPELEWKYGYPFAILLMICGVIGILWYFKRKKWF"
     CDS             complement(11354..12169)
                     /gene="rsmA"
                     /locus_tag="SEQF2634_01445"
                     /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
                     VLTRHLLAAGHDLSVVEIDPASISFLRTHYPALEGRILDEDFLQMDLHTRYPSDFMVI
                     GNYPYYISSQIFFKVLEERDRVVCCSGMIQKEVAERLAARPATRTAGILSALIQPWYD
                     VEYLFTVPPSAFNPPPKVQSAVVRLTRNDRQELGCDERLYKTVVKTAFNRRRKTLRNA
                     LEPLLGRTFEGRDDRLFSLRAEQLTLDDFIHLTHLTEAHLQRTQAAAEADAND"
     CDS             complement(12563..13273)
                     /gene="cobI"
                     /locus_tag="SEQF2634_01446"
                     /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
                     SRAADILRALDIDLAAIRPFPVAMRDDRAAALADYGAAVERIAAECAEGLRVAVTAEG
                     DAGFYSSSGYVSALLAERGLSTERIAGIPAFVACAASEGVVIAEQTEETDVLTTLASA
                     DELLSRVAAGRSVVLMKPSRYASAVKEALTQAPDGVTFHYFEHTGADADRAFYSCRRD
                     AILERRFPYFSLLIVRRG"
     CDS             complement(13342..14034)
                     /locus_tag="SEQF2634_01447"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIWPDSYTIKMIDMKTYLLNRLFLLAVCLSSACTEKTLNKKSD
                     GQKDFPTLSAMEIFDNLDASFEAEMPLVDSGGTPIRSAGTGIHPRLPDFYGGGYYDAE
                     GHAVVLVKGDPDAYLDEIRVRTKSNNVIVQRCDYAYNELVALNDSLGIPFEDEALCRE
                     LGWTGTGIDSEKNRVMVGLLPLTEKAKRRFKERVCSSGAIEFEEGGVSVLDAARLKQP
                     QASPLHLRPSNR"
     CDS             14219..14488
                     /locus_tag="SEQF2634_01448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFAVKAIHHHEVVPSAICQTTDAGQSQSACGDDSCPICHFSL
                     EPFTPGESLTLSVTLSYTHHEPGTLRAPLFGQPVASYNLRAPPAC"
     CDS             14582..16741
                     /locus_tag="SEQF2634_01449"
                     /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="MRIQLLSGTLGILFAGAIQAQQSADSVRTVALGEVVVSESYRTR
                     QEKLTALPVDVVRKDFLSRHFSGNLVQTLEQIPGVHSMDIGAGFSKPVIRGLGFNRIA
                     VSENGIKQEGQQWGSDHGLEIDAFNIDEVRVRKGPASLLFGSDAMGGVIEVLPPVTPI
                     LNGLAGEAVLLGKTVNGTLGGSLMLGWKRGAWYVKGRYSEQRYGDYRVPTDTVVYLTQ
                     KMPVYGRRLKNTAGVERNASLFSAYARGNYRMNVALSNAYQKMGFFAGAHGVPDLARV
                     QDDGNSRNIDLPFSRVNHLKLSTHQELFGERFILSGDFGWQYNHREEWSAFHTHYDTQ
                     PLPERDPDKELEFRLHTFSASLRLRLLPSTTWEHTVGLDAQAQRNDIGGYTFLLPEYR
                     RLTTGAYWLTMYRPSNRFMVSGGARYDLGRVRVAASTDPYLAEYLRRQGYEEEKVKAY
                     EQRSVGADRTYGDYSLSAGIVWNPTPQHLVKVNLGRSFRLPGANELASNGVHHGTFRH
                     EQGDPSLGSERGWQLDASYSFRRGALELTVSPFLSLFDNYIYLRPTGEWSVLPHAGQI
                     YRYTGARVVFAGGEVTCDVPLPANMSYRLAGEYVYTRNRDERTALSFSPPASMRNTLT
                     WERGRVRLYAEWQAIASQRRIARNEDETPGASLLHVGGSLRLHALGTHVEVALDARNV
                     FDTKYYNHLSFYRKVEIPEPGRNFQLSIKIPFNQHSK"
     CDS             16738..17223
                     /locus_tag="SEQF2634_01450"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKIFSAAALCLLAVSAVLFTACEKENSDVTKPVIKLEEPENG
                     DSLLIGDAHGVHLEMDLSDDVMLKSYKIDVHNNFDGHSHTRAGDGTTPFSFKKEYDLT
                     GKREAHIHHHDIKIPANATPGKYHLMIYCTDAAGNESYVARDVVLSKTAKPHEHHDDH
                     D"
     CDS             complement(18001..19095)
                     /locus_tag="SEQF2634_01451"
                     /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(19227..20648)
                     /locus_tag="SEQF2634_01452"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGKPHRALSLLVTIGCLFLWQYSAAQKEAKLFIGQTVHDFGRI
                     DEKKGAVKHDFILRNDGQAPLELQRVTCANRSVITRWSRTPIAPGQTARLEVTYNPAG
                     HSGDFSILIDVLSNASSEATALVIKGSVKPNPNAPKQPMADFSPDQWTFDFGKIKEED
                     GFAMHVFRIKNTGTAPLNISHVQSSCGCAEPEWTRTPIPVGGIGDVVITYDPTDRPGP
                     FRKNITVYSDAKGGRHKLTITGEVIAKARNHKILFPDTIGRIGTQQRRFDFYLLRERE
                     IASQEVWIENLSDEDVRLSFGHLPAYVHVDAPRLLAPHKAERIKVTVDAKAIHGKGRT
                     EGYLVWKSQDANGREIASREIPVAVNVVDDFSTLSQADKDAGPALSLSATVIDFSAKK
                     GATKQQLTITNTGHAPLVFHSITCDASWVKVSGNKKKELRPRESMTLTFALKDKAHKG
                     ATDLYIVCNDPQGPVRIVRIKAE"
     CDS             complement(20656..21057)
                     /locus_tag="SEQF2634_01453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRILFVLTAILMMTAGALSAQEKSASITATGSATFDFGDIKES
                     AGPASHVFTVMNNGELPLVISRVVASCGCTTPEWTKEPIAPGKTGQIKVTYNPAGRPG
                     KFVKTISVYSNGKADGGNYVLTIRGNVIQNS"
     tRNA            complement(21522..21596)
                     /locus_tag="SEQF2634_01454"
                     /product="tRNA-Asn"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asn(gtt)"
     CDS             21648..22667
                     /gene="kdgK"
                     /locus_tag="SEQF2634_01455"
                     /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="MQYFCEKNKRDMRIIGIGNALLDALLRLESDATLQAMGMKKGVM
                     ELVDESTMRAIQQEQSGLERSDAPGGSVCNTMRALALLGASVGYVGKVGTDANGAFYE
                     QAIRDAGVTPHIVRSEGISGCCTVLMSPDSERTMATFLGPAATLTSDEIMDETLRAYD
                     CIYVEGYLISNASTDRLFLPILRRAKALGKKVALDLSNFNIVNGFSDMLHRAIPEYVD
                     ILFSNETEAEAYTGKSAEEALREIMKEVKYAVVTVGKDGALAGHAGETVHVPAVSNNP
                     VDTTGAGDNFAAGFLYGYSRGATLRQSAEIGALMAGNVVETVGPQIVPERWAQITSKV
                     SSILG"
     CDS             22700..24376
                     /locus_tag="SEQF2634_01456"
                     /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
                     LDPVDSVIPLAVLINGNSASASEIVSGALQDMDRAVLIGNRSFGKGLVQTPRDLPYEG
                     QIKITTSKYYIPSGRCIQQLDYSHRNADGSVSAVPDSLTSVFYTASGRPVRDGGGIRP
                     DFEMEEKKTPTMLFYLVNDFAFFDFVTDWVRAHPTIAPAKDFVFPDADYESFKKRLKE
                     ANFTYDRQSEKTLKNLREVAEYEGYLAEDSATFVALEARLKPNLDRDLERYKDDIKKL
                     IAAEIVKRYYYQEGAMIENLKDDKTLQKALDVLADRELYRKTLSRPEEKK"
     CDS             24503..25195
                     /gene="cobB"
                     /locus_tag="SEQF2634_01457"
                     /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
                     NPQLVLDFYNARRRELLRAEPNDGHRGLAALEHDFDVRIVTQNVDNLHERAGSSHVIH
                     LHGELMKACSERNPNRPIDIDPEHPDMRLGDTAPDGGRLRPFIVWFGEPVPMIEEAIR
                     IVSDCDLFAVIGTSLNVYPAAGLLGYVRRGQPIFLIDPKEVAVYRNDVEFIRCGASEG
                     VRILTDRLQAFR"
     CDS             25974..26147
                     /locus_tag="SEQF2634_01458"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGYLLSIYSILKILREDLLATYAILNAPHEYLLLLCAMLSILR
                     EGFILLRAIAMYL"
     CDS             complement(26498..27598)
                     /gene="mnmA"
                     /locus_tag="SEQF2634_01459"
                     /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
                     LFPIGHLMKHEVRGLAEAAGLPSARRKDSQGICFLGKIRYNDFIERYLGRRDGDIVEW
                     ETGRTVGRHHGFWFHTIGQRKGLGMSGGPWFVVGKDAAANIVYVSNGYDPETQYGRTI
                     RTAGFHFITADPWGAFDDEREITFKIRHTPDFTRGRIRRVEGGYEIDSDDKIQGIAPG
                     QFAVVYDRDHRLCIGSGPIVEGRTEPTAAVTH"
     CDS             complement(27731..29530)
                     /gene="typA"
                     /locus_tag="SEQF2634_01460"
                     /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
                     TIFGSAKQGWMSDDWQKPTDSIYPLLDAIIQYIPEPETLEGASQMLITSLDYSKYVGR
                     IAVGRVHRGELREGQDIVLCKRDGSAVRSKIKEIDVFEGLGRKKVDAVASGDICAVIG
                     IEGFEIGETIADAATPEALPTIAIDEPTMSMLFTINNSPFFGKDGKFVTSRHVHERLL
                     RELDKNLALRVEATDSADSWNVFGRGVLHLSVLIETMRREGYELQVGQPQVIIKEIDG
                     VKHEPVEQLTVNLPEESASKIIDVVTRRKGEMTSMESKNGRVFLVFNIPSRGIIGLNN
                     LVLTLSAGEAIMAHRFLEFQPWKGDIERRQNGSIIAMETGNAFAYALNNLQSRGRFFI
                     APGEDVYAGQVVGEHTKEGDLVVNVTKSKKLTNMRASGSDDKVSLAPPLVFSLEDALE
                     YIKADEYVEVTPHYMRMRKVILDEIERKRQNRG"
     CDS             29978..30247
                     /gene="rpsO"
                     /locus_tag="SEQF2634_01461"
                     /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
                     ANHKDFNTSRALKMLVGKRRRLLDYLIKIDIERYRAIIKELGIRK"
     CDS             complement(30432..32750)
                     /locus_tag="SEQF2634_01462"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIQLLIYGLLLSLLTVHAADKNTRWHTYLAMYNTVAVAEAEN
                     NVYAVADGTLYSYGKSDDNIRVYSRQTGLSDSDVRLIRYSASARTLVIAYANGNIDLM
                     TSDGIYNLPFLKNTTNIQDKTLNAIDLSGDRAYLSANFGILVIDLKKREVAETYRLDR
                     RTTATALLAGSIYAATDSGLLSAPTTANLMDVGNWKRVSLNSLDFDDQKIVGLGAFRD
                     RLCFVASGGGLFYRDTDGSIKTLRKQTNLRGLTVVGNRLVAYASEAMYFFASLEGTGE
                     TVAPGTVNGVTALTEDGRFWVASGRNGLVGLRRRAEGQYEKAISGLKIEGPKRNEDDF
                     MIVDRGRLWVVGGSYTNTARGNRRGTLMSCVDKKWTNFDEETVTRAAGFGVQDYVGVA
                     VDPDDPTHCFVSTFGEGVIEVKDNTFVRLYNHTNTPLRSALPNAKDAQRYVRAIGIGF
                     DKNKNLWMTNCSAQNGIVVRTPDGTWKSLYFEGVANKTFVGRILFTSRGQKWVNVPRD
                     GGLLVFDDNGTPTDGSDDKSHFFSSFSNASGTSLDVSEYYCLAEDRKGDIWVGTNHGP
                     IVCSSAINALRDPARCYWNGIIRNDEDGRPRYFLDSEQINAITVDGGNRKWIGTAGSG
                     VYLVNADGTETLEHFTTTNSPLLSDNIRCLAIDNASGEVFIGTDKGLVSYRGDATEAP
                     KTYSDVYAYPNPVRPDYDGSVTITGLIADSNVKITDLNGNLIRQGRSAGGQFTWDCRG
                     ANGQPVSSGVYLVLASTPDGSEGVVTKIAVVR"
     CDS             complement(32796..33377)
                     /gene="rdgB"
                     /locus_tag="SEQF2634_01463"
                     /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
                     ATIEGNALQKARFVKEHYGYDCFADDTGLEVEALDGAPGVYSARYAGEACDSTANVRK
                     LLEALRDTDHRKARFRTVIALILNGEERLFEGEVTGLITTEAHGAGGFGYDPIFRPDG
                     FDRTFAELSPDEKNAISHRGRAVRRLVQHLANR"
     CDS             33770..34618
                     /locus_tag="SEQF2634_01464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEMKWTLRTIVSGAALLLAVACGKEKEARAELERARTMYESR
                     QFPAARNAIDTLRMRYPKELGVMKEALQLMRLVERGESERNIAYCDSLIPVREKEVET
                     LKAGFVLERDARYEEVGRYVRPEHAVERNIGRSYLRCGVNEQGEIFLASVYSGGAPIN
                     HTGLKIAAPDGTYAVTADIPYDGGANYRFKDDGRTTEVVTYAGDKGLDAIRFVDGVAE
                     GTRLRAEYTGGRAFAIGLTEADCRAIRATLRLAEALTDIDALKKERQKATRKVAYIEE
                     REAKGR"
     CDS             34747..36291
                     /gene="glyQS"
                     /locus_tag="SEQF2634_01465"
                     /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
                     GEELAWFARWKEARMRWHRNLGLGDAKYRFHDHEKLAHYANAATDIEYEMPFGFKEVE
                     GIHSRTNFDLSQHEKFSGKKIQYFDAELGTSYTPYVIETSIGVDRLFLSILAGAYTEE
                     TLDGGESRVVLKLPPALAPIKLAVLPLVRKDGLAEKAEEILHMLRFDFRCQYDEKDSI
                     GKRYRRQDAIGTPYCITVDYDTMRDNTVTIRFRDTMEQERVSIDRLHEIISDRVSLRS
                     LLEGLK"
     CDS             36288..36896
                     /locus_tag="SEQF2634_01466"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTLHLLASLCWAAVLIGVATACSKTEDDSAERWRTANDAAFA
                     AVKRDAAYTEIKSPGHEGSIYYKELKKGAGTKPILFTSTVSLYARGRFVADYPDNKYI
                     RQGAVFQSWLEADGVPFTTLVSSVGVPPKGFSAYTLTKGVRVALQYMHEGDRWEVWVP
                     YTLGLGENDGSLFVNVMPSSSATKIPAYSTLVFEIEVVGVHS"
     CDS             36912..37709
                     /locus_tag="SEQF2634_01467"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTYIGLTCLLLLALALFVALSFYGDSLERWHIKTGSFARVLI
                     GDTTHRQRTPSSATDSTRAVSQAPGQDFSQTVDTARKSILFIGDSMLEGLGPRLAAYA
                     EENGHTLVNVIWYSSTTEVWGRTEKLKEYIAEYQPDYIFVSLGGNELFVSNIRDRRQK
                     YLDNMLSQIGDIPFVWIGPPNWKPDTGINEMLAETLRPGQFYLSYTPDQHYDRARDGA
                     HPTRASASAWMDRVCAWVMKSAAHRIVLHRPKAARATCHTVVLAPAK"
     CDS             38387..39889
                     /gene="patA_1"
                     /locus_tag="SEQF2634_01468"
                     /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
                     VVDVFRRRIDPAQSFLDYLFFLSFFPCLTAGPIVRADHFMPQLTSEALRQPVDRARIY
                     GGFFTVLMGVIKKAVIADYLAQYSNIAFGNPAGYSGVELLMGALGYGLQIYCDFSGYS
                     DMAIGLGAILGFDLGINFDFPYRSRNVTEFWRRWHISLSLWLRDYLYIPLGGNRRGAV
                     RQYVNLLVTMLLGGLWHGAAWTFIAWGAGHGVALCLHKRCKVWLDRLPDGGLVGFLSW
                     ALTFAWVIFLFIFFRADSFDTAREMIVGIATRFDPAYFPEFAKVRYVWTALFLSVFAL
                     HFVPTPFYDRLRDLFVRSPWIVKFVLFVAVVQLVISFASADVQPFIYTQF"
     CDS             39899..40270
                     /locus_tag="SEQF2634_01469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKKTEIGRAGEAVARKYLEQRGYRVLHINWRYGHYELDIVAR
                     RPELLVVVEVKTRDQRRIMEPEDAVDKAKIRRTVAAADAYVQTFDIDLPVQFDILSLI
                     KRSDGTYHVEHIEDAFYAPVQ"
     CDS             40449..40805
                     /locus_tag="SEQF2634_01470"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIEEVRDYCLKLKNAEESFPFGEDTLVFKVEGKMFLAMSLNDE
                     DPHVAVKCDPDEALLLRDRYKAVVPAHHFNKKHWNDIYLNRDMNDHDIRRWILHSYES
                     VILQLPAAIRRKYEYV"
     CDS             40798..41562
                     /gene="birA"
                     /locus_tag="SEQF2634_01471"
                     /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
                     DFQSGGRGQPGNSWESEAGQNLTFSLLYEPCAMPANRSFRISEIAALSVKHTLDRYTA
                     GIAVKWPNDVYWHDRKICGMLIENLLEGSAVGRSIIGIGLNLNQTVFRSDAPNPVSLT
                     QITGQRYDPLEILGLWYGHFCDLRDRLEAGPDGEADVHQAYVHALYRRDGFHPYADAD
                     GTFEAAIEAIEPGGHLLLRRSDGRISRYAFKEMRFL"
     CDS             41599..41931
                     /gene="nhaP2"
                     /locus_tag="SEQF2634_01472"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q87KV8"
                     /codon_start=1
                     /transl_table=11
                     /product="K(+)/H(+) antiporter NhaP2"
                     /translation="MNYITSENILLIGSVLLFVSILADKTGYRFGVPVLLLFLFVGML
                     FGSDGLGLQFSNMESAQFIGMVALTIILFSGGMDTRFADVRPVVAPGAVLSTVGVLLT
                     TVFTGLFV"
     CDS             41944..42327
                     /gene="nhaP"
                     /locus_tag="SEQF2634_01473"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0ZAH6"
                     /codon_start=1
                     /transl_table=11
                     /product="K(+)/H(+) antiporter NhaP"
                     /translation="MAWTNIHFACVTSLLLAATMSSTDSASVFATLRSQRMNLKHNLR
                     PLLELESGSNDPMAYMLTLVLVQLATADPGAGGADWGHVAGLFAVQFAVGAAVGFAIG
                     HFAVWSLNRLNIDNASLYPCLYTHL"
ORIGIN      
        1 cctgcgcaac gcagggagca aaaaagggtc tctttcggag ccctgcgcaa cgcagggagc
       61 aaaaaagggt gtctttcgga gccctgcgca acgcagggag caaaaacgta gcgtgctcct
      121 gagcattgat cccggtttat gtgagacctt tgcggcagtt tcatcacgcg taacacccct
      181 tccttatgaa atcgacaacg acccgcaacc tgctgcgacg ccgcgccttt ctcttcaccc
      241 tcttcctcct ctccgtcgcc ctctccctgc aagcccagat gctcttctcg gaaaacatga
      301 cgatgaagat cgacagcagc aagcccatcc aaggcacatt ctccgccatg gtcaacttca
      361 agaccgaaca cgaggaactt tttgaggtca agaccttctc aaacctcaac attctgctcg
      421 ggcgtcgcca tgtgatcaac ctcatggggc gctttgaatt caccacctat ggcagcaaga
      481 tcaccgtgga tgagggcgat ctgcatgctg agtaccgcta tctcttgagg ccttcttttg
      541 aggtctatcc ctacgtcgag gcccagtggg caggcacacg cggtctgatt cgcaaagtat
      601 cgaccggtgt acaggcgcgt tatcggccga ttaatactga gcacagcctg atgttcctca
      661 ctactgcgct tttttatgaa gccgaggact ggaaaaacct ctccggcgac acccttagcc
      721 ctccgtacgg ctacaatcgc aacatccgcc tccatctctc gaccagttat cgccatcgtc
      781 tcagcgacaa atgggagatc actgccacag ccatccatca ggccaatcca cgttattact
      841 tcagtcgtgc acgcttcgga ggtgccttgg acctgaagtt tcatctctcg aaagtcgttg
      901 gactgcgcgg cacgtaccga ttcatctacg acacctcgcc cgtagtccct atgcgcaaga
      961 tgttgatctt cacgaacgcc ttcctcgaca ttacgttttg aatgcgtcag gtgccgcaag
     1021 ctgaggactg gaaacgccga ccgaggcgag acttccgact ttcgttttct gcctttcgtt
     1081 ttttcgtttc cacccccgcc tatctttgtc gcccattttt cagcctcaga gaggccatac
     1141 atatatagat acacccacaa cccctacatc acaccacaat gacggacaag aaaggattac
     1201 atctgttgct gatcggatct ggcggacgcg agcatgcgtt ggcctggaaa atggcgcaaa
     1261 gtccgcgcct cggtaagctc tttattgcgc ccggaaacgc cggtacggcc catctgggta
     1321 cgaatgtcaa cctgcctaca ggagatttcg aggcgctcgg tcgcttcgtg aaggcggagc
     1381 ggatagacct gatcgtcgtc gggcccgaag atccgctcgt ggcgggcatc gcggactatt
     1441 ttgacagcga tcgtgcgccg cggcgcgtgc ccgtgatagg cccgaagtgt gccggcgcac
     1501 agctcgaggg cagcaaggat ttcgccaagg ccttcatgcg tcggcacaac atccccacgg
     1561 cacattaccg cagcttcacg gccgacgaat tggacgtcgc agagctctat ctggccaccc
     1621 ttcgcccgcc ctacgtgctc aaggccgacg gattggccgc gggaaaaggc gtattgatcg
     1681 tcgagtcgct ccatgatgcc cgcgaaggac tccgacgcat gctccacgga cagtttgggg
     1741 ccgccagtcg cacggttgtg attgaggaat acctcgatgg tatcgagtgc tccgtttttg
     1801 tgctgaccga tggcgacgga tacttcatct tacccgaggc gaaggactac aaacgggtcg
     1861 gcgagggcaa tacggggctc aacacggggg gcatgggtgc cgtgtctccc gtctcgtttg
     1921 ccaatgagga gttcatgcgt aaggtggacg aaaaaatcat ccgtcccacg ctgaagggac
     1981 tttccgctga gggtattgac tatcgcggat tcatcttctt tggactcatc aacgtccagg
     2041 gcgaaccgat ggtgatagaa tataactgtc ggatgggcga tccggaaacg gaagtcgtga
     2101 tgccgcgtct gatgaacgac ctcgtggaat tatttgaggc tacggcccac cgtcgattgc
     2161 aggactatac acccaagatc gacccgcggg cagccacgac cgtcatgctg accagcggcg
     2221 gataccccga ggcctacgaa aagggcaaaa cgatctccgg attagacgac ccgcggctgg
     2281 atgatgccat cgtctttcac gctggcactt cggtcggttc cgatggtgcg attgtcacct
     2341 caggcgggcg agtcatagcc gtctcagccc tagctgacac ggtccaggag gccctccgac
     2401 ggtcttatcg tggcgccgaa gccatcacgt tcgagaaaaa atactaccgc cgagacatcg
     2461 gctttgatct ctaaaataca agtccggggg gagcagctac tccccctctt tttttgattc
     2521 acccatagct ttataccccc aatggaaacg gcaggaaggc gacgaaaacc acagagtagg
     2581 ctgcggcgcg cgattaaaat ggatgtcacg agcatcccta accttttgct ttcagcggca
     2641 gtatgtctgt tgtgctggat gatgggttat acctattcgg caggatatcc ggtggccacg
     2701 aggcccgaaa atttgcccac ctggcagtcc ctcatcggcc tattacccga tcgcctgacg
     2761 acttacgtca tcggggcctc gctctatgcc ttggtggctg gaatcgtgca gcgcatcaat
     2821 tacaaataca tcatcgtgcg cggtcggcga gcccttccag ccctcttttt cttcctcttt
     2881 gtcagcacca acctcgacac gtttcccttg aggcccgtct ccctcagttt gatcggctta
     2941 acgttggcct tgagtcagct tttaggatct tggcaacggc ccgacgatat cgggaggacc
     3001 tttaatatct ccgtttgcct atcgctggga gccctcgtct ggccccacat ggtgtggttc
     3061 ataccgctct tttggtatgg catgtatcgt ttcggatcct tgtcagctcg cggactgctg
     3121 acgtccgtct tgggcctcct gacggtgttc gggttcgtct tcgcctggtg cctttggcaa
     3181 aacgactacc gcctgcctca agccttctat aacgccctcg caacgcccga tgtccccttt
     3241 ctccatgctg cctttgagcc caattggatc agttcgctgt gtgtcgtttg cctcgtcatc
     3301 gtcaccagca tatacctctc gctgcacaac acggaaaatt cagttcgcac acgacaaaac
     3361 ctatccttct tatccgtctt cgtcggctgg gccttcactt tactatgcgt ctatgctaac
     3421 gacgcgcccg atattttgtg tgtactctac gtcccagctt ctattttggt tgcctatttc
     3481 ttctcagaca agcgcaacct gctaacgtat ctcttttaca tacttatcct cacctttctg
     3541 gtctatctgc tcctcacacg gctatggaca tcctaatcag ttatggatat atcggcgttt
     3601 tcatcgcttc cttccttgcg gcaacggtct tgccgtttag ttcggaggta gtcctgacgg
     3661 gcgtcttgct tgccggcggc tcctattggc cttgcatggt ggcggcaaca ctcggaaaca
     3721 cgctcggagg catgacctgc tacgctttgg gtcgtctcgg caaaatagaa tggatcaaaa
     3781 agtatctccg actcgacatt acacgtctcc aacgagttca gcattggatt gaaggccgtg
     3841 gatcgtggac agcctttttt gtcttcactc ccggggtagg cgattttatt gccgtagcac
     3901 ttggctttct tcgtgcacgc attggccccg tcattttttg gatgctcatc ggcaaagccc
     3961 tccgttattg ggtctggatg gagctcgtgt ataaggtgca gggcagctga atatgaatcc
     4021 ttgaccatca ataggtcatg acctgcgatt gatgatcaaa agaaggcatc aagatacacc
     4081 gcaggtcata tctttgcgta caaataaccc tccaaaaacg atatacatca tggcaacaga
     4141 ttatttcaca tcaaccacat tcagacgccg tttggcgcat gtatttgacc tggtcgatca
     4201 aggtgaaaag gtgattattc gccgcggaaa taagcaggcg tatacaatca cccccattca
     4261 agaagaaaaa atggagatca cacctgagct tcaggccgag attgaacaag cagaagcaga
     4321 ttatcgtgct gggaaatgca ttgttctgga aactcgtgag gatatcgatc gatatttaga
     4381 cagtctatga gatatcgagt agttatttcg aatcgcgcgg ataaggtgat tagaaaatgg
     4441 atgaagtcca atccacagtt gttcaagaaa tatcaagaga tactctatga gctggctgat
     4501 catcctcgta ccgggattgg ccatccggag ccattaaaaa acggagatgg tatcacttat
     4561 tcaagacgta tctcggcaca tgatcgaatt atatataaca tctatgatga gcgagttact
     4621 gtgattgtca ttaagctcgg aggccattac gatgataaat agagattgtg gcgaggtgta
     4681 ttttcaatcc atcaattgaa gtccatagcg aaccatccaa cacatcaacg aagaggggta
     4741 gacattgttg tctgcccttt tttgtttccg gttattgcat tgtgaaacgt ctgagatggt
     4801 gaaaatcatt cccttttata cgtagaaagt ggatatagcc atccggcata tagattatgt
     4861 acccgtgtag gggcgtattg catacgcccc acaaatgttc tcacagtgga caaacagata
     4921 gacctatatg aagcgatagg ccgatgtgcc gttttgttct aaccccataa agacccgaat
     4981 tatttatatc aaacaatttc cgatcccttc tgggatcgtt tgtggggcgt atgcaatacg
     5041 cccctaccat gatacgaaaa tgctatgcga tgattcgttc tttctgatcc ataccggaat
     5101 cgtttatggg gcgtatgcaa tacgccccta ccctaccgga tgaaaaaaga aggtctcaaa
     5161 atgtttttgt gatgcttttt gaggctcaaa atggagtcca aatgctcttg aggtgctttt
     5221 tgaggctcaa aattgagtca aaatattctt gaggtacttt tttaggctca aaatcgagtc
     5281 aaaatgttct tgatgtactt tttgaggctc aaaatcgagt tcaaatactt ttgaggtgat
     5341 tttttaggct caaaatcgag tcaaaatgtt tttgaggtgc tttttgaggc tcaaaatgga
     5401 gcccaaatgc ttttgaggtg ctttttgagg ctcaaaatgg agtgaaagcg tttttgaggt
     5461 ctatcttttg cgtaagatgg gagataaaga aacggccggg caccttcttt tggggtgtcc
     5521 ggccgttaag caatcgtttt gagtcctaca tgggactcaa aacacagttg gaggctattt
     5581 gctactcatc gatacttcga tgcggttgcc ttgagagagc agttgattgg caaaatcgcg
     5641 gacagattcg atggtcaggg cgttgacctt cttctcgtag tcggcattga tgtcgatgcc
     5701 aaagacgagg taacgccatg tggcgcgaag ggtgtagccg ttttccttga ggttgtcggc
     5761 gtgctgtttg agcatatatt ctttgacctt ggacagcatc acggcgtccg gaccggtctt
     5821 gcgcatacgc tcggacacct gattcatggc gttggtcaac tccacgcgac ggtcgggggc
     5881 gcaatcgtat tggaattgga ggctgaagcc ttccgtgggc agcttctgcg cattgctgct
     5941 gacacttacg ccatacgtgc cgcctaactt ctcgcgaatt ttatcgacaa actccatgtt
     6001 gaacagctgt tcgagggcag aaagacggat caggttgtcc gccgtatagg ccatatcgcc
     6061 agagtaatag atggaggttg ttgccttctc cgtttcgagc tgacgggaga aatgattttc
     6121 aaactgacct ttacgaatcg gcaaataatc cttattaaag gccttcgaag gtttgccatt
     6181 tgagggcagc gaggctacgt attgctccac aagtgggcga agagcggctt cgtcgacgtt
     6241 acctacgaag gtaaatgtgt aatccgctgc attagccagt cgagcacgga aaagatcgag
     6301 caatttatcg taattgaccg cctcaatctc cttcacggtc ggaatgcgca tgagcggatt
     6361 gcctttatag atggccatca tcacggaatc attgaaagca taatctggat tgttggccaa
     6421 catgggcaaa atgcccttga gacgggttgc gagggccgcg taagccgttt cgtcttttcg
     6481 tacggccgta aattgcaggt agagcagctg catgagcgtt tccagatcct tcacgctact
     6541 ccggccgccc acggattgat tgtattcgct gatcgaggca ctcacgtcgg cattctttcc
     6601 ggccaaaacc ttcttcaggt ctgtcgcact aaactttccg agtccgccca cggacgatgc
     6661 gtcatccatc aacttctgct ccgccgcgta acggggatcc atgagcgact tacctccgta
     6721 agcaaatccg gagagaagga tctcgtcttt tttgaagtcc gtttttttca cagctaccct
     6781 tgcaccattg gataaagtcc aaacggtgac gccgcgatct gtcaattttt tctctttagt
     6841 gatcttcccc ttggtgggaa gggttgcgat aaggggttca ttgatcgatt tatcggcgta
     6901 agccgttaag tgctcaccgt caacctgtgc gataattttt cggatcctat ccggcgttgg
     6961 gtaagtgggg cgttgctctt cattgcccat caagacgacg gcgcgattgt tgtccgaaat
     7021 aaattccgca gccaattgat tgatggcctc caaaggaacc gaggggacga cctgcgacat
     7081 gatttgatag tattcctcga gcgacggaat gggctccccg agcaggaagt gctccacata
     7141 ttgctgcacg taatagttgt tcttttgctt gtctcgctcg ttgtagagct tttcgatgtc
     7201 gctgagccaa tcggcctttg cgcgctcata ttcactgggg gtaaaaccaa aatcgtgcac
     7261 ccgtttggct tcgcgaagaa gggtcaagag ggtcgtgtcg gcctgccccg gtttaatgac
     7321 gcccgccaac tgcatggcat ccgtcgtagc cacgccaaaa aaggatccat tgctcgctcg
     7381 agcatatgca aaaggtggat tttggttctg catcatctct tgaaatcgat ccgtcaacat
     7441 cctgtcgatc atatccgtag cgaaatcgta aacgagataa tcgatcaccg ttttttgctc
     7501 tttgggaagg gcgtcacgct tataagagac cataaaataa cccgtgggct gctccttatc
     7561 cgtcaccacg gctacggcag gcgcctcgtt gtcaggtatt ttttcgtaca cacgctcagc
     7621 ggggttcacc ggtttgggaa tgctgccaaa aatgcgcttc acgtctttct cgacctgctc
     7681 ggcatcgaaa tctccgacga tgataatggc ctggaggtcc ggacgatacc atttatgata
     7741 gtagtcgcgc aactccttcg gcttaaaatg atccacgacg ctcatcaagc caatcggcat
     7801 gcgttcggcg tatttacttc cggcaaagat gactggcgcg atagagtcga tcaaacgcga
     7861 cgaggcactg cgacgtgtcc gccactcctc gtggattact tttcgctcct tgtcgatatc
     7921 cttgtcacgc agaaagagcg aatttgacca gtcgtgaagg atcagcaggc acgaatcgac
     7981 ggcgccacgg cggtccgtag gcacgtcatc aatgttatac accgtttcgt ccattcccgt
     8041 ataggcgtta aggtttctcc caaatttcac accgattgtt tcgagatagg agatgattcc
     8101 gctgcccgtt tgatcctccg gaaaatgttt ggaaccgtgg aaagccatgt gttcgaggaa
     8161 gtgggccaat ccgcgctggt tctcctcttc aagaatcgac cccacgcgtt gcacgatgta
     8221 gaagttcgcc ctgttttcgg gcaatttgtt agcacggatg tagtaagtca atccgttttc
     8281 gaggtgtccg atgcgcacct gtttgtccac cggaacagtg ggcatttgct gcgcctttgt
     8341 agccgtaaag caaagcacgg ccaggcccag cagcatgtgt ttgaattgca ttttcattct
     8401 atataaatgt tgatttaacg cgggcaaaga tatacgcccc tctgagggga caaggttaat
     8461 cttgtgttag atttaagctc acgtcgcaag gaggcgaaga gatgaatgag gtgtattcaa
     8521 atcggggcat gccacttcgg atcactccgc aattcccatt gcggttgaaa aaaggacctc
     8581 cggccacgcg gcaacttcta tcggaatcgc aaaaaggacc tccggaatgt ccggaaataa
     8641 gaacgggcgt gaaccgaggg gttccgcccg ttttgaacac gatgggatat gaatttttgc
     8701 cctacccgac actttcgccc catgtgccgc gatcgagcgt acggtatccg atagcctcgg
     8761 agatgtgctc gggacgaatg tcggacgacg cgtcgaggtc ggctatcgtt cgggccactt
     8821 tcaggatccg atcataggcg cgagctgaaa gattcaaccg ttccatggcc cgcttgagtc
     8881 gggcaaggct ctccgcgtcg ggtacggcat aacggtgcag catgcgggag ctcatttgcg
     8941 cgttgcaata gatgccgtcc tcatcgacat agcgccgctg ctgaatttcg cgcgcccgaa
     9001 cgacccgcac acgaacatct gaagaaggtt ccgatggacg ttgctcggag atcttttcga
     9061 agggcacggg gacaatttcc acctgtatgt caatgcgatc gagcagcgga ccggatattc
     9121 gattcatgta tttacgcacc gctccggaag tgcagacaca aggacgcgtt gggtgattgt
     9181 aataaccgca gggacaagga ttcatcgagg ctacgagcat gaagctggcc ggataatcga
     9241 cagataagcg ggctcgtgag atgtgtatgt tgcggtcttc gagaggttgg cggagcacct
     9301 cgagcacatt gcgattaaat tcgggcaatt cgtcgagaaa gagcacccca ttatgcgcca
     9361 aactgatctc cccgggttgc ggaaatgacc ctccgcccac catcgccacg tctgagatgg
     9421 tgtgatgggg tgcacgaaaa ggacgctggg ccaaaagacc cgtcccagct cctgtcttac
     9481 cggccacgga gtgtatcttg gtcgtctcaa gtgcttcctg aagcgtaggc gggggtaaaa
     9541 tcgacggcag acgcttggcg agcatggatt ttccacttcc cggcggtccg accatgatca
     9601 aattatgtcc tccggcagct gccacctcta aggcacgctt gacgctttct tgcccacgaa
     9661 catcggaaaa gtcgaggtcg aaatgttgtt ggctaaagaa ctccgcgtag gtgtcgatca
     9721 ccgtcggctc cagcttacga tccccggcga agaactcgat cacctcccga atgttactcg
     9781 cgccgtatac ggtcagtccc tccgtcacgg ccgcttcgcg agcgttctgt tgaggcaaga
     9841 tgatgccctc aaatccttcc tcgcgggcct ttaaggcaat cggtaaggct ccgcgaatgg
     9901 gcatcaggct accgtcgagc gatagctctc ccataagcaa atagcgatcg agcaatccgt
     9961 cagtcttgag ctccccggac gcagccagaa tgccgatggc gagaggcaga tcgtaggccg
    10021 atccttcttt tttgatgtcg gcgggagcca tgttaatcac aatgcgatga cgagggaagg
    10081 gataaccatt cacttgcagg gcagaaacga tgcgttcgtg gctttcgcgt acagccacgt
    10141 cgggcaatcc gacgaggaag aactgtatgc ctttcgtaca actaacttcg atggtaatga
    10201 tggtggcaga aatgccgtat acggctgccg aaaaggtttt gatgagcatg agtgagtgga
    10261 ataggggaaa taaaggtggt taggaggggt atagggtgta tgatgagggg tatgcgagac
    10321 tacgcgccaa acggaacggc cgtcagaacc atttcttccg cttgaagtac cagaggatgc
    10381 cgatcacacc gcagatcatg agcaggatgg caaacggata gccgtacttc cactccagct
    10441 cgggcatgac cttgaagttc atcccgtaga tgctggctac gagcgtgggt ggcatgaaga
    10501 cgacggagac gatggtgaag atcttaatga tcttgttctg ctggatgttg acgaggccga
    10561 ggaacgtgtc ctgcatgtat tccagacggt cgaagctgaa gcgcaggtgc tcgaaaagcg
    10621 agttgatgtc cttgatgagg atgctcatct tggccttggc gtcggcgggg atgaggatgc
    10681 tcttgatcat gttggagcag acgcgttgct tgtcgacaat gttttcgcga atgatcatcg
    10741 tgcgctcttg cagctccttg atggcgatga ggatggcgtt gtccacgtcc tcctcggact
    10801 tgaggtggct gctcagctcg gtgatctcgc gggtgaggtc ctcgatgagg tcggcgtcgt
    10861 agtcgactcg ggtctcgagg agcgtggtga ggacatgata gcccgtggga tagctgcggg
    10921 ggctggcgaa gagcttgcgc atggtgtcgt tgaacgaggg gagctcttgg ctgcgtacgg
    10981 agacgagcgt gttgtccttg atgatgaacg agaccgtctc ctcctcgaag tttgacagca
    11041 ggaagcgcga gttggccacg agcgagttct cggtctccat gtagcgcgaa ctgatctcga
    11101 tctcttccat ttcttcctcc tcttggatgt agatcttgag gaactgctcg aggcgacttt
    11161 cggcctcttc ggtcacgtcg ttgaggtcga tccaaagcag gttttcgcgg ggcgcccgtt
    11221 tcagcacatc gatgtctttg gagagcttca ggcgattgtc ttcacgatag aaaatgcgaa
    11281 tctcagacat gggaataaat tgttagaggg gtgagacgta gtgggggaaa tggtttgaaa
    11341 tcgtgtgtgc ggcttagtcg tttgcatcgg cttctgcggc cgcttgggta cgctggaggt
    11401 gcgcctcggt gaggtgggtg agatggatga agtcgtccag cgtgagttgc tcggcgcgga
    11461 ggctgaagag gcggtcgtcg cggccctcga aagtgcgtcc gagcaggggc tcgagggcgt
    11521 tacggagtgt cttgcgacgg cggttgaagg ccgtcttgac gacggtcttg tacagccgtt
    11581 cgtcgcagcc gagctcctgc cgatcgttgc gtgtcaatcg caccacggcg ctctgcacct
    11641 tgggcggcgg attgaaggcc gaagggggga cggtgaagag gtattccacg tcgtaccagg
    11701 gctgaatgag cgccgagagg atgcccgccg tgcgggtggc gggtcgtgca gccagtcgtt
    11761 cggccacctc cttttggatc atgcccgagc aacacaccac gcggtcgcgc tcctcgagca
    11821 ctttgaagaa gatctggctc gatatgtaat agggatagtt gccgatcacc atgaagtccg
    11881 acgggtagcg tgtgtggagg tccatttgca ggaaatcctc gtccaggatg cgcccctcca
    11941 gggccggata atgggtgcgt aggaagctga tcgatgcggg atcgatctcg actaccgaga
    12001 ggtcgtggcc ggcggccagc aagtggcgcg tcagcacgcc cgtcccgggc cccacctcca
    12061 gcacaggccg cccgcggtag tcggccagcg tgtcggctat gcgcgccgcg atggaatcat
    12121 ctatgaggaa atgttggccc agcgcctttt tcggtcggat cgtcgtcatc gtgttcgtat
    12181 ttataatgaa tgccgcaaag gtaaagaggg attagaggcg gtcggtaacg aagatcggcc
    12241 cccgtgtgtg ggagtgtgag gccattgaca cggcaaaaca ggccctaaag aggtcgtcgg
    12301 atcggctatc tgggctaaca atgcccttgt gatggcgcct ttttgtgtga aatgaacttc
    12361 gacaagcccg cttcctgagt cagaaatcgg cattgttcac cagcaaagca ttttcctgcc
    12421 ccaggaatca gcattgctcg ccaacaaagc attttcctga cccagaaaag ggcattgttg
    12481 gccaacaaag cactttcctg acccagaaat tggctttgtc cgtcagcaat gcccttttct
    12541 gccccaggat gcaaccgcag cgtcaccccc gacggacgat cagcagcgag aagtacggga
    12601 agcggcgctc gaggatggcg tcgcgacggc agctgtagaa cgccctgtcc gcgtcggcgc
    12661 cggtgtgctc gaaataatgg aaggtcacgc cgtcgggggc ctgcgtgagg gcctccttga
    12721 cggccgaggc atagcgcgag ggcttcatca gcaccacgct acgccccgca gccacacggc
    12781 tgagcagctc gtcggccgaa gcgagggtag tcagtacgtc cgtctcctcc gtctgttcgg
    12841 caatgacgac gccctccgac gctgcacagg ccacaaaggc gggtatgccg gcaatgcgct
    12901 ccgtcgagag tccccgctcg gcaagcagtg cgctgacgta gcccgacgag gagtagaagc
    12961 ccgcatcgcc ctcggccgtg acggccaccc gaagcccctc ggcacattcg gccgcgatcc
    13021 gctcgacggc cgcgccatag tccgccagcg ccgccgctcg gtcgtcgcgc atggcgacgg
    13081 ggaacggtcg gatggccgcc agatcgatgt cgagtgcgcg aaggatgtcg gccgcgcgag
    13141 aggcgagtga gccgtcgggc tggacggtgg cagggcaata gatggcatcg gcctggcgca
    13201 gtcggcgtag gcctttgagg gtgatcagct cggggtcgcc cggtccgagc gagatgatgg
    13261 agatggggtg cataacgggg ggatgagtta ggggtaatga aagggagaga cgtaccgatc
    13321 catcgtgcag gagaggcgtc gctacctgtt tgaaggccgc aaatgtaagg gcgaggcttg
    13381 tggttgcttc aaccgagcgg catccaatac actgactcct ccctcttcaa actcgatggc
    13441 tccggaactg caaacccgct ctttgaaccg acgctttgct ttttccgtga ggggaagcag
    13501 acccaccatc acccggttct tttctgaatc aattccggta ccggtccatc ccagctcgcg
    13561 gcataaggcc tcgtcttcaa acggaatccc caagctgtca ttcaatgcga ccagttcatt
    13621 gtaagcgtag tcgcagcgtt ggacaatcac attattgctc ttcgtacgca cccgtatttc
    13681 atcgagataa gcgtcgggat ctcctttcac aagcaccacc gcatgaccct ctgcatcgta
    13741 atatccccca ccataaaagt cgggaagcct tggatggata cccgtacctg ccgagcggat
    13801 tggtgtgcct ccagaatcca caaggggcat ttccgcctca aaagaagcat ccagattgtc
    13861 aaaaatctcc atggcggaca atgtagggaa gtccttctgt ccgtcgcttt ttttattcaa
    13921 agtcttctct gtgcaggctg atgacagaca aacagcaagc aagaaaagtc tattcaataa
    13981 atacgttttc atatcgatca tctttatcgt gtaagaatca ggccaaatat ccatgatttg
    14041 acacagtaca gggaggcaat caatgcattc actgagattt tgccctttct ttgccgccgc
    14101 tctggggaaa agggggggct tatccccccc aggatccatg agagatagaa cgagaccgac
    14161 agtgaagacg agtttacaag gcagaatacg gatcgcatgg ttgctactgg caacgctcat
    14221 gcccttcttc gcggtgaagg ctatccatca ccacgaggtc gtgccgtcgg ccatctgtca
    14281 gacgacggac gccgggcagt cgcagtcagc ctgtggcgac gacagctgcc ccatctgcca
    14341 cttctccctc gaacccttca ccccgggcga gagcctcacg ctctccgtca ccctttctta
    14401 cacccatcac gaaccgggca ccctccgcgc gccactcttt ggccagcccg tcgcttcgta
    14461 caacctccgg gcaccgcccg cctgctgaat ctccaccccc agaggcgctt ccatcgttcg
    14521 acggaggcgc ggggcacgta tttcagccat tcattatcca ttcatttttt aagcagaata
    14581 catgcgtatc caactccttt cgggtacgct gggcatactg ttcgcaggcg ctattcaagc
    14641 gcagcagtcg gccgattcgg ttcgtacggt agcactcggc gaggtcgttg tctccgagag
    14701 ttaccgcacg cggcaggaga agctgacggc gctacccgtc gatgtggtgc gtaaggactt
    14761 cctttcgcgc catttctcgg gcaatttggt gcagaccctc gaacaaatac ccggcgtgca
    14821 ttcgatggat atcggtgcgg gattctccaa gcccgtcatt cgcggactgg ggttcaatcg
    14881 cattgcggta tccgaaaacg gcatcaagca ggaaggccag cagtggggca gtgaccacgg
    14941 gctggagatc gacgccttca acatcgacga agtgcgcgtc cgtaaagggc ctgcatcgct
    15001 cctcttcggt agcgatgcga tgggcggtgt catcgaggta ttgccacccg tgacgcccat
    15061 cctgaacgga ctggcgggcg aggcggtgtt gctcggcaag acggtcaacg gcacgctggg
    15121 cggatcgctc atgctgggct ggaagcgcgg cgcatggtac gtcaaggggc gttattcgga
    15181 gcagcgatac ggcgactatc gggttcccac ggacacggtc gtctacctga cgcaaaagat
    15241 gcccgtctac gggcggcgac tcaagaacac ggctggcgtg gagcgtaacg catcgctctt
    15301 ctcggcctac gctcgcggca attatcgcat gaacgtggcc ctgagcaatg cctaccagaa
    15361 gatgggcttc ttcgccggtg cacacggcgt gccggacttg gcccgtgtgc aggacgacgg
    15421 caattcgcgc aacatcgacc tgcccttcag ccgcgtcaac catctcaagc tgtctaccca
    15481 ccaggagctt ttcggcgagc gctttatcct ctccggcgac ttcggttggc aatacaacca
    15541 ccgcgaggag tggagcgcct tccacaccca ctacgacacg cagcccctgc ccgagcgcga
    15601 ccctgacaag gagctggagt tccgactcca caccttcagc gcttcgcttc gactccggtt
    15661 gctgccctcc accacgtggg agcacaccgt ggggcttgac gcccaagcgc agcgcaacga
    15721 catcggcgga tacaccttcc tgctgcctga atatcgacgc ctcaccacgg gggcctactg
    15781 gctcacgatg tatcggccca gcaaccgctt catggtgagc ggtggcgcgc gttacgactt
    15841 gggacgtgtg cgcgtggcgg cctccacaga tccttacctc gcggagtacc tccgtcggca
    15901 ggggtatgag gaggagaagg tgaaggcgta cgagcagcgg agcgtgggtg ccgatcgcac
    15961 gtatggcgac tactcgctct cggcaggcat cgtctggaat cctacgccgc agcacctcgt
    16021 gaaggtgaac ctcggccgca gcttccgtct gcctggcgcg aatgagttag cctccaacgg
    16081 cgtccatcat ggcactttcc gtcatgagca gggcgaccca tcgctcggct ccgagcgcgg
    16141 atggcagttg gacgcctcgt acagcttccg ccgcggggca ctggagctga ccgtctcgcc
    16201 cttcctcagc ctcttcgaca actacatcta cctgcgcccc acgggcgagt ggtccgtctt
    16261 gccacacgcc ggacagatct atcgctacac cggtgcgcgg gttgtctttg ccggaggcga
    16321 ggtgacctgc gacgtgcctc tgccggccaa catgagctat cgcctggccg gcgagtatgt
    16381 ctacacccgc aaccgcgatg agcgcacggc actgagcttc tcgccccccg cctccatgcg
    16441 aaatacgcta acgtgggagc gtggccgtgt gcgcctctac gccgagtggc aggccattgc
    16501 tagccagcgg cgcatcgccc ggaacgagga cgagacgcct ggggcgagcc tgcttcacgt
    16561 cggcggcagc ctccgcctgc atgccctcgg tacgcacgtg gaggtggcgc ttgatgcccg
    16621 aaatgtgttc gatacgaagt attacaacca cttgagtttt tatcggaaag tggagatccc
    16681 cgaaccgggt cgaaacttcc aattatccat caaaatccct tttaatcaac attcaaaatg
    16741 aaagcgaaga ttttttccgc agccgcgctc tgcctcctgg ccgtgagcgc cgtccttttc
    16801 accgcctgtg agaaggagaa ttctgatgta acgaagcctg tgatcaagct cgaagagcct
    16861 gagaacggcg acagcctcct gatcggtgac gcgcatggtg ttcacctgga gatggatctc
    16921 tcggacgacg tgatgctgaa gtcgtacaag atcgatgtgc acaacaactt cgatggccat
    16981 agccacacgc gtgcaggaga tggtacgacg cccttcagct tcaagaagga gtatgatctc
    17041 acgggcaagc gtgaggcgca catccatcat catgacatca agataccagc caacgctacg
    17101 ccgggcaagt atcacctgat gatctactgc acggatgcgg ccggcaacga gtcgtatgtg
    17161 gctcgcgacg tcgtgctcag caagacggct aagccgcacg agcaccacga cgatcacgat
    17221 tgatcgctcc cccttgcgcc catccgtggg tgttgttccg agagcccctc tgccccattc
    17281 ctgcgggtgg aggggctttt gttttttagt cgcgaatcag agacggatcg cacgtgagtt
    17341 cgatcgtcat gcggcacgac ggcgtctcaa tgaccatatt ggtctcgtca tgcgacatga
    17401 cggtgtctca atgaccattt tggtctcgtc atgcgacacg acggcgtctc aacggccatt
    17461 ttggtctcgt catgcgacac gacggggcct caatgggcat tttggcctca tcatgcgaca
    17521 cgatggcgtc tcaatgacca ttttggtctc gtcatgcgac acgacggcgt ctcaacggcc
    17581 attttggtct cgtcatgcga cacgatggcg tctcaacggc cattttggcc tcatcatgcg
    17641 acatgatggt gtctcaacgg ccattttggt ttcgtcatgc gacacgacgg catctcaatg
    17701 gccattttgg tctcatcatg cgacatgcca gcgtcacttt tgacccagcg gccccgtcat
    17761 gcggcatgcc agcgttactt ttgatccagc ggaggcgtca tgcggcatgc cagcgtcact
    17821 tttgatccag cggaggcgtc atgcggcatg acgaggcttt cagattctga gtgaatgatg
    17881 attctcctct acactccccc ctgtgaggta tgggcataaa aagtgcgcag gcgaagagaa
    17941 accgaatgcg ttctcctcgc ctgcgctcga tgtatgaccg ggggattctc ccccccgttt
    18001 ttagtttttc gttgttccct tcaggaagat atccatcatc tccttggcgg ctacgaagga
    18061 gctgatctcg ttgtgcagca cctgttgttc gacgatgggc aggcgctcct cgatgccggg
    18121 gtggcgatag aaggcgtcgc ggagcatgtc gtggatgctc tcgtacatcc agtatttggc
    18181 ctgacggtta cgcttacggt cgaagtagcc gttctgcttg gtgaaggcga tgtattcgtc
    18241 gatcatggcc cagacctcgt cgatgccgag gccgtaatag ccggagtagg tgagcacttt
    18301 ggggaaccag ccggactccg tcggggggaa gaggtggagg gcgttgcgga agtggcccgc
    18361 ggccatctcg gcacggcgga tgttgtcgcc gtcggccttg ttgatgacga tgccgtcggc
    18421 catttccatg atgccgcgct tgatgccttg cagctcgtcg cctgtgccag ccagctggat
    18481 gagcaggaag aagtcgacca tcgaatggac ggccgtctcg ctctggccca cgccgacggt
    18541 ctcgacgaag acggtgtcga agcctgcggc ctcacagagg atgatcgtct cgcgcgtctt
    18601 acgggccacg ccacctaagg agccagccgt gggggagggt cggatgaagg cgttcttctc
    18661 gcgcgccaag gcttccatgc gggtcttgtc gcccagaata ctgcccttcg agcgttcgct
    18721 actggggtcg atggccagta cggccagctt atggccgcgc ttgaggacgt gcatgccgaa
    18781 gacgtcgatc gaggtgctct tgccggcacc tggtacgccc gtgatgccga tgcggacgga
    18841 gtgtccggtg tgtggcaggc agcgctcgat gatctcttgg gcctgctgtt ggtgttcgtg
    18901 gcgggagctc tcgaccagtg tgacggcctg gctgaggatg gaggtgtcac cgcggaggat
    18961 accttcgaca aactccgtgg tggtgaatct gcgcgggcgt cgggccgtga ggtagggact
    19021 gacagtcggc gcgtaagagg tgccgctgtt caccttcagc cctttgtatt tctcgtcgtt
    19081 ctcaggatga ttcatgtgtg tcagtgatta tatgagtggg gggggagtga atgaggagta
    19141 gtgagagggt ggtagttagg ggtagcggga aatagtgggt tctacgcttg aatccccacg
    19201 actacttcct actacccgct aacaacttat tccgccttga tgcgcacgat gcgcacaggg
    19261 ccttggggat cgttgcagac gatatagagg tcggtggcgc ccttgtgggc tttgtccttc
    19321 agggcaaagg tgagcgtcat cgattcgcgt gggcgaagct cctttttctt gttgccgctc
    19381 accttgaccc acgatgcgtc gcaggtgatg ctgtgaaaga caaggggggc gtggcccgtg
    19441 ttggtgatgg tcagctgttg cttcgtggcg cccttcttgg cgctgaagtc gatgacggtg
    19501 gcggagagtg agagcgctgg ccctgcgtcc ttatcggctt gcgagagggt gctgaagtca
    19561 tccaccacgt tcacggccac ggggatctcc cgcgaagcga tctcgcggcc gttggcgtcc
    19621 tgagatttcc agaccaaata gccctcggtg cggcccttgc catggatagc cttggcgtcg
    19681 acggtcacct tgatgcgttc cgccttgtgc ggtgccagca gtcggggggc atctacgtgc
    19741 acataggcgg gcagatggcc gaaggagagc cggacgtctt cgtccgagag gttctcgatc
    19801 catacctctt gcgaggcgat ctcgcgctca cggagcaggt agaagtcgaa gcggcgctgc
    19861 tgggtgccga tccgtccgat ggtgtcgggg aagaggatct tgtggttgcg tgccttggcg
    19921 atcacttcgc cggtgatggt cagcttgtgg cggccacctt tggcgtcgga gtatacggtg
    19981 atattcttac ggaaggggcc ggggcgatcg gtgggatcgt aggtgatgac cacgtcgcct
    20041 atgccaccga cggggatcgg tgtgcgtgtc cactccggtt cggcgcagcc gcaggacgac
    20101 tgcacgtggg agatgttcag cggcgccgtg ccggtgttct tgatgcgaaa gacgtgcatt
    20161 gcaaagccgt cttcctcctt gatcttaccg aagtcgaagg tccactggtc gggcgagaag
    20221 tcggccatcg gctgtttggg ggcgttcggg ttgggcttca cgctgccctt gatgacgagt
    20281 gcggtggcct cggatgaggc attgctgagc acatcgatga ggatgctgaa gtcgcccgaa
    20341 tggcccgcgg gattgtaggt tacctccagg cgggccgtct gtccgggtgc gatgggcgtc
    20401 cgggaccagc gggtgatgac gctacggttg gcgcaggtga cgcgttgcag ctccagcggc
    20461 gcctgtccgt cgttgcgcag aatgaagtcg tgcttgacgg cgcctttctt ctcgtcgatg
    20521 cgtccgaagt cgtgaaccgt ctggcctata aacaattttg cctctttctg ggcagctgag
    20581 tactgccaca gaaagagaca tccaattgtc accagtaaac taagtgcgcg gtgaggttta
    20641 ccgatcatcc ctgtctcagg agttttgtat gacattaccg cggatggtca gcacatagtt
    20701 gcctccgtcg gctttaccat tgctgtagac tgagatggtc ttgacgaact taccggggcg
    20761 tccagcgggg ttgtaggtca ctttgatctg tcccgtctta cccggagcga tcggttcctt
    20821 ggtccattcc ggtgtagtac agccgcaaga ggccacgaca cgcgagatga ccagcggcag
    20881 ctcgccgttg ttcatcaccg taaagacatg gctggcgggg ccggccgatt ctttgatgtc
    20941 accaaagtca aacgtcgcac tgcctgtagc tgtgatcgac gcgctcttct cttgagccga
    21001 gagagctcct gccgtcatca ttaagatggc tgtcaataca aataagatac gtttcatttc
    21061 tgtctaatga ttaatagtaa ataccggccg caaaagtagt acgcaagggg agagtagcaa
    21121 gctggcgccc cagccacggc cagctcatcc gccagcaaca aggcgctcgt gcaccagcaa
    21181 gacgaagctc acgcgccagc ttactgatgc tcatccgcca gcaacgacaa gctcgcgcac
    21241 cagcaagggg aagctcacgc gccagcttag tgatgctcgt tcaccagcaa cgacaagctc
    21301 gcgcaccagc aagacgaagc tcatgcgcca gcttactaag gctcattcac cagcaacgac
    21361 aggctcgtgc accagtgaga taaagctcac gcatcagctc ttttcgctca cgttccgcct
    21421 aaaatcggct tcgatagagc cagagacaag gctgttgatg tgggtgattg ggttacttcg
    21481 ggggataacg aaagaggcga ccgaataatc gatcgcctct cgctcttcct cttggacttg
    21541 aaccaaggac cctctgatta acagtcagat gctctaacca actgagctaa ggaagaaggt
    21601 gtctgttcct caaaaagacg ccgcaaagat aggggcagat tggagacatg caatactttt
    21661 gcgaaaaaaa taagcgagac atgagaatta tcggaatcgg aaacgcgttg ctcgatgcgc
    21721 tgttgcgcct cgagagcgac gctacgctgc aagcaatggg aatgaagaaa ggcgtcatgg
    21781 agctggtaga cgaatctacg atgcgcgcca tccaacaaga acaatcgggt cttgagcgct
    21841 cggacgcccc gggcggatca gtctgcaaca cgatgcgcgc gctggcattg ctcggcgcct
    21901 cagtcggcta cgtgggcaag gttgggacgg acgccaatgg cgccttctat gagcaggcca
    21961 tccgcgatgc tggcgtgacg ccgcacatcg tgcgctcaga aggcatatcg ggctgctgca
    22021 ccgtgctgat gtcgccggac agtgaacgca cgatggccac cttcctcggc cccgccgcca
    22081 cgctcacctc tgacgagatc atggacgaga ctctccgcgc ctacgattgt atctatgtcg
    22141 agggttacct gatctccaac gcctcgacgg atcgcctctt cctccctatc ctgcgtcgtg
    22201 cgaaggccct cgggaagaag gtggcgctcg acctctcgaa cttcaacatc gtcaacggct
    22261 tcagcgatat gctccaccga gccatcccgg aatacgtcga catcctcttc tccaacgaga
    22321 ccgaggcgga ggcctacacc ggcaagtcgg ccgaggaagc gcttcgtgag atcatgaaag
    22381 aagtgaagta cgccgtcgtt accgtcggga aggacggggc gctggccggt cacgctggcg
    22441 agacggtcca tgtgccggcc gtgagcaaca accccgttga cactacggga gcgggagaca
    22501 acttcgctgc gggcttccta tacggctact cacgcggggc caccctccgc caatcggccg
    22561 aaatcggtgc attgatggcg gggaacgtcg tcgagaccgt cgggccgcag atcgtgcctg
    22621 aacgatgggc gcaaatcacg tcgaaggtca gcagcatcct cggctgatcg tagacttact
    22681 aatcatacac atcacataca tgttacaagt aaagagagcg caagtcttct gcctggctat
    22741 tgcgctaagc atcggtggcc cactttgggc gcagaaaccg cagacggagc gccgcttcga
    22801 agtcagcaaa caactggaca tcctgaacgc gatcgtgaag gaagtcgaaa tgttttacgt
    22861 cgattcggtg gagaccgaga aggtcgtacg ccgcggcatc gacgccatgc tcaagggcct
    22921 cgatccctac accgaatatt acccggagca ggagacggac aacataaaaa tgctcgtcac
    22981 cggcgaatac ggcggcgtgg gcgcctatat ccgtgcccgc gatggcggag tgatcatctc
    23041 ggagcctttc gaaggcatgc ccgccgccct ggccggactg aaggcgggcg accgtatctt
    23101 gatgatcgac acggccgacg tccgcaaggc taccaccgag cgcgtcagcg agctgctcaa
    23161 gggcacgccc aactccaaag tcgtgatcaa gatcgagcgc ccgggcgaga agaagccccg
    23221 caaggtggaa gtcacccgta agcaggtatc cctgaagcaa gtcgtgcact acggcgtcta
    23281 tggcgacggc acgggctaca tctatctcga gggattcaag gagcgcagcg ccgatgaggt
    23341 gcgcgaagcc ttggaagatc tgaagcagaa ccaccacatc aagagtctca tcctcgacct
    23401 ccgcgacaac ggcggcggcc tcctttcgag cgccgtgcag atcgtcaacc tgttcgtccc
    23461 gaagggtcgc gaagtgctct ccacccgcgg caagatgaag ctctgggatc gcacctaccg
    23521 cacgacgctc gatccggtcg actccgtcat ccccctcgcg gtgctcatca acggcaactc
    23581 cgcctcggcc tccgagatcg tcagcggcgc cctgcaggac atggaccgcg ccgtgctgat
    23641 cggcaaccga tccttcggca aggggctcgt gcagactccc cgcgacttgc cctacgaggg
    23701 ccagatcaag atcacgacca gtaaatacta catccccagc ggccgctgca ttcagcagct
    23761 cgactattcg caccgcaacg ccgatggttc agtctcggcc gtgcccgaca gcctcacgtc
    23821 cgtcttctac accgccagcg ggcggcccgt acgcgacggc ggcggcatcc gcccagactt
    23881 cgagatggag gaaaaaaaga cgcccacgat gctcttctac ctcgtcaacg attttgcatt
    23941 cttcgacttc gtcactgact gggtgcgggc ccaccccacc atcgcgccgg ccaaagattt
    24001 cgtcttcccc gacgccgatt acgagtcctt caagaagcgc ctcaaggagg ccaattttac
    24061 gtatgaccgc cagagcgaga agacactcaa gaaccttcga gaagtagccg aatatgaggg
    24121 ctatctggcc gaggactccg ccactttcgt tgctcttgag gcacgcctga agccgaactt
    24181 agaccgcgac ttggagcgtt ataaagacga catcaaaaag ctcatcgccg ctgaaatcgt
    24241 caagcgctac tactaccagg agggcgccat gatcgagaac ctcaaggacg ataagacgct
    24301 ccagaaggcc ctcgacgtgc tcgccgaccg agagttgtat cgcaagaccc tcagccgacc
    24361 tgaagagaag aaataagtac accggggggt agcataaagc tgtgaaaaga gggacgggtg
    24421 tcgccacgcc tacccgctcg ccgccgcttt ttgctacccc tcattgtatc gaatcacgaa
    24481 catttcaaat tccacccatc gcatgaaaaa gttagtcatc ctcaccggcg ccggtatgag
    24541 cgccgagagc ggcatctcca ccttccgcga ctccaacggg ctgtgggaga attatcgcgt
    24601 cgaagatgtc gccacgcccg agggcttcgc ccgcaatccg cagctcgtcc tcgacttcta
    24661 caacgcccgc cgacgcgaac tcctccgcgc cgagcccaac gacggccacc gcggactggc
    24721 ggcgctggag cacgattttg acgtccgcat tgtcacgcaa aacgtggata accttcacga
    24781 acgcgccggc agttcgcacg tcatccacct ccacggcgaa ctgatgaaag cctgttccga
    24841 gcgcaacccg aatcgcccga tcgacatcga tcccgagcat cccgacatgc gcctgggcga
    24901 caccgccccc gatggcggcc gcctacgccc gttcatcgtc tggttcggcg agcctgtccc
    24961 catgatcgag gaggcgattc gcatcgtctc ggactgcgac ctcttcgccg tcatcggcac
    25021 ctcgctcaac gtttaccccg ccgcaggcct cctcggctat gttcgccgcg gccagcccat
    25081 cttcctgatc gaccccaagg aggtggccgt ttaccgaaac gacgtcgagt tcatccgctg
    25141 cggcgcctcc gaaggcgtcc gaattttgac cgatcgactg caagccttcc gctaaatctc
    25201 cgccgatagg cgtgcacatc aacaaagggc tgtccgagac acggtttcgg gcagcccttt
    25261 ttgtattccg ataaatgttt acctcaaaaa tcatcctcct ttctggagtc gaattgccat
    25321 tctttttatt atggatcatc ctccattgct gatcttcctt tttgtctgat atgatagtta
    25381 ttcatcggct caatgcatag ctgattcaca aagaaataag gaggatttgg ggagagatat
    25441 agccgttcca taaagaaata agagcacttt tcagagaggt atagcccttc cataaataaa
    25501 aaacgaagcg ctaattagaa gtatagtcgt ttaatttgtc ggtgaaaatc atttgggcag
    25561 aggcatagcc gttgcgtaaa gaaataagag cacttttcag agaggcatag ctattccatg
    25621 aatagaaaat gaagcgctaa ttagaagtat agtcatttaa tttgtcggtg aaaatcattt
    25681 gggcagaggc atagccgtta cgtaaagcgc tgagaacccc tttgtgggtt ggatgagtat
    25741 tgcgtaaagc gctgatggcc agtacacgga ttgcatagct attgcatagt gcaataagaa
    25801 tgcttctgta aatcatatag tcattgagcg catcaatagc tatgtgattc tgcaatcaca
    25861 ccccattgat gctgtcaata ttaagcgaac tattcgatgg attattattg acgtacgcga
    25921 tatggaggat actacgcaaa tacttattat ttctctatgc gatataaatc ctcatgcgag
    25981 gatatttatt atcgatctac tcaatattaa agatactgcg tgaggactta ttagctacgt
    26041 acgcgatatt aaatgctccg cacgagtatt tattattgct gtgtgcgatg ttaagtatcc
    26101 tgcgtgaagg attcatattg ctgcgtgcga tagctatgta tctataagcg ggcagctttc
    26161 tgcgtgattc gatagcgatg tttctatggg aggggaagct gtcgcatggt acgaaggtta
    26221 tgaatcagtc tgagggatgg cattcgatca atcatttgga gaatagcggc attgaggcgt
    26281 attgaataca tgcttcgata tggactataa ggggtgaacg atcggatttt caagtataga
    26341 tggtggggat gcagaacgaa ttttccctgc caacagaaaa atttattctg atgacgaatg
    26401 ggcgataacg atcgcgccgc gcagcagcct ccgatccatg ggcggagtgg ctgttgcgcg
    26461 gcgcaacgat gagggttcaa aagaaatggt agatatttca gtgcgtgacg gcggccgtcg
    26521 gctccgtgcg gccctcgacg atgggtccgc tgccgatgca taggcggtgg tcacggtcgt
    26581 agacgacggc gaactggccc ggggcgatac cctggatctt gtcgtcgctg tcgatctcgt
    26641 agccgccctc cacgcggcgg atgcggcccc gcgtaaagtc gggcgtgtgg cgaattttga
    26701 atgtgatttc acgctcatcg tcgaacgccc cccaggggtc ggcggtgatg aagtggaatc
    26761 cggcggtgcg gatcgtccgc ccatactgcg tttcggggtc gtagccgttg gagacgtaga
    26821 caatgttcgc ggcggcgtct ttgccgacga cgaaccaggg gccgccactc ataccgaggc
    26881 ctttgcgctg gccgatggtg tgaaaccaga agccgtggtg acggccgacg gttcggcccg
    26941 tctcccactc cacgatatcg ccgtcgcggc gaccgaggta gcgctcgata aagtcgttgt
    27001 agcgaatctt tccgaggaag cagatgccct gactgtcctt acggcgcgcg ctgggcaggc
    27061 ccgccgcctc agccaggccg cggacttcat gtttcatcag gtgcccgatg gggaagagca
    27121 gcttggcgac ttgtaggccg gtgatctgcc cgaggaagtc ggtctgatcc ttcaccggat
    27181 cggcggccgt cgagagccac gtctggccgt cgatctcggt ggtggtggcg tagtggcccg
    27241 tggcaatgcg gtcgaactgg tggccccact gctcctcgaa gcagccaaac ttgatgtaac
    27301 ggttgcacat catgtccggg ttgggcgtta ggccgcggcg gacggcatcg atggtgtatc
    27361 ccaccacgcg gtcccaatac tcctcgtgga gggggaccac ctccatccgg cagccgtatt
    27421 tgcgggcgat gtaggtcgtg atctcgatgt cctcctcggc ggggcaatcg atggtgccat
    27481 cgctccgctc catgccgatg cggatgtaaa agatggtggg cgtgtatccg gcttccttca
    27541 gcagatgtac cacgacggag ctgtccacgc ccccggagac gagtgcggcg atttccattt
    27601 tgtctatgtc gttagggggt tgttaggtgt tgtagaacgt catgagaggc atcgggggca
    27661 gccggaagcc gaagagccgt cgaacgacta tccctcaccg cttctgactc cccccgacga
    27721 tgtctttccc ttagcctctg ttctgccgct tgcgctcgat ctcgtcaagg atcaccttgc
    27781 gcatgcgcat atagtggggc gtcacctcga cgtactcgtc cgccttgata tactccagcg
    27841 cgtcctcgag gctgaagact aacggcggcg ccagcgacac tttgtcgtcc gatccggagg
    27901 cccgcatgtt cgtcagcttc ttggatttag tgacgttgac gaccaggtcg ccctccttgg
    27961 tgtgttcgcc gacgacttgc ccggcgtaga cgtcttcgcc cggggcaatg aagaagcggc
    28021 cgcgagactg caggttgttc agcgcgtaag cgaaggcgtt gccggtctcc atggcgatga
    28081 tggagccgtt ctggcggcgc tcgatgtcgc ccttccacgg ctgaaactcg aggaagcggt
    28141 gggccatgat agcctctccg gccgaaaggg tcagcacgag gttgttgagg ccgatgatgc
    28201 cgcgtgaggg gatgttgaag acgaggaaga cgcgtccgtt cttgctctcc atagaggtca
    28261 tttcaccttt gcggcgggtc acgacgtcga tgatcttgct ggcgctctcc tcggggaggt
    28321 tcaccgtcag ctgctccacc ggttcgtgtt ttacgccgtc gatctccttg atgatcacct
    28381 ggggttgacc cacctgcaat tcgtatccct cgcggcgcat ggtctcgatc aacacggaaa
    28441 gatgcaacac cccacgcccg aacacgttcc acgagtcggc cgaatctgtt gcctccaccc
    28501 gcagcgccag gtttttatcc agttcccgaa gcagtcgctc gtggacatgg cgagaggtga
    28561 cgaatttgcc gtccttgcca aagaagggcg agttgttgat ggtgaaaagc atagacatcg
    28621 tcggctcatc aatggcgatg gtgggcaggg cctcgggcgt cgcagcgtcg gctatcgttt
    28681 cgccgatctc gaagccctcg ataccgatca cggcacagat gtcgcccgat gctacagcgt
    28741 ccaccttctt gcgccccaag ccctcgaaga cgtcgatctc cttgatcttc gaccgcaccg
    28801 cgctgccgtc gcgtttgcag aggacgatgt cctgcccctc acgcagttcg ccccggtgga
    28861 cacgccccac ggcgatacgg cctacgtatt tggaatagtc gagcgaggtg atcagcattt
    28921 gcgacgcccc ctcgagcgtc tccggctcgg ggatgtactg gataatggcg tctaagagtg
    28981 ggtagatgct atccgtcggc ttctgccagt cgtcagacat ccagccttgc ttggccgagc
    29041 cgaagatggt agggaagtcg agctggtctt ccgtagcgtc gaggctgaac atgaggtcga
    29101 agaccatctc ttgcacctcc gacggccgac agttcggctt gtcgaccttg ttgatcacca
    29161 cgatcggttt cagccccagc ccgatggctt tttggagcac gaagcgcgtc tgcggcatcg
    29221 gcccctcgaa ggcgtcgacc agcagcaggc atccgtcggc catgttgagc acacgctcca
    29281 cctcgccgcc gaagtccgcg tggcccgggg tgtcgatgat gttgatcttg taatccttgt
    29341 agttgatgga gacgtttttg gcgaggatcg taatgccgcg ctcgcgttcc aggtcgttgt
    29401 tgtccaaaaa ttgatccggc tcggcttgtc cctcgcggaa aagttttccg gccaaaagca
    29461 tcttgtctac cagcgttgtt ttgccgtgat cgacgtgtgc tatgattgca atgttcctaa
    29521 ttttctgcat cgtacttatc tgtcgtatat atctctcgtt gaaaaatcgg gggcaaaagt
    29581 aagcgtccgc ttaaatacgg gcgaagtgaa atataggccg caatccatct tttgagggga
    29641 tgaagcggaa gttcggaacc gcatcttttc gccagaaacg accaaaaaga ggtttttggc
    29701 catttcgggc cacccgaaac gactaaaaag aggtttgcgg ctatttcggg ccaccagaaa
    29761 cgaccaaaaa gaggtttgcg gctatttcgg gtcaccagaa acggctaaaa agaggtttgc
    29821 ggctatttcg agtcaccaga aatggcattt ccgaccgtcg acgccgcttg aaagggcttg
    29881 atctccatgc cctcccgggt ttgcgcgtcc ggatcgaagg aatacctttg ccgcgcttaa
    29941 ataatatggt atcaatttat tcagaagtaa aaacgacatg tatttagatt cagcgaaaaa
    30001 ggaagagatc tttgagaagt acggaaaatc gaaagcggac accggatcgg ccgagagcca
    30061 gatcgcgctg ttcacctatc gcatcagcca cctgacggag cacatgaagg ccaaccacaa
    30121 ggacttcaac acctcccggg cgctgaaaat gctggtaggt aagcgtcgcc gcttgctgga
    30181 ctacctgatc aagatcgaca tcgagcgcta ccgcgccatc atcaaggagc tcggtatccg
    30241 caagtaattc cgcgcgatca gtcggtgctc ttccgcgccg tacacgttta agagggtgcg
    30301 cttcccgcaa aagggggcgc gccttttttg ttgtcctaca atcagcagcc cccgaccgcc
    30361 ccgctttctg tgtgagggga gaggccgggg gcttggtgct tcctatatat aggtctcgca
    30421 gggcgctgcc tttagcgtac gacggcgatc ttcgtcacta ccccttcgct gccatccggc
    30481 gtggaggcga ggacgagata gacgcccgag gagacgggtt ggccgttggc gccgcgacag
    30541 tcccacgtga actgtccgcc ggccgagcga ccctgacgga tgaggttgcc gttgaggtcg
    30601 gtgatcttca cgtttgagtc ggcgatgagg ccggtgatgg tcacgctgcc gtcatagtcc
    30661 gggcgcacgg ggttggggta ggcgtagaca tcggagtaag tcttgggcgc ttcggtggca
    30721 tcgccgcggt aggagacgag gcccttgtcg gtgccgatga agacctcgcc cgaggcgttg
    30781 tcgatggcca ggcagcggat gttgtccgag aggagcggag agttggtggt cgtgaagtgc
    30841 tcaagcgttt cggtgccgtc ggcattgacg aggtagacgc ccgagccagc cgtaccgatc
    30901 catttgcggt tgccgccgtc gacggtaatg gcgttgatct gttcgctgtc gaggaagtag
    30961 cgggggcggc cgtcctcgtc gttgcggatg atgccgttcc agtagcagcg ggccggatcg
    31021 cggagggcat tgatggccga agagcagact attgggccgt ggttcgtacc gacccagatg
    31081 tcgcccttgc gatcctccgc gaggcagtag tattcgctca cgtcgagcga tgtgccgctg
    31141 gcattggaga aggaggagaa gaagtgcgac ttgtcgtctg agccgtccgt gggcgtgccg
    31201 ttgtcgtcga agacgagcag gccgccatca cggggcacgt tcacccactt ctgtccgcgg
    31261 gaggtgaaga ggatgcggcc gacgaaggtc ttgttggcca cgccttcgaa gtagagcgac
    31321 ttccacgtgc cgtcgggcgt acgcaccacg atgccgttct gcgcgctgca gttggtcatc
    31381 cagaggttct tgtttttgtc gaacccgatg ccgatggcac gcacataacg ctgggcgtcc
    31441 ttcgcattag gcagggccga tcgcagtggc gtgttggtgt ggttatagag gcggacgaag
    31501 gtgttgtctt tgacctcgat cacgccctcg ccgaaggtcg atacgaagca gtgcgtcggg
    31561 tcgtccgggt cgacagccac acccacatag tcctgcaccc cgaatccagc ggcgcgcgtc
    31621 acggtctcct cgtcgaagtt cgtccatttc ttgtccacgc agctcattag cgtgcctctg
    31681 cgattgccgc gtgcggtgtt cgtgtacgat ccaccgacca cccagagccg tccgcggtcg
    31741 acgatcataa agtcgtcttc attgcgcttc ggcccctcga tcttgagccc cgagatggct
    31801 ttttcgtatt gtccctcggc ccgtcggcgc aggcccacca gcccgttgcg tcccgaagcc
    31861 acccagaaac ggccgtcctc ggtgagcgcc gtgaccccat tgacggtgcc cggcgccacc
    31921 gtctcacccg taccctcaag cgaggcgaag aagtacatcg cttccgaggc gtaagccacc
    31981 aaccgattgc cgaccaccgt gagcccgcgc aggttcgtct gcttgcggag cgttttgatc
    32041 gagccgtccg tgtcgcgata gaagagtcca ccgcccgagg ccacgaagca gagtcgatcg
    32101 cggaaggcac cgaggccgac gatcttctga tcgtcaaagt cgaggctgtt cagcgagaca
    32161 cgtttccagt tgccgacgtc catcaggttg gctgtcgtgg gggcggagag cagtccgctg
    32221 tccgtcgccg cgtagatcga tccggccagt aaggcggtgg ccgtggtgcg tcggtctaag
    32281 cgatacgtct cagcgacctc ccgcttcttg agatcgatca ccaggatgcc gaagttggcc
    32341 gagagatagg cgcggtcgcc gctgaggtcg atcgcgttga gcgtcttatc ctggatgttc
    32401 gtggtgtttt tgaggaaggg gaggttgtag atgccgtcgg aggtcatcaa gtcgatgttg
    32461 ccgttggcgt aagcgatgac gagcgtgcgt gcggaggcgc tgtagcggat gagtcggacg
    32521 tcggaatcgc tcaggcccgt ctgtcgggag tagacacgga tgttgtcgtc cgacttgcca
    32581 tagctgtaaa gcgttccgtc ggccacggcg tagacattat tttcggcttc agctacggcg
    32641 acggtgttat acatcgcgag ataggtgtgc caacgtgtgt tcttgtcggc cgcatgcaca
    32701 gtcaggagcg agagtagcag gccgtaaatc agcaattgaa tcttcttcat tgaggatagg
    32761 gggttaatgg gtgacgatag gggaaagggg cggagttatc ggttcgcgag gtgttgcacc
    32821 agccgacgca ccgctcggcc acgatggctg atggcgtttt tctcgtcggg ggagagttcg
    32881 gcgaaggtgc ggtcgaagcc gtcggggcgg aagatgggat cgtaaccgaa gccgcccgcg
    32941 ccgtgggcct cggtcgtgat caggcccgtg acctcgccct caaagaggcg ctcctcgccg
    33001 ttgaggatga gggcgatcac cgtgcggaaa cgggccttcc gatggtccgt atcgcggagt
    33061 gcctcgagta gcttgcggac attggccgtg ctgtcgcacg cctcaccggc gtagcgcgcc
    33121 gaatagacgc ccggagcgcc gtcgagcgcc tcgacttcga ggcctgtgtc gtcggcaaag
    33181 cagtcgtaac cgtagtgctc cttcacgaag cgcgcctttt ggagggcgtt accttcgatg
    33241 gtggccgatg tctccggcag cggctccatc tgaccgaggt cggtcaggcc gacgagccgg
    33301 atggagtcgt gtggcaacat gtcgcgcacc tcacgcaatt tgtgcaagtt gtgtgtcgca
    33361 aaaacaaggg ttcgcatgat gtctatgtgt gtataattat atgagtgaac aggggagtgc
    33421 ccgcatagag tggcctgcaa aggtctcatt tccgagcatc cgatcccgga gatcccaaac
    33481 ggcgcggcgt cggaaaacgt atatcccgaa aaagaggaca ccccacccga ggcgtgaagc
    33541 atctccccga aaagcgagag ccggcgacgg ccgtcgggtg cccttccgaa acgaatagtg
    33601 ccccaaaaac gtgcagcgac agcccacccg aaacgaacgg aaaacggaac acgctcgggg
    33661 gcagacgatc cgaagcagag ggaggggtca cggcgagcgg atggctcgag aaccatttca
    33721 agaaaccatt tttgcccgcc gatgacgagt cacaccatat aaataggata tgaacaacga
    33781 gatgaaatgg accctccgga cgatcgtgag cggtgcggcg ctgctgctgg cggtggcctg
    33841 cggaaaggaa aaggaggcgc gcgcggagtt ggaacgcgca cggacgatgt atgagagccg
    33901 acaattcccg gcggcacgca acgcgatcga caccctgcgc atgcgatacc cgaaggagct
    33961 gggggtgatg aaagaggccc tgcaattgat gcgcctcgtg gagcggggcg aaagcgagcg
    34021 aaacatcgcg tactgcgaca gccttatccc cgtgcgggag aaagaggtgg agacgctgaa
    34081 ggccggcttt gtgctggagc gggatgcacg ctatgaggag gtcgggcgct atgtccggcc
    34141 cgagcatgcg gtggagcgca acatcgggcg gagttacctg cgttgcggag tgaacgagca
    34201 gggcgagatc ttcctggcca gcgtgtacag tggcggtgcg ccgatcaacc acaccggtct
    34261 caagatcgcg gcacccgacg ggacgtatgc cgtcacggct gacatccctt acgatggggg
    34321 cgcgaactac cgcttcaagg atgacggacg gacgacagag gtggtgacgt atgccggcga
    34381 taaaggtctc gatgcgatcc gcttcgtgga cggcgtagct gagggaaccc gcctcagggc
    34441 cgagtacacg ggcgggcgcg ccttcgcgat cggactgacc gaagccgact gccgagccat
    34501 ccgcgccaca ctccgcctgg cggaagccct gaccgacatc gacgccctca aaaaagaacg
    34561 ccagaaagca acgcggaagg tggcctacat cgaagaacgc gaggcgaaag gccggtgacc
    34621 gaccgtcgac accccgcccg gaaagggggg cgcacggccg aaatgagtcg ggcgccgatc
    34681 ctcgacgggc gatcaattat aaatcggtat acttttgccc cccactgaaa attaactaca
    34741 tcagatatgg cacgacagga agatttattc aagaaactga ttgcacactg caaggaatac
    34801 ggcttcgtat tcccttcgtc agagatctac gacggtctca gcgccgtcta cgactacgga
    34861 caatacggcg tcgagctgaa aaacaacctc aaacgttact ggtgggatgg catgaccctg
    34921 ctacacgaca acatcgtcgg gatagacgct gccatcttta tgcaccccac cgtttggaaa
    34981 gcctccgggc atgtggacgc ctttaacgac ccccttatcg acaaccgaga cagcaagaag
    35041 cgctatcgcg cggacgtact gatcgaggac cacctggcca agatcgacga gaagatctcg
    35101 cgcgaggtgg agaaggccgc caagaagttt ggagacagct tcgacgaagc gatgttccgc
    35161 agcaccaacc cgcgcgtggc caaacaccaa gccgagcgcg acgccatcca cgagcgattc
    35221 gccaacgcca tgaacgcgaa cgacctggcc gagctgcgac agatcatcat cgattgcgag
    35281 atcgtatgcc ccctatcggg cacgcgcaac tggacggacg tacgccagtt caacctcatg
    35341 tttgccaccg aaatgggatc gacagccgat ggcgccatga aagtttacct ccgccccgaa
    35401 acggcgcagg gaatcttcgt caacttcctc aatgtccaga aaacgggacg catgaagatc
    35461 cccttcggca ttgctcagat cggaaaggcc tttcggaatg agatcgtcgc ccgccaattc
    35521 attttcagga tgcgggagtt tgagcagatg gagatgcaat tcttcgttcg gccaggggaa
    35581 gagctcgcct ggtttgcccg ttggaaagaa gcgcgcatgc gatggcaccg caacctcggc
    35641 cttggggacg cgaagtatcg cttccacgac cacgaaaagc tcgctcacta cgccaatgca
    35701 gccaccgaca tcgagtacga gatgcctttc ggattcaagg aagtggaagg gattcacagc
    35761 cgcaccaatt tcgacctttc gcaacacgag aagttctccg gcaagaagat acaatatttc
    35821 gatgcagagc tggggacgag ctacacgccc tatgtcatcg aaacctcgat cggtgtcgac
    35881 cgactcttcc tcagcatact ggccggggca tacaccgaag agaccctcga cgggggcgaa
    35941 tcccgcgtcg tattgaagct cccccccgcg ctggcgccca ttaagttggc cgttttgccc
    36001 cttgttcgca aagatgggct ggcagagaag gccgaagaga tcctccacat gctgcgcttc
    36061 gacttccgct gccagtacga cgagaaggac tccatcggca agcgttaccg ccgtcaggat
    36121 gccatcggga cgccctactg catcacggtc gattacgaca cgatgcgcga taacaccgtc
    36181 acgatccgtt tccgcgacac gatggagcag gaacgcgtgt cgatcgaccg cctccacgag
    36241 attatctccg accgcgtcag tctgcgtagt ttattggagg gtctgaaatg aaacggacgc
    36301 tccacctcct cgcttccctc tgttgggcag ccgtcctgat cggcgtcgcc accgcttgca
    36361 gcaaaacgga agacgattcg gccgaacgct ggcgcacggc caacgatgcc gccttcgctg
    36421 ccgtcaagcg tgatgcggcc tacaccgaaa tcaaatcgcc cggccacgag ggtagcatct
    36481 actacaaaga gctgaagaag ggcgcgggca cgaagccgat cctcttcacc agcaccgtga
    36541 gcctctatgc ccgcggtcgc ttcgtggccg actatccgga taacaagtat atacgtcagg
    36601 gcgcggtctt ccagtcgtgg ctggaggccg atggcgtgcc gtttacgacc cttgtctcaa
    36661 gcgtcggagt gcctccgaag ggtttcagcg cctacacctt gaccaagggc gtgcgcgtgg
    36721 ccctgcaata catgcacgag ggcgaccggt gggaggtgtg ggtgccttac acgctcggtc
    36781 tcggcgaaaa tgatgggagc ttgttcgtca acgtgatgcc aagtagcagc gccacaaaga
    36841 tccccgctta ctcgacactc gtcttcgaaa tcgaggtcgt cggtgtccac tcctaacgcc
    36901 aggcctcagc tatgaaaaag acttacatcg gactcacttg cctgctcttg ctggccctcg
    36961 cgctcttcgt tgcgttgtcg ttttacggcg actccctgga gcgatggcac atcaagaccg
    37021 gttccttcgc ccgtgtcctg atcggcgaca cgacccaccg ccagcgcacg ccctcatccg
    37081 ccaccgacag cacgcgcgcc gtcagtcagg cgccggggca ggatttctca cagacggtcg
    37141 acacggcccg caagtccatc ctcttcatcg gcgactcgat gctcgagggt ctcgggccgc
    37201 gcctggccgc ctacgccgag gaaaacggcc atacgctcgt caatgtcatc tggtacagct
    37261 ccaccaccga ggtgtggggg cgcaccgaaa agctgaaaga gtatatcgct gagtatcaac
    37321 cggactatat tttcgtcagc ctcggcggca acgagctttt cgtgagcaac atccgcgacc
    37381 ggaggcagaa atacctcgac aatatgctct cgcagatcgg cgacatcccc ttcgtctgga
    37441 tcggcccgcc caactggaag cctgacacgg gcatcaacga gatgctggcc gagaccctcc
    37501 gccccggaca gttctacctc tcctatacgc ccgaccaaca ctacgaccgg gcgcgcgatg
    37561 gcgcccatcc gacgcgcgcc tcggcttcgg cgtggatgga tcgcgtctgt gcatgggtca
    37621 tgaagagcgc cgcgcaccgc attgttctcc atcgcccgaa ggccgcccgc gccacttgcc
    37681 acaccgtcgt cctggctccg gccaaatgac ctttcgcgag gcgcggcgac ggcgggcagc
    37741 ccatttctcc cccgttccgg aaggccgttg caagccgtca atggtgcaac ctttttaggg
    37801 aaagcccatt gcagcccgtc gacagtcctt actttttggg ggaagcccat tgcaagccgt
    37861 cgacagccct tacttttcga gggaagcgaa ttgcaagccg tcaatggcaa aaactttttg
    37921 agggaagccg attgcaagcc gtcaatggca aaaacttttt gagggaagcc cattgcaagc
    37981 cgtcaacagc aaaaactttt cgggggaagc ccattgcaag tcgtcaacag caaaaacttt
    38041 ttgagggaag ccgattgcaa gccgtcaata gcaaaaactt tttgagggaa gcgaattgca
    38101 agccgtcaac agcgcttccc ctttaagggg agctaattgc atgtcgtcta ttttacatac
    38161 tttttgaggg aagcgcattg cacatcgtcc atggcgcgtc ctttttagcg gaaatccttt
    38221 cgggggcaga caacacccca ttttttttga gatcaaacga atcgcgggcc gtcggcagac
    38281 ctcttttttt gaagggggca cgcccgtccg cgatctgtgg ccctctcgat ctcggtcgag
    38341 gccatccatt cagaatcatt caagcatcct atttcataca actccgatga actccttacc
    38401 agacctctcc tccctgcccg accggctgct cgcgctgctg ggtccggacg cctcccatcc
    38461 gttgatgttc tccagcggac ttttttgggc cctcttcgtc gccttcctgc ccgtctacgc
    38521 ctggctgcgc aacagtggcc ggatcgcggc gatgaaaatc ttcgtctcgg ccttcagtct
    38581 ctatttcttt ttccacaaca gcggctggct cttcctcctg ctcgtcttca cggcggccat
    38641 cgactggggt gtatcgcacc gcatcgcgtc cgcgagcagc gtcggcgccc gtcgcgcgtg
    38701 gctccttttt tcgctcatcc tctccctcgg cgtgctggtg gccttcaaat acaccaactt
    38761 ctttatcgac aacctgcgca tgctcaccgg cgacgccgct ttccgccccg tcagcctcac
    38821 gctgcccctc ggattgtcgt tttacacctt ccgcaccatc agttacgtcg tcgacgtctt
    38881 ccggaggcgc atcgaccccg cgcaatcgtt cctcgactat ctctttttcc tctccttctt
    38941 cccctgtctc accgccggac cgatcgtaag ggccgaccac ttcatgccgc agctcacctc
    39001 cgaggccctt cgccagcccg tcgaccgtgc acgcatctac ggcggatttt ttaccgtcct
    39061 gatgggcgtc atcaagaagg ccgtcatcgc cgattacctg gcgcagtaca gcaacatcgc
    39121 tttcggcaat cccgcaggct actcgggcgt cgagctcctc atgggcgctt tgggatacgg
    39181 gctgcagatc tattgcgact tctctggcta cagcgatatg gccatcgggc tgggcgccat
    39241 cctcggtttc gatctgggga taaacttcga tttcccctac cgctcgcgaa acgtcaccga
    39301 gttttggcgc cggtggcaca tctcgctctc tctctggctt cgggattacc tctacatccc
    39361 gctgggtggc aaccgtcggg gcgcggtaag gcagtatgtc aacctactcg tgaccatgct
    39421 cctcggcgga ctctggcacg gcgccgcgtg gacgttcatc gcctggggcg caggccacgg
    39481 cgtcgccctc tgcctgcaca aacggtgtaa ggtgtggctc gatcgactgc cggacggtgg
    39541 ccttgtcgga tttctttcgt gggcgctcac gttcgcatgg gtcatcttcc tcttcatttt
    39601 cttccgtgcc gatagtttcg atacggctcg cgaaatgatc gtaggcatcg cgacgcgctt
    39661 cgatcccgct tacttccccg agtttgccaa ggtgcgctac gtctggacgg cgctcttcct
    39721 ttccgtcttc gccctgcact tcgtccccac ccctttctac gaccgcctgc gcgacctctt
    39781 cgtgcgtagc ccgtggatcg tcaagttcgt tttgttcgtc gccgtcgtgc aactcgtcat
    39841 cagttttgcc tccgccgacg tccagccctt catctacacc cagttctgag cccgacgtat
    39901 ggccaagaag aaaaccgaga tcggacgcgc tggtgaggcc gtggcccgca agtatctgga
    39961 gcagcgcggc tatcgcgttt tgcacatcaa ttggcgttac ggccactatg agcttgacat
    40021 tgtggcccgc cgacccgagt tgctcgtggt cgtcgaagtc aagacgcgcg accaacgccg
    40081 catcatggag ccagaggacg ccgtagataa ggccaagatc cgccgcacgg tagctgccgc
    40141 cgacgcctat gtccagacgt tcgacatcga tctgcctgtc cagttcgaca tccttagcct
    40201 gatcaaacgc agcgacggaa cctaccacgt ggagcacatc gaggacgctt tttatgcccc
    40261 tgttcagtga gtcggagcac ttctgagcac tctcgctaaa tctttgtatg tatttttgcg
    40321 ccgaataaca aaaaccgtta tctcctgcag aagatagata gccaccccgg aaagtccggt
    40381 gcggcttttt ttacgtaaag tgaaacagga gatcatcgca tttccgttgc gaactagatt
    40441 ttagaattat gaatatcgaa gaagtacgtg attactgcct gaaactgaag aacgccgaag
    40501 agtcgttccc cttcggcgag gacaccttag tcttcaaagt cgagggcaag atgtttctag
    40561 ccatgtcgct gaacgacgag gatccccacg tggccgtcaa atgcgacccc gacgaggccc
    40621 tccttctccg cgatcgctac aaagccgtcg tgccggccca tcatttcaac aagaagcact
    40681 ggaacgacat ctacctgaac cgcgacatga acgaccacga catccgtcgc tggatccttc
    40741 attcttacga gtctgtcata ctccagctcc ccgccgccat caggcgcaag tacgagtatg
    40801 tctgacctgc agcccacacc acacacgccg cgcatcattc gtctgcgcga gaccgagtcc
    40861 accaaccgct atctgcacga gcggctggcg gacgacgagg tgccgtcgga cggtacgatc
    40921 gtcgtgagcg acttccagtc cggagggcga ggtcagccgg gcaactcttg ggagtcggag
    40981 gctggccaga acctcacctt cagcctcctt tatgagccgt gtgccatgcc cgccaaccgt
    41041 tccttccgca tctctgagat cgcggccctc agtgtgaaac acaccttgga tcggtacacg
    41101 gcgggcatcg ctgtgaagtg gcctaacgac gtctattggc acgaccgcaa gatctgtggc
    41161 atgctcatcg agaacctgct cgagggcagc gctgtcgggc ggtcgatcat cgggatcgga
    41221 ctcaacctca accaaaccgt ctttcgttct gacgccccca accccgtctc gctgactcaa
    41281 atcacgggtc agcgctatga cccgttggag atactcggcc tatggtacgg ccatttctgc
    41341 gacctccgcg accgactcga ggccgggccg gacggtgagg ccgacgtcca tcaggcgtat
    41401 gtccacgccc tctatcgccg cgacggcttc cacccctacg ccgatgccga cggaacgttc
    41461 gaggctgcga tcgaagccat cgaaccgggc ggacacctgc tgcttcgtcg ctcggacggc
    41521 cgcatctctc gctacgcttt caaggaaatg cgcttcctct gacctcgacc ccacgacata
    41581 cgctccgaca cgtctaagat gaactatatc acctcagaaa atatcctctt gatcggctct
    41641 gtgctgctgt ttgtgagcat cctggccgac aagacgggct atcgctttgg cgtgcctgtc
    41701 ctcctactct tccttttcgt gggcatgctt tttggcagcg acggattggg gctacagttc
    41761 tccaacatgg agagcgcaca gttcattggc atggtggcgc tgaccatcat cctcttttcg
    41821 ggcggcatgg acacacggtt tgctgacgtc cggcccgtgg tagcccccgg agcggtgctc
    41881 tccacggtcg gcgtactgct gactacggtc ttcacggggc tgttcgtgta gtggctctcg
    41941 gggatggctt ggacgaatat ccactttgcc tgcgtcactt cgctgttgct ggcggccacg
    42001 atgtcgtcca ccgactctgc ctcggtcttc gccaccctac gctcgcagcg catgaacctc
    42061 aagcacaacc ttcggcccct gctggagctg gagagtggca gtaacgaccc gatggcctac
    42121 atgctgacgc tcgtcctggt ccaactggcc acggcggatc ccggagcggg cggcgccgat
    42181 tggggacacg tggcggggct cttcgcggta cagtttgctg tgggcgccgc cgtcggattc
    42241 gccatcggac atttcgccgt ctggagcctg aaccgactga acatagacaa cgcatcgctc
    42301 tatccctgtc tctatacaca tctctgagcg
//
LOCUS       SEQF2634|AYYE01001146.1  233 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggagcaaaaa agggtgtctt tcggagccct gcgtaacgca gggagcaaaa cagggtgtct
       61 tttggagtcc tgcgcaacgc agggagcaaa aaagggtctc tttcggagcc ctgcgcaacg
      121 cagggagcaa aaaagggtgt ctttcggagc cctgcgcaac gcagggagca aaaaagggtc
      181 tctttcggag ccctgcgcaa cgcagggagc aaaaaagggt gtctttcgga gcc
//
LOCUS       SEQF2634|AYYE01001147.1  314 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cacaacgagc tggcggagat cgccaccgcc tacgtcaaag ccgtcgtggg taacaagaat
       61 ggcaagctct cgcccgtctg gaggcagggc ttcgacgccc tgatcgacgc ctatctgggc
      121 aagatccccg agaagtttac ctacaaaggc aagcagtaca cccccaagag ctacggcgaa
      181 tcgctgggcc tgaacttcga cgactacgtc tcactgacct ccttcacgca ccaccccttc
      241 cttatgaaat cgacaacgac ccgcaacctg ctgcgacgcc gcgcctttct cttcaccctc
      301 ttcctcctct ccgt
//
LOCUS       SEQF2634|AYYE01001148.125258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             46..792
                     /locus_tag="SEQF2634_01474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNKNGKLSPVWRQGFDALIDAYLGKIPEKFTYKGKQYTPKSYG
                     ESLGLNFDDYVSLTSFTHHPFYTQFPLEIEDNWRWSESYNVPINELMEVIDNAINSGY
                     TLAWGTDVSEKGFTRDGIGIAADVKALETSGSDQARWVGLSRSAKDEELRKMIEAPGC
                     KEIKVTQELRQQAYDNFQTTDDHGMLIYGIAKDQTGRKYYMVKNSWGTDTKYKGIWYV
                     TEAFVAYKTINIAVHKDALPKALRTKLGIK"
     CDS             808..1278
                     /locus_tag="SEQF2634_01475"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTLVDKVERAEERRRKLRRMLRVAVPIVLIALLIVGGFYYYFP
                     FATGMKSGRLNYVVYKGIVFKTYEGRLIQAGIRPADTGGFQSNEFVFSVSDKEVAEQL
                     MNAGGQTVELHYTEYLGALPWRGYSRYVVDRIVNITDNGGDGVAAPTEGTPDIM"
     CDS             complement(1531..2994)
                     /gene="mggB_2"
                     /locus_tag="SEQF2634_01476"
                     /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="MNLFMDLNMKRYCLSLLAVLTLSASAQTKEFTILATNDMHAAVE
                     NFSRFAAIVDSVRELHPDLLLLSGGDNRTGNPINDMYPITGYPMVALMNRIGFDLSAV
                     GNHEFDSKLDGFRELINLSNFRYVCANMYPNDTLRLHIEPYKFFERDGIRFCILGFIQ
                     VNRNGIPDAHPEAMRGITFRYPNDVAPEYKWLRDRCDVLILLTHNGYEADIELAKVFP
                     EADLIVGGHSHTPLEGNHLHSGVLITQAGKKLTNVTEIKLKLQDGKVIDKQAHLIRIA
                     DCPRIDTAIQAMVDKFSDNPFLNHVLTQVPNGFSSKQELGCMMADAQRATTGADIAIQ
                     NCGGVRYETLPKGGMTVGDVLRLDPFGNEMMIFNLTGAEVKELLKAICRADDYGPAYV
                     SGITYQIDLGRTNREVKAIKVRNEKGGKFDENRTYKVAVNSYVASVADYKRGDKDGTR
                     LHVKSADEIMKYLEQHPSIDYKGAVRRTYTGGEDMEK"
     CDS             complement(3000..4220)
                     /locus_tag="SEQF2634_01477"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYTETTTTSYGQRLAGSAKGMVGGLLMFIIGTCLLWWNEGRAV
                     KTAKAIGDAASNVEIVDDVSKVNASLNGKLIHASAFADTKDTLTDDMFGVREQAIRID
                     RKVEYYQWVEMAQTKEREKIGGGKETTTTYTYEKKWVDKPVNSAEFKDPQYQSANKVL
                     SEVEDKSEMASNVTFGAYTLPESFVSAISGGEPAEVRMTEQQTFAWNEQLHALMPTVD
                     ETTSLIHTSANTAYLGISPNSPQIGDVRITFTKVVPTDISLIAKVNGSTFEAYKAKNG
                     QKFTRIEMGKVSADEMLEHAKSENNTWTWVLRVLGIMLVVGGLKAMFGLLPMLFKVLP
                     FLGSIVGAGVGLVCWVFGVAWSFIIIAIAWLVFRPIIGISLLAVSIAGIVFLKKQAAK
                     RKAAQANAPAAPQA"
     CDS             complement(4233..4460)
                     /locus_tag="SEQF2634_01478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEKMSREDLVMRAKRLDRYCELLIEQCDNWLAAPDYEYKETL
                     WGQRGGGTETGRTLESKVEMKRGEGRQTIHF"
     CDS             complement(4625..5104)
                     /locus_tag="SEQF2634_01479"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQIPRETFWRLQECCKCFEKLFGVCRNAANAPKNLSTFATLLQ
                     VSRRTFWRLQHCCKSHEELFGVCNTVASLSKNFLAFATLLQVSRKTFRRLQHCCKSHE
                     KLFGVCNTVASLTKNFLAFATLLQVSRRTFRRLQHRCKSHEKLSGVCNIVASISEND"
     CDS             5355..5897
                     /gene="perR"
                     /locus_tag="SEQF2634_01480"
                     /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
                     FDLAIPGLYSTISLEEEYSVESVCLNMRGLCPECNRRKQAESGASATKANRPTHPSIE
                     QLLHESQAEEAMALQLESEM"
     CDS             complement(5898..6938)
                     /gene="rfaQ"
                     /locus_tag="SEQF2634_01481"
                     /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
                     LFIHRPENVTLVGVDTKGAEHSLWGVVRLALRLTHERFDRVVDLHNVIRSRAIGLVFQ
                     LRGVPVYRLDKMRRERRALTARPPKTIRPLRPVTERYADVFRAAGLSFSRTFVSLFAA
                     HPVDEAVISEMAGEKTGHWVGVAPFARHAGKIYPPVQMERVIDLLSGRGNITLFLFGG
                     KGDEQAALDRWAATRPRVRSMAGRYTLNQELALISRLDVFLCMDSANMHFAALVGTPV
                     VSVWGATHPFAGFYPYGLSPEDAIQEDLDCRPCSTFGDKPCHRGDWACMTRIAPERIV
                     RRVVERLGRLKP"
     CDS             complement(6957..7544)
                     /gene="purN"
                     /locus_tag="SEQF2634_01482"
                     /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
                     RAARLGIPSMTFSNADFADGTAVLKKLSEAAIDFIVLAGFMNKIPDVILQAYPERILN
                     IHPALLPRHGGKGMYGMHVHEAVIAAGDTVTGITIHYINSCYDEGRIVFQAQCPVLPG
                     DSALEVATRVHALEYAYYPQVIEHVLCGSPLPDQA"
     CDS             7713..7949
                     /gene="acpP_2"
                     /locus_tag="SEQF2634_01483"
                     /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             7971..9227
                     /gene="fabF_1"
                     /locus_tag="SEQF2634_01484"
                     /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
                     GLGAILVMQNALEDAGLTPDAIDYINVHGTSTPIGDISEVRAIKQVFGNHAYELNISS
                     TKSMTGHLLGAAGAVEALASVLAVKNDIVPPTINHAEGDDDPEIDYKLNFTFNKAQKR
                     TVRAALSNTFGFGGHNASVIVKKFEK"
     CDS             9248..10051
                     /gene="rnc"
                     /locus_tag="SEQF2634_01485"
                     /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="MIARLFVLRNKEPYSSMYRMLGFYPNNMWLYEQAFTHRSSHNTP
                     EGKRSNDNERLEFLGDAVLGIAVADILYKHFPNQKEGFLTSTRSKIVQRETLNRIALE
                     MGLDKMMVSTVRPQTHNSYILGNALEALIGAIYLDQGYRRCRRFVQERMIDRYTPLDK
                     VAQKEVNFKSNLLEWGQKAKLRIAFVLNETSTDQNGNRMFQSTVHIEDVPFGTGAGYT
                     KKESQQIAAKKAIKKIRYDREAQTLLAELRQRALEARATPDVLSEAQPE"
     CDS             10572..11123
                     /locus_tag="SEQF2634_01486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDFLQAYPWALPLVIFFGRICDVTLGTLRIIFVSKGEKMKAPI
                     VGFFEVFIWVVVISQIFSHANDLTAYLAYAGGYAAGNFVGILVENKIALGYFLIRIYT
                     KKGSAALIHELNTNGFGSTHIRGEGAISEVSIIETVVSRKSERRVVNLVTTFDPNAFY
                     VITDIRSKRKGFFSAAGAPRLGK"
     CDS             11166..12404
                     /gene="aroA"
                     /locus_tag="SEQF2634_01487"
                     /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="MQYNLKAPDRLQATVTLPASKSISNRVSILSALAPEAAPLINLA
                     DSDDGRALQHALRSADETVDIGAAGTAMRFLTAYFAARPGRTRLLTGSARMRQRPIGL
                     LVDALRGLGADITYTEREGYPPLRIVGQRLRGGEVTMDSGVSSQFLSALLMVAPTMER
                     GLQLRLTGATVSETYLRMTVGLMRRFGVVVEEADGGRTFRVAPQPIRAVPFTVEADWS
                     AASYWYEMVALAQDTTATVELLGLTPDSLQGDAAIAALFERLGVRTTFTNRGLRLDRL
                     PGHRLPERFTCDCVLIPDMAQTLVVTCAALGLPFRFDGLQSLRIKETDRLAALQTELR
                     RFGFVLTEHDGRTLRWDGTRCPPEAAPVVATYDDHRMAMAFAPLALVRPGGVTIAHPE
                     VVTKSYPRFWDGLRAAGFRF"
     CDS             12463..12903
                     /locus_tag="SEQF2634_01488"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYILISIVVLGLVAAGLGQWDRRRRRQRFERGEIASMEDETPQ
                     TVIPEGCCGQHETCERDSLLAAVAAGRKAEYYDDEELDAYRGTPSDAYAEPVVEEFRE
                     VLYTLRQDEVPGWIRSLQLRDIALPDALKAETLLIVEELRDSRG"
     CDS             12937..13590
                     /gene="lolD"
                     /locus_tag="SEQF2634_01489"
                     /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(13635..14033)
                     /gene="glpE"
                     /locus_tag="SEQF2634_01490"
                     /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
                     VQLVDVRRPDEFAAGHINGAQLIDVTASDFLDRAQKSLDPKRPVAVYCRSGKRSMRAA
                     QMLQKAGFRVIYNLDTGYLGWVEYQAGKKR"
     CDS             14195..14713
                     /locus_tag="SEQF2634_01491"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYDNTSVRRQDRLLDEARALQILHEGEYGFLALVETRADAVAG
                     YGIPISYVFEPSTDRIYLHCGPEGHKLRCLDLRPLVTFTVVGHTRVVPAGFTTAYESV
                     LLRGRALRSLPPEERMHALELLIDKYSPNDKVVGLKYAEKSFHRTEIIRIDIDCASGK
                     QKVIRPTGATPD"
     CDS             complement(15580..16404)
                     /gene="tsf"
                     /locus_tag="SEQF2634_01492"
                     /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"
     CDS             complement(16444..17313)
                     /gene="rpsB"
                     /locus_tag="SEQF2634_01493"
                     /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
                     QAIHEGLQESKARDKEEDERNHAAEEGAGEDNPRRDRRAKSNARRSRRDDEARPAAEA
                     EAPAAEGQATSEE"
     CDS             complement(17479..17865)
                     /gene="rpsI"
                     /locus_tag="SEQF2634_01494"
                     /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             complement(17873..18328)
                     /gene="rplM"
                     /locus_tag="SEQF2634_01495"
                     /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             18359..18547
                     /locus_tag="SEQF2634_01496"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSFLVCRLVLPDTGVSIQQDAKDESFNTFDNNRVAKVDLFATY
                     AIQGAGLRSGLWEAGNGL"
     CDS             complement(18981..19298)
                     /gene="trxA"
                     /locus_tag="SEQF2634_01497"
                     /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
                     EEYVGRITVGKVNVDENDTVVAEYGIRNIPTVLFFKDGQVVDKQVGAGQKAAFVEKMN
                     KLL"
     CDS             complement(19325..23104)
                     /gene="dnaE"
                     /locus_tag="SEQF2634_01498"
                     /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
                     SLFKPIIGCECYCARNGRLQKQEKEDLGGWHLLVLAKNFTGYKNLIKLVSLAWTEGFY
                     RNPRIDKELLERYHEGLIVSSACLGGEIPQLIMAGKQDKAEESLLWFKGLFGEDFYLE
                     LQRHETHAPDADTTTYPKQVEVNRVLMELSRKHGVKLIATNDAHFVNEDDADAHERLI
                     CLSTGKEINDPNRMRYSKQEWIKTTAEMNAIFADVPEALRNTVEIADKVEMYSIDSPA
                     LMPFFQIDPSFGSEEAYRAKYTAKDLMEEFNDTDAEGRVVSDNYLRLGGYEKVIRIKF
                     EADYLRHLTFERARELNRYDGVISDEARDRIDFELNTIKKMGFPGYFLIVQDFIAAAR
                     QMGVSVGPGRGSAAGSVVAYCLGITDIDPIKYDLLFERFLNPDRISMPDIDIDFDDDG
                     RSEVLKWVTEKYGQDHVAHIITYGTMAAKLAIKDVARVEQLPLRESNRLAKLVPDRVN
                     SLKTAIEVVPELKEAANSPNPILRDTLKYAQKLEGNVRNTGVHACGVIIGRQDISDIV
                     PVATAEDKETKETLLVTQYEGSVIEETGLIKMDFLGLKTLSIIKEAIENIRQTTGEVV
                     DIDNIPINDKLTYDLFCAGRTVATFQFESAGMQKYLKELQPTEFEDLIAMNALYRPGP
                     MDHIPAFIARKQGREEIRYDIPEMERYLKNTYGITVYQEQVMLLSRLLAGFTRGQSDT
                     LRKAMGKKLIDKMMELKEKFLEGGARNGHDRKTLEKIWGEWEKFASYAFNKSHATCYS
                     WLAYQTAYLKAHYPSEYMAAVLSRNLSNIKEITKAMDECRAMKIRVLGPDVNESHRKF
                     GVNRKGDIRFGLVAVKGMGESAALALIEEREKHGPYKDIFDFVERVPSAACNKKTLET
                     LAISGAFDSLGVDREPFFVENDRKETFTDVLLRYGNKFKLDRQSTSFSLFGADDAVQI
                     ARPDIPRFDAWSALERLNREKELVGIYLSAHPLDEYRIILNHVCNMTMQDVDSRDWES
                     FQGRQLALGGIVTGYREGLTKNGKPYGIIRIEDLSGSGEIPLFGDDYINFGKYGREGL
                     YLFVNATVQPRRWKESEFDFRISTIRLLQDVKDSLVQSIRINAPIDALNEQTISELSA
                     IVKSHPGKTQLSFYILGRDHVALNLYSHDVRIRVTEELVDFIRESGNMDFTINQS"
     CDS             complement(23293..23892)
                     /locus_tag="SEQF2634_01499"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLLLLLAGLWTCAAQAKIIPGVRLGLSYNQLTQIVDEEVTY
                     GGRIGFEAAGLLDIPLSQRFSIVPELAVASEGGAYNYLYLFDDMMITGRHSSSYLSLR
                     LPVNMVYKIRFADWQMGIMAGPFVSVSTREREHHEWISREFRRFDVGAGAGLYVEYHS
                     VFFSVYGRTGFIDKLRQKQPFESQVYQNSVALSFGYRFY"
     CDS             24433..24600
                     /locus_tag="SEQF2634_01500"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILILSGISEKYKFKILSLRETPNSYFIYFISIGKFRRLVFLYL
                     ITSESSEYLYP"
ORIGIN      
        1 cacaacgagc tggcggagat cgccaccgcc tacgtcaaag ccgtcgtggg taacaagaat
       61 ggcaagctct cgcccgtctg gaggcagggc ttcgacgccc tgatcgacgc ctatctgggc
      121 aagatccccg agaagtttac ctacaaaggc aagcagtaca cccccaagag ctacggcgaa
      181 tcgctgggcc tgaacttcga cgactacgtc tcactgacct ccttcacgca ccaccccttc
      241 tacacccagt tcccactcga gatcgaggat aactggcgct ggtcagagag ctacaatgtg
      301 cctatcaacg aactgatgga ggtgatcgac aacgccatca actccggcta tacgctcgct
      361 tggggcaccg acgtgagcga aaagggcttc acccgcgatg ggatcggcat cgcagccgac
      421 gtgaaggcgc tcgagacctc cggttctgat caggcgcgtt gggtaggcct ctctcgctcg
      481 gccaaggacg aggagctgcg caagatgatc gaggccccgg gttgcaagga gatcaaggtc
      541 acacaggagc tgcgccagca ggcctacgac aacttccaaa ccacggacga ccacggcatg
      601 ctcatctatg gcatcgccaa ggatcagacg ggccgtaagt attacatggt gaagaactcc
      661 tggggcacgg acacgaagta taaaggcatc tggtacgtta cggaggcatt cgtagcctac
      721 aagacgatca acatcgccgt acacaaggac gccctgccca aggcgttgcg cacgaaactg
      781 ggaatcaaat aaagccctca ctcgcatatg cagacgttag ttgataaagt ggaacgcgcc
      841 gaagagcgtc gtcgcaagct gcgccgaatg ctccgtgtcg ctgtgccgat cgtgctgatc
      901 gccttactga tcgtgggcgg attctattac tacttcccgt ttgccacggg catgaagtcg
      961 ggccgactga attacgttgt ctataaaggc atcgtgttca agacctacga gggaagactg
     1021 attcaggccg gcattcgtcc ggcggatacg ggcggcttcc agtcgaacga gttcgttttc
     1081 tccgtctctg acaaagaggt ggccgaacag ctgatgaacg ccggaggcca gaccgtcgag
     1141 ctgcactaca cggagtatct cggagccctg ccctggcgcg gctattcgcg ctacgtggta
     1201 gatcgcatcg tgaacatcac ggacaatggt ggcgatggtg tggcggctcc gacagagggg
     1261 acgcccgaca tcatgtagtc gggctgcctc ataaatggcg aattgctgcg ttgccttcga
     1321 ctctcaggct cggtcatgta ctttagtaca ctcccttcgc cttcggtctt ggacgccttg
     1381 cacttcatcc atttatgaga caccctaggg atagcatcct cggataaaaa atagaagggg
     1441 tctcctcacc aagaggaggc cccttcctgt attcggtcgt tccattcttt ttacgaccaa
     1501 cagcgcgtca agcagaccgt ttttactcgt tcatttctcc atgtcctcac cgcccgtgta
     1561 agtgcgacgg acagcgccct tgtagtcgat cgaggggtgc tgctcgaggt acttcatgat
     1621 ctcgtcggct gacttgacgt gcaggcgtgt gccgtcctta tcgccgcgct tgtagtcggc
     1681 cacggaggcc acgtagctgt tgacggccac cttgtaggtg cgattctcgt cgaacttgcc
     1741 gcccttctcg ttcctcacct taatggcctt cacctcgcga ttcgtgcggc ccaggtcgat
     1801 ctgatacgtg atgccagaga cgtaggcggg gccgtagtca tcagcgcggc agatagcctt
     1861 cagcagctcc ttgacctcgg cgccggtgag gttgaagatc atcatctcgt tgccgaaggg
     1921 atcgaggcgg agcacatcgc ccaccgtcat gcctcccttg gggagcgtct cgtagcgcac
     1981 accgccgcaa ttctgtatgg caatgtcggc gcccgtggtg gcacgttgcg cgtccgccat
     2041 catgcagccc agctcctgct tcgaggagaa tccgttaggc acctgcgtca ggacatggtt
     2101 gaggaagggg ttgtcgctga acttatcgac catcgcctga atggccgtat cgatgcgggg
     2161 gcagtcagcg atgcggatca ggtgcgcctg cttgtcgatg accttaccgt cttgcagctt
     2221 cagcttgatc tcggtgacgt tcgtcagctt cttgcctgcc tgcgtgatca gcacaccgct
     2281 gtgcagatgg ttgccctcga gcggcgtgtg cgagtgccct ccgacgatga ggtcagcctc
     2341 ggggaagacc ttggccagct cgatgtccgc ctcataaccg ttgtgagtaa gcaggatcag
     2401 tacgtcgcag cggtcacgca gccacttgta ctccggcgcc acgtcgttgg gatagcggaa
     2461 ggtgatgccc cgcatggctt ccgggtgagc gtccggaatg ccgttgcgat tgacctgtat
     2521 gaacccgagg atgcagaagc ggatgccatc gcgttcgaag aacttgtatg gctcgatgtg
     2581 cagccggagc gtatcgttgg gatacatgtt ggcgcatacg tagcggaagt tggagaggtt
     2641 gatcagctcg cgaaatccat cgagcttgga gtcgaactca tgatttccga cggccgagag
     2701 gtcgaagccg atgcggttca tcagcgccac catgggatag cccgtgatgg gatacatgtc
     2761 gttgatcggg ttgcccgtgc gattgtcgcc gcctgagagc agcagcaggt cggggtgcaa
     2821 ctcgcgcaca ctgtccacga tggccgcaaa gcgggagaag ttctccaccg ccgcgtgcat
     2881 atcgttcgtg gccagaatcg taaactcttt cgtctgtgcc gatgctgaca gcgtcagcac
     2941 ggccaggagg gataagcaat agcgtttcat attcaagtcc atgaataggt tcattgtctt
     3001 taggcctgcg gggctgctgg tgcatttgcc tgtgccgcct ttctcttcgc cgcttgcttc
     3061 ttcaggaaca cgatgcccgc gatcgacacc gccaacagcg agatgccgat gatcggccgg
     3121 aacacgagcc aggcgattgc gatgatgatg aacgaccatg ccacgccgaa cacccagcag
     3181 accagtccta cgcccgctcc gacgatactg cccaagaacg gcagcacctt aaacagcatg
     3241 ggcagcaagc cgaacatggc cttcaatccg cccaccacga gcatgatgcc cagtacgcgc
     3301 agcacccagg tccaggtgtt gttttccgac ttagcgtgct ccagcatctc gtctgcgctc
     3361 accttgccca tctctatacg cgtgaacttc tggccgttct tggccttgta ggcctcaaac
     3421 gtcgacccgt tcaccttcgc gatcagggag atgtcggtcg gcaccacttt ggtaaaggtg
     3481 atgcgcacgt cgccgatctg cgggctgttg ggcgatatgc cgaggtaggc cgtgttggcg
     3541 cttgtgtgga tcagcgaggt cgtttcgtcg actgtcggca tgagcgcgtg cagctgctcg
     3601 ttccaggcga aggtttgctg ctcggtcatg cgcacctcgg ccggctcgcc gccgctgatg
     3661 gcgctcacga acgattcggg cagggtgtat gcgccgaagg tcacgttgct ggccatctcc
     3721 gatttgtctt ccacctcgct cagcaccttg ttcgcactct gatactgcgg gtctttgaat
     3781 tcggccgagt tcactggttt gtccacccac ttcttttcgt aggtgtacgt cgtcgtggtt
     3841 tccttgccac cgccgatttt ctcgcgctct ttggtttgcg ccatttctac ccactggtag
     3901 tactccactt tgcgatcgat gcggatcgcc tgttcgcgca cgccgaacat gtcgtcggtg
     3961 agcgtgtcct tcgtatcggc aaaggctgat gcgtggatca gcttgccatt gagggaggcg
     4021 ttgaccttgg atacgtcgtc gacgatttcc acgttcgacg ctgcgtcacc gatggccttg
     4081 gccgtcttca cggcgcgtcc ctcgttccac cacagcaggc aggtaccgat gatgaacatc
     4141 agtaatccgc ctaccattcc ttttgctgag ccggccaggc gttggccgta gctcgtcgtt
     4201 gttgtctctg tataagccat gattcgtata aattaaaaat gtatggtctg tctcccttct
     4261 ccccgcttca tttcgacttt tgattcgagg gttcgccccg tttccgtgcc accccctctt
     4321 tgtccccaca gcgtctcctt gtattcataa tccggagctg ccagccaatt gtcgcattgc
     4381 tcaatgagca actcgcaata gcgatccagt cgcttagctc gcatcaccaa atcttctctg
     4441 ctcatctttt ccgtttccat cgtaaccgtg tcttgatttc gagggcaaag ttacgcctac
     4501 ctcttccagc cgtcctatac gtaacattac gtatatccga atgttaacga ggcgaatgat
     4561 cacgcgtggg gttcgacgtc agaataaagc ccgcagagag tttctacggg agccacgaga
     4621 tggtctaatc gttttcggaa atgcttgcaa caatgttgca aacgccagaa agtttttcgt
     4681 gggacttgca acggtgttgc aaacgccgaa aagttcttcg tgagacttgc aacagtgttg
     4741 caaacgccag aaagtttttc gtgagacttg caacagtgtt gcaaacgcca aaaagttttt
     4801 cgtgagactt gcaacagtgt tgcaaacgcc gaaaagtttt tcgagagact tgcaacagtg
     4861 ttgcaaacgc cagaaagttt ttcgagagac ttgcaacagt gttgcaaacg ccgaaaagtt
     4921 cttcgtggga cttgcaacag tgttgcaaac gccagaaagt tcttcgtgag acttgcaaca
     4981 gtgttgcaaa cgtcgaaagg tttttcgggg catttgcagc attcctgcaa acgccaaaaa
     5041 gtttttcgaa gcatttgcag cattcctgca aacgccaaaa agtttctcgg ggaatttgca
     5101 gcattcctgc aaagaccaaa aagtttctcg aggcatttgc agcgttgctg caagcatttc
     5161 caaaagcact gcgctgcctt tagggctcta tcaaagacat tcttccggga tacggatcct
     5221 cattctttcg ccgaactcgc gtttggaatg tgtttcgtac agattttctg catagttcgc
     5281 agcatgtatg cccattgcaa gggggcgcag atagatattc cttctatctt tgcccccaat
     5341 aaaagagatt ttacatgaag cagccagaat caagattaac gcgaaaatac ctgatggatc
     5401 atggcatcag gccctctacg cagcgaattg ccatcatgca atttctatta gacaaccata
     5461 cccaccctac ggccgaagag atccatctga agctcttgcc taagatccct tccctctcca
     5521 aaacaacggt ttacaacacc atgaaactgt ttatccgcaa gggtgtggcg atcatgatcg
     5581 atatcgatgg ccgtaacgca cgcttcgacg gcgacgtctc tacgcacgct cattttcaat
     5641 gtcgttcatg caatcgcatc ttcgatttgg ccattccagg cctgtattcg actatttcgt
     5701 tagaagaaga atattctgtt gaaagcgttt gcctcaatat gcgtggactg tgccccgaat
     5761 gcaatcgccg caagcaggct gaatccggtg caagtgcaac caaggccaac cggccaacgc
     5821 acccatctat tgaacagctg ctgcatgaga gtcaagcgga agaagccatg gccctgcagc
     5881 tcgaaagcga aatgtgatta tggtttgagt ctcccgagcc gctccacgac ccggcgcacg
     5941 atccgctcgg gagcaatacg cgtcatgcag gcccagtcgc cacgatggca gggcttgtcg
     6001 ccaaaggtgg agcaggggcg acaatccaga tcctcttgga tggcgtcctc cggcgacagt
     6061 ccgtacggat agaagccggc gaaagggtgc gtggcgcccc aaacagagac gaccggtgta
     6121 ccaacaagcg cggcgaagtg catgttggcc gagtccatgc agagaaatac atccaagcgg
     6181 ctgatcaagg ccaactcctg attgagcgtg taccggccag ccatactccg cacccgcggc
     6241 cgcgtcgcag cccagcggtc aagcgccgct tgctcgtccc cctttccccc aaatagaaac
     6301 aaggtgatgt tgccacgtcc ggatagcaga tcgatcaccc gctccatctg cacaggcgga
     6361 tagatcttgc ccgcatggcg ggcgaagggc gcaacgccca cccaatggcc cgtcttctct
     6421 ccagccatct cactgatcac cgcctcgtca accgggtgag cggcaaaaag cgaaacgaac
     6481 gtgcgcgaaa acgagagtcc agccgcccga aacacgtcgg catagcgctc tgttacgggc
     6541 cgtagtgggc ggatcgtttt aggcggacgc gccgtcaatg cccgacgttc ccgccgcatc
     6601 ttgtccagcc gatagacggg cactccccgc aattgaaaca cgagtccaat cgcccgacta
     6661 cggatcacat tgtgcagatc caccactcgg tcaaatcgtt catgtgtcag ccgaagggcc
     6721 aatcgcacca cgccccacag cgagtgctcc gcacccttcg tatcaacccc aacgagggtc
     6781 acattctccg ggcgatggat aaaaagcgta gtgagaaaag gctgcgtcag caccgtaaac
     6841 gcgtcctctg ggtgagcacg tgcgacggaa tagatgatgg ggatagtcat agccacgtcg
     6901 ccgatggccg agagtcggat gatgagcgtc tttgccatag acgtgtggtc tgacgattag
     6961 gcctgatcag gaaggggact tccacatagc acgtgctcaa tcacctgcgg atagtaagcg
     7021 tattcgagtg catgcacccg cgtagccacc tctaaggcgc tgtcgccggg caatacaggg
     7081 cattgcgcct gaaagacgat acgtccctcg tcgtagcagc tattaatata atgtatggtg
     7141 atgcccgtca ccgtgtcgcc agctgcgatc acggcctcat gcacatgcat gccatacatg
     7201 cccttgcctc cgtggcgggg caagagggcg ggatgaatgt tcaggattct ctccggatag
     7261 gcctggagta tcacgtcggg gatcttgttc atgaatccag ccaagacgat gaaatcaatc
     7321 gcagcctcag agagtttctt gagcaccgct gtaccgtcgg cgaagtctgc attggaaaag
     7381 gtcatggagg gaatccctaa gcgtgcggcc cgttcgtgaa cccgtgcgcg gggattgttg
     7441 gagcagataa aaacgatgtc tacagaccta tttccggaga aatatcgggc gatgttttcg
     7501 gcgttgctac cgttgcccga agcgaggatg gctattcgtt tcatttcgat tatggatcaa
     7561 ttgtggagct atgaagtgca caaacaaagc gcgaatgtgc aggatttggg gttttttata
     7621 gggcaaaacc aatgagtgac gggggaaaat actttccttt gcggcgcaaa tgtaaaaatg
     7681 tagtattaca ctaatcttta aaacttagaa ttatgtctga tgtagcatct cgcgtaaagg
     7741 cgattattgt ggacaagttg agtgtcgagg aatcggaagt aacaaacgaa gcgagcttca
     7801 ccaacgactt gggtgcagac tctctcgaca cagtagagtt gatcatggag tttgagaagg
     7861 agttcggtct ttcgattccg gatgatcagg ctgagaagat ctccacggta ggagacgcca
     7921 ttgcttatat cgaagcaaac gcgaagtaat ccccacgctt tttattcgtc atggaattaa
     7981 aaagagtcgt agtgacgggc cttggagcca tcactccgat cggaaacacc gccccggaaa
     8041 cgtgggcggc gttactgaac ggggtgagcg gagccgggcc catcactcag tttgatgcct
     8101 ccaaattcaa gacgcagttt gcctgcgagg tgaagggctt cgatgcatcg aaacactttg
     8161 accgaaaaga ggcgcgcaaa tacgaccgct acgctcagct ggcgctcgta tcggccaccg
     8221 aagcgatcga agacgcggca ttggacttgg agaaggaaga cctgaaccgg atcggagtca
     8281 tcttcgccgc cggtatcgga gggatccgct cgtttgagga cgaggtgcgg gactacaacg
     8341 aggagcgtgg accacgcttc aaccccttct tcatccctaa gatcattgca gacattgcag
     8401 cgggacatat ctcgatcaaa tacggtttcc gggggccgaa ctttgccacc gtttcagcct
     8461 gcgcatcgtc aacgaatgcg atcgccgatg cgttcaacta tatccgactg ggtaaggcca
     8521 acgtcatcgt agccggcgga gcggaagcag ccgtggccat cgtgggcgtg ggcggattca
     8581 acgccatgaa tgcgctctcg acgcgtaacg attcgccgca gaccgcctca cgtccgttca
     8641 gcggtagccg tgacggattc gtgcttggtg aaggtgccgc ggggctggtg ttggaagaga
     8701 tggagcacgc cgtggctcgc ggagcgaaga tctacgccga ggtggtggga tccggtctct
     8761 ctgccgacgc gtaccacctg acggccagtc atcccgaagg cttaggcgcc atcttagtga
     8821 tgcaaaacgc gctggaagac gccggtctca cacccgacgc catcgattat atcaacgtgc
     8881 acgggacttc gacgccgatc ggtgacatct ccgaagtgcg agccatcaag caagttttcg
     8941 gtaatcatgc ctacgaactg aatatcagct cgacgaagtc catgacgggc cacctgctcg
     9001 gcgccgccgg agccgtcgag gcattggcat cggtactggc ggtgaagaac gacatcgtgc
     9061 cgccaacgat caaccacgcc gagggcgacg acgatccgga gatcgactac aagctgaact
     9121 tcaccttcaa taaggcccag aaacgcaccg ttcgcgcggc gctttctaac acgttcggct
     9181 tcggcgggca taacgccagc gtgatcgtca agaaattcga gaagtaacgg tgaatcgttt
     9241 tttccaaatg atagcaaggc tctttgttct caggaacaag gagccttatt catcgatgta
     9301 tcgtatgtta ggattctatc cgaacaacat gtggctctac gagcaggcct tcacccaccg
     9361 ctcgtcgcac aatacgcccg agggcaagcg ctcgaacgac aacgagcgac tggagtttct
     9421 gggtgacgcc gtgctgggca tcgccgtggc cgacatcctc tacaagcatt tccccaacca
     9481 aaaggagggc ttcctgacca gcacaaggtc gaagatcgtg cagcgcgaga cgctcaaccg
     9541 catcgccctc gagatgggac tggacaagat gatggtctcc accgtgcgcc cacagacgca
     9601 caacagttac atcctcggca acgccctaga ggcgctcatc ggcgccatct atctggatca
     9661 gggctaccga cgctgccgac gcttcgtgca ggagcgcatg atagaccgat acacgcccct
     9721 ggataaggtg gcgcagaaag aagtgaactt caagtcgaac ctcttagaat ggggacagaa
     9781 ggcgaagctg cgcatcgcct ttgtcctgaa cgagacgtcg accgaccaga acggcaaccg
     9841 catgttccaa agcactgtcc acatcgagga cgtgcccttc ggaacgggcg ccggatacac
     9901 caaaaaggaa tcgcaacaga tagcggccaa gaaggccatc aaaaagattc ggtacgaccg
     9961 cgaggcgcag acgctgcttg ccgaactccg ccaacgagcc ctcgaggcca gggccacccc
    10021 ggacgtgctg agcgaagcgc aaccggagta attgcgggct gtttatcgct gataatcatc
    10081 ccaaacagaa ggagccaata atcgatcgat tatcggctcc ttctgttgtt atgggccaat
    10141 tgtatcgtac aatcacgaga aaaaaacttt ttcggctcat tgtatcgtac aatcacgaga
    10201 aaaaaacttt ttcagcccat tgtaccgtac aatcacgaga aaaaaacttt ttcggctcat
    10261 tgtatcgtac aatcgcgaga aaaaaacttt ttcagcccat tgtatcgtac aatcgcttga
    10321 aaaaaacttt ttcggctcat tgtatcgtac aatcgcgaga aaaaaacttt ttcagcccat
    10381 tgtatcgtac aatcgcgaga aaccctttcg gcccattgta tcgtacaatc acacgaaaaa
    10441 aactttttcg gccgtttgac tgagtcaatc gcccaccaga gcccctccgc gggtctttgg
    10501 cgtacttttg tccgcgtctc ccggacgaga cgttgctttc attcgattat tcacatccaa
    10561 aaccatccat catgtttgat ttcctacaag cctacccctg ggcactgccg ctcgtgatct
    10621 tcttcgggcg catctgcgac gtgacgctgg gcacgctgcg catcattttc gtatcgaagg
    10681 gcgagaagat gaaggcgccc atcgttggat ttttcgaggt cttcatttgg gtcgtggtca
    10741 tctcgcagat cttttcgcac gccaacgacc tcaccgccta cttggcttac gccggcggct
    10801 acgcggcggg caacttcgtc ggcatactgg tcgaaaacaa gatcgccctc ggctacttcc
    10861 tcattcgcat ctacaccaag aagggtagcg ccgcgctgat ccacgagctg aacacgaacg
    10921 gcttcggctc gacccatatc cgcggtgaag gcgccatttc cgaagtctcg atcatcgaaa
    10981 ccgtcgtcag tcggaaatcc gagcgccgcg tagtcaacct cgtcaccacc ttcgacccga
    11041 acgccttcta cgtgatcacc gacatccgct ccaaacgcaa aggcttcttc tccgccgccg
    11101 gagcgccccg acttggcaag taaccggccc accctctacc ctctaccctc tattctctac
    11161 cctctatgca atacaacctc aaagcccccg accgcctgca agccaccgtc acgctgcccg
    11221 cctcgaagag catcagcaat cgcgtctcga tactcagcgc actcgccccc gaggccgcgc
    11281 ccctcatcaa cctggccgac agcgacgacg gccgcgccct gcaacatgcg cttcggtcgg
    11341 cagacgagac cgtcgacatc ggcgccgccg gtaccgccat gcgtttcctc accgcctact
    11401 tcgccgcccg acccggccgc acccgcctgc tgacaggcag cgcccgcatg cgtcagcgcc
    11461 ccatcggcct cttggtcgac gcccttcgag ggctcggggc cgacatcacc tacaccgagc
    11521 gcgagggcta tccgccgctc cggatcgtcg gccagaggct gcgcggcggc gaggtgacga
    11581 tggatagcgg tgtcagttcg cagttcctct ccgccctgct gatggtggcg cccacgatgg
    11641 aacgcggcct gcagcttcgg ctcacgggtg ccaccgtgtc ggagacttat ctcaggatga
    11701 ccgtcgggct gatgcgtcgc ttcggcgttg tggtagagga ggccgacggc gggcggacgt
    11761 tccgcgtggc accgcagccg atccgcgccg tgcccttcac cgtagaggcc gactggagcg
    11821 cggcctcgta ttggtacgag atggtggccc tcgctcagga taccacagcc acggtagagc
    11881 tgttgggcct cacgccggac agtctgcagg gcgacgccgc cattgctgcg ctattcgagc
    11941 gcctcggcgt acgcaccacc ttcaccaacc gcggcctacg cctcgaccgg ctgcccggcc
    12001 atcgcctgcc cgagcgcttc acgtgcgact gcgtcctgat ccccgacatg gcccaaacgc
    12061 tcgtcgtcac ctgcgccgcg ctcggcctgc ccttccgctt tgacggcctg caaagcctgc
    12121 gcatcaagga gacggatcgg ctggccgcct tgcaaaccga gctccgccgc ttcggcttcg
    12181 tcctcaccga gcacgacggc cgcaccctcc ggtgggacgg tacgcgttgc ccgcccgaag
    12241 ccgcgcccgt ggtcgccacc tacgatgacc accgcatggc catggccttc gcacccctcg
    12301 cgctcgtccg tccgggtggc gtcaccatcg cacaccccga agtagtcacc aagagttacc
    12361 cccgtttctg ggacggcctc cgcgccgccg gcttccggtt ctgacgccct cgtttcgccc
    12421 ccctcatatt tcattttccg cttcttagaa atttgtttca ccatgtggta tatcctgatc
    12481 agtatcgtag tgttaggcct cgtggccgcc ggcctggggc aatgggatcg ccgccgtcgt
    12541 cggcaacgat tcgagcgggg cgagatcgcc tcgatggagg atgaaacgcc tcagaccgtc
    12601 attcccgagg gctgctgtgg acagcacgaa acgtgcgagc gcgacagcct cctggctgcc
    12661 gtcgcagccg gtcggaaggc cgagtattac gacgacgaag agcttgacgc ctaccgtggc
    12721 acaccctccg atgcctatgc cgaacccgtc gtagaggagt ttcgcgaagt gctctacacc
    12781 ctccgccagg acgaggtgcc cggctggata cgcagcctcc aactccgcga catcgccctg
    12841 cccgacgccc tcaaagccga aaccctactc atcgtcgaag agctgcgcga cagtcgaggg
    12901 tgagacgctg aaaactttca ttcatatcga gacaacatga tccaaaccca cgccatcacc
    12961 aagcgcttcg accggctaca gatcctcaaa ggcatcgaca tcgaggtgca tgaccgcgag
    13021 atcgtcgcca tcgtcggacc cagcggcgcc ggcaaaacaa ccctcctaca gatcgtcggt
    13081 acgctcgacc gacccgactc gggccacgtc atcatcgacg gtgtcgaccc cttcaccctc
    13141 aacgaacggc gcatggccgc cttccgcaac caacacatcg gattcgtctt ccagttccac
    13201 cgactcctac ccgagtttac ggccctcgaa aacgtcatga tccccgccct catcgcccgc
    13261 gactctgccg ccgaggccga acgtaaggcg cgcgaactgc tcgacttcct ccacctctcc
    13321 gaccgcatca cccacaagcc ggccgagctc tccggcggcg aaaagcaacg cgtcgccgtg
    13381 gcccgcgccc tcatcaaccg gcccagcgtc gtcttggccg acgagccctc gggcagcctc
    13441 gactcgcaca gcaaggacga gcttcaccgt ctcttcttcg atctccgtcg agacctgggc
    13501 cagaccttcg tcatcgtcac ccacgacgaa gccctcgccg cccaagccga ccgcacgata
    13561 cgaatgaggg atggcgtcat tatcgattga caccacccct cgttacgatt aaaaacacag
    13621 gccgcagccg gcgttcagcg cttcttcccg gcctgatatt cgacccagcc taaatagccc
    13681 gtgtccagat tgtagatcac ccggaagccc gccttttgca gcatctgcgc cgcccgcatg
    13741 cttcgctttc cgctgcggca atagacggcc accggccgct tggggtcgag cgatttctgc
    13801 gcacggtcaa ggaagtccga cgccgtcacg tcgatcagct gcgccccatt gatatggccc
    13861 gccgcgaact cgtccggccg acgcacatcc accaactgta ccgcctgatc gcgtgccagc
    13921 agtgcctcaa actccgccgc cgtcagcgac gtgattccac cttcggcccc ttccgacggc
    13981 gcgcacgcca tcgagagcca taccgagaat aatgacataa gtaacttgat cattagtgtt
    14041 tgcattaaaa atatcggcgc caaaaataag gcgtcaaggc cgcccgccaa gttttgcccg
    14101 gcgcccggcc ggcttctccg gcctcggtag aggcccttgc atcaaggcaa gaaaaggaag
    14161 acattcattc accccattaa aaccatcacc cattatgcgt tacgacaaca catccgtccg
    14221 gcgccaagac cgcctcctcg acgaggcccg cgccctgcaa atccttcacg aaggcgaata
    14281 cggctttctg gccctcgtcg aaacccgcgc cgatgccgtc gctggctacg gcatccccat
    14341 cagctacgtc ttcgaaccct ccaccgaccg catctacctg cactgcggcc ccgagggcca
    14401 caagctccgc tgcctcgacc tccgtccatt agtcaccttc accgtcgtcg gccacacgcg
    14461 cgtcgtcccc gccggcttca ccacggccta cgagagcgtc ctcctgcgcg gccgtgccct
    14521 ccgcagcctc ccgcccgagg agcgcatgca cgccctcgag ctcctcatcg ataagtacag
    14581 ccccaacgac aaggtcgtcg gactgaagta cgccgaaaag tccttccacc gcaccgagat
    14641 catccgtatc gacatcgact gcgcctcggg caagcagaaa gtgatccgtc ccacaggcgc
    14701 cacccccgat tgacgcccct tttgtaactg tcgaagcctc gtctccgccc ggagtcgagg
    14761 ctttttcttt tttccattgg ccagatactg ctataaaact attctttcaa tcgaaacacg
    14821 actttcatca gctatgaaaa tcgcatttca tatgaagaac aactttcata gactataaat
    14881 atcactcctt ctttgaaaag ccatagccat actctatgac gaattgtctc tatctctaca
    14941 tgataattca tcagctatga tgatcgtatt tcatctaaaa accaactttc atagactata
    15001 aataccattc cttctttgaa aaactatatc catagtctat gatagattgt atttacctct
    15061 atccaatgct tcatcagcta tgaaaatcat ttcccataag agaactatct catataccat
    15121 ataataactt gatattatct gaacaacatc tctcatcgtc tataaaaaat atacttcgta
    15181 taaatactcc tcacctatac gataacttct cgattacata taaagacgta tcctcatagt
    15241 ctataaaagt agatatccaa ttaagagtaa actatcatag cctataaaaa tagatttccg
    15301 attgttcatt tactctcata gcatataaaa gtcctatttc tcatggaaaa atactctcct
    15361 tgcagttcta ttgggcttcg acgggcaaca atcggctgtc ggacgcgctg ccgtcgtttt
    15421 gacgaaatga aaagccccgc ctgcagatgc agacggggct ttttgtcaag agatcggccg
    15481 gccgccgctc cctttatggc aaaaaaagaa ggagccacac ctcacaggca gctccttctc
    15541 cttactaaac tgaattcttg tatgcgaaag tcctgttatt tagtccacgt tcagcgtgac
    15601 gcgcttgaag gcggttacgg tgagcgtctt gctctgctgc tgcaggtatt gctggacggt
    15661 caatttggca tccttgacgt actcctgctg caggagggtg ttctctttga aatacttctg
    15721 gagggcgccc tcggcgatgc ggtcgagcag attctcgggc ttaccggcct gacgggcctt
    15781 gtcgcgggcc acctcacgct cggtgtcgag cacatgggcg ggcacctcgt ccggggtcac
    15841 agccacgggg ttcatggcgg ccacctgcat ggcgatctca cgcgctacgt ggtggtcgac
    15901 cggctcgttg aaggctacaa tcgacgcgag cttgttgccc gggtggatgt aggagacggt
    15961 ggcggcgcct tggacggact cgtagtatcc gagctccatc ttctcgccgg tgacaccgat
    16021 gcggtccgtg atgtggttct ctaccgtgcg gcctccctgc agcgtggctg cgagaagggc
    16081 ctctttcgag gcgggtttgc cggtcatggc ggcgttcagg atgtcctgtg tcagcgccac
    16141 aaagtcagca ttcttggcta cgaagtcggt ttcgcatttc agggccacga tggcggcgaa
    16201 tccgccctcg tcggctgcga gcacgcagcc ttcggcggcc tcgcggtcgg agcgcttggc
    16261 ggccacggcc tgacccttct tgcgaatgat ctccattgcc ttttcaaagt cgttgtcggc
    16321 ttcttccaaa gcctttttgc aatccatcat cccggctccg ctcatcttgc ggaggtgggt
    16381 gatatctgcc attgttactg ccatattgct atgattctcc tttgtttggt ttatgtggat
    16441 tcgttattcc tctgaggtgg cttgtccttc ggcggccggg gcttcagctt cggctgcagg
    16501 acgagcctcg tcgtcacgac gtgagcggcg ggcgttcgac ttggcgcggc gatcgcgacg
    16561 cggattgtct tcgccggctc cctcttcagc ggcgtggtta cgctcgtctt cttccttatc
    16621 gcgggccttg ctctcttgga ggccttcgtg aatggcctgg cagacggtgc cgacgatcag
    16681 ctcgatggac ttggtggcgt cgtcgttagc ggggatgacg aagtcaatgt tgctcggatc
    16741 ggagttggtg tcgacgatgg cgaagacggg gatgccgagg cgctgtgctt cgcgtacggc
    16801 gatgtgctcc ttgagtacgt ctacgacgaa gagtgccgaa ggcaagcggt tgaggtcagc
    16861 gatggagccg agcatcttct cgagcttggc gcgctggcgg gtgatttgga gtttttcgcg
    16921 cttggagagg ttatcaaacg tgccgtcctt actcatcttg tcgatggtgg acattttctt
    16981 gatggccttg cggatggtgg ggaagttggt aagcatgcct ccgggccagc gctcgatgac
    17041 gtagggcatg cctacggagg aggccttctc ggctacgatc tgcttagcct gcttcttggt
    17101 ggccacgaaa aggatgcgtc ccttaccggc ggcgatgttc ttgagggcat cggcggcctc
    17161 gtccaccttg gcggctgttt tatacagatc gatgatgtga ataccgttgc gctccatgaa
    17221 gatgtatgga gccatggcag ggttccactt cctttttaag tgtccgaagt gtacgcctgc
    17281 ttctaataac tgttcgaaac taagtcttga catttcttgg ggtgttatga tcgtttactt
    17341 tctctgttcg taggatcaat cgtgcggtag tctctatctg cctctcagca tgtatgggct
    17401 gagaatccgc atgatttaga tactaaacgt cttctctctg tctgcttccc gttttgaagg
    17461 tgtatatata ggtatacatc aacgtttgct gaactggaag cgcttgcgtg ctttgggacg
    17521 tcccggtttc ttacgctcca cctcacgggg gtcgcgggtg acgaatcctt cagccttcag
    17581 tgcaggcttc gactcgggat tgatcttgat caatgcacgg gtgatggcca gacgggctgc
    17641 ttcggattgt cctttgaagc ctccgcctac gaggttgagc ttgatgtcgt actgctcggc
    17701 cacgctgagg gtgttcaggg gttgcttaac gacgaactgc aggatggagg aggggaaata
    17761 gtcggccagt tcgcggcgat tgaccgtgat cttgcccgtt ccttcgctga tatacacgcg
    17821 tgcgatggcg gctttacgcc ttccgattgc atttactgtt tccatgaatt cttcagttga
    17881 gtgaattaat atctatcgac ttgggctgtt gcgcctcatg tttgtgttcg gtgccggcat
    17941 acacgtagag gttgccgagc agcttatcgc ccagacgatt tttgggtagc atgcctttta
    18001 ccactttgcg gaagaggcga tcttcaccct tggccttgag gcgtgcgggg gttgtctcgc
    18061 gctgtccacc ggggtagccg gtgtagctca aatagacgcg atcgttccac ttgttgccgg
    18121 tcaaaacgac tttgtcggca ttaatcacga tgacattgtc tccgcaatcc acgtgcggag
    18181 tgaagttggg tttgtacttg ccccggagca acttggcgat cttggagcac aggcgtccca
    18241 acgtttggcc gtctgcatcg acgaccaccc attccttgtt tacggttgct ttgttcgcag
    18301 aaatggtctt gtaacttaac gtatccactt gctttacctt ttaattagaa aatctacaat
    18361 ggggtctttc ctcgtctgcc gtttggttct cccggacact ggggtgagca ttcagcaaga
    18421 cgctaaagac gaatcattta acacgtttga taataatcgg gtcgcaaaag tagacctttt
    18481 cgccacatac gcaatccaag gcgcaggcct gcggtcaggc ctatgggagg cggggaatgg
    18541 cctctaagcg gcgactttct ggcccatttt tgagcggttg cctctggcag gcggcctgac
    18601 aacatcactg gagtgtccga tggctctggc aggcggcctg acaacgtcac cggagtgtcc
    18661 gatggtcctg gcaggcggcc tgacaacgtc accgaagtgt ccgatagtcc tggcaggcgg
    18721 cctgacaacg tcaccggagt ctccgatagc cccggcaggc ggcctgacaa cgtcaccgaa
    18781 gtgtccgata gttctggcag gcggcctgac agtgtttttc ggggccgata ggcgagggtt
    18841 gggctcggag tcgctgtctc aaagcctccc ggagacgggg gcataaaaga atccggggac
    18901 ggacctcgct cctgttcata ggtggagtga ggcgccgtcc ccggatggcg atgaggtgtg
    18961 ggggaaaaga cgagatcggc ttaaagcagc ttattcatct tctccacgaa ggcggctttc
    19021 tgtccggcgc cgacttgctt gtcgaccacc tgtccgtctt tgaagaagag gacggtgggg
    19081 atgttacgga taccgtattc ggccacaacg gtgtcgttct cgtctacgtt gaccttaccg
    19141 acggtgatgc ggccgacgta ctcctcggcc agctcgtcga tgatggggct gaccatgcgg
    19201 cagggaccac accattcggc ccaaaagtca agtactaccg gctggccggc tgctaacact
    19261 tccttgtagt ttgcatctga tacgtttact actgacatga ttgatactgt tttttgatgt
    19321 tgaattatga ttgattgatg gtgaagtcca tgttgcctga ctcgcgaatg aagtcgacaa
    19381 gctcctcggt gacgcggata cggacgtcgt gggaatacaa attcaatgcc acgtggtcgc
    19441 ggccgaggat gtagaagctg agctgcgtct tgccgggatg gctcttgacg atggctgaga
    19501 gctcgctgat ggtttgttcg ttcagggcgt cgatgggggc gttgatgcgg atcgattgca
    19561 cgaggctgtc cttgacgtcc tgcaggaggc ggatggtgga gatgcggaag tcgaactcgg
    19621 actccttcca gcgccgcggc tgcacggtgg cgttgacaaa gaggtagagc ccctcgcggc
    19681 cgtacttgcc gaagttgatg tagtcgtcgc caaagagggg gatctcaccg ctgccggaga
    19741 ggtcttcgat acggatgatg ccgtagggct tgccgttctt ggtgaggcct tctcgatagc
    19801 cggtaacgat gccgccgagt gcgagctgtc ggccttggaa gctctcccag tcacggctat
    19861 cgacgtcctg catggtcatg ttgcagacgt ggttgaggat gatgcgatac tcgtctaagg
    19921 ggtgggccga gaggtagatg ccgaccagct ccttctcgcg attgaggcgc tccagggcgc
    19981 tccaagcgtc gaagcgcggg atgtccgggc gggctatctg cacggcgtcg tcggcgccaa
    20041 agagggaaaa ggaggtgctc tgacggtcga gcttgaactt gttgccgtag cgcaggagga
    20101 cgtcggtgaa ggtctccttg cgatcgttct ccacgaagaa gggttcgcgg tcgacgccga
    20161 ggctatcgaa ggcgcctgag atggccagcg tttcgagggt cttcttgttg cacgccgcgg
    20221 agggcacgcg ctcgacaaag tcgaagatgt ccttgtacgg cccatgcttt tcgcgctcct
    20281 cgatgagggc cagcgcggcg ctctcgccca tgcctttgac ggccaccagt ccgaagcgga
    20341 tgtcgccctt acggttgacg ccaaacttgc ggtgcgactc gttcacgtcc ggccccaaga
    20401 cacggatctt catggcccgg cattcgtcca tggccttggt gatttccttg atgttcgaga
    20461 ggttgcgact gagcacggcc gccatgtatt ccgacggata gtgggccttg aggtaagccg
    20521 tctggtaagc cagccaggag tagcacgtgg cgtgactttt attgaaggcg taggaggcga
    20581 atttctccca ctcgccccag atcttctcca gcgtcttgcg gtcgtgaccg ttgcgggcgc
    20641 cgccctcgag aaacttctct ttcagctcca tcatcttatc gatgagtttc tttcccatcg
    20701 ccttgcggag cgtgtcgctc tgtccgcgtg tgaagccggc caggaggcgc gagaggagca
    20761 tgacctgctc ttgatagacg gtgatgccgt acgtattctt caggtagcgc tccatctcgg
    20821 ggatgtcgta acggatctcc tcgcgtccct gtttgcgggc gatgaaggcg gggatatggt
    20881 ccatcgggcc agggcgatag agggcgttca tggcgatgag gtcctcaaac tccgttggct
    20941 gcaactcctt gagatacttc tgcataccgg ccgactcgaa ctggaaggtg gccacggtgc
    21001 gtccggcaca gaagaggtcg taggtcagtt tgtcgttgat gggaatgtta tcgatgtcga
    21061 ccacctcgcc cgtcgtttgg cggatgttct cgatcgcctc cttgatgatc gagagtgtct
    21121 tgaggccgag gaagtccatc ttgatcaggc ccgtttcttc gattacggag ccttcatatt
    21181 gcgtcacgag cagcgtctcc ttcgtctcct tatcctcggc cgtggccacg ggcacgatgt
    21241 ccgagatgtc ctgccgaccg atgatcacgc cgcaggcatg cacaccggtg ttgcgcacat
    21301 tgccctccag tttctgcgca tacttcagcg tgtcgcgtag gatggggttc ggactgttgg
    21361 ccgcctcctt cagctcgggc acgacctcaa tggccgtctt gagcgagttc acgcggtcgg
    21421 ggaccagctt agccagccga ttcgactccc ggagtggcag ttgctccaca cgcgccacgt
    21481 ccttaatggc caatttggca gccatcgtgc cataggtgat gatgtgggcc acgtgatcct
    21541 gcccgtattt ctccgtcacc catttgagca cctcgctgcg accgtcgtcg tcgaagtcga
    21601 tgtcgatatc aggcatcgag atacggtccg gattgaggaa acgctcgaac agcaggtcgt
    21661 acttgatcgg gtcgatgtcc gtaatgccga ggcaataggc cacgaccgat cctgcggccg
    21721 atccacgccc gggccctacg gatacgccca tctgacgcgc cgctgcgatg aagtcttgca
    21781 cgatgaggaa gtaacccggg aagcccatct tcttgatcgt gttcagctcg aagtcgatgc
    21841 ggtcgcgcgc ctcgtccgag atcacgccat cgtaacggtt cagctcccgg gcacgctcga
    21901 aggtgaggtg gcgcaggtag tcggcttcga acttgatgcg gatcaccttc tcgtagcccc
    21961 ccagacgcag gtaattgtcc gacacgacgc gcccctcggc atccgtgtcg ttgaactcct
    22021 ccatgaggtc tttggcggtg tatttagccc gatacgcctc ctccgatccg aacgacggat
    22081 cgatctggaa gaagggcatc agcgccggtg agtcgatgga gtacatctcc accttgtcag
    22141 cgatctctac ggtgttgcgc agcgcctcag gcacatcggc gaagatggcg ttcatctcgg
    22201 ccgtcgtctt gatccactcc tgtttggagt atcgcatgcg gttcgggtcg ttgatctcct
    22261 tgcccgtgct gaggcagatc agtcgctcgt gtgcatcggc gtcgtcctcg ttcacgaaat
    22321 gcgcgtcgtt cgtagcgatc agtttcacgc cgtgctttcg cgaaagctcc atcagcaccc
    22381 ggttcacctc cacctgcttc ggatacgtcg tcgtgtccgc atccggcgca tgcgtctcgt
    22441 ggcgttgcag ctcgaggtag aaatcttcgc cgaagagtcc cttgaaccac agcagcgact
    22501 cctcggcctt gtcctgctta ccggccatga tcagttgcgg gatctcgccc ccgaggcaag
    22561 ccgaggagac gatcagcccc tcgtgatagc gttccaaaag ctccttatcg atcctcggat
    22621 tgcgataaaa gccctccgtc caagccagcg aaacgagttt gatgaggttc ttgtagcccg
    22681 tgaaattctt agccaagacc aagaggtgcc agccgcccag gtcttccttt tcctgcttct
    22741 ggagccgacc gttgcgcgcg cagtagcact cacagccgat gataggcttg aagagactct
    22801 ggcgacaggt gctgatcttc tccgagagtt tgcgtatgcg ctccgtctcc tcctccgtcg
    22861 gatgctcctt atcgctgagc gcacgcagct ccttctcgca gtccttgatg gtggcggtgt
    22921 acttactatt cttcttcttg atcttgttgt aaaactcctt gatgccaaac atgtttccat
    22981 gatcggtcaa ggcgatggca ggcatgccgt cacgctgcgc cttatcgatc aacgcatcga
    23041 tagacgactg gccatcgagc agcgagtatt gcgaatgaac gtgtagatga acgaagggtt
    23101 ccatatggtg tgtgtgatag tggtggtggg acggcttctc ctgccggtag ggtaggggcg
    23161 tattgaatac gccccagcat gtacccggct gtttgattat tcgccccttg cgggacgttc
    23221 gtggggcgta ttcaatacgc ccctacccag agaggaagaa agaaaagaag agaagacgcc
    23281 cccccaagcg gatcaataaa atctgtaccc aaacgacagc gccacgctgt tttggtagac
    23341 ctgcgattca aaaggctgct tctggcgcaa cttatcgatg aagcccgtgc gaccgtagac
    23401 agagaaaaag acgctgtgat actccacata aagccccgcg ccagccccca catcgaagcg
    23461 acggaactcg cggctgatcc actcgtggtg ctcacgttcg cgtgtagaga cagagacgaa
    23521 aggcccagcc atgatgccca tctgccagtc ggcaaagcgg atcttgtaga ccatattgac
    23581 cggcaggcgg agcgagagat agctgctgct gtggcgtccg gtgatcatca tatcgtcaaa
    23641 gagatagaga tagttgtacg cgccgccctc actggcgacg gccagctccg ggacaatcga
    23701 aaagcgctgt gacagtggga tgtcaagcag tcccgcggcc tcaaatccga tgcgtccgcc
    23761 gtaggtcact tcctcgtcga cgatctgcgt gagctggttg tatgacagcc ctaggcgcac
    23821 cccagggatg atcttagctt gtgcggcgca ggtccagagc ccggccagga gaaggaggag
    23881 atactttttc atcgttagtc tcttgttact cgttatttat atacacaaaa gtagaccttt
    23941 cgcggcacgc acgctgcaaa cgcccccgca gccccccgtt tcgccccagc tcatccctgc
    24001 acaaaccccc gtggcattct atttcgcctc agcttacccc tgcaaaggcc ctacggacat
    24061 ctatttctcc tcaactcaca tccacgcagg ccccgcggcg ttctatttct cctcaactca
    24121 cccctgagag ggtcttgcgg acacctattt cgcctcagct cagccctgcg aagatctcgt
    24181 ggaggtctgt tttatgtcta aactgacagg ggaaggcccc acggactgcc attttgtctc
    24241 cgatcggctc cgcgcaggcc ttacggagta cgttggaagg ctttcggaat ttcccgaacg
    24301 attttatcta actattttag ccattcggaa agctccgaga cctatctata tgcttatcct
    24361 aatctccgga aaactccgaa gcatttatcc attatattat aagtcttcgg aatattccga
    24421 tcgattgaaa acatgatcct aatcctttcg ggaatctccg aaaagtataa attcaagatc
    24481 ctatctcttc gggaaactcc gaatagctac tttatttatt tcatatcgat cggaaaattc
    24541 cgaagacttg tattcctgta cttaattact tcggaaagtt ccgagtactt atatccatga
    24601 gtagtatatc ttcgggaagt tccggaatct tgtatttata agtagtattc cctcgggaag
    24661 ttccgaaagc ctccaaacgt accccgtaag gcctgcgcgg ggccgatcgg ggacaaaatg
    24721 gcagtccgcg aggccttccc ctgtcagttt agccacaaaa cagacctccg cgggacctac
    24781 acaaggccga tccgaggcga aatagaacgc cgcggaacct gcgcaggacg tttctggggc
    24841 ctgaccgtgc gacatggggc ccgcacgggc cgtatctttg ccgtcagaga atggattagc
    24901 aagcgactgt tgacaatgga tgattttgcg gcaatagatt ttgagacagc caacccgtac
    24961 cggagtagcg tgtgcagcgt gggggtggta gtggttcgtg cggggcgggt gacggattcg
    25021 ctctatcgac tgatccgccc ggagccgaat tattatatgt catggaatac gcgtgtgcat
    25081 gggctcacgg cggcggacac ggacagcgcg ccgacgtttc cggaggtgtg gcaggaggtg
    25141 gtgccgctga tcgggggact accattggtg gcgcacaaca gtccgttcga cgagagttgc
    25201 ctccgggcgg ccttcaagcg gtacgagttg gagtatccgg actatcggtt ttactgca
//
LOCUS       SEQF2634|AYYE01001149.1  936 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             94..204
                     /locus_tag="SEQF2634_01501"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTVEVKERTAKDYIRHMQESGLIELQKDNHYTLKK"
     CDS             201..407
                     /locus_tag="SEQF2634_01502"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEMKTKPDEPKYYDAFDVARILRIHHKTALIWGKKGMLPSVK
                     IGNRRYFPAEGILAFKKSENCNEK"
     CDS             complement(347..466)
                     /locus_tag="SEQF2634_01503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRKECNDYGAKVDCFCKTFYFSLQFSDFLNAKMPSAGK"
ORIGIN      
        1 gagcgacgca agacggccga gctgtcgctg atcgcccgcg aagtgttccg tgagcgtgac
       61 cgcctctcgc atgacgagct tcttcgattg atcatgcaga cagtagaagt aaaagagcgg
      121 accgctaaag actacatccg ccacatgcaa gagagcggcc tgatagagct acagaaagac
      181 aaccattaca cattgaagaa atgacgaacg agatgaaaac caaaccagat gaaccgaaat
      241 attacgatgc ctttgacgtg gctcgtatcc tgcgcatcca ccacaagacg gccctaattt
      301 gggggaagaa aggcatgtta ccctccgtca agatcggcaa ccgccgctac tttcccgccg
      361 aaggcatctt ggcgttcaaa aagtcggaga attgcaatga gaagtagaag gttttgcaaa
      421 aacaatcaac ctttgcgccg taatcgttgc actcttttcg agacatatgt atatcactga
      481 cagtattgca gcacggatcg aagacgctcc gcatggggag gtcttctttg tctctgactt
      541 ttcccgttcg ggaaatgacg tatttatcag tcgcgtctta tcgaggctcg tggatcaaaa
      601 gaaattagct cggctggcca ccggtgtata ctataagcct cgcgaaaccg atttcgggat
      661 ggtcaagccg agcatcgagc agatcgtccg cgccattgct aggcgagatc acgcacaaat
      721 catgccgacg gggcaaacag ctgaaaatcg cttagggcta tccacgcaga ttcccctgaa
      781 ccatgtgtat ttgaccaccg gatcagctcg aagcatcgta ttaggaaata cccggatcgt
      841 attcaaacgc agtgcaccga ggaactttgc ttacaaaggc aaattgatcc ctacactgat
      901 tcaagccatg aagtcgatcg gccgtggcaa cctgac
//
LOCUS       SEQF2634|AYYE01001150.1 7445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(82..705)
                     /locus_tag="SEQF2634_01504"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEHFKLTEETRVNEAGVTLHRIVATRDSRHAKAGEKGGFVAGT
                     YNVIDEAWVADEAEVWGAARLRDCALAFGHAQVFDHGCLIGQAEVGEYAKVFEVANIC
                     DTAKVGGNALVHGLDTYVCGAARFRNGADIKNTDDYIVYQGFDELGTLTAYRTTYGGA
                     MILFGWIAFTIDEFISRAEKCYSNNPVQLQAAHLMANLIRLRFRPNV"
     CDS             complement(768..1466)
                     /locus_tag="SEQF2634_01505"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKHFKLTEETRVNEAGVTLHRIEATRDSLHAKAGQLGGFVESE
                     DNLGGEAWVDNNAEVWGEALVFCHAYVGGLACVYGKARVLDNARVYGKAHIGDYACVG
                     KDARVYDNACVGGMAYVGGQAEVHERAEVYGITRIEGEAEVTGHAQMFGWANIGRRAL
                     VEHIGDYCVFQGFGQWKHDPLTAFREKNGEIGVLSGHYSETLEGFAAQIGDMPSGRTF
                     QAIVEVIKLNFNLN"
     CDS             complement(1529..2248)
                     /locus_tag="SEQF2634_01506"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERYFKLTEETIVNEAGRKLRQIECTRDFKFAQAGELGGFIEKE
                     ENLGSEAWVDEGAQVWGEAKVINGSVLRDNARVYGRSKVRNGSVIYGEARVYDYALVD
                     ACFVGGQAKVYGKSRLALGVTMADQAEVFGLASIESSSCLLHNASVSGRACLNYATVL
                     STDAYVTRNFDCCQFHNLCPEAGITSVYRTKSGALRVYHADEVYTLETFTKLIERADS
                     ESIFKQVYPAVLAVIKARFEL"
     CDS             complement(2278..2466)
                     /locus_tag="SEQF2634_01507"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILREPGAVTELAKAFQVTPQTVRLALNGVTQSDLAKRIRKR
                     ALDMGLKEKGTEQAIVLN"
     CDS             2584..3153
                     /locus_tag="SEQF2634_01508"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQLKERIEEVAKYKEVSIRQMESACQLKRGNLSNISKCGTIGL
                     DKASKILDAFPDISPDWLISGKGSMLRENYLKSTQNRILVGQGVNGDIHSNGIGDVNV
                     SNVSLGASNMYDRDPLTNQMERRKVESTPNRKQENQAEILIERNRTLEAEIEGLRSQL
                     NSKESTIKWLQGVVDSLTSKLPAPESLKF"
     CDS             3222..3794
                     /locus_tag="SEQF2634_01509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIAFIALSILLSFSAFSQKCKFARNDQDEFTGMRIIETFVIN
                     LKPVNMLSFKRCPYLIFLGFTQHGKGLYVCGVLSSLTPYYIEEDNCLYIKFEDDSILK
                     LQTKTGNFALDGTYNPSTGLTAFGVPNLYPATMDDVATFLEKKAVKVRIETSKGYYEE
                     ELTKKSSALLMETAKCFLYESRGIVEDDAN"
     CDS             complement(4510..4608)
                     /locus_tag="SEQF2634_01510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTNKTVEIYYLVDEFGALKTKCPKGNGGKD"
     CDS             4799..5089
                     /locus_tag="SEQF2634_01511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKELAFWGRSGIDTKTLQRFRVKSLSRFESVSNQGKSYTLRSTV
                     REPMFCYAMGAFVKVYRPFSTIRFLYAGNKTDDYIFGFEQLPNSSSPAARRM"
     CDS             5217..5708
                     /locus_tag="SEQF2634_01512"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDELYRLAGIYHTCILCVLHFVPNGIKLRGHIGSELQRKSAAI
                     LSIEKDDNPALSVVKALKVRDGSPLDVPIMLFWWDKQRDMHVSRGEKSEEERERRKTA
                     ELSLIAREVFRERDRLSHDELLRLIMQTVEVKERTAKDYIRHMQESGLIELQKDNHYT
                     LKK"
     CDS             5705..5899
                     /locus_tag="SEQF2634_01513"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNKMKTKPDEPKYYDAFDVARILRIHHKTALIWGKKGMLPSVK
                     IGNRRYFPAEGILAFKKQEK"
     CDS             6026..6829
                     /locus_tag="SEQF2634_01514"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVREWIRKREIGGMPTLTFGEVRQAFPNASEQVVKNELFRLSA
                     QKIIVSVYRGFYVIMPPHYAGRGVIPPHYYIDRLMAHQNKPYYISLLSAAALLGAAHQ
                     RPQKFFVTTVLPKPSVSPSKNNLLVWSYRKEIPSDFLLTKNSETGTIRYSNAELTAID
                     LIQYEQYIGGLSEAATVLAELSEGLDFRRVSGRLFDYTSQATLQRLGYVLGEVLLQTD
                     VADMLYEKLRAYAGRLRYVPLSTRSTEAMAAKNDRWKIDINMTIEPDDL"
     CDS             6826..7014
                     /locus_tag="SEQF2634_01515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDRASITQWAGRVSWNDPAQVEQDLIISRALVAIFSDEFLASQ
                     LAFRGGTALHKLYLSPQG"
     CDS             complement(7028..7444)
                     /locus_tag="SEQF2634_01516"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSVVLSPEMLDDSYAFKDWAGIKSIHRITRKRYDKRQGKETTE
                     MSYYISSIKDSKRIFRAIRDHWKIENQLHYMLDVYLGEDGWSKRAGEAAINMELMAKI
                     DLFILQRLKAKLGKSIPRVQMFLAKLNPLRLFELGL"
ORIGIN      
        1 cgattcgtac gtctttatct tatccatctt tttgtttgct ggttatgggc gccccggccg
       61 gggcgctcga gaggtggggt gttatacgtt aggtctaaac cggaggcgga tcaagttagc
      121 catcaggtgg gccgcttgca gctgcaccgg gttgttgctg tagcatttct ccgctcggct
      181 gataaactca tcaatggtga aggctatcca gccaaatagg atcatagccc ctccgtaggt
      241 cgttcggtaa gctgtcaatg tgcccagctc atcaaaacct tggtagacga tgtagtcatc
      301 cgtgtttttg atgtctgccc cgttccggaa ccgcgctgcg ccgcatacgt atgtatcgag
      361 tccgtgcacc agtgcgtttc ctccgacctt agccgtgtca caaatgttgg ccacctcgaa
      421 gaccttagcg tattcgccta cttctgcttg gccgatcagg cagccatggt caaagacctg
      481 cgcgtgtccg aaggccaaag cgcagtcgcg cagtcgcgca gcgccccaga cctctgcttc
      541 gtcagccacc cacgcctcgt caatcacgtt atacgttcct gctacgaagc cgcccttctc
      601 gcccgccttg gcgtgccgtg agtcgcgtgt ggccacgatc cggtgtagcg tgacgccggc
      661 ctcgtttact cttgtctctt ccgttagttt gaaatgctca tccatctttc tttctgtttg
      721 ggtttgtagg ttacgggcgc cccggccggg gcgcccgaga ggtggggtta gttcaggttg
      781 aaattcagct tgatcacttc tacaattgcc tggaacgtcc gtccgctcgg catatcgccg
      841 atctgggccg caaagccttc gagagtctcc gaatagtgcc cggagagcac gccgatctct
      901 ccattctttt cgcggaaggc cgtgagcgga tcatgtttcc actggccgaa gccctgaaac
      961 acgcagtagt ctccgatgtg ctcaacaagt gcccgtcggc cgatattcgc ccagccgaac
     1021 atctgagcat gccctgtgac ctctgcttcg ccttctattc tcgttatgcc atacacctcg
     1081 gcccgttcgt gcacctcagc ttgtccgccg acataagcca tcccaccgac acaggcgttg
     1141 tcgtacactc gtgcgtcttt tccgacacac gcataatcac cgatatgggc cttgccatac
     1201 acacgggcgt tgtcgagcac acgggccttg ccatacacac aggcgaggcc acccacgtag
     1261 gcatggcaga acactaaggc ctcgccccat acctccgcgt tgttgtccac ccacgcctcg
     1321 ccaccgaggt tgtcctcact ctctacgaag ccgcccagct gcccagcctt ggcgtgcagc
     1381 gagtcgcgtg tggcctcgat ccggtgcagc gtgacgccag cctcgtttac tcttgtctct
     1441 tctgttagtt tgaagtgctt atccatcttt ctttctgttt gggtttgtag gttacgggcg
     1501 ccccggccgg gacgcccttg tggttggttc agagttcaaa tcgtgcctta atcactgcca
     1561 gtaccgcagg gtaaacctgt ttgaaaattg actcgctgtc ggcccgttcg atcagcttgg
     1621 tgaaggtttc caaggtgtag acctcgtctg cgtggtagac cctgagagcg ccactcttcg
     1681 tccggtagac tgacgttata ccggcttccg ggcagaggtt gtgaaactga cagcagtcga
     1741 agttgcgcgt cacgtaagcg tccgtgctca gcaccgtggc gtaattcagg caggctcggc
     1801 ccgacacgct ggcgttatgc agcaggcagg aggagctttc tatgctcgct aacccgaaaa
     1861 cctctgcttg atcggccatc gttacgccga gagccagccg gcttttaccg tacaccttgg
     1921 cttgcccgcc tacgaagcac gcgtcgacca gtgcgtagtc gtacacccgg gcctcgccgt
     1981 agatcactga accgtttctc actttagagc ggccatacac ccgtgcgttg tctctcagca
     2041 ccgagccgtt gatcactttt gcctcgcccc acacttgggc tccttcgtcc acccaagcct
     2101 cgctaccgag gttctcttct ttctcgatga agccgcccag ctcaccggct tgggcaaact
     2161 tgaagtcgcg tgtgcactcg atctggcgca gcttccggcc ggcttcgttt acgatcgtct
     2221 cttctgttag tttgaaatac ctttccatct ttctttctgt ttgggtttgt tggttactta
     2281 gttcaatacg attgcttgtt cggttccttt ctctttcagg cccatatcca gcgcccgttt
     2341 ccggatccgc ttggccaggt cgctctgcgt tacgccgttc aaggctaatc tcaccgtttg
     2401 gggggttact tggaaggcct tagccaattc cgttactgcc ccgggttctc ttagaatctt
     2461 tcccatttct tcgttcgttt acttaatcct tatttttagc gcgcttttcg tttcgaaaag
     2521 cactgcaaat atgacacgta ttttcgacac accaaattaa tcgccaaata ttttcgacaa
     2581 gaaatggagc aactcaaaga aagaattgaa gaagtcgcta agtataagga ggtttcgata
     2641 agacagatgg aatctgcttg tcaacttaaa agaggcaact tgagcaacat aagcaagtgt
     2701 ggtaccatag gtttagataa ggcgtcaaaa atactcgacg cttttcccga tatatcgcct
     2761 gattggctga tatcaggaaa aggctccatg ctacgagaga actacttaaa aagcacgcag
     2821 aatagaatcc ttgtagggca aggcgtcaac ggagacatcc atagcaatgg tataggagat
     2881 gtgaatgtga gcaacgtttc attgggagca tcgaatatgt atgacagaga ccccttgact
     2941 aaccagatgg agcgaagaaa ggtggagagc actccaaata ggaagcagga aaaccaagct
     3001 gaaatactga tagaacggaa tcggacatta gaagcagaaa tagaaggttt aaggtcgcag
     3061 ctgaactcaa aggaatctac cataaaatgg ttacagggag ttgtcgactc gcttaccagc
     3121 aaactgcctg caccggaaag tctcaaattt taaggcatat acaccatctc caccctttag
     3181 atagttaaga atatgaatta cccaaacaaa atagtaagat catgaaacgt atcgcattta
     3241 tcgcattgtc catattattg tcattttccg ctttttctca aaaatgcaag tttgcgagga
     3301 acgatcagga tgaatttact gggatgcgca ttatagagac cttcgttatc aaccttaaac
     3361 cagtaaatat gctctctttt aaaaggtgcc catacctgat ttttttaggt tttactcaac
     3421 atgggaaagg gttatatgtc tgtggggttc ttagcagtct gaccccttat tatattgaag
     3481 aggataattg cttgtatata aaatttgagg acgactctat cctaaaactt caaacaaaaa
     3541 cggggaattt cgctttggat gggacgtata atccttcaac aggacttaca gcttttggcg
     3601 tacccaattt atatcctgca acgatggatg acgttgccac ttttcttgag aagaaagctg
     3661 tcaaagttag gatagagacc tcgaagggct attatgaaga agaactcacg aaaaagagca
     3721 gcgccttact gatggaaacg gcaaagtgtt tcttgtatga atcaagaggg atcgtagaag
     3781 acgatgcaaa ttgagtacag tccctatttg tccacaaaca cccacttttc cgttcctccc
     3841 cgttggacaa gtcgcaaaaa tcggcggttt ctgggcgtaa atcgttaatt cacagtgcag
     3901 agcaccatat tttggcaccc atgtttaaca ctgatttaac acgcgccaaa tcgtttttga
     3961 ccttttgcaa cgggtgttta accaaactcg cgacgcgatt ttgaccccag tttgacccca
     4021 gtttgacccc agtttgaaaa acatgcgact ttttgaacgg gtccgtggcg gttttgaaca
     4081 ttcaggcgtt tgggggcctt tttcggcctt tctgggtgtc tctctcagcc tccattcctc
     4141 cctgtttatc agtcgaataa gtgcataagg gagcgcgcct gaggccctta ttcagcccca
     4201 tgcgtacacc ctcgctccct gcactcccgt cagcaagccc tttcaaacac ccccaaaatc
     4261 ctctcaaacc cgcctcacaa gcggtttttg accccttcct cgtccctttc cccctcaccc
     4321 attcaaacgc ccctcaaacg gcgcttaaac gcccttcaaa cccgcatcag taaagcgttt
     4381 gcaagcagat gtcgcgttcg ggcacaaaaa aaggccctcc gcaggcccaa aacgtaaagc
     4441 agatgtaaag caaacgtcaa gctcttggac aattcgtttt gcaccccttt ttctgtatct
     4501 ccctatctct cagtcttttc ccccattccc ctttggacac ttcgttttga gggccccaaa
     4561 ttcgtctacg agatagtaga tctctacagt tttattggtg ggaatcatta ttgggtttgc
     4621 tccttgtttt caactcatta aagatacaat cctctctctt gactcccaac tctttttgcc
     4681 ccttttctta cgtcgaactc acgttaattc cagatcggtt gctccgcccc gaccgtcaga
     4741 gcacgagaat actccctgga ataaagggca attcagcctc gtcgagcaat cgtacaggat
     4801 gaaagaattg gccttttggg gacgttccgg tatcgacaca aagaccttgc aacgcttccg
     4861 ggtgaagtcg ctttcccgtt ttgaatccgt ctcgaatcag ggaaagtcct acaccctccg
     4921 ttccacagtg agagagccga tgttctgcta cgcaatggga gcgtttgtca aggtgtatcg
     4981 cccattcagc accatacgtt tcctgtatgc agggaacaaa acggatgatt acatcttcgg
     5041 ctttgagcag ctccccaaca gttcatcacc ggcggcgaga aggatgtgat gtcgctggcc
     5101 gcacatggct ttcacgcgat ctgtttcaac agcggcatgg cagcatccat cttgttgtca
     5161 tcgacggcat cgccgacctg atccgttcag ccaatgacga agccgagagc atcgctgtgg
     5221 tggacgagct ctatcggttg gcgggcatct accacacgtg tatcctttgc gtactccact
     5281 tcgtccccaa cggcatcaag ctacgcggac acatcggctc ggaactgcaa cggaagtcgg
     5341 ccgccatcct gtcgatcgag aaggacgaca acccagcgct gtcggtcgtg aaggcgctga
     5401 aggtgcgcga cggcagtccg cttgacgtcc cgattatgct tttttggtgg gataagcagc
     5461 gtgacatgca cgtctcccgc ggcgagaaat cggaagaaga gcgtgagcga cgcaagacgg
     5521 ccgagctgtc gctgatcgcc cgcgaagtgt tccgtgagcg tgaccgcctc tcgcatgacg
     5581 agcttcttcg attgatcatg cagacagtag aagtaaaaga gcggaccgct aaagactaca
     5641 tccgccacat gcaagagagc ggcctgatag agctacagaa agacaaccat tacacattga
     5701 agaaatgacg aacaagatga aaaccaaacc agatgaaccg aaatattacg acgcctttga
     5761 cgtggctcgt atccttcgca tccaccacaa gacggcccta atttggggga agaaaggcat
     5821 gctaccctcc gtcaagatcg gcaaccgccg ctacttcccc gccgagggca tcttggcctt
     5881 caaaaagcag gaaaagtgag ctgtcgatga aaagaatgat cctttggaag gggatgcgat
     5941 ccatgcctgt gtccccgtct cttttgcgcg aaattggcgc aatagtaatc aggccacgat
     6001 tacctttgcc tcaaaacgaa cccatatgac agtcagagaa tggatcagaa agcgggagat
     6061 cggcgggatg cccacgctca ctttcgggga ggtgcgccaa gccttcccca acgcttcgga
     6121 gcaagtcgtc aagaacgaat tgttccggtt gtctgcgcag aaaatcatcg tatccgtata
     6181 ccgcggattt tatgtgatca tgccgccgca ctatgccggc cgaggcgtca tcccgccgca
     6241 ttactacatc gatcggctga tggcccatca aaacaagcct tactacatca gcctgctcag
     6301 cgcagcggca ttgctggggg ctgcgcacca acggccgcag aagttttttg tcaccaccgt
     6361 tttaccgaag ccttcggtgt ccccttctaa aaacaacctg ctggtgtggt cgtatcgcaa
     6421 agagattccg tcggactttt tgctgacgaa gaactcggag acaggcacaa tccgctactc
     6481 caatgccgaa ctgacggcca tcgatctgat acaatacgag caatatatcg gcggtctatc
     6541 tgaggcggcg acggtcttgg ccgagctgtc ggaggggctg gacttccgtc gtgtctcggg
     6601 gcggctgttc gactacacct cgcaagccac cctccaacga ttggggtatg tcttaggaga
     6661 agtcttgctg cagacggatg tggccgacat gctgtatgag aagctacgtg cgtatgccgg
     6721 aaggctacgg tatgtaccgc tgtccacgcg cagcacggag gcgatggcgg caaaaaacga
     6781 tcgctggaag atcgacatca atatgactat cgagccggac gacctatgat agaccgcgca
     6841 tccatcacgc aatgggccgg ccgggtgtcc tggaacgatc ccgctcaagt ggagcaagat
     6901 ctgatcatct cccgcgcact ggtggccatc ttcagcgacg agttcttggc ctcgcagctt
     6961 gcctttcgcg gaggcacggc gctgcacaaa ctgtacctct cgccccaggg ctgacgcata
     7021 atccgaacta tagccccagt tcgaagagtc gcagaggatt gagcttggct aagaacatct
     7081 gcactcgtgg aatcgactta ccgagctttg cttttagacg ctgtaggatg aaaagatcga
     7141 ttttggccat gagctccata tttatggccg cctcccccgc acgcttgctc caaccatcct
     7201 ctccaaggta aacatcaagc atgtagtgaa gctgattctc tattttccag tggtcgcgga
     7261 tggcgcggaa aatacgcttg ctgtccttta tagagctgat gtaataggac atctctgtag
     7321 tctctttacc ctggcgcttg tcgtaacgtt tgcgcgtgat ccgatgaata ctcttgatcc
     7381 cggcccaatc tttaaaggcg taggaatcat cgagcatttc cgggctcaag actacgcttt
     7441 tcatc
//
LOCUS       SEQF2634|AYYE01001151.118534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..18534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             64..765
                     /locus_tag="SEQF2634_01517"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEEVAVVGDADDGAGVLLEVLLEPVDGLGVEVVRGLVEEEDVG
                     LLEEQAAEGHATAFAAGKRVHDAVFGRAAQGVHGALETAVKVPCVEGVNAVLQLRLTV
                     HQGVHFVRVFEHFGVAKAFVDFLEFLEQVDRLADALLDDLLNRPPGLQMRVLLEVAHG
                     VSGRKDDFALIVFVESGDDLEQGGFAGAIESDDANLGAIEEGEVDVFQHLFLGREGFA
                     HAHHREDDFLVVSHK"
     CDS             complement(1451..2800)
                     /gene="pgi"
                     /locus_tag="SEQF2634_01518"
                     /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="MNPLQLDFTKAFGPAADERLEAIRPEAEKSLRTLYEGTGAGNDF
                     LGWLHLPSSITDAQLTDIEQTAERLRACQAVVVIGIGGSYLGARAVIEALTDSFDALR
                     TGADRTHPVILYAGNQIGEDYLSELCDLLRGRDFGIINISKSGTTTEPAIAFRILRSL
                     LEENVGAAAAKERIVAVTDRARGALRTLADREGYKTYVIPDDVGGRYSVLTPVGLLPI
                     AVAGIDIRALVRGAVEMERAVGPDVPFDRNPALRYAAARQTLYREGKKIEILANFHPK
                     LHYVGEWWKQLYGESEGKDHRGLFPAAVDLTTDLHSMGQWIQQGERTIFETVVSIDAP
                     ERTLSVPTDADNLDGLNYLAGRRVDEINKMAELGTRLAHASGGVPNIRVSIPRLTADH
                     LGRLLYFFEAACGISGYLSGVNPFDQPGVEAYKSNMFALLDKPGFEAESRAIRAQLG"
     CDS             2832..3131
                     /locus_tag="SEQF2634_01519"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGELRSEKLKAKNMGGGCGRQRKFTKYPAIFSFSFFVLLECFCH
                     ATDGELRSEKLKVKNLGGVAAAASGSLPSIRPFLAFRFSFYLNVSVMRRMTAWGD"
     CDS             complement(3083..4081)
                     /gene="gpsA"
                     /locus_tag="SEQF2634_01520"
                     /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
                     KQTKHNPSYLSAVTFDTERIHFSTDINEIVDRSDLLIFATPSPFFKNHLKQLRVPLRD
                     KTILSAIKGLVPDENMLITDYLAECYQVPLDRLAVIAGPCHAEEVALGRLSYLTLACK
                     DLDRARALAPIFTNDFMRTSCSRDVRGMEYASVLKNIYAIVAGICHGMKYGDNFQAVF
                     ISNAIKEMQRFLGSAHTLPRDISDSAYLGDLLVTAYSRYSRNRTFGSMIGKGYSVKTA
                     QLEMEMIAEGYYGAKCIYEINERYQVDMPILDTLYAILYERQSPQAVIRRMTETFK"
     CDS             complement(4115..5851)
                     /gene="lysU"
                     /locus_tag="SEQF2634_01521"
                     /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
                     TVFKKLLDIGDFVGIRGFVFRTQMGEISVHAQELTVLSKSLRPLPVVKEKDGVVYDGF
                     TDPEQRYRQRYVDLVVNTDVKQIFIKRSKVYASMREFFNARGYLEVETPILQSIPGGA
                     AARPFVTHHNALDIDLYLRIADELYLKRLIVGGFEGVYEFSKDFRNEGMDRTHNPEFT
                     AMEIYVAYKDYNWMMQFTEQMLEKVSRDVNGTTEVEVDGRTISFKAPFRRVTMTDAIR
                     EHTGVDITGMDEEALRAVCRQLEIEVDETMGKGKLIDEIFGEKCEKHYIQPTFITDYP
                     IEMSPLCKRHRNNPELTERFELMVNGKELCNAYSELNDPIDQLERFQEQLRLSEKGDD
                     EAMFIDMDFVRALEYGMPPTSGMGIGIDRLVMLLTGQTTIQEVLFFPQMRPEKTVRKD
                     APEKYAPLGVPAEWVPAVQKAGYPTADMLAGANAQLLRRALFDLNKKYALGLELPSPE
                     AVEAWTRKPDEA"
     CDS             complement(5967..7232)
                     /gene="pncC"
                     /locus_tag="SEQF2634_01522"
                     /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="MTAEIITIGDELLIGQVTDTNSVWISQALEDHGFRVMRKQTVGD
                     DEPEILRALRESEQRVDVVLLTGGLGPTKDDVTLNALCKHFDTARHFSTEVHEHNQQL
                     FAERGVEMNDLTRDQAMVPDNATVIINEVGTAPCTWFERRGCMVISMPGVPMEMKWLM
                     TNRVIPRLQEYYGRKAGIAHRTCWVTGYTESALAMALAEFERDLPDEVRLAYLPQPGL
                     IRLRLSAYCSPQAVADRVADVLRLRLRTILKEHIIAEEDLPIEALLGRRLQAAGLTVG
                     TAESCTGGAIAAAITSVAGSSAYFKGGIVSYTDEVKRRTLGVSAADLESVGAVSQPVV
                     EQMARGAREALGCDLAVATSGFAGPSGGTPKAPVGTVWIAVATPSAVVSKEYHFGAAR
                     DHNISRAVNMALLMLFEKAAVPEVQAPTA"
     CDS             complement(7458..7763)
                     /locus_tag="SEQF2634_01523"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDYIYSYLYHFSPCIALVFIAGSGREGCYPLFFCAYPSEEWGE
                     VRREPSVRFLEATRENRKRFGSLYRTIARNETVSADCIVQSREMKPFRPIVSYNHEK"
     CDS             complement(7918..9057)
                     /gene="susE"
                     /locus_tag="SEQF2634_01524"
                     /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
                     KMEVDASEIAVAQTTLAVKKGVKEDKFPFTSKLYVRLKAALTSGKGEVYSNVISINAR
                     THFALTPAAVPSTMNVIGSTKGIGEWNWAGSVPMVQTWAKDGTFWRILYFEAGTSMKF
                     NVEKKFDGGEFGSSAKLVDNASAGLSDDGGNLKVANAGWYLVVIKTTAQGRDLKYTVS
                     FEKPNVYLIGDVSVGGKWEITAENLFTVPTTADGWFVSPALAAAGEVRMCVKIEGEDW
                     WHSEFIVLAEGEILYRGAGGDQDRSKQSAGRKVYLNFMTGKGEYK"
     CDS             complement(9085..10677)
                     /gene="susD_2"
                     /locus_tag="SEQF2634_01525"
                     /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="MELKMKRNKITAWVAACAILISASGITSCVGDLDVEPIDSSVTT
                     TFDQNKVFTKIYATLGLTGLEGPNGAGDLSDIDEGASDFTRLIWNLNELPADEAHCSW
                     IDGGIPELVHGTWDASHGYITGLYYRLYFDITLCNFFLEQTEGKTDAESVTQRAEARF
                     IRALNYYYLIDLYGKVPFVTTVSNEKPSQVERAELFKFIEKELLEASETMKDPRTNTY
                     GRADKAAAWLLLARLYLNAEVYTGAPQWAKAAEYAQKAINSAYSLCPVYKHLFMADNN
                     GSSVNKANTEIILPILQDGATTRNFGGSFFLIASTRETKDMPAFGSTDGWSGNRCRPQ
                     LVSKFFPNGNAPTAGDADAMTKAANDDRALFFSKGRSLSIDVESEFTNGYSFVKYSNL
                     RADGTTTHDSKFTDTDVPFMRLAEAYLTYAEAEVRRNGGPTAAATEAINTLRKRAHAK
                     TETSYTLSNILDEWAREFAFEGRRRSDLIRFNRFAGNADYTWQWKGGAKDGMALSRHL
                     NLYPIPTNDLNANSNLKQNPGY"
     CDS             complement(10693..13737)
                     /gene="susC_11"
                     /locus_tag="SEQF2634_01526"
                     /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
                     KDASATAIYGSRASNGVIIITTKKGSVEGGKARLRVAYDGNVSMSNVKNTLDMMDADT
                     YRARIRSQYGEESNAYKALGTANTDWQKEIYRTALSTDHNVSVFGGLGTMPFRMSVGY
                     TNQNGILKTSSFNRYTASLNLSPSFLGGMLKMNGNLKGMYAESRFADVGAVGAATQMD
                     PTHSVRDAGETYQKYFGGFFQWTNDGKSLNDPTWLLTNNSLAPANPVSLLEMKDDRAK
                     SQSLVGNIEVDYKFHFLPDLRFHANGGMDLSSGKQTTDVDPQSYSNNYYGSYGYEKID
                     KYNLSFNSYFQYMKSVGVHSFDAMVGYEWQHFHRKGHNRYAGIYPQTNAVNPGKEYSP
                     SSKEWASENFLVSFFGRLNYTLADKYLFTATVRRDGSSRFHKDHRWGTFPSFAFGWKM
                     KEEGFLKDVDALSDMKLRLGYGVTGQQNIGSDYSYFASYTASKNYAYYPIGYGDGESY
                     RPDAYNKNLKWERTTTYNAGVDYGFLNGRLTGSVDYYFRRTDDLINDVFVSAGSNFKN
                     KLLGNIGSLENRGVEFTVNAKPIVQKDFTWDLGLNFTYNDAKIVKLIDSDDPNYKVET
                     GGITVGTGGTVQAHTVGHPAYAFYVYQQVYDEKGKPIENTFVDRNGDGIINGHDKYYY
                     KKPTADVLIGLSSKFVYKAWDFSFTLRASLNNYVYNNVEANASNMSALYAPSGFLINR
                     PNMVLENNFKGEGNYYMSDYFVQNASFLKCDNITLGYSFNLKKIGSGRVFAAVQNVFT
                     VTKYKGLDPELVTGSGTGTNYGIDRDFYPRPLTSLVGLTLNF"
     CDS             complement(13812..15929)
                     /gene="susB"
                     /locus_tag="SEQF2634_01527"
                     /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="MMNRIQSVLLSLSFLMMSAWGLQAEDLKSPNGRLLMHFEVDGMG
                     CPVYTLSYKGKPVIKRSRLGLEAEGFSLREGFQLQKAETATFDETWKPVWGEVSSIRN
                     HYNELAVTLHQPKDDRTIRIRFRLYDDGLGFRYEFPEQKNLVYFVIKDEYSEFAMAGD
                     HKAFWIPGDYDTQEYDYTESHLSEIRKLMKAAVTFNTSQTPFSPTGVQTALMMKSADG
                     LYINLHEAALVDYPCMSLELDDKTMTFRSWLTPDAQGKKGYMQTPCQSPWRTIMVSDD
                     AREILASKLTLNLNEPCALKDVSWIKPVKYIGVWWEMITGKSTWAYTNDLLSVHIGVT
                     DYTKVKPNGTHAANNDKVRRYIDFAAKHGFDQVLVEGWNIGWEDWFGHSKDYVFDFLT
                     PYPDFDIKALNEYAHSKGVKLMMHHETSASIRNYERHMEEAYQLMNKYGYNAVKSGYV
                     GNIIPRGEHHYGQWMINHYLYAVKKAAEHHIMVNAHEAVRPTGLCRTYPNLIGNEAAR
                     GGEYESFGGNKPFHTTILPFTRLMGGPMDYTPGIFETRIKNVNPENNSFVHSTLARQL
                     ALFVTMYSPLQMAADLPENYERFMDAFQFIKDVAVDWDDSKYLEAEPGRYITVARKAK
                     GTNNWFVGCTASENGHMANISFDFLDPKRKYTATIYADGPTAHYEKNPQAYTIKKMTV
                     TNKSRLTLRAASGGGFAISIIEQ"
     CDS             complement(16093..16734)
                     /locus_tag="SEQF2634_01528"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRQGRGKEPAGLRLSPVGAIWGAYSIRPYRQGWRLVFLSPFLS
                     LMKEKEAKENQGVRDASQICRVRDVSMWCTRPFFPAPAGAVRDASQIYRVPAGDARDT
                     APIRHIRPIFPGLGRGLDLLLPSFLLSREEKKVLADLCLSPIGAIWGAYAIRPYVGGC
                     APTPPAGAAYVLRPLTVLCDPLYKCAGRLRVLVGWGRGVMGRVWGLNDLHIIY"
     CDS             complement(17186..18175)
                     /locus_tag="SEQF2634_01529"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEGVEVKKIGTTKLDNALHVKYHDAMYGFVVEFDLPKLGIPEE
                     LRDEWKGSIDTEKENNLESQASANSELLIKKNDERDRLLKYIFGAVRNGQLSPEKDKE
                     EAATRLSIVMNPYAGIRKESFDRETAHVDGLIKDLKKTENAADASKLGLSSDIAKLET
                     VNKEFDTIYNDRSKKWADNKLPKTTDVRNRTDAIFERILLVLQYKYVYGATPVEPELI
                     AKLIARFNKRAEEIDASYKQGLALRKAAAEKRKQNPNAPKEPKKPKEPKPKKPEKDNK
                     EPDIRLPETEEPKKPDQPKKPEGGGTPGGGEKPKQPEAGGGEGGNPDIHLPEE"
ORIGIN      
        1 ggagtagttg ccacgccagg ggatgccctc gccgcggtca agctcgagga tccaaccggc
       61 gacgtgatcg aggaagtagc ggtcgtgggt gatgcagatg acggtgccgg cgtactgctg
      121 gaggtgctgc tcgagccagt cgatggactc ggcgtcgagg tggttcgtgg gctcgtcgag
      181 gaggaggacg tcgggctgct ggaggagcag gcggcagagg gccacgcgac ggcgttcgcc
      241 gccggaaagc gtgtccacga tgcggtcttc gggcgggcag cgcagggcgt ccatggcgcg
      301 ctcgagacgg ctgtcaaggt tccatgcgtc gagggcgtca atgcggtctt gcagctccgc
      361 ctgacggttc atcagggcgt ccattttgtc cgggttttcg agcacttcgg ggtcgccaaa
      421 gcgttcgttg acttcctcga attccttgag caggtcgacc gtctcgcgga cgccctcttg
      481 gacgatctcc ttaaccgtcc gcccgggctc cagatgcggg tcttgctcga ggtagcccac
      541 ggagtatccg ggcgaaaaga cgacttcgcc ttgatagtct ttgtcgagtc cggcgatgat
      601 cttgagcagg gtggatttgc cggagccatt gagtccgatg atgccaatct tggcgccata
      661 gaagaaggag aggtagatgt ttttcaacac ctgtttttgg ggcgggaagg ttttgctcac
      721 gcccaccata gagaagatga ttttcttgtc gtcagccata agtaatgatg gttacggggt
      781 agtttgagtg tgatcgatag tcatgcggcc tcggcctgat ccgctgtaaa cacccaaccg
      841 cttctgcatt gtagctgcat aagcggttgt gcataatagc aagcggtgaa atgtgcctca
      901 gaatctgatt ctggggcttt gcagaccctt gcaatggctc agaatccgat tctggaggtt
      961 tgcagactct tgcaatggcc tagaatctga ttctggggct ttgcagagcc ttgcaatggc
     1021 tcagaatctg attccggggc tttgcagacc gttgcaatcg ctcagaatct gattctggag
     1081 ctttgcagac ccttgcaatg gctcagaatc tgattctggg gctttgcaga accttgcaat
     1141 cgctcagaat ctgattctgg ggctttgcag acccttgcaa tcgctcagaa tctgattccg
     1201 gggctttaca gaccgttgca atcgctcaga atctaattcc ggggctttgc agaccgttgc
     1261 aatcgctcaa aatctgattc tgggactttg cagagcctgc aattcgtcta caacccggtt
     1321 ttgagccttt gcagagcctg caattcgtct acaacccggt tttgggacat tgcagagcct
     1381 gcaattcgtc tacaacccgg ttttgggaca ttgcagaacg tgcaacgcgc ctaaaaccgg
     1441 gttttgagta tcaccccagc tgcgcacgga tggcacgact ctcggcctcg aagccgggct
     1501 tgtcgagcag ggcgaacata ttgcttttgt aggcttccac gccgggctga tcgaaggggt
     1561 tgacgccgga gaggtagccg ctgatgccgc aggcggcctc gaagaagtag agcaggcgac
     1621 cgaggtggtc ggccgtgagg cgcgggatgg agacgcgaat gttgggtacg ccaccggagg
     1681 cgtgggccag gcgggtgccg agctcggcca tcttgttgat ctcgtccacg cggcggccgg
     1741 ccaggtagtt cagcccgtcg aggttgtcgg cgtccgtggg gacggagagc gtgcgctcgg
     1801 gggcgtcgat cgaaacgacc gtctcgaaga tcgtccgctc gccctgctgg atccactggc
     1861 ccatagagtg aaggtcggtg gtgaggtcga cagcggcggg gaagaggccg cggtggtcct
     1921 tgccctcgct ctcgccgtag agctgcttcc accactcgcc aacgtagtgc agcttggggt
     1981 ggaaattggc caggatctcg atcttcttgc cctcgcgata gagcgtttgg cgggcggcgg
     2041 cgtagcgcag ggcggggtta cggtcgaagg gcacgtcggg gccgacggcg cgctccatct
     2101 cgacggcgcc acggacgagg gcgcggatgt cgatgccggc cacggcgatg ggcagcagcc
     2161 cgacgggcgt gaggacggag tagcgtccgc cgacgtcgtc cgggatgacg taggtcttgt
     2221 atccctcgcg gtcagccagc gtgcggaggg cgccccgggc acggtcggtc acggccacga
     2281 tgcgctcctt agcggccgcg gcgccgacgt tctcctcgag caggctgcgg aggatgcgga
     2341 aagcgatggc cggctcggtc gtggtgccgg atttggagat gttgatgatg ccgaagtcgc
     2401 gtccacggag caggtcgcaa agctcgctga ggtaatcctc gccgatctgg ttgccggcat
     2461 agaggatgac ggggtgcgtg cggtcggcgc cggtacggag cgcgtcgaag ctgtccgtga
     2521 gggcttcgat cacggcgcgt gcgccgaggt agctgccacc gatgccgatc actacgacag
     2581 cttggcaggc gcgcagcctc tcggccgtct gctcgatgtc ggtcagctgg gcgtcggtga
     2641 tggaactggg caggtggagc cagccgagga agtcgttgcc ggcgccggtg ccttcataaa
     2701 gggttcggag actcttttcg gcctctgggc ggatggcctc gaggcgctca tcggccgctg
     2761 ggccgaaggc tttggtgaag tctaattgaa gggggttcat gggagctaaa aactaaaaat
     2821 gaaaaactaa aatgggggaa ctcagaagcg aaaaactaaa agcgaaaaac atggggggtg
     2881 gctgcggccg ccagcggaag tttaccaagt atccggccat ttttagcttt tcgtttttcg
     2941 ttctacttga atgtttctgt catgcgacgg atggggaact cagaagcgaa aaactaaaag
     3001 tgaaaaactt ggggggggtg gctgcggccg ccagcggaag tttaccaagt atccggccat
     3061 ttttagcttt tcgtttttcg ttttacttga atgtttctgt catgcgacgg atgacggcct
     3121 ggggcgactg acgctcgtag aggatggcgt acagggtgtc gaggatgggc atatcgactt
     3181 gatagcgctc attgatctcg tagatgcact tggcgccgta gtacccctcg gcgatcatct
     3241 ccatctccag ttgtgccgtt ttgacagagt agcccttgcc gatcatggag ccgaaggtgc
     3301 ggttgcggct gtaacgcgag taggccgtca cgagcaggtc gcccaggtag gccgagtcgg
     3361 aaatgtcgcg cggcagcgta tgggctgagc cgaggaagcg ctgcatctcc ttgatggcat
     3421 tcgagatgaa gaccgcctga aagttgtcgc cgtacttcat gccgtggcag ataccggcca
     3481 caatggcata gatattcttc agcaccgagg cgtactccat gccgcggaca tcgcggctgc
     3541 aggaggtacg cataaagtcg ttcgtgaaga tcggggcgag ggcccgcgcg cgatcgaggt
     3601 ctttgcaggc cagcgtgagg tacgagaggc gtccgagggc cacctcctca gcgtggcacg
     3661 gcccggcgat gacggccaat cgatccagag gcacttggta acactcggcc agatagtccg
     3721 tgatgagcat gttctcgtcc ggcacgaggc ccttgatggc cgagaggatc gtcttgtcgc
     3781 gcaggggcac gcgcagctgc ttcaggtggt tcttgaagaa gggcgatggg gtggcgaaga
     3841 tgagcaggtc ggagcggtcg acgatctcgt taatgtcggt cgagaaatgg atgcgctccg
     3901 tgtcgaacgt cacggcggag aggtacgagg ggttgtgctt cgtctgcttg aactcctcga
     3961 tgacctcctg ccgacgcatg taccaattca tctccggctg gttcgagagc acgatcttgg
     4021 ccaacgccgt ggcccagctt ccgccgccca tgatggcaat ctttccgggg aaattttcca
     4081 tgtcgatctt gttttgttta cgggttacgg ggggttacgc ctcgtccggc ttgcgggtcc
     4141 acgcctcgac ggcttccggc gagggcagct ccagcccgag ggcatatttc ttattcaaat
     4201 cgaagagggc gcggcggagc agttgcgcgt tggcgcctgc cagcatgtca gccgtgggat
     4261 aacccgcctt ctgcacggcc ggcacccatt ccgcgggcac accgagcggt gcgtatttct
     4321 ccggtgcatc cttccgcacg gtcttttccg gacgcatctg cgggaagaag agcacctcct
     4381 gaattgtcgt ctggcccgtc agcagcatca ctaagcggtc aataccgata cccataccac
     4441 tcgtcggggg cataccgtac tccagtgcgc ggacgaaatc catatcaata aacattgcct
     4501 cgtcgtcgcc cttctcgctc agtcgcagct gctcctggaa gcgctccagc tggtcgatcg
     4561 ggtcgttcag ctcagagtag gcgttgcaaa gctccttacc gttcaccatc agctcgaagc
     4621 gttcggtcag ctcgggattg ttgcggtgac gcttgcagag gggcgacatt tcgatggggt
     4681 aatcggtgat aaaggtgggc tggatgtagt gtttctcgca tttctcgccg aagatctcgt
     4741 cgatcaattt gcccttgccc atcgtctcgt ccacctcaat ctccagctga cggcagacgg
     4801 cgcgcagggc ctcttcgtcc atgccggtga tgtctacgcc ggtgtgttcg cggatggcgt
     4861 cggtcatggt gacgcgtcgg aagggcgcct tgaagctgat cgtccggccg tccacttcga
     4921 cctccgtcgt gccgttcaca tcgcggctca ccttctcgag catctgctcg gtgaactgca
     4981 tcatccagtt gtaatccttg taagccacat agatctccat cgccgtgaac tctgggttgt
     5041 gcgtgcggtc catgccctcg ttgcggaagt ctttcgagaa ctcatagacg ccctcaaagc
     5101 cgcccacaat aaggcgcttc aggtaaagct cgtcggcaat gcggaggtag agatcgatgt
     5161 cgagcgcgtt gtggtgtgtc acgaaagggc gggcggcggc gccaccgggt atggattgca
     5221 ggatgggcgt ctcgacctct aagtatccgc gggcgttgaa gaactcgcgc atagaagcgt
     5281 agactttact gcgcttgata aagatctgtt tcacgtccgt attgacgacc aagtcgacgt
     5341 aacgctggcg atagcgctgt tcggggtcgg tgaagccatc atagactacg ccgtctttct
     5401 ccttgaccac gggcagcggt cggagcgatt tagagagcac ggtcagctct tgcgcatgga
     5461 cggagatctc gcccatctgc gtgcggaaaa cgaagccgcg gataccgacg aagtcgccga
     5521 tgtcgagcag ctttttgaat acggtgttgt atagttccgt gtcggatgga tcggggcaga
     5581 tgtcgtcgcg ggtgacgtag acttggatgc ggccggtgga gtcttgtagt tccatgaagg
     5641 aggccttgcc catgatgcgt cggctcatga tgcggccggc aatagagacg gtgcgcggct
     5701 cggcgtcgtc cttaaattgg gtcttgattt cgtcggcata gccgtccacg gtgtactccg
     5761 cagcggggta cggatcgatg tgcatttcgc gcaaccggtc gaggctgcca cgccggatga
     5821 tttcttgttc gcttaactct aatacgttca ttctttatta atgggtaatg gtttatctgc
     5881 gggcaaaagt aggaatatgc ctgtgtagcc attttctgcg gcttcacctg tcgaccgtcc
     5941 gcctccgctt gtcgcccccc ggattctcac gccgtgggcg cctgcacctc aggcacggcg
     6001 gccttttcga agagcatcag tagcgccatg ttgacggcac ggctgatgtt atgatcgcgg
     6061 gctgcaccga aatggtattc cttggagaca accgcggaag gcgtagccac ggcgatccaa
     6121 acggttccga cgggtgcctt cggcgtgccg ccactcggcc ctgcgaagcc cgacgtggct
     6181 acggccaaat cgcaacccaa ggcctcacgt gcaccgcgtg ccatctgctc cacgacgggc
     6241 tgactgactg cgcccacgct ttcgaggtcg gcggcggaga cacccagcgt gcggcgcttc
     6301 acctcgtcgg tgtaagagac aatgccgcct ttgaaataag ccgaactgcc ggccacggac
     6361 gtgattgccg cggcgatggc gcccccggtg cagctctcgg cggtgccaac cgtcagccct
     6421 gcggcttgca accggcggcc caagagagct tcgatgggaa ggtcttcctc ggcgatgatg
     6481 tgctctttca ggatggtgcg gaggcggagg cgcagcacgt cggccactcg atcagccacg
     6541 gcttgtggcg aacagtaggc cgagagtcgg aggcggataa gccccggttg aggcaggtaa
     6601 gccagccgca cttcatcggg caaatcgcgc tcaaattcgg ccaatgccat cgccagagcg
     6661 gactccgtgt agcccgtgac ccaacaagtg cgatgggcaa tgccggcctt gcgcccatag
     6721 tactcctgaa gtcgggggat cacgcggttc gtcatcagcc acttcatctc catcggcacg
     6781 ccgggcatgg aaatcaccat gcagccccgg cgctcgaacc aggtgcaggg cgccgtgccc
     6841 acttcgttga tgatcaccgt ggcgttgtcg ggcaccatcg cctgatcacg cgttaagtcg
     6901 ttcatttcta cgccgcgctc cgcaaatagc tgttgattgt gttcgtgcac ttcggtcgag
     6961 aaatgcctcg ccgtgtcgaa gtgtttgcaa agcgcgttga gggtcacgtc gtccttggtg
     7021 ggccccagtc ctccggtcag gagcaccacg tccacgcgtt gctcagactc gcggagggcg
     7081 cggagtatct ctggctcgtc gtcgcccacg gtttgtttac gcatgacacg gaatccgtgg
     7141 tcttcaaggg cttgactgat ccacaccgaa ttggtgtcag tcacttgtcc gatcagcaat
     7201 tcgtcgccga tcgttataat ttctgcggtc atatagttag attgttatcc caaaaaaatc
     7261 gctcaaaaat agggcgatgt cggggttaac acatcaaagt ttagcgattg tacgatacaa
     7321 tcggccgaaa cgatttcatt tctcgtgatt gtacgataca atcggccgaa acgatttcat
     7381 ttctcgtgat tgtacgatac aatcggccga aacaaaaaaa taatggcgat tgtacgatac
     7441 aatcggccga aacgatttca tttctcgtga ttgtacgata caatcggccg aaacggtttc
     7501 atttctcgcg attgtacgat acaatcggcc gaaacggttt catttctcgc gattgtacga
     7561 tacaatgagc cgaaacgttt ccgattctcg cgggttgcct cgagaaatcg tacgctgggc
     7621 tcacgtctca cctcccccca ctcctcagac ggataggcac aaaaaaacag cgggtagcaa
     7681 ccctcccggc cactacccgc gataaaaacc agtgcaatac atggagaaaa atgatagaga
     7741 tatgaataga tgtagtcaac catgtatcta ttggttatgg ttacttgtcc tgcacctgat
     7801 ccatcgtgtc ggtgaggcgg ccgtgaaacc gtcgtcacct gcggtgcata caataagatg
     7861 aaggccggga ggatgtgtcg gagtgaaaaa ctccgcgcgc ccccccggcc tgctcaatca
     7921 tttgtattcg cctttgccgg tcatgaagtt caggtagacc ttccgcccgg cgctctgctt
     7981 cgagcgatcc tggtcgccac ccgcgccgcg gtagaggatc tcgccctcgg ccagcacgat
     8041 gaactcggag tgccaccagt cttcgccttc aatcttgacg cacatgcgca cctcgccggc
     8101 agcagccagg gcgggcgaga cgaaccagcc gtcggccgtg gtgggaacgg tgaagagatt
     8161 ctcagccgtg atctcccatt ttccacccac gctgacatca ccaatgaggt aaacgttcgg
     8221 cttctcgaag ctgacggtgt acttcaggtc acgcccctga gcggtcgtct tgatgaccac
     8281 gagataccag cccgcgttgg ccaccttgag gttgccaccg tcatccgaga ggccggccga
     8341 ggcgttgtcc acgagcttgg cggacgatcc gaactcgccg ccgtcgaatt tcttctcgac
     8401 gttgaacttc atcgaggtac ccgcttcgaa gtaaaggatg cgccagaagg tgccatcctt
     8461 agcccaggtc tgcaccatcg gcacagagcc ggcccaattc cactcgccga tgcccttcgt
     8521 gctgccgatg acgttcatcg tcgagggcac tgcggcgggg gtgagggcga aatgggtgcg
     8581 cgcgttgatg gagatgacgt tggagtagac ctcgcctttg ccactggtca gggctgcctt
     8641 gaggcgcacg tagagcttcg aggtgaaggg gaacttgtcc tctttcacgc cctttttcac
     8701 ggccagcgtg gtctgtgcca cggcgatctc cgaggcgtcg acttccatct tagccttggg
     8761 gtaggtggtg ggcagggtga tgaatttgcc ctcggtggca aaatcgttgt cgagtgagac
     8821 ttgcacggcg tataccgtgg cggcggagaa gccgtagtcc ggttggacgc aggtcagctc
     8881 gacgttcttg gcgtgttcta agtcgtagac ggtgttctcg gccgcggtgg gcgtgttcag
     8941 cgtgaagctg gagggcgtct tgagggtggg gttagcactg ttgtcgtcgt cgcatgcggt
     9001 ggtgaggccg atcagaccgg ccagcagcgc gaacgctatc ttatggattg ctttcatatt
     9061 ctgttgttcg tagttagggg tccgttaata tcccgggttc tgcttcagat tagaattcgc
     9121 gttcaagtcg ttagtcggaa tggggtagag gttgagatgg cgagacagcg ccataccgtc
     9181 cttcgcgccg cccttccatt gccaagtgta gtccgcattg ccggcaaagc ggttgaagcg
     9241 aatcaggtcc gaacgacgac gtccctcgaa agcgaactct cgcgcccact cgtcgaggat
     9301 attgctgagc gtgtaggacg tctccgtctt cgcatgagcc cgcttgcgga gcgtgttgat
     9361 ggcttcggta gcggccgcag tcggtccgcc gttgcgacgc acttctgctt cggcataagt
     9421 caagtaagcc tcagccagac gcatgaaggg cacgtcggtg tcggtaaatt tcgagtcgtg
     9481 cgttgtggtt ccgtcggcac gcaggttaga gtacttgacg aaagagtatc cattggtaaa
     9541 ctccgactcc acatcgatcg acagcgaacg gcctttgctg aagaagagcg cgcgatcgtc
     9601 gtttgcagcc ttcgtcatag cgtccgcatc gcccgctgtc ggtgcgttgc cgttggggaa
     9661 gaacttgctg acgagctgcg gccggcagcg gttgccactc cagccatcag tactgccaaa
     9721 agccggcatg tccttcgttt cgcgcgtgga ggcaatgaga aaaaacgagc cgccgaagtt
     9781 gcgagttgta gcgccgtcct gaaggatagg caggatgatc tccgtgttgg ccttgttcac
     9841 actgctgccg ttgttgtcgg ccatgaaaag gtgtttgtag acggggcaca gcgagtaagc
     9901 ggagttgatc gccttctgcg catactcagc cgccttcgcc cactgtggcg caccggtgta
     9961 cacctcggca ttcagataga ggcgggccag gagcagccaa gccgctgcct tatcggcgcg
    10021 accgtaggtg ttggtgcgcg gatccttcat cgtctcagac gcctcgagga gttccttttc
    10081 gatgaactta aacagctccg cacgctccac ttgcgaaggc ttttcgttcg agacggtcgt
    10141 cacgaacggt accttgccgt agaggtcgat caagtagtag tagttcaggg cacggatgaa
    10201 gcgcgcttcg gcccgttggg tgacactctc ggcgtccgtc ttcccctcgg tctgctcgag
    10261 gaagaagttg cagagcgtga tgtcaaaata gaggcgataa tataaccctg taatataacc
    10321 atgagatgca tcccaggtgc cgtgcactag ttccggtatg ccaccgtcga tccagctgca
    10381 atgcgcctca tcagcgggca attcattcag gttccaaatc aatcgggtga agtccgatgc
    10441 gccttcatct atatcgctta agtcaccggc tccgttcggc ccttcgagac ccgtaaggcc
    10501 gagcgtagca tagatcttcg tgaagacctt gttctggtca aacgtcgtcg tgacgctgga
    10561 atcgatcggc tccacgtcca aatcgcctac gcaggaggtg atgcccgagg cggaaatgag
    10621 gatcgcgcat gcggcgaccc aagcagtgat cttatttcgt ttcattttga gttccatttc
    10681 agtagttgcg gattaaaagt tcagcgtaag tcccacgagc gaggtcagcg gtcgcggata
    10741 gaagtctcga tcgataccat agttggtacc cgtgcccgat ccggtgacca gctcgggatc
    10801 gaggcccttg tatttcgtga cggtgaagac gttctgcacg gcggcaaaga cacgccccga
    10861 gccgatcttc ttcaagttga aggaatagcc gagggtgatg ttgtcgcact tgaggaagga
    10921 ggcgttctgc acgaaataat ccgacatgta gtagttgcct tcgcccttga aattgttctc
    10981 gagcaccatg ttgggtcggt tgatcaagaa tcccgaggga gcgtaaagtg cactcatgtt
    11041 gctggcgttg gcctctacat tattatatac gtagttgttg aggctcgcac ggagcgtgaa
    11101 gctgaagtcc cacgctttgt agacgaattt ggacgaaagc ccgatcaata catcggcggt
    11161 gggcttcttg taatagtatt tatcgtgtcc gttaattatg ccgtctccgt tacgatccac
    11221 aaacgtgttc tcgatcggtt tgcccttctc gtcgtagacc tgctgataga catagaacgc
    11281 gtaggcgggg tgccccacgg tatgcgcttg gacagtgcca ccggtgccga cagtgattcc
    11341 accggtctcc actttgtaat tcgggtcatc gctatcaatc aacttgacaa tcttcgcatc
    11401 attataggtg aagttaagac ccaaatccca agtgaagtcc ttttgtacga tcggtttagc
    11461 attcactgta aactccacac cacgattctc caaggatccg atattgccca acagcttatt
    11521 cttgaagttc gatccggcgg agacaaatac atcgttaatc aggtcgtccg tacgacggaa
    11581 atagtagtcg accgaccccg tgaggcgacc gttcaggaag ccatagtcca cgcccgcgtt
    11641 gtaagtcgtt gttcgctccc acttgaggtt cttattatag gcgtcgggac gatacgattc
    11701 gccatcgccg tagcctatcg gatagtaagc gtagttcttg ctggccgtat aagaggcaaa
    11761 ataggagtag tcagaaccaa tattttgctg acctgtgaca ccgtagccga ggcgcagttt
    11821 catgtccgac agggcgtcca cgtctttgag gaatccctct tctttcatct tccaaccaaa
    11881 ggcaaacgag gggaatgtgc cccatcggtg atccttatgg aagcgtgagg agccgtctcg
    11941 acgtacggta gccgtgaaga ggtacttatc ggccagcgtg tagttcaatc ggccaaagaa
    12001 ggagaccaaa aagttctccg acgcccactc cttgctcgag ggtgagtact ccttgcccgg
    12061 gttcacggcg ttcgtctgcg gatagatgcc cgcgtagcga ttgtggccct tacggtggaa
    12121 atgttgccac tcgtaaccga ccatcgcatc gaaactgtgc acaccgactg acttcatgta
    12181 ttggaaatag ctattgaaag acaggttgta tttgtcgatc ttctcatagc catagctacc
    12241 gtaatagttg ttcgagtagg actggggatc cacgtcggtg gtctgcttac cggacgagag
    12301 gtccataccg ccattggcgt ggaaacgcag gtcggggagg aagtgaaatt tgtaatccac
    12361 ctcgatgttt ccgacgagcg actgcgattt ggcgcggtcg tccttcatct ccagcaggga
    12421 gacggggtta gctggggcca gcgagttgtt ggtcagcagc caggtggggt cgttgagcga
    12481 ctttccgtcg ttcgtccact ggaagaagcc tccgaaatac ttctgatagg tctcgcccgc
    12541 gtcgcgcacc gagtgggtgg gatccatttg cgtggccgca cctacggcgc ctacgtcggc
    12601 gaagcgactt tcggcataca tccctttgag gttaccgttc atcttgagca tgccacccaa
    12661 aaacgacgga gagaggttca gcgaggccgt gtaacggttg aagctcgagg ttttgaggat
    12721 accgttttgg ttcgtgtagc ccacggacat gcggaaaggc atcgtcccga ggcctccgaa
    12781 gacgctcacg ttgtgatccg tcgagagggc cgtgcgatag atctccttct gccagtcggt
    12841 gttggccgtg ccgagggcct tataggcgtt gctctcctcg ccgtactggc tgcggatgcg
    12901 tgcgcgatag gtgtcggcgt ccatcatgtc gagcgtgttc ttgacgttac tcatcgacac
    12961 gttgccgtcg tacgccacgc ggaggcgtgc cttaccgccc tctacggagc ccttcttggt
    13021 ggtgataatg atgacaccgt tcgaggcgcg tgagccgtaa atggccgtcg ccgaggcatc
    13081 tttcagcacg gtgaaggtct cgatgtcgtt cgggttgacc atcgccagcg ggttggagag
    13141 gcccttgacg ccgtcgttgt ccatcgccag accatcgatg acgatcagcg ggtcgttgtt
    13201 ggcattcagc gacgagccgc ctcggatacg tatcgtggag ccgccacccg gcgaaccgcc
    13261 actcgagacc acgttcacgc cggcaatctt tccagtcatc aggtcttgcg cactcgtcgt
    13321 gagaccgcga ttcatcttgt ccggcttgat ggccgtcacc gatcccgtag catcgtcctt
    13381 cttgacggat ccgtaaccga tcacaaccac ctcatccaac agctccgtat cctctttcag
    13441 catcacgcgc atgggctgtg cggaggccgg aagttcttga gactgatagc cgatgaagga
    13501 gaaaacgagc gtagcacctc gctcgaccga cagcgtaaag ttgccgtcca gatcggtaat
    13561 gatgccattc gttgttccct tctccaccac gtttgcacca atgatcggtt cgttcgtcgc
    13621 atctacgacg acgcctttaa ccgtcatctt ctgtgcataa ccgccaaggg ctggcagcag
    13681 agcagccagc agcaggtaaa tgcaccgctt ccaattaaat agttctcttt tttccattat
    13741 gctttgtaga taaatgtgtc acacaagaag aggcgccgac gcagggatcg catcgacacc
    13801 tctcacggtt cttattgctc aataattgag atggcaaatc cgccgcccga ggccgcgcgg
    13861 agggtcaggc gtgacttatt cgtcacggtc atcttcttaa tggtgtacgc ctgggggttc
    13921 ttctcgtaat gcgccgtcgg accgtcggca tagatggtag ccgtgtattt gcgcttgggg
    13981 tcgaggaagt cgaacgagat gttagccatg tggccgttct cgctcgcggt gcagcctacg
    14041 aaccagttgt tcgtgccctt ggccttgcgg gccacggtga tgtagcgccc cggctcagcc
    14101 tccagatatt tggagtcgtc ccagtccacg gccacgtctt taatgaactg gaaggcgtcc
    14161 atgaagcgct cataattttc gggcaggtcg gccgccatct gcagcgggct gtacatcgtc
    14221 acgaagaggg ccagctggcg ggccagcgtg gagtgcacaa acgaattgtt ctccggattg
    14281 acattcttaa tgcgggtctc aaagatgccc ggtgtgtaat ccatcgggcc gcccatgagg
    14341 cgcgtaaagg ggagtatggt ggtgtggaac ggtttgttac cgccaaacga ttcgtattcc
    14401 ccgccgcggg ccgcctcgtt accgatcagg ttgggatacg tccgacagag gcccgtgggg
    14461 cgcaccgcct cgtgggcgtt gaccatgatg tggtgctcgg cggccttctt caccgcgtat
    14521 aagtagtgat tgatcatcca ctggccgtag tgatgttcgc cgcgtgggat gatgttgccc
    14581 acgtagccac tcttgacggc gttgtagccg tatttgttca tcaattgata ggcttcctcc
    14641 atgtggcgtt cgtagttgcg gatggaggcg gaggtctcat ggtgcatcat cagcttgacg
    14701 cccttcgagt gagcatattc attgagcgcc ttgatgtcaa agtcggggta aggggtgagg
    14761 aaatcgaaaa cgtagtcctt agagtggcca aaccagtcct cccacccgat gttccagccc
    14821 tcgacgagca cctgatcgaa gccgtgcttg gcggcgaagt cgatatagcg gcgcactttg
    14881 tcgttgttcg ccgcgtgggt gccgttgggc ttgaccttcg tgtagtccgt cacgccgatg
    14941 tgtaccgaga gaaggtcgtt ggtgtaggcc cacgtcgatt tgcccgtgat catttcccac
    15001 caaacgccga tatatttcac cggcttgatc catgagacgt cttttaaggc acatggttcg
    15061 ttgaggttaa gggtcaactt tgacgccaga atctcacgcg cgtcgtcgct gaccataatc
    15121 gtacgccagg gagactggca cggcgtctgc atataaccct tcttgccctg cgcatcgggg
    15181 gttaaccaag agcggaaggt catcgtcttg tcgtccagct caagcgacat gcagggataa
    15241 tccaccagcg ccgcctcatg caggttgatg taaagtccat ctgccgactt catcatgagc
    15301 gccgtctgta cgccagtcgg agagaacgga gtctgcgacg tattgaacgt gacggccgcc
    15361 ttcattagct tacggatctc ggaaaggtgc gactcggtgt aatcatattc ctgcgtgtca
    15421 taatcgcccg gaatccagaa ggctttatga tctcccgcca tcgcaaattc ggagtattcg
    15481 tctttgataa cgaagtaaac gaggttcttt tgctctggga attcgtagcg gaacccgaga
    15541 ccatcgtcgt aaaggcgaaa gcggatgcgg atagtccggt cgtccttcgg ctgatggagc
    15601 gtcacggcca gctcgttgta atggttgcgg atggagctaa cctcgcccca gacgggcttc
    15661 caagtctcgt cgaaagtagc tgtctccgcc ttttggagtt ggaaaccttc gcgcagcgag
    15721 aagccctccg cctcgaggcc cagccggctg cgcttaatca ccggcttccc cttataagat
    15781 aaggtataga cggggcagcc catgccgtcc acttcgaaat gcatcagcaa tcgaccgttg
    15841 ggcgacttca aatcctccgc ttgcaagccc caagcggaca tcatcaagaa agagagcgag
    15901 aggagcacgc tctgaatacg attcatcatg tggcagtaaa attattttgt ataagtaatg
    15961 tacactgcca aagttacgac cctatttttc gatctgccta atgcagtgag ataaaaagta
    16021 gatcccggag tacatcttta tacccctatt catttggaag atagacgatt gtaagttcta
    16081 tcaaatttca aattagtaga tgatatgtag atcatttaag ccccaaacac gccccataac
    16141 gcccctcccc caccccacga gcaccctcag ccgccccgca cacttgtata acggatcgca
    16201 taagaccgtt aaggggcgga gcacatacgc agcccctgcc gggggtgtgg gggcgcagcc
    16261 ccctacgtag gggcgtattg catacgcccc ccaaatggcc ccgatagggg acaggcacag
    16321 gtcggcgagt accttctttt cttctcttga tagaagaaaa gaaggcaaaa gaagatcaag
    16381 gcctctgccg aggccaggga agatggggcg gatgtgcctg attggggcgg tgtccctggc
    16441 atcccctgcc ggtacccggt aaatttggct ggcgtccctg acggcccctg ccggggctgg
    16501 gaaaaatggc cgggtacacc acatagacac atcccgtacc cggcaaattt ggctggcgtc
    16561 cctgacgcct tgattttctt ttgcctcctt ttctttcatc aaggaaagaa aaggagaaag
    16621 gaagaccaag cgccatccct gcctgtaggg gcgtattgaa tacgcccccc aaatggcccc
    16681 gacaggggac aaacgcaggc cggcgggttc cttccctcgt ccctgacgga tcatccgagg
    16741 ggcgtatgca atacgcccct acagcctacc ggaagaaaag gccgttccta cctatatatt
    16801 taggtgcatc aaggagggat tagtcgaaag gtgcggaatg tggtgcggga gcgagctccg
    16861 aagcgcatgg agcagcatgc cgcgcctatc ggatctattc cgcaggcaga tagagtggct
    16921 gatcgtatac attttctcac attccgctga aataaatacg cctacccgat gggtggggta
    16981 ggcctgcgcg ctcgcccgtc cccttattga tccatttcta taagtagcag aaaaagagcg
    17041 aatgaacagg aggccatttc agcacataca gaggccgagg cgcctcttcc cgcgatgcat
    17101 aacggggagg gcgcctcggt ctatgtgctg ctgtcgactc cgggcagagg tccgcgaaac
    17161 ggagaggaca acgagatgct tcaatctatt cttccggcag atggatgtcc ggattgccac
    17221 cttcgccgcc gcccgcctcg ggctgtttgg gcttctcgcc gcctccgggt gtgccacctc
    17281 cttccggttt tttcggctga tccggctttt tcggctcctc cgtttccggc agacgaatgt
    17341 ccggctcctt gttatccttc tccggctttt tcggcttcgg ttctttgggc ttctttggct
    17401 ctttcggagc attcggattc tgcttccgct tctcggccgc cgcctttcta agcgccagac
    17461 cttgcttata cgacgcgtcg atctcctctg cgcgcttatt aaaacgtgcg atgagcttag
    17521 cgatcagctc cggctcgaca ggagtagccc catagacgta tttatactgc aacacgagca
    17581 ggatacgttc aaaaatcgca tccgtacggt tacgcacgtc cgtggttttg ggcaatttgt
    17641 tgtcggccca cttcttcgat cgatcgttgt agatcgtgtc gaactccttg tttaccgttt
    17701 ccaatttcgc gatgtcagac gagagtccca gcttggacgc gtccgccgcg ttttccgtct
    17761 tcttcagatc cttgatcaag ccgtccacgt gcgccgtctc ccggtcgaac gactccttgc
    17821 ggatccccgc ataaggattc atcacgatgg agagccgcgt agcagcctcc tccttgtcct
    17881 tctccggaga gagctgcccg ttgcgcacgg caccgaaaat gtacttcagt aggcggtcgc
    17941 gctcatcgtt cttcttgatc aggagctccg aattggcact cgcttgagac tccaaattgt
    18001 tttccttctc cgtgtcaatg cttcctttcc actcgtccct caattcttct ggaataccga
    18061 gcttcgggag gtcgaactcc acaacgaagc catacatcgc atcgtgatat ttcacgtgca
    18121 gcgcattgtc caacttcgtc gtgccaatct tttttacttc tacaccttcc ttcatgggct
    18181 gtttcgtttt taattaagta atggtatata tgaattgtat gacgcagcgc gtcgaatagc
    18241 tatctgtcta atccgagacc ctcaaaacgc gatccatttt gaggctctcc gtcgtggagt
    18301 gcacctaaac gcgatccatt ttgaggctct ccgtcgtggg gagcacctaa acgcgatcca
    18361 ttttgaagct ctccgttgcg aggagcacct aaacgcgatc cattttggag ctctccgtcg
    18421 tggggagcac ctaaacgcga tccattttga ggctctccgt cgcgaggagt acctaaacgc
    18481 gatccatttt gaagctctcc gtcgcgagga gtacctaaac gcgatccatt ttga
//
LOCUS       SEQF2634|AYYE01001152.1 4929 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4929
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             617..1528
                     /locus_tag="SEQF2634_01530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILEVTLPRVMKFEGGNRQMLNISLHTQFHYLQYGLVKAVDQT
                     KLKIPVTVMNAWDTTIGAQTKLVEQSAVSERTAKMLALDNERDNLLDGIFHVVSGLKY
                     SPTEATREAALRLEAKLKPYTNLRSRPFEMESVGIRGLEDDMKTKTADIAAVGLTDVL
                     TRLHTVNEEYEKLRTDRRIQTSDEKLPTAQQVRPLTDAAYDVVCQYIQSAYLTATADE
                     DKALIEQLVDRMNKVVIDIKGNQRQILASRKPKSPSKPKTPKEPKQPKDPKTPDQPKD
                     PKQPENPKPNPKPGGDDGNPDITLPEE"
     CDS             1640..1900
                     /locus_tag="SEQF2634_01531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQILESLKKHYADTPQEVLDKEWEELAYLNDIGPDVFEYAEEM
                     KEYIEFVCSSASTVYRRQSHTYSFDPSDDGAIHNESDYDYAA"
     CDS             1916..2395
                     /gene="secB"
                     /locus_tag="SEQF2634_01532"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00821"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein-export protein SecB"
                     /translation="MEKDRLKRAVFRLESYRFIDVTAHFEIPDETELVISMIPSGIFH
                     PEDSRYELLFETHVKPKDSLESAIHVSCMANFRIDSCTSRDDIPEYFYSNSLAILFPY
                     IRAFISTVFLQANVPPLVLPIVNMKALGDKLKSKTTMAASSTDGKDNDLSDARRPRQ"
     CDS             2349..2945
                     /locus_tag="SEQF2634_01533"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKTTIYQTLEDRDNDEEVQEHGPYWCDLYEADGKKKKGIKEPW
                     LGAGYYFWDTLIEDAHWWGRTIYPKKGYIVCQSQYDSHSPHLFDLVGNVSHSREFVDC
                     VAFIKSNGKGQKRAFSQVLAYLRQHTDFRYKAIRARPHPLKFVSADISFPGGQMEFEK
                     LDKVQICFFDKSLFIAPFEIVERSAGLSIQFEYSSKRR"
     CDS             2950..3345
                     /gene="cetB"
                     /locus_tag="SEQF2634_01534"
                     /EC_number="5.1.3.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A1YPR3"
                     /codon_start=1
                     /transl_table=11
                     /product="2-epi-5-epi-valiolone epimerase"
                     /translation="MPLPLRRLHHVAVIASDYRRSLQFYTDVLGLTLRAEHYRADRQS
                     YKADLALGDTYVVELFSFPSPPPRPSHPEAAGLRHLAFEVDNIDDAVRHLDRLGVPHE
                     PVRTDPYTGRRFLFFADPDRLPLELYEKD"
     CDS             3367..4191
                     /gene="punA"
                     /locus_tag="SEQF2634_01535"
                     /EC_number="2.4.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46354"
                     /codon_start=1
                     /transl_table=11
                     /product="Purine nucleoside phosphorylase 1"
                     /translation="MKTSLSTYQEAADFLAGLIPDMPRTAIILGSGLGALADRLTDAT
                     AIPYAAIPHFSRSTATGHKGNLLFGRLGSQSVMAMQGRFHYYEGYTMDQVTFPIRVMA
                     LLGVRRLLVSNAAGGINNTFHVGDLMIIRDHINMMPNPLIGPNDERFGPRFPDMTRAY
                     DRDLIRTAEEIALEQGITLRKGVYVGLTGPSYETPAEYAAYGRLGGDAIGMSTVPEVI
                     IARHAGLRVFGMSVITNEGYHFADDFVNDADEVVRAANRATDVMTRLFTALIERTE"
     CDS             4204..4725
                     /gene="proX"
                     /locus_tag="SEQF2634_01536"
                     /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
                     KNLFFRNHKGNRHYLVILSGDSSMDIHAIEHRLHEGKLTFASEHRLQRYLGVTPGSVS
                     PFALIHDTDHHVRVFLDKNLLQSSHLSFHPCLNTASLTLPLEGFIRFMDHTGNAYEWI
                     DLYPDEPQQIDSK"
     tRNA            4856..4929
                     /locus_tag="SEQF2634_01537"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
ORIGIN      
        1 tctcgcccgg cttgcagggc ctccatgacg gcgcgagtac cgaagatgat atggttgtcg
       61 gtcattttgt cggaaataat aggtaagtga tttggggcgc aaaagaagcg aattgtaggg
      121 aagcgggccg gggcgcttcc cgcggcgggg acggcggctt cttgaaaatg ctcttcgcgc
      181 ggcggaaagc gtttttcgga gaatttgccc cttttcccgc cgcgggaaac cgatctccag
      241 caaattttac cgccttcccg ccgcacgaaa ccgtttttcg ggagatttta tcgctttccc
      301 gccgcgggaa accgtttttc ngagaatttt tcccatttcc cgccgcggga aggcgttttt
      361 ctgagaattt accccatttc ccgccgcggg aaggcgtttt tcggaagttt tgatcggttt
      421 cccgcggcgg gaaggcgttt tnggaaatca gngatcggtt tcgcgtttca ttttggcgtt
      481 tcacgggagc agagatccat ttcgtgtttg aggacgacct ttctgcttca aaaacatctt
      541 gctccaattc ngggggagca tcgaatcttn tggcatttca tgcacctttg catggttaat
      601 aaacaccctg agagaaatga aaatactcga agtgaccttg ccccgggtca tgaaatttga
      661 agggggcaac agacagatgt tgaacatctc gctccacacc cagtttcact acctgcaata
      721 cggactggtg aaggcggtgg atcagaccaa gctcaaaatc cctgtcacag tgatgaacgc
      781 ttgggacacg acgatcggcg cgcagacgaa gctcgtcgaa caatcggccg tttccgagcg
      841 taccgccaaa atgctggctc tggacaacga acgcgacaac ctgctggacg gcatctttca
      901 tgtcgttagc ggtttgaagt actcgcccac ggaagctacc cgcgaagccg cgctacgcct
      961 cgaggccaaa ctgaaaccgt acaccaacct ccgcagtcgc ccgttcgaaa tggaaagtgt
     1021 gggtatacgc ggcttggaag acgacatgaa gacgaagacg gcggacattg cagccgttgg
     1081 cctcaccgac gttctgacgc ggctgcatac cgtcaatgag gagtacgaaa agctccgcac
     1141 cgatcgccgt atccaaacct ccgacgagaa gctgccgaca gctcagcagg tgcgtccgct
     1201 gactgacgcc gcctacgatg tagtctgcca gtacattcag tcagcctacc tcaccgctac
     1261 ggccgacgag gacaaagcgc tgatcgagca gctcgtcgat cgcatgaata aagttgtgat
     1321 cgacatcaag ggtaaccagc gtcagatctt ggccagtcgc aagcctaaga gtcccagcaa
     1381 gcccaagacc cccaaggagc ccaagcagcc gaaggatccc aagacgcccg atcagccgaa
     1441 ggatccgaag cagccggaga atcccaagcc caatcccaaa ccgggcggtg acgacggtaa
     1501 tcctgacatc acgttgccgg aggaataagg ccgcacgtgg ctaatgattg tccggggacg
     1561 gctatggctg atccccggat gatcatcggc caccattcta ttagcgagac agagaacaat
     1621 caaaaacgag aaataaatca tgggacaaat acttgaaagc ctgaagaagc attatgccga
     1681 caccccgcaa gaggtgctgg acaaagaatg ggaagaactg gcctacctga acgacatcgg
     1741 gccggacgtc ttcgagtatg ctgaagagat gaaagagtat atcgagttcg tatgctcatc
     1801 ggcttctact gtatacagaa gacaaagcca cacatactca ttcgatcctt cggatgatgg
     1861 ggcgatccac aacgagagtg attacgacta cgcagcctga taggagaaac tgattatgga
     1921 aaaagacaga ttgaaaaggg ccgtattcag attggagtct tatcgattta tcgatgttac
     1981 ggcacatttt gaaatccctg acgagacgga attggtcatt tcaatgattc caagtggcat
     2041 ctttcacccg gaagactccc gctatgagtt gctctttgaa acccacgtga agcctaaaga
     2101 cagtcttgaa tcagccatcc atgtatcttg tatggcgaac ttccgtatcg attcttgcac
     2161 ttcacgggat gacattccgg agtacttcta ttccaactct ttggccatcc ttttccctta
     2221 tatccgggct tttatcagca ccgtttttct tcaggccaat gtgcctccac tggtactgcc
     2281 catcgtcaac atgaaagctc ttggagataa attgaagtcg aaaaccacaa tggctgcatc
     2341 ctctacagat ggaaaagaca acgatctatc agacgctcga agaccgcgac aatgacgaag
     2401 aagttcagga gcatggcccc tactggtgcg atctctatga agccgatggc aaaaagaaaa
     2461 aaggcatcaa ggagccttgg ctcggagccg gatattattt ctgggacacc ctgatcgaag
     2521 acgcccattg gtggggtaga accatctatc cgaaaaaggg ctacatcgtc tgccaatcgc
     2581 aatatgacag ccattcacct cacttattcg atttggtggg aaatgtctcc cactcccgtg
     2641 agtttgtgga ttgtgtggca ttcataaaga gcaacggcaa aggtcagaag cgagccttct
     2701 ctcaagtcct tgcatactta aggcaacaca cggacttcag atataaagct atccgtgccc
     2761 ggccacaccc tctaaagttc gtctcagcgg acatctcttt tcccggtggt caaatggaat
     2821 ttgagaagct ggataaagtc cagatctgct tctttgacaa gtcacttttt atcgcccctt
     2881 tcgagattgt agaacgatct gcggggctat ctattcaatt tgaatactca tcaaaacgga
     2941 gataaccgca tgcccctccc cctccgccgc ctgcaccacg tagccgtcat cgcgagcgac
     3001 tatcgccgat cgctacagtt ctataccgac gtcctcgggc tcaccctccg cgccgaacat
     3061 tatcgtgccg atcggcagtc gtacaaggcc gaccttgcac tgggtgacac ctacgtcgtc
     3121 gagctcttct ccttcccctc cccgcccccg cggccgtcgc atcccgaggc cgcaggattg
     3181 cgtcacctgg cctttgaggt cgacaacatc gacgacgccg tccgtcacct cgaccgcctc
     3241 ggcgtccccc acgagcccgt ccgcaccgac ccttacaccg gccgacggtt cctcttcttc
     3301 gccgaccccg accgcctccc cctcgaactc tacgaaaaag actaacccca aacacctcgc
     3361 aggaatatga aaacctcact ctccacctat caagaagccg ccgacttcct cgccggcctc
     3421 atccccgaca tgcctcgaac ggccatcatc ctcggcagcg gcctcggcgc cctggccgac
     3481 cgcctcaccg acgccaccgc catcccctac gccgccatcc cccacttctc gcgctccacg
     3541 gccacgggcc acaaaggcaa cctcctcttc ggccgcctcg gcagtcagtc ggtcatggcc
     3601 atgcagggcc gcttccatta ttatgaagga tacaccatgg accaggtcac ctttccgatc
     3661 cgtgtcatgg ccctccttgg tgtccgccgc ctgctcgtct ccaacgccgc cggtggcatt
     3721 aacaacacct tccacgtcgg cgacctcatg atcattcgcg atcatatcaa catgatgccc
     3781 aacccgctca tcggccccaa cgacgaacgc ttcggaccac gcttccccga catgacccgc
     3841 gcttacgatc gcgacctcat ccgcaccgcc gaagagatcg ccctcgagca aggcatcacc
     3901 ctccggaaag gcgtctacgt cggcctcacc ggcccctcct acgagactcc cgccgaatac
     3961 gccgcctacg gtcgcctcgg tggcgacgcc atcggcatga gcaccgtccc cgaagtcatc
     4021 atcgcccgtc acgccggcct acgtgtcttc ggcatgtccg tcatcacgaa cgaaggctac
     4081 cacttcgccg acgatttcgt caacgacgcc gatgaagtcg tccgtgccgc caatcgagcc
     4141 accgacgtca tgacgcgcct cttcaccgcc ctcatcgaac gcaccgagta agccctcccc
     4201 cccatgatcg gtcccgcccc actctacgcc ctcctgcgac gtctcgacat ccccttcgac
     4261 tacatcgagc atcccccact ccccaccctc gacgtagccc gcgaagtcct ccgtgaccgc
     4321 gacgtccacc tctgcaagaa cctcttcttc cgcaatcaca agggcaaccg tcactacctc
     4381 gtcatcctct ccggcgacag ctcgatggac atccatgcca tcgagcatcg cctccacgag
     4441 ggcaagctca ccttcgcctc cgagcaccgc ttgcaacgtt acctcggtgt cacgcccggc
     4501 tccgtcagcc ccttcgccct catccacgac accgaccacc acgtacgcgt cttcctcgac
     4561 aagaacctcc tccaatcctc tcacctcagc ttccatccct gcctcaacac agcctcccta
     4621 accctccccc ttgagggctt cattcgcttc atggatcaca ctggaaacgc ttacgaatgg
     4681 atcgatcttt atcccgacga gccacagcag atagactcaa aataagtaag atagcctgct
     4741 ccgccagcga ttagcctcag aattcgcgag aaaaaataat cgcagaacgt ttggacgttt
     4801 ggaaaacggc tctatctttg cgcccgtcaa tcgagagaga gagacaaaaa acataagcgg
     4861 aagtagctca gttggtagag cacaaccttg ccaaggttgg ggtcgcggat tcgagttccg
     4921 tcttccgct
//
LOCUS       SEQF2634|AYYE01001153.1 3145 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3145
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             617..1525
                     /locus_tag="SEQF2634_01538"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILEVTLPRVMKFEGGNRQMLNISLHTQFHYLQYGLVKAVDQT
                     KLKIPVTVMNAWDTTIGAQTKLVEQSAASERTAKMLALDNERDNLLDGIFHVISGLKY
                     SPTEATREAALRLEAKLKPYTNLRSRPFEMESVGIRGLEDDMKTKTADIAAVGLTDVL
                     TRLHTVNEEYEKLRTDRRIQTSDEKLPTAQQVRPLTDTAYDVVCQYIQSAYLTATADE
                     DKAMIEQLVDRMNKVVIDIKGNQRQILASRKPKDPSKPKTPKDPQQPKDPKTPDQPKE
                     PKQPEKPKDPKKPGGDGNPDITLPEE"
     misc_RNA        1824..2049
                     /locus_tag="SEQF2634_01539"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(2189..2863)
                     /locus_tag="SEQF2634_01540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVEGADAVRGVEVVALLSAGDDVDGAPQRVGAEVGRDDAFVDL
                     HALDEVDREVGGRYAAALRGEWQAVHEVADGVARESVDRKLEVGADAALLAHLDAGRA
                     AHEGVEVVQLTQLRFDVGGVGGEGALAQLLRAALGVDLDDVERDGVLLEHKVLRRGSR
                     CVHLGLNGLVTDGRDGERRASGGQLEGIGAAVVGGCATLCTGSDRGGHDGSTRGVAHR
                     ASHRAL"
ORIGIN      
        1 tctcgcccgg cttgcagggc ctccatgacg gcgcgagtac cgaagatgat atggttgtcg
       61 gtcattttgt cggaaataat aggtaagtga tttggggcgc aaaagaagcg aattgtaggg
      121 aagcgggccg gggcgcttcc cgcggcgggg acggcggctt cttgaaaatg ctcttcgcgc
      181 ggcggaaagc gtttttcgga gaatttgccc cttttcccgc cgcgggaaac cgatctccag
      241 caaattttac cgccttcccg ccgcacgaaa ccgtttttcg ggagatttta tcgctttccc
      301 gccgcgggaa accgtttttc ngagaatttt tcccatttcc cgccgcggga aggcgttttt
      361 ctgagaattt accccatttc ccgccgcggg aaggcgtttt tcggaagttt tgatcggttt
      421 cccgcggcgg gaaggcgttt tnggaaatca gngatcggtt tcgcgtttca ttttggcgtt
      481 tcacgggagc agagatccat ttcgtgtttg aggacgacct ttctgcttca aaaacatctt
      541 gctccaattc ngggggagca tcgaatcttn tggcatttca tgcacctttg catggttaat
      601 aaacaccctg agagaaatga aaatactcga agtgaccttg ccccgggtca tgaaatttga
      661 agggggcaac agacagatgt tgaacatctc gctccacacc cagtttcact acctgcaata
      721 cggactagtg aaggcggtgg atcagacaaa gctcaaaatc cctgtcacag tgatgaacgc
      781 ttgggacacg acgatcggcg cgcagacgaa gctcgtcgaa caatcggccg cttccgagcg
      841 taccgccaaa atgctggctc tggacaatga acgcgacaac ctgctggacg gcatctttca
      901 tgtcatcagc ggtttgaagt actcgcccac ggaagccacc cgcgaagccg cgctgcgcct
      961 cgaggccaaa ctgaaaccgt acaccaacct ccgcagtcgc ccgttcgaaa tggaaagtgt
     1021 cggtatacgc ggcttggaag acgacatgaa gacgaagacg gcggacattg cggctgttgg
     1081 cctcaccgac gttctgacgc ggctgcatac cgtcaatgag gagtacgaaa agctccgcac
     1141 cgatcgccgt atccaaacct ccgacgagaa gctgccgaca gctcagcagg tgcgtccgct
     1201 gaccgatacc gcctacgatg tcgtttgcca gtacatccag tcagcctacc tcaccgctac
     1261 ggccgacgag gacaaggcga tgatcgagca gctcgtcgat cgcatgaata aggttgtgat
     1321 cgacattaag ggcaaccagc gtcagatctt ggccagtcgc aagcctaagg atcccagcaa
     1381 gcccaagacc cccaaagatc ctcagcaacc caaggacccg aagactcccg atcagccgaa
     1441 ggaaccgaag cagccggaga agccaaagga tccgaagaaa ccgggtggcg acggtaatcc
     1501 tgacatcacg ttgccggagg aataggcgtc cgcagacgcc cccggaatga ttaaagggca
     1561 tccccaaaca gatgggggtg cccttttttg tacccggttg gcatggatcg ttcggccccg
     1621 tgggggccgt gtggtggggc gtatgcaata cgcccctaca tgtacccggc caaattcgca
     1681 ggcgtccgca gacgcccgta tgcaatacgc ccctacaggt accaggccat tcatgtaccc
     1741 ggcaaacttg gcaggcatcc ctgatgcccc cggcaaactt ggccggcatc cctgatgccc
     1801 tttctgcttt gctttctgat tctatttttg ccgccgtttt cggtgacgcc aggtcggacg
     1861 gtcccgtccg cgacgtgaaa agggaatcca gtgaaagact ggaacagtgc ccgctactgt
     1921 aacaccccac ctatcgaacg aaggagagca cccgcaagac gtgccactgc cgccactgag
     1981 gcggtgggaa ggcccacagc cctccttcag ggtgaagtca ggaaacctgc cggaaacaac
     2041 aacgtatacc gcccctcggg gtcaaggggc ggaggttaca aaaggaatgt ttcacacata
     2101 cgagacacat agaagatgcc tgtcggacgt cgcactgcgg tgcgccctga tgctccttgc
     2161 gagcctgctt tacgtcctcg acgctgcctc acagggcacg gtgcgaggca cggtgcgcga
     2221 cgcctcgggt agacccgtcg tggccgccac ggtcgctgcc ggtgcacagc gtggcacatc
     2281 caccgacgac cgcggcgcct atgccctcga gctgcccgcc ggacgcacga cgctcaccgt
     2341 ctcgtccgtc ggttacaaga ccgttaaggc cgaggtggac gcagcgcgaa cccctacgca
     2401 gaactttgtg ctcgaggagg acgccgtcac gctcaacgtc gtcgaggtct acgccaagag
     2461 ccgctcgcag cagctgcgcg agagcgcctt cgccgccaac gcccccgacg tcaaagcgca
     2521 gctgagtcag ctgcacgacc tcaacaccct cgtgggccgc acggccggcg tcaaggtgcg
     2581 cgaggagggc ggcgtcggct ccgacttcga gctttcgatc aacggactct cgggcaactc
     2641 catccgctac ttcatggacg gcctgccact cgccacgaag ggcagcggcg tatcgcccgc
     2701 caacctcccg gtcaacctca tcgagcgcgt ggagatctac aaaggcgtcg tcccggccta
     2761 cctcggcgcc gacgcgctgg ggggcgccat caacatcatc acccgccgag agcagcgcaa
     2821 ctacctcgac gcctcgtacg gcatcggctc cttccacacc cataaggccg acctctttgc
     2881 gcaggccgtc gatcggcgca cggggatcat cgtgcgacct gtggccggct tcaacttctc
     2941 caagaacgac taccgagtgc gtggcgtaga gctgtgggac gaggtcgcgc aggagttccg
     3001 cctcaccgat cggcgtcgct tccacgacga ctacctctcc gccctcatgc agctcgaggc
     3061 cggcgtcagc cgccgcacct gggccgacga gctgttcgtc tccgcctcct actccaccac
     3121 ccgcaagcag ctccagacgg tgtct
//
LOCUS       SEQF2634|AYYE01001154.152238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..52238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             94..2355
                     /gene="rnr"
                     /locus_tag="SEQF2634_01541"
                     /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
                     DALTRAILDTFQLNPRTIYNYKQIAKAIGVEAQVQKLQTAEILRSLADDDVLTETDPG
                     RYRLNRIGESITGIFRRRSNGRHAFIPDTPATDNADGDAPTPEPINVDDRNTAHALDG
                     DRVRVQLFKRRRGEPEAEVMEVLERAPHTYVGRLEVSKNYAFLVTEDRTLSNDIFIPK
                     AALQGGRTGDKAIVRIVEWPEHASNPTGEVVEVLGRAGDNDTEMHAILAEYGLPTRYP
                     ENVEKAARRIPREITAEDLAEREDFREVTTFTIDPKDAKDFDDALSIRRLTDGRWEVG
                     VHIADVTHYVKPGSVIDKEAYERATSVYLVDRTIPMLPECLSNDLCSLRPDEEKLTFS
                     VVFEMNEEADILASRIVRTVIRSDRRFTYDEAQEAIETGSGDFCEEINTLDRLAKKLR
                     ERRFAQGAIDFDRYEVKFEIDDKGRPLSVYFKESKDANKLIEEFMLIANRTVAESVGK
                     RSGSRGAKKTFVYRIHEQPDAEKMETFATFVRRFGYKLKTDGSKNEITRSINRLLDDA
                     KGRPEENLIETLAVRSMQKARYSTENIGHYGLAFAYYSHFTSPIRRYPDMMAHRLLVR
                     YANGGRSVPKDACEEECDHCSQMEQLAANAERASIKYKQVEFMSDKIGQVFDGVISGV
                     TEWGLYVELNDNKCEGLVPMRDLDDDFYEFDEANYALVGRRRHRTYRLGDPITITVEH
                     ANLERKQLDFRLA"
     CDS             2397..2531
                     /locus_tag="SEQF2634_01542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDDSLMSEEEYFNKIEIARKSIMEGRFIEVRNKEELHRYLESL
                     "
     CDS             complement(2715..3974)
                     /locus_tag="SEQF2634_01543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNKKMMWAACLVALVMTTGCGKDTPPEPKPQPKPDTTNTVVPG
                     GKGQYLLETTVKNPDGMSGSSYLQLTNSLSGSIDNSKGIQIGFAGMISVIDNYIFVLP
                     TGVEKDAEFKVRRYTYDPKTQTMGNLKTFDVPAGATPYNVQKVSADKIYMPNYSLGNV
                     WVMNPTTLQKTGEIDLKQYAYKDASPEPSLGILRGDRYFLTLDQIGSNYMPYEERRQV
                     EVAVIDPKTDKVLKVITENSKKIAFPTRPLYKDMIFTDEQSDIYIACAGYFGYNPKYR
                     ENGFVCIPAGKDEFDASRTWEISGVTIEGSKFKSSAILNCKYLGNGKVVAFVAILELN
                     GTNPYTSKSAMAVIMDLKAKTIKRIVGVPMTDGHSTAIETQGNLVLLGAFGEKQAGLF
                     TYNPATGKAGLSLSTVGNLSFMHIFGK"
     CDS             complement(4437..6812)
                     /gene="cirA_2"
                     /locus_tag="SEQF2634_01544"
                     /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="MYFILYHKNMKKRNTLWMLFACLLTIAWSTSTAQTARITGVVTD
                     AANNEPLIGASAFIEQLKTGEVTDAKGNFSIQNLSPGTYTVRFDYMGYESHSERVTLR
                     EGEVRRIKVQLQSESKSLSEVVVTAKSEARQLREQAMPISVISMNQLSGTVAGIADIL
                     SKTVGVTLRSSGGVGGATRLSVRGLEGKRIGFFIDETPMNDNSDFIDINDIPIDMIDR
                     IEIYKGVVPAKFGGSAMGGAVNLVLKEYPARYADFSYTLESFNTHKVQTVLKRNLRNQ
                     GLVFGIGGGYTYSDNNYTMLSPYVDGLKIRRDHDGFRKLILGGSVKAYKWWFDKVEIE
                     PAFALTNHEIQGIEKDIRKAETHSMLFALANKLEKKNFLTPGLDFDMHLAAAITSYGL
                     VDTAKQWYDWDGRAYPSPSIYGGELGNRYASHSSDKKFTISHKLNLEYLLHKQHSLNF
                     NSLFTLANGFPKDSLRELSIGREAVFNSRMRSWSAGLTYDFRTPKDRLLNSLTVRYYL
                     YTMKTRQADIFGIGEVHDVDVNKSAVGVNDALRFRILPDLMAKLSAGYDVRIPSETEL
                     LGDGYTVSPAENLMPERNTSLNVGFLYDLTGRAASNLQIEVNAFYMYLQDMIRYTKGI
                     LGAQYQNFGEMRTMGVEAEVKADITPWLYGYANATFQDLRDVREHDEGSSLPNPTKGL
                     RMPNIPYLMGNAGLEFHKENLFGGRGQNTRLFSDLSFVEEYLYDFEMAADQRRIPRST
                     TVDLGLEHSFFNNSLFLSAKIKNLTDARVLSEFNRPLPGRSFGVKVRYVFK"
     CDS             6856..6945
                     /locus_tag="SEQF2634_01545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFTIPNNGDNKEPMQIRITKNEQRKMNN"
     CDS             complement(7317..8207)
                     /locus_tag="SEQF2634_01546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNGAHFLFMKNVSDRMATETALLAHPKIKKAADLLAAATKKED
                     DCYAKSQKSLITTDIHKADQERGRMLNALRKTLKGFADHPEADKARSAATILKVMTAY
                     RLDARMQLERETGAIISFVGDCEKTYATDVSSLGVKPYVDSLKAANEKIEKWLTERSD
                     NMPQTLGSLRTARHESDLAYQWLVRVVNALAVVDDALDTAPFIIHMNKVVHRNKTQVI
                     GSKKKKDGEDPEKPKDPKQPKEPNPKKPGKDDGKPDIRLPEDKDSKKPDPKTPGGEGE
                     KPKQPGGSQGSGPDITLPEE"
     CDS             complement(8585..9070)
                     /locus_tag="SEQF2634_01547"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYISMNNRTRTTVSCTRARITRNRTNPAYIRKWMTQIHGIHFL
                     SKTFVGRMQYAPTRGRKWYVQGCGIRFLPKTFVGRIQYAPTRGRKWYVQGDGVRFLPK
                     TSVGRIQYAPTRGRKWYVRDCGIHDWTQKRYVQGRNVLVWDREGRVRSCGGIAWAENI
                     K"
     CDS             complement(9048..9623)
                     /locus_tag="SEQF2634_01548"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPMNTKYDPKVHHRHSMRLYGYDYSCDGLYFITLCCQQRMCL
                     FGEIIDNEMVLNEAGHVAEEEWQNTINIRPGQVLLHEYVIMPNHMHAIVEITQSTSLS
                     TLRSIYNNWHAGFPEVVDDNPIPCRSPSHTLGAIVRGYKAAVSKRLGFTVWQRNYYEH
                     IIRNSQSYQRISEYIIINPENWQGDDLYIDE"
     CDS             complement(9620..10144)
                     /locus_tag="SEQF2634_01549"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQNRMNPAYIRKWITQIHGVRFLSKTFVGRMQYAPTRGRKWYA
                     WDYVVRDWGRKWYVQGGGVHDWTQKRYVQGGGVRFLPKTFVRRIQYAPTRGRKWYVQG
                     CGVRFLPKTFVGRMQYAPTRGRKWYVQGCGIHDWMRKLYAQDCGVRDWGRKWYVRGGI
                     YPIRFIIPPLRYEK"
     CDS             complement(10505..12202)
                     /gene="phoB"
                     /locus_tag="SEQF2634_01550"
                     /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="MRKTTSTLFLLVAMALCGRASAIDPADVKPVKNLILLIPDGTSI
                     ATVSTARWYQWYKDPNRQHLAIDPYLCGTVRTFSSNAPIGDSAPTTSCYVTGHPSRTG
                     YIATYPPADPGNDIFPVDPSRAYQPMITLLEAMRLVQNKATGLVVTCEFTHATPADCS
                     AHSYSRKRYDWIAPQIVHNDVDVVMGGGVSLLDKEGEAYLRSRGYSVYRDDLAGMRAD
                     NNGKMWALFGKKEMDYDLDRDPAQQPALEEMTRKALEKLSKNENGFFLMVEGSKVDWA
                     AHGNDPVGMLTEYVAFDKACAVALDFAKKDGQTLVVVVPDHGNSGFSLGRRDCKGYDK
                     LTKDQLFSFVTGVKNTAQGFVNKLNAAPSTEVQKIFKENAGFELTDEELQALYNCKDY
                     KNSPIPEADRTEKESLSALYSNSLYGFVAKLLTSKTCFGFTTGGHTGEDVILAAYHPQ
                     GTLPIGVNTNIDLHRYMASAVGLLGKPDELTQEYFVPHTELLKGYKYTILPAKTEKDN
                     PTLVVKGKKQQLTIVPFTNIIRKGKKANDEIRLSTVIVYVDKNNTFYLPRSITKYLE"
     CDS             complement(12781..13956)
                     /locus_tag="SEQF2634_01551"
                     /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
                     LSYSDYMRLYNLFQPEKAGNVSAVMRRVRMIKTPWEVEQLRLSSQRHAEVYAEIPDCF
                     HPEMTDLELQAEIERRMRLHGSIGIFRTYGPNMNIFMGSLLAGENAEAASPFDFALGG
                     AGQTPICPIGANGTKLTDGTAIMVDMAGNYTAYISDMTRVFSVGRLSEKAYRAHGTAR
                     DIMAAAEVVMRPGLACSELYSMAVGMAEKANLADCFMGTRQQAKFVGHGIGLEINEPP
                     VLTPRSKDALQPGMVIAFEPKFVIPEVGAVGVENSYLITETGAEKLTHFEEEIISLT"
     CDS             14445..14774
                     /locus_tag="SEQF2634_01552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVNVTPDPNDVQSNKVMAILAYFGILFLIPLLAAKESAYARY
                     HTNQGLILFLFVFVCGILGVIPKIGWLITTVGYLAGFVFFIIGIINAAGGKMKPLPLI
                     GNFTLIK"
     CDS             complement(14916..15797)
                     /locus_tag="SEQF2634_01553"
                     /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="MKIGLIQQHNTADTTDNIARLTDAIRTCAAEGASLIVLQELHNG
                     LYFCQTEDTAVFDMAESIPGPSTAHFGEVARACGVVLVLSLFERRAPGIYHNTAVVIE
                     KDGTIAGRYRKMHIPDDPAYYEKFYFTPGDLDFRPIPTSVGCLGVLVCWDQWYPEAAR
                     LMALRGADLLIYPTAIGWERSDRPEEQSRQLDAWRTVQRGHAVANGLPVITVNRVGHE
                     IDPSGQTSGIQFWGNSFASGPQGEILTELPTDAEAIRVISVDLQRSEHVRRWWPFLRD
                     RRIDAFGPLTRRYLDEE"
     CDS             complement(15812..16948)
                     /gene="aguA"
                     /locus_tag="SEQF2634_01554"
                     /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
                     DWEPMLDEISQCYARIVREIIRFEPVMIVTPSADIVHPYIEDLDQDRIHICEVRGTND
                     TWARDHGGITVTNNDKPAVFNFIFNGWGMKYPANYDNQIVSEMESGQAFAPGIKVFSP
                     PFVLEGGSIESDGCGTVLTTASCIFSKNRNERLSKDTIMGIIKGIFDADRILILENGY
                     LEGDDTDGHVDTLARFCDPETIAYVQCTDPDDSHFDELLAMERELLALRTAEGKPYRL
                     ISLPMAEPVFDEDGYQLPATYANFLILNGAVLVPAYGNDELDEQAREVLQTAFPDREI
                     ISVDCLPLIQQGGAIHCATMQYPAGVLNVYTDDDDAESDEYSPL"
     CDS             complement(16908..17546)
                     /locus_tag="SEQF2634_01555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQKKSPFIVPDGADRVLLHACCAPCSSAILEWMLAHGLHPTLI
                     FCNPNIFPLEEYTKRKAELQRHALRLGVPFTDADYDHAAWRQRVRGLEHEPERGARCQ
                     MCFAVRLETVARYAHEHDFPVFTTTLASSRWKSLEQITAAGEAAAARCPGLTFWAQNW
                     RKGGLSDRRNALIKEYNFYNQNYCGCEFSIRPESQNPSSNEQSERTESQLNA"
     CDS             17686..18039
                     /locus_tag="SEQF2634_01556"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADTLMGYDSLGRMSAGTLMGYDSRGRMSAGTLMGCDSPGDSV
                     ASMLMGCGSPGDSVASILMGCGSPGDSVASILMGCDSPGDSVASILMGCDSPGDSVAS
                     TLMGCDSPGDSVASV"
     CDS             complement(18041..19315)
                     /locus_tag="SEQF2634_01557"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTLYPLPSTLPLIIRREYLFRVRKKSFLLLTLLTPLLMIGMIF
                     VPLWLASFRADDVRTVAVIDHTGHYAPLFTDTDGYRFVTTRTDDPFATLEVTDDLLRD
                     SSAATLYSRQQIPADLSRLVNETLRQRMEHDKMAAYGIPNLEQIVRESHVDYQIRTVK
                     LNDDGSESTSSTQLAYIIGIVFTLAVYMFITLYGSMVMQGVSEEKTNRIVELMVSSVR
                     PFDLMAGKIIGIGLVGLTQLLLWGVLTLVGVGAITALTGAAVTPTDTVAAPADLAQTA
                     EWMAALSSFNLPLLLLSFAAYFVGGYLLYASLFAAIGSVIDHPEDAQQFMMPVMMVLI
                     FALYAGIYSLDNPDGPLAFWCSLIPLTSPVVMMMRLPFDIPLWQPLLSIALLYATALG
                     VVWLSGRIYRVGILLYGKKPNLKEIVKWIGYR"
     CDS             complement(19383..19559)
                     /locus_tag="SEQF2634_01558"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVHFLQYAQGSRVELETQVEICYRVGYITEAHLRQHIELSTEVG
                     RMISSMIKTLSKYY"
     CDS             complement(19813..20724)
                     /gene="natA"
                     /locus_tag="SEQF2634_01559"
                     /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
                     LIRIINRITAPDSGSIRFDGHPSQPDDVRHIGYLPEERGLYKKMKVGEQALYFARLKG
                     MSATDARASLTEWFERFDIMAWWNRRLEELSKGMQQKVQFIITVVHRPALLIFDEPFS
                     GFDPVNAEQLKREMLRLKAEGRTLIFSTHNMASVEEVCDEIALIDHSRVVLSGNVHEV
                     RERYKEHLFEVEYIGAIALQPDPTRYTLIGAAPSGGGTAIRIRKSPTVSNAELLSSLS
                     AQGELRAFREVLPSMNEIFIKTVEGRG"
     CDS             complement(20915..21595)
                     /locus_tag="SEQF2634_01560"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKNILVYTLLLYACCMALLSCSNKKPAIFKNEQGQYQYEVGSK
                     TYLLPYHYAGGDGVFADGQAVAVLDGKWGVIDEQGNTVHPFVYDWISEKGEAGFADQY
                     LVKVGHVDPERKFYLSGGQTGIINERGEVVLPPSYVAIYPAVTFGLMMVNDGTSVDLA
                     NDSVHFNGLYGYINKTGQIVIPCEYEEASPAFDEDGTVWVRKSGRWGKIDTLGRVKEP
                     FVHDHIKH"
     CDS             complement(21601..23694)
                     /gene="dnaG_2"
                     /locus_tag="SEQF2634_01561"
                     /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="MIDSATKDRILEAAQIVDVVSEFVTLRKRGVNYVGLCPFHADKN
                     PSFYVSPAKNLCKCFACGEGGSPVYFIMKHEQLSYPDALRYLAKKYHIEIRERELTDE
                     ERRAQGDRESMFILNNWAQKYFTSCLMEHEEGRTIGLSYFAQRGFREETIRKFQLGYG
                     LEARDALYRAAMAKGFKREYLEKTGLSNFYENGMVADRFRGRVIFPIHTISGKVAGFG
                     GRILDSTKKVGKYLNSPESEIYHKSNELYGLYFAKQAIAKADKCYLVEGYTDVISMHQ
                     SGIENVVASSGTALTQGQIHLIHRMTNNITVLYDGDAAGIKAAIRGIDLLLEAGMNVK
                     VLLLPDGEDPDSFARSHNAFDLSVYLNNHETDFIRFKTQLLLREAEGDPIRRAALITD
                     ILQSVALIPDAIKRSVYLQECSRMMEIKEAILLAELNKIRATRRSAPPLVRPAAPPPQ
                     AAPVPTTSAPAEPRPEPSPNESSVDPAPTPALTSPQPIQPATKLTSRTVRSPYRAAEE
                     ALMRYVVLHGEETLYDYTDEESGEHIVIHIAEYILSELQRDGLSLSVPIFQSILDEAV
                     AHVSEPGFRAESHFLSHPDAEISRVTMYLMDDRYRTIEEEPDDNNRVTDDERQEIARK
                     RLKELEKAIVHDLFALKGAYLLQRISAINSRIKELQTEGRLDEAIELMKEQKQLNEIK
                     VALSRELGDRIILKM"
     CDS             complement(23836..24777)
                     /gene="rsgA"
                     /locus_tag="SEQF2634_01562"
                     /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
                     GDRVTVEVPANEADTAYITAIAPRRNYMIRRASNLSKESHILAANIDLALLVATIDFP
                     ATTLTFIDRFLATAEAYAIPALLVFNKIDRYDADARRTLDEYMALYTAIGYDCLPISA
                     LTGEGVGALAERLHGRITLLSGHSGTGKSTLINRLLPHADLRTQEISEYHRTGVHTTT
                     FSEMLPLSDGSGYLIDTPGIKGFGTIEMQGPEVAHYFPEIFRASADCRFNNCTHTGEP
                     GCAVRREMECGNIASSRYRSYLNILQDADGNKYREAY"
     CDS             complement(24802..25368)
                     /gene="frr"
                     /locus_tag="SEQF2634_01563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44307"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-recycling factor"
                     /translation="MAATDTKQIIKDAEAKMNAAVQHLDDELARIRAGKASARILDNV
                     RVTYYGDLAPLSNVASVTTPDAKTILITPWEKSLLKEIEKAILASEVGITPENNGETI
                     RLGIPPLTEDRRRSLAKNAKQQAEAAKVSIRNARRDTIDVIKKAVKDGTPEDLGKDAE
                     AEAQKIHDKYVKKVDDLYAAKEKEIMTV"
     CDS             complement(25392..26099)
                     /gene="pyrH"
                     /locus_tag="SEQF2634_01564"
                     /EC_number="2.7.4.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7E9"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridylate kinase"
                     /translation="MIYKRILLKLSGESLMGGRAYGIDEVRLGEYAKQIKEIADRGIQ
                     IGIVIGGGNIFRGLAGAAKGFDRVKGDQMGMLATVINSLALSSALEAFGVEADVLTAV
                     RMEPVGTYYSPSRAAELLRDGHVVLMAGGTGNPFFTTDTAAALRGIEIGADVLLKGTR
                     VDGIYTADPEKDPTAVKFDEITFDEIYSRNLRVMDLTATTMCKENNLPLVVFDMDTPG
                     NLKRVLSGENIGTRVTL"
     CDS             complement(26168..26812)
                     /locus_tag="SEQF2634_01565"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHTESITSRTLETLKQLMRDETLQDFFLVGGTALALYMGHRKS
                     IDLDLFTLHSFDAPRMRAYLTDRYGLSNAFVRKDTVKGTIAEIKIDCITYAYPLLERV
                     HEEGGIRLCSLRDIAAMKLSAIADSGTRLKDFVDVACLSTRLSLGDMLRAYDAKYRGM
                     SPISPLKALTYYDDIREREPILTLRGNYDWSLIDYRLQDMLAHLEQVYEDFPFT"
     CDS             complement(26767..27090)
                     /locus_tag="SEQF2634_01566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFEDWQTHRPEEISKALLWEYDTDAPTWDWEYMKPLVVERVIER
                     GNISDYYALLQRYGGFGPVRDVVRRLPRLSPIDQNWVCRLFHLNKEELACYTRNQSRA
                     ERLKR"
     CDS             complement(27402..28277)
                     /locus_tag="SEQF2634_01567"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSLLKVYYPVKDYLLIILGTALYGFGYNAFILSNEIVTGGLS
                     GICGLIFFATKLPVSVSYFAINVVLLGIAFKILGLKFLVKTILGVASLSFWFWFFELV
                     FAGQPLMQLQEVFMSVIIGAMICGSGLGLVFYAGGSTGGTDIIVAIINKYKNISIGMG
                     MVLLDFLIVSSSYFLFANVDKIVLGLIEMGVNSYMLDRVMNANTQSVQFMIFSRKYDE
                     IADAIIHRLQRGCTILDGEGGYSHKPIKVIVLVARNRERTNIFRLIKMIDSQAFISQS
                     TVRGVYGEGFDAIKV"
     CDS             complement(28274..31114)
                     /gene="leuS"
                     /locus_tag="SEQF2634_01568"
                     /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="MDYTFREIEKKWRERWIADKTYEVHEDDARPKYYVLDMFPYPSG
                     AGLHVGHPLGYIASDIYARYKRLCGFNVLHPMGYDAYGLPAEQYAIQTGQHPEVTTVN
                     NINRYREQLDKIGFSFDWSREVRTCEPTYYHWTQWAFLRMFGSYYCNIGQHAQPIEKL
                     IAAFEANGTEGVNAACTEELSFTAAEWQAMSERERQQTLMNYRLAYLGDTMVNWCPQL
                     GTVLANDEVSEGLSIRGGYPVEQKVMRQWCLRVSAYAQRLLDGLDTVDWSDSLKETQR
                     NWIGRSEGAEMLFPLADGSESLKIFTTRADTVFGVTFMVLAPESEYVGRLTTDAQRAD
                     VEAYLEAVKRRTERERIADHKVTGVFSGSYAINPLTGEQIPIWISDYVLAGYGTGAIM
                     AVPAHDSRDYAFARHFNLPIVPLIEGCDVSEESFDAKEGHMINSPMAGQERAGGLVLN
                     GMDVPEAIAATKRYIAAEGLGRIKVNYRLRDAIFSRQRYWGEPFPIYYDADGMPRPLP
                     EECLPLRLPEVDKFLPTETGEPPLGRATHWAWDSVRHEVTDNSRIDNRTIFPLELCTM
                     PGFAGSSAYYLRYMDPHNDRALVSPEADAYWRNVDLYVGGTEHATGHLIYSRFWNKFL
                     FDVGTSCEEEPFRKLINQGMIQGRSNFVYRIVGTNRFVSYGLKGDYDVTPIHVDVNIV
                     SNDVLDLDAFRAWNPEYRDAEFVLEDGRYICGWAVEKMSKSMYNVVNPDTIVEKYGAD
                     TLRLYEMFLGPLEQSKPWDTNGIDGVFRFLKKLWATYYSGPDGAWGVVDDEPTADEMK
                     ALHKLIKKVTHDIEHFSYNTSVSAFMICLNELTTLRCRKRAVLEPLLIVLAPFAPHIA
                     EELWHALGHTTTICDAAWPDYNEQYLIETTVRYAVSFNGKTRFNLELPADLDRASIER
                     AALGHDAAAKWIADKTPKKIIIIPNKIINIVL"
     CDS             complement(31294..32640)
                     /gene="trpB"
                     /locus_tag="SEQF2634_01569"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFX9"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /translation="MKTKKFLLQEQDIPTAWYNIVADMATKPQPMLNPGTKEPLKAED
                     LYPLFARSLAEQELNTTDTWIEIPEEVRDLYKNWRPTPLVRAYGLERALDTPAHIYFK
                     NESVSPVGSHKLNSAIPQAYFCRKEGVTNITTETGAGQWGAAMSYAAQAFGLELAVYM
                     VKVSYNQKPYRRSIMQTFGAQVIASPSMSTKAGRKILTDHPTYQGSLGTAISEAVELA
                     MQTPNCKYVLGSVLNHVALHQTVIGLEAEKQMEMAGEYPDVVIACFGGGSNFSGLSFP
                     FLRHKLIEGRTLRVVAAEPASCPKLTRGRFQYDFGDEAGHTPLIPMYTLGHTFAPAHI
                     HAGGLRYHGAGAIVSQLKKDGLMDAVDIPQLETFDAARLFAETEGIIPAPESAHAIAA
                     TIREAKEAKEEGKARTILFNLSGHGLIDMTAYDQYLAGDLTNYVLPDEVLNASLNA"
     CDS             complement(32665..32775)
                     /locus_tag="SEQF2634_01570"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGWSNDPPLYPTQPFFAFRFSFPPLPPSFAVDFNGI"
     CDS             complement(32802..33566)
                     /locus_tag="SEQF2634_01571"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIGHLSVASLHMMEDFGFHGAVIRHLSDLPLSDGAVGYTPGLK
                     QAAQAFKTVFQEWDDAVNATSGPTPAAVAKKIDRQRVRTWREMRAFVRASIAFPDEKV
                     AEVARRAADLFKAYGNMPQKSETGRSGRMKNLTDTLRNLGAEALEKARLTPFLEKLEQ
                     ENEVHFAATERRAMARGARVKGLLRAKRMATDAAYHTLVETVNALILVNGEAPYQAFT
                     ASLAGEISHAHTKLATRRTILAKHRAARKAKEEANS"
     tRNA            34453..34527
                     /locus_tag="SEQF2634_01572"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Lys(ttt)"
     CDS             complement(34624..35076)
                     /locus_tag="SEQF2634_01573"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLLLLLTLMFTLMAPTPSAAQKGDPQKHIDREAFFARRNAYI
                     TAEAGLTADEAAAFIPLENELQRRKMEVGRECRKLARKNRSHQGLTDRERRELSDCLT
                     ETRLKEAQLEKEYIERFKKILSVEKLSKYQQAEAEFLRKFLQNRKRDE"
     CDS             complement(35089..35481)
                     /locus_tag="SEQF2634_01574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKEEPLTPDFPSRDTEPFRVPDGYFEGLTNRILSALPDPPAD
                     APQPPTVSLMEKVKPLIYLAAAFLGMVLLFKGLSALRPADRTTERPLYVQHATTPSAA
                     ADDEADFLDYLEAQYADLFFSDDINEWE"
     CDS             complement(35536..36108)
                     /gene="sigW"
                     /locus_tag="SEQF2634_01575"
                     /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
                     LSLDDADSYLVETLRGDEFFDGDAVQTRFQTAILQLPPKQRLVFNLRYYNDMKYEDMS
                     EALGTSEGALKASYHHAVKKITAYMTSGND"
     CDS             complement(36105..36719)
                     /locus_tag="SEQF2634_01576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIETIRIQDGHVCHLSDHTDRMRRTADHFGFMAPTLPTDLASL
                     VPDELRTGTVRCRVMYDHTLREVTFTPYRRRHIERLFAVDAGTTTYAFKYADRAPLAR
                     PDMPLGASDELLFVRDGYLTDTSYTNLVLRRGRELVTPDTFLLDGTCRRRLLREGVVH
                     TEPVRLHDLPTYDELLLINAMMPLREAIRLPTTAVHLDFYTFAP"
     CDS             complement(36858..37826)
                     /gene="sgcD"
                     /locus_tag="SEQF2634_01577"
                     /EC_number="2.6.1.86"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8GMH4"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-4-deoxychorismate synthase"
                     /translation="MRNASDVVRDMNRAGAAGRPFLFGFDFELTHAFFIPDPLHQTEV
                     RFNLRGVSNASDDGPEVSYAFERTPEPEAIYAHRFDIVRAGLLRGDSFLTNLTVRTPI
                     RTDLAPDAIYRRARALYKMYYPGAFVCFSPERFVRIDADGTIASNPMKGTIDARLPRA
                     RERILSDPKETAEHNTIVDLIRNDLSMVADGVHVRRFRYIDRLETSAGPILQVSSEIV
                     GRLATDWRSHVGDVIARLLPAGSVSGAPKDATVRLIRQAEQTPRGFYTGVFGLFDGHT
                     LDSAVFIRFIDLTTDPFTYQSGGGITARSRMHDEYEEVIQKVYLPF"
     CDS             complement(37838..39328)
                     /locus_tag="SEQF2634_01578"
                     /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"
     CDS             complement(39328..40164)
                     /locus_tag="SEQF2634_01579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYNDAKNKAIEQLKAREKDYKELGQHANDYALRLYDTRKSAVM
                     AIDRIETYVNTLAHSPKEFAKEIADTKVNIREFSEAIHIEKQNASDKIKGAGFTASGV
                     ATGGAIASLGPTAAMAVATTFGTASTGTAIASLSGAAATNAALAWLGGGALAAGGGGM
                     TAGSAFLAMAGPVGWALAGVSILGGSAFVIHKNKEAAKKANDASWTLIKLIAALKPKL
                     RELICLYDETSKLKSTLKVDTMINLYPKDYLAFDDSQKKALAALINNVRSMGVLINKR
                     IS"
     CDS             complement(40220..40402)
                     /locus_tag="SEQF2634_01580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEGRMDTFAAMRNASDVVRDMNRAGAAGRPFLFGFDFELTHAF
                     FIPDPLHQTEVRFNFF"
     CDS             40938..41963
                     /gene="lnpD"
                     /locus_tag="SEQF2634_01581"
                     /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
                     GIARITGRRPTFYEADCNDREAMDRIFAQHAPVSGIIHFAASKAVGESVHKPLLYYRN
                     NIVSLLNLLELMPRHGVAGIVFSSSCTVYGQPAPSDLPVTEDAPIRPATSPYGNTKQI
                     NEEIIRDTIHADAPFRAILLRYFNPIGAHPSAEIGERPSGTPQNLVPYLTQTAAGIRP
                     ELRVFGDDYDTPDGSCIRDYIDIVDLARAHVEAVRRLVEGQATEPLEVFNLGTGRGVS
                     VLELIRTFEEATGVRVPYQIVGRREGDIEQVWADPTRANRVLGWTARTPLSDTLRNAW
                     KWQQRQE"
     CDS             41994..42674
                     /locus_tag="SEQF2634_01582"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTITLIAAMLLLAAVGCTQAGQKVPSSVQSESAQDKVPEGAR
                     YGVKSAIIKKTSPCIMFMDAVREITVYIDDYGAKEAVEVNMDAEQIQQHTLAIREAGG
                     KTIVIDLDGKTASRIQDNEPRDYRHLTPEEIKRFKITKAGTETVAGKPCKVFRMDLSE
                     GGEEGYDLIATRYVWEGIVLAQELSSEMMHGLNTVEEVQSIELNVPIPPEKFEIPKGI
                     KIKESPDE"
     CDS             42729..43346
                     /locus_tag="SEQF2634_01583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLLILASLLLMGTLSAQLDPTAGHRYGIRSAIIKKETKSMA
                     GAIANTLYFDNFGDREATEMTMKMGEEEKHLRVVAEDGGRMNVTLDLDQKKAFRMPAP
                     DQPRNFRQLSPEDIERFKIKEVGTGDVAGKPCKKYEMELTQSGVKLQATVWIWEGIML
                     RYEARYQGNLMVTDEASEVEENVAVPADKFAIPAEVKVEAAPSMN"
     CDS             43475..44797
                     /gene="dgt"
                     /locus_tag="SEQF2634_01584"
                     /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
                     GIPHLGGRFARHPLVYLVEAADDICYQVMDIEDAHKLRILSAREAIDLLLGFFEGQQL
                     EHVSRTMMIVDDTNERIAYLRSSVIGLLVDECTRAFVEGEAALLRGAFPAKTLIESIS
                     SHAAAAYRACSEVARQKIYTAGEVVDIELAGHRIFSYLLTAVIDAVLHPTHAYSRLLL
                     SRIPNQYDTAAPTVYGKIQCALDYISGMTDVYALDLYRKITGMSLPAV"
     CDS             45367..47259
                     /gene="purF"
                     /locus_tag="SEQF2634_01585"
                     /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
                     AEIRSSGQHPRKYADTYFILEQVGHLLDTEADRLRRQFEVDEGRTGLEVTREVERHID
                     LSRIVQPAARTWDGGFVICGATGSGESFTIRDPWGIRTAFYYADDEIVVIASERPVIQ
                     TVMNVQAADVRELGRGEALFIRRDGAWRTEQLLEPRALSACSFERIYFSRGSDRDIYR
                     ERKQLGENLVAPILRKVDGDLEHTVFSFIPNTAEMAYFGMLEGLQKHLDRRMEQQLAD
                     PAVLSDPEAVRRILAQRVRSEKVVLKDIKLRTFIAEGNTRNDLAAHVYDITYGSIEPY
                     KDNLVVIDDSIVRGTTLRRSIISILDRLHPRRIIVVSSSPQIRYPDYYGIDMSSLGEF
                     IAFRTAIDLLKTRGMAHVITDAYDRARRQQGTPDELRVNCVKAIYAPFTDEDISDHMA
                     RMLTGSDIHAEIGIVFQPLEGLHRACPHHPGDWYFSGDYPTPGGTRLVNRAFIQYMEQ
                     TYRHRS"
     CDS             47302..47841
                     /locus_tag="SEQF2634_01586"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIRLTDPGHPDFARAWRLYKESFPVDERRRLNSHRRIMLRSI
                     YHFDVVMDHNVFIGILLWWDFESVRYIEHLAVVPTLRGMQHGERILRHFLSESDMPVW
                     LEVEPPDNELRNRRVGFYRRVGFTLNEHDYTQPAYEKSSQPVPLLVMTYPEAITEPDI
                     RFFCRQYHPLLTDYSLAGA"
     CDS             47948..48883
                     /gene="rsmH"
                     /locus_tag="SEQF2634_01587"
                     /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="MMDRERNDYHVPALLDECLEALDLSPDGVYVDVTFGGGGHSRAI
                     LSRLGPDGRLFAFDQDADAEANAPTDDPRFIFIRSNFRYLASFLRYHGVRQVDGVLAD
                     LGVSSHHFDTPHRGFSFRFDGEADMRMNNRAGRTASEVVNTYTEEQLTRLLHTYGELT
                     NARRAAEAIVCARAERPIRTTVELTAILQPIAGRRDASGYYAQVFQALRIEVNDEMGA
                     LSDLLRQALRVIRPGGRLAVITYHSLEDRPVKRFMRTGRIDGRSEEDVYGNRLSPIRP
                     VGRKPIVPTADEVARNPRVRSAKLRVGEIINEEEQ"
     CDS             48880..49227
                     /locus_tag="SEQF2634_01588"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNETNTSSKPKRQLTLLYILGGGVLKEDFIIRHTRLIVLVVVM
                     LFIFISNRYTCLLKLREIDRLQRELKDVKNESLAVSGQLTGSNRLSQIELLVKEKGLD
                     IETAQTPPYIIRK"
     CDS             49304..51526
                     /gene="ftsI"
                     /locus_tag="SEQF2634_01589"
                     /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="MSEQEKDSVREQAARKAKGGQILTRYFIIVMLLSPVAAGILFLA
                     FKTAILEKTKWTKVAESRKKPNRLVNPSRGNIYSADGKLMATSVPRYYLYVDFQAAGF
                     RAPSPKGKKEVNIDTFMRSRENGIDSLAYYLARKLKNRTAAGYRAYLLRGLRQKSRQY
                     PLYEYRLSYADYKEIREFPFFRLGRNIGGLYEREMVQRQKLFGSLASRTIGDIYNEIE
                     TGGLSKGKNGLELRYDTLLHGKPGYNSIVRVGGRWTNVVEEEPVDGLDIRTTIDLQIQ
                     DLTEKALVDKLQEADAASGVAVVMEVKTGEVKAISNMERIRPGVYAELRNHALADELE
                     PGSTFKIASMMVALEDGICTPESPIDVGNGTYKFNGRTIRDHNAQSGGYGTITVAQSI
                     WYSSNVSIAKIVLKGYANNPRKFIDGLHRTGIDADLNLDIAGAGHAKIRQPGDPQWSR
                     MTLPWMSFGYEVQIPPINTLAFFNAIANNGRLMRPMFVKSILKNGKELRVYEPEVLIP
                     EICSKRTLRAVQEMMYNVVNYQDPVGRRDGTGKPARSSVVSIAGKTGTAQIAASKAAH
                     NLSFCGYFPYENPQYSCIVVISRPRRGIVSGGMMAGTVFKEIAEKVYSNQIRYDLSSM
                     KPEASRTLMPPVKNGESRSAQAVVKWFDIRTTPKRVDADFSVYWRNATRDTLNVRKLT
                     VREGMMPYVIGMGARDAVYALERCGLRVNLAGHGRVILQSVPSGQAVTRGQTIDIILN
                     "
     CDS             complement(51974..52207)
                     /locus_tag="SEQF2634_01590"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAGEVGEDAGGVVQSGDALLIDRMRAHLHEDVRASSLGHASDQ
                     LMQCDGVRRRVIGGQCLLVDAVADGGDESHVVA"
ORIGIN      
        1 agacagcccc ttgagtggct gcattttctc gtgcaaaccg ggagccatag gcgtatcccc
       61 gaactatttc gggcaagaga ataagtaagc agaatgaaga ttacacgtaa aaagaagccc
      121 acgtcggcgg gcaagcaaag tcgacgaaac gacagggaca cgcgaggcaa caagaagaaa
      181 aaagccgccc agtccgccca tcacggcaag cgcatcctca aaaaagacgc cctcacacgg
      241 gccatcttgg atacgttcca gctcaatccc cgcacgattt acaactacaa gcagatcgct
      301 aaggctatcg gtgtcgaagc acaggtgcag aagctccaaa cggccgaaat actgcgcagt
      361 ttggcggacg acgatgtact cacggagact gaccccgggc gttatcgctt gaatcgcatc
      421 ggcgagtcca ttaccggaat ctttcggcgc cgtagcaacg gccgacatgc ctttattccg
      481 gacactcccg ctacggacaa tgcggacggt gatgcaccga cgccagaacc catcaatgtg
      541 gacgatcgca acacggccca cgcgctggat ggcgatcgtg tacgtgtgca gctcttcaaa
      601 cgtcgtcggg gcgagcctga ggcggaggtg atggaggtct tagagcgtgc gccacacacc
      661 tatgtgggtc ggctggaggt ctccaagaac tacgccttcc ttgttaccga agatcgcacg
      721 ctctccaacg acatctttat ccccaaagca gcgcttcagg gcggtcgcac gggcgataaa
      781 gccatcgtgc gtattgtcga gtggcccgaa cacgcgtcga atccgacggg cgaagtggtc
      841 gaggtgctcg gtcgtgcggg ggataacgac acggaaatgc acgccatctt ggctgagtac
      901 ggtttaccga cgcgttatcc ggaaaatgtc gagaaagctg cgcggcgcat cccacgtgag
      961 attacggcgg aggatttggc cgaacgtgag gacttccgcg aggtgacaac cttcacgatc
     1021 gaccccaaag acgccaaaga ttttgatgat gcactctcga tccgtcgcct gacggacggc
     1081 cgctgggagg tgggcgtaca tattgccgac gtaacgcatt atgtgaagcc gggcagtgtc
     1141 atcgacaagg aggcatacga gcgcgcaacc tccgtctatc ttgtcgaccg aacgattcct
     1201 atgctgccgg aatgtttgtc aaacgatctc tgctcgttga ggccggatga ggagaagctg
     1261 accttttccg tcgtctttga gatgaacgag gaggctgaca tcctcgcctc acgcatcgtg
     1321 cggacggtga ttcgtagtga ccgccgtttc acttacgacg aggcgcagga ggcgatagag
     1381 accggcagcg gagatttctg cgaagagatc aacacgctgg accgtttggc taaaaaactc
     1441 cgcgagcgac ggtttgcgca gggtgccatc gactttgatc gctatgaggt gaagttcgag
     1501 atcgacgaca agggtcgtcc cttgagcgtg tatttcaagg agtcgaagga cgccaacaaa
     1561 ttgatcgagg agtttatgct catcgccaat cgcacggtgg cggaatctgt cgggaaacgt
     1621 tcgggcagta gaggggcgaa aaaaacgttc gtctaccgta ttcatgagca acccgacgca
     1681 gaaaaaatgg agacgttcgc cacgtttgtc cgacggtttg gatataaact gaagacggac
     1741 ggcagtaaaa acgaaatcac ccgcagtatc aatcgtctgt tagacgatgc gaagggtcgg
     1801 ccggaggaaa atctgatcga aacgctcgcc gtgcgatcca tgcagaaggc ccgctactcg
     1861 acggaaaaca tcggacacta tggcttggcc tttgcctact attcgcattt cacctcgccc
     1921 atccgccgct atcccgatat gatggcgcat aggctcttgg tgcgttacgc gaacggtggt
     1981 cggagcgttc ctaaggacgc gtgtgaagaa gagtgcgatc attgttcgca aatggaacag
     2041 ttggcggcca acgcggaacg tgcttcgatc aaatacaagc aggtggagtt tatgagcgac
     2101 aaaatcgggc aggtttttga tggcgtgata tctggcgtca ccgaatgggg actgtatgtg
     2161 gaactgaacg acaataaatg cgaaggtctc gtgcccatgc gagacttgga cgatgatttt
     2221 tatgagtttg atgaagccaa ttatgcctta gtcggtcgtc gtcgacaccg tacttatcgc
     2281 ttaggagacc cgatcactat cacagtagag catgccaact tggaacgtaa gcagctcgat
     2341 ttccggctgg cgtaaaacga cgaacaaagg actaatgaaa atatgcatga aggaatatgg
     2401 aggatgatag tctgatgagt gaagaggaat acttcaataa gatagagatt gctcggaaaa
     2461 gtatcatgga aggacgattt atagaagtcc gaaacaaaga agaacttcat cgatacttag
     2521 aaagtctgtg agatataggt tacgttagaa tcccatcgac cttttttgtc tgtgatagag
     2581 gttagtaccc aatgaaacga gtattttttg ccagacatta ggcaccttga tatccggcac
     2641 aacaaaaaac taagccccga ttccttgcat gcgaagggac cggggctttt ctatgatcaa
     2701 aaaacggctg atgcttattt gccgaagatg tgcatgaagg agagattgcc tactgtgctc
     2761 agcgagaggc ctgccttgcc cgtagccggg ttatatgtaa agaggcctgc ctgtttttcg
     2821 ccgaaggcac cgaggagaac caaattgcct tgggtctcaa tcgctgtact atggccatcc
     2881 gtcatcggaa ctcccacaat tcgtttgatc gttttggcct tgagatccat gattacggcc
     2941 attgcgctct tagacgtgta tggattcgtt ccgttcagct ccaaaatggc cacgaaagcc
     3001 accactttac cattgcccag gtatttacag ttcaggatcg cggatgattt gaatttagag
     3061 ccttcaatcg ttacgccaga aatctcccac gtacgcgacg catcaaattc atccttgcca
     3121 gcagggatgc agacaaaccc attctcccga tatttcgggt tataaccgaa gtagccagcg
     3181 cacgcgatat aaatatcgct ctgttcgtcg gtaaagatca tgtccttata caacggtctg
     3241 gtcgggaagg cgatcttttt gctgttctcg gtgatcactt tcagcacttt gtcggtcttc
     3301 gggtcgatca cagccacttc cacctgccta cgctcttcgt acggcatgta attactaccg
     3361 atttggtcca gagtaaggaa gtaccgatcg ccacgaagaa tgcccagact gggctcgggg
     3421 cttgcatctt tgtacgcata ctgcttcagg tcgatctcgc ctgttttctg tagcgtggtc
     3481 ggattcatca cccaaacgtt acccaaggaa tagttcggca tatatatttt gtcggcagag
     3541 accttctgga cattgtacgg cgtagctcca gcgggcacat cgaaggtctt gaggtttccc
     3601 atcgtctgtg ttttcgggtc atacgtgtag cggcggacct taaactctgc atctttttcc
     3661 acaccggtgg gcaggacaaa gatgtagttg tcaatcacgg agatcatgcc ggcaaaacca
     3721 atctgaatgc ccttcgaatt gtcgatggag ccactgagac tgttcgtcag ctgcaaataa
     3781 gacgagccgc tcataccgtc gggattcttc acggtcgtct ctaagaggta ctggcctttg
     3841 ccgccaggca ccacggtatt cgtcgtgtcc ggtttgggtt ggggcttggg ttccggggga
     3901 gtgtcttttc cacatccggt ggtcatcaca agggcaacga ggcatgctgc ccacatcatt
     3961 ttcttgttca tcatctcaat acgttttgtc ggttaaaaaa taggggttat gggctttcgc
     4021 ccgaaaaaag ttcgattaaa aaatagggtt ctcagcttgg acatgaagaa agacgactcg
     4081 aaaaaagagg tcctgccttt tagctcaaag aaaaaaccat cgcgagaagg gacggtgagg
     4141 cgttgcaaga cgctgcatcg ggcggaaaaa aggttcacga acgtatgcag ctgtctgtct
     4201 tttgagctga ataggttccc gccggatcgc tttaggctat cgggcctcga ttctcctgcc
     4261 ggtaggctgt aggggcgtat tgcatacgcc ctcagacggg cccgcaggga tcgcacgaca
     4321 gatgctcgga ggatggttcg tcccatgctg ggacgtttgt ggggcgtatg caatacgccc
     4381 ctacagccac cggattgcaa gaccgtaact accgtggaaa aagtccctga aacgtttcac
     4441 ttgaacacat atctcacctt gacgccgaag ctgcgacctg gcagggggcg attaaattcg
     4501 ctgaggacgc gcgcgtcggt cagattcttg atcttggccg agagaaaaag gctgttgttg
     4561 aaaaagctat gctccaaacc aaggtcgacg gttgtgctgc ggggtatccg ccgttgatct
     4621 gccgccattt cgaagtcgta gagatattcc tccacaaaag atagatcgct aaaaagacgc
     4681 gtgttctgtc cgcggccgcc aaaaagattc tctttgtgga attccaatcc tgcattgccc
     4741 attaaatagg gaatgttggg catgcgcaga cccttcgtag gattaggtag cgaacttcct
     4801 tcatcatgct cacgtacatc acgaagatct tggaacgtag cgttcgcata cccatagagc
     4861 caaggcgtta tgtcggcttt cacctctgct tcgacaccca tcgtacgcat ctcgccaaaa
     4921 ttttgatact gtgcgccgag gattcccttc gtatagcgga tcatatcttg cagatacata
     4981 tagaaggcat tgacttcgat ctgaagatta ctggctgccc gacctgtcag gtcgtacaag
     5041 aagcccacat tgaggctcgt gtttcgctcc ggcattagat tttcggccgg tgagaccgtg
     5101 tagccatcgc ccaagagttc cgtttccgag gggatacgca cgtcataccc cgcggacaat
     5161 ttcgccatca aatccggcaa gatgcggaac cgcagggcat cattaacgcc cacagcgctc
     5221 ttgttgacgt ccacatcgtg tacctcaccg atgccaaaaa tgtccgcctg acgtgtcttc
     5281 atcgtgtata ggtagtaacg cacggtcagg gagttcagca ggcggtcttt cggcgtgcga
     5341 aaatcgtacg ttaagcctgc cgaccaactc ctcatgcgcg aattgaagac cgcttctctt
     5401 cctatgctca attctcgcag cgaatctttg gggaaaccgt ttgccagggt aaaaagtgag
     5461 ttgaaattga gcgagtgctg tttatgcagc aagtattcta agttcaattt gtggctgatg
     5521 gtaaacttct tatccgaaga atgcgacgca taacgattgc ccaattctcc gccataaata
     5581 gatggcgagg gataggcccg tccatcccag tcgtaccatt gcttggccgt atccacgagc
     5641 ccgtaagacg taatggccgc tgccaggtgc atatcgaagt ccaagccagg cgtcaggaag
     5701 ttttttttct ccaatttatt ggccagggca aagagcatgg agtgcgtttc cgccttacgg
     5761 atatcctttt caatgccctg tatctcatga ttcgtcaaag cgaaagccgg ttcaatctcc
     5821 accttgtcaa accaccattt gtaggccttc acggagccac ccaggatcaa ttttcggaat
     5881 ccatcgtggt cgcggcggat cttcaggccg tccacatagg gcgaaagcat ggtgtagtta
     5941 ttgtccgagt aggtatatcc gccgccgatg ccgaacacga ggccctgatt gcgcaaattt
     6001 cgcttcaaaa cggtttgcac tttgtgcgta ttgaacgatt ccagcgtgta actaaagtcc
     6061 gcgtaacgtg ccggatactc tttcagcacc aaattgacgg ccccgcccat tgccgagcct
     6121 ccaaatttgg ccggaacgac acccttgtaa atctcaatgc gatcaatcat atcgataggg
     6181 atatcgttga tgtcgataaa gtccgaatta tcgttcatgg gtgtctcgtc gataaagaac
     6241 ccgatccttt ttccctccaa gccgcgcacg gacagtcttg tagcgcctcc cactccgcca
     6301 gacgagcgca atgtaactcc gaccgtcttc gacaagatgt ctgcaatgcc tgccaccgtt
     6361 ccgctcaact gattcatgga tatgacagag ataggcatcg cttgttcgcg caattgtcgg
     6421 gcctcacttt tggctgttac cactacttcg ctgagcgatt tcgactccga ttgcagttgt
     6481 acctttatgc ggcgcacctc cccttcgcgt agcgtgaccc gttccgaatg gctttcgtag
     6541 cccatgtagt caaatcggac cgtgtaggtg cccggggata aattttggat cgaaaagttg
     6601 cccttggcgt ctgtcacctc tcccgttttc agttgttcga taaaggcgct ggctccgatg
     6661 agcggttcgt tgttcgcagc gtcggtcacg acgcccgtaa tgcgtgccgt ttgcgccgtg
     6721 gacgtactcc aggcgatcgt cagcaggcac gcgaaaagca tccatagggt gtttctcttc
     6781 ttcatgttct tatgatacaa tataaaatac attctgcact taaacaaata cggctgcaaa
     6841 agtagaacgt agagaatgct gttcacaatc cccaataatg gggataataa ggagcctatg
     6901 cagatccgca taacgaaaaa cgaacaacga aaaatgaaca actaaaaacg cataactaaa
     6961 aatgaacaac gaaaaacgaa catacgaccc ttctcaacaa aaaacatcca acaaaaaaca
     7021 ctcatgcgat ttcgcatgat gaaaaacacc cgacgaaaaa cgtccatgcg aaaacgcata
     7081 actaaaaacg aacaacgaaa aacgaacaac taaaaatgtt tatgcgaaaa cacccaacga
     7141 aaaacaatca tacagaaccc tccaacaaaa aacatccaac aaaaaacact catgccgatc
     7201 tgcatgtcgt tcattttcga caaaacgaac cccatgaaaa atgccgggca catacatagg
     7261 cgaacctatg ctgcacccgg cataaccacc gatgattcat cactaaaaac gacggtctat
     7321 tcttctggca gggtaatatc tggcccgctg ccttgactgc ctccgggttg cttgggcttc
     7381 tctccttcgc ctccgggagt cttggggtct ggtttcttcg aatctttatc ctcagggaga
     7441 cggatgtcgg gtttgccgtc atcctttccc ggctttttgg gattcggttc tttcggctgc
     7501 ttcggatctt tcggcttttc gggatcctcg ccgtctttct tcttcttcga tccgatcact
     7561 tgcgtcttgt tgcgatggac caccttattc atatgaatga taaagggggc cgtgtcgagt
     7621 gcgtcgtcaa ccaccgccaa ggcattgact accctgacga gccactggta agccaaatcc
     7681 gactcatgac gggccgtgcg gagtgagccg agcgtttgtg gcatgttgtc ggaacgctcg
     7741 gtgagccact tctcgatttt ttcgttggcc gctttcaacg agtcgacata cggcttaacg
     7801 cccagcgacg aaacgtcggt cgcgtacgtt ttctcgcagt ctcccacgaa gctaatgatc
     7861 gccccggtct ctcgctccag ttgcatacgg gcgtcgagac gataggcggt catcaccttg
     7921 aggatcgttg cggccgatcg agccttgtcg gcttctggat ggtccgcaaa acctttcaat
     7981 gttttgcgta gggcgttcag catacgtccc ctttcctgat ctgctttgtg gatgtcggtc
     8041 gtaatgaggc ttttttgcga cttagcgtaa cagtcgtcct ctttcttggt cgccgcagcg
     8101 agcagatcgg cagccttttt gatcttcggg tgtgccaaaa gggccgtttc ggtggccatg
     8161 cggtcgctca cgttcttcat aaacaagaag tgcgcaccgt tggtcatcag cgtgcagtta
     8221 attgtgtcga tttcgacagg cggtacaatc cccgccgacg gattttgagg agcagaaggt
     8281 gtctctggca ttgtaaactc tatttatttg tgatgtgata catgtccgtc atctttcaag
     8341 acaaaagatt gtgacgcggc aaagatggga agatttttca tacctccaac atgcatgcaa
     8401 aatactaaac agcgcgcatg ttatttagtt gcttcaccag agcaattaag aaacattctt
     8461 gcagcttaat tgcttcaaca gagcaactaa gagacatttt ctcggcttaa ttgcttcaac
     8521 ggagcaacta agaaacattt ttgcggctta attgctctat cagagcaact aaataacatt
     8581 cccgtcattt aatattttcc gcccaagcaa tccccccgca actccgcaca cgtccctctc
     8641 gatcccaaac gaggacgttg cgaccctgca cgtaacgttt ttgcgtccaa tcatgaatgc
     8701 cgcaatcccg cacgtaccat tttcgtcccc gtgtaggggc gtattgaata cgccctacag
     8761 acgttttcgg cagaaaacga acgccgtcac cctgcacata ccattttcgt ccccgtgtag
     8821 gggcgtattg aatacgccct acaaacgttt tcggcagaaa acgaatgccg caaccctgca
     8881 cgtaccattt tcgtccccgt gtaggggcgt attgcatacg ccccacaaac gttttcgata
     8941 gaaaatgaat gccgtgtatt tgtgtcatcc attttcggat gtatgcggga ttcgtgcggt
     9001 ttcgcgttat ccgtgcccgg gtacatgaaa cggtcgtgcg ggttctgtta ttcatcgata
     9061 tatagatcat cgccttgcca attttctgga ttgatgatga tgtattccga aatacgctga
     9121 tacgattgac tatttcgaat gatatgttcg taatagttac gttgccaaac ggtaaagccc
     9181 aatcttttag acacagccgc tttataccct cttacaatag cccctaatgt atgagaaggg
     9241 gaacggcatg gaatgggatt atcgtccaca acctccggaa atcctgcgtg ccagttgtta
     9301 tatatgctgc gtagagtcga taaagatgtg gactgtgtga tttcaacgat ggcatgcata
     9361 tgattaggca taatcacata ttcatgtagg agcacttgac ccgggcgaat gttaatcgtg
     9421 ttctgccatt cctcttcagc gacatgtccg gcctcattca aaaccatttc attgtcgatg
     9481 atctcaccga ataggcacat ccgttgttga caacagaggg tgatgaaata taatccatca
     9541 cacgaataat catatccgta taaacgcatc gaatgacggt ggtgcacctt cggatcatat
     9601 tttgtgttca tgggtgtatt catttttcat aacgcaaagg tggaataatg aaacgaatcg
     9661 ggtatatgcc accccgcacg taccattttc gtccccaatc acgaacgccg caatcctgcg
     9721 cgtacaattt tcgcatccaa tcatgaatgc cacaaccctg cacgtaccat tttcgtcccc
     9781 gtgtaggggc gtattgcata cgccctacaa acgttttcgg cagaaaacga acgccgcaac
     9841 cctgcacgta ccattttcgt ccccgtgtag gggcgtattg aatacgcctc acaaacgttt
     9901 tcggtagaaa acgaacgccg ccaccctgca cgtaacgttt ttgcgtccaa tcatgaacgc
     9961 cgccaccctg cacgtaccat tttcgtcccc aatcacgaac gacgtaatcc cacgcgtacc
    10021 attttcgtcc ccgtgtaggg gcgtattgca tacgccccac aaacgttttc gatagaaaac
    10081 gaacgccgtg tatttgcgtt atccattttc ggatgtatgc gggattcatg cggttttgcg
    10141 tcatccattt tcgggcacat gaatgtttga tgcggttttg cacgtattcg ccccgttccg
    10201 ggtcgtttgt ggggcgtatt caatacgccc ctacacgggg acgaaaacgt tacgcgcagg
    10261 atgtcgttat ccgtgcccga ttacatgaaa cgttcgtgcg gttttgcggc atccgcttcc
    10321 ggggacataa aatggtcatg catattggcc tctccctctt tttcgggaga taaaaaaaga
    10381 ggtggacccg tcgcgggtgc acctcttatc ataatgcaat gaaaccaaat aaaggccttg
    10441 tcaggaccca atcaaaacat atcccatctt actgggcgaa taaaagacat atcgaaagac
    10501 tttcttattc aagatacttt gtgatagatc gcggcaggta gaaggtgttg ttcttgtcta
    10561 cgtagacaat cacggtcgaa agacggatct cgtcgtttgc cttcttccct tttcggatga
    10621 tgttggtgaa gggcacgatc gtcagctgtt gttttttacc cttaacaacg agcgtgggat
    10681 tgtccttctc cgttttcgcc ggcaagatag tgtatttgta gcctttcaac aattcggtat
    10741 ggggcacaaa atactcctgg gtgagttcgt cgggcttccc taagaggcct acggcggagg
    10801 ccatgtagcg atggaggtcg atattcgtgt ttacacctat ggggagggtt ccctgggggt
    10861 gatatgcggc caaaataacg tcctcgccgg tgtgcccgcc cgtggtaaag ccaaaacagg
    10921 tcttggaggt aagtagctta gctacaaatc cgtagagaga attgctgtag agggccgaca
    10981 gggactcttt ttccgtgcga tcggcctccg ggatggggct gttcttataa tctttgcagt
    11041 tgtaaagggc ctgcagctcc tcgtcggtca actcaaatcc ggcattttct ttgaagatct
    11101 tttgcacctc tgtcgatggc gcggcgttga gcttgttgac aaagccctgg gccgtatttt
    11161 ttacgccagt gacaaagctg aagagctgat ccttggtcaa tttgtcgtaa cctttacagt
    11221 cgcggcgccc cagactgaaa ccactgttgc catgatcggg cacgacaacc acgagcgtct
    11281 gtccgtcctt tttggcaaag tcaagcgcca cggcacaagc cttgtcaaag gccacatatt
    11341 cggtaagcat acccacggga tcgttgccat gcgccgccca gtctacttta cttccttcaa
    11401 ccatcaagaa aaagccattt tcgtttttgg acagtttctc gagggccttt cgtgtcatct
    11461 cttcgagggc aggctgttgg gcaggatcgc gatccaggtc gtaatccatc tccttcttac
    11521 cgaagagggc ccacattttg ccattgttgt cagcgcgcat accggccaga tcgtcgcgat
    11581 agacgctgta accccgcgac cgaaggtaag cctcgccttc tttgtccaaa agagagacgc
    11641 caccacccat cacaacgtct acgtcgttgt ggacaatctg cggcgcaatc caatcataac
    11701 gttttcggct gtaactatgt gcggagcagt ctgcaggagt ggcatgtgtg aactcgcaag
    11761 tgacaaccaa accggtagcc ttgttttgta ccagccgcat ggcctccagc agagtgatca
    11821 taggctgata agcgcgcgag ggatctacgg ggaaaatgtc attgcccgga tcagccggcg
    11881 ggtaggtagc gatataacct gtacggctcg gatgtccggt cacataacag gaggtcgtag
    11941 gtgcagaatc gccgattggg gcgttggaag agaaggtccg aaccgtacca cagagatacg
    12001 ggtcgatggc caagtgctgc cgattgggat ctttgtacca ttggtaccag cgagccgtag
    12061 acacggtcgc aatagacgtt ccatcgggga tcaagaggat caggtttttg accggcttca
    12121 catcggccgg atcaatcgca ctcgcacgtc cgcacagggc catcgcaacg agcaaaaaga
    12181 gcgtagatgt tgtctttctc atctgattaa acggattata ggatgaatat aaataggata
    12241 agtgtatttt ttgagcgtgc taattacttg aaaagttacg ggagagcatt tttttgagcg
    12301 atatatttct tgagaagcgt cagaggtgcc tttttggaga aggcactttc cctgcaaaac
    12361 gtcggggaca cgttttttca gaaggaacat cccctgagaa gcgtcagagg tgcctttttg
    12421 gagaaggcac tttccctgca aaacgtcggg gacgtatttt ttgagaagga acatatcctg
    12481 agaagtgcca ggagcacgtt tttttgagaa ggaacatatc ctgagaagcg tcagggctgc
    12541 attttttgag aaggaacatc ccctgagaag cgccaggggc gtattttttg agaaggaaca
    12601 tatcctgaga agcgtcaggg gtgcattttt ttgagaaggg tatgttccgg aaaaaagcag
    12661 gggcgaaaaa tgcttcgccc ctaccctact ggtgaatgtc tcgggtccat ttttgtatca
    12721 cgatggacac gtgcacccgg acacgtttct tttttagatg ctcattttca gcgttccgcc
    12781 ttacgtcagc gagataatct cctcttcgaa atgggtgagc ttttccgcgc ccgtctctgt
    12841 gatgagataa ctattctcga cacctaccgc acccacctct gggatcacaa atttaggctc
    12901 gaaggcgatc accatgcccg gttgcagcgc atcttttgag cggggagtga gcacgggtgg
    12961 ctcattgatt tccaaaccaa tgccgtggcc tacaaacttg gcctgttgac gcgttcccat
    13021 gaagcagtca gccagattgg ccttctctgc catgccaaca gccatgctgt agagttcgct
    13081 gcatgccaat ccgggtcgca taacgacctc ggcagccgcc atgatgtctc ttgccgtgcc
    13141 atgcgcacgg taggcctttt cgctgagcct tcctacggag aaaacgcgcg tcatgtcaga
    13201 gatgtaggcc gtataattgc ccgccatatc gaccatgatg gccgtcccgt ccgtcaattt
    13261 cgtgccatta gcaccgatgg gacatatcgg cgtttgtcct gcgccgccaa gagcaaagtc
    13321 gaaaggtgac gcggcctccg cattctcgcc agccagaagg ctgcccatga agatgttcat
    13381 atttggcccg taagtacgga agatgccaat cgacccgtga agcctcatcc gcctttcgat
    13441 ctcggcttga agttccagat cagtcatttc ggggtggaaa cagtccggga tttctgcata
    13501 gacctcggcg tgacgctggg aagagagccg caattgctcc acctcccaag gtgtcttaat
    13561 catacgcacg cgccgcatga cggcggagac gtttccagcc ttttcgggtt gaaacaagtt
    13621 gtaaaggcgc atgtaatcgc tatacgagag tgtatcggct tcgaacagga ggtgtttggg
    13681 ccgtgattgt cccggtgcat tgctgaacca gccgagcatg tcgtccggac gatgcacgcg
    13741 aaccgcttcg accggcaaat cgcagtcagc aggacgcctt acaaacgcaa ccggcgcgcc
    13801 ttccgtcggc aaatagagcc aaccattgaa gacgcgcccg gtaaggtaaa agagatggac
    13861 gtccgaagcg aaaagggccc cgtccgccgc agcgtcggcc agtgcacttt gtacacggcg
    13921 gcgcctcagg agaagatcat cgagaaaagc attcatttct ttctacttag tttgatgtgt
    13981 tcacttgtta ggggctgcag aggtacattt ttcggctttt attcggtcgt ttcgctgccc
    14041 gcgtggctcg tttgggtccg aaacatggtc gtgccatgtc tcgcgaccct atcctgcgga
    14101 agagcagaga tccttccgaa tggcgcccat caagaaaagc ctcgaaagat ttcgatgtcc
    14161 ttctgcggct tcccctttaa tctatcctaa acagccattc attggatggc aaaggtagga
    14221 caatttgtaa gggacgaatt tgcattctgc accttacaaa aatgcagatt gtaaaaagac
    14281 aagaatcgtg cgtaactcat tttcttctat ctatttgcct cctttgatgt ttaagaaagg
    14341 gttttatctt tgccgccgtc cccgtgctaa attccatgag ggaaatcatg gccgagggat
    14401 gattgaagtc attctttttt atccacttaa aaaatcgata aagtatggaa gaagtaaatg
    14461 ttacgcccga tccgaacgat gtgcagagca acaaagtgat ggccatcctg gcctatttcg
    14521 gaattttgtt cctgatccct ctcttggctg caaaagagtc ggcttatgca cgctatcaca
    14581 ccaatcaggg gcttattttg ttcctgtttg tattcgtgtg cggtatcttg ggagtcattc
    14641 cgaagattgg ctggcttatc accaccgtcg gataccttgc tggattcgta tttttcatca
    14701 tcggtatcat caacgcagct ggtgggaaga tgaaacccct gccgctgatt ggcaacttca
    14761 cgctgatcaa gtaagcagcc atcctgcgaa attcgtctga cggatttctc cacaccaatc
    14821 gccaaaacgg gcgcctcttt cacgtatgaa gggggcgccc gatgttttta caaaggcccg
    14881 cgaggccttt tttcagatta aaaacggctg tgtacttatt cctcgtccaa atatcgacgc
    14941 gtgagggggc caaacgcatc gatccgacgg tcgcgtagga aaggccacca gcggcgcaca
    15001 tgttcactac gctgcaaatc gaccgaaatc acacggatag cctccgcatc ggtcggtaat
    15061 tcggtcaaga tttccccctg cggacctgag gcaaagctgt ttccccagaa ttgtatgccg
    15121 gacgtttgcc cagaggggtc tatttcgtgc ccgacacggt taaccgtaat gacgggtagg
    15181 ccgttcgcca cagcatggcc ccgctgcacc gtccgccagg cgtcgagttg ccgactttgc
    15241 tcctccggcc gatcggaacg ttcccagcca atagccgtgg gatagataag cagatctgca
    15301 ccacgaaggg ccatcagtcg agcggcctcc gggtaccact gatcccagca aaccagtacg
    15361 ccaagacaac ccacggaggt cggtatgggc cggaagtcga ggtcgccggg cgtgaagtag
    15421 aacttctcgt agtacgccgg atcgtccggg atgtgcattt tgcggtaccg ccctgctatc
    15481 gttccgtctt tttcgatcac gacggccgta ttgtggtaaa tccccggtgc acgtcgctca
    15541 aagagcgaca gcacgagcac cacaccacac gcacgcgcta cctcgccaaa gtgcgccgtc
    15601 gaaggtccgg gaatggattc agccatgtcg aagacggcgg tgtcctccgt ctgacagaaa
    15661 tagaggccgt tgtgcagctc ctgaagcact atgagcgaag caccttcggc ggcacacgtc
    15721 cggatagcgt ccgtaaggcg ggcgatgttg tcggtcgtgt cggccgtgtt atgctgttga
    15781 atgagtccaa ttttcatcgt tcaaataggg attaaagggg ggaatattcg tccgactccg
    15841 cgtcatcgtc gtcggtatag acgttgagca cgcccgcagg atactgcatg gtggcgcaat
    15901 ggatggcacc gccttgctgg atgagtggca ggcagtccac actgatgatt tcgcggtcgg
    15961 ggaaagctgt ttggagaacc tctcgagcct gttcgtccag ctcgtcgtta ccgtaggcag
    16021 gcaccagcac ggcaccgttt aggatgagga agttcgcata cgtggctggc agctgatagc
    16081 cgtcctcgtc aaagacaggc tcagccattg gcagcgaaat gaggcggtag ggcttcccct
    16141 cggccgtgcg tagggcgagg agttcgcgct ccatggccag tagctcgtcg aaatgactgt
    16201 cgtctgggtc ggtgcactgt acataggcga tcgtttccgg gtcgcagaaa cgcgccaggg
    16261 tgtccacgtg gccgtccgtg tcgtcacctt cgaggtatcc gttctccaga ataagaatac
    16321 ggtcggcatc gaatatgccc tttatgatgc ccatgatcgt atcttttgac aggcgctcgt
    16381 tgcggttctt agaaaagatg cagctggcgg tggtaagcac tgtgccacat ccatcggact
    16441 caatgctgcc gccctccagc acgaagggag gactaaagac tttgataccg ggggcgaagg
    16501 cctgaccgct ttccatctcg gagacgatct ggttgtcgta gttggctgga tacttcatcc
    16561 cccagccgtt aaagatgaaa ttgaagaccg cgggcttgtc gttgtttgtg acagtgatgc
    16621 cgccatgatc gcgcgcccag gtgtcgttgg tgcccctgac ttcacagatg tgaatgcgat
    16681 cctgatcgag gtcttcgata tagggatgga cgatgtcggc actcggggtg acgatcatca
    16741 cgggctcgaa tcggatgatt tcgcgaacaa tgcgggcgta gcattgtgag atctcgtcga
    16801 gcataggctc ccagtcggtg ccgctgtgcg gccaggtgag ctgtatgccg ctttgaggtt
    16861 cccattcggc ggggaggacg acaagcggca gattctcctc gtctgattca ggcgttgagt
    16921 tggctttcgg ttctttctga ttgttcattg gatgaggggt tttgcgactc tggtcggatg
    16981 ctgaactcgc atccgcagta gttctggtta taaaaattgt attccttgat cagtgcgttg
    17041 cggcgatcgc tgaggccacc cttgcgccag ttctgcgccc agaaggtgag ccccggacag
    17101 cgcgctgcag ccgcttcacc ggccgcggtg atctgctcga ggctcttcca acgcgacgag
    17161 gcgagggtgg tggtgaagac ggggaagtcg tgttcgtgtg cgtagcgggc cacggtctcg
    17221 agccgcaccg cgaagcacat ctgacagcgg gcgccgcgct ccggttcgtg ctccaagcca
    17281 cggacgcgct ggcgccaagc cgcgtggtca tagtctgcat cggtgaaggg gacaccgagg
    17341 cgcagggcat ggcgctggag ctcggccttg cgtttggtgt actcctcgag ggggaagatg
    17401 ttcgggttgc aaaagatcag cgtcgggtgc agcccgtggg ccagcatcca ctccaagatg
    17461 gcgctggagc agggtgcgca gcaggcgtgg agcagcacgc ggtcggcacc gtcggggacg
    17521 ataaaggggg atttcttctg tttcatgttc tggggtgggg acgagttatt ccgagccact
    17581 tcttaagtgg cgggtgcggc gtaagcgatg ggtcgatgga gggggtatga tagccccggc
    17641 agaatgtctg ccggcacact catggggtgt gatagtcgtg gcagaatgtc tgccgacacc
    17701 ctcatggggt atgatagcct cggcagaatg tctgccggca cactcatggg gtatgatagt
    17761 cgcggcagaa tgtctgccgg cacactcatg gggtgtgata gccccggcga cagtgtcgcc
    17821 agcatgctca tggggtgtgg tagccccggc gacagtgtcg ccagcatact catggggtgt
    17881 ggtagccccg gcgacagtgt cgccagcata ctcatggggt gtgatagccc cggcgacagt
    17941 gtcgccagca tactcatggg gtgtgatagc cccggcgaca gtgtcgccag cacactcatg
    18001 gggtgtgata gccccggcga cagtgtcgcc agcgtatgat tcatcgatac ccgatccact
    18061 ttacgatctc cttcaggttg ggtttcttgc cataaagcag gatgccgacg cggtaaatgc
    18121 ggcccgagag ccagaccacg cccagggctg tggcgtagag cagggcgatg gatagcaggg
    18181 gctgccagag gggaatgtcg aacggcaggc gcatcatcat caccacgggc gaggtcagcg
    18241 ggatgaggga gcaccagaag gccagcgggc cgtcggggtt gtcgaggctg taaatgcccg
    18301 cgtagagggc gaagatgagc accatcatca cgggcatcat gaactgctga gcgtcctcgg
    18361 ggtgatcgat cacggagcca atggcggcga agagggaggc gtagagcaag tatccgccca
    18421 cgaagtaggc cgcgaaggag agcaggagca gcggcaggtt gaaggagctg agcgccgcca
    18481 tccattcggc cgtctgggcc aggtcggcgg gcgctgcgac ggtgtcggtc ggggtgactg
    18541 cggcgccggt gagggctgtg atggccccga cgccgaccag ggtcagcacg ccccagagta
    18601 ggagctgggt gagtccgacg agtccgatgc cgatgatctt acccgccatc aggtcgaagg
    18661 gccgcacgga ggagaccatc agctcgacga tgcggttcgt cttctcttcc gacacgccct
    18721 gcatgaccat cgatccgtag agggtgatga acatgtagac ggccagggtg aagacgatgc
    18781 cgatgatgta ggccagttgg gtggaggagg tgctctcgga gccgtcgtcg ttcagcttga
    18841 cggtgcggat ctggtaatcc acgtggctct cgcggacgat ctgctcgagg ttggggatgc
    18901 cataggcggc catcttgtcg tgctccatgc gctggcggag cgtctcgttg actaagcgcg
    18961 agaggtcggc ggggatttgc tggcgggaat agagcgtggc ggcggaggag tcgcggagca
    19021 ggtcgtcggt gacttccaac gtggcgaagg ggtcgtcggt ccgcgtggtg acgaagcgat
    19081 agccgtcggt gtcggtgaag agcggtgcgt agtggccggt gtggtcgatg acggccacgg
    19141 tgcgcacatc gtcggctcgg aacgaggcca gccagagcgg cacgaagatc ataccgatca
    19201 tcagcagggg cgtgagtagc gtgagcagca ggaaggattt cttgcgtacg cggaagaggt
    19261 actcgcggcg gatgatcagg gggagggtag agggtagagg gtagagggta gacatattga
    19321 ataggggtta gagggtggag ggtagagggt agagggtgga gagtagaggg tagagggtgg
    19381 agtcaatagt atttggatag cgttttgatc atgctgctga tcatgcgtcc tacttctgtt
    19441 gagagttcga tgtgttgtct cagatgtgcc tcggtgatat atccgactcg atagcagatt
    19501 tcgacttggg tctctaattc gacgcgtgat ccttgggcgt attgcaggaa gtgcaccatt
    19561 tcttttgggc ctcgtgcatt cccttcggca atattggagg gaatagatac cgcagagcgc
    19621 ctcatctgat ctccgattgc gaatttctct tctcgaggaa gaagcagggt aaggcgatag
    19681 gcatacaccg ccagttgcat tgccctttcc caaacgatta attctcgaaa actctttcca
    19741 gccatatcct gtgtctgtcg tcttgtgatc tcaaacgtag aaggcgcatc tctaccctct
    19801 accctctatc ctctaccctc taccctctac agtcttgata aatatctcgt tcatggaggg
    19861 cagcacctcg cggaaggcac gcaactcacc ttgggcgctc agggaggaga gcagttcggc
    19921 gttgcttacg gtcggcgact tacggattcg gatcgcagtg ccgccgcctg agggtgcggc
    19981 gccgatcagg gtgtatcgcg tggggtcggg ttggagggcg atggcaccga tatattccac
    20041 ttcgaagagg tgctccttat atcgctcgcg cacctcgtgc acattgccgg agagcaccac
    20101 ccgggagtgg tcgatgagtg cgatctcgtc gcaaacctcc tccaccgagg ccatgttgtg
    20161 cgtagagaaa atcagcgtcc gcccctcggc cttgaggcgg agcatttcgc gcttgagctg
    20221 ctcggcattg acggggtcga agccgctaaa gggttcgtcg aagatgagca gtgcaggccg
    20281 atgcacgacg gtgatgatga actgcacctt ctgctgcatg cccttcgata gttcctccaa
    20341 gcgccggttc caccaagcca tgatgtcgaa ccgttcgaac cattccgtca ggctcgcccg
    20401 agcatcggtg gcactcattc ccttcagccg tgcgaaataa agcgcctgct cgccgacctt
    20461 cattttcttg tacaggccgc gctcctcggg cagatagccg atgtggcgga cgtcgtccgg
    20521 ttgcgacggg tgtccgtcga agcggatgga gccactgtcc ggggccgtga tacggttgat
    20581 gatacgtatg agcgtcgtct ttccggcgcc attaggcccc aatagcccga agatcttccc
    20641 ctccgggaca cgcaggctta ccccatcgag ggcacgatgg ttagcgtatt gcttgacgat
    20701 gttgtcagct tctataaaat acatggtgtt cgtgttgcat aatgagggcg gcaaaagtac
    20761 aggccgatcc gcccccttcc aagccgtgcg cccatccccg cggtggtaaa gccgctacct
    20821 gtaaatgagt gacgatgtgc cgggtacaag taagcccccg atcaccccat agaaagcggg
    20881 gcgactgggg ggctttggtg tgatatgggg gcggtcagtg ctttatatga tcatgcacaa
    20941 acggctcctt cacacggccc agcgtgtcga tctttcccca acggccggac tttcgcaccc
    21001 acaccgtgcc gtcttcatca aaggccgggg aggcttcctc atattcgcaa ggaatgacga
    21061 tctgccccgt cttgtttatg tagccgtata aaccgttaaa gtggacggag tcattggcaa
    21121 ggtcgacgct tgtgccgtcg ttgaccatca ttaagccgaa ggtgaccgca ggatagatcg
    21181 ctacatagga aggcggcagg acaacctccc cgcgttcatt gataatccca gtctgcccac
    21241 cagagagata gaactttcgc tctggatcga cgtgcccaac ctttaccaga tattgatcgg
    21301 caaatccggc ctctcctttt tcggagatcc aatcatagac gaagggatgc accgtattcc
    21361 cctgttcgtc tataacgccc cacttgccat cgagcacagc aacagcctgc ccgtcggcaa
    21421 agacgccatc tccgccggcg taatggtagg ggagcagata ggtcttactc cctacctcat
    21481 attgatattg tccttgctca ttcttgaaaa tggccggctt cttgttcgag caagaaagaa
    21541 gcgccatgca gcatgcgtag agcaagaggg tgtatacaag aatgtttttg ttcataggac
    21601 ttacatcttc aaaatgatcc ggtcgcccag ctcacggctg agcgccacct tgatttcgtt
    21661 cagttgtttt tgctccttca tcagttcgat ggcctcatcg aggcgtccct cggtctgaag
    21721 ttccttgatg cggctgttga tggccgatat acgttgcagc aggtaggctc ccttgagcgc
    21781 gaagaggtca tgcacgatgg ctttttcaag ctccttgagg cgctttctgg cgatctcttg
    21841 tcgctcatcg tctgtcactc ggttgttgtc gtccggttcc tcttcgatcg ttcggtagcg
    21901 gtcgtccatg aggtacatgg tgacgcgcga gatttccgcg tcggggtgcg agagaaagtg
    21961 actttcggcg cggaatcccg gttcggagac gtgtgcaacg gcttcgtcca aaatggattg
    22021 gaagataggc acggagagcg aaagcccatc gcgctgcaat tcggagagga tatactccgc
    22081 gatgtggatg acgatgtgct cgcccgattc ctcgtcggtg tagtcataga gcgtctcttc
    22141 gccatggagc acgacgtagc gcatcagtgc ctcctcggct gcgcgataag gcgaacgcac
    22201 ggtgcgcgat gtcagctttg tggccggctg aattggctga ggcgacgtga gggcgggcgt
    22261 cggtgcgggg tcaacagacg attcattggg cgatggctcc ggacggggct cagctggtgc
    22321 cgacgtagtg ggtacgggcg cggcctgtgg cggtggcgca gcgggacgaa cgagtggggg
    22381 cgctgatcgg cgcgtggcac ggatcttatt cagctcggcc aggagtatgg cttctttgat
    22441 ctccatcatc cgactgcatt cctgtaggta aaccgagcgc ttgatggcgt ccgggatcaa
    22501 ggccacggat tgcagaatgt ctgtgatcaa tgcggcccga cggatggggt cgccctcggc
    22561 ttcgcggagc agaagctgtg tcttgaagcg gatgaagtcc gtctcgtggt tgttgaggta
    22621 gaccgacaga tcgaaggcgt tgtgcgagcg ggcgaaagag tccgggtctt cgccgtcggg
    22681 cagcagtaat actttcacgt tcatgcccgc ctcgagtagc aaatcgatcc ctcgaatggc
    22741 ggctttgatg cccgctgcgt cgccgtcgta gagcacggtg atgttattcg tcatgcggtg
    22801 gatcaggtgg atctgcccct gcgtgagtgc cgtgcccgac gaggccacca cgttctcaat
    22861 gccggactga tgcatggata tgacgtccgt atatccctcc accagatagc atttatcggc
    22921 ctttgcgatg gcttgcttgg cgaaatagag tccgtagagt tcgttgcttt tgtggtagat
    22981 ctcgctctcg ggcgagttga ggtacttgcc caccttcttg gtggagtcca ggatgcgccc
    23041 gccgaagccg gccacctttc cgctgatggt atgaatgggg aaaatcactc gcccccggaa
    23101 gcgatcggcc accatgccgt tttcgtagaa gttggagagg ccggtctttt cgaggtattc
    23161 ccgcttgaac cccttggcca tggcggcgcg gtagagcgca tcgcgcgcct ccagaccgta
    23221 gcccagctga aatttgcgga tggtctcttc gcgaaatccg cgctgcgcga agtaggagag
    23281 gccgatcgtg cgaccctctt cgtgctccat gaggcagctg gtgaagtatt tctgcgccca
    23341 attgttgagg atgaacatgc tctcgcggtc gccttgagcg cggcgttcct cgtccgtaag
    23401 ctcgcgttcg cggatttcga tgtgatactt cttggccagg tagcggaggg cgtcgggata
    23461 gctcagctgc tcgtgcttca taatgaagta gacgggcgat ccgccctcgc cacaggcgaa
    23521 gcacttacag aggtttttgg cgggcgagac gtagaacgag gggttcttgt cggcatggaa
    23581 ggggcacagc ccgacgtagt tgacgccgcg tttcctcagc gtgacaaact cggagacgac
    23641 atcgacaatc tgtgccgcct cgaggatgcg gtctttagtt gcggaatcga tcatagaggg
    23701 atgtcgttcg tctgttttgc ttcgcgcagg cctctgctga ggccggaaag tttgcttgga
    23761 tccaaaacgt atttcgagcg cgtttccgat aacgctgaag cggcttgtct gtgtattgct
    23821 gtgccactct gcatgtcagt acgcctcgcg atacttgttg ccgtcggcgt cttggaggat
    23881 gttgaggtag ctgcggtaac gcgacgacgc aatgtttcca cactccattt cgcgacgtac
    23941 ggcacatccg ggttcgcccg tgtgggtgca attgttgaag cggcagtcgg ccgatgcgcg
    24001 gaagatttcg gggaagtagt gggccacctc cgggccttgc atttcgatcg tcccgaagcc
    24061 cttgatgccc ggcgtgtcga tcaggtaacc cgagccgtcg gagaggggga gcatttcgga
    24121 gaaggtcgtt gtgtggacgc ccgtgcgatg gtactccgag atctcctgcg tgcgcagatc
    24181 ggcgtgcggc aggagccgat tgatgagcgt cgacttgcct gtgcccgaat ggccggagag
    24241 gagcgtgatg cgtccgtgca gacgctcggc caaggcgccg acaccctcgc ccgtgagcgc
    24301 gctgatgggc aggcagtcat aaccgatggc ggtgtatagg gccatgtatt cgtcgagcgt
    24361 acggcgggca tcggcgtcgt agcggtcgat tttgttgaac accaacaggg cgggaatagc
    24421 ataggcctcg gcggtggcta ggaaacggtc gatgaaggtg agggtggtgg cggggaaatc
    24481 gatggtggcg actagtaggg cgaggtcgat gttggcggcc aggatgtgcg actctttgga
    24541 gaggttcgag gcgcggcgga tcatgtagtt gcggcgggga gcgatggcgg tgatgtaggc
    24601 cgtgtccgct tcgttggcgg gcacttcgac cgtgacgcgg tcgccgatgg ccacggggtt
    24661 ggtggtgcgg atgcctttga tgcgaaaggc tcccttgatc ttacaatcga aacaccggcc
    24721 gccgtcgata caaactgtat aacgactgcc ggtgttttta atgactaatc cgtgcatggg
    24781 atgcggggga taggaggggg gtcagaccgt catgatctcc ttttccttgg cggcgtagag
    24841 gtcgtctacc ttcttgacat acttgtcgtg gatcttctgc gcttcggcct cggcgtcttt
    24901 accgagatcc tcgggcgtac cgtccttgac ggctttcttg atcacgtcga tcgtgtcgcg
    24961 gcgggcattg cggatgctga ctttggcggc ttcggcctgt tgcttggcgt tcttggccag
    25021 gctgcggcga cgatcctcgg tgagcggggg gatgcccagg cggatggtct cgccattgtt
    25081 ctcgggtgtg atgccgacct cggaggcgag gatggccttt tcgatctcct tcagcaggga
    25141 tttctcccac ggggtgatga ggatcgtctt ggcgtcaggg gtggtgacgg aggctacgtt
    25201 cgagagcggc gcgaggtcgc cgtagtaagt cacgcggacg ttgtcgagga tgcgtgcact
    25261 ggctttgccg gcgcggatgc gtgccagctc gtcgtctaaa tgctggacgg cggcgttcat
    25321 cttcgcttcg gcgtccttga tgatttgttt ggtgtctgtt gctgccatat gatgaggggt
    25381 tctaaagttg ttcagagggt gacgcgtgtg ccgatgttct cgccggagag cacgcgcttg
    25441 agattgccgg gggtatccat gtcgaagacg acgaggggga ggttgttctc cttgcacatc
    25501 gtcgttgcgg tgaggtccat cacgcggagg ttgcgggagt agatctcgtc gaaggtgatc
    25561 tcgtcgaact tcacggccgt ggggtctttc tccgggtcgg cggtgtatat gccgtccacg
    25621 cgggtgcctt tgagcaagac gtcggcaccg atctcaatgc cgcgcagcgc ggcggcggtg
    25681 tcggtggtga agaagggatt gcccgtgccg ccggccatga gtacgacgtg gccgtcgcga
    25741 agcagttcgg cggcgcgtga tgggctgtaa tacgtcccca ccggctccat acgcacagcc
    25801 gtcagtacgt cggcctctac gccgaaagcc tcgagggctg agctgagcgc aagactgttg
    25861 atgacggtgg ccagcatacc catctggtcg cccttgacgc ggtcgaagcc tttggcggcg
    25921 ccggcgagcc cgcggaagat gttgcctccg ccaatgacga tgccgatttg tatgcctcga
    25981 tcggcgatct ctttaatctg tttggcgtat tcgccgaggc gcacctcgtc gatgccgtaa
    26041 gcgcggccgc ccatgagtga ctcgccgctt agcttgagta ggattcgttt gtagatcata
    26101 tgtatggggg attttttcgg cggacaaacg tacgcgtaaa agagaaaaaa agggaaaggc
    26161 ccctgggcta tgtgaatggg aaatcctcat agacctgctc caggtgggcg agcatgtctt
    26221 gcaggcgata gtcgatgagc gaccaatcat agttgccccg tagcgttagg atcggctctc
    26281 gctcgcggat gtcgtcgtaa taggtcagcg ctttcagcgg agagatgggg ctcatgccgc
    26341 gatacttcgc atcgtaggcg cggagcatat cgccgaggga gaggcgagtg gagaggcagg
    26401 ccacgtctac aaagtccttg agacgcgtgc ctgagtcggc gatggcggag agcttcatgg
    26461 cggcgatgtc ccgaaggcta catagcctga ttccgccctc ttcgtgcaca cgttcgagga
    26521 gcggataggc gtaggtgata cagtcgatct tgatttcggc gatggtgccc ttcacagtgt
    26581 ctttgcgcac aaaagcgttt gaaaggccat acctgtccgt caggtaggcg cgcatccttg
    26641 gggcgtcaaa ggagtggagg gtgaagaggt cgaggtcgat gcttttgcga tgacccatgt
    26701 agagcgccag agctgtgccg ccgacgagga agaagtcttg cagcgtctcg tcgcgcatca
    26761 gctgctttag cgtttcaagc gttctgctcg tgattgattc cgtgtgtagc atgcgagttc
    26821 ttctttgttg aggtgaaaga ggcggcagac ccagttctga tcgatgggtg agagacgggg
    26881 tagacggcgc acgacgtcgc gcacggggcc gaagccgccg taacgctgaa gcagggcgta
    26941 gtagtcgctg atgttgccgc gctcgatgac gcgttctacg acgaggggct tcatatattc
    27001 ccagtcccac gtgggagcgt cggtgtcgta ctcccagagc aacgccttgg agatctcttc
    27061 ggggcggtgg gtttgccagt cttcgaacat gagggtagag gggtatggcc aattggcggt
    27121 gtggtttgaa acgcgtttcg catcccattt ccgattgcga atggtcggcc tgttaaatat
    27181 tttaagagat cactcattga caactgtcag aggcatgcaa aatgcgtttt acggctcatt
    27241 gacggtagtc agcggcatct aaaacgcgtt ttaagcctca ttgactactg tcagaggtat
    27301 aaaaaacgcg tttcgcatac cattgactac tgtcagaggt gtgtaaaacg cgtttttgag
    27361 tccattgaca gttgtcaacg ggtacgaggg ctcgtttggc cttacacctt gatcgcgtcg
    27421 aagccttcgc cgtagacgcc gcggacggtg ctctgcgaga tgaaggcttg gctgtcgatc
    27481 atcttaatga ggcggaagat gtttgtccgc tcgcggttgc gggccacgag cacgatcacc
    27541 ttgatcggct tgtgcgaata gccgccctcg ccatcgagga tggtgcagcc gcgttgcaga
    27601 cggtggatga tggcgtcagc gatctcgtcg tatttgcgcg agaagatcat gaactgcacc
    27661 gactgtgtgt tggcgttcat cacgcggtcg agcatgtagg agttgacgcc catctcgatg
    27721 agtccgagca cgatcttatc cacgttggca aagaggaagt aggagctgct gacgatcagg
    27781 aagtcgagca acaccatgcc catgccgatg gagatgttct tgtacttgtt gatgatggcc
    27841 acgatgatgt ccgttccgcc cgtgctgccg ccggcgtaga agacgagccc caggcccgaa
    27901 ccgcagatca tggcgccgat gatgacggac atgaagactt cttgcagctg catgagcggt
    27961 tggccggcga acacaagctc gaagaaccag aaccagaacg agagcgaggc tacgccgagg
    28021 atggtcttga caaggaattt gagcccgagg atcttgaagg cgatgccaag caggacgacg
    28081 ttgatcgcga aataggagac ggagacaggc agcttggtgg cgaagaagat caatccgcag
    28141 ataccgctca ggccgccggt gacgatctcg ttggagagga tgaaggcgtt ataaccaaag
    28201 ccgtagaggg cggtgccgag gatgatgagg aggtaatcct tcaccgggta gtagactttg
    28261 agtagagaat ctttcataga acgatgttga tgattttgtt gggtatgatg atgattttct
    28321 taggggtctt atcagcgatc cacttcgcgg cggcgtcgtg gccgagggcg gcacgctcga
    28381 tggacgcacg gtcgaggtcg gcgggcagct ccaggttgaa acgcgtcttg ccgttgaagg
    28441 agacggcgta gcgcacggtg gtttcgatga ggtattgttc gttgtagtcg ggccatgcag
    28501 cgtcgcagat ggtcgtggtg tggcccagcg cgtgccacag ctcctcggcg atgtgcggag
    28561 cgaagggcgc gagcacaatc agcagcggct ccagcacagc gcgcttgcgg cagcgcagtg
    28621 tggtgagttc gttcaggcag atcatgaagg cgctcacgga ggtgttgtac gagaagtgtt
    28681 cgatgtcgtg cgtcaccttc ttgatcagct tgtggagcgc cttcatctcg tcggccgtag
    28741 gctcgtcgtc gacgacgccc cacgcgccgt ccgggccgga gtaataggtg gcccagagct
    28801 tcttcaggaa gcggaagacg ccgtcgatgc cgttcgtatc ccatggcttg gattgctcca
    28861 gggggccgag gaacatctca tagaggcgaa gcgtgtcggc gccatacttc tcgacgatcg
    28921 tgtccgggtt caccacgttg tacatcgact tcgacatctt ctccaccgcc catccgcaga
    28981 tgtatcgccc atcctcgagc acgaactcag cgtcgcgata ctccggattc caagcgcgga
    29041 aggcgtccag atcgaggacg tcgttgctga cgatgttcac atccacgtgg atcggcgtca
    29101 cgtcatagtc gcccttcagg ccgtacgaca cgaagcggtt cgtgcccacg atgcgataga
    29161 cgaagttcga tcggccctgg atcatgcctt ggttgatcag tttgcggaag ggctcttcct
    29221 cgcacgaggt gccgacgtcg aagaggaact tgttccagaa gcggctatag atcaggtgac
    29281 ccgtggcgtg ctccgtgccg ccgacgtaga ggtccacgtt gcgccaatag gcgtcggctt
    29341 cgggcgatac gagtgcgcgg tcgttgtgcg gatccatgta gcgcaggtag taggctgacg
    29401 agccggcgaa tccgggcatg gtgcaaagct caagcgggaa gatggttcgg ttatcgatgc
    29461 gactgttgtc cgtcacttca tggcgcacac tgtcccacgc ccaatgcgta gcgcgaccca
    29521 gcggcggctc acccgtttcg gtcggcagga acttgtccac ctccggcagt cgcagcggca
    29581 ggcattcctc gggcaatgga cgcggcatac cgtcggcgtc gtagtagatc gggaacggtt
    29641 cgccccagta gcgctggcgg ctgaagatgg cgtcgcgcag gcggtagttc accttgatcc
    29701 gacccagccc ttcggctgcg atgtagcgct tcgtagctgc gatggcttcg ggtacatcca
    29761 tgccgttcag cacgagtccg cccgcccgtt cctgaccagc cattggcgag ttgatcatgt
    29821 ggccctcttt ggcgtcgaaa ctctcctcgg agacgtcgca accctcgatc agcggaacga
    29881 tgggcagatt gaaatggcgt gcgaaggcat agtcgcgact gtcgtgcgcg gggacggcca
    29941 tgatggcgcc cgtgccgtag ccggctaaca catagtcgct gatccagatc gggatctgtt
    30001 cgcccgtcag cggattgatg gcgtacgagc cgctgaagac gcccgtcacc ttatgatcgg
    30061 caatgcgctc gcgctctgtg cgtcgcttca cggcttcgag atacgcctcc acgtcggccc
    30121 gttgtgcgtc ggttgtgagt cgcccgacgt actcgctttc aggcgccagc accataaagg
    30181 tgacgccgaa gacggtgtcc gcccgcgtgg tgaagatctt cagcgactcc gatccgtcgg
    30241 ccagggggaa gagcatctcc gcgccctcgc tacggccgat ccagttgcgt tgcgtctcct
    30301 tgagcgaatc gctccagtcg accgtgtcga gcccgtctaa gaggcgttgc gcataggccg
    30361 acacgcgcag acaccactgc cgcatcacct tctgctccac cggatagcct ccgcggatcg
    30421 ataggccttc gctcacctca tcgttagcca acacggtgcc aagctgcgga caccagttca
    30481 ccatcgtgtc gccgaggtaa gccaggcgat aattcatcag cgtctgctga cgttcgcgtt
    30541 cgctcatcgc ctgccattcg gccgcggtga acgacagctc ttcggtgcat gctgcgttga
    30601 cgccctccgt gccgttggcc tcgaaggccg cgatcagctt ctcgatcggc tgcgcatgct
    30661 gcccgatgtt gcaatagtag ctgccgaaca tgcgcaggaa ggcccactgc gtccagtggt
    30721 aatacgttgg ctcgcaggtg cgcacctcgc ggctccagtc gaacgagaag ccaatcttat
    30781 ctaactgttc gcgatagcgg ttgatgttgt tcaccgtcgt cacctccggg tgctgacccg
    30841 tttggatggc gtactgctcg gccggcagac cgtaggcgtc gtaacccatc gggtggagca
    30901 cattgaagcc acagaggcgt ttgtagcggg cgtagatgtc ggaggcgatg tagcccagcg
    30961 gatggcccac atgcagccct gcaccggaag ggtaggggaa catgtccagc acgtagtatt
    31021 tcgggcgtgc atcgtcctcg tgcacctcgt aggtcttgtc ggcgatccag cgttcacgcc
    31081 atttcttttc gatttctctg aaggtatagt ccattgtgtg ataagagtag tcagggggta
    31141 gttatgcgcc taacggcgcg gtagtcaggg gtagttatgc gcctaatggc gcggtagtca
    31201 ggggtagtta tgcgcctaat ggcgcggtag tcagaagtag ttggaagaat acgtatctgg
    31261 taaggatggc cggcctcaga tcggccgtat ctatcaggcg ttcagcgatg cgttcagcac
    31321 ctcgtccgga agcacataat tcgtcaagtc gccggccaga tattgatcgt aagccgtcat
    31381 gtcgatcagc ccgtggcccg aaaggttgaa gaggatcgtg cgcgccttgc cttcctcctt
    31441 cgcctccttc gcctcacgga tggtggcggc gatggcgtgg gccgactcgg gtgcagggat
    31501 gatgccttcc gtctcggcga agagtcgggc ggcgtcgaat gtctcaagct gcgggatgtc
    31561 tacggcgtcc atcagcccat ccttcttcag ctggctaacg atggcgcccg caccgtggta
    31621 acgcagtccg ccggcgtgga tatgtgccgg agcgaacgtg tggccgagcg tgtacatggg
    31681 gatgagcggc gtgtgacccg cctcatcgcc gaagtcgtat tggaagcgac cgcgcgtcag
    31741 cttcgggcaa gaggccggtt cggcggctac gacacgcagc gtgcgaccct cgatcagctt
    31801 atgccgcagg aaggggaacg acagtccgga gaagttcgat ccgccgccga agcaagcgat
    31861 cactacgtcc ggatattcgc ccgccatctc catctgcttc tccgcctcca gcccgatcac
    31921 cgtctggtgg agcgccacat ggttgagcac actgcccagc acatacttgc aatttggcgt
    31981 ctgcatggcc agctctacgg cctccgagat agccgtccca aggctgccct gatacgtcgg
    32041 gtgatccgtc aagatcttcc gccccgcctt cgtgctcata ctcggcgagg cgatgacctg
    32101 cgcgccgaac gtttgcatga tggagcgtcg gtaaggcttc tggttgtagc tcaccttgac
    32161 catgtagacg gccagctcca gcccgaaggc ctgcgcggcg tacgacatgg cggcgcccca
    32221 ttggcctgcg cccgtctcgg tggtgatgtt cgtcacgccc tccttccgac agaagtaggc
    32281 ctgcgggatg gctgagttca gcttgtgcga cccgacgggg ctgacgctct cgttcttgaa
    32341 gtagatatgt gccggtgtgt ccagcgcgcg ctccagtccg taggcccgga cgagcggtgt
    32401 ggggcgccag ttcttgtaga ggtcgcgcac ctcttcaggg atctcgatcc atgtatctgt
    32461 cgtgttcagc tcttgctccg ccaggctgcg ggcgaagagc gggtagaggt cttcggcctt
    32521 cagtggctcc tttgtgcccg ggttcaacat cggttgcggt ttggtggcca tgtcagccac
    32581 gatgttgtac catgctgtgg gaatatcctg ctcctgcagt aagaatttct tcgtcttcat
    32641 ttctgcttgc tgtttatgtg tcgtttatat accgttaaaa tcgactgcaa aggaaggggg
    32701 cagcggggga aacgaaaaac ggaaggcgaa aaacggctga gtcggataga gcggggggtc
    32761 gttgctccat cccatgcccg tccgtattga gttgttcgtc tttagctgtt cgcttcctcc
    32821 ttcgcctttc gtgcagcccg atgtttggcc aagatcgtgc gccgtgtagc cagcttagtg
    32881 tgcgcatgcg agatctctcc ggcgaggctc gccgtgaacg cttgatatgg cgcctcacca
    32941 ttaaccaaga tcagcgcatt gactgtttcc accagcgtgt gataagccgc atcggtcgcc
    33001 atccgcttcg cacgcaggag tcccttgacg cgtgcccccc gtgccatggc tcgccgctcg
    33061 gtagccgcaa aatgcacctc gttctcctgc tccaacttct ccagaaacgg tgtcagacgc
    33121 gccttttcca gcgcctccgc ccccagattg cgcagcgtgt ccgtcaagtt tttcatccgc
    33181 cccgatcgac ccgtctccga cttctgcggc atattgccat aagccttgaa gaggtcggct
    33241 gcccgtcggg ccacttccgc caccttctcg tcaggaaagg ctatcgacgc ccgcacgaaa
    33301 gcccgcatct cgcgccaagt acgcacccgc tgtcggtcga ttttcttcgc caccgcagcc
    33361 ggagtcggtc cgctcgtggc gttcacggcg tcatcccatt cttggaagac cgtcttgaac
    33421 gcctgcgccg cctgcttcaa tcccggagtg tatcccacgg ccccgtcact gagaggcaaa
    33481 tccgaaagat gccttatcac cgccccatga aacccgaaat cctccatcat atgcagtgac
    33541 gccacactta aatgcccgat tttcatctct aaatcccttc tccttacaag gttctacttc
    33601 attttgtcgc acaaaagtag tgtcaaatgc ttcagttgat attatatctt gaaataagaa
    33661 ggaaaatgaa gccacagtcg gcatcttatt tttccatacg tagcaatcat gctccctttc
    33721 aggagcatat tttgaaatac gtaatgatcc ggtattctat cactatctca tctcaaaatt
    33781 cgatatgata tcatgcttca tattgtattg catttttaga tgcgcaataa aaagatgctc
    33841 gtcttgatcc atattttgag atgaagtatc cagtgtgtat tggatagtat catatttcga
    33901 gatatgatat aagaagaacc atcatacgaa tagatatttc aaaatgagat gtttgcatag
    33961 aagctaatag taccatattt tgagatacac tataaatgga taggatgcta atgatgtatc
    34021 agaaaatata gagatgattc atggtttaga ttgtacgata tttttagatg agatatagaa
    34081 tgaaccagat gatagcactt ctggaagaaa aaaggggctg tcacacggtg gatcgtgctc
    34141 tcctttttgc tgagaaaagc tgtcatgcgt cgaggagcgt gcttctgagg aaagagagag
    34201 gctgtcacgc ggtggatcgt gccctccttt ttgctgagaa aagctgtcat gcgtcgagga
    34261 gcgtgcttct gagaaaagag agaggctatc acgcggtgga tcgtgccctt tgggacgaga
    34321 aaaaacatgg gcaatggtcg tggatggctc tttggaacgt cgcaaaaggc ggtctgcaca
    34381 gtgtgacgcc gtttgtgcga tatggaaaaa ggtctacatt tgccgccgca tcggggagat
    34441 agacgatgca tcgattcgct agctcagcag gtagagcaca tcccttttaa ggatggggtc
    34501 ctgggttcga gccccaggcg aatcaccggt gttcagatga atagaaaagc gaaggccttc
    34561 cactcgtgga ctgatccaca gtggaaggcc tttttcaatt gtccgcgggg gggggcggcg
    34621 gatttattcg tcccgcttgc gattttggag gaacttacgg aggaactcgg cctcggcttg
    34681 ctggtatttg gagagcttct cgacggagag gatcttcttg aaacgctcga tgtattcctt
    34741 ctctaactgg gcctctttga ggcgtgtctc ggtgaggcag tcggagagtt cgcggcgctc
    34801 gcgatcggtg aggccttgat gtgaacggtt cttacgggct agcttacggc actcgcggcc
    34861 gacttccatc ttgcggcgct ggagctcgtt ttcgagcggg ataaaggctg cggcttcgtc
    34921 ggctgtgagg ccggcttcgg cggtgatgta ggcgttgcgt cgggcgaaga aggcttcgcg
    34981 gtcgatgtgc ttctgcgggt cacccttttg cgccgcggat ggtgtgggtg ccatgagggt
    35041 gaacatgagg gtaaggagta gtaggagtgt cttcatctgt cgttgttgtt attcccattc
    35101 attgatgtcg tcggagaaaa agaggtcagc atattgcgcc tcgagatagt ccagaaagtc
    35161 ggcctcgtcg tcggccgcgg cggagggtgt ggtggcgtgc tgcacataga gcggccgttc
    35221 ggtggtgcga tcggccgggc ggagggcgga gagccctttg aacaggagca ccatgcccag
    35281 aaaggcagcg gccaggtaga tcagcggttt gaccttctcc atgagggaga ccgtaggcgg
    35341 ttgtggggcg tcggctggag ggtcgggcag ggcggagagg atgcggttcg tgaggccttc
    35401 aaagtagccg tcgggcacac gaaacggttc ggtgtcacgg ctgggaaagt ccggggtgag
    35461 gggttcttct tttgtcttca tcagatctgt ttttgggggt aaagcggccg taggacggag
    35521 gctgcgtgaa cgggtttaat cgttgccgct ggtcatgtag gccgtgattt tcttgaccgc
    35581 gtggtgatag gaggctttga gagcaccctc ggaggtaccc agggcctcgg acatgtcttc
    35641 gtatttcatg tcgttgtaat aacgcaggtt gaagacgagt cgctgtttgg ggggcagctg
    35701 caagatggcc gtctggaagc gggtttggac cgcatcccca tcgaagaact cgtcgccacg
    35761 gagggtctcc accaggtagc tgtcggcgtc atcgagcgag agatggcggc gcaggcgctg
    35821 cttctctaaa tgggtgaggc attcgttggt ggcgatcttg tagagccaag tggagatgcg
    35881 ggcttcgcca cggaaagtgt ccaggttggc ccaagccttg aggaaggtgt tttggagcag
    35941 gtcgttggcg tcttcgtgcg agatgaccat gcgtcggatc agccagtaaa gtcgctgact
    36001 gaaggcctcg accgcctcag cgaaggcggc gcgtcgggtg gagggatctt gcagtcggct
    36061 gtgccactgg gcgaaatcgg gttcgggttg taagggggtc tctttcacgg cgcaaaagtg
    36121 tagaaatcga ggtggacagc cgtcgtaggc aggcgaatgg cctcacggag cggcatcatg
    36181 gcgttgatga gtagcagctc gtcgtaggtc gggaggtcat ggaggcgaac aggctccgtg
    36241 tggacgacgc cctcgcggag cagccgtcgg cggcaggtgc cgtcgagcaa gaaggtgtcg
    36301 ggggtgacga gttcgcggcc acgacggagg acgaggttgg tgtacgacgt atctgtcagg
    36361 taaccgtctc ggacgaagag cagttcgtcg gaggccccga gtggcatgtc ggggcgagcc
    36421 agcggcgcac ggtcggcgta cttgaaggcg tacgtcgtcg tgcctgcatc cacagcgaag
    36481 agtcgctcga tgtgccgccg acggtagggt gtgaaggtga cctcgcgcaa cgtgtggtca
    36541 tacatcacgc ggcagcggac agtgcccgtg cgcagctcat cggggacgag cgatgctaaa
    36601 tcggtgggga gcgtgggggc catgaagccg aagtggtcgg cggtgcggcg catgcggtcg
    36661 gtgtggtcgc tgaggtgaca cacgtggccg tcttgaatgc gtatggtttc tatgaacatg
    36721 ggggagtgat gtggttggga tcttctcctt tgatgggatc tccttttctt gtcttgacac
    36781 aagaaaagga gcaaaagaag gtcaaggcgc caggggcgcc ggccaagctg gccgggtaca
    36841 ctgattggag ttgatcatta gaaggggaga tagacctttt ggatgacctc ctcgtactcg
    36901 tcatgcatgc gactgcgggc ggtgatgccg ccgccactct ggtaggtgaa ggggtcggtc
    36961 gtgaggtcga tgaagcggat gaagacggcc gagtcgagcg tgtgcccatc gaagagtccg
    37021 aagacgccgg tgtagaatcc gcgcggtgtc tgctcagctt gtcggatcag tcgcacggtg
    37081 gcgtctttcg gtgcgccgga gacggagccc gcgggcagca gtcgggcgat cacgtcgccc
    37141 acatggctgc gccaatccgt ggccagacgc cccacgatct cggagctgac ttgcaggatg
    37201 ggcccggccg acgtctcgag tcggtcgatg tatcggaagc gccgcacatg caccccgtcg
    37261 gccaccatcg agaggtcgtt acggatcagg tcgacgatcg tgttgtgttc ggccgtctcc
    37321 ttggggtcgg ataggatgcg ctcgcgggca cggggcagtc gggcgtcgat ggtgcccttc
    37381 atcgggttcg acgcgatggt gccgtcggca tcgatccgca cgaagcgctc gggcgagaag
    37441 cagacgaagg cccccgggta gtacatttta tagagggcgc gggcgcggcg atagatcgcg
    37501 tcgggggcga ggtcggtacg gatgggcgtg cggacggtga ggttggtcag gaaggagtcg
    37561 ccgcggagca gccccgcgcg gacgatgtcg aaacggtgcg catagatcgc ctcaggctcg
    37621 ggcgtccgct cgaaggcgta agacacttcg gggccgtcgt ccgacgcgtt gctgacgccg
    37681 cgcaggttga atcgcacctc cgtctggtgg agggggtcgg ggataaagaa ggcgtgcgtc
    37741 agctcgaagt cgaagccgaa aaggaagggt cggcccgccg ctccggcccg gttcatgtcg
    37801 cgcactacat cagatgcatt tctcatggcc gcaaaagtca ggtaagcatg aagtcatcga
    37861 gctccgaggt gttatgtatg atcttatttt tcggcacacc gacatattcg caaagagtga
    37921 tactgcccga aagccgtcga ttgacctccg gcgataatgc cgcttcgacg agtcctccca
    37981 gtttgtcgta gtacgcactg atccgatcaa taatggcttt gcattgcgca tctagttcag
    38041 actggagtgt attgtatttg ttccgcattt cttggacaaa cgcttcttct cttgccccca
    38101 ttacttgctt gacgatcttt agtgccgatt gggtcacggc ggcaccgatg atggctccca
    38161 gcgcgggtat aggtatcaga gcttgcccta atgctgaacc tatggcggcc aatccggctt
    38221 cgacgctgag ggtacatgca gcgtcagcgt attccgactg cgtgatgtct ccttttttat
    38281 aactgtaata gagggatgag aatcccacag ctgtactaac aattgctccg gctaagggtg
    38341 ccggtgttcc ggcgactttt gtcaagccgt agatacctat tcctgagatt ccccccttaa
    38401 ccgatccctt ggtaaaatca tacccaacct ctttccaatc agagagagtg aaggctgtga
    38461 gttttttacc actcttgatt ttgatgtaga ttttcatgct ggccgacgtc gcgccggtga
    38521 tagctgcgga aacggcccca tattttagtg cttgactcca tgaggcatct gtgatgtgtt
    38581 gagctgaggc ttcttgttca gtccgctctt ttcttatccc tgcgatctct ttatcactcg
    38641 tttcatggaa ctccttctca tagccatcga gcgtcttccc gacgcgcccc aattgcacct
    38701 catcataagt cgatgtgctg ggttgaacta cttgggtaaa aggcttgcct gtctcttgct
    38761 caatttgttt gatgagctct tggagttttc ggacagtgcg ccctgatagc tctcccacat
    38821 cttccccttt atagaccttc tctatcatgg tgaactggtc tttggggatg tggtagaagc
    38881 cctcattcgc aaagccggga tagtggctca gatgctccaa tacatgatct aaacttttcc
    38941 cggcaccgtt aatgaacttg gattgtacct gagaggcccc gatcagatag tcttctggcg
    39001 cggtacggcc gacaccctcg aaggtggcag atggtttgat gtgattcagt acgtcgcgcg
    39061 cgttgcgaat ctcgacttca atatgctccg caatctcccc atgcttagtt tgtatgctgc
    39121 cgaggatggc ccggggatct gaaacaaaat ctcgaacatt ttcgatgtgt tgtagacttg
    39181 tcgacaaggc ctcccttgcg ctgacctctt tctcggcggc ctcttgaatg atctctagca
    39241 gcctttgatt cttgagccac tcgacccgat caattccctc ttggatgagt gcactggaaa
    39301 gttgatcggt atacagtgag gcatccatta gctgatgcgc ttatttatga gtacccccat
    39361 tgatcgcaca ttgttgatca atgcggcaag agcttttttc tggctgtcgt caaacgcgag
    39421 gtagtctttg gggtacaagt tgatcatagt atccactttc aatgtcgact tcagcttgct
    39481 tgtttcatca tataagcaaa tcaattctcg gagcttgggt ttgagtgctg caatgagttt
    39541 tatcagagtc catgaagcgt cattggcctt cttggcagcc tctttgttct tgtggataac
    39601 gaatgcactg cctccgagaa tagatacgcc cgccaaggcc catccgacgg gtccggccat
    39661 cgctagaaag gccgatccgg ccgtcatacc tccacctccg gctgctaaag cgccacctcc
    39721 gagccatgcc aatgccgcat tcgttgcggc tgcgccggaa agcgaggcta tagctgtacc
    39781 agtggatgcc gtgccaaagg tggtggccac ggccattgcc gccgtcggtc ccagagaggc
    39841 aatcgcgcca ccagtcgcta caccgctggc agtaaatcct gcacctttga ttttatcgga
    39901 tgcattttgt ttctctatat gaatagcctc agagaactcc ctgatgttga cttttgtgtc
    39961 ggcaatctct ttggcaaact ctttcggact atgggctaaa gtgttgacgt aggtttctat
    40021 ccggtcaatg gccatgacgg ccgattttct ggtgtcatac agtctaagag cgtagtcatt
    40081 ggcatgttgt cccagctctt tataatcttt ttctcgagct ttaagctgct cgatggcctt
    40141 attctttgcg tcgttgtaaa acatgatgta taagtgtttg tttgaatgtt ttttctagtc
    40201 gcaaaggtag aagttgtcat caaaagaaat tgaatcgcac ctccgtctgg tggagggggt
    40261 cggggataaa gaaggcgtgc gtcagctcga agtcgaagcc gaaaaggaac ggtcggcccg
    40321 ccgctccggc ccggttcatg tcgcgcacta catcagatgc atttctcatg gccgcaaaag
    40381 tatccatccg cccctccccc atgatatggg caccctcgga cgggcagggg tggccctaat
    40441 ggcttctgtt tattaagtcg caagtgcttt catttaatag gaagaatctt cctgttaagt
    40501 cacaagtgct ttcatttagt aggaagaatc tgcttattaa atcacaggtg ctttgactta
    40561 gcaggaagaa tctgcttatt aaattgcagg tgctttgatt taataatcag cctatgtttt
    40621 gcccctaaaa gcactcggag gttcctaatc agcttctgtt ttgcccctaa aagcactcgg
    40681 aggttcctaa gcagaacctg tttttgcacc taaaagcact cggaggttcc taagcagaac
    40741 ctgtttttgc acctaaaagc actcggaggt tcctaatcag catatgtttt tgtccctaaa
    40801 agcactccga ggttcccaag cagcatatgt ttttgcaccc ggaagccgtc tggggcgcgc
    40861 ggatttcttg ggatgggtat acaaaatcca ttcgcacctc gttctacttt tgtgtttaga
    40921 accaaccccc atacgatatg agtaagacaa tcattgtgac aggcggcaca ggctacatcg
    40981 gatcgcacac cacggtggag ctgatcgagg ccggatacga cgtcgtcgcc atcgacaacc
    41041 tttcgaactc caccgccgac gtgctcgacg gcattgcgcg catcaccggc cggcgcccca
    41101 ccttctacga ggccgactgc aacgaccgcg aggcgatgga ccgcatcttc gcccagcacg
    41161 cccccgtcag cggcatcatc cacttcgccg ccagtaaagc cgttggcgag tctgtccaca
    41221 agccgctgct ttattaccgc aacaacatcg tctccctcct caacctgctc gagctcatgc
    41281 ctcggcacgg cgtcgcgggc atcgtcttct cctcctcctg caccgtctac ggccagcctg
    41341 cgccctccga tctgcccgtc accgaggacg cgcccattcg gcccgccacc tcgccttatg
    41401 gcaacaccaa gcagatcaac gaggagatca tccgtgacac catccacgcc gacgcgccct
    41461 tccgcgccat cctgctccgc tactttaacc ccatcggtgc gcacccatcg gccgagatcg
    41521 gcgaacgccc ctcgggtacg ccgcagaacc tcgtgcctta cctcactcag acggccgctg
    41581 ggatccgccc cgagctgcgt gtcttcggcg acgactacga cacgcccgac ggctcctgca
    41641 tccgcgacta tatcgacatc gtcgatctgg cccgtgcgca tgtggaggcc gtccgtcgac
    41701 tcgtcgaggg gcaggccaca gagccgctcg aggtcttcaa tctcggcaca ggtcgcggcg
    41761 tgtccgttct ggagctgatc cggacgttcg aggaggccac cggtgtccgt gtgccgtatc
    41821 agatcgtggg tcggcgcgag ggcgacatcg agcaagtctg ggccgacccc acgcgtgcca
    41881 accgtgtcct cggctggacg gcccgcaccc ccctctccga caccctccgc aacgcctgga
    41941 agtggcagca acggcaggag tagatctcgc acacatttta attacacacg catatgaaaa
    42001 caactatcac actcatcgca gccatgctcc tgctggcggc tgtaggatgt acgcaggcag
    42061 gacagaaggt accgtcgagc gtacagagcg agtcggcgca ggacaaggtg ccggaaggtg
    42121 cgcgctatgg cgtcaaatca gctatcatta agaagacatc tccttgtatc atgtttatgg
    42181 acgccgtgcg tgagatcacg gtctatatcg atgactacgg agccaaagag gctgtcgaag
    42241 taaacatgga cgcagagcaa atacagcaac atacgctagc tattcgcgag gcaggaggaa
    42301 agacgatcgt tattgattta gatgggaaaa cagccagccg tatacaggat aatgaaccgc
    42361 gcgattatcg tcatctgaca cctgaggaga tcaagcgatt caagatcaca aaggctggga
    42421 cagagaccgt agctggcaag ccatgcaagg tgtttcgtat ggacctatcg gaaggtggag
    42481 aagaaggata tgatcttatc gctacgagat acgtctggga gggtatcgtc ttagctcaag
    42541 agctttcatc cgagatgatg cacggattga atacagttga ggaagttcaa tccattgagc
    42601 tcaacgtccc catcccgcct gaaaaattcg agatccccaa gggaatcaag atcaaggaga
    42661 gtccggatga atgagtttcc ctgtcgcggc tacatttgcc gcctgtattt tttctaagta
    42721 acacaagtat gaagacaaca cttttgattc ttgcgtcgct cttgcttatg ggcacgctct
    42781 cggcgcaact cgatcctacc gctggccatc gctacggcat ccgttcggcc atcattaaga
    42841 aagaaacgaa gtccatggcc ggcgcgatag ccaacacgct ctacttcgac aacttcggcg
    42901 accgcgaggc gaccgagatg acgatgaaaa tgggcgaaga ggagaagcac ctccgtgtcg
    42961 tggctgagga cggtggccgc atgaacgtca ccctggatct cgaccagaag aaggccttcc
    43021 gcatgccggc ccccgaccag ccgcgcaact tccgccaact ctcgcccgag gacatcgagc
    43081 gtttcaagat caaggaggtg ggcacgggcg acgtggccgg aaagccctgc aagaagtacg
    43141 agatggaact cacccagtcc ggagtcaagc tccaggctac ggtctggatc tgggagggca
    43201 tcatgcttcg ttacgaggca cgctatcagg gcaatctgat ggtgaccgac gaggcctccg
    43261 aggtggagga gaacgtggcg gtacctgccg ataaatttgc catccccgcc gaggtcaagg
    43321 tggaagcagc cccgtcgatg aactaataac gcacgtctaa aggcgaatgg acggccggat
    43381 accggatggg ggcgagtctc cctcctgtac ccggctttcg tttgtagtcg cctgaaccgc
    43441 tcctcccaac accgtaacac ttagactccc ccctatgaac tggcaacaac tgatttcagg
    43501 ccgccgactc ggcatcgaat cctatcacga gcgcaaacat gagcgcacca acttccagcg
    43561 cgattacgat cggctgatct tctccgcccc cttccgaagg ctgcaaaaca agacgcaggt
    43621 cttccccctg cccggcagca tcttcgtgca caatcggctt acgcatagcc tggaggtctc
    43681 gtgcgtcgga cgttcgttag gggccaacgt ggccgctcgt ctcgccccgc atcacgacgc
    43741 agacacggcc gccgcactcc acgaaatggg cgccatcgtc tctgccgcct gtctggccca
    43801 tgacatgggc aacccacctt ttggccactc tggcgagcgc gccatctcgg ccttcttcac
    43861 cgacggtgac ggtcgcacgt tggagacggc cgtccgcgcc gaaggcagcc gctgggagga
    43921 cttcgtctgc ttcgagggca acgccaacgc catgcgccta ctcacccacc gtttcgtggg
    43981 ccgtcgacag ggcggattcg cgctcacata cagcacgctc gcctcgatcg tcaagtaccc
    44041 ctacgcctcc acgctggccg gcagccgcgg caagttcggc ttcttccaga gcgaagaacc
    44101 cacctacctc ggcatcgcca acgagctggg catcccccac ctcggcggcc gcttcgcccg
    44161 ccacccgctc gtctaccttg tcgaggcggc ggacgacatc tgctaccaag tcatggacat
    44221 cgaggacgcc cacaagctcc gcatcctctc ggcccgcgag gccatcgacc tcctcctcgg
    44281 ctttttcgag ggccagcagc tggagcacgt cagccgcacc atgatgatcg tggacgacac
    44341 gaacgaacgc atcgcctacc tccgctcgtc cgtcatcgga ctactggtcg acgaatgcac
    44401 ccgcgccttt gtcgagggcg aagcggccct gctccgaggt gccttccccg ccaagacgct
    44461 catcgaaagc atcagcagtc atgccgctgc cgcctaccgc gcctgttccg aggtggcccg
    44521 acagaagatc tacaccgcgg gcgaggtggt agatatcgag ctggccggtc accgcatctt
    44581 cagctacctc ttgacggccg tcatcgacgc cgtcctccat cccacgcacg cctacagtcg
    44641 gctcctgctc agccgcatcc ccaaccagta cgacaccgcc gcgccgaccg tctacggcaa
    44701 gatccagtgc gccctcgact acatttccgg catgaccgac gtttacgccc tcgacctcta
    44761 tcgcaagatc accggcatga gccttcccgc ggtgtgaatc gggggtggcg gccccgtcat
    44821 gcgacattct ggcgtcgctg cgtgccagcg gcgtcgtcaa gcgacttttt ggcgtcgctg
    44881 cgtgccagcg gcctcgtcaa gcgacttttt cgcgccgctg cgtgccagtg gctccgtcaa
    44941 gcgacttttt ggcgccgctg cgtgccagcg gcctcgtcaa gcgacttttt ggcgtcgctg
    45001 cgtgccagcg gcgtcgtcaa gcgacttttt ggcgtcgctg cgtgccagcg gcgtcgtcaa
    45061 gcgacttttt agcgtcgctg cgtgccagcg gcgtcgtcaa gcgacttttt agcgtcgctt
    45121 tcgacccagc gggcccgtca agcgactttt tggcgtcgct gcgtgccagc ggctccgtca
    45181 tgcgacattt tcgcgtcgct gcgtgccagc ggctccgccc gagcgacttg ccggcgaatg
    45241 agaaacagaa atcccttaaa tcctgcggca gatcatctcc ccgggtcatc gtaggcaacg
    45301 atcaattgac aattcccccc tccgcctcta cctttgccgc ctcagaataa attcacgaca
    45361 aacgaaatgg agactttgaa gcatgaatgc ggcgtggcaa tgatccggtt gctccaaccg
    45421 ctcgagtatt atcatcgtaa atacggcacc tggatgtatg ccctcaacaa gctctacctc
    45481 ctcatggaga agcagcacaa ccgcgggcag gacggcgcgg ggttcgcctg cgtaaagctc
    45541 agcgccacgc ccggcgagga gtatatgttt cgtgagcggg ccgctgggac gggtgccatc
    45601 acggagatct tcgagacggt ctacagccaa tatcgcgaca tcgctcccga gcgcctcgcc
    45661 gatccggctc acgccgcggc cagtctgccc ttcgccggcg aactctacat gggccatctg
    45721 cgttacagca ccaccggccg gtcgggcctc gcttacatcc accccttcct gcgccgcagc
    45781 aattggcgcg cctgcaacct ggccctctgc ggcaacttca acctcacgaa cacggacgac
    45841 atcttcgccg agatccgctc ctccgggcag cacccccgca agtatgccga cacgtatttt
    45901 atcctcgagc aagtgggcca tctgctcgac acggaggccg accgcctgcg ccgacagttc
    45961 gaagtcgacg aggggcgcac ggggctggag gtgacgcgtg aggtggagcg gcacatcgac
    46021 ctttcgcgca tcgtgcagcc cgctgcccgt acgtgggacg gcggctttgt catctgtggc
    46081 gccaccggca gcggcgagtc tttcaccatc cgcgatccgt ggggcatccg caccgccttc
    46141 tattacgccg acgacgagat cgtggtcatc gcctctgagc gccccgtcat tcagaccgtg
    46201 atgaatgtgc aagccgccga cgtccgcgag ctgggccgtg gcgaagcgct cttcatccgc
    46261 cgcgacggtg cctggcgcac cgagcagctc ctcgaacccc gcgccctcag cgcttgctcc
    46321 ttcgagcgca tttatttctc ccgcggcagc gaccgcgaca tctatcgcga gcgcaagcag
    46381 ctgggcgaaa acctcgtcgc gccgatcctc cgtaaggtgg acggcgactt ggagcacacc
    46441 gtcttctcct tcattcccaa caccgccgag atggcctact tcggtatgct cgaaggccta
    46501 cagaagcacc tcgatcgacg catggagcaa cagctggccg atcccgcagt gctcagcgat
    46561 cccgaggccg tacgccgcat cttggcccaa cgcgtaagga gcgagaaggt cgtcttgaaa
    46621 gacatcaagc tccgcacctt catcgccgag ggcaacaccc gcaacgacct cgcggcgcac
    46681 gtctatgaca tcacctacgg cagcatcgag ccttacaagg acaacctcgt ggtgatcgac
    46741 gatagcatcg tgcgcggcac cacccttcgg cgcagcatca tcagcatcct cgatcggctc
    46801 cacccgcgtc gcatcatcgt cgtctcctcc tcgccgcaga tccgctaccc ggattattac
    46861 ggcatcgaca tgtccagcct cggcgaattc atcgccttcc gcacggccat cgacctgctg
    46921 aagacgcgcg gcatggccca cgtcatcacg gacgcttacg atcgtgcccg ccgtcagcag
    46981 ggtacgcccg acgagctgcg cgtgaactgc gtcaaagcca tctacgcgcc cttcactgac
    47041 gaggacatct cggatcacat ggcgcgtatg ctcaccggat ccgacatcca cgccgaaatc
    47101 ggcatcgtct tccagcccct cgagggtctc caccgtgcct gtccacatca ccccggcgat
    47161 tggtacttct cgggcgacta tcccacgccc ggtggcacac gcttagtcaa ccgtgccttc
    47221 attcagtaca tggaacagac ctatcgccat cgctcttgaa gtctcgtaag gcaaacagct
    47281 actcccccca ctttcgacac aatgaaacgt attcgactga ctgaccccgg ccacccggac
    47341 tttgctcgtg cctggcggct ctacaaagaa tccttccccg tcgacgaacg tcggcggctg
    47401 aactctcatc gccgtatcat gctccgatcg atctaccatt ttgatgtcgt gatggatcac
    47461 aatgtcttta tcggcatcct gctttggtgg gattttgaga gcgtgcgcta catcgaacat
    47521 ctggccgtcg tccccaccct gcgcggcatg cagcacggcg aacgcatcct ccggcacttc
    47581 ctctccgaat ccgacatgcc tgtctggctg gaggtggaac cgccggacaa cgagctgcgc
    47641 aaccgtcgcg taggcttcta ccgtcgcgtg ggcttcaccc tcaacgagca tgactacacg
    47701 cagccggctt acgagaagag cagtcagccc gtccccctgc tcgtcatgac ctatcccgaa
    47761 gccatcaccg aaccggacat ccgcttcttc tgccgccaat atcatcccct gctcacagat
    47821 tacagtctgg cgggggccta agaagctgtt ttgcacggag ggaacagcaa actcttgtct
    47881 gcgtgtgtag ttttgcccgc gttttaacaa ttgactcccc cgctgctgat cagcagacac
    47941 cgcataaatg atggatagag aaagaaacga ttaccacgtc cccgccctgc tcgacgaatg
    48001 tttggaggcg ctcgacctgt cgccggatgg cgtctatgta gacgtcacct tcggcggcgg
    48061 cggccatagc cgtgccatcc tcagccgact gggccctgac ggccgactct tcgctttcga
    48121 tcaagacgcc gacgccgagg ccaacgcccc gaccgacgat ccgcggttca tctttatccg
    48181 cagcaacttc cgttatctcg cctccttcct gcgctatcac ggcgtcagac aggtggacgg
    48241 ggtgctggcc gacctcggcg tctcgtcgca ccacttcgat acgcctcatc gcggcttctc
    48301 cttccgcttc gacggcgaag ccgatatgcg catgaacaat cgtgcagggc gcactgcgtc
    48361 cgaggtggtg aatacgtaca ccgaagagca gctcacccgc ctgctacata cctacggcga
    48421 gctgacgaat gcacgccgtg ccgccgaggc catcgtctgt gcgcgtgccg aacgccccat
    48481 ccgcacgacg gtcgagctga ccgccatcct gcaaccgata gccggccgac gagatgcgtc
    48541 aggctactat gcgcaggttt tccaggcgct acggatcgag gtgaacgacg agatgggcgc
    48601 cctgagcgac ctgctccgtc aggcgctgcg tgtgatccgg cccggcggac ggctggcggt
    48661 catcacctac cactcgctgg aggatcggcc cgtgaagcgc ttcatgcgca ccggtcgcat
    48721 cgacgggcgg agcgaggagg acgtctatgg caatcgcctt tcgcctattc gccccgtggg
    48781 ccgtaagccc atcgtgccga cggccgatga ggtggcacgc aatccgcggg tgcgcagcgc
    48841 caaattgcgc gtgggggaaa tcataaacga agaggaacaa tgacgaacga aacgaataca
    48901 tcaagcaaac ccaaaaggca gctcacgctg ctctatatcc tgggcggagg cgtgctgaag
    48961 gaggacttca tcatccgcca tacccgcctg attgtgttgg tggtggtgat gcttttcatc
    49021 ttcatcagca accgctacac ctgcctgctg aaactgcgcg agatagaccg tctacagcgc
    49081 gagctgaagg acgtgaagaa tgaatcgctg gccgtgtcgg gacagctgac gggtagcaac
    49141 cgcctgtcgc aaatcgagct attggtcaag gagaaaggct tagacatcga gacggctcag
    49201 acgccgcctt acatcattcg taaatgatat gccagcgatg aaagcctttt cccacccagt
    49261 gagcggctca ctggcctcac gctttaagaa gctgtaaata gatatgtcag agcaagagaa
    49321 agacagcgtc cgcgagcaag ccgcgcgcaa ggcgaagggc gggcagatac tgacacgata
    49381 cttcatcatc gtcatgctgc ttagccccgt ggcagcgggc atcctgttcc tggccttcaa
    49441 gacggccatc ttagagaaaa cgaagtggac gaaggtggcc gagagccgca agaagccgaa
    49501 ccgactcgtg aaccccagcc gcggcaatat ctattcggcc gacggcaagc tgatggctac
    49561 gagcgtgccg cgctattacc tctacgtcga ctttcaagcc gcaggcttcc gcgcgccctc
    49621 gcccaagggg aagaaggagg tgaacatcga caccttcatg cgatcgcgcg aaaacggcat
    49681 tgactcgctc gcttactatt tagcccgtaa gctgaagaat cgcaccgccg cgggttatcg
    49741 cgcctacctg ctgcgtgggt tgaggcagaa gagccgacag tatccgctct atgagtaccg
    49801 cctctcttac gccgactata aagagattcg cgagttcccc ttcttccgcc tcggccgcaa
    49861 cattggcggg ctctatgagc gcgagatggt gcagcggcag aagctgttcg gatctctggc
    49921 ctcacgcacc atcggtgaca tttataatga gatagagacc ggcggactgt cgaagggtaa
    49981 gaacggcttg gagctgcgtt acgacacgtt gctgcacggc aagccgggat acaactccat
    50041 cgtgcgtgtg ggtggacggt ggacgaacgt cgtcgaggag gagccggtcg acggcttaga
    50101 tatccgcacg acgatcgact tgcagattca agacctcacc gagaaggcgc tggtggataa
    50161 gctccaggag gctgatgcgg cctcgggcgt ggcggtcgtt atggaggtga agacgggcga
    50221 ggtgaaggcc atatcgaaca tggagcgcat ccgcccgggc gtctatgccg agttgcgcaa
    50281 ccatgccttg gccgacgagt tagagccggg ctcgacgttc aagatcgcct ccatgatggt
    50341 ggccctcgag gacgggatct gtacccccga atcgcccatc gatgtgggca atggcaccta
    50401 caaattcaac ggccgcacca tccgcgacca taacgcccag agtggcggct acggcacgat
    50461 caccgtggcg cagagcatct ggtactcctc taacgtgagc atcgccaaga tcgtcctcaa
    50521 gggctacgcc aacaatccgc gtaagttcat cgacggattg caccgcacgg gcatcgacgc
    50581 cgacttgaat ctcgacattg ccggtgccgg tcacgccaag atccgtcagc cgggcgatcc
    50641 gcaatggtct cgcatgacgc tgccgtggat gtcgttcggt tacgaggtgc agatcccgcc
    50701 gatcaacacg ctggccttct tcaacgccat cgccaacaac ggccgactca tgcgtccgat
    50761 gttcgtcaag agcatcctca agaacggcaa ggagctgcgc gtctacgagc cggaagtgct
    50821 catccccgag atctgctcca agcgcacgct tcgggcggtg caggagatga tgtacaacgt
    50881 ggtgaactat caagatcccg tgggccgacg cgacggcacg ggtaagcccg cccgatcgag
    50941 cgtcgtctcc atcgccggca agacaggtac ggcacagatc gctgcctcca aggccgcgca
    51001 caacctgtcc ttctgcggct atttccctta cgagaacccc caatactcct gcatcgtcgt
    51061 catctctcgt ccgcgtcggg gcattgtctc gggcggtatg atggccggta cggtgtttaa
    51121 ggagatcgcc gaaaaggtct actccaacca gatccgttac gacctcagtt ccatgaagcc
    51181 tgaagcgagt cgcacgctca tgccgccggt caagaatggc gagtcgcgtt cggcacaggc
    51241 cgtagtcaaa tggttcgaca tacggaccac acctaagcgt gtggacgccg acttctcggt
    51301 ctactggcgt aacgctacgc gtgacacgct caacgtccgc aagctgacgg tccgtgaggg
    51361 catgatgcct tacgtgatcg gtatgggggc cagagacgcc gtctatgccc tcgagcgatg
    51421 cggattgcgc gtcaacctgg ccggtcacgg gcgtgtcatc ttgcaatccg tcccgtcggg
    51481 gcaggccgtg acgcgtgggc agacgattga tatcatattg aattgaggga ggagggattc
    51541 tttcgaaaca agaaaaagac agcatacaca catgaatttg acagaactga tacacgattt
    51601 acagatcacc cgccgtgacg gtgcctcaac cgacggcgtc gacgtgaccg gcatcgcggc
    51661 cgactcgcgt cgcgtcaccg acggcatgct cttcgtcgcc gtcaaaggca caaccgtcga
    51721 cgggcacaac tatatcgctt cggccatcga acgcggtgcc tcagccattg tctgcgaacg
    51781 catcccggag gcgatcgatg aggccgtaaa ggctcgcgtg ccgtttatcg tcgtgccgga
    51841 tgcggccgcg gcgctcggtc aactgctcga cgcatggtac ggccacccct cccgtcgtct
    51901 gacgctcgtc ggcgtgaccg ggacgaacgg caagacaacc gttgccacgc tcctttacga
    51961 cctcttccgc cgcttaggct accacgtggg actcatctcc accgtctgca accgcatcga
    52021 cgaggagaca ctgcccaccg atcacacgac gcctgacccc gtcacactgc atgagctgat
    52081 cgctcgcatg gccgaggctg gatgctcgca cgtcttcatg gaggtgagct cgcatgcggt
    52141 cgatcagcag cgcatcgccg gattgcacta cgccgccggc gtcttcacca acctcacccg
    52201 cgatcatttg gactatcaca aggaggtcga taattacc
//
LOCUS       SEQF2634|AYYE01001155.1  631 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..631
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(437..625)
                     /gene="xerC_8"
                     /locus_tag="SEQF2634_01591"
                     /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="MARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQVYAETSPERI
                     FKDVTRILPAIAHYHLTN"
ORIGIN      
        1 agcggacgaa gctcttgtag ctgtctcgaa agccccgcgc tgtggccttg cttttatggg
       61 ccgccttctc ctcacaaaga gccgagtaag tgtcggcgaa cgtctgccgc ggcttgtcct
      121 gaagcaggta ttgctccttg aggtactcgg ccgtgatgta tcgctcctcc cggagcgtgc
      181 gctcatagag tgcgttcaat cgttgctcga tggcactcag tgcctgattg atgccatgcg
      241 ctaccgcgga tgtggggccc actctccctt ttttcgccag ccaatcatcg ggcgcggtct
      301 gttgtcgggt ggagaacgag gccgttcggc cattgcatga gatgcgacag cgaacgaggc
      361 acagcccttc gccgctcggc ttgcttcggt cgatgtagaa gagaatcgag aaggtacttt
      421 tcattagatc gggggattaa ttggttagat gataatgggc gatcgcaggg aggatgcgcg
      481 tgacgtcctt aaaaatgcgc tccggagaag tctcagcata gacctgcgtc gtcttgatct
      541 cactatgtcc taacatcttg gacacgctct cgatcgacac cccttcggcg agggtcattt
      601 gcgaggcgaa ggtgtggcgg gccatgtgga a
//
LOCUS       SEQF2634|AYYE01001156.1  634 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(440..628)
                     /gene="xerC_9"
                     /locus_tag="SEQF2634_01592"
                     /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="MARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQVYAETSPERI
                     FKDVTRILPAITHYHLTN"
ORIGIN      
        1 agcggacgaa gctcttgtag ctgtctcgaa agccccgcgc tgtggccttg cttttatggg
       61 ccgccttctc ctcacaaaga gccgagtaaa tgtcggcgaa cgtctgccgc ggcttgtcct
      121 gacgcagata ttgctccttg aggtactcgg ccgtgatgta tcgctcctcc cggagcgtgc
      181 gctcatagag tgcattcaat cgttgttcga tgtcactcag cgcatgattg acaccatgag
      241 ccaccgcgga tgtggggccc actctccctt ttttcgccag ccaatcatcg ggcgaggtct
      301 gttgccgggt ggagaaagag gccgtccggc cattgcacga gatgcgacag cgaacgaggc
      361 acagcccttc gccgctcggc ttgcttctgt cgatgtagaa gaggatcgag aaggtacttt
      421 tcattgggtt tgtgggggat taattggtta gatgataatg ggtgatcgcc gggaggatgc
      481 gcgtgacgtc cttgaaaata cgctccggag aagtctcggc atagacctgc gtcgtcttga
      541 tctcactatg tcctaacatc ttggacacgc tctcgatcga caccccttcg gcgagggtca
      601 tttgcgaggc gaaggtgtgg cgggccatgt ggaa
//
LOCUS       SEQF2634|AYYE01001157.1  662 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..662
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tcaattttta catccttttt attcaagaaa tcccccatag aggaaaaaca aaacaatgta
       61 tttaggttat ccgactctgc tatttcaata ccaacacatt tcccatttcg accaacccca
      121 gcatccccat tcaagaaata aatcaaatgt ttatcttgcc gtcttatata agaaggcgat
      181 agcaattggc gattctcttc attactcgta taaattgtaa taggttcact ccaatctcgc
      241 ccatcactgg aattcaacaa ctttatctcc cttaaatagc atccattctc attttctcgg
      301 tatgatatgg atcgatgggg ggattattgg cgatttacag atctatcatt gaagagactt
      361 ttcgctgaat attttagaga gtcgaatata gccattcgga catttggaaa tgtttttgcg
      421 gcaaatgcgt ttcttcaagg gatagcgctt gaggatattg aagatagatc tcttcttaat
      481 gtaagagatc cggactatca ggtaacgcta ggaatacgtg cagttcgatg aggcctataa
      541 agcgattgct tcagcagtta tttgatcgat atgattatat ccggtataag aagcgtatcg
      601 tgattgggaa tgcagaatat tgctggtgtg atattccggt gcctattgat tatcccaagc
      661 aa
//
LOCUS       SEQF2634|AYYE01001158.1  547 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgcttggga taatcaatag gcaccggaat atcacaccag caatattctg cattcccaat
       61 cacgatacgc ttcttatacc ggatataatc atatcgatca aataactgct gaagcaatcg
      121 ctttataggc ctcatcgaac tgcacgtatt cctagcgtta cctgatagtc cggatctctt
      181 acattaagaa gagatctatc ttcaatatcc tcaagcgcta tcccttgaag aaacgcattt
      241 gccgcaaaaa catttccaaa tgtccgaatg gctatattcg actctctaaa atattcagcg
      301 aaaagtctct tcaatgatag atctgtaaat cgccaataat ccccccatcg atccatatca
      361 taccgagaaa cctgagaaat tccgcttacc gtacctagaa aaaccccacc gtcttttagc
      421 aatttaaaac atccttctat tgcccgtctt acatcaaaaa tgaaatttaa agtttgcgtg
      481 caaataaaac aatccactat tttctcagga agagtatcag gccgagctaa atccccaata
      541 atagtag
//
LOCUS       SEQF2634|AYYE01001159.1  487 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..487
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gtaataggtt cactccaatc tcgcccatca ctggaattca acaactttat ctcccttaaa
       61 tagcatccat tctcattttc tcgtatgata cagtataatt tattctcgaa atgaaaaagt
      121 tctggatcgg agttatatgc aactccatcc ggacgtctta gtatcggatt tctatctatc
      181 ggggaaaaaa ctgtcggatc attcgagcga taaatacatg gattttcata ttcaaccctt
      241 tcgtccggta taagaagcgt atcgtgattg ggaatgcaga atattgctgg tgtgatattc
      301 cggtgcctat tgattatccc aagcaaagtc aaacacaccc atcaatatgt ttttttccgg
      361 aaaaatggca agggtactct tattggttgg ctacgactcc ttatccggac gaaagggttg
      421 aatatgaaaa tccatgtatt tatcgctcga atgatccgac agttttttcc ccgatagata
      481 gaaatcc
//
LOCUS       SEQF2634|AYYE01001160.1 4316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             332..742
                     /locus_tag="SEQF2634_01593"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMDAGLREIPVAATAAGFWATVSVRVSLLPSVDSMVMVPVRPF
                     SDSLGSAVMVRVSGTEPVPSLGSTCSQGTVGVAFQATLLLIFTSRGEPKEPEIVFSCS
                     NSSAGLDLPAWVISRVWLLSPSSNETVRVTLRGS"
     CDS             824..1144
                     /locus_tag="SEQF2634_01594"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKEADHSPLDVTVTSFVPPPAGMAEPSPLKLIDKVRVGFSGSG
                     LVLPAACVTLSVTLPLSVLKVITPSRLPPVLGWMKIVIFWMASNPGLVPLTSSQSGIL
                     KSLM"
     CDS             1151..1369
                     /locus_tag="SEQF2634_01595"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQLRVTSFLPPSASTFSSFGSRVNLASGFVPAAACVTLSLTSP
                     SVVLKVITPSRLPPVLGRTMIVIFWMAS"
     CDS             complement(3457..4104)
                     /locus_tag="SEQF2634_01596"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHGTITVRTQQGLDELKVAIHQQGNDGSVVPPAEVKVSNVTLD
                     PATLTVNGDLSTALISAIVSPDNARNKGLLWMSSNASVATVQVSTPKQSAALPQLRFA
                     PDADDYALVTIVGKGKATITAAASDGSGIVARCEVNVLSTVANTVPYAPQAKVYTVGP
                     TLYLSLPTAETVQVYTLAGTLYRTWQAPAGDTSVTLPIGTYIIKVGPLTEKVVVR"
ORIGIN      
        1 gctgccggcg ccttccgacg ggccgacggt gatctcttct gcgccgatgg ccaggtcgta
       61 gtcgtacgtg ccgtcgtcag agggtcgcga gggcttgcgt tggctggcgc gctgagtgag
      121 ggtgaagacc ttctccgcct tgccgtcgtc gctcttgacg gtgagcttgc ccgtacgttc
      181 ggcgcccgac tcattgcggt cgaagcggac gatgacgagt cgcgtgcccg agccacgtgt
      241 ggcgtcgggg tgcatccagt cggggctgcc gctgatcgtc catcccttgc tggcatagac
      301 gttgaagccg accattccgc cgccgctgcc catggtcatg gatgcggggt tgagggagat
      361 tccggtggcg gccactgcgg cgggtttctg ggccacggtg agcgtgcggg tgagcttgct
      421 gccgtcggtc gattcgatgg tgatggtgcc ggtgcggccc ttctcggact cgttgggatc
      481 ggcggtaatg gtgagggttt ctgggactga gccggtgcct tcgctgggct caacgtgcag
      541 ccaggggact gtgggggtgg ctttccaggc gacgttgctc ctgatcttca cctcacgggg
      601 ggagcctaag gagccggaga tcgtgttctc ctgctctaac tccagcgcgg gcttggactt
      661 gccggcctgg gtgatttcga gggtttggct cttgtcgccc tcgtctaacg agacggtgag
      721 ggtgactttg cgcggctcgt aggccgtgtt ctccttggcg gtgagggtga gggtgccatc
      781 gttcgtgccg ccgtctttat ctaaggtgag ccacttgcag tctttgggca aggaggccga
      841 ccactcgccg ttggacgtga cggtgacctc cttcgtgccg cccccggctg ggatggccga
      901 gccgtcgccc ttgaagctga tagataaggt gagggtgggc ttctccggct ccggcttggt
      961 gctgcccgcc gcctgcgtca ccttgagcgt gacgttgccc ttgtcggttt tgaaggtgat
     1021 cacgccctcg cgcttgccgc cggtgttggg ctggatgaag atcgtgatct tttggatggc
     1081 ttccaatcca gggctggttc cgctaacgtc cagccaatcc ggcatattga aatcattaat
     1141 gtgatagggt atgttgcagc tgagggtgac ctccttcttg cctccgtcgg catccacctt
     1201 cagctctttc ggctcgaggg tgaacttggc ttcgggcttt gtgcctgcgg ccgcctgcgt
     1261 caccttgagc ttgacttcgc cttcggtggt tttgaaggtg atcacgccct cgcgcttgcc
     1321 gccggtgttg ggcaggacga tgatcgtcat cttttggatg gcctcataat cggcactgtt
     1381 tccgctaacg tccagccaat ccggcatatt gaaatcatta atgtgatagg gtacgttgca
     1441 gctgagggtg acctcataat cgtctctcat ggggcccgca tccagctcct taggctcgag
     1501 ggtaaagttg gccgcttggt tgatggtcag cacttctgac ccgtttgagg taacgaagat
     1561 cacggtgcct ttacgctccg gcccggtgtt tggcgccacc ttgatatgga agtcgaattt
     1621 tttatgatag ccgtgcgtct caccagaggt gatggtcagc cagtccttgg catcaggggt
     1681 gaaggggtat agggtgaggg acgtcacaca atcgcctatc ttattacgga tggttgcgtc
     1741 aaattccatt cctcccgcct ccgcgctgac ttccctgggg gtgagctcga catccacgta
     1801 caatgaatct gcgccgccaa gctggctaaa cttgtaggtc tttctgaagc cgtttatcag
     1861 gaacacgacg tcgccggagc gcgcctcgcc atagttcggt acggcactga gtatggtctt
     1921 aaaagtccta tcacccttcc gccaggccac gatccagtcc ggcttttcga tcacctgagg
     1981 ggatgcacta tagcgcaaac tgcggatatg caccaagaac tcctgttgga tatcgccccc
     2041 tatggcgggg aactctttct gcgaattagg agaaggcgtc ataaagattt catcgccgtt
     2101 tcctattgta ggttgtgacg gtgcaccaga cggcccgata accacttcat gcaggagccc
     2161 tccccaccca ttcactaagt agtacatctt gctgcgatcg ccgtcgcgtt tctcttcaac
     2221 gatctcctta tacccgtcag gataaccata caggacggac acccctatta gtttaatgcc
     2281 atcatccgcg gcgatagccc cacctatcgc ctgcacggtg gcattctgga tagtaacata
     2341 tccctcctcc gaacggatct tactgcatcg aacagaacag ttcccatcga tctggatatt
     2401 gccatcctca cttattagag tacccatgtc caacgagttc tcattttgcg agctcccatc
     2461 ggtaattctg atatccttcg ggcccgttat gttgcccgtt atgctgctct tcccatagag
     2521 aacgacagtc aaatcggcac cctctatttc gatatctccc tcgagcacca catcgtgcag
     2581 atggagtact cttttcgtgt gtcgatgggt gaagtactca atccagccgc tcttcaggcc
     2641 tggtatgtgt acggggtagt aggttccgaa attttcggtt gtcgccatgc cgccgatctt
     2701 aatctgcaca atctccttcg ccgccgctgt ctgcggcgcg atggctcctg ccagccccgc
     2761 gaggatgagc agcagggcga ggagcatgtt cttgtaatgt gttcttgagt ccataattct
     2821 gattgtgttt gggggcctaa aggcccgttg aaggggctgc gcccctgttg aattgtttat
     2881 gcgttggggc ctaaaggccc gttgaatcgt ttatgcgttt aggtgtttag gcgggtaccc
     2941 gtgtaggggc gtattgcata cgccccaccg ggcgccccgg cacggggcga atacacgtcc
     3001 ccgggcgttc atccattcgg gcccgggggc ccgtttgggg ggcgtattcc gttgcgcccc
     3061 ggggtttcgc cgcccagggt ttcgccctgg gctatggtcc accgggccta cagcccggcc
     3121 gggtacgtcc cattcgggcc cgtggggccc gtttggggtg ttggggcctg cggcccgttg
     3181 aattgtttat gcgtttaggt gttggggcgg gagcgtcagg gtacccgtgt aggggcgtat
     3241 tgaatacgcc ccaccgggcg ccccggcacg gggcggatgc atgtccttgg gcgttcaccc
     3301 attcgggccc gtggggcccg tttggggggg cgtatgcgat acgcccctac cctgacggac
     3361 gagggggcgg gtacccggcc aaattcgccg gcccccgcag gggcccgcct aaacatctca
     3421 acggggcgca gccccaacaa ctaaacaact aaacacctac cgaaccacca ccttctcggt
     3481 cagcgggccg accttgatga tgtaggtgcc gatggggagg gtgacggacg tgtcgccggc
     3541 gggggcttgc caggtgcggt agagcgtgcc ggcgagggtg tagacctgta ccgtctccgc
     3601 ggtggggagg gagaggtaga gcgtcgggcc gacggtgtag accttcgctt gcggggcgta
     3661 gggtacggtg ttggcgacgg tcgagaggac gttcacctcg cagcgggcga cgatgccact
     3721 gccgtctgag gcggcggccg tgatcgtggc cttacccttg ccgacgatgg tcacgagggc
     3781 gtagtcgtcg gcgtcggggg cgaagcgcag ctggggcagc gcggccgact gcttcggggt
     3841 ggagacttgc acggtggcca cggaggcgtt ggagctcatc cagagcaggc ccttgttgcg
     3901 cgcgttgtcc ggcgagacga tggccgagat gagcgccgtg gagaggtcgc cgttgacggt
     3961 gagcgtggcg gggtcgagcg tgacgttaga gactttcacc tcggccggtg gcacgacgct
     4021 gccgtcgttg ccctgctggt ggatggccac tttcagctcg tccaggcctt gctgcgtgcg
     4081 gacggtgatg gtgccgtggc gcatctcctt ggacgggttg gcggcgaggc tgaacgtgaa
     4141 cgagccattg ccgcggccga cggcgctctc gaggcggatc cagtcctcgg tcgtggagcc
     4201 ggcccagagg cgactcgtcg cgacgctgat cgagctgccg gcgccttccg acgggccgac
     4261 ggtgatctct tctgcgccga tggccaggtc gtagtcgtac gtgccgtcgt cagagg
//
LOCUS       SEQF2634|AYYE01001161.1 1700 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1700
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tcctcacccc atacggcgta gaggtttgcg agtgcggatg agtaagacac ttgctgattc
       61 ggctgcttca tatcggccgg tacattggct gcagttgtca cgatagatac actcgaagtg
      121 tgccatccga taaataccgt ctggttaagc gtcaagtcac ccttatcctt gatggtcact
      181 tggtcgccat tattatagag gttggcatcc tgcggagccg taccactggc accattggca
      241 tgataggtca cgccatcttg gctgtagtcc gggttgccgt caggcgtacc gtttggaccg
      301 gtcttatcta ctgcccatac tgcgtagagg gtcgtatcgg ccgtgatggc gaacgtggca
      361 cccttcttct tcaggtcggc aggttcatct gcggccttcg tgattacagg cttctgtgtg
      421 aagctccagc caataaatac agcctcggtg cgtgccagtg aaccggaatc tttcaccgtt
      481 acgttctcac cattgttata gcggttggca tctgtcggcg cagcgccggt tccaccgtta
      541 ccgttgtagg tgacgccgtt ttgcaggtag tcgggcacat tgtcgctctg tccagctggt
      601 ccggtttcgt ccttacccca tacggcgaag agcgtcgtgt cggtggtgat ggtgaacgtc
      661 tcgtgttcct tcttcaggtc ggtcactgca tcgtgctcgg ctttcgtggt cagcagcgac
      721 ttcttaccga agctccagcc aacaaacgca gccttatcgc gggtcagatt attcttgccc
      781 aggacgtcca ctgcgtcatt gttgttatag cgtttgttat ccgtcggcgc tgtaccggtc
      841 gagttctcgt tgccgtcgta ggtaacgccc ttctgcaggt agtcagcaat gccgtcagaa
      901 cctccgttcg ggccggtctt gtcctgaccc cagatggcgt acagcttatt ggtcgtagac
      961 gagtaattga acttgtctcc ggcttgcttc aggcctgtcg gcacatcggc tgccttcgta
     1021 accaaggcgt ggctattgaa cagccagcca atgaacacgg cctccgtgtg tgccaaggtg
     1081 cctttatcct tcgcggtcac ttcgtcattg tcgttataga ggctgttatc cgtnggagcg
     1141 tcgcctgtgc caccgttagc atagtaggtc acgccatcct ggctatagtc cggcttaccg
     1201 tcaggcgtac cgttcgggcc ggtcttgtcg attgcccata cggcatagag tgtcgtatcg
     1261 cttgtgcttg caaacgtggc acccttcttc ttcaggtcgg caggttcatc tgcggccttc
     1321 gtgattacag gtttctgcat gaagctccag ccgataaaca cagcctgggt gcgtaccagt
     1381 gaaccggaat ctttcaccgt tacgttctca ccattgttat agcggttagc gtccacggga
     1441 gccgcgccgc tgctctgatt gttaccgttg taggtgacac cattttgcag gtagtcagca
     1501 ataccgtcag aggttccgtt cgggccagtc ttatcctcac cccagagtgc gaagagcgtc
     1561 ttctggttag ccgagtactt gaaggtggca tccttctggt agatcgttgc tggcacatca
     1621 gccttcttcg tgatcagagg cttctgctcg aagagccagc cgaggaagac ggcatccgta
     1681 cgaaccaagc tacccttatc
//
LOCUS       SEQF2634|AYYE01001162.1 1703 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1703
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             696..1385
                     /locus_tag="SEQF2634_01597"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGFRGQQRLLTEAPTNKCGLIASQIILAQDGHCVIAVIAFVIR
                     RCCTGRVLVAVVGNALLQVVGDIIRVAVRAGLVLTPDSVELIGRRRVIELVSGLLQAC
                     RHIGSLRNQGVAIEEPANEHGLRVCQGAFILRGHFVIVVIEAVIRXSVACATVSIVGH
                     AILAIVRLTVRRTVRAGLVDCPYGIECRIACACKRGTLLLQVGRFICGLRDYRFLHEA
                     PADKHSLGAYQ"
ORIGIN      
        1 tcctcacccc atacggcgta gaggtttgcg agtgcggatg agtaagacac ttgctgattc
       61 ggctgcttca tatcggccgg tacattggct gcagttgtca cgatagatac actcgaagtg
      121 tgccatccga taaataccgt ctggttaagc gtcaagtcac ccttatcctt gatggtcact
      181 tggtcgccat tattatagag gttggcatcc tgcggagccg taccactggc accattggca
      241 tgataggtca cgccatcttg gctgtagtcc gggttgccgt caggcgtacc gtttggaccg
      301 gtcttatcta ctgcccatac tgcgtagagg gtcgtatcgg ccgtgatggc gaacgtggca
      361 cccttcttct tcaggtcggc aggttcatct gcggccttcg tgattacagg cttctgtgtg
      421 aagctccagc caataaatac agcctcggtg cgtgccagtg aaccggaatc tttcaccgtt
      481 acgttctcac cattgttata gcggttagcg tccacgggag ccacgccgct gctctggttg
      541 ttaccgtcgt aggtgacgcc gttttgcagg tagtcaggca catcatcgct ttgtccagct
      601 gggccggttt cgtccttacc ccatacggca aagagtgtcg tgtcggtggt gatggtgaac
      661 gtctcgtttt ccttcttcag gtcggtcact gcatcgtgct cggctttcgt ggtcagcagc
      721 gacttcttac cgaagctcca accaacaaat gcggccttat cgcgagtcag attattcttg
      781 cccaggacgg tcactgcgtc attgctgtta tagcgtttgt tatccgtcgg tgctgtaccg
      841 gtcgagttct cgttgccgtc gtaggtaacg cccttctgca ggtagtcggg gatattatcc
      901 gagttgccgt tcgggccggt cttgtcctga ccccagatag cgtagagctt attggtcgta
      961 gacgagtaat tgaacttgtc tccggcttgc ttcaggcctg tcggcacatc ggcagccttc
     1021 gtaaccaagg cgtggctatt gaagagccag ccaatgaaca cggcctccgt gtgtgccaag
     1081 gtgcctttat ccttcgcggt cacttcgtca ttgtcgttat agaggctgtt atccgtngga
     1141 gcgtcgcctg tgccaccgtt agcatagtag gtcacgccat cctggctata gtccggctta
     1201 ccgtcaggcg taccgttcgg gccggtcttg tcgattgccc atacggcata gagtgtcgta
     1261 tcgcttgtgc ttgcaaacgt ggcacccttc ttcttcaggt cggcaggttc atctgcggcc
     1321 ttcgtgatta caggtttctg catgaagctc cagccgataa acacagcctg ggtgcgtacc
     1381 agtgaaccgg aatctttcac cgttacgttc tcaccattgt tatagcggtt agcgtccacg
     1441 ggagccgcgc cgctgctctg attgttaccg ttgtaggtga caccattttg caggtagtca
     1501 gcaataccgt cagaggttcc gttcgggcca gtcttatcct caccccagag tgcgaagagc
     1561 gtcttctggt tagccgagta cttgaaggtg gcatccttct ggtagatcgt tgctggcaca
     1621 tcagccttct tcgtgatcag aggcttctgc tcgaagagcc agccgaggaa gacggcatcc
     1681 gtacgaacca agctaccctt atc
//
LOCUS       SEQF2634|AYYE01001163.1  222 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..222
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 gatgtaaaaa ttgagccttg gcactttgac ttatttgaat atggatgtaa attatatatg
       61 gtgttatgcg gtcgggatcg aagttgtcca accttcagaa atccaatgta tacctattta
      121 gcgatctccg aggattatgt caatttttac atccttttta ttcaagaaat cccccataga
      181 ggaaaaacaa aacaatgtat ttaggttatc cgactctgct at
//
LOCUS       SEQF2634|AYYE01001164.1  353 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             106..333
                     /locus_tag="SEQF2634_01598"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTYLAISEDYVNFYIYKRPIVRYLKSYRPSAYVDDRGIFHLYF
                     SVIGSFLEDHSDRNIAKTEMEFDKLLSKISM"
ORIGIN      
        1 gatgtaaaaa ttgagccttg gcactttgac ttatttgaat atggatgtaa attatatatg
       61 gtgttatgcg gtcgggatcg aagttgtcca accttcagaa atccaatgta tacctattta
      121 gcgatctccg aggattatgt caatttttac atctacaaaa gaccgatagt tcgttatttg
      181 aagtcttatc gtccatctgc atatgtagat gatcgcggta tttttcattt gtatttctcc
      241 gttataggca gttttttaga ggatcattca gatcgtaata tagcaaaaac agagatggag
      301 ttcgataaat tactatctaa gatctcaatg tgacgatgag aattgtacat ctt
//
LOCUS       SEQF2634|AYYE01001165.1  521 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aaactttaaa tagattactg cgatctaatc cattctggat atagattaca aggcgttccc
       61 agacaaatcg aagctgatta attctcttag aaagagggga accgtctata gatataatat
      121 caggatcctt tagttctcgg tcccggacca tcatcttaac atcctctccc tctttcctta
      181 aggctctcat caatctagtt gcagcaatag ctgccccacc aaaagaatca gatgtgctaa
      241 gatgtacaat tctcatcgtc acattgagat cttagatagt aatttatcga actccatctc
      301 tgtttttgct atattacgat ctgaatgatc ctctaaaaaa ctgcctataa cggagaaata
      361 caaatgaaaa ataccgcgat catctacata tgcagatgga cgataagact tcaaataacg
      421 aactatcggt cttttgtaga tgtaaaaatt gagccttggc actttgactt atttgaatat
      481 ggatgtaaat tatatatggt gttatgcggt cgggatcgaa g
//
LOCUS       SEQF2634|AYYE01001166.1 1805 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1805
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             115..585
                     /gene="trpE_1"
                     /locus_tag="SEQF2634_01599"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P20580"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /translation="MLVDLARNDLSRNXHDVRVVFYKEPQYYSHVIHLASRVEGTLNA
                     GVDPLRAFADTFPAGTLSGAPKVRAMQLISQIEPHNRGAXGGTIGFIGLDGDMTQAIT
                     IRTXVSRNNELWYQAGCGVVSDSSDEGELQEVNNKLAALRRAIEEAEEQSAALG"
     CDS             1038..1610
                     /gene="pabA_1"
                     /locus_tag="SEQF2634_01600"
                     /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
                     DKIILSPGPGIPEEAGLLLPLIRRYAPSKPILGVCLGHQAIGQVFGARLENLSDVFHG
                     VQTPIRLTATDEPLFAGLTGEFTAGRYHSWVVSREGFPDDTLQVTAESPDGYIMALRH
                     RTYPVHGIQFHPESILTPVGEKIIRNFLNE"
ORIGIN      
        1 cgcgccttca tcgacccgat cgccggcacc acccgacgca cgggcgacgc cccgaccgac
       61 cgccgcctga cggaggcgct cctgaacgac ccgaaggaga acgcggagca tgtcatgctg
      121 gtcgacttgg cccgtaacga cctctctcgc aactgncacg acgtgcgcgt ngtcttctac
      181 aaagagccgc agtattacag ccacgtcatc cacctggcca gccgcgtgga gggcaccctc
      241 aacgccgggg tagacccgct ccgngccttc gccgacacct tccccgcggg cacactcagc
      301 ggggcgccca aggtgcgcgc catgcagctc atcagccaga tcgagccgca caaccgcggc
      361 gcctanggng gcacgatcgg cttcatcggc ctggatggcg acatgacgca ggccatcacc
      421 atccgcacct tngtcagccg caacaacgag ctttggtatc aggccggatg cggcgtcgtg
      481 tccgacagta gcgacgaggg cgaactgcaa gaggtgaaca acaagttggc cgccctccgc
      541 cgcgccatcg aggaggcgga ggagcaatcc gccgcgctcg gatagctctt tccacacgga
      601 aattcatcca cccgagggtt ggtgaaggtg tttctccgaa gaaattcggc caacgacctt
      661 cggttgaagg aatttctttg agtaattttt accgttgact ggtcgtcggt gaaaattact
      721 caaggaaatt cggccaacgg ccctcggttg aaggaatttc ctcgaggaat ttttgccgtt
      781 gactagtcgt cggtgaaaaa tactcaagga aattcgacca acggccctcg gttgaaggaa
      841 tttcctcgag aatttttgcc attgactggt cgtcggtgaa aaatactcaa ggaaacaccc
      901 tcaccagccc tccattgggg ccattgtcgc acgacaattc gttcaaccga gggtgattgg
      961 agccgttgtc gcgaaacatc gtgtccacgg gcccccatgt ttagtttttc gtttttagtt
     1021 ttccccatcc cccttttatg aagatcctcc ttttagacaa ctacgactcc ttcacctaca
     1081 accttgtgca cgccttgcac gacgctgggg cgcaggacgt caccgtggtc cgcaacgacc
     1141 gcatcgacct cgacgacgcc gcggcgttcg acaagatcat cctctcgccc ggccccggca
     1201 tccccgaaga ggccggccta ctcctgccgc tcatccggcg ttatgccccg tcgaagccca
     1261 tcctgggcgt ctgcctcggc catcaagcca tcgggcaagt gttcggggca cgcctcgaga
     1321 acctctccga cgtctttcac ggcgtccaga cgcccatccg actcaccgcc accgacgagc
     1381 ccctttttgc cggcctcacg ggcgagttca ccgccgggcg ctatcactcg tgggtcgtca
     1441 gccgcgaagg cttccccgac gacacgctcc aggtgacagc cgaaagcccc gacggctaca
     1501 tcatggccct acgccatcgc acctatcccg tgcacggcat acagttccac cccgaatcca
     1561 tcctgacgcc cgtcggagag aagatcatcc gcaacttcct caacgaataa atacgtaccc
     1621 ggacaaactt ggccggcgtc cctgacgcct cttgcatcaa ggcaagaaaa gaaggtcccc
     1681 cctaactact catcagaaga tcccaatccc cctaactact cttccttatg aaagatatcc
     1741 tcaacaagct caccgagcac cgctgcctca gccgcgacga ggcgcgcgcc atcctgcaag
     1801 acatc
//
LOCUS       SEQF2634|AYYE01001167.1 1806 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1806
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             115..585
                     /gene="trpE_2"
                     /locus_tag="SEQF2634_01601"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P20580"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /translation="MLVDLARNDLSRNXHDVRVVFYKEPQYYSHVIHLASRVEGTLNA
                     GVDPLRAFADTFPAGTLSGAPKVRAMQLISQIEPHNRGAXGGTIGFIGLDGDMTQAIT
                     IRTXVSRNNELWYQAGCGVVSDSSDEGELQEVNNKLAALRRAIEEAEEQSAALG"
     CDS             1039..1611
                     /gene="pabA_2"
                     /locus_tag="SEQF2634_01602"
                     /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
                     DKIILSPGPGIPEEAGLLLPLIRRYAPSKPILGVCLGHQAIGQVFGARLENLSDVFHG
                     VQTPIRLTATDEPLFAGLTGEFTAGRYHSWVVSREGFPDDTLQVTAESPDGYIMALRH
                     RTYPVHGIQFHPESILTPVGEKIIRNFLNE"
ORIGIN      
        1 cgcgccttca tcgacccgat cgccggcacc acccgacgca cgggcgacgc cccgaccgac
       61 cgccgcctga cggaggcgct cctgaacgac ccgaaggaga acgcggagca tgtcatgctg
      121 gtcgacttgg cccgtaacga cctctctcgc aactgncacg acgtgcgcgt ngtcttctac
      181 aaagagccgc agtattacag ccacgtcatc cacctggcca gccgcgtgga gggcaccctc
      241 aacgccgggg tagacccgct ccgngccttc gccgacacct tccccgcggg cacactcagc
      301 ggggcgccca aggtgcgcgc catgcagctc atcagccaga tcgagccgca caaccgcggc
      361 gcctanggng gcacgatcgg cttcatcggc ctggatggcg acatgacgca ggccatcacc
      421 atccgcacct tngtcagccg caacaacgag ctttggtatc aggccggatg cggcgtcgtg
      481 tccgacagta gcgacgaggg cgaactgcaa gaggtgaaca acaagttggc cgccctccgc
      541 cgcgccatcg aggaggcgga ggagcaatcc gccgcgctcg gatagctctt tccacacgga
      601 aattcatcca cccgagggtt ggtgaaggtg tttctccgaa gaaattcggc caacgacctt
      661 cggttgaagg aatttctttg agtaattttt accgttgact ggtcgtcggt gaaaattact
      721 caaggaaatt cggccaacgg ccctcggttg aaggaatttc ctcgaggaat ttttgccgtt
      781 gactagtcgt cggtgaaaaa tactcaagga aattcggcca acgaccttcg gttgaaggaa
      841 tttcctcgag aatttttgcc attgactggt cgtcggtgaa aaatcctcaa ggaaacaccc
      901 tcaccagccc tccattgggg ccattgtcgt acgacaattc gttcaaccga gggtgattgg
      961 ggccgttgtc gcgaaacatc gtgtccacgg cccccccatg tttagttttt cgtttttagt
     1021 tttccccatc ccccttttat gaagatcctc cttttagaca actacgactc cttcacctac
     1081 aaccttgtgc acgccttgca cgacgctggg gcgcaggacg tcaccgtggt ccgcaacgac
     1141 cgcatcgacc tcgacgacgc cgcggcgttc gacaagatca tcctctcgcc cggccccggc
     1201 atccccgaag aggccggcct actcctgccg ctcatccggc gttatgcccc gtcgaagccc
     1261 atcctgggcg tctgcctcgg ccatcaagcc atcgggcaag tgttcggggc acgcctcgag
     1321 aacctctccg acgtctttca cggcgtccag acgcccatcc gactcaccgc caccgacgag
     1381 cccctttttg ccggcctcac gggcgagttc accgccgggc gctatcactc gtgggtcgtc
     1441 agccgcgaag gcttccccga cgacacgctc caggtgacag ccgaaagccc cgacggctac
     1501 atcatggccc tacgccatcg cacctatccc gtgcacggca tacagttcca ccccgaatcc
     1561 atcctgacgc ccgtcggaga gaagatcatc cgcaacttcc tcaacgaata aatacgtacc
     1621 cggacaaact tggccggcgt ccctgacgcc tcttgcatca aggcaagaaa agaaggtccc
     1681 ccctaactac tcatcagaag atcccaatcc ccctaactac tcttccttat gaaagatatc
     1741 ctcaacaagc tcaccgagca ccgctgcctc agccgcgacg aggcgcgcgc catcctgcaa
     1801 gacatc
//
LOCUS       SEQF2634|AYYE01001168.110949 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10949
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             47..268
                     /locus_tag="SEQF2634_01603"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLETLKGRKSLLCLWNKQGRTCPLCGKPIDRTKAWNVNEKVIDG
                     KIVRELVHNTCYLRSKRKSCKYEPISMYK"
     misc_RNA        283..360
                     /locus_tag="SEQF2634_01604"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             292..471
                     /locus_tag="SEQF2634_01605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGKLSRTVLRGERGSNVPTLPDKLALAIVSQQKDKLSLRKRLF
                     KAALNIDYLKKLLKI"
     tRNA            814..890
                     /locus_tag="SEQF2634_01606"
                     /product="tRNA-Val"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Val(tac)"
     CDS             1189..2154
                     /gene="ftsY"
                     /locus_tag="SEQF2634_01607"
                     /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
                     DADNFRTPEGKRPYVIMVVGVNGVGKTTTIGKLAYQFKKHGYSVLLGAADTFRAAAVE
                     QIVIWGERVGVPVVKQKMGSDPASVAFDTLNSAQATGADVVIIDTAGRLHNKINLMNE
                     LTKIKNVMKKVVPDAPHEVLLVLDGSTGQNAFEQAKQFTAATEVNALAITKLDGTAKG
                     GVVISISDHFRIPVKYIGLGEGMEDLQVFNRKAFVDSLFGDDEKR"
     CDS             2141..3436
                     /gene="rimO"
                     /locus_tag="SEQF2634_01608"
                     /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
                     RYRSRPMEEIVKEARLLTEKGISEFQLIAQDLTYYGQDLYHKAVLPELVERLSDVPGV
                     EWLRLHYGYPSHFPHELLCVMRERENVCKYLDIALQHISNPVLERMRRHITKEETYEL
                     IARIREEVPGIHLRTTLMVGYPGETDDDFEQLMQFARDMRFERMGAFAYSHEVGTHSY
                     KNEQDNVPDEVKQQRLNALMDLQEAISAEVQEEKVGKTLRVMLDREEDYYIGRTEFDS
                     PEVDPEVLVHKDADMELGKIYSVQIEAAEPFELYGRKVV"
     CDS             3501..3788
                     /gene="hup"
                     /locus_tag="SEQF2634_01609"
                     /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="MRDTELIAELAARLDREIPEVESMLDAFGQIVADRLADNDIVAL
                     EGWGQFELKKKAERYSADAESGKRYLLPPKLIPVFRPSSRLRTYIKNLDQA"
     CDS             3785..5398
                     /locus_tag="SEQF2634_01610"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKITTDRIIELMMAQTGRDRTAVQTFVGELTALVNDSLIKDG
                     STRIKGIGKFRIVPVRERESVTPEGERIVIPAHHWLSYLPDKSLKDRINKPFAIFEAV
                     EASESDAPIGTPEDPEREYVDDEEAPADEAPLSTPSFISTPENEPTDSEPEPTEPTPA
                     PPAPTAETDDDEEDEGDDDVEPVTLIGSTWNNEKSQTMNSEIKKEIAEGWSEGRSVGS
                     KPMTVGEMAAAHLKASQIITPEVTAEKVDTKAPGPVQKDEPKAPLATGRTDTPTPNAG
                     RTNEQRPPRKKPVTVIPPIAPPPPVEPTPQPKRSEKRSSSNFPLYVVLSILLLLLLGG
                     LFYHYFYYLPSSETRAMGRTDGDKVVTGDTFVMPGEETKDKDAPEAGRGDKQQTSIAD
                     EQKLDPATAADKARRAAAEKEAKEKAKAEEEAKEKAKAEEEAKAKEDAKAKEKKEKPA
                     APKRKVVATVRLEPGQFLTKLAEKYYGNKVFWVYIYEFNKSKIADPNHIPTNMEIKIP
                     AKELYGIDADNSASVEKAKAIQARLNAQK"
     CDS             5490..5624
                     /locus_tag="SEQF2634_01611"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARFGRPSEVFPDVVKYPSEVVIITFRTSLNMVQDVMKYPAEPY
                     "
     CDS             complement(6231..7223)
                     /locus_tag="SEQF2634_01612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGSNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MKLISDYNSRCKNKFLRIEIGIAPKDEPLMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEELSHKYELTIANDVRSARPHRK
                     AQADPARERIKQQVRNICYALLEKHKGKGLSGHSMFLYELNQSGVTIERMKNKQGKVY
                     GLKFTYGEHSFKASEIGREFGFRTLPKQFEIGNAQKPIIPFAHSSTRSTKDSSLIAQV
                     AGATVDVALDTAGSVLSETGEVTALQTHGADYAEIAWQRRLRNQAAKKKRGRGI"
     CDS             complement(7207..7611)
                     /locus_tag="SEQF2634_01613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHSKTEDKKTNKIAFIKXRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLGGSVIAVPPMGDNEKEALAILRQTALFYAHISNLIKVKDASWVDTTKVLATY
                     AKIAFKRFFNPRYRVNEEVFKRLNIEDHDRKV"
     CDS             complement(7876..8241)
                     /locus_tag="SEQF2634_01614"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKAGRTFLDVYPGETHPQKAEPSGQSLHAESAPTPKRI
                     SAKMRRGTLEAYKQTFLVPAKLTDRRAVYLSRVTQERADFVARRLGDRSANLSSFVEH
                     IVRAHLEDYAEEIEEWRKL"
     CDS             complement(8247..9197)
                     /gene="dnaG_3"
                     /locus_tag="SEQF2634_01615"
                     /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="MKEGNLSTIRRYPITAYLESKGITPIRKLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYAEGCGGSIIDLYMRLEGCSLPEAIRRLGQMIFGRTTSDYSRTE
                     PHLHTPERTDGGRKLIGISDDLPPHLQDYLTKERCIDLGRTQPFLRCVRYKVRRREYE
                     VIGFANVSGGYELRGAGLFKGTLAPKDITPIFPDGRQPVCLFEGFMDFLSFLSMKEKI
                     GSHCLVMNSVANVGRCIRYLRERRITSLRAFLDNDEAGRRTLGTFIEAGFLVEDMSVH
                     YRGCKDLNEFYVNRIRRLREQREQAPITTQPTHTIKLKRR"
     CDS             complement(9369..10700)
                     /locus_tag="SEQF2634_01616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDNAACLDAGDAHHTFASENPSKSTMKKQADRSKINASKTPDN
                     GGRSSKNGEIEAYLARHYTFRYNTVWGRAEYRGRGEERFVKVGRYEINTLRRKLDSXA
                     GIMTSPDNLYSIIESXFSPRINFIQAYFKALPIAALDVPNAHAIHELADCVVVRNSEK
                     WLLHLTKWLMAVVANAMDDHACRNHICLVLTGEQGRFKTTFLDLLCPPKLHDYSYTGK
                     IYPQEKDTLTYVGQNLIINIDDQLKALNKRDENELKNLITCPMVKYRMPYDKHVEEHS
                     HMASFVASVNGNDFLTDPTGSRRFLPSEVLSIDINRARAVSMDAVYAEAKSLLQSGHR
                     YWFNDEEIAELYRESEAFQVQTAEMELLLRCFELPTTDSDCSYLTTTEILTYLGAYTR
                     QPLTAKRMGEALKKAGYIKVSRRRNGGSPLYVYKIRKILPCPLLQICSSNM"
ORIGIN      
        1 tgacccagag tatgacttgt acttccaaaa acgcgaaacg cagttgatgc ttgaaacgct
       61 gaaagggagg aagtctctcc tatgtttatg gaacaaacag ggacggacat gtccgctttg
      121 tggcaagccc atcgaccgaa caaaagcatg gaacgtcaat gaaaaagtga ttgacgggaa
      181 aattgttcgc gaacttgtac acaatacctg ttatttgaga agtaaacgca aaagttgcaa
      241 gtatgagccg atttctatgt acaaatagaa gttatgagtt gcttgagccg tatgaggggg
      301 aaactctcac gtacggttct taggggagaa aggggcagca atgtccccac cttacccgat
      361 aaacttgcct tagccattgt ctctcagcag aaagacaagc tatctcttag aaagaggctc
      421 ttcaaggcag ctctcaatat cgactacctc aaaaagctac tcaaaatttg atgcggttgc
      481 cctgccctat agccaaagac acctccaccc agaaccgaca gcccgtcaat cacccccgaa
      541 acagactgag ccatgcactt cctcctgcca ttatttagcc taaagccatc cacaaggaga
      601 aaaaagcacc ttgttctgaa tagaactaat aagccataga aatcctatcc aataatttag
      661 aacacaacgc ataagcacgc aaaaggagaa accaatgatc catgacaact caaaaaagat
      721 cgactttttt catggcattt tttggaggtt tcgaaaacgc ccttatcttt gcaccgtctt
      781 caagagagaa cgacagcaaa atcaaataaa aaagggcgct tagctcagtt ggttcagagc
      841 gtctgcctta caagcagagg gtcgggggtt cgaatccctc agcgcccacc tattaaaaca
      901 ggagaaagca aaatcgcttt ctcctgtttt tgtttattcg ctaagcaacg aaacagcttc
      961 tcaatctcat ccccaagttg tttctgcttc ttctcaagcg gaagaaagat cagctctcag
     1021 tcaaaggaag acaacggagt gctatctata atattcccta cctcatgcag ctatgtggtt
     1081 tttgatacgg ttgccctagc aaccctaatc ttatatgtct taggctttcc gaaaaagatc
     1141 tacttttgtg gcccaatctt acttacctac ttatcacgcg attaagagat gggatttttt
     1201 gatttcttca gcaaagagaa aaaggagaca ttagacaaag gtctatcgaa gacgaaagag
     1261 aacgtcttct ctaagatcac caaagccatt gtgggaaaaa gcaaggtcga cgacgccgtg
     1321 ctagatgaac tggaggaggt tttgatctct tctgacgtgg gcgtggatac gaccctgaag
     1381 atcattgaac ggatcgagaa acgcgccgcg aaagacaaat atgtttcgac cgcagaactg
     1441 accaagatct tacgtgaaga aatcgccacc ctacttacgg aaaataagac cgaggatgcg
     1501 gataacttcc gtacaccaga gggaaaaagg ccctacgtga tcatggtggt tggtgtcaat
     1561 ggagtaggta agacgacgac tatcggtaag ttggcctatc aattcaagaa gcatggctat
     1621 tctgtattgt taggagcagc cgatacgttt cgcgcggcgg ctgtagagca gatcgttatt
     1681 tggggcgaac gtgtgggtgt gccggtagtc aagcaaaaga tgggttccga tccggcttca
     1741 gtggcatttg atacgctcaa ttcggcacaa gcgaccggag cggatgtggt gatcatcgat
     1801 acggcagggc gtctacataa caagatcaac ctgatgaatg agctgacgaa aatcaagaac
     1861 gtgatgaaga aggtcgttcc ggacgctccg cacgaggtgc tgctcgtact cgacggatcg
     1921 acgggacaga acgcttttga gcaagctaag cagtttaccg ccgcaacgga agtcaatgcg
     1981 ctggccatta cgaagctcga cgggacggcc aaaggcggtg tagtcatcag tatttccgac
     2041 catttccgga tccctgtcaa atacattggc ttgggcgaag gcatggagga cttgcaggta
     2101 ttcaatagaa aagcattcgt ggattcgctg ttcggggacg atgagaaaag ataaggtcga
     2161 catcatcacg ctcggttgct cgaaaaatct ggtcgattcg gagcggttga tgcgccaact
     2221 tcaactgaac ggatataccg tcacccacga cgcgaagaag atcaacggcg agattgtcgt
     2281 tgtcaacacg tgcgcattca ttggtgatgc acaagaagaa tctatcaacc tgatcctcga
     2341 attgggcgag gagaagaaac gcggaagcat cggaaagctg tatgtgatgg gatgcctctc
     2401 ggagcgtttc ttagaggaac tccagcagga gctcccgttc gtagatcgtt tctacgggaa
     2461 attcaactgg aaagaattgc tgaacgattt aggcaaggcc tacctgagcg aattttcgga
     2521 agatcgcgtt gtgacgactc ccggacatta cgcgtaccta aaaatcgctg aggggtgcga
     2581 ccgtaaatgt tcctactgct cgataccgat cattacgggg cgttaccgct cgcgtccgat
     2641 ggaggagatc gtgaaggagg ctcgactgtt gaccgaaaaa gggatcagcg agtttcaact
     2701 catcgcgcaa gacctgacct actacggaca agacctttac cacaaagccg tactgcccga
     2761 gctagtcgag cgactgtcgg acgtgccggg cgtggagtgg ctgaggctac attacggcta
     2821 tccgtcgcat ttcccacacg aattgctgtg tgtgatgcgc gagcgtgaga acgtctgcaa
     2881 atacctcgac atcgccctcc aacacatcag taaccctgtg ctggagcgta tgcgacggca
     2941 tattacgaaa gaagagacct acgaactcat cgcccggatt cgagaagaag tgcccggcat
     3001 tcacctgcgt accacgctga tggtgggcta tcccggagag acggacgacg atttcgaaca
     3061 attgatgcag ttcgcacgag acatgcgttt cgagcgaatg ggcgccttcg cctacagtca
     3121 cgaggtgggg acgcattcct ataaaaatga acaagacaat gtgccggacg aagtgaagca
     3181 gcagcggctg aacgcgctga tggatcttca ggaggccatt tcggctgagg tgcaagagga
     3241 aaaggtgggc aaaacgctgc gcgtgatgct ggaccgcgag gaggattact acatcggccg
     3301 gaccgagttc gactcacccg aagtagaccc cgaggtgctc gtgcacaagg atgctgacat
     3361 ggagctcggc aaaatttact ccgtacagat tgaagccgct gaaccgttcg aactatacgg
     3421 ccggaaggtt gtttaatcca tcggcgaact actgagattt atattccgaa taatcagaaa
     3481 caaagagata tatccatcat atgagagata cagaattgat agccgaactg gccgcgcgcc
     3541 tcgaccggga gatccccgag gtggagagca tgctggacgc gttcgggcaa atcgtggccg
     3601 ataggctcgc agataacgac atcgttgcac tcgagggatg ggggcaattt gaactcaaaa
     3661 agaaggcgga acgctactcg gccgacgccg aaagcggcaa acgttacctg ctgcccccga
     3721 aattgatccc cgtcttcaga ccttcctccc gactcagaac gtacatcaaa aacttagatc
     3781 aggcatgaat gagaaaatca ccacagaccg catcattgaa ttgatgatgg cccaaacggg
     3841 tcgcgaccgc acagcggtgc agaccttcgt cggagagttg accgcgctgg tgaacgacag
     3901 tcttatcaag gacggatcga cacgaatcaa gggcatcgga aagtttcgga tcgtgcccgt
     3961 cagagagcgc gaaagtgtga cgccagaggg cgagcgcatc gttattccgg cccaccactg
     4021 gctgtcgtac ctgcccgata aatcgctgaa agaccgcatc aataaaccct ttgccatctt
     4081 cgaagcggtc gaggcgagcg aaagcgatgc gccgattggg acgcccgaag accctgagcg
     4141 tgagtatgtg gacgacgaag aggcgcccgc ggacgaggct cccctctcca ccccctcttt
     4201 catctccacg ccggaaaatg aaccgaccga cagcgagccg gaaccgacgg agcccacgcc
     4261 tgcaccgccc gccccaacag cggagactga cgatgacgag gaggacgagg gggacgacga
     4321 cgtggagccc gtcaccctga ttggaagcac atggaacaac gaaaaatctc aaacgatgaa
     4381 cagtgagatc aaaaaggaaa tcgccgaggg ctggtcggag gggcgctcgg tgggcagtaa
     4441 acccatgact gtgggcgaaa tggctgcagc acacctcaaa gcatcgcaaa tcatcacgcc
     4501 cgaagtgacc gccgaaaagg tcgacacgaa ggcgccggga cccgtccaga aggatgaacc
     4561 gaaagccccc ctggcaacgg gccgaaccga cacaccgaca ccaaacgccg gacgcacaaa
     4621 cgagcagagg ccaccgcgga aaaagcccgt gacggtgatc ccgcccattg cgccaccccc
     4681 gcccgtggag cctactccgc agccgaaaag gagcgaaaag cgctcctcgt caaacttccc
     4741 gctgtacgtc gtgctcagca tcctgctgct gctcctcctc ggcggactct tctaccacta
     4801 cttctactac ctcccctcgt ccgaaacgcg cgccatgggt cgcacggacg gtgacaaggt
     4861 ggtgacgggc gacacgttcg tcatgcctgg cgaagagact aaggacaaag acgcccccga
     4921 ggccggtcgt ggcgacaagc agcagacctc catagccgac gaacagaagc tcgatccggc
     4981 tacagccgcc gacaaggcgc gtcgggctgc tgccgagaaa gaggctaagg agaaggctaa
     5041 ggccgaagaa gaggctaagg agaaggctaa ggccgaagaa gaggccaaag ccaaagagga
     5101 cgctaaggcc aaagagaaga aagagaaacc ggccgcaccc aaacgcaaag tggtggccac
     5161 cgttcggtta gagccagggc aattcctgac caagctggcc gagaaatact acggcaacaa
     5221 ggtcttctgg gtctacatct acgaattcaa caaatcgaaa atcgccgacc cgaatcatat
     5281 ccccaccaac atggagatca agattccggc caaggagctc tacggtatcg acgccgacaa
     5341 cagcgcctcc gtagaaaagg ccaaggccat tcaggctcgc ctaaacgccc agaagtaatc
     5401 cgcacaagtt ctggttttcc actgggggag ggggagagag gacgcgtcgc tcagagcgat
     5461 gtgccctctc tctttttttg ccataatcca tggcgcgatt cggaagacct tccgaggtgt
     5521 ttccggacgt ggtgaaatac ccttcggagg tggtcataat cacgttccga acgtcattaa
     5581 atatggttca ggacgtgatg aaataccccg ccgaaccata ttaaataccc ttcgggacca
     5641 tattaaatac ccttcagaac ggtattaaat acccctcagg acgtcattaa atacccctcg
     5701 gaacgtggtt aaataacgtc cggaacgtag ttgtgaccac ctcggaactg tattaaacta
     5761 cgttcggaac gtcattaaat acccttcgga accgtattgt aatacgttct gaggtggttg
     5821 gaataggttc cgaacgtatt agaataggtt ccgaggtggt tagaatacgt tggtgaggtg
     5881 gtcggaatac gttccgaacg tattagaata ggttccgagg tggttggaac acgttggtga
     5941 ggtggtcgga atacgtccgg aacgtattgt aataggttcc ggagaaaatt atcagcaaat
     6001 atcctcctaa aaaagaagaa gttagtcggt cgtagacatt ggataggtaa cgaagtagaa
     6061 acgagcgagg tgcttggagt tgcggaaatc tgcacaaaca aagggcgctt gtcatttgag
     6121 gctgcaatgt tactatgact atttaaaaga caggcgtttt tgatgcgatt ctctcgattt
     6181 tgcttttcgg cttgggagtg cgtgaaggcg gaatggacga gaaccaaggc tcatattccc
     6241 ctccctcgct tcttcttcgc ggcttggttt cttaagcgcc gttgccatgc gatctcggcg
     6301 tagtctgcgc cgtgtgtctg tagagctgtg acctctccag tctccgaaag aacgcttcct
     6361 gcagtgtcta aagctacgtc cacagtggcg cctgcgactt gtgcgataag agaactgtct
     6421 ttcgtagatc tcgtggagga atgggcgaag gggatgatgg gcttctgcgc attgccgatt
     6481 tcgaactgtt tcggcagggt gcgaaaacca aactcacgac cgatctcgga ggccttgaaa
     6541 ctgtgctcgc cgtaggtaaa cttcagcccg tagacttttc cctgcttgtt cttcatgcgc
     6601 tcgatcgtga cgccgctttg gttgagttcg tagaggaaca tggagtgacc cgacaagcct
     6661 tttcctttgt gcttctcgag caaggcgtag cagatgttcc gaacctgctg ctttatccgc
     6721 tctcttgcgg gatcggcttg ggctttccga tgtggtcgcg cggaacggac atcgttggcg
     6781 atggttagct cgtacttgtg actgagttct tcggccactc tcgcggctcg gttactgacg
     6841 aaggtggtgt cgtagacctg cccaccgagg ctgattcgat tggcaatgat gtggatatgc
     6901 agattgtcgg tgtccttatg cgtgacggcc acccactggt gatcgtccag tcccatctgt
     6961 ttggcaaaga gcaaggcgag gcggttcaga gtcttgaacg tcatcagtgg ctcgtctttc
     7021 ggggcgatgc cgatctcgat gcgcaggaac ttgtttttgc aacggctgtt gtagtcgctg
     7081 atcagcttca tctcctcgtg aatctccttc ggcgtttcac cgcacagatt atggagggcg
     7141 agaagccggc cgagctttcc ctcgcgaaaa atgtactcca gcgcgttact tccatgtgcg
     7201 atggccttac actttgcgat catggtcttc gatatttaag cgcttaaaca cctcctcatt
     7261 gacccggtag cgagggttga agaaccgctt aaaagcgatc ttggcatagg tagcaagtac
     7321 cttcgtcgtg tctacccaag aggcgtcctt gaccttaatc agattagaga tgtgcgcgta
     7381 gaatagtgcc gtctgacgga ggatggcgag ggcctccttc tcgttgtcgc ccatcggagg
     7441 gacggcgatg acagatccac ccagcaacat ctcacggcag tagtcggaat acttccgccc
     7501 tgcgttcgca gccctcgaac ggatccgctc cttctcctca gctgtgcatc ggancttgat
     7561 aaaggcgatt ttgttcgtct tcttgtcttc cgttttggag tgtcttttca tgtgtgttgt
     7621 ctcttttcgt gatacttatt ctatggttta gaccgatgag aacggatgtg actacggccc
     7681 tctccaccga ccgacagggg tgggggagca agcgcagttt gtgggaacaa actgacgtct
     7741 tgcattaccg tcgtcacgct ccgttacata cccggaatgt ttcttacaat cagtgcatgc
     7801 cgtgcattca ggcggttact gcttgcttga tgtgcatatc gttcgtaagc tctttgatgg
     7861 atctgcgtac tcggattaca gctttcgcca ctcctcaatc tcctcggcgt agtcctccaa
     7921 atgggcgcgc acgatgtgct ccacaaagct cgagaggttg gcgctccgat cgcccaaacg
     7981 acgggcaacg aagtcggccc gctcctgtgt caccctactc aaatagacag cccgacgatc
     8041 tgtcagcttg gcagggacaa ggaaggtctg cttgtaagcc tccagcgtcc ctcgcctcat
     8101 tttggcgctg atgcgttttg gtgtgggtgc actctctgca tgcagggatt gcccggatgg
     8161 ctctgctttc tgtggatgcg tttctcccgg atagacatcg agaaacgtac gacccgcttt
     8221 gttggtgtct ttctctttca tggttgctat ctccttttca gtttgattgt gtgggttggt
     8281 tgggttgtga ttggtgcttg ttctcgttgc tctcgtaggc gacggatgcg gttgacataa
     8341 aactcattga gatccttaca tcctcggtaa tgcacagaca tatcttccac cagaaaccca
     8401 gcttcgatga acgtgcccaa ggttcgcctt ccggcctcat cgttatcgag aaaggcgcgg
     8461 agggaagtga tgcgccgctc gcgcaggtaa cggatgcacc gcccgacgtt cgccacggag
     8521 ttcatcacga gacaatggct gccgatcttt tctttcattg aaaggaagga gaggaagtcc
     8581 atgaagcctt cgaagaggca gactggctgc cgcccgtcgg gaaagattgg tgtgatgtcc
     8641 ttcggcgcca gcgttccttt gaataaccca gcgcccctga gctcgtagcc gcccgagaca
     8701 ttggcaaagc cgatgacttc gtactcccgt ctcctcactt tgtagcggac gcatctgagg
     8761 aaaggttgtg tccgaccgag gtcgatgcac cgctcttttg tcaggtagtc ttgtaaatgt
     8821 ggcggaaggt catccgatat gccgatcaat tttcttcctc cgtctgttct ctcgggggta
     8881 tgaaggtggg gttccgtccg cgagtaatcg ctcgtcgtgc gaccgaaaat catctgcccc
     8941 aaacggcgga tggcttccgg taggctgcac ccctcgagtc gcatatagag gtcgatgatg
     9001 cttcctccgc agccttcggc atagtcgatc cacagattct tttcggtgtc caccttgaag
     9061 ctggggtggc gttcatcccg caatggtgaa cggtacattg cataggccgc caactttcgg
     9121 ataggcgtga tgcctttact ttccaagtac gccgtgatgg ggtaccgcct gatggtcgat
     9181 aggtttcctt ctttcatggt gatcaaacat tgagatgggt gatgaaatgg cgtagtgttt
     9241 tattggaatg caagtgattt aagatcaaac gcccgtactt tttggcttct tcttactaca
     9301 aactacaatc gccataatcg attgttttcc aatagcattc atacaaatag aagtcactac
     9361 gcggctgact acatgttact actacagatt tgaaggaggg gacaggggag gatctttcgt
     9421 attttgtaga catacagtgg actgccgccg tttcgccgtc ggctgacctt gatgtatccg
     9481 gcctttttca gcgcctcgcc catacgtttg gccgtgagcg gctggcgcgt gtaggcgccg
     9541 aggtaagtca agatttcagt cgtcgttagg taagagcaat cgctgtcggt ggttggtagc
     9601 tcgaagcatc gcagcaagag ctccatctct gcggtctgca cttggaacgc ctcactttcg
     9661 cggtataact ccgcgatctc ctcgtcgttg aaccaatacc gatggcccga ttgcaatagc
     9721 gatttggcct ccgcataaac ggcgtccatc gagacggccc ttgcccggtt gatgtcgatg
     9781 gaaagcacct cggagggcag gaaacgcctg ctgccggtgg ggtcggtgag gaagtcgttg
     9841 ccattcaccg aggccacgaa gctcgccatg tgggagtgct cctccacgtg cttgtcgtag
     9901 ggcatgcggt acttgaccat cggacaggtg atcaggttct tcagttcatt ctcgtcccgc
     9961 ttgttgagcg ccttgagctg gtcgtcgatg ttgataatga ggttctgccc gacgtaggtc
    10021 agcgtgtctt tttcctgtgg atagatcttg ccggtatagc tgtaatcgtg cagcttaggc
    10081 ggacaaagca ggtcgagaaa cgtcgtcttg aatcgcccct gttcgccggt taagactagg
    10141 cagatgtggt tgcgacacgc gtggtcgtcc atcgcattgg cgactacggc cataagccat
    10201 tttgtcaggt gcagcagcca tttctctgag ttacgaacga cgacgcagtc ggccaattca
    10261 tggatggcgt gtgcgtttgg gacatctagc gcagcgatgg gcaaggcttt gaaatacgcc
    10321 tgtatgaaat tgatgcgcgg agaaaanctg ctttcgataa tcgagtagag gttgtccggg
    10381 gaggtcatga tcccggcntc gctgtcgagt ttgcggcgca gcgtgttgat ctcatagcga
    10441 ccgaccttca cgaatcgctc ctccccgcgg ccgcgatatt ccgcccgtcc ccaaacggta
    10501 ttgtatcgga acgtgtaatg ccgggcgagg taggcctcga tctccccgtt ctttgatgaa
    10561 cgtccgccgt tgtccggtgt tttactggcg tttatcttgc ttctatctgc ctgttttttc
    10621 atggtcgatt tggatgggtt ctcggaggcg aaagtgtgat gagcatcccc ggcatccaag
    10681 catgcagcgt tgtccggcat aatgttgcgc ccgtttgctg ctgatttctt cggggagtag
    10741 ggcttacaag aaagcgattt gttcttccga taagacaaaa tggccgtgaa aggaaaggaa
    10801 gccggggaca attcgcaggc tgctatctgc tttccgttgc ggctgttttc cgaataagcg
    10861 aaagcagccc cttgctgcgc cggttgtatc cctgctgttc catttgcatc cctcctgttc
    10921 ccgattgcgt tgacagcgtt ttgcgtgca
//
LOCUS       SEQF2634|AYYE01001169.1 1344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             47..268
                     /locus_tag="SEQF2634_01617"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLETLKGRKSLLCLWNKQGRTCPLCGKPIDRTKAWNVNEKVIDG
                     KIVRELVHNTCYLRSKRKSCKYEPISMYK"
     misc_RNA        283..360
                     /locus_tag="SEQF2634_01618"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             292..471
                     /locus_tag="SEQF2634_01619"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGKLSRTVLRGERGSNVPTLPDKLALAIVSQQKDKLSLRKRFF
                     KAALNIDYLKKLLKI"
     CDS             complement(569..874)
                     /locus_tag="SEQF2634_01620"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENNKKSCAPTDSRPSNWGSXDWLRCEQYVQKLQARIVKAQKE
                     GRHNKVKALQWLLTHSFYAKALAVKRVTSNKGKXTXGVDKTLWXXPXXXXXSNKXTP"
ORIGIN      
        1 tgacccagag tatgacttgt acttccaaaa acgcgaaacg cagttgatgc ttgaaacgct
       61 gaaagggagg aagtctctcc tatgtttatg gaacaaacag ggacggacat gtccgctttg
      121 tggcaagccc atcgaccgaa caaaagcatg gaacgtcaat gaaaaagtga ttgacgggaa
      181 aattgttcgc gaacttgtac acaatacctg ttatttgaga agtaaacgca aaagttgcaa
      241 gtatgagccg atttctatgt acaaatagaa gttatgagtt gcttgagccg tatgaggggg
      301 aaactctcac gtacggttct taggggagaa aggggcagca atgtccccac cttacccgat
      361 aaacttgcct tagccattgt ctctcagcag aaagacaagc tatctcttag aaagaggttc
      421 ttcaaggcag ctctcaatat cgactacctc aaaaagctac tcaaaatttg atgcggttgc
      481 cctgcgttgg aatgcccaac ggcctctgag tttaccgttg cttttcttga tgcaaacccg
      541 tctcagcggc tgtggtttat agccgcgtct acggagttcn cttattgctt tnganttncn
      601 gctnggggna ntcccaaagg gtcttgtcaa cccccnaggt nttctttccc ttgttggaag
      661 taactcgctt tacngccaaa gccttggcat aaaaggagtg agtaagcagc cactgcaagg
      721 ctttcacctt gttatgcctg ccttctttct gagcctttac aatacgcgct tgtagctttt
      781 ggacatactg ctcgcacctg agccagtcna tactgcccca attgcttggc ctgctgtcag
      841 taggcgcaca cgatttcttg ttgttctcgt tcatttgcaa ttctactttg aaaagttctg
      901 aaagctctct tgtaaagagt tacctcanac ngaagtctgc ccgctttcgc gtcggatgat
      961 gtcgtctctg ccacacgtag ccgaggctca atccgtatcc actccattac agagnggcat
     1021 tcgctttttc cgtnatctta tacctgcacc ccatttcggt tcgccttacg gttcacttac
     1081 ctgtccaaag caggagagat acaggcttgn cacgttccac atagataact gtacgagtag
     1141 ggtaggttct gtcantccac cggcagtgct tatgtccgtg taaccccaac atgggcaagg
     1201 gttatccgac tgcttaccat tttggtgaga gcccagcatc tttggctcct tcaaacctca
     1261 cgatggctat aaacagttcg catgtgctaa ccatactact cagccaagcc actcggcggc
     1321 acgatactaa ccgcccttga cttc
//
LOCUS       SEQF2634|AYYE01001170.1 3529 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             509..730
                     /locus_tag="SEQF2634_01621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLETLKGRKSLLYLWNKQGRTCPLCGKPIDRTKAWNVNEKVIDG
                     KIVRELVHNTCYLRSKRKSCKYEPISMYK"
     CDS             705..932
                     /locus_tag="SEQF2634_01622"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRFLCTNRSYELLEPYEGKLSRTVLRGERGSNVPALPDKLALA
                     IVSQQKDKLSLRKRFFKAALNIDYLKKLLKI"
     misc_RNA        745..821
                     /locus_tag="SEQF2634_01623"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             1024..1194
                     /locus_tag="SEQF2634_01624"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGHFEISVAFGDSAGEEVDPVFQNSPAGNIRQEDIDEWNTPPS
                     TLSDAEIDAICK"
     CDS             1639..2259
                     /locus_tag="SEQF2634_01625"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAATHRILHFSFIYRKEHIEDYLVGIAYLKGQGIQVNGVISDG
                     LSGLKKALAPIPYQYCQFHQVQRIRQLLTNHPKHPASIALKEICLQVTHSDKEQFTEM
                     LSQWHKQWKAYLEEKTYSENGVSFIYTHRRLRAAYFGLTRHLDVLYTYQSFPELGLPN
                     TNNALESLNASLKTKLRLHRGISRERKQRLIQSIIMSYDPCSIKGS"
     CDS             2288..2824
                     /locus_tag="SEQF2634_01626"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLTVCYCAPTGTYLTLKPKFLDETGLAHLYEKIKGLIKWQNIS
                     GIPSWISSTKPTYTASEVGALPDTTSIPSKVSDLTNDSGFQTQAQVAALIDTKTTGLF
                     SYKGNVANKASLPSSGRVRWATCGTLPTRARTTLGAVRTGMTSAAASPSKPSLMVRST
                     PFAHKRQRIYNNSTSWLI"
     CDS             2812..2949
                     /locus_tag="SEQF2634_01627"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYLNNTGLAQVWFKVCARIDSKVEGAKGKSLYQSWLDTGHTGQ
                     G"
     CDS             complement(2963..3157)
                     /locus_tag="SEQF2634_01628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKIGKSI
                     PRVQMFLAKLNPLQLFELGL"
     CDS             complement(3236..3529)
                     /locus_tag="SEQF2634_01629"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAGGDYVLQVKGNQPTLLQELEDSFPNISKGXTVNKEXGLEHG
                     RIXHRXMKSVVLSPEMLDDSYAFKDWAGIKSIHQITRKRYDKHQGKETTEMSY"
ORIGIN      
        1 acatccagga cggcttcgat ttcctcggat tcaacatccg taagttccac aagaggttgt
       61 acacgtcacc gtcaaagaga gcacaaaaac gctttagggc gaagataagt gagntcgtga
      121 gacggcatcg gatgtgcaag caagagtcgc tgataagaat gctcaaccca atcgtcacgg
      181 gatggggcaa ttattatcgc tatggtgcat caaccgaagc tttccacaac ngtgacaatc
      241 acattnttaa tgttacgagg aaatgggcct tgcgccgaca cccaaagaag aaaaggactt
      301 gggtcaacga cagatattgg cacaatctcc gtggcagnaa atggactttc gctgtagtnt
      361 ataaaggaaa gaaaggtcat gaggactatc tcgccctcaa acgacttgcc gatgttcact
      421 acccgcggag tacaagcaaa tcaagggnga cgcaaatccg tttgacccag agtatgactt
      481 gtacttccaa aaacgcgaaa cgcagttgat gcttgaaacg ctgaaaggga ggaagtctct
      541 cctatattta tggaacaaac agggacggac atgtccgctt tgtggcaagc ccatcgacag
      601 aacaaaagca tggaacgtca atgaaaaagt gattgacgga aagattgttc gcgaacttgt
      661 acacaatacc tgttacttga gaagtaaacg caaaagttgt aagtatgagc cgatttctat
      721 gtacaaatag aagttatgag ttgcttgagc cgtatgaggg gaaactctca cgtacggttc
      781 ttaggggaga aaggggcagc aatgtccccg ccttacccga taaacttgcc ttagccattg
      841 tctctcagca gaaagacaag ctatctctta gaaagaggtt cttcaaggca gctctcaata
      901 tcgactacct caaaaagcta ctcaaaattt gatgcggttg ccctgtggat cgccttcgat
      961 ccctacgcct tcgtcatcgt tcgtaccccc gcaccctcca tctacgaggc tacgcgctac
     1021 ggcatgacgg gccatttcga gatcagtgtg gccttcggcg acagcgctgg tgaagaggtc
     1081 gaccccgtct tccagaactc tcccgccggc aacattcggc aagaggacat cgacgagtgg
     1141 aacacaccgc ccagcaccct ctctgacgcc gagatcgacg cgatatgtaa gtaacaacaa
     1201 accattaaca attcaacaac attctggctt aagggtcaaa tatgttcctg cggggtgcaa
     1261 taacacactg tgagtcatgt atatgtggta tcttatagta ttatgagaga acaaactcga
     1321 aaaaaaagtg ccctcgttgc gggtcgaaag aggtgattcg caagggcaca cgcaatggtg
     1381 catcttattg gctctgccat agctgtagac actacttcag tggtcgttcg cgagtggacc
     1441 cctcagcggt ttatcggtac tatactgaag gcacgtatac catcgcacag atcgcagaac
     1501 gattaggaat atcctgttct acagtaaagc gtaggatgaa aggtttccct ctccggtcta
     1561 tctctataac acctcggact gtggcactac aaatggatac aacatactgg gggtagaaac
     1621 tttggcgtag tacttttcat ggatgcagcc acccatcgca ttctccattt cagcttcatt
     1681 tatcgaaagg aacatattga ggattacctc gtggggatag cctacctcaa aggacagggg
     1741 atccaagtga acggggttat ttctgatgga ctatctggac tgaaaaaagc cttagcgcca
     1801 atcccttacc aatactgtca gttccatcaa gtgcagcgca tcagacagct gctcaccaat
     1861 catccaaaac atcctgcttc tatcgctttg aaggagattt gcctgcaggt cacacattct
     1921 gataaagagc agttcacaga gatgctatcg caatggcata agcagtggaa ggcatacttg
     1981 gaggagaaaa catactcgga aaatggggtg tctttcattt atacccatcg gcgtttaaga
     2041 gctgcttatt tcggcttgac cagacactta gatgtcctct atacctacca aagttttccg
     2101 gaattgggcc taccaaatac caataatgca ctggaatcgc tcaacgcttc gctgaagacg
     2161 aaattacgtt tacatcgtgg aatctcccgg gagagaaagc aaagacttat tcagagtatt
     2221 ataatgtcct acgatccctg ttctataaag ggaagttgaa ccatcatagg aacatatctg
     2281 acccttaatg agactcacag tgtgttattg cgcccccaca ggaacatatt tgacccttaa
     2341 gccaaaattc ttagatgaaa cagggttggc ccacctgtac gaaaagatca aagggctgat
     2401 caagtggcag aacatctctg gcatcccctc gtggatctcg tccacaaaac cgacctacac
     2461 cgccagcgag gtgggcgcac tgccggacac gacgtcgatc cccagcaagg tgtccgacct
     2521 gaccaacgat tcgggcttcc agacccaagc gcaggtcgcg gcgctgatcg atacgaagac
     2581 cacgggtctc ttctcttaca aggggaacgt ggccaacaag gcctcgctgc ccagctcggg
     2641 cagggtaagg tgggcgacgt gtggaacact tccgacacgg gcaagaacta cgcttggagc
     2701 ggtacggact gggatgacct cggcggcagc ttcaccgtcg aagccctcac taatggtgag
     2761 atcgacacca tttgctcata aacgacaaag gatctataac aattcaacat catggcttat
     2821 ttgaataaca cgggactggc ccaagtatgg ttcaaggtct gtgccagaat cgactcgaag
     2881 gtcgagggcg caaaaggtaa atctctctac caaagctggc tcgacaccgg acacaccggt
     2941 cagggctgac gcataatccg aactatagcc ccagttcgaa gagttgcaga ggattaagct
     3001 tggctaagaa catctgcact cgtggaatcg acttgccgat ctttgctttt agacgctgta
     3061 ggatgaaaag atcgattttg gccatgagct ccatgtttat ggccgcctcc cccgcacgct
     3121 tgctccaacc atcctctcca aggtaaacat cgagcatgca gtgaagctga ttctctattt
     3181 tccagtggtc gcggatggtg cggaaaatac gcttgctgtc ctctatagag ctgatttaat
     3241 aggacatctc tgtagtctct tttccctggt gcttgtcgta acgtttgcgc gtgatctgat
     3301 gaatactctt gatcccggcc caatctttaa aggcgtagga atcatcgagc atttccgggc
     3361 tcaagactac gcttttcatc ngcctatgnt caatgcgccc gtgctccaaa ccntcctctt
     3421 tgttcaccgt gnaacctttn gatatgtttg ggaaactgtc ctccagttct tgtagcaggg
     3481 tcggttgatt gcctttgacc tgaagcacgt aatcgcctcc ggcctccaa
//
LOCUS       SEQF2634|AYYE01001171.131383 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..31383
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(887..1285)
                     /locus_tag="SEQF2634_01630"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIDFSRIKLEVEPGRFEVLDQRRAFGNAIYVPSLAPVTRLSH
                     RERHEARRRLMVARFYYWTELRRRRFDDVMQILSESEFFVDERTVTNVLRALRRYLSE
                     LCARGETAADLRRAYPSWNWEVAPAKNRRF"
     CDS             complement(1309..4500)
                     /locus_tag="SEQF2634_01631"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIYDKKDALILDVEPDDNSYAEDRILQTKLLTLYYSLPEYVEI
                     PEGAYTDFRGTRYRLESAQKFICHGDRNFEYTVTMEGPEAALRKYKVRDTTIQNLLKF
                     AYTAKPRAHLELIVKALNRRDSGWTVGGCIEATEKTLSYSHTSCADALQMLADEFKTE
                     WEIRGKAIYLRRVEYNKANPLRLRYGRDCGLKPGVSRDNFGAKKPCEILLVQGGRKNI
                     DASTYGSVELLLPKSQTIAFDGTKFADEAGFNAATARSYKTDATGTEITRADRPLLTF
                     VEDSIDLSQIYPKRVGTVSSVEMIAGKDGHVNYDIIDSSIPEALDYNKALIKGQTMKV
                     IFQSGNLTGAGAPAGEYGRVPGQTSQGPAGPPGGTVYIPKVGDTYAVFGCSLPDAYVC
                     DNATRTGASWEMFREAVRVKYENEVERYTFSAELDELYADRHWIEIGSRIVKGGFVLL
                     ESDKYAPTDGLLIRITGVRTPVNTPRRPQFELSNVASPGSVSGQLGKIDRNEVTTEEG
                     FRQLRHETARTYEHAKEAQDMLEKALDNFSAGINPIWVRTMSVLVGNEYQQFMFVDNR
                     TETQREIIPLFEMNNETKVFTAPASILKHMTMGINKTSSAHKATDYKYWDVAGYTSPF
                     LGGEKSAFYLVAKCAKGGTSGEFLLQEVYKYDPGDGASTDAGEVYPGTYRSGERSFAT
                     AYGYTEILPGQMRIRNIISPDGRTYFNVAEGVIGGNIRIESGSVGYSNLTDKPDLSIY
                     ETRSEFKVFADQIRGEVGRINVTAGGTKDQLAALQTWSQNQVNSLLNRQATSEDKIFR
                     LQTAGFITTAQGNALYASAQLANGDTIASYITQSPTAINMISKNINMDAVVSFGSYKD
                     GLKTTRDLADSAHTRLDAEERFTSNLQKQVNSGDIDLNRVKYGNRTIIDKGKIITSLL
                     DADLILSKAAKIGGFIIENNNISSSGTTWEYIKSSTGLNQQISISPTGGIRTSAIIEG
                     YKMNMELSGFGLTAEYNAITQSRTRMSGQGLKITSGEGQIELRVGRLDSDWHSYAQIR
                     MDLPHKNHTTQPIGGNDYHVVVWDSKTRLLCWQ"
     CDS             complement(5097..7730)
                     /locus_tag="SEQF2634_01632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADEKTIYVTFEFQGNLDKDVDGVTNSLDRLEIEASKVLKKMAE
                     GSNLVSRGFRVQADAINKLPGPLNTAASGVGSLSKAFGALKASGIVFLLDAIVVALRS
                     LVMWFNSSVEGQMEFARTSGYLSGVMGQLRESLIKLGETIYRALRDPIKAVNDVCGAI
                     LNSLSVRLLGLGEMFQALGKIISSGFTDGFNNLTEGWSKVYWGIDHVREGMRDYITSG
                     HEAAKKTAELGVAGEKLSRDRSEWRVEEAEKEAKAEKLREQMESAKGKRRIQLANEYK
                     AVVNEIYDERKRQLTEELRIQEGQNKLTTNSLEDIDKVNQLKASLIKLDTDREKELGA
                     IDKAARSGSGRGNKDAEKALREQQERLKLQKSYQREWENNQLEFAQKQIDLLNDSYYK
                     QRQQAELNKKKELAAIKQQEEDMLKAKREAYGKNATLSKEETTYFKNLVDLAEKSYKK
                     SAAEIDEAVNGAFKEGRLRFADELAVQLDDIENYYKERLRMAENNEKLIAELTVAKEK
                     EITLAKNSYTAEMLNYDIEITRKQMANAESFYRWEADRRKKQLEEERRVQKERIRLME
                     ERYKLAPTDKLAKEIALSREELEALNKELSRIPTQKLSEVLGAFGQMAAALGGLSGSV
                     GQAFAAIGSSLAAASEMLSRDMDTTRGKVGAISTAISGTATLINMITAAAEKRRAVEK
                     EFYKNSIAFAHEYALSLNEQLRLQSKSGAFVRNYAGEIKDSFKALNKAMDGYSDAIGK
                     LHEGQANVDLRNVVDGNNVAKGAATGALAGAAVGSMIVPGIGTAIGAVVGTIGGLLAG
                     IFSKKKDKVTDDLMKVFPGLVDEAGRLRTPANLTGYPCVGANCIRLHETPPVGPNKYV
                     RHPSLSGRLWGVCCCAPTRIP"
     CDS             complement(7786..7917)
                     /locus_tag="SEQF2634_01633"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKVPWSVVLAAINDQPKYGKKKPADEGEITSEAEAKKFFNLA"
     CDS             complement(7995..8489)
                     /locus_tag="SEQF2634_01634"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEETENKRAVEIDVADALLDTGLLVKVPAPRPLRMLGIKVFPMR
                     FRRPVYAQLLRICRMYVRMHVDLETLETGEAAAVLTSAAKNGVRASRLIALGLIRSGL
                     MSALFHRAVAAYLRRRMDAQTMAELAKVIVLLSGAGHFTTIIRSIAHLQVTTPNLSRG
                     TTGS"
     CDS             complement(8687..9343)
                     /locus_tag="SEQF2634_01635"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTLTFLFVPRLRALADLSPGRARAFFGELKTKSEKLKTKSPTG
                     RRGSRPRVVFHFSLFVFSSLLCLTSCRLLRMPYTEREMTQREVTETVRDTLVVIEPDS
                     ALIRAYLECQSGRVALSRLIAVPGTRIVPHVTLTDVLTDTGYRGALLDVHCHEDSLRR
                     VIALRDRTIRELTDRVRTEYVTVERPFRWHHRALMGGGYAFLALVLGMAAWLAIRFIR
                     "
     CDS             complement(9354..9836)
                     /locus_tag="SEQF2634_01636"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRNETTGRRYTFVAPDSLDGPDVVMVPFPAAALRRPTADGIIG
                     HDCNPCIVPVTANDPKAELRAFPQGIQPASMLIVENETDKPVTVSGIPCYPGDTVMMY
                     IGGADRYVRLGGSTPWVNPTETAPKPEESTAVEASEATKAEPSTEAKAPKADPTKTNK
                     "
     CDS             complement(10362..11342)
                     /locus_tag="SEQF2634_01637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKELEIKTVGQTKLDNAMHVTYHTAMHGILKSADQAKTGIPAE
                     IMTDYNGGITEETELNREAQADALTAELVKADTARDRAVQYFFAAVRAARLSPDEAVQ
                     KAAAALMPTVSVYSGAPTEAADRETALISGLVVDLKKAELTAHLTTLHLADLPAKLEA
                     LNKAFSDLATKRSDGRAATRLPLASKVRPRTDAAYERILFTLRSNYLFGATPIEKPAI
                     EALAARLNQRAAELDAAWKQSAAQKKRAPRKPSVPKEPKQPKEPKDPKDPKQPKDPKK
                     PGGGDPKQPEQPKDPKKPGTGPGEKPKQPDPKPNPQPGGDGNPDITLPEE"
     CDS             complement(11693..12043)
                     /locus_tag="SEQF2634_01638"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKTKVKATFEDLRSALSETLKRACPEANFTDTSTDTVAIPLRI
                     VVERYDVRFTGVVFTGITRYRIRVGNSEDKVIEGLCTRGNLFGMATAKSVTQKSFDDA
                     SRKLLDYLVTATSE"
     CDS             complement(12012..12209)
                     /locus_tag="SEQF2634_01639"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRITVITLLALLIVAAGGMCQKNVWIFKSKPSDIVVSGLFAGKT
                     VSLEIMDKRVIDGKNEGEGHV"
     CDS             12342..13232
                     /locus_tag="SEQF2634_01640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNAVTPKSSPTNGTGPEQALYFTRSFSEPLLVIWCGNIIARDC
                     CIARAGARARELAGRNKPLGNWDIINIRMVDIRRPDPKRDFAEGVSVWPEKNTEAMID
                     EVLAQVSAASVQKECFNNPVVEGTYFKEITWGAVPPLNKFPFLISYGDPAPSNRTTHR
                     KGVKALGSFMSNVLLGILDGRLYVITAFLDHVTNDEFVNWYYYQKDYVRDRTTIYNYI
                     ENNKLQDPFYDQVFKPLFLQKAIERKFIISIAPDERAKPDKFARIEGNLRSRSTLGGQ
                     PDFQHRRKRESPHAAARGTV"
     CDS             13207..13377
                     /locus_tag="SEQF2634_01641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRLEEQFKLFDDGLPAPADGPDAVEGGYFVAQRKVVAITPTAW
                     SIGTRPVNKKRY"
     CDS             complement(13387..13713)
                     /locus_tag="SEQF2634_01642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTGQNQTKEEQNQTKETEGNPSMCLTRVERREARRRLLAARFY
                     YWTEVRRRRFDDVMHILSEHEFFVDERSIMDVLRGVSHYLSDLHTRRETAAALRRAYP
                     SWNWEG"
     CDS             complement(14110..14874)
                     /gene="hhaIM"
                     /locus_tag="SEQF2634_01643"
                     /EC_number="2.1.1.37"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05102"
                     /codon_start=1
                     /transl_table=11
                     /product="Modification methylase HhaI"
                     /translation="MKEMAAGMIHIGLFDGIGGFGMAAAWCGIETVVSCEIGAFGSDV
                     LASLFPAAYHHKDIRTLTKTIIDERLIPRFGADYGRRTILTGGFPCQPFSSTGKRRGA
                     ADDRYLWPEMLRIIGDVRPRWVIGENVAGILSGWYNPLTSLRWKASPICSERVTCFKR
                     STDSSPFTGSAKTLKPLDIPSGRWLFRLVPSGHPTDATECGSSPPMPPRMVMIGGHTV
                     TLPPRLLPTPRASLEAAGLNVNNKASADAGEVWPGT"
     CDS             complement(14871..15257)
                     /locus_tag="SEQF2634_01644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIAVDFDGTIHDGQWPRIGEAMPGAREAINALRAEGHYIIIWT
                     CREGRQQTEMVNWLLEKGIGFDRINDHQPDQVVAYGSDARKVYAHCYVDDKNVGGMLP
                     WKDIAAWIRHRESAYRAAQEATDGKA"
     CDS             complement(15376..16008)
                     /locus_tag="SEQF2634_01645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAQERQEYEAFKLAKEKKAAEAKRKSDREAYTALVDETIAAVM
                     PGLTNISEAIAQKKTAAAEAFRGALEMKAELFGVKDDQQSHTFTNSEGTMRITIGHYM
                     LDNYRDTVNEGIAMVKTYIESQARDDASRALVKAILRLLSRDEAGNLKASRVLQLQKM
                     AEETGDERFIEGVRIIQESYQPTPSKDYIRAAVRDESGAWVAVPLSMTDV"
     CDS             complement(16030..16521)
                     /locus_tag="SEQF2634_01646"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKTIDNDHRKRQLLKRFHMLLNRARIDEDGKREILASYGVEHS
                     SEMDCAGLADVCSKLAVAMTPRASEADRWRKRVMAAVFGYCQAMDYEADVNRVKAIAC
                     RAAGATNFNRIPLDRLRSLYNAFMQRVKDIEKVGRMADTPQGGGGFLYVMFPDGRKEI
                     PTN"
     CDS             complement(16606..17241)
                     /locus_tag="SEQF2634_01647"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALTARNVLTTKFNTLGFDGVWRDAVGEPELTGSWIIYGDTK
                     NGKTTFAMMLSKYLTAFGRVAYNSVEEGNSRTIQMAVDRAGLLEAGARWMLLDRESKD
                     ELCERLRRQRSADIVFIDSVQFMDLKFSEYKDLKRRFPTKLFVYISHVDGRRPSTPTA
                     LRILRDANVAFRIEGFKAFPTSRYGGGRPVVIWDKGADEYWGPEVNGKTKS"
     CDS             complement(17336..18229)
                     /locus_tag="SEQF2634_01648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLTNEYKEKIRAALAARRANFDGSDARFAATLGIGSAQYSRIK
                     RGETVGVLADEKWISIARRLGVGLTDAPAWQTAETPVFKYITAQLEMCQQNGLSAMLC
                     DLTDIGKTYTARQYVKTHRNAVYVDCSQVKTRQKLLRGIAREFGVGSTGRLADVYNDL
                     VFYLKTLDRPLVILDEAGDLSYEAFLEIKALWNATEHCCGYYMMGADGLSEKIRRAID
                     NKKVGYAEIFGRFGKRYGKVVPTARKEAESFLQLTATMIIKANAGADTDVNRLLRRLM
                     GEDNTPSLRRINIELSKGTNN"
     CDS             complement(18514..20511)
                     /locus_tag="SEQF2634_01649"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDGVPALTVNDWCQSGLTYRQYCYDRRNGDVKILRRGVRGETV
                     IDARSIRRADRLRVIERVMGRVPREEHRALYTVDTDREAEAFFAAYEKADGGRLSEET
                     VRQLTAKASIFNALREGLARQTERRAASGSKLRKGAYWQTMLRWHTDECRRSAETYGV
                     AVPEYTNARSLERAFRAYMAEGYAALLPRNMGNDAARKVSRRAENLIVALWRTNDKPF
                     AARVHELYMEFAAGDTELFDRETGEVFRPEDYRYKGRPQAVSCSTIRRYLKNVVNETA
                     VYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAVLSRKSTRGWVAKYLCVDVVSG
                     YWFRPAYTVGTPTLDTVMEAFRNVFCELTELGLPMPAELEVEHHLMQNIDWLPEAFQF
                     VRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKAEAFKSVRNKVHGDFIDPTFQ
                     PQTIIADDLADIELHNNELHPRQKEFPGLTRREVLLKHANPTLRPIAPERLYKHIGNV
                     TETTIRNNDYVRVANAEFALADFDMLSRLQPNDRRVTAYWLPLEDGSVPCVYLYQGDA
                     YIGQATARAEMAYNECAAERTEADEARMLVQHKRAARFDRMIRERREEIPQVGRVDRE
                     TAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
     CDS             complement(20984..21271)
                     /locus_tag="SEQF2634_01650"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENGRYKSGHSSLTGCPEAYACAPLRMFLGALRMTSVGMWLRFG
                     CLGMLLSCSPTEGTESIADIAFYLLLVATVGWICWRDRVRMRRIADYLGED"
     CDS             complement(21298..21474)
                     /locus_tag="SEQF2634_01651"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGACYWYTGRGRREMLRYRYRELDVYLFDSDDGQSVR
                     LTAERVERYIQGRA"
     CDS             complement(21471..21875)
                     /locus_tag="SEQF2634_01652"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKDTMALGPSGVDSALYGFDELSYLLKGVFVASPHTTEGIEER
                     RHLFVERIHKMADELERMVEEKGEVRATILVAIERSGEGEYFPVVCVSSKGSNEMLVE
                     ACNFIYSDKRLKWAMEAVLYRELSVIERRNYI"
     CDS             complement(21884..22105)
                     /locus_tag="SEQF2634_01653"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATKNDAMETKYESVIGELGQRLELAQADAERLEEELMDEQIVQ
                     VAHPLYVELLRAQARIEALSDAIELIINS"
     CDS             complement(22105..22749)
                     /locus_tag="SEQF2634_01654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKEGASIRIQMIKDEPWFVAKDVADYFGDMNRERTMR
                     ALDDDEKGVTQMTTPGGNQTVAIVNESGLYSMIFQYQPQKARGVSTDYINERREKIRA
                     FRKWVTGEVLPSLRKYGYYVAPGAQLTDEQREELERVMMGRMRRYLSRRDYIQVARST
                     GYPVWFVQRVVAGQAGGHAGSVMLALQERALKNCREYVNPLSEARMTSVIERLS"
     CDS             complement(22763..22969)
                     /locus_tag="SEQF2634_01655"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTNKEMRKILRDSASVKALAEAFGVTTRMVNMALNGEFRRDLV
                     KRIRQRALDMGLKEKGKEQVTVLK"
     CDS             23049..23669
                     /locus_tag="SEQF2634_01656"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNFPSVNDRILYLIDNQLSGNKKKFAERIGFAPQVVFNIVSGR
                     KSKPSFDVLEAIISSFDEISPEWLLTGKGAMLRRQSAPEVAPPPSEPAFPGLIEKIQD
                     LSVKVGRLEAENEHLRAVIEAKQREIEAKQREIEAQRMKIEARQKEIEDKERQIKLMR
                     IDHLKKEEPDIHTQYLEPAHAPLPPKKPVESAELLKSQPQEALFTP"
     CDS             complement(24347..29872)
                     /locus_tag="SEQF2634_01657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKRLYATLLIAALLASFGGKIWGQAGAILSPDGNPNGTVKVN
                     NAFGAGESSIISNGTSATRNILGPNFTLTPYPNPDFSYTGGVAYNRAYTYPLFVSPSL
                     TDIQIGDNGVDGNRPNGNMVIRAYTGQGYALGWISVINRIPNKSTHPNSVPYPTSYPN
                     LSGLDANTQPKRFVKSPDGTPQFKLIEFSFNKNNYTNYEAEKWYKLGIGDHPDLTPAL
                     NGVVRSRHGGKDAFAPCGETVFTAISCVNDPNVPGGYIIRVIQHQMPAGTYAETSSGP
                     APIPEAVYTSTIDGYYTKSWDPTFFGRIGSPDSTRRNYPTDDGVRLVQLTGSPMQDAA
                     ALSTQVSLTSAANNGGSLKNYQRPTSIVLPTGIHQFSNLIFEDIRWYFEKNEASIDTA
                     IHSGAIKYIGQLGRCNSGASTAFSINPFWKKAVDIGQTFVDGAVVIQPDARVCIAHDV
                     KDRTATPATSHDGTALPNTATDAILALPNNDPAHGGRFTLRIRGNIDSLNMAQTPTGS
                     SDPFFKQGNFPQAATDIYLYEDSAATHNFEKPHLGAFVNNNPTAHITNHPIAAPPTGA
                     VASIFGLYGDYHWTTNNADIHTDTVPAAFTGNNPGVIELGPQGAGRKHLNVYSGGILK
                     NFEGCLPLDNFTMHFGGGFGTPNLKITGTKPLYILNYGNNDNKTACEANLVFHPSTSD
                     TVQHAINGANDPVAPTYYAPLTQDRGAMHIQALGNTEFRTDEVWKPGMNNNLLILSES
                     RNVIAQGIDYTAGYTDDVASGLLTFWAEDRKPDQALVSGCDNAGLADRNGHRGNLYLN
                     DVTKITRPAGGGTETNLVAANNVRTARVEYAGQNADTLNVISRKGDLYLGYAAGSKIY
                     TPTEAYVGNSKTGTDNAFIYQGTGGTAEVNLQAGFDDSRSQMTRTEGMEGGNVYFARL
                     AIDMQNGGRRNTRVAIPYSSEYICNGGNLHQRAGESMLRYEHSGIIGGLGRCGVESAA
                     GWAAYAGRLENPGTLNDLNTMARGTAHRSLEYKSDNGSLVLDAGRRGNIILNRGALLT
                     GPYTTGHVVFRTREGDIDLRDPVDITGGIGGGVLLLAAMDSLEKLSKIKACDCDEMRN
                     NVYLQDLSYTSTHSDNSFFIGADNNIKLNYGGLANIGTREDPFLSTDYEERDGQPVRR
                     GVGYAGGVNGGCDNNAFHCDLDPNENKARDLQLTFTTYVASDGNTYPIRSGGFAAVVS
                     DRIDVYKNLIYTGGEGTGLGTPPTANGLLHGEDVRGYGLFLKTQANKGNWTENMLLHT
                     PTCPTTCQATGCGSGETPRAYLHHTARLTFHSDARLKAGNQRLVLESPVIETFGVLEL
                     DALTNAGSNTEIVIKTDSLICHDSLIRAGDDRVKWTTWSGLPGDQPIIKLGYSRRTAP
                     FAEYAVDGKRCRECVSHYKGKIYAPGETPLDTMFIKFGPHTPTERRNVLVLDHTVLSF
                     LTDSFDHVKGGDIRHARFFVDTLKTRNQVEFWTDQKHEREGHLELISEPQILSKDYAG
                     MYTRHLHLEPIGACGRPTSELWLPGNALDVITTSTFGGFGIQYTDVHVENGGHLNPGF
                     TSLRLRGQCYEQQAGTLTMKDLRLDSGADLHFSIGSTQGLNGSYSDAIDVDRLTTYGS
                     VNVHIEIRPCERVEKRCYPLIYYKSVTPNSLNNLKLTRKSVTIDGEEYPLALSLSTDG
                     VVYLCVGNAVDPVLTHTVTMPEVSGVTTTPRAGIWPVNSRSNFRFSASYPKGSRPLMV
                     RTNRRVQGGAMEELSGILNANGEYEYIVPSVREEVILTFGPDHVSNELIMNSAVWSHG
                     EQIHFRIDRSDVASIYSVAGRLVKRIDLPAGETSIPMQRGAYIITLRDGSVHKVIVK"
     CDS             complement(29962..30309)
                     /locus_tag="SEQF2634_01658"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSLVQVERLVTFSDGTERRDKQYYLSSLPAEAVERIGTYIRGH
                     WGIENRLHWHLDVTFREDHCRARKAYAAQNLNTIRKLALAIVSQRKDKLSIRKRLFTA
                     DLNIDYLKELLEI"
     CDS             complement(30339..30524)
                     /locus_tag="SEQF2634_01659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVESEADYVLALKRNHRHLSEDVKDAFTGRYTQFTYSTHWIRI
                     MGGWKSGFIQHFDPKKS"
     CDS             complement(30521..30739)
                     /locus_tag="SEQF2634_01660"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANGSADQNLLTHTPTYSSAWVDEHTISIAGKAVEEKSNEITVI
                     PDVLDSIDLTGAVVSIDAMGTQTDIAQG"
ORIGIN      
        1 cgcgcgcttc ttctgggcgg cggactgctt ccaggcggcg tccagctcgg cggcgcgctg
       61 gttgaggcgg gcggcgaggg cttcgatggc cggcttctcg atgggcgtgg cgccgaagag
      121 gtagttggag cggagggtga agaggatgcg ctcgtaggcg gcgtcggtcc gcgggcggac
      181 tttggaggcc agcggcagac gggtggctgc tcgtccgtcg cttcgcttgg tggccaagtc
      241 ggagaacgcc ttgttgaggg cctcgagctt agccggcagg tcggcgaggt ggagcgtggt
      301 gaggtgaggt gagccgtgag ttccgccttc ttcaggtcga ccacaaggcc ggagatgaga
      361 gccgtctcac ggtcggccgc ctcggtgggc gcaccgctgt agacgctgac ggtgggcatg
      421 agtgcggcgg cggctttctg tacagcctcg tcgggcgaga gtcgggcggc acgaacggcg
      481 gcgaagaagt actgcacggc gcggtcgcgg gccgtatcgg ccttcacgag ttcggccgtg
      541 agggcgtcgg cctgagcctc gcggttgagc tcggtctctt cggtgatgcc gccgttatag
      601 tcggtcatga tctcggccgg gatgccggtc ttggcctggt cggccgattt caggatgccg
      661 tgcatctcgg tgtgataggt cacgtgcatc gcgttgtcga gcttcttctg cccgacggtc
      721 ttaatctcta aatctttgtc catactgatg tttgttggtt gttggtttgt ttaggtgttt
      781 agttgttagt tgttagtttt tcgttgttcg gcggcaaagg tgaagggcgc tcagacgccc
      841 tgcaaatcgg cgtgtaaaga accgcggatt caggcggttt taacggttaa aatcggcggt
      901 tctttgcagg cgctacctcc cagttccacg agggataagc acggcggaga tcggcggccg
      961 tctcgccacg agcacagagc tcggaaaggt aacgtctgag tgcccggagc acgttcgtga
     1021 ccgtccgctc gtcgacgaag aactcactct cggacaggat ctgcatcacg tcgtcaaagc
     1081 ggcgtcggcg cagctctgtc cagtaataga agcgtgcgac catcagccga cggcgcgcct
     1141 cgtgacgctc gcggtgtgac aaacgcgtca ccggcgccag cgacggcaca tagatggcat
     1201 tgccgaacgc ccgccgctgg tcgagcacct cgaagcgccc cggctctact tccaatttga
     1261 ttctgctgaa atcgattctt ttcatgttct atctatgttt gattgttgtt attgccagca
     1321 tagcagcctc gtcttggagt cccatacaac tacatggtag tcattccctc ctatgggctg
     1381 agtggtgtgg ttcttatgcg gtagatccat tcttatttga gcgtaactat gccaatcaga
     1441 gtctaatctc ccaactcgaa gttcaatctg tccttctccg ctcgtgattt tcaatccttg
     1501 accgctcatt cttgtccttg attgggtgat tgcattgtat tctgccgtta aaccgaagcc
     1561 gctgagttcc atgttcatct tatagccttc tataattgcg gacgtcctaa tgcctccagt
     1621 tggagaaata gatatttgct gattcaaacc ggtgctgctt ttgatatact cccaagtcgt
     1681 tccagacgat gagatgttat tgttttctat aataaatcct ccaatcttcg cagccttcga
     1741 tagaatcaag tccgcgtcaa gtagcgaggt aatgatcttg cctttgtcaa tgatggtgcg
     1801 gttgccatac ttcacgcggt taaggtcaat gtcgccggaa ttgacttgtt tttgcagatt
     1861 ggacgtaaac ctttcctccg cgtctaaacg ggtgtgtgca ctgtcggcca agtctcttgt
     1921 agtctttaga ccgtctttat acgaaccaaa ggagacgacg gcatccatat tgatattctt
     1981 cgagatcata ttaatcgccg tggggctttg ggtgatgtac gaggcgatcg tgtccccgtt
     2041 ggccagctgc gcggaggcgt agagcgcatt accttgtgcg gtggttataa agcccgccgt
     2101 ttgcagccgg aagatcttat cctcggacgt tgcttgccga ttcagcaggc tgttcacctg
     2161 attttgcgac cacgtttgca gcgccgcgag ctgatccttt gttcccccgg ccgtgacatt
     2221 gatacgcccc acctcaccac ggatctgatc ggcaaatacc ttgaactccg aacgggtctc
     2281 atagatcgag agatccggtt tgtccgtcag gttgctgtat cccacggagc ccgattcaat
     2341 gcgaatattc ccgccgatca ccccctcggc cacgttgaaa tacgtccggc catcggggct
     2401 gatgatgttg cggatgcgca tttgcccggg caggatttcc gtgtagccat aggccgtagc
     2461 gaagctgcgt tccccactcc ggtatgtacc cgggtaaact tcgccggcgt ccgtagacgc
     2521 cccatcgccc gggtcatact tgtatacctc ttgcaacagg aactcgcccg acgtgccccc
     2581 tttggcacat ttggccacga ggtaaaaggc cgacttttcg cctccgagga agggcgaggt
     2641 gtagcccgcc acgtcccaat acttataatc cgtcgctttg tgtgctgatg aggtcttatt
     2701 gatgcccatc gtcatatgct tcaggatgga agccggggca gtgaacacct tcgtctcatt
     2761 attcatctcg aacagcggga tgatttcgcg ctgcgtctcc gtccgattat cgacgaacat
     2821 gaattgctga tactcgttgc ccaccaatac ggacatcgtg cgcacccaga tgggattgat
     2881 gccggccgaa aaattgtcca acgccttttc cagcatatcc tgcgcctctt tggcatgctc
     2941 ataggtgcgc gccgtctcgt ggcgcagctg ccggaagccc tcttccgttg ttacctcgtt
     3001 gcgatcgatc ttacccagct gccccgacac gctgcccggc gatgccacat tcgagagctc
     3061 gaactggggg cggcgcgggg tgttcaccgg cgtgcgtacc ccagtgatgc ggatcagcag
     3121 gccgtccgtg ggggcgtact tatctgactc gagcaacacg aatccacctt tgacgatgcg
     3181 gctgccgatc tctatccagt gacggtcggc atacagctca tccagctcag cggaaaaggt
     3241 gtatcgctct acttcgtttt catatttcac ccgtacggcc tcccggaaca tctcccatga
     3301 agcgcctgtc cgtgtggcat tgtcgcacac ataagcgtcg ggcagcgagc aaccgaatac
     3361 ggcgtaggtg tcacccacct tggggatgta gaccgtgccg ccgggggggc ctgcgggccc
     3421 ctgcgaagtt tgaccgggta cccggccata ctcgccggcc ggcgcaccgg cccccgtcag
     3481 gttgccgctt tggaaaatga ctttcatcgt ctggcctttg atcagcgcct tgttgtagtc
     3541 gagcgcctcg gggatggaac tgtcgatgat gtcgtaattc acatggccat ctttaccggc
     3601 aatcatctcg acggacgaga ccgtgcccac gcgtttgggg tagatctgcg acaggtcgat
     3661 gctatcctcg acaaaggtca ggagcggccg gtcggcacgg gtgatctccg tacctgtcgc
     3721 atccgttttg tagctgcgcg ccgtggcggc gttgaagccc gcttcatcgg cgaacttcgt
     3781 cccatcgaaa gcgatcgttt gcgactttgg aagcaacagt tccacactgc cataggtcga
     3841 ggcgtcgata ttcttccgcc cgccctgtac aagcaggatc tcgcacggct tctttgcccc
     3901 gaaattgtca cgcgacacgc ccggcttcag cccgcaatct cgcccgtaac gcaggcgcag
     3961 cgggttggct ttgttgtatt ccacgcggcg caggtagatg gctttgcccc ggatctccca
     4021 ttccgttttg aactcatcgg ccagcatttg cagggcatcg gcgcaggagg tgtggctgta
     4081 tgaaagcgtc ttttccgtcg cctcaatgca gccgcccacc gtccagccgc tatccctgcg
     4141 attaagtgcc ttcacgatca gctccaagtg tgcccgcggt ttggccgtgt aggcaaactt
     4201 cagcaggttt tgaatcgtcg tgtcgcgcac tttgtactta cgcagggcag cctctgggcc
     4261 ttccatcgtc acggtgtatt caaagttacg gtcgccgtgg cagatgaatt tttgcgcgct
     4321 ttccagccgg tagcgcgtac ctcggaaatc ggtgtaagcc ccttccggga tctccacata
     4381 ttcaggcagg gaatagtaga gcgtcagcag ctttgtctga aggatccgat cctcagcata
     4441 gctgttatcg tccggctcga cgtcgaggat tagcgcatcc tttttatcgt agattttcat
     4501 cggatcaccg tcaaattcag ttcaaactca tacaggatga agccggggcc cggtgcgccg
     4561 ggcagcgaag ctacagccgg ggggggcggg ccccggtaaa gtcttatttc tgtacatggc
     4621 tatttctcta ttgtttaatc gttattgtat tgtctctttt aagttccctc ccaggcgacc
     4681 ctcgccgcag gatccaaatc ggtttttggc gtgaaacgag ggtcgccgcg ggcttcaaat
     4741 cagtttttgg cccaaaacga gggtcgccgc ggacttcaaa tcagttttta gcccaaaatg
     4801 agggtcgccg caggctccaa atcagttttt agcccaaaat gagggtcgcc gcgggcttca
     4861 aatcagtttt tagcccaaaa tgagggtcgc cgcaggctcc aaatcggttt ttggcccaaa
     4921 acgagggtcg ccgcgggctt caaatcagtt tttggtgcaa aatgagggtc gccgcgggct
     4981 tcaaatcagt ttttggtgca aaatgagggt cgccgcgggc ttcaaatcag tttttggcgc
     5041 aatccttggc acgttttggg cttcaaaacg gtttttggtg caatcctcgg cgagttttaa
     5101 ggtatccgtg taggggcgca acagcataca ccccacaaac gtcccgacag ggacgggtgc
     5161 cggacatatt tattcggccc tacggggggc gtctcatgga ggcgaatgca attcgcccct
     5221 acacacgggt acccggtaag gttcgccggc gtccgcagac gccccgcctc gtccacaagc
     5281 cccgggaaaa ccttcatcag atcatccgtg accttgtctt tcttcttgct gaatatgccc
     5341 gcaagcagtc cgccgatcgt ccccaccacg gcgccgatgg ccgtaccgat gccagggacg
     5401 atcatcgagc ccacggccgc gccggccagt gctcccgtgg ccgccccttt ggccacattg
     5461 ttgccgtcga ctacgttgcg caggtcgacg ttagcctgcc cctcatgcag cttaccgatg
     5521 gcatcggagt agccatccat tgccttattc agcgctttga agctgtcttt gatttcgccg
     5581 gcgtagttgc gcacaaaggc gcccgacttg ctttgcaggc gcaattgctc attcagcgac
     5641 agggcatatt catgggcaaa ggcgattgag tttttgtaga actctttttc cacggcgcga
     5701 cgtttttcgg ccgccgcggt gatcatattg atcagcgtgg ctgtgcccga aatggccgta
     5761 ctgatggcgc ccaccttgcc ccgtgtcgta tccatgtcgc gggaaagcat ctcactggcg
     5821 gcggcgaggc tcgaaccgat tgccgcgaag gcctgaccca cgctgccgct cagtccgccc
     5881 agcgccgcgg ccatctgccc gaaggcgccg agcacctcgg acagcttttg cgtcgggatg
     5941 cggctgagtt ccttgtttag ggcttcgagt tcctcgcggg aaagggctat ttccttagcc
     6001 agcttatctg tcggggcgag cttgtaccgc tcttccatca gccggatacg ttccttttgc
     6061 acccggcgtt cttcctcgag ttgctttttg cgccgatccg cttcccagcg ataaaacgac
     6121 tccgcattgg ccatctgctt acgggtgatc tcaatgtcat aattgagcat ctccgcggtg
     6181 tagctgtttt tggccagcgt gatctctttc tctttggcga cggtgagttc ggcgatcagt
     6241 ttctcattgt tttccgccat ccgcagccgc tctttgtagt agttttcgat gtcatccagc
     6301 tgcaccgcca gctcatcggc gaagcgcaga cgcccttcct tgaatgcgcc gttgacggcc
     6361 tcgtcaatct cagccgcgga cttcttataa gacttttcgg ccaggtcgac gaggtttttg
     6421 aagtaggtcg tttcttcctt cgagagggtc gcatttttgc cgtaggcctc tcgtttggcc
     6481 ttcagcatat cctcctcctg ctgtttgatg gcagccagtt ccttcttctt attcagttcg
     6541 gcctgctggc gttgtttgta gtagctgtca ttcagcagat cgatctgctt ttgcgcaaac
     6601 tcgagttggt tattctccca ttcccgctga taggactttt gcagtttgag ccgctcctgt
     6661 tgttcgcgaa gcgccttttc tgcatccttg ttccctcttc cggagccgga acgcgccgcc
     6721 ttgtctatag cgcccagttc cttttcccga tccgtgtcca atttgatcag agaggccttc
     6781 agctggttca ccttgtcgat gtcttccaga ctgtttgtcg ttagtttgtt ttggccttcc
     6841 tgtatgcgta gttcctcggt aagttgccgc ttccgctcgt cgtaaatctc attgacgacg
     6901 gccttgtatt cgttggctaa ttggatccgc cttttgcctt tggcgctttc catctgttcg
     6961 cgcagctttt ccgctttggc ctctttttcc gcttcttcca cccgccattc gctacggtca
     7021 cgcgacagct tttccccagc tacacccaac tcagccgttt ttttggcggc ttcatgtccg
     7081 gaggtgatgt agtctctcat gccttcgcgg acatgatcaa taccccaata tacttttgac
     7141 cacccctccg tgaggttatt aaaaccgtcc gtaaaacccg acgagatgat tttacccagt
     7201 gcttggaaca tctcacccag acctaataga cgaacagaaa ggctgttcag gatggcccca
     7261 catacatcgt ttacagcctt tatcggatcg cggagggctc tatagatcgt ctcgccgagc
     7321 ttaatgagcg attccctaag ctgccccatc acaccagaaa gatagccaga ggtacgggca
     7381 aactccatct gtccctcaac agacgagttg aaccacatca ccaaggatcg cagggcaacg
     7441 acgatggcat cgaggagaaa aacaatccca gaggctttga gggccccaaa ggctttagag
     7501 agggatccca ctcccgaggc ggctgtattc agtggcccag gcagcttatt gatggcatcg
     7561 gcttgcacac gaaagccccg cgatacgaga ttgctcccct ctgccatctt ttttaggact
     7621 ttggaggcct ctatctctaa tcgatcgaga ctgttcgtca cgccgtcgac atccttatcc
     7681 agattgccct gaaactcgaa tgttacgtat atcgtttttt cgtcggccac ggccttttct
     7741 cgttagttgt tggtgggtta tgggggcgga ggctgtcccg ccgttttaag ccagattgaa
     7801 aaacttcttg gcttcggcct cagaggtgat ttcgccctca tcagccggct tcttctttcc
     7861 gtatttgggt tggtcattga tggccgccag cacaacgctc cacggcactt tatacatcag
     7921 ttcgcgccac gtccaaacgc cttgcgaggc gatctggaac agtgcgccga aagggctatg
     7981 ggggccttcg tcccttaact ccccgtcgtt ccccggctca gattcggagt cgtcacctgt
     8041 agatgagcaa tcgatctgat aatagtcgta aaatggcccg cgccacttag caggacgatc
     8101 actttggcca gctcagccat cgtttgggca tccatccgtc ggcgtaggta ggccgccacg
     8161 gcacggtgaa acagcgcact catcagcccc gaacggatca gcccgagggc gatcagccga
     8221 ctggcacgta caccgttttt ggctgctgag gtgagcaccg cagcggcctc gcccgtttcg
     8281 agcgtttcga ggtcgacgtg catacgcacg tacatccgac aaatacgcag cagttgggcg
     8341 tagacggggc gccgaaaacg catcgggaac acctttatcc ccaacatgcg cagtgggcgg
     8401 ggcgccggca ccttgaccag cagccccgta tccaacagcg cgtcggccac atcgatctcg
     8461 accgcccgct tgttttccgt ctcttccatt atttgttgag ttgttgaggc cttcggcctt
     8521 gttgggttgt tggtttgttg aggccttcgg ccttgttggg ttgttgagat gttgaattgt
     8581 tgaattgttg agatgttggc ttgttgagtc ggtttagttg ttgagatgta gaacgactaa
     8641 acaattcaac aaaccaacga ctcaacaact caacagggcg cagccctcaa cgaataaacc
     8701 ggatagccag ccacgcggcc atgccgagca caagggcgag gaaggcgtat ccgccgccca
     8761 tcagcgcccg gtgatgccac cggaaggggc gctccacggt gacatactcc gtgcggacac
     8821 ggtcagtcag ctcgcggatg gtgcggtcgc gcagggcgat cacccggcgg aggctgtctt
     8881 cgtggcagtg cacatcaagc agggcaccgc ggtagcccgt atcggtcagg acgtccgtca
     8941 gcgtcacgtg cggcacgatg cgcgtgccgg gcacggcgat cagccgcgag agcgctaccc
     9001 tgcccgactg gcattccagg taggcacgga tcagggccga atcgggttcg atgaccacga
     9061 gcgtatcgcg caccgtctcg gtcacttccc tttgcgtcat ctcgcgctcc gtgtacggca
     9121 tgcgcaacag gcggcagctg gtcaggcaga gcagggaact aaaaacgaaa agtgaaaagt
     9181 gaaaaacgac ccgcggccgg gagcctctcc tgccggtagg acttttcgtt tttagttttt
     9241 cacttttcgt ttttagttcc ccaaagaagg cgcgcgcacg gccgggagag aggtcggcca
     9301 gtgcgcgcag cctcggaacg aacaaaaaag tgagggtaaa caccttggca gggttactta
     9361 ttcgtttttg tggggtcggc ctttggggcc tttgcctccg tggatggttc cgcctttgtg
     9421 gcctcggagg cttccaccgc cgtagattct tccggctttg gcgccgtttc cgtggggttc
     9481 acccacgggg tcgagccgcc cagacggacg tacctgtccg cgccaccgat gtacatcatc
     9541 accgtatccc cggggtagca cggaatgccc gagacggtca ccggtttatc ggtctcgttt
     9601 tccacgatca gcatggaggc cggctgaata ccctgcggga aggcgcgcag ctcggccttg
     9661 gggtcattgg cagtcaccgg tacgatgcaa ggattgcaat cgtgaccgat gatgccgtcc
     9721 gccgtaggcc ggcgcagcgc cgcggccggg aaaggtacca tgaccacatc cggcccgtct
     9781 aaactgtccg gggcaacgaa cgtgtaccgc cgccccgtgg tctcatttct gtacatcatt
     9841 gtttaattgt tattgtattg tcacttttag cggcgacccg cacccgcggc ccccaaaacc
     9901 cgccgaggat tgcgccaaaa atcaattttg agcccaaaat gaccctcgga ttacgccaaa
     9961 aacggaattg aagccccaaa cccgccgagg attgcaccaa aaaccgattt gaagcccaaa
    10021 actcgccgag gattgcgcca aaaaccgatt tgaagcccaa aactcgccga ggattgcacc
    10081 aaaaacacgt tttgaagccc aaaacccgcc gaggattggg ctaaaaaccg atttggagcc
    10141 tgcggcgaag gtcatttcac gccaaaaaca gaatttaggt gcgcggcgac cctcatttta
    10201 tggtacccgt gtaggggcgt attgcatacg cccccattag acggcccccg tggggccgaa
    10261 taaatatatc cgctgcccgt ccctgccggg acgtctgtag ggcgtatgca atacgcccct
    10321 acacgggtaa acagggccgt taggccccaa cacataaacg cctattcctc cggcagggtg
    10381 atgtccggat tgccgtcgcc gcccggctgg gggttgggct ttgggtcggg ctgcttgggc
    10441 ttttcgccgg ggccagtgcc cggcttcttg gggtccttgg gctgctcggg ctgcttcgga
    10501 tcgccgccgc ccggcttctt gggatccttg ggttgcttcg ggtctttggg gtctttgggc
    10561 tccttaggct gcttgggttc cttggggaca gacggcttgc ggggcgcgcg cttcttctgg
    10621 gcggcggact gcttccaggc ggcgtccagc tcggcggcgc gctggttgag gcgggcggcg
    10681 agggcctcga tggccggctt ttcgatgggc gtggcgccga agaggtagtt ggagcggagg
    10741 gtgaagagga tgcgctcgta ggccgcgtcg gtccgcgggc ggaccttgga ggccagcggc
    10801 agacgggtgg ctgctcgtcc gtcgcttcgc ttggtggcca agtcggagaa cgccttattg
    10861 agggcctcga gtttggccgg caggtcggcg aggtgaagcg tggtgaggtg ggccgtgagc
    10921 tccgccttct tcaggtcgac cacgaggccg gagatgaggg ccgtctcacg gtcggcggcc
    10981 tcggtggggg caccgctgta gacgctgacg gtgggcatga gtgcggcggc agctttctgt
    11041 acggcctcgt cgggcgagag tcgggcggcg cggacggcgg cgaagaagta ctgcacggcg
    11101 cggtcgcggg ccgtgtcggc cttcacgagc tcggccgtca gggcgtcggc ctgggcctcg
    11161 cgattgagtt cggtctcttc ggtgatgcca ccgttgtagt cggtcatgat ctcggccggg
    11221 atgccggtct tggcctggtc ggccgatttg aggatgccgt gcatcgcggt gtgataggtc
    11281 acgtgcatcg cgttgtcgag cttcgtctgc ccgacggttt tgatctcaag ttctttgtcc
    11341 atactgatgt ttgttgttgg gggctaaagc cccgttggtt gttggtttgt ttagttgtta
    11401 gttgttagtt ggttcgttgt tcggcggcaa aggtgaaggg cacccagacg ccccgcaaat
    11461 cgacgtgtaa agaaccgcgg attcaggcgg ttttaacggt taaaatcggc ggttctttgg
    11521 ataaggctgg gagggggaat acttggaagc ctggcagttc gttactcgga gagtgttaaa
    11581 gagagggtgc tgggatgaat ctgccaaaaa aagggtaacg ctataaacgc aaaatgggac
    11641 tgatctttcg accaatccca tttactcctg agttgcccaa aagaagttgg gactactctg
    11701 atgttgctgt cacgaggtaa tcaagcagtt ttcggcttgc atcatcgaag ctcttttgcg
    11761 tgacactctt tgccgtagcc attccaaata agttgccacg tgtgcaaagc ccttcgatca
    11821 ctttatcctc agagttgcct acgcggatgc ggtatcgggt gatacccgta aaaaccactc
    11881 cagtaaaacg aacgtcatag cgctctacaa caatccttag aggaatggcc acggtatctg
    11941 tggatgtatc cgtaaagttt gcctcagggc aagcgcgctt cagtgtttcc gaaagggcag
    12001 accgcaagtc ttcaaacgtg gccttcacct tcgttttttc catcaatgac gcgtttgtcc
    12061 attatctcta ggctaaccgt tttacccgca aacagcccag agacaacaat gtcgctcggt
    12121 ttcgatttaa agatccacac attcttttgg cacatgcccc cggctgccac gataagcagc
    12181 gctaatagtg taatgacagt aattctcatg tttcctttcg ttgattgttt aatactgcgg
    12241 gcgaaagtac gcgtttgatc aacagacgtg ggaaaggctg tgcgtgtacc cggctgtagc
    12301 ttcgctggcg gccgcagccg cccccgacga tttcgacacg gatgaagaat gccgtaaccc
    12361 cgaaatcatc gccgacaaat ggaactggac cagagcaagc cctctacttc acacgctcat
    12421 tcagcgagcc cctgttggtt atttggtgcg gcaacatcat cgcccgcgat tgctgtattg
    12481 cccgagccgg tgcgcgtgcc cgtgagctgg ccgggcggaa taagccgctg gggaattggg
    12541 acatcatcaa tatccgaatg gtagacatcc gccgccccga ccccaagcgg gactttgctg
    12601 agggcgtttc ggtctggccg gaaaagaata cagaggcgat gatcgatgaa gtactcgctc
    12661 aggtgtcggc cgcctcggtg caaaaggaat gcttcaacaa cccggtggtt gaagggacgt
    12721 acttcaaaga gatcacatgg ggcgccgtgc ccccgcttaa taagtttcct ttcctcatta
    12781 gttatggcga cccggcgccc tccaatcgta cgacgcaccg caagggcgtg aaagcgctcg
    12841 gatcgtttat gtcgaacgtg cttttgggca ttttggatgg ccgcctatac gtcattacgg
    12901 ccttcctcga ccatgtcacc aatgatgagt tcgtcaattg gtactactac caaaaggatt
    12961 acgtccgcga ccgtacgacg atttacaact acatcgagaa taacaagcta caggatccct
    13021 tctacgatca agtgttcaag ccgcttttcc tgcaaaaggc catcgaacgg aaattcatca
    13081 tctctatcgc acccgacgag cgagccaaac cggataagtt cgcccgaatt gaaggcaacc
    13141 tcaggagccg ctcaaccctg ggcgggcaac ctgattttca acatcgccga aaaagagaat
    13201 ccccacatgc agcggctcga ggaacagttt aagctcttcg atgatggact ccccgccccg
    13261 gccgacggcc cagacgcagt ggaagggggt tacttcgtgg ctcagcgtaa ggttgtcgct
    13321 atcaccccca cggcgtggtc gattggcacg cggccggtga ataagaaaag gtattgaaag
    13381 cgttttttac ccctcccagt tccatgaagg gtaggcacga cggagggcgg cggctgtttc
    13441 gcggcgggta tgtaggtcgg acaggtagtg gctgacccca cgcagcacgt ccataataga
    13501 ccgttcgtct acgaaaaact catgctcgga cagaatgtgc atcacatcat cgaagcggcg
    13561 acggcgtacc tctgtccagt aatagaaacg cgcggccagc agccggcggc gcgcttcgcg
    13621 acgctccacc cgtgtcaaac acatggaagg atttccctcc gtctctttcg tctggttctg
    13681 ttcctctttc gtctggttct gtccggtcat cattgattgc ttgtccttgc ttttgcaaag
    13741 gaagcaaaag cggagggaaa gggcgacgat ttggcaggtg aaaagataga cacaatgtca
    13801 cctgcctata tacagcaaag gcggcctatc catcccggac tccggccgcc cctatcaaaa
    13861 gaaatttata acatcttact cttatacctt gtctacttct ttcctgacgt caggaaaatg
    13921 ctccccccgc tctatctcta cgatcccccg tataatctca taagccactt gcgggacaat
    13981 cgcgttgcca gccgctctta gggcttcttc gttgaatcgt ttatcggcgc ggtggggcgc
    14041 ctgcgggcgc cggcgaagtc tgccgggtac cagtgtctct acccttgaga caaaagactc
    14101 ccgcgggatt catgtacccg gccaaacttc gccggcgtcc gcagacgcct tgttgttcac
    14161 attcagccct gctgcctcga ggctcgctcg tggcgttgga agcaggcgcg gaggcagggt
    14221 tacagtgtgt cctccaatca tcaccatccg cggcggcatc ggaggcgagg aaccacactc
    14281 ggtcgcgtct gtggggtgcc ccgacggcac aagccggaat aaccaccggc cggatggtat
    14341 atccaatggc ttcaaagtct ttgcagatcc ggtgaacggt gaactgtctg tactccgttt
    14401 gaagcacgtc acccgctccg aacagatcgg gctcgctttc cagcgtagcg acgtgagcgg
    14461 gttgtaccac cctgaaagga tgccagcaac gttttcacca ataacccagc gcggtcggac
    14521 gtcaccaata atgcgcagca tttctggcca gaggtaacgg tcatccgccg ctccacggcg
    14581 cttccctgtt gaactgaatg gctgacaggg gaagcccccg gtgagtatcg tacggcggcc
    14641 gtagtcggcg ccgaatcgtg gaataagtct ttcatcgatg atcgtttttg tcagtgtacg
    14701 gatgtcttta tgatgatagg cggcggggaa cagggaggcc agcacgtcgg aaccgaatgc
    14761 gccgatctca cacgatacga ccgtctcgat gccacaccat gcggccgcca tgccaaaccc
    14821 gccgatgcca tcgaacagac cgatatgaat catccccgcc gccatctctt tcatgccttg
    14881 ccgtctgttg cttcctgtgc cgcccggtag gccgattccc gatggcggat ccacgcggca
    14941 atatctttcc acgggagcat cccgcctacg ttcttatcgt ccacgtagca atgcgcatac
    15001 accttacgcg cgtcgctacc ataggccacc acctgatccg gctgatgatc attgatgcga
    15061 tcgaagccga tgcccttttc aagcagccag ttcaccatct ccgtttgctg gcgcccttcg
    15121 cggcatgtcc agataatgat gtagtgccct tcggcgcgca gagcgttgat cgcctcacgc
    15181 gccccaggca tcgcctcacc gatcctcggc cactggccgt cgtggatcgt tccgtcaaag
    15241 tctactgcga tgatcatacg tctatcaact aaaatctaaa atcgaacaac taaaagctac
    15301 cggatgcctg tgggggactt cctccccctg ccggtaggac ttttcacttt tcgcttttca
    15361 cttttccgtt tgccttcata cgtccgtcat gcttaagggg acagccaccc aggcgcccga
    15421 ctcgtcgcgt accgccgcgc ggatgtagtc tttcgagggc gtgggttggt agctctcttg
    15481 gatgatgcgc acgccctcga tgaagcgttc gtcgcccgtt tcctcggcca tcttttgcag
    15541 ctgtagcacg cgggaggcct tcagattgcc cgcctcgtcg cgcgacagca gccgcaggat
    15601 ggccttgacc agcgcgcggc tggcatcgtc gcgggcctgc gattcgatgt acgttttgac
    15661 catcgcgata ccctcgttca ccgtgtcgcg gtaattgtcg agcatgtagt gcccgatggt
    15721 gatgcgcatt gtgccctcgg agttggtgaa cgtgtgcgac tgctgatcgt ctttcacgcc
    15781 gaacagctcc gccttcatct ccaatgcccc gcggaaggcc tccgccgcgg ccgtcttttt
    15841 ctgggcgata gcctcgctga tattcgtcag cccaggcatt acggccgcga tcgtctcatc
    15901 caccaatgcc gtgtaggctt cgcgatcgga cttccgtttg gcctccgctg ctttcttctc
    15961 tttggccagt ttgaaggcct catactcttg gcgctcctgc gccgtcattt ctactgtttc
    16021 catattgatt cagtttgttg gaatttcttt ccgtccgtcg gggaacatca catagaggaa
    16081 gcccccgccg ccctgaggtg tgtccgccat tcggccgacc ttttcaatgt cttttacacg
    16141 ctgcataaag gcgttgtaaa ggctgcgtaa acgatccagc ggaatgcggt tgaagtttgt
    16201 tgccccggcc gcccgacagg caatggcctt tacccgattc acatccgcct catagtccat
    16261 tgcttggcag tagccgaaca cggcggccat cacccgcttg cgccagcggt cagcctcgga
    16321 cgcccgcggg gtcatcgcca cggccagttt actacacacg tcggccagcc ctgcgcaatc
    16381 catttccgag gaatgctcta cgccatacga ggcgaggatt tcgcgcttac cgtcctcatc
    16441 gatccgcgcc ctgtttagca gcatgtggaa gcgcttcagc agttgccgct tccggtgatc
    16501 gttgtctatt gttttcatca ttctttgaac taaaatctaa aaggtaaaaa ctaaaagtcc
    16561 taccggcggg agggggccgg tcgggtaccc ggcaactttt catttttagc ttttcgtttt
    16621 tccgtttacc tccggtcccc agtattcgtc cgcgcctttg tcccagatca ccaccgggcg
    16681 accgccgccg taacggctcg tggggaaggc tttgaacccc tcgatgcgga aggccacgtt
    16741 ggcatcgcgt aggatgcgca gggccgtggg cgtcgagggg cgccggccgt ccacgtgact
    16801 gatgtagacg aacagcttcg tggggaagcg ccgcttgagg tctttgtatt ctgaaaactt
    16861 cagatccatg aattgcacgg aatcgataaa gacgatgtcc gcactgcgtt gccgccgcag
    16921 cctttcgcaa agctcgtcct tgctttcgcg gtcgagtaac atccagcggg cgcccgcttc
    16981 gagcaagccg gcgcggtcga cagccatttg gatcgtccgc gaattgccct cctcgacgct
    17041 gttgtaggcc acgcggccga aggcggtcag atacttggat agcatcatgg cgaaggtcgt
    17101 tttgccattc ttcgtgtcgc catagatgat ccagctgccc gtcagttcgg gctcgcccac
    17161 cgcatcacgc catacaccgt cgaacccgag ggtgttgaac tttgtggtca gcacattgcg
    17221 cgccgtcaat gctcttttca taagctaaaa tctaaaagtg aaaagtgaaa agtgaccggg
    17281 tacccgatgg cgatctcccg atgcggagta cctggccatt tttcgttttt cgtttttagt
    17341 tgttagttcc cttcgagagt tcgatgttta tgcgtcggag ggatggcgtg ttatcctcac
    17401 ccatcagacg acgcagcagg cggttcacat ccgtatccgc cccggcgttg gctttgatga
    17461 tcatcgtggc agtcagttgc aggaagctct cggcctcttt gcgggccgtg ggcacgacct
    17521 tgccgtagcg cttgccaaag cggccgaaga tttcggcgta gcccactttc ttgttgtcga
    17581 tggcccggcg gatcttttcg ctgaggccgt cagcgcccat catgtaatac ccgcaacagt
    17641 gctccgtggc gttccatagg gctttgatct cgaggaaagc ctcatagctg aggtcgcccg
    17701 cttcgtcgag gatgaccagc ggccgatcga gcgttttgag gtagaacacg aggtcgttgt
    17761 agacgtctgc cagccgtccc gtgctaccca cgccaaactc ccgggcgatg ccccgcagca
    17821 gcttttgccg cgttttgacc tgcgagcaat ccacgtagac ggcattacgg tgcgttttga
    17881 catattgccg ggcggtgtag gtctttccga tgtcggtcag gtcgcagagc atggccgaga
    17941 ggccgttctg ctggcacatt tcgagctgcg ccgtgatgta tttgaagacg ggcgtttcgg
    18001 ccgtctgcca tgccggtgca tcggtcaggc cgacacccaa gcggcgggcg atgctgatcc
    18061 acttttcgtc ggccagcacc ccgaccgtct cgccccgctt gatgcggctg tattgcgcgc
    18121 tgccgatgcc aagcgtggcg gcaaagcggg cgtccgagcc gtcgaaattg gcccgacgcg
    18181 ccgccagcgc ggcccggatt ttctctttgt attcgttcgt gaggctcata tttgtgtgtt
    18241 ttgacgttat tcctatgact gagtactatt tgcttgaatg cataatccct gacgagctgc
    18301 ccgacaagca gttcgtcgag agtaccaaag ctcttttgtc gttttcccgg ctgatgaaat
    18361 gcccttgccg gcaggtgcaa ggggaaaact attggttagt tgaattgccg gctgacccat
    18421 atgctttctg cgaggcgatg attgctcatt ctctacaata ttatcctgtc gaaacatgtc
    18481 ctattcgtgt taagtagttt ctattttgtt ggttcataat tgatcgatcg cgcgggcggc
    18541 ccaatcctcc atcgaggccg tgagttcgtc ttcctcgtag ccgatcggct ggcgggtctc
    18601 gacgattttg accggcgccg cggccacagc ctcagccgtc tcccgatcca cccgacccac
    18661 ctggggaatc tcttcgcgtc gctcgcggat catccggtcg aagcgcgccg cacgcttatg
    18721 ttgcacgagc atccgcgcct cgtccgcctc agtgcgttcc gcggcgcatt cattgtacgc
    18781 catctccgcc cgagccgtgg cctggccgat gtaggcgtcg ccctgataga ggtagacgca
    18841 cggcaccgag ccatcctcga ggggcagcca gtaagccgtc acgcgccgat cgttcggctg
    18901 gaggcggctg agcatatcaa agtccgcaag ggcgaactcg gcattggcta cccgcacgta
    18961 gtcgttgttg cggatggtcg tttccgtcac gttgccgatg tgtttataca gcctttccgg
    19021 cgcgatcggc cgcagcgtcg ggttggcgtg tttcaaaagc acctcgcggc gggtcagccc
    19081 ggggaactct ttctgccgcg ggtgtagttc gttattgtgc agctcgatgt ctgccaaatc
    19141 gtcggcaatg atcgtttgcg gttgaaaggt ggggtcgatg aagtcgccgt gcaccttgtt
    19201 gcgcacgctt ttgaaggcct ccgccttgcc gtaccaacgg ccgcgcatgt gcccttgctt
    19261 cttcgatgta ccccatttga gcgaccggat gttgtgctcg gcccgtttct cggtgggcga
    19321 cgaacagaaa cggacgaatt ggaaggcctc gggcagccag tcgatgtttt gcatcaggtg
    19381 atgctctact tccagctccg ccggcatggg caaacccagc tccgtaagct cgcaaaagac
    19441 attgcggaag gcctccatca cggtgtccag cgtgggtgtg cccacggtgt aggccgggcg
    19501 gaaccagtag cccgagacga cgtccacgca gaggtatttg gccacccagc cgcgggtgct
    19561 tttgcgggac aggacggcgt cgtccatcga gattttggag agggcaaacc tgccattgtg
    19621 tcgcacatgc ttcgggcgtt gcgagttggc gtagtcgaac tggccgttgc ggtcggcata
    19681 gacggccgtc tcgttgacca cgtttttcag gtaccgccgg atggtcgagc agctcaccgc
    19741 ctgcgggcgg cctttgtaac ggtaatcctc ggggcggaac acctcgcccg tctcccggtc
    19801 gaacagctcc gtatcgcccg ccgcgaactc catatagagc tcgtgcacgc gggctgcgaa
    19861 gggcttgtcg ttcgttcgcc aaagcgccac gatcaggttt tcagcccggc gggacacctt
    19921 ccgcgccgcg tcgttgccca tgttgcgggg cagcagcgcg gcgtacccct cggccatgta
    19981 ggcgcggaag gcgcgctcga ggctgcgtgc gttggtgtac tccggtacgg ccacgccgta
    20041 cgtttcggcc gaccgccggc actcgtcggt gtgccaacgg agcatcgtct gccagtaggc
    20101 acctttccga agtttggagc cgctggccgc gcgacgttcc gtctgtcggg cgagtccctc
    20161 gcggagggcg ttgaagattg aggccttggc cgtgagctgc cggacggtct cttccgagag
    20221 gcgcccgccg tccgcctttt cataagcggc gaagaaggcc tccgcctccc gatccgtgtc
    20281 cacggtgtag agcgcccggt gttcctcacg cggcacgcgc cccatcaccc tttcgatcac
    20341 ccgcagccgg tcggcccggc ggatcgaccg cgcgtcgatc accgtctcgc cccgcacccc
    20401 gcggcgcaga atcttcacgt cgccgttgcg gcgatcgtaa caatactgcc gataagttag
    20461 ccccgactgg caccagtcgt tcaccgtcag ggcgggcaca ccatctatca ttgagtaagc
    20521 gggcatcgtg gaaactataa tctaaaagct aaaaatgggg aacccgggca gcgcataaca
    20581 gccgcccagt gatcactctc ggataagttt ttgaggcata taagggttag aaagagccat
    20641 tcgaggccgg gttttggact ccaaatcggt ttttggtgca atcctcggca cgttttaggc
    20701 tccaaatcgg tttttggtca aatctgaggc tcgttttggg cttcaaatcg gtttttggtc
    20761 aaatccgagg ctcgtttcgg gcttcaaacc ggtttttggt caaatccgag gctcgttttg
    20821 ggcttcaaat cggtttttgg tcaaatccga ggctcgtttt gggcttcaaa tcggtttttg
    20881 gtcaaattcg aggctcattt tgggctacaa atcggttttt ggtcaaatcc gaggctcatt
    20941 tcgggtggtt gtttggttgt ttagacattg aacaaagcaa caattaatcc tcgcccagat
    21001 agtcggctat tcgccgcatt cgtacccggt cacgccaaca gatccagccc acggtcgcga
    21061 ccagaagcag gtaaaaggca atgtctgcga tcgattccgt cccctccgtc gggctgcacg
    21121 agagcaacat cccgaggcac ccgaaccgga gccacatccc tacgctcgtc atcctgagcg
    21181 cgcccaaaaa catccgtagg ggcgcacacg catacgcctc cgggcatccc gtgagggatg
    21241 aatgcccgct cttgtatctt ccgttttcca tttttcactt ttcgtttttc gttgcactta
    21301 cgccctccct tggatatatc gttccacccg ttcggccgtc agtctgaccg actgtccatc
    21361 gtccgaatcg aacaagtaga catccaactc ccggtatcgg tatcgcagca tttcgcgccg
    21421 cccccggccc gtgtaccaat agcacgcgcc gggcctcaat tctctcgcct tcatatataa
    21481 ttcctccttt ctatcacgct caactctctg tataaaacag cctccatcgc ccatttcagg
    21541 cgcttatcgc tataaatgaa gttgcacgcc tccaccagca tctcattgct gccttttgat
    21601 gagacacata caacagggaa gtactcgccc tcaccactcc gttcgatcgc aaccaaaatc
    21661 gtcgcacgga cttcgccttt ctcttcgacc attctttcca gctcgtccgc catcttatgg
    21721 atccgctcga caaatagatg cctacgctcc tcgatgccct ccgtcgtatg gggggaagcg
    21781 acaaaaacgc ctttcagtaa gtaactcagc tcgtcaaacc cataaagagc gctgtccacc
    21841 cccgaaggcc ccagtgccat tgtgtcctta tccatttcgt ttttcagctg ttaatgatca
    21901 attctatcgc atcgctcagc gcctcgatgc gcgcctgcgc acgcagcaac tccacatata
    21961 gcgggtgcgc cacttggacg atctgttcgt ccatcagttc ctcttccagt cgttccgcgt
    22021 ccgcctgcgc caactccaac cgctggccca gctcgccgat tacggattca tacttcgttt
    22081 ccatcgcgtc gtttttcgtt gccatcagct cagtcgttca atgacggacg tcatccgcgc
    22141 ctccgacagc ggattcacat actcccgaca gttcttcagc gcccgttcct gcaaagccag
    22201 catcacgctc ccggcatgcc caccggcctg accagccact acccgctgca cgaaccacac
    22261 cgggtaaccc gtcgagcgcg ccacctgtat atagtcccgt cgcgacaggt agcgcctcat
    22321 ccgccccatc atcacccgtt ccagctcttc ccgttgctcg tcggtcagct gagcccccgg
    22381 cgccacgtag tagccatatt tccgaaggct cggcagcacc tcacccgtca cccatttccg
    22441 gaacgcccgg atcttttctc tgcgctcgtt tatgtaatcg gtgctcactc cgcgggcttt
    22501 ttgaggctga tattgaaaga tcattgaata caaaccgctc tcatttacga tcgcaacggt
    22561 ctgatttcca ccgggggttg tcatttgcgt cacccccttt tcatcatcat ctaaagccct
    22621 cattgttcgc tctctattca tgtcaccgaa atagtctgcc acatcctttg caacaaacca
    22681 cggctcatcc ttaatcattt gtatccggat cgatgctcct tctttccatt gtaaaatgct
    22741 cgtttccatt cttcttactc cttcatttta atacagttac ttgttccttt cctttctctt
    22801 tcagacccat atccagcgcc cgttgccgga tccgcttgac caagtctctg cgaaactcac
    22861 cgttcaaagc catgttcacc atccgggtgg tcaccccaaa tgcctcagcc aaagccttta
    22921 ccgatgccga atcccgcagg atctttctca tttccttgtt cgtactcata tatcttatct
    22981 ttagcgcgcc ttcctatcag gaaagcgctg caaacgtgta atcatttgat agtatagagc
    23041 aacaaaagat gaagaatttt ccaagtgtaa atgacaggat cttgtatctg attgataatc
    23101 agcttagcgg gaacaagaaa aaatttgcgg aaagaatcgg atttgcccct caagtcgtat
    23161 tcaatatcgt ttctgggaga aaaagcaagc cgagtttcga cgtgttagaa gcgatcatat
    23221 catcatttga tgaaatatct cccgaatggc tacttaccgg caagggggct atgctgcgca
    23281 ggcaatcggc gccggaagtg gctcccccac catcagaacc ggccttcccc ggccttatcg
    23341 agaaaataca ggatctatcc gtcaaagtcg gccgcttaga agctgagaat gagcacttgc
    23401 gcgccgtcat cgaagccaaa cagagggaga tcgaggccaa acaaagagag atcgaagccc
    23461 agcgaatgaa gattgaggcc aggcaaaaag agatcgagga taaggaacga cagatcaagc
    23521 tgatgcgcat tgatcacctg aaaaaagagg aacccgatat tcatactcaa tatctcgaac
    23581 ctgcccacgc acctctaccc cccaaaaaac ccgtagaatc cgccgaactg ttaaaatctc
    23641 agccccaaga agccctcttt accccctaaa gacggcctaa aacgctggtt ttaagcccct
    23701 ttgttgcgtc ccatccgtcg caactcgcgt tcctacgccg taataagggg caaaactcac
    23761 ctcgaaaagt ccacaactta acacatcatt aacacgcaaa ggggggattc tcgcccccat
    23821 ttacccccat tttttgaccc tacttttgac cccagtttga ccccagtttg accctacttt
    23881 gaccctaact ccaaaaacgg ggtaaaaaaa gaggggtgcc cgaacccacg tccgaacacc
    23941 ccgttttagc cctatttcga gccctctgag cgcctttgtt tatcccctca gatcatcagt
    24001 attcatgcgc cttttcgcgc gtttttagcc ctttgggagg tctcaatcca acccgcccgt
    24061 tgtaagcccc caattccatc ccctcgaatc caaccgaaat ccaagcaaaa tgtactgaat
    24121 gtttggcgcc cctttttctc acatccctgt ctatcagtgt tttccgtttt ccccgttgta
    24181 cttaatgttt tgtggggcat acattttatg ccccacatcg cggaggacaa aaaaatgagg
    24241 ctcattttgg gcttcccatg agggagggta ccaaaatgag cctcggaatg atcctcctat
    24301 cattgaagag gatgcggggc ggccgaatga gcggcctaac ggcttcttat ttcacgatca
    24361 ctttatgcac ggagccgtcg cgcagggtga tgatgtacgc gccgcgctgc atggggatgc
    24421 tcgtttcgcc ggcgggcagg tcgatgcgct tcaccaggcg accggccacg gagtagatgc
    24481 tcgctacgtc gctgcgatcg atacggaaat ggatttgctc gccgtgcgac cagacggccg
    24541 agttcatgat cagctcgttg gagacgtgat cggggccgaa ggtgaggatg acttcttcgc
    24601 ggacgctggg gacgatgtat tcgtattctc cattcgcgtt gaggatgccc gaaagctctt
    24661 ccattgcgcc accctgcaca cggcgattgg tgcgcaccat cagcgggcgg gagcctttcg
    24721 gataggaggc gctgaaacgg aagttgctcc ggctattcac cggccagatg cctgcccgcg
    24781 gtgtggtcgt gacgccactc acttcgggca tggtgaccgt atgcgtgagc accggatcca
    24841 cggcgttgcc aacacagagg taaacgacgc cgtccgtgga gaggctcagc gcgagggggt
    24901 actcctcgcc gtcgatcgtg acgctctttc ttgtcagctt caggttattg aggctgttcg
    24961 gagtcaccga tttatagtag atgagtggat agcagcgctt ttcgacacgc tcacacgggc
    25021 ggatctcgat atgcacattc acggagccgt aggtcgtgag tcggtctacg tcgatggcgt
    25081 cgctgtagct gccattcagg ccttgagtgg agccgatgga gaagtgcaga tcggctccgc
    25141 tgtcgaggcg taggtctttc atcgtcagtg tgccggcttg ctgttcgtag cattgtccgc
    25201 ggaggcgcag ggaggtgaat cccggattca gatgtccgcc gttttcgacg tgcacgtcgg
    25261 tgtactggat gccgaagccg ccaaaggtgg acgtggtgat cacatccagc gcgttgcccg
    25321 gcagccaaag ctcacttgtg gggcgtccac aagcgccgat gggctcgagg tgcagatggc
    25381 gggtgtacat tccggcgtag tctttcgaga gtatttgcgg ttcggagatc agctccaggt
    25441 ggccttcccg ctcgtgcttc tggtcggtcc aaaactccac ttggttgcgc gttttgagcg
    25501 tatcgacaaa gaagcgcgcg tggcggatgt cgccgccttt gacgtgatcg aaagaatccg
    25561 tgaggaagga gagcacggtg tggtcgagca ccaacacgtt ccgacgttcg gtgggtgtgt
    25621 gggggccgaa tttgatgaac atcgtgtcga gcggtgtctc gcccggcgca taaatcttac
    25681 ccttatagtg gctgacgcac tcgcggcaac gcttgccgtc cacggcatac tcggcgaagg
    25741 gggcagtgcg gcggctgtaa cccaatttga tgatgggttg gtcgccgggc aagccgctcc
    25801 aagtggtcca ttttacgcga tcgtctccgg cgcggatcaa actgtcgtgg caaatcaggg
    25861 agtctgtttt gatcacgatc tcggtgttgc tccccgcgtt ggtgagtgcg tcaagctcga
    25921 gcacgccgaa agtttcgatc acgggcgatt ccagcacgag gcgttggttg ccagctttca
    25981 gccgggcgtc actgtggaag gtgaggcggg cggtgtggtg caggtaggcg cgtggtgttt
    26041 cgccgctgcc gcagcccgtt gcctggcagg tggtggggca agtgggcgtg tggaggagca
    26101 tgttttccgt ccagttgccc ttgttcgcct gcgttttgag gaagagcccg tagccgcgta
    26161 catcttcgcc gtgcagaagg ccgttagccg tcggaggggt acccaaacca gtgccttcgc
    26221 cgccggtgta aatcagattt ttgtacacat cgatccgatc tgagaccacg gccgcaaatc
    26281 cgccactgcg gatgggatac gtgttgccat cgctcgccac gtaggtggtg aaggtgagtt
    26341 gcagatcgcg agccttattt tcgttcgggt ccagatcgca gtgaaaagcg ttgttatcac
    26401 atccgccatt caccccgccg gcatagccta cgcctcttct gacgggctgg ccgtcccttt
    26461 cttcgtagtc ggtgctaaga aacggatcct ctcgtgtgcc gatattggct aatccaccat
    26521 aattcagctt gatgttattg tctgcaccga taaaaaagct gttatccgaa tgcgtagatg
    26581 tgtaagagag gtcttggagg tagacgttat tccgcatttc gtcgcaatcg caggctttga
    26641 tcttagataa tttttcgagg ctatccatcg cggcgagtaa taagacccct ccgccgattc
    26701 cgccagtgat gtccacgggg tcgcgcaggt ctatatcgcc ctcgcgagtg cggaaaacga
    26761 cgtgtccggt agtgtacggg ccggtgagta aggcgccgcg gttcaagatg atattccccc
    26821 gccgaccggc atcgagcaca aggcttccgt tgtcgctctt atactccagc gagcggtgtg
    26881 cggtgccgcg ggccatggtg ttcaagtcgt tcagtgtgcc cggattctcc aatcggccgg
    26941 catacgccgc ccagcctgcc gcgctttcca cgccgcagcg accgagtccg ccgatgattc
    27001 ccgaatgttc gtagcggagc atgctctcgc ccgcgcgctg gtgcagattg ccgccgttgc
    27061 agatgtattc gctggagtag gggatggcga cgcgggtatt ccggcgacct ccgttttgca
    27121 tatctatcgc aaggcgggca aagtagacgt ttccgccctc catgccttcc gtgcgcgtca
    27181 tctgcgaccg actgtcatca aatccggctt gcagattgac ctcggccgtg ccacctgttc
    27241 cttgataaat gaacgcattg tcggtgcccg ttttgctatt cccgacgtaa gcctccgtgg
    27301 gcgtgtaaat tttagagccg gccgcatagc cgaggtagag atcgcccttt cgagagatga
    27361 cgttcagcgt gtccgcgttc tgtcctgcat attccacgcg agccgtacgg acgttatttg
    27421 cggctacgag gttggtttcc gtacctccgc cggccggacg agtgattttt gtgacgtcgt
    27481 tgaggtacag attgccgcga tgaccattcc gatcggccaa gccggcatta tcgcagcccg
    27541 atacaagggc ttgatccggc ttgcgatcct ccgcccagaa ggtcaggagt ccgctggcca
    27601 cgtcgtccgt atatcccgcg gtgtaatcaa tcccttgggc aatcacgttt cgactctccg
    27661 agaggatcag aaggttgtta ttcatccccg gcttccacac ctcgtcggtg cgaaactccg
    27721 tattgcccag cgcctggata tgcattgcgc cgcgatcttg cgtcagcggt gcataatagg
    27781 taggcgccac ggggtcgttt gctccattaa tcgcgtgttg cacagtgtcg ctcgtggaag
    27841 gatggaaaac gaggttagcc tcgcaggccg ttttgttgtc attatttcca tagttcaaaa
    27901 tatagagcgg cttcgttccg gtaatcttca aattgggcgt gccaaagcca ccgccgaagt
    27961 gcatagtgaa gttatcgagc ggaaggcagc cctcaaagtt cttgaggata ccgcccgagt
    28021 acacattcag gtgctttctg cccgcgcctt gcggtcccag ctcgatgacg ccgggattat
    28081 ttccggtgaa agctgctggc acggtgtcgg tatgtatatc cgcgttgttc gttgtccaat
    28141 gataatcccc atacaggcca aaaatggacg ccacggctcc cgtaggcggc gcggcgatgg
    28201 gatggttggt gatgtgagcc gtcggattat tgttcacaaa ggctcccagg tgcggctttt
    28261 cgaagttatg cgtcgcggcg ctgtcttcat ataaataaat gtctgtcgcg gcctgcggaa
    28321 aattgccttg tttgaagaaa ggatctgacg aaccggtcgg cgtttgggcc atattcaggc
    28381 tgtcgatgtt gcctcggatg cgcagggtga accttccgcc gtgtgcgggg tcgttattgg
    28441 gaagcgcgag gatggcatcc gtagccgtat tgggtagggc ggtaccgtcg tgagaggttg
    28501 ccggcgttgc ggtacggtct tttacgtcgt gcgcgatgca tacccgcgcg tcgggctgta
    28561 tcaccacggc gccgtcgacg aatgtctgcc cgatatctac ggcttttttc cagaagggat
    28621 tgattgaaaa cgcggtggat gcgcctgaat tgcatcgacc aagctgaccg atatacttta
    28681 tagcacctga atggatcgcg gtatcgatac tcgcttcatt tttttcaaag taccagcgga
    28741 tatcttcgaa tatcaagttg ctaaattgat ggatacccgt cgggagcacg atactcgtgg
    28801 ggcgctgata gtttttcaga gatcccccat tgtttgccgc agaggtgaga gagacttgcg
    28861 tcgacaaagc agcggcatct tgcatcgggc tacccgtcag ctgcaccaaa cgcaccccat
    28921 cgtccgtcgg ataattcctg cgcgtgctgt ctgggctgcc tatgcgacca aaaaaagtag
    28981 gatcccacga ctttgtatag tatccgtcga tcgtagaagt atataccgcc tccgggatag
    29041 gggcagggcc ggaagatgtt tctgcatacg ttcccgctgg catctgatgc tgtatgactc
    29101 taatgatata accgcccggc acattgggat catttacgca gctgattgcc gtaaagaccg
    29161 tttcaccaca tggcgcgaaa gcatcctttc ctccatgtct gcttcttaca actccattta
    29221 aagctggagt taggtctgga tgatcgccaa tccctaactt ataccatttt tctgcctcat
    29281 agttcgtata attattcttg ttgaaagaga actctatcaa cttgaactga ggtgtcccat
    29341 ctggtgattt tacaaatcgt ttaggttgtg tatttgcatc caatccagat aagttggggt
    29401 agctcgttgg atagggaacg ctgttgggat gcgtcgattt gttcggaata cgattaatta
    29461 cggagatcca tcccagtgcg tatccctgtc cagtataggc tcgaatcacc atatttccat
    29521 tgggacggtt tccatcgacg ccgttatcac ctatttggat gtcggttaag ctcggcgaga
    29581 cgaaaagcgg ataggtgtac gcccgattgt aggctacccc gccggtgtac gagaaatctg
    29641 gattcggata aggggtcaac gtgaagttag gccccagtat atttctcgtc gcactcgttc
    29701 cgttgctgat aatcgaggac tctccggcgc cgaatgcgtt atttaccttc actgtgccgt
    29761 tcggattgcc atccggactc agtatagcgc ctgcctgccc ccatattttg cccccgaaag
    29821 aggccaaaag ggctgcaata agtagcgtag cgtaaagtct tttcttcttc atattgtatc
    29881 gagtaaaaaa attgagctgg caaagataga agaaggtcaa accgactcct ttctaaccct
    29941 ttattgtcct aggcaaccgc atcaaatttc gaggagttct ttgagatagt cgatattgag
    30001 atccgcggtg aataatctct ttcgaatgga tagcttgtct tttctctgtg agacaatggc
    30061 taaggccagt ttcctgattg tgttgaggtt ctgagctgcg tatgctttgc gtgcccgaca
    30121 atgatcttct ctgaaggtta cgtcaagatg ccaatgcaat ctgttttcta ttccccagtg
    30181 accacggata taagtaccga tcctctccac agcctcggct ggtaagctgc tcaaatagta
    30241 ctgtttatca cgccgctctg ttccgtcgga gaaggtgaca agacgctcga cctggactaa
    30301 agaagacata tttctccatg gctcatattg cgattcatct aagacttctt ggggtcgaag
    30361 tgctgtataa atccgctctt ccacccgccc atgatcctta tccaatgtgt gctgtatgta
    30421 aactgcgtgt agcggccggt aaaagcatct ttcacgtctt cggataagtg tctgtgattc
    30481 ctctttagag ctaagacata atcggcctcc gattccacaa tcatccctga gcaatatcgg
    30541 tttgcgtccc catggcatcg atgctcacca cagctcccgt gagatcaatg ctgtcaagca
    30601 cgtcggggat gacggtgatt tcattgcttt tctcttccac agccttaccc gcaatgctga
    30661 tggtgtgttc atcgacccat gctgatgagt atgtgggtgt atgagtcaga agattttgat
    30721 ccgcggatcc gtttgccatc tatagagaca agtttgcctt tcaagtcatc gacaagtgtg
    30781 ctgccaaaga ccgacaggca ctccgcaaaa gccgtaggat caattcgaga aatcaccctt
    30841 tcgattgtgt ccacactcgg acagccattg ggtagttcta acaacggctt cagcgactca
    30901 cctcgatgtt tacagaactc atacatagat gcataatcgt ctccgccaca gagataagtg
    30961 gctatagcga tgattaatat gtcgctcaac ttgtgcttgc aacgtccctt tacacgagga
    31021 tccggtacag tagagaaata gtcgatcttt tccatatctc aaaggtaatg acattttgat
    31081 gcggttgtcc tgggcaaccg catcaaaaat ttctcatgga tataactatc tgataatgag
    31141 tttcagctta gaaatctcac tgtatctatc aatggacgcc gtgcccgtca agcgcaatga
    31201 gttggacgct attcgtcggc ttttggatga acttgacgtc accgacgccc tgatcactat
    31261 cgatgcaatc ggctgtcagc acgacgtggc agcgcaggtg ttggaggccg gaggcgatta
    31321 cgtgcttcag gtcaaaggca atcaaccgac cctgctacaa gaactggagg acagtttccc
    31381 aaa
//
LOCUS       SEQF2634|AYYE01001172.1  917 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..917
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(45..830)
                     /locus_tag="SEQF2634_01661"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRQDDYEAFVAKFERKRTSDDCYTPPEVYDIVHGWLGEQVDL
                     RGAQIVRPFWPDADYKQVEYPAGCVVVDNPPFSRFAEIVRWYLERGVRFFLFAQHKTI
                     LGLDAPYTRLVCGADVIYENGAAVRTSFASNLFGDVLAMSVPDLYERLTAAARSKDPL
                     PRYSYPSHVLTFSDLARCASHGVALSIPRNEATFVRRLDSQQASKRGIYGGGFLLSDR
                     QAGRMEEALREADRRKAEKAASVTWAISDREREIIAQLSAGQA"
ORIGIN      
        1 gtcagaaaca tggggggaag aaatgaaaaa cgaaaggtga aaaactaagc ctgcccggcg
       61 ctcagctggg cgatgatttc gcgttcgcgg tcggagatcg cccacgtcac gctggcagcc
      121 ttttccgctt tgcggcggtc ggcctcacga agggcttctt ccatgcggcc ggcttgtcgg
      181 tcagacagca aaaagccacc gccgtagatg cctcttttcg atgcttgctg gctgtccaga
      241 cggcggacaa acgtggcctc attgcgaggg attgagagtg ctacgccgtg gctggcgcag
      301 cgggccagat cggagaatgt cagcacatgc gaggggtagc tataacgcgg caaaggatcc
      361 ttgctgcgcg cagcagcggt gagacgttcg taaagatcgg gcacggacat agccagcacg
      421 tcgccgaata ggttgctggc aaaagaggtg cgcaccgctg cgccgttctc ataaatcaca
      481 tccgcgccgc aaacgaggcg tgtgtagggc gcatcgagac ccaaaatcgt cttatgctga
      541 gcgaacagga agaagcgtac gccacgctct aagtaccacc gtacgatctc ggcaaacctt
      601 gaaaacggcg gattgtctac cacgacgcac ccggcggggt attccacttg tttgtagtcc
      661 gcatccggcc aaaaggggcg cacaatctgg gcaccgcgga ggtcgacctg ttcgccgagc
      721 cagccgtgca cgatgtcgta cacctcgggt ggcgtgtagc aatcgtcgga ggtgcgtttg
      781 cgctcaaatt tggccacaaa ggcctcataa tcgtcttgcc tctttttcat gtcgtatcgt
      841 attcctttta cagcaccgcc gcgatgcgct tcagcttcac ccagtggggg aagtcgctct
      901 cgctgtaata cttcacc
//
LOCUS       SEQF2634|AYYE01001173.1 1333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggagcgcct ccgtcaggcg gcggtcggtc ggggcgtcgc ccgtgcgtcg ggtggtgccg
       61 gcgatcgggt cgatgaaggc gcgctggccc tcgatcttgc agtgcgtctc gggcgatgag
      121 ccgaaaatgc ggtagccgcc gaagtcaaaa tagaagaggt agggcgaggg gttgatgcgg
      181 cgcagggcgc gatagacggg gaagtcgtcg ccggtgaaag gctggatgaa gcggcgcgag
      241 aggacgatct ggaagacgtc gccccgcatg cagtgggcga tgccgcggcg cacattggcg
      301 cggagctcct cgtcggtgag ggtgctcacc gccgggccgc gtcgggcgaa agcgtaggtg
      361 gcatagttgc ggttgtcgat ggccgcctcc agcgccggca gcccgctctc ctcgccgtcg
      421 gccctaagct ccacgagtcg cagctcgctg cggaaggggt tgatgacgat gacatagcgg
      481 tagaggatgt agtagatgtc cggggcatcg ttgcgctcct cgcggctctc gcggacgggg
      541 atgcgctcga agtaacggac ggcgttgaag gtggtgtagc catagaggcc gcacacccgg
      601 cggtcgtcgc ccgagacgtg gaagcggttc atgaagtcgc gcaaggcatc ggtcacggcc
      661 tcggggcggt cgggcagcgt gtgctcctcg cgggcgccgt cgggcagtgt caccgtggcc
      721 gtgccgcggt tgatggcgat gctcgccagc ggacagagcg caatgaacga acgcgagttt
      781 tcgcccgcgt gataatcgga gctctccatc agcaccgatt gcggatagag gtcgcgtaac
      841 ttgaggtata ggctcaccgg cgtatgcata tcgcccggga tccgtttgct atgagtagtg
      901 tagttataag tttccatacg atgtagatca attaataatg agtcaaaaat tagaggcacc
      961 cagcaaagaa ggccggcgtc cctgtttggg atcaatcggg cagacatgta ggtcagccgc
     1021 tcccaccaag tacccggcaa ggatgaccgg cgtccctgac gccttgattt tcttttgctt
     1081 cttttcttgc atcaaggcaa gaaaagaagg ggtcgttaaa gcagtcaaga aaagaaggtc
     1141 atcaaagaag gccgttaatg cttcgcagag agatacgtct ccatatcctt atccccccgt
     1201 ccagagacag tcagcaccac cagctcgtcc ggtccgaaac gcagtcgacg gagcgccccc
     1261 agcgcgtgag cagactccag cgccgggatg atcccctcca gccgagtcag ctcgtaagcc
     1321 gcctccaccg cct
//
LOCUS       SEQF2634|AYYE01001174.1  403 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggcatgatg agagcaacaa ggggaacaaa atggctataa aaatgaactt catgatgctt
       61 gcttaattca tttcttgggt tttgattcta tacttcgata aacatatccg taatcgctct
      121 tttctgggtt gcaaagctaa gaagcagtca ggacttttcg gacgtaacga ggcaaagagt
      181 tttttccgct ctccccatcc cacatcggtg catgcctcaa ccgcgtcgcg gtcggggcat
      241 tccgtgcgat ggaatgcgtg aaccgtggtg cgtttgattg ttttacggtt gtggtatgtc
      301 ctaaccgtgg tgcgttttta tgcctctggg taggggcgta ttgcatacgc cctacaaacg
      361 accctccgaa ggggggcgag ggccctgcct ttggtcgtgt aca
//
LOCUS       SEQF2634|AYYE01001175.123334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..23334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(4..555)
                     /locus_tag="SEQF2634_01662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFIFIAILFPLLLSSCLQKGKSRLAPNLSVATRDTTEEEEGGH
                     ITSCHIRVRILDEYGNDLLDPSSSSPKAIDASKIKFYYVRGGKELPCGIEGRPRGGYV
                     ITPEGSGPSYYEIKVFLDISPEDSITTTLLDWGDGHRDVFKTYFFRKPGVIIRQKVWL
                     NDSLVLDIPKRYGPKDLIFTIRR"
     CDS             2423..3451
                     /locus_tag="SEQF2634_01663"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLVIERVGMNKLDNAQHVQLHSALYAIMAEFDLTKIGIPEE
                     AKTEWDGSLHLEKDLNIETTASATSKLLRKKDEARNRLALFIFSQVRSFLLSPETDEA
                     EAAERLYVVTKGYAGIQLESQDRETAHIDGLVEDLKKTEHAADMTKLRLTSALTKLET
                     LNKEFAELHLQRTKERAAKKLPATAKVRAEVDEHFERILDLLKSNYLFGKTPIEPALI
                     ETLVGRFNQRMHESDAAYRQGQAIKKASADKKKKPDAPKNPKDPKDPKPKKPGKDDGK
                     PDIHLPEGSDPKKPDAPEKPEGEGSGTGGDGAKPGGGSGTGGGEQPKKPKEGGGDSGN
                     PDIHLPEE"
     CDS             complement(4042..4626)
                     /locus_tag="SEQF2634_01664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQIEDTIVSLDVIERRFMCDLSQCRGACCIEGESGAPLEEGEA
                     EQLRLALPEVWDELKEDAREVIRQQGVSYLDADGDEVTSIVNGRDCVFTRYAPDGTCH
                     CALEQAFREGRTTFMKPISCRLYPVRVTQYRRFRAVNLHRWEVCRPAEILGERLGIPA
                     YRFLREPLISKFGAEWYAALEAAAEMVARQSGQK"
     CDS             complement(5339..7780)
                     /gene="thrA"
                     /locus_tag="SEQF2634_01665"
                     /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
                     LAENGVSVFMVSQASSENNTTFGVRNEDADRAVEALNKEFSLERSQGEINDVTAEKGL
                     ATVAIVGEDMKRTPGIAGRLFGTLGRAGISVIACAQGASETNISFVIRSEVLRKALNS
                     IHDSFFLSEYKVLNLFIAGVGTVGSNLLEQIRGQQENLKKQNRLKLNIVGVANSRKML
                     FRREGLNADTAVEELKAEGVPTSPALLREEILQMNIFNSVFVDCTSNEDVAAIYESLL
                     DKNISVVAANKIAPSSAYDHYRLLKDTARRRDVKFLFETNVGAGLPIIHTINDLINSG
                     DHVIRIEAVLSGTLNYIFNTIDADVPMSRAIRLAVDSGYAEPDPRVDLSGKDVVRKLV
                     ILAREAGYRVEQADVKQRLFIPADFFDGSAENFWARIPELDAYFESERKRLAAENKRL
                     RFVARMADGACEVGLEEVCSTHPFYELEGSNNIIMISTERYHEYPMIIKGYGAGADVT
                     AAGVFADIISIANIR"
     CDS             complement(9060..10229)
                     /locus_tag="SEQF2634_01666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHQPTQRLLALDILRGITIAGMITVNNPGSWSYVYAPLGHAEW
                     NGLTPTDLVFPFFMFIMGISTYISLRKYQFTYSASAARKIVRRTAVIFAIGLAIAWFG
                     LSCRTWHALAEEADLSFASRLWRAVTNFDHLRILGVMPRLALCYGATALIALTIPHRR
                     IPLLIGAILAGYAVLLFLGNGFAYDETNVLSVVDRAVLGPDHMYKDNGIEPEGLLSTL
                     PAIAHVLVGFCCGALLIGVTDVRDKMLRLFLVGTAMALSGWLLSYGCPINKKIWSPTF
                     VLTTCGMAASLLALLVWIIDVRGHRRWCRFFESFGVNPLFMYVLAAVFAILLGNIRIP
                     HGDGEFVSLGGYIYGDVLRPLLGEYPGSLAYALLLVCSCWCIGYVLYKRNIYIKI"
     CDS             complement(10245..11483)
                     /locus_tag="SEQF2634_01667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRYLFLSLILYFAVGTVASAQKVRVKTGIEVLQDEHFRRLEGK
                     RIGLITNPTGVDHHLRSTIDILHEAPNVRLVALYGPEHGVRGNVHAGDTVSGTVDPAT
                     GLPIHSLYGNTRKPTPDMLRGIDILVYDIQDIGCRSFTYISTMGLAMEAAAEAGIEFM
                     VLDRPNPLGGERVEGCIVEDGYQSFVSPYPIPYVYGLTCGELARLLNEERMIGQRCRL
                     QVVKMKGWRRRMSYAETGLPWVLPSPHIPHPETAHYYPATGILGELGTTSIGVGYTLP
                     FQLFAAPWINGPQLARRMNTLRVPGVIFRPIYLKPFYASFKGEFIQGIQVHLIDTRHA
                     PLSELQFLVMQEAAALYPNHSPLQEADSSRLRMFDKVCGSPEIRRRFTQRFRWNDVRD
                     YWMKDVVAFRRLSRKYYLYK"
     CDS             complement(11480..12775)
                     /locus_tag="SEQF2634_01668"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPSPKRSAWRWIPSLYFAEGLPYVAVMTIAVIMYKRLGLSNTD
                     IALYTSWLYLPWVIKPFWSPFVDLLKTKRWWIVTMQLLIGAGFAGIAFSIPTAYYLQL
                     SLAFFWLLAFASATHDIAADGYYMLALDSGEQSFFVGIRNTFYRLATIFGQGILVMLA
                     GALETGTLLPDTPLRIPMAWSLTFYLLAALFIGLTLYHKIVLPRPASDAPRTELSVGQ
                     LASDFFHTFVTFFQKKHLGLMFFFLLTYRLGESQLVKIASPFLLDKHAAGGLELSTAT
                     VGMIYGTIGVIALLLGGVLGGIVVSRHGFRRWILPMALAINLPDALYIYLSAVHPDAW
                     QVIVAVAIEQLGYGFGFTAYMLYLIYIAEGEHKTAHYAIGTGFMALGMMLPGMAAGWI
                     QDTIGYTPFFVWVCICTLPGILASVLVRNKIDPAFGKKS"
     CDS             complement(12772..14250)
                     /gene="pglI"
                     /locus_tag="SEQF2634_01669"
                     /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
                     STGREDILYVPSLQSTEAIFTMARMSRGTPYLIYYTKYTPLRLGYLALERMVQVMEST
                     HASMVYADRYQQDGDEQRPAPVIDYQRGSLRDDFEFGSVMMFRANVFRATAVTMGSSY
                     HFAGLYDLRLQLSERAPIVHIDEYLYTEVLSDRRKSGEKIFDYVDPRNRESQIEMERA
                     CTDYLRSVGAYISPDEIKPLALDATGFTREASVIIPVRNRVRTIEDAVRSVLSQQASF
                     DFNLIVIDNHSTDGTTDILRRYAADDPRVIHLIPERNDLGIGGCWNLGVQHDACGRFA
                     VQLDSDDIYKDEHTLQTVVETFHREQCAMVIGSYQMTDFHLQPIPPGLIDHKEWTPEN
                     GHNNALRVNGLGAPRAFYTPLLRALPLPNTSYGEDYAIGLTVSRNYRIGRIYDPIYIC
                     RRWEDNSDAALDVTRSNRNNFYKDKIRTWELQARIRMHEEIS"
     CDS             complement(14388..17498)
                     /gene="xly"
                     /locus_tag="SEQF2634_01670"
                     /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="MGTFVLHFKMNKSIHHMNNHTIHCLARYAGQYLLGLFMLSGLST
                     ANSAAQTLPKDLSQKAATYLSTWAKRRAHVGNVSVDSIRTSGRKVIFYADVTLSYIPM
                     REPDVKDALLNLSAMLPKSYRDYSVEIRTDGQSISDLVPAAYRTEESKKIDPPRSGSD
                     HPLITRLSSPATAKHGLNGRHIALWQSHGLYYERKLGRWEWQRARTFGTVEDLYTQSY
                     VLPYLVPMLERAGANVLLPRERDTQGVEIIIDNDGCRNQSTYTEKNAKMAWRAGEGKG
                     FAHLRDRYTGQENPFREGTYRAVESIAKGKESTAEWTPDIPRAGRYVVYVSYKTLPNS
                     TEEALYTVHHKGGSTRFAINQRMGGGTWIYLGHFDFDRGRHPSGRVVLSNLTGRGGEI
                     VTADGVKIGGGKGNIARGVTLDKRATTNVHSASSTEEDEAPTTPYPSETSGYPRFTEA
                     ARYWMQWAGVPDSIYSPSGGKNDYTDDYRGRGKWVNYLAGGTSANPQEPGLGIPIDLS
                     FAFHSDAGTTTNDSTMVGTLGIFCTDVYDGVFADGSTRYASRDLTDMVQSSIVHDVRT
                     LYEPRWRRRAMWNRPYSEARTPRVPAMLLELLSHQNFADMRLGLDPRFRFTVSRAIYK
                     GMLRFLANRYGRKYAVQPLPVDHMQLRFLREGEAELSWRAVQDPLEPTAEAKQYIVYI
                     REGDGAFDNGTLVSKPTFRHAQQPGVVYSYQVTAVNDGGESFPSETLSAGRAKQERGV
                     VMVINGFDRVSAPDDFSTDSLAGFTDWTDHGVPYINDISYIGSMKEFRRSAQWTDDDA
                     AGFGDSRSNYDTVVIAGNTFDYPALHGQSILRAGYSFVSCSNEAVEDQMVDLKNYRII
                     DLILGKQRRTKMGRGGVTPLQFEAFSRGMQRALTDHCKRGGRIFVSGAYVGSDLFNSP
                     QSTPADQFFATNTLHFKWRVGQASSTGQVRGIVSPYPAFDGTFEYYAEPNPDSYVVES
                     PDGIEPADESGHTVMRYAETRISAGVVYAGKYRTCVFGFPFESIKKASDRDRIMQSVL
                     GFLDEN"
     CDS             18470..19441
                     /locus_tag="SEQF2634_01671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREIKKIANDTTRYPMAMHIDMQEQIYGLIQPFAPEKILLGTTD
                     IPSWKKDIDQEKDAVRDTPPSESIPFLTAKGKKRREIVSSLFLEIRAASTSPVETRAK
                     AAHRLRLVIDSYKGLQRENLIEETGHVSGLLNDLDKPTATADLATLGLTEVVQMLHTV
                     HNEYLTLRGSRVKDLASDTLPSGASLRVKNDATADQIFRHIEAAYLSTTTDDDRKAIG
                     ELIDRINAVLGMIKTTYRQRIAQKKASSKKKKGGKDKEPKQPDPPKNPKKRKDEPDIR
                     LPEDEKPKTPDTPGGDTPKKPEGGGETPEPPKKPESGGSPEIHLPEE"
     CDS             complement(21357..22880)
                     /locus_tag="SEQF2634_01672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSSDDIRHLADKKITEAQLNEQLACFANGFPFLSLVASATAG
                     NGIRVVSDEELAQYIERWNTYLTRDAHILKFVPASGAASRMFKNLFAFLSSSSDSPST
                     DFERTFFDQIDSFAFFGTLDAACRTNEGMGVHELIAAGRYKAVVANLLEARGMDYGEL
                     PKGLLLFHGSADGPRTALEEHLVEGALYARNQAGRVNIHLTVSPEHQALFEQLVRRVV
                     PAYESRYGVRYDISFSTQQPSTDTVAVDLQNQPFREADGTILFRPGGHGALIGNLDAM
                     DADVVFIKNIDNVVPDRMKPVTVTYKQLLAGILVDLHDRISNYVRLIDSGACSPEQVD
                     EIDRFVRETLCVRNPSMPTELKDRIAYLRRKLMRPLRVCGMVKNTGEPGGGPFFAVDP
                     DGTISLQILESSQINMSDPHARHLFEQGTHFNPCDIVCALRDPYGHKYHLPDFVDRNT
                     GFITQKSKDGRELKALELPGLWNGAMSDWNTVFVEVPIETFNPVKTVNDLLRPEHRN"
ORIGIN      
        1 gggttagcgc ctgattgtaa agatcaaatc tttggggccg tatcgcttag gaatatccaa
       61 gacgaggcta tcattcaacc aaaccttttg ccggatgatt acgccaggtt tgcggaaaaa
      121 ataggtcttg aaaacatctc gatgaccatc tccccaatcc aaaagagtcg ttgtgatcga
      181 gtcttctggg gaaatatcca aaaagacttt gatctcataa tacgatggac cacttccttc
      241 gggtgtgata acgtatcctc ctctcgggcg tccttcaatt ccacaaggta attcctttcc
      301 acctcttaca taatagaatt tgatttttga agcatcgata gctttgggcg aagaggagga
      361 tggatctaac aagtcattcc catattcgtc caatatccgc actcgaatat ggcaggatgt
      421 aatatgccca ccttcttctt cctctgtcgt gtctcttgta gcaacggaca agttgggggc
      481 gagtctgctc tttccttttt gaaggcatga tgagagcaac aaggggaaca aaatggctat
      541 aaaaatgaac ttcatgatgc ttgcttaatt catttcttgg gtttttgact ctatacttcg
      601 ataaatatat ccgtaatcgc tcttttctgg attgcaaagc taggaagctg tcaggacttt
      661 ttggaggtaa cgaggctgag aatttttccg ctctccccat cccacatcgg tgcatgcctc
      721 aaccgcggcg cggtcgaggc attccgtgcg atggaatgcg tgaaccgtgg tgcgtttgat
      781 tgtttcacgg ttgtggtatg ccctaaccgc ggcgcgttta cgtatccctg tgtaggggcg
      841 tattgaatac gccctacaaa cgaccctccg aaggggggcg agggccctgc ctttggtcgt
      901 gtacaggcat tcgctatcca tgggatggcg ctttgtgggg cgtatgccat acgcccctac
      961 cctgacggcc gaaaaatgat cgcggtcggg gcatgttcta tcgtgttacc ccaaaaatag
     1021 gctgcgttta ggggatgcta tggggtggga ggtggaaaat gtggtgcgtt tgattgtttc
     1081 acggttgtgg tatgcataaa ccgtggcgcg tttttatgcc tctgggtagg ggcgtattgc
     1141 atacgcccta caaacgaccc atttatgggg cgaatgatcc aaatgatcga tcaccgatac
     1201 gcgttcttgt cccctgcggg gccattcggt agggcgtatg ccatacgccc ctaccctgac
     1261 ggtcgaaaaa tgatcgtggc cggggcatgt tttgcggtgg gatacgaaaa ataggctgcc
     1321 ttttggggat gctatggggt gggaggtgga aaatgtggta cgtttttatg cccctgtgta
     1381 gagcgcaaaa gcatacgccc tacaaacgtc ccatttatgg ggcgaatgat ccgaatgatc
     1441 gatcgctgat acgcattctt gtcccctgcg gggccattcg gtggggcgta tgccatacgc
     1501 ccctaccctg acggccgaaa aatgatcgcg gccggggtat accattgggt gggatatgaa
     1561 aaataggctg cgttttgggg aggctatggg gtgggaggtg gaaaatgtgg tgcgttttta
     1621 tgtccctgtg taggggcgta ttgcatacgc cccacaaacg acccatttat ggggcgaatg
     1681 atctaaatga tcgatcgtcg atgcgcattc ttgtcccctg cggggccatt tggtggggcg
     1741 tatgccatac gcccctacca tgttacccga aaaatgatcg cggccggggc atgttctatc
     1801 gtgttacccc aaaaataggc tgccttttgg ggatgctatg gggtgggagg tggaaaatgt
     1861 ggtgcgtttt tatgcctctg ggtaggaatt atcctgcgca gaaggtgcgg ggtgtttgct
     1921 gtttcaaaaa agacgctaca ttcgccgccg ttacgacagc ggtcgtagac atctttttga
     1981 aatgatgggc gtcggagcga tcggtaccag gtggatggcc tgaacttggg tcaagtggca
     2041 ggctctatct gagtttgatc gatctaacgc gacgagtgca aaagctccta ctaagtagca
     2101 agactgaaac gcgccgcgtt tgggacctcc tactaagtag caagaccgaa acgcgccgcg
     2161 ttttggactt cctacttagt agcaagactg aaacgcgccg cgtttgggac ttcctactaa
     2221 gtagcaacac taaaacgcgc cgcgttttgg acttcctact aagtagcaag actgaaacgc
     2281 gccgcgtttg ggatttccta ctaagtagca agactgagag cgtatcggct tcgggcttct
     2341 ctcttggtgg agatcctctg gggcatcatt gatcactata acacaaacag taaatgtatc
     2401 attatcaatc aagaaagacg agatgaaaaa gggattagtt attgaacgcg tcgggatgaa
     2461 taagctcgac aatgcacaac atgtgcaact gcacagcgct ttgtatgcca tcatggcaga
     2521 gtttgatctg actaagatcg gtataccaga agaagcgaag acggagtggg acggcagcct
     2581 acatctggag aaggatctga acatagagac tacggccagc gctacgtcga aactgctaag
     2641 gaagaaggat gaggcgcgca accgattggc gctattcatt tttagtcagg tgcgcagctt
     2701 tttgctgtcg ccggagacgg atgaggctga ggctgccgag cgtctctatg tcgtgaccaa
     2761 gggatatgct ggtatccagt tggaatcgca agatcgggag acggcacata ttgacggctt
     2821 ggtggaggat ctgaagaaga cggagcatgc ggccgatatg accaaactgc gccttacctc
     2881 ggcacttact aagctggaga cactcaataa ggagtttgcg gagctgcatc ttcagcgcac
     2941 gaaagagcgt gcggcgaaaa agttgccagc tacagcgaag gtgcgtgccg aagtggacga
     3001 acattttgaa cgtattttgg acttactcaa gtcaaactac ctctttggca agactcctat
     3061 cgagccggca ttgatcgaga cgctggtcgg acgcttcaat cagcgcatgc atgagagcga
     3121 cgcggcctat cggcagggtc aggcgataaa gaaggcgtcg gcggacaaaa agaagaagcc
     3181 tgatgcacct aagaatccga aggatccgaa agatccgaag cctaaaaagc cagggaagga
     3241 cgacggcaag cccgacatcc acctcccaga gggttcagat ccgaaaaagc cagacgcgcc
     3301 ggagaagcca gaaggtgaag gtagcggaac gggcggcgat ggcgccaaac caggcggtgg
     3361 cagtggcacg ggcggcggcg agcagcccaa gaaaccgaaa gaaggtggcg gcgacagtgg
     3421 caatcccgac atccatctgc ccgaagagta accgtacggg acaaaaaacg aagatctaac
     3481 aacgaaaggg tcggggacgc ataggaagaa tccaactgcg cacccggctt tttttctgcc
     3541 ggcagggtag gggcgtattg catacgcccc atatatatcc cgcagggata aatgtggcga
     3601 cctatagata gataagatcg cccctgccgg gtcgtttgtg gggcgtattc aatacgcccc
     3661 tacccgagac aacagaaaac gaaagatgaa caacgaaaaa atcaggtacc cagccaaatt
     3721 ggccggcatc cctgatgcct tgattttctt ttcgcttcct tttcttgcat caagacaaga
     3781 aaaggatgta ggggttaggg ggcaacgcac cctccctcca tgttatatgc gccggcctgt
     3841 aaaaatttga cccttcccat cgtcttgaat ccgcccctgc cgggtcgttt tgtggggcgt
     3901 attcaatacg cccctaccct gacggtcgaa aatagggcat ccaaccatca tacacccgcc
     3961 ccttttgggt cgtttgtggg gcgtatgcga tacgccccta caggggacat cgaaaaaggg
     4021 gcattctttc ccctttcgaa gctatttctg tccggattga cgggctacca tctcggcggc
     4081 agcctcgagc gcggcgtacc attcggctcc gaacttgctg atcaggggtt cgcgcaggaa
     4141 acggtaggct ggtatgccca accgttcgcc caaaatttcc gccggccgac atacctccca
     4201 ccggtgaagg ttgacggcac gaaagcgacg gtactgcgtg acgcgaacag ggtagagccg
     4261 gcacgagata ggcttcataa acgtcgtgcg accctctcgg aaggcctgtt ccagagcaca
     4321 atggcaggtg ccatccggtg cataacgcgt aaaaacacaa tcccgaccgt tgacaatcga
     4381 cgtcacctcg tcgccatcgg catccaagta cgagacaccc tgttggcgga tcacttcccg
     4441 ggcatcctcc ttcaactcat cccacacctc gggcaaggcc agccgaagct gctccgcttc
     4501 accctcctcc agcggcgcgc ccgactcacc ctcaatgcaa caagccccgc ggcactggct
     4561 caagtcgcac ataaaccgtc gctcgatcac atcgagactc acaatcgtat cttctatctg
     4621 aatcataagg ggaaggtaga tcaaaaaatg gaaaactaaa aacgaaaggg tcggggaatg
     4681 tggtaaacgt tgtgggtata aataggagac atctcctgcc ggtagggtag gggcgtattg
     4741 catacgcccc atatgtatcc cgcagggata aaaacaccta cccatagata gataagatcg
     4801 cccccttcgg gtcgttttgt ggggcgtatt caatacgccc ctaccctgac ggccgaaaat
     4861 ggggcattca acaaacatga atccgcccct gtcgggtcgt ttgtggggcg tattcaatac
     4921 gcccctaccc tgacggccga aaatagggca tccaacaaac atttattcgc ccctgtcggg
     4981 tcgtttggag ggcgtatgct tttgcgcccc taccctgacg gccgaaaatg gggcatccaa
     5041 caaacatgaa tccgcccctg tcgggtcgtt ttgtggggcg tattcttttg cgcccctacc
     5101 ctgacggccg aaaaagggag atctaacaat gaaaaagccg ggtacccggc caaattggcc
     5161 ggcatccctg atgccttgat tttcttttcg tttccttttc ttgcatcaag gcaagaaaag
     5221 gaaagatccc cccgaaaatg agagagaaca aacaacaaaa aagccgggta cgcgcaggaa
     5281 gaatccagct acgcacccgg cattttttac gttccgtctg gggcgatacg ctctctcgtt
     5341 atcggatgtt ggcgatcgaa ataatatcgg caaacacacc cgctgcggtc acgtcggcac
     5401 cggcgccgta gcccttgata atcatcggat actcgtgata acgctcggtg gagatcataa
     5461 taatgttgtt gcttccctcc aattcgtaga acggatgggt gctacatact tcttctaacc
     5521 cgacctcgca cgcgccatcg gccatacggg ccacaaagcg gaggcgtttg ttttcggcgg
     5581 cgagtcgttt gcgctcggat tcgaaatatg cgtcaagttc ggggatacgt gcccagaaat
     5641 tttccgccga cccgtcgaag aagtcggctg ggatgaagag gcgttgcttc acgtcggctt
     5701 gctcgaccct ataaccggcc tcgcgagcca aaatgacgag cttgcgaacg acatctttcc
     5761 cgctcaggtc cacgcgcgga tcgggttcgg cgtatcctga atcgacagcc aagcggatgg
     5821 cgcggctcat ggggacgtca gcgtcgatgg tgttgaaaat gtagttcaat gtgccagaca
     5881 gtacggcctc gatacgaatc acatggtcgc cgctgttgat caaatcgttg attgtatgga
     5941 tgatcggcag cccggcacct acattggtct cgaaaaggaa cttcacatcg cgtcggcgag
     6001 ccgtatcttt gagcaaacga taatgatcat aggccgacga aggggctatt ttgttggccg
     6061 caacgacgga aatgttctta tccaggagtg attcgtagat agcagccacg tcctcgttcg
     6121 aggtacagtc tacgaagacg gaattgaaga tgttcatctg caaaatttcc tctctgagca
     6181 aggcgggaga cgtcggaacg ccctcggcct tgagctcttc cacggcggtg tcggcattca
     6241 ggccctcgcg acggaacaac atcttccgag agttggccac gccgacaatg ttgagcttta
     6301 atcggttctg cttcttcaga ttttcctgct ggccacggat ctgttcgagc aaattgcttc
     6361 ccaccgtgcc cacgccggcg ataaagaggt tgaggacttt gtattccgag aggaagaagg
     6421 agtcgtgaat tgagttgagg gccttacgca agacttcgga gcggatcacg aacgagatgt
     6481 ttgtctctga cgcgccttgt gcgcaggcta tgacgctgat gccagcccgt ccgagggtgc
     6541 cgaagaggcg tcctgcgatg ccgggggtgc gcttcatgtc ttcgccgacg atagccaccg
     6601 tggcaaggcc cttttcggcg gtcacgtcgt tgatctcacc ttgcgaacgc tcgagcgaaa
     6661 actctttgtt gagggcttct acggcgcggt cagcgtcttc gttgcgcacg ccgaaggtgg
     6721 tgttgttctc cgagctggct tgcgagacca tgaagacgct tacaccgttc tcagccaggg
     6781 tcttgaagat gcggtgattg actccaatca cgccgaccat gccgaggcct tgcacggtga
     6841 cgaggcaagt gttgtcgata gacgagatgc cggtgatgag ggcccttttg ccgtccttgc
     6901 gacggtattc ctgcgtgatg agcgtacctg gcgcttggag gttaaaggtg ttgcagacgc
     6961 ggatggggat atttttgtga tagacggggt aaatcgttgg cggatagatg actttcgcac
     7021 cgaaattaca aagctccatg gcctcgatga aggagagttg gtcgatgacg taggccgaat
     7081 tgatcacgcg cgggtctgcc gtcatgaatc catctacgtc cgtccaaatt tcgagctgtg
     7141 atgcaccgag tcgagccgct aaaatagacg cggtatagtc tgatccgcca cgaccaaggt
     7201 tcgtaatctc gcccgtgacg gcatctgtgg agataaagcc cggcacgagg gccacgcgcg
     7261 gcaacttttt gaatcgttca ctgatcaggc ggtccgtgac ctcgaagtct acgatgtgtt
     7321 tatcgaaacg gtcgaccgtt ttgatgaact cgcacgagtc gtaaagcact gcgccgtcga
     7381 tgatatggga tataatgaag gaggagagtc gctcgccgta gctgacgatc gtatcggagg
     7441 tcttgcgaga gaggtcacgg atcaggtaga cccctcgata gatgttttca agctctccga
     7501 gcgtctcgcg aacgtgcctt tttacgcttt cacgcgacac ttcgggcacg ataccgtcta
     7561 tcacctcgtc atgacggcgc acaatctccg cgtattcggc taaataggcc tcattaccct
     7621 cagaggctaa ttttgaggcc aataaaagtc ggtcggtaag cccgcccaag gccgaaacaa
     7681 ccactataac ctcctcgtct atggcttcta cgatgcgttt tacgttcgcc agtcccttga
     7741 cagaccctac cgaggtccct ccaaacttca atactttcat tttattctat tctttgatcc
     7801 gatgatgtga tacaattctt tgatttggcc gttttcctat gcattatggg caccgtttgg
     7861 gcttgaatgt ggaaaaataa acggcaaaag cggccgcaaa ggtaaactcc tgcgccgatt
     7921 gctaattgat ggccctcaaa tgtggatcgg atcggtcgcc cgcgtccagt tttccgcctc
     7981 catctgcgga ggatcctccg ccccctccac ctcccacccc tcattctttc atgtatgccc
     8041 catcgacgcc gctccatccc cttccaaccg agatgcattc cctgttctgg atttttgagg
     8101 agggtatttt tccatagcat gtctcatcac cgccgctcca tccccttcca accgagaagc
     8161 gttccctgtt ctagattttt gaggagggta tttttccata gcatgtctca tcaccgccgc
     8221 tccatcccct tccaatcgag atgcattccc tattctggat ttttgaggag gaacgttttt
     8281 cgtgagatgg gtgacttttg gcgcgtaggt ggcttgtaat tgagatggat ccttcgcctc
     8341 gcattttttg aggggaatgt ttttcgtgag atgggtgact cttagcgtgt aagtggcttg
     8401 tatttgagac ggatcctttg ccttgcattt tttgagggga acatttttcg tgagatgggt
     8461 gacttttagc gtgtaggtgg cttataattg agacggatcc ttcgccttac attttttgag
     8521 gggaacgttt ttcgtgagat gggagacttt tagcgtgtaa gtgacttgta tttgagacgg
     8581 atcctttgcc ttgcattttt tgaggggaac gtttttcgtg agatgggaga cttttagcgt
     8641 gtaagtgact tgtatttgag acagatcctt tgccttgcat tttttgaggg gaatgttttt
     8701 cgtgagatgg gagactttta gcgtgtaagt gacttgtgtt tgagacggat cctttgcctt
     8761 gcattttttg aggggaacgt ttttcgtgag atgggagact tttagcgtgt aagtgacttg
     8821 tatttgagac agatcctttg ccttacattt tttgagggca atgtttttcg tgagatgggt
     8881 gactcttagc gtgtaagtgg cttgtaattg agacggatcc ttcgccttgc attttttgag
     8941 gggaacattt ttcgtaagat gggtgacttt tggcgcaaaa aaagcccccg agcaaaaggc
     9001 atgtgctgcc ttcagcccgg gggcgaatag tttgcttgta gcggcttgct attccatcgt
     9061 caaatcttga tgtaaatatt ccgcttatag agtacgtagc caatgcacca acacgaacag
     9121 acaaggagta gtgcataggc cagcgatccg gggtattcac cgagcagagg acgcaataca
     9181 tcgccgtaga tgtagcctcc cagcgagacg aattcaccgt caccgtgtgg aatacggata
     9241 ttccccagca gaatagcaaa aacggcagcc aatacgtaca taaatagcgg gttgacaccg
     9301 aacgactcga agaatctgca ccatctgcgg tgtccgcgta cgtcaataat ccacacgagc
     9361 agggccaaca gtgaggcagc cataccgcat gtggtaagta cgaacgttgg cgaccagatc
     9421 ttcttgttta tcgggcagcc ataactcagt aaccagccac tgagagccat cgccgtaccg
     9481 acgaggaaga gtcggagcat cttgtccctc acgtccgtga cgccgatgag caatgcgccg
     9541 cagcagaatc cgacaagcac gtgcgctatg gcgggtaatg tgctgaggag tccctccggc
     9601 tcgataccgt tgtccttata catgtggtcg gggccgagta cggcgcgatc gacgacagat
     9661 aaaacgtttg tctcatcgta cgcgaaacca tttccgagga agagtagcac ggcgtatccc
     9721 gcaaggatgg caccgataag gagaggtatg cgtcggtgag ggatagtgag agcgatgagg
     9781 gcagttgcgc cgtagcaaag tgccagtcgc ggcatgacgc cgaggatacg tagatgatcg
     9841 aagtttgtca ctgcacgcca gagacggctc gcaaaggaca gatcagcctc ttcggccaag
     9901 gcgtgccatg ttctgcagga aagtccaaac caagcgatgg ccagtccgat agcaaaaatg
     9961 actgcggtac ggcgtacgat ctttcgcgcg gcacttgcac tataagtgaa ttggtacttg
    10021 cgcagggaga tgtaggtcga aatgcccatg atgaacataa agaaggggaa gacgaggtct
    10081 gtcggtgtga gaccattcca ttcagcatgg ccgagcggag catagacgta cgaccaagag
    10141 ccgggattgt tcacggtgat cattccggcg atggtgatgc cgcgcaagat gtcgagcgca
    10201 agcagtcgtt gagtaggttg atgggacatg tgtgttcggt aggcttattt gtagagatag
    10261 tatttgcgag agaggcgtcg gaaggccaca acatccttca tccaatagtc acgcacgtcg
    10321 ttccaacgga atcgttgggt aaagcgccga cgaatctcgg ggctgccgca tactttatcg
    10381 aacatacgga ggcgggatga gtcagcttct tgaagcggac tatggttagg gtagagtgcg
    10441 gcggcctcct gcataacgag gaattgcaat tcactgagcg gtgcgtgccg tgtgtcgatc
    10501 aaatgcacct gaataccttg gatgaattca cccttgaatg atgcgtagaa tggcttgagg
    10561 taaatcggac ggaagatcac gccgggcaca cggagggtgt tcatacgccg cgcgagttgt
    10621 gggccgttga tccagggggc tgcaaaaagt tggaagggga gggtgtagcc tacaccaatg
    10681 gaggtcgtgc cgagttcgcc gagtatacct gtagcgggat agtagtgtgc tgtttcggga
    10741 tgagggatgt gcggtgaggg tagcacccac ggcaaacctg tctcggcata ggacatccga
    10801 cgacgccagc ctttcatctt cacgacttgt agtcggcaac gctgtccgat catcctttcc
    10861 tcattgagta accgggccaa ctcgccgcag gtgaggccgt agacgtaggg aatgggatat
    10921 gggctgacga aagactggta tccgtcttcc acgatacagc cctctacgcg ttcgccacct
    10981 aacggattgg gccggtcgag taccatgaac tctatgccgg cttcagcggc ggcctccatc
    11041 gccagaccca tcgtgctgat ataggtgaac gaccggcagc caatatcttg tatgtcgtaa
    11101 acgaggatgt caatcccgcg cagcatgtcg ggcgttggct tgcgggtatt gccatacagc
    11161 gaatggatgg gtaaccctgt ggccggatcg acagttccgc tgaccgtgtc gcctgcatgg
    11221 acattgccgc ggactccatg ttcggggccg taaagggcaa ctaagcggac gttgggggcc
    11281 tcgtgcagga tgtcgattgt cgaccgtagg tggtgatcaa ctcccgtggg atttgtgatg
    11341 agccctatgc gcttaccctc gagtcgccgg aaatgttcgt cttgcaagac ctctataccg
    11401 gtcttgacac gtactttctg cgctgaggca actgttccga ctgcgaagta gagaatcagg
    11461 gaaaggaaca ggtaccgttt catgatttct tcccgaaagc gggatctatt ttgttcctaa
    11521 ctaagacaga ggccagaatg ccgggcagtg tacagataca cacccagacg aagaagggcg
    11581 tgtagccgat cgtatcttgt atccatccag cagccatccc ggggagcatc atcccgagag
    11641 ccatgaatcc cgtgccgatg gcatagtggg cggtcttatg ttcgccctcg gcgatgtaga
    11701 ttaggtagag catgtaagcc gtaaagccaa acccgtagcc gagttgctcg atagccacgg
    11761 ccacgatgac ctgccatgcg tccggatgga ctgccgatag atagatgtag agggcatcgg
    11821 gcaggttgat ggccagggcc atcggaagaa tccagcgacg gaagccgtgg cgagagacga
    11881 caatcccacc cagtacgccc ccaagtaaca gggcaataac acctatggtg ccgtagatca
    11941 tccccaccgt cgcagtggat agttccaaac cgcccgccgc atgcttgtcc agcagaaagg
    12001 gcgatgcgat tttcacgagc tgcgactcac ccaatcggta cgtgaggagg aagaaaaaca
    12061 tcagtccgag gtgcttcttc tggaaaaagg taacgaatgt gtggaagaaa tcactggcca
    12121 gctgtccgac tgatagctcg gtgcgcggcg catcactggc gggtcgcggg aggactatct
    12181 tatggtaaag cgttaggcca atgaacagtg cggccagtag gtaaaacgtc aagctccagg
    12241 ccatcggtat gcggagcggg gtgtcaggga gcaacgtgcc tgtctctaat gcacccgcca
    12301 gcatgaccaa aatgccttgc ccgaagatgg tggccaggcg gtagaacgtg ttgcgtatcc
    12361 ccacaaagaa ggactgctcg ccgctgtcta aggctaacat ataatatcca tcggcggcga
    12421 tgtcgtgggt tgccgatgcg aaagccaaca gccagaagaa cgctaaggac agttgcaaat
    12481 agtacgccgt tgggatggag aacgctatgc cggcgaagcc tgcgccgatc agcaactgca
    12541 tcgtgacgat ccaccaacgc ttcgtcttaa gcagatcgac aaatgggctc cagaaaggct
    12601 tgatcaccca aggcaggtag agccagctgg tatagagcgc gatgtccgtg ttagatagtc
    12661 cgaggcgctt gtacatgatg accgctatgg tcatcacggc cacatagggt agcccttcgg
    12721 caaaatagag gctgggaatc caccgccagg cggatcgttt cggtgaaggg ttcatgatat
    12781 ttcttcgtgc atgcggatcc gcgcttggag ctcccaggtg cggattttgt ctttgtagaa
    12841 gttattgcgg ttcgatcggg taacgtcgag cgcagcgtct gagttgtcct cccaccgacg
    12901 gcagatataa atcggatcgt agatcctgcc gatgcgatag ttccgcgaca cggtcagtcc
    12961 gatggcataa tcctcgccgt agcttgtgtt gggtaaaggc aacgcacgga gcagcggcgt
    13021 gtagaaggct ctcggcgccc ccagaccatt cactcggagg gcgttattgt gaccattctc
    13081 gggcgtccac tccttatgat caatcagacc gggtgggatg ggctgtagat gaaagtcagt
    13141 catttggtaa gatcctatga ccatcgcgca ctgttctctg tggaatgttt cgacaacggt
    13201 ttgtaaggtg tgttcgtctt tatagatgtc gtcactgtct aattgcacag cgaaacgccc
    13261 gcaggcgtca tgctgcacgc cgaggttcca acagccgccg attccgaggt cattccgctc
    13321 ggggatgagg tgaatcacgc gcggatcatc cgctgcgtag cgacggagga tgtcggtcgt
    13381 gccgtccgtc gagtggttat cgatgacaat gagattgaaa tcaaacgacg cttgctgact
    13441 cagcacagag cggactgcat cttcgatcgt ccgcacccta ttgcgcacgg ggatgatgac
    13501 cgaagcctcg cgtgtaaacc ctgtggcgtc gagtgcgagg ggcttaatct catccggcga
    13561 gatatatgcg ccgacagaac ggaggtaatc cgtgcatgcg cgttccattt cgatttgcga
    13621 ctccctatta cggggatcta cgtaatcaaa gatcttctcc ccgctcttcc gccgatcgct
    13681 gagcacctcg gtatataaat actcgtcgat atgcacaatc ggagcccgtt cggacagttg
    13741 gaggcgcaga tcatagagtc cggcgaaatg gtacgaacta cccatcgtca cggccgtggc
    13801 acgaaagaca tttgcacgga acatcatcac ggagccgaac tcgaaatcgt cgcgcaaact
    13861 gcccctctga tagtcgatga ctggtgccgg gcgttgctca tcaccatcct gctgatagcg
    13921 gtctgcataa accatgctcg catgcgtact ctccatcact tggaccatgc gttccaaagc
    13981 cagatagccc agcctgaggg gtgtatactt cgtataataa ataagatagg gtgtcccgcg
    14041 gctcattcgg gccattgtaa aaatagcttc ggtactctgg agcgacggca cataaaggat
    14101 atcttctcgg ccagtgcttc gtgccagctg ctcgtctgta gtgagcataa cgacgcgact
    14161 gaccatcggg ctggcggata gttcttcaat gatgggggct acttgctctt tgtcggctaa
    14221 ggggacaaaa caggtaatct gatctttcat ttgatgtaaa tggttggggt gcgccctcag
    14281 gcacaccagt taagcggttt gaatgatggg gcaaacgtag ctgtttgcct gttggttatg
    14341 aagcatggtt gataatcatt cctcgtcagg cctattccgc agtgcgatca gttctcatcc
    14401 aagaagccga gcacggactg catgatgcga tcgcgatccg acgctttctt gatcgactcg
    14461 aagggaaagc cgaagacgca tgtgcgatat tttcccgcat agactacgcc ggcgctgatc
    14521 cgtgtctccg cataacgcat gaccgtatgt cccgactcat cggctggttc gatgccatcg
    14581 ggcgactcaa ccacgtagct gtcagggttg ggttccgcat aatattcgaa ggtcccgtcg
    14641 aaagcgggat agggcgatac gatgccgcgc acctggcccg tggatgacgc ctgcccgacg
    14701 cgccatttga aatgtagggt gttcgtggcg aagaactggt ctgcgggcgt cgattgagga
    14761 ctgttgaaga ggtccgatcc cacgtaggcg ccagaaacga agatgcgccc gccgcgcttg
    14821 cagtgatctg tcagcgcgcg ctgcattccg cggctaaatg cctcgaattg caaaggtgtg
    14881 acgccccccc gtcccatctt cgtgcgtcgc tgtttgccta agatcaagtc aatgatccgg
    14941 taattcttga ggtctaccat ttgatcttcc acagcctcat tgctgcatga tacgaaagaa
    15001 taacccgcac gcaagatgga ctggccgtgc agggctggat agtcgaacgt attaccagct
    15061 atgacgacgg tatcatagtt cgaacgactg tcgccgaacc cagccgcgtc gtcgtccgtc
    15121 cactgtgccg aacgccgaaa ttccttcatg ctgccgatat aactgatatc attaatgtag
    15181 ggcacgccat gatctgtcca atcggtgaac ccggctaaac tgtctgtgga gaaatcatcc
    15241 ggcgcgctaa ccctgtcgaa accgttgatc accatgacca cgccgcgctc ctgcttagcg
    15301 cgtcctgcgg agagggtctc cgacggaaag ctctcgccgc cgtcattcac cgcagtcacc
    15361 tgatagctgt agaccacgcc tggctgctgc gcatggcgga aggtcggctt gctgactaag
    15421 gtaccgttat cgaatgcacc atccccctcg cggatgtata caatatattg tttggcttcc
    15481 gcagtcggct ccaaggggtc ttgcacagcg cgccacgaaa gctcagcctc cccctcgcgg
    15541 aggaagcgca actgcatatg atcgacaggc aatggctgca cggcatactt ccgcccgtaa
    15601 cgattggcta agaagcgcag cataccctta taaatcgctc ggctaacggt gaatcggaaa
    15661 cgcggatcaa gtcctaatcg catatcggca aagttctggt gcgagaggag ctccagtaac
    15721 atcgccggca cgcgaggtgt ccgtgcctcg gaataaggcc tattccacat cgcccgacgc
    15781 ctccagcgcg gctcatagag ggtgcgcaca tcatgtacga tagagctttg caccatatcg
    15841 gtaaggtctc gcgaggcgta acgtgtactg ccgtctgcaa agaccccgtc gtagacatcc
    15901 gtacagaaga tgcccaaggt gccgaccata gtcgagtcgt tcgttgtcgt acccgcatcg
    15961 gagtggaagg caaaagagag atcgatcggg atacccaatc ccggctcttg ggggttcgcc
    16021 gaggtaccac cagctaagta atttacccat ttgcctcgcc cgcgataatc gtccgtatag
    16081 tcattctttc cgcccgatgg tgaatagatt gaatccggca cacccgccca ctgcatccag
    16141 tagcgcgccg cttcggtgaa tcgagggtat ccgctcgttt cgctgggata gggcgttgtc
    16201 ggcgcctcat cctcctcggt ggacgaggca ctatgcacat tcgtcgtggc tcgcttgtcg
    16261 agtgttaccc cacgcgcaat gtttcctttt cctccaccaa tcttcacgcc atctgctgta
    16321 acgatctcgc cgccgcgacc cgtcaggttg ctgagtacca cacgccccga aggatgacga
    16381 ccccggtcaa aatcgaagtg gcccaaataa atccatgtgc cgccccccat gcgctgattg
    16441 atggcaaatc gtgtgctgcc gcccttatgg tgcaccgtgt agagggcctc ttcggtgcta
    16501 tttggcaggg tcttataaga aacgtatacc acatagcgtc ctgcgcgtgg gatgtccggc
    16561 gtccactccg ccgtgctctc tttccccttg gcaatgcttt ccactgcgcg ataggtgccc
    16621 tcacgaaacg gattctcctg tcccgtataa cgatctctga ggtgggcaaa gcctttaccc
    16681 tcccccgcgc gccaggccat cttcgcgttt ttctccgtgt atgtcgattg gttgcgacat
    16741 ccgtcattat cgataatgat ttccacccct tgcgtgtcac gctcacgcgg taggagtacg
    16801 ttggcaccag cccgctccag catgggtacc agatagggca acacatagct ctgcgtgtag
    16861 agatcttcca cggtgccaaa tgtccgtgcg cgctgccatt cccagcgccc aagtttgcgt
    16921 tcgtaataga gtccatgact ctgccaaagg gcgatgtgcc ggccgttcag cccatgctta
    16981 gccgtcgcag gagaggatag ccgagtgata agcggatgat cagatcccga tcgcggaggg
    17041 tcgatctttt tactttcttc ggtgcggtat gccgctggca caaggtcgct aatggattgt
    17101 ccgtctgtcc tgatctctac gctgtagtcc cgataagatt tcgggagcat ggcgctcagg
    17161 ttgaggaggg cgtctttcac atccggttca cgcatcggga tataagagag ggtaacgtcc
    17221 gcataaaaga tgacctttcg tccgctcgtc cggatagagt ccacgctgac gttgcccaca
    17281 tgggcgcgtc gtttggccca tgtagagaga tacgttgctg ccttctgtga gagatccttg
    17341 gggagtgttt gcgccgcact gttggcggtc gataggccgc tgagcataaa caagcccagc
    17401 agatactgtc ctgcatagcg cgcgagacag tggatcgtgt gattattcat gtggtgtatg
    17461 cttttgttca tcttaaaatg taaaacaaag gtacccattc attcgacaat aaccaagtgc
    17521 gagcaaagtt tcttacccat ttcgtgtgct ggatcatgta tagtgcattg ttttgcgagg
    17581 tctttcccta acatgatgga tcataggata aggtggagcc tattacgcac tgtgcgtgat
    17641 ttgtgtgttg agtaattttt gcttatttcg cggatcgtag aatggtcaat ccgatgcagt
    17701 aagatctgct ccgcgcatcc aatgacttgc aaaaagggtc tgtatatggc ttcctatata
    17761 gagagtgact aataaacagc cgatgtatag cctatctgac gctaagtagg atggtgaaat
    17821 cgcctaagta gctatgattc attgcgctgc aggatgcaaa aacaaatgct gattttgcgt
    17881 tccgcagtgt gcagagtata gaaaacaagt tttgaatggc cactccgcag cgtgcagagt
    17941 ccaaaaacag actttgtttt tacgccatgc agtgtgcaga ccccaaaaac aagttttgtt
    18001 tttgcattcc gcagcgtgca gaccccgaaa acaaactccg attttggact ctgcacactg
    18061 cgaagtctag aaaacaagtt ttgtttttaa ggtctgcacg ctgcggaatc cagaaaacaa
    18121 gtcttgattt tacactctgc agcgtgcgga atgcaagaag cgacgcttga aaggctgtca
    18181 aataatgaaa gctatcaact gtattttccg tgaatagtat gcaaatatat agaataggag
    18241 tcaatacgtg gatagcttag gcatttaatg atcggcacaa taggtaatct ttatgccgca
    18301 tatcggtgga atgatttgca tgattgtatc gccgtttgat gcagattaat cccgcaacga
    18361 aaggggttga aaaaaataat gcagatggtt ttgcaatgga tacgaataag tgacttacat
    18421 ttgcggccat aatcatcatg attcattcac acatcaaaaa cataatacga tgagagagat
    18481 aaaaaagatc gcgaacgata caacgcgtta ccctatggct atgcatatcg atatgcagga
    18541 gcaaatctat ggattgattc agccctttgc accggaaaag attctactgg gcacgacgga
    18601 tatcccctcc tggaagaaag acatcgatca agagaaagat gcggtacgag acacgccgcc
    18661 gtcggagtct attccattct taaccgccaa agggaaaaag cggcgggaga ttgtttcatc
    18721 tctcttttta gagatccgcg ccgcgtcgac ttcacccgtc gaaacccgcg cgaaagctgc
    18781 tcaccgcctc cgcctcgtca tcgattccta taaaggtctt cagcgtgaga acttgattga
    18841 ggaaacgggc cacgtttctg gactgctcaa tgatctggat aagcctacgg ctaccgcaga
    18901 cctagccacc cttgggctga ctgaggtcgt acaaatgctc cacacggtcc ataatgaata
    18961 tcttacgctc cgaggatcac gcgtgaagga tctcgcatcc gacaccctac cctctggcgc
    19021 atcgttgcgc gtgaagaacg atgcgacggc tgaccaaatc tttcgccata tcgaagccgc
    19081 ctatctgtcc actaccaccg acgacgaccg caaagctatt ggcgagctga tagaccgcat
    19141 caacgccgtg cttggcatga tcaagacgac gtatcgccag cgaatcgcac agaagaaagc
    19201 ctcctcgaag aagaaaaagg gaggtaagga taaggagccg aagcagcccg atccgccgaa
    19261 gaaccctaag aaaaggaaag atgagccaga cattcgcctc ccagaagatg aaaaaccgaa
    19321 gacgcccgac acccccggag gcgatacgcc caagaaaccc gaaggcggcg gcgagactcc
    19381 cgagccaccg aagaagcctg agagcggcgg cagccctgag attcatctcc cggaggagta
    19441 accgcgcact acgcctctga accgttcgcc cggcagagtt cctctgcggg ctcgagcatt
    19501 tctacccttc tgactggagg atctaatcgt aggttcagcg ttcagccccc tccgaccaca
    19561 gcataggcca tgcgcttgtt gcatggcaat cgggcatcct gcaaagtcag ggtgcccgtt
    19621 tttgtatgct acccttccga tcggggagtc taatcgcata ttcagtgtcc agaccccctc
    19681 cgacagcagt ataggccatg cgcttatcgc atagcaatcg ggcatcctgc aagattagga
    19741 tacccgattt tgtatactat ccttccgatc agggagtcta atcgcagatt cagcgttcag
    19801 cttcctccga acgcagtata ggtcatgcgt ttgtcgcata gcaatcgggc atcctgcaaa
    19861 gtcagggtgc ccatttttgt atgctacctt tccgatcggg gagtctaatc gcatattcag
    19921 tgtccagacc ccctccgacc atagcatagg ccatgcgttt gtcgcatagc aatcgggcac
    19981 cctgcaaagt cagggcgcct gattttgtat actatccttc cgatcggaga gtctaatcgc
    20041 aggttcagtg tccagaccct ctctgaccac agcataggcc atgcgcttat cgcatggcaa
    20101 tcgggcatcc tgcaaagtca gggtgcccgt ttttgtgtgc tgatccttcc gaccgggtag
    20161 tctaatcgca ggttcagcgt ataggccccc tccgaccgca gtatagacca tgcgcttatt
    20221 gcatggcaat cgggcaccct gcaaagtcag ggtgcctgat tttgtatact atccttccga
    20281 tcggggagtc taatcgcatg ttcagcgtat aggcttcctc cgaccgcagc atagactatg
    20341 cgcttattgc atggcaatcg ggcaccctgc aaagtcaggg tgcccgtttt tgtatctacc
    20401 ccctcccgac cggagaatct aatcgcaggt tcagcgtcta taccccctca gaccgcagca
    20461 taggccatgt gcttgtcgca tagcaaacgg gcatcctaca aagtccgggt gcccgttttt
    20521 gtatgctacc cttccgatcg gggagtctaa tcgcatattc agcgtatagg ccccctccga
    20581 ctgcagcata ggccatgcgt ttgtcgcata gcaatcgggc atcctgcaaa gtcagagtgc
    20641 ccgtttttgt attctaccct ttcgatcggg gagtctaatc gcaggttcag cgtataggcc
    20701 ccctccgacc gcagcatagg tcatgcgctt gtcgcatggc aaacgggcat ccggcaaagt
    20761 cagggtgccc gtttttgtat gctacccttc cgatcgggga gtctaatcgc aggttcagcg
    20821 ttcagaccct tccgaccaca gcataggcca tgcgcttgtc gcatagcaat cgggcatcct
    20881 gcaaagtcag ggtgcccgtt tttgtatgct acccttctga ctagggagcc aaatcgcagg
    20941 tttattgtac aggcccttct gaccacagca taggccatgc gctttccgca tggcaatcgg
    21001 gcatcctaca aagtcagggt gctcgttttt gtattcagtc cttctcttag aagggctttc
    21061 attctctttc ggtgagggtt atcattccgc taaaaggccc ggctcctcct actcggtagg
    21121 gtaggcgtgt accgcatacg cctctcaaac gttcccacaa gggacaaccc atctcatcgt
    21181 tgggtagggc cgtggcatcc atctttccac cccatcctgc ggcagggtag gcaaagaaga
    21241 tcgagaaagg ataatccggc ggcggaatgg gtgacaaaaa aatcccgccg atgcatctct
    21301 gcgtcggcgg gaagacacaa tgtatgacaa gggagagaac tcccaaaaac agtcgattag
    21361 ttcctatgtt ccggtcgaag caggtcgttg accgtcttga cagggttgaa agtttcgatc
    21421 ggtacttcta cgaagaccgt attccagtcg ctcatcgcgc cgttccacag tccgggcagc
    21481 tcaagtgcct taagctcacg cccatcctta ctcttctgcg tgatgaatcc cgtattacga
    21541 tcaacaaagt caggcaagtg gtacttatga ccgtacggat cgcgcagcgc acagactatg
    21601 tcgcagggat tgaagtgcgt accttgctcg aataggtggc gcgcatgggg atcgctcata
    21661 ttgatctgcg aactttcgag gatctgcagc gagatggtgc catccggatc gaccgcaaag
    21721 aagggtccgc cgcccggttc acccgtattc ttcaccatac cgcacacccg gagcggccgc
    21781 atgagcttgc gtcgcaaata ggcaatgcga tccttcagct cggtgggcat agacggatta
    21841 cgcacgcaga gcgtctcgcg gacgaaacgg tcgatctcgt ccacctgttc gggcgagcat
    21901 gcaccgctgt cgatcagtcg tacatagtta gaaatgcgat cgtgcaggtc gaccagtata
    21961 cccgccagaa gttgtttgta ggttacggtc acgggtttca tgcggtcggg gactacgttg
    22021 tcgatattct taatgaaaac aacatccgcg tccatcgcgt cgaggttacc aatcagcgcg
    22081 ccgtgtccac cggggcggaa aaggatcgta ccgtccgcct cgcggaaggg ctgattctgc
    22141 aaatccacgg caaccgtgtc ggtggaaggc tgctgcgtac tgaacgagat gtcataccgt
    22201 acaccgtaac gactctcata tgcaggtacg acacgccgca ccagctgctc gaagagtgcc
    22261 tgatgctcag gcgaaacggt caggtggatg ttcacacgcc ctgcttgatt acgtgcgtag
    22321 agtgcaccct ccacaaggtg ctcctcgagt gccgtccgcg gaccgtcagc cgatccgtga
    22381 aaaaggagca gtcccttcgg cagttcgcca tagtccatcc cgcgcgcctc aagcaagttg
    22441 gcgacgacag ccttataccg ccccgcggcg atcagctcat gcacgcccat tccctcattg
    22501 gtgcggcatg cagcgtcgag cgtaccgaag aaggcgaacg agtcaatctg gtcgaagaag
    22561 gtgcgttcga agtccgtcga cggactatcc gacgaggagg acaggaatgc gaagaggttc
    22621 ttgaacatcc ggctggctgc accagaggcc ggaacgaatt tgagaatgtg ggcatcgcgc
    22681 gtcagataag tgttccaacg ttcaatgtac tgggcaagct cttcgtcgga cactacgcgg
    22741 ataccgtttc cagcagttgc ggaggccacg agggagagaa atggaaagcc gttcgcgaag
    22801 catgccagct gttcattcag ttgggcttcg gtgattttct tatcggccag atgccgaatg
    22861 tcgtctgagc taagtgtcat aaggcgtatc atttatgttg gttgatgccc caaagatccg
    22921 caaggttccc cgatgctgca aacggtccat caaccgtccg cgtagcagct atctcgcacc
    22981 gcgcagccct ctaccgacag cgtcgtctga tctgttattc cttgcacaga ctcctatcgc
    23041 gtaaaacgga aaacgtaccg ccccgagcgc agacttgcgc ttgcgatttc cgcgacccgt
    23101 ataaacagac tgagggcgcc ggaaaacgta tccgacgccc tcagtccgta tggcggtgaa
    23161 tgagtgatca cgcttcgaaa gggatcctca tctgtatgtg ggggtgtgat tcagcggtat
    23221 ggacgtccca gagcatgccg cggaataggt cgttcgcaga caaaatcaat cccgccttat
    23281 tgtcccggat cagttgattg catccgagag agtggtcatc tcccacatta cccg
//
LOCUS       SEQF2634|AYYE01001176.1  804 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..804
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(4..555)
                     /locus_tag="SEQF2634_01673"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYFLFIVLFPLLLNTCPQKGKSRLAPNLSVATRDTTEEEEGGH
                     ITSCXIXXRIXXEYGNDXXDPSSSSPKAIDXSKIKFYYVRGGKELPCGIEGRPXGGXV
                     ITPXGXXXSYYEXKVFLDISPEDSITTTLLDWGDGHRDVFKTYFFRXPGVIIRQKVWL
                     NDSLVLDIPKRYGPKDLIFTIRR"
ORIGIN      
        1 ggnttagcgc ctgattgtaa agatcaaatc tttggggccg tatcgcttag gaatatccaa
       61 gacnaggcta tcattcaacc aaaccttttg ccggatgatt acgccaggtt ngcggaaaaa
      121 ataggtcttg aaaacatctc gatgaccatc tccccaatcc aaaagagtcg ttgtgatcga
      181 gtcttctggg gaaatatcca aaaagacttt ganctcataa tacgatgnan canttccttn
      241 gggtgtgata acntatcctc ctcncggncg tccttcaatt ccacaaggta attcctttcc
      301 acctcttaca taatagaatt tgatttttga ancatcgata gctttgggcg aagaggagga
      361 tggatcnaan aagtcattcc catattcntc naatatccgc antcnaatat ngcaggatgt
      421 aatatgccca ccttcttctt cctctgtcgt gtctcttgta gcaacagaca agttgggggc
      481 gagtctgctc tttccttttt gaggacaggt gttgagcagt aggggaaata aaacaatgaa
      541 aaggaagtac ttcatcggct caataatata cacattcttc tatatccatc acaaatccat
      601 gcatgctttg atggactcat tcttcttggg aggtacaaac cgcggcgccg caccggactc
      661 ttactacctg gtatggcgct gctcatgttc acggcgacct gttctattta ggtcgtgtgg
      721 agggttagcg cctgattgta aagatcaaat ctttggggcc gtatcgctta ggaatatcca
      781 agacgaggct atcattcaac caaa
//
LOCUS       SEQF2634|AYYE01001177.147201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..47201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(563..2623)
                     /gene="uvrB"
                     /locus_tag="SEQF2634_01674"
                     /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
                     GDEVERISSFNPVDGREYDEQDTLQIYPTNLFVTTQERIHSALGQIRLDLGERVQQLQ
                     EMGKPFEAKRLEERVTYDLEMIQELGHCTGIENYSRYLDGRRPGERPFCLLDYFPKDF
                     LLVIDESHVTVPQIRAMYGGDRSRKETLVEYGFRLPAALDNRPQTFDEFESLTPQAVY
                     VSATPAEYELAKSGGIVVEQVIRPTGLPDPVIEVRPSQNQIDDLMEEISQRTEVNERV
                     LVTTLTKRMAEELTDYLKRMNVRCNYIHSDVDTLERIRIMDDLRSGEFDVLIGVNLLR
                     EGLDLPEVSLVAVIDADKEGFLRSHRSLTQTAGRAARNLNGRVIFYADKITDSMRMTI
                     DETNRRREKQLNYNRAHGITPRTAIKQSSASVLGDRAQASAVPYAYTEPEPSLVAEPV
                     VSYMTRPQLEKAIERARRRMTEAARKLEFIEAAQYREEMLKLQELLDGKPKDNEPQPK
                     EGRR"
     CDS             complement(2787..3758)
                     /locus_tag="SEQF2634_01675"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIPKEIERSASGHFLLDLHTDYLQRIYDVVHEIDPAKILLKAE
                     DISKWNVGIKDESEITREVRASKTTEDLGKKDEERDRIITSLFQDIRSATLSPIAARS
                     EPGRTLKLIVDVYKGLQRERWAGKTVHTKGLLDDLAKPEAAAAVAALHLTETVALLRT
                     TNDAFSTLRESRTSKSVDIILPKSEEIRAQNDKMTSYIFQYIEAAYIATTNDEDRKAI
                     GQLIDQINARIRESKATHNKSQAQKKAAAEKKKKKPDAPKEPKEPKPKKPKKGNDQPD
                     IKLPEEEPKKPDAGGEGKKPEEGGGAGTGGGGKAGESGSPEITLPEA"
     CDS             complement(4257..6047)
                     /gene="arnT"
                     /locus_tag="SEQF2634_01676"
                     /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="MRASALQYLYLQKPVTTIIVLCLVTILPWIATGDFSTKGEPREA
                     SVAVSMLETGNWTLPKVYADEFAYKPPMAHWMMALASLPGGRVTELTARLPSAVAYTV
                     LGAMMLIFLGRRVRFQEAFIAVCVMLTCVEIHRAGMTARVDMVLTGFIVAALLQMYRW
                     EEKLALKGLPVIIPLLLSGAVLTKGPVGIILPLFIFGTYLILLRRHSALQIFKALLYI
                     GVSAAFLPLLWYIAAWRQGGEAFLNVVLAENFGRFFHLSEAAISYDLGHKEPIWYNFV
                     TLAAGFLPWTLLLVFSLFGFNRKPNDKRGEHPTLGSRVRHIVAGLLAMDRVRLFSLVA
                     AVCTLVFYTIPSSKRSVYLMPAYPFISLFVAQAMLYVAEHRSRCTRVFAAVFAAIGTA
                     AFGVAVLTAAGALRPVEIVAKFTDRADTLETVAAVAQGFAHPSAGTIVILIILALALL
                     TVGYQMSRRINIKILYASLFLSVALNLFVDGAIMHNLRNRTSSREFADHICSEFPAER
                     DRIYVMNDLRAGFTNLYGLNFYLGNRFRNFDAERPAEGALLLADRDETLLAERFGRLY
                     TFRRIAHSTRRLSDVRSSVTLYRFERICEE"
     CDS             complement(6069..7172)
                     /locus_tag="SEQF2634_01677"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIPSLKLTRIDRYIIGKFLGTYVFTILLVIAITVVFDFNEKI
                     DHFVGARATATLRGIVFEYYLNFIPYFISIFSPLFTFIAVIFFTSKLADKSEIIATLA
                     CGVSFRRLMRPYLIAAAIIASANYLLNAYIIPPANIVRINFQNKHIRDKKVSSAHNIQ
                     LEVEPDVFAYFDRYDAIASMGYRFSLDRFKDKNLVSRLTAESIQYDSLYRWTILNYVI
                     RDFDGMREHITTGERKDTTLTFMPSDFLISEGDCETMTMPQLAAHIRRQKERKLSNTQ
                     FFEIEYHQRIATTLSFFILTVIGASLSSRKIKGGMGLNIGIGFALSFSYILFSKITST
                     FAISGYVSPMIAVWIPNIIYLFITIHLYRKAPR"
     CDS             complement(7173..8303)
                     /gene="tgt"
                     /locus_tag="SEQF2634_01678"
                     /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
                     SLNLTEQWLGRCLKRFKETEPRYGYHQSLFPIVQGCVYPDLRTRAAERVAEAGAEGNA
                     IGGLSVGEPTEVMYEMIELVNAILPADKPRYLMGVGTPANLLEAIERGVDMFDCIMPT
                     RNGRNGQLFTARGTMNMRNRKWADDFSPIDPDGHCTVDLLHSRAYLHHLFRAEELLAL
                     QIASIHNLAFYLWLVGEARRHILAGDFTTWKAGMVKQLSERI"
     tRNA            complement(8464..8537)
                     /locus_tag="SEQF2634_01679"
                     /product="tRNA-Phe"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Phe(gaa)"
     CDS             complement(8965..9066)
                     /locus_tag="SEQF2634_01680"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYEHKIYRRLYSYTMTISIIQRILYSYIMYKP"
     CDS             9523..10185
                     /locus_tag="SEQF2634_01681"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKRWIAMVLAAAMSAAAQAQDVAELFLKMPDTQLVLLNEASRK
                     TLVDMHRAGEKAIVNNEMGGMAEIWKMTDDYLWLETSMGNFIQIRRLPLVNHTYVICL
                     ITSVGIVRQGQDSRVEFFTMDWTPLPTEGMYRPATMRDFLRADADTTSEDFKEICAAA
                     DIDLFHYKLSPDDLTMSVRYNTPKYFDQALQEKANRFFIDGWKVYTWRNGRFEESGVT
                     AK"
     CDS             10233..10418
                     /locus_tag="SEQF2634_01682"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVQRRIDNSRFFVNWIENDGTTASQVLDFKEKTVTVFLTFTGPD
                     STRHSQLLTGRLELQGE"
     CDS             10695..11846
                     /gene="celC"
                     /locus_tag="SEQF2634_01683"
                     /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="MRTTKQFLLTALAICALSACGKKDTPEPEPKPNPGTEQPLRPAR
                     LRGFMVARVEDVSKGTLDDVAAWGANIIRLQICPVAYATKNNSNIWQALPVYLIRIDE
                     RLKWAKARGLKVVLDLHEPPVNGYTDPGFPAFWNKSQILDDFLRFWTAVATQFKDPAY
                     NDIIYGYDIYNEPAEWVQGTDHVPHKWRAMAPEIVKAIRDIDRDVWIIYEPGPWNGPD
                     NYRNLKPLADKRVMYSLHFYLPGKFTHQGVNMATKAEARASLGVEYPGKIKGKQWDRA
                     ALERELEVVDDFQRRYNVPIFVGEFSVVRWAPLPSSARWLTDVVSLFEERKWTWCYHA
                     FREWDGWSLEYPEGTHTFRYKGDPAASPAKTETERAKVIRAALRKNAQK"
     CDS             11915..13249
                     /gene="mepA_2"
                     /locus_tag="SEQF2634_01684"
                     /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
                     RGGSIRIRLQNFSPSKVYIQEIMAGGTPSLSRQGLSSLATVMLNYGAGAYGDAAIAGM
                     SVVNRFTMILLAAVIGFGQGFQPFCGFCYGARLYERVKDGFWYAVRVSTLFLLVCSVI
                     GWIFSDHIIVLFRRDPAVVAVGTVALKWQLASLPLTGLIILGNMFTQTIRKTIRANIL
                     AAARSGLFFIPLMMILPNTFGLMGVEMCQTVSDVLAFSLTLPILHSAFREMR"
     CDS             complement(13451..14041)
                     /locus_tag="SEQF2634_01685"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIETIHIEKISQHRLSLALHAFFHGDVCSRMMNEDPDKIGVPKS
                     QSEEYKKWVDEELDMIAEARESYNTREIQKKDSECDRLLSFILSMVRTMRLSPKPEEV
                     ESAEKLYIIMRVGKRIQAEGVTRKPARIESLLIDLKKPECTEHISRLRLEEGIELLEK
                     SYKELRALVAERTNERAEKKTALSHSNSSQNGQGLL"
     CDS             complement(14647..15312)
                     /gene="lipB"
                     /locus_tag="SEQF2634_01686"
                     /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="MFIYQDLKRIDYAEALAIQTAAFDELLALKERGETGTSRLFFCE
                     HNPVLTLGKHGLDANLLVSEDVLRRRGVAFYHTNRGGDITYHGPGQITGYPVFDLEPL
                     HLGLRAYIEALEETVIRFLARFDLHAERMAGATGVWLDVGKTRARKICAIGVRSRRFV
                     TMHGFALNISTDLSYFSLIHPCGFIDKGVTSLAKELAPSESPDIETSKQLLLEDFRSI
                     FGS"
     CDS             complement(15703..16548)
                     /gene="mtgA"
                     /locus_tag="SEQF2634_01687"
                     /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
                     KVGAVPIGSGSPAAVDAAPAEKPQPAAPSSRPKPTPQTVEPAPKDELPENVTVDDEEE
                     DDDEE"
     CDS             complement(16583..17047)
                     /locus_tag="SEQF2634_01688"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRIQTVYLLIVAALNLLVVFMPLATVQFDGIFYSFDASGMST
                     MASPEALVYPTWALMALSALISLLALVTIFLFRRRMLQIRLCTFNTLLIVGFYGLFAF
                     YLWRLAGSMDAFTFNFRIALAFPLISLILNWLAIRAIGADEMLVRSLDRLRK"
     CDS             complement(17066..17398)
                     /gene="rpoZ"
                     /locus_tag="SEQF2634_01689"
                     /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             complement(17432..18238)
                     /gene="bamD_1"
                     /locus_tag="SEQF2634_01690"
                     /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             complement(18316..19980)
                     /gene="aspT"
                     /locus_tag="SEQF2634_01691"
                     /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
                     MGVVVLGTLMAVAFSYATGVSLPDMVGILCGATTNTPALGAAQQTLVQLGLDGSTAAL
                     GCAVTYPLGVVGVIIAVMLMRKTLVKPGDTGAQEKEDANKVYMAAFQVHNPAVFGKSV
                     KDIGAISATRFVISRLWRDGHVSIPTSASTLREGDRLLVITSEKDVPALTVLFGEQEN
                     KDWNKDDIDWNAIDSELASERIVVTRPELNGKRLGSLRLRNHYGINISRVYRSGVQLL
                     ATPELVLQLGDRLTVVGESAAIRNVEKVLGNAVKSLNEPNLVVIFIGIVLGLVLGSLP
                     IAIPGISTPVKLGLAGGPIIVGILLGTFGPRLHMITYTTRSANLMLRALGLSMYLACL
                     GLDAGAHFFETVFRPEGLLWIGLGFVLTLIPTLIIGAIAMKWLKIDFASVFGMLCGSM
                     ANPMALNYVNDTVSGDNPAVAYATVYPLSMFARVILVQVLLMALLG"
     CDS             20214..22787
                     /gene="susC_12"
                     /locus_tag="SEQF2634_01692"
                     /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="MTRRIFCALLMLLGLCGPWTTRALAQHTVHVEGIVKDSVTGEAL
                     PAVAVMLKGTTIGTVTDNDGRFTLEAESAARTLSVSYLGYETYERPLTGTNRLTIRLQ
                     PTTYTLNDVVVRPGHERYSRRNQAVDFVRNVIERRELNAPRNHDYFSFSTYDRKIFAK
                     NDFEEAEERGKKRYRRIDFIFDYIDTSHVSGKPILPLYNEEVIEQTYFRRTPRTERRL
                     VQGVKRAGLVEIFSEDGITQFVNEVFREPDVFQDNIPLFLQRFVSPLASFGPTFYKYY
                     LTDTVEIDGERCADLSFVPFNAESFGFTGHLYVTLDSTYFVRRVRLNVPKHINLNYVD
                     FMQIEQDFRRTDDGTRLILKNDITVEFRLHAKSKGTYARRICLYRNQSFRAPDDPSVF
                     RENNPVMETEEARRRSDDYWQQQRAQQGDSTSDATRQTSVERMMAQLRRVPVFYWTEK
                     VASALIGGYVQPMEKNSPVEFGPVNTFLSGNVLEGARYRFGGTTTTALSNRFFIDGYA
                     AYGAGDRKLKGDILAEYSFNKKRNFRKEFPFHYLRAEYRYDINQIGQHYLYTNPDNIF
                     MMPKRRRNDLITYMRNAELSYYHEHYNGLGYGLALRHRTEWATRYVPFQRFLPDATTV
                     PVKSYQSAQLEVSIRWAPNEKFYQSRNYRYPITLDAPIITLTHTMARRGILGTEHNYN
                     RTELGVRKRFWLSPFGYIDLYGQAGAVWNRVPYPLLIIPNANLSYSIEPESYALMDPM
                     EFINDRFVSWETTYFPNGALLNRLPLLKRLQLREVVAFRGWYGTLTDKNNPFLADNAD
                     LYAFPSNTYLMGRRPYMELSVGLDNIFKLVRVDYVWRLSYRDHPHTPNSGVRFKVQFS
                     F"
     CDS             22954..23322
                     /locus_tag="SEQF2634_01693"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAGTIMGCDGRGRMSAGVLMGCDSPGDTVAGMIMGYDSPGDTV
                     ASMIMGYGSPGDTVASTIMGCGSPGDTVASMIMGCGSPGDTVASMIMGYGSPGDTVAS
                     MIMGCGSPGDTVASTFMPWA"
     CDS             23466..26930
                     /gene="ileS"
                     /locus_tag="SEQF2634_01694"
                     /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
                     PEQPANDFQRSVFAGSDAPSDVYFLAWTTTPWTLSSNTALCVGADIDYVAVRSFNPYT
                     GAPNTYILAEARLAAYFNPKAADMPLSAYKPGDKLIPYEVIGRCKGRDLVGLSYEQLI
                     PWFNPGDGAFRLISDSYVTTEDGTGIVHIAPTFGADDARVGKAFGIPPLQLVDKAGNL
                     RPAVDLKGRFYRLEDLDETYVKERVNTALYKEYAGRYVKNDYDPALTNPNDKDPLDVD
                     LCVMLKQQGLAFKIEKYVHNYPHCWRTDKPILYYPLDSWFIRTTACRDRMIELNNTIN
                     WKPQSTGTGRFGKWLENLQDWNLSRSRYWGTPLPIWRTEDNAEEKCIGSVSELYAEIE
                     RSVEAGFMKSNPYKDNGFVPETYTAENYDRIDLHRPYVDDIVLVSPTGRPMKRETDLI
                     DVWFDSGAMPYAQIHYPFENKEAFDACKVYPADFIAEGVDQTRGWFFTLHALGTMLFD
                     SVAFKNVVSNGLVLDKNGNKMSKRLGNAVDPFATIRQYGSDPLRWYMITNASPWDNLK
                     FDPDGVEEMRRKFFGTLYNTYSFFALYANVDGFTYSEPDVPMADRPEIDRWILSLLHS
                     LVKDVDSYLNTYDPTRAGRAIADFINDHLSNWYVRLNRRRFWGGGMTTDKLSAYQTLY
                     TCLETVAKLMAPIAPFYADRLYGDLIAVTGRESAESVHLADFPVCDEAMIDKELEERM
                     QIAQDISSMTLALRRKVNIKVRQPLHTLLVSAVDEHQRAAVEAVQDIILNEVNVKELK
                     FADAGSNILVKKVKPDFKKLGPRYGKVMKALAAAIQAMTQEEIATFERDGSFTFPIDG
                     NACTVLTDDVEIISEDIPGWLVANEGRLTIALDITVTDELRREGLARELVNRLQNLRK
                     SSGLEITDHIRVTLAPAEEMEGVLETYGDYIRRQVLADAITSTERSADMTELEFDDFQ
                     LPVKIEKV"
     CDS             27003..27383
                     /gene="yocK"
                     /locus_tag="SEQF2634_01695"
                     /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             27380..28030
                     /gene="lspA"
                     /locus_tag="SEQF2634_01696"
                     /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             28051..28851
                     /locus_tag="SEQF2634_01697"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTISGFQTFLVVSLSALIGLSACSHTPEGVLTEKQMRDVMIDLY
                     TAEAMIYDEPQRYETFEQRRALFNDVFAKHHLTEAQYDSSLMWYGRNLDLYMGVCDMA
                     LEEVDRRLKSAGSEVSSDVTVRRSSSPATPDLWSGKRYYAFSPSDLSDRVVFETSPGG
                     GAHATAAEYVLEMQIWGLQPAANERIVVSLRADVENDSTLIQRDTITADGPHRVALIN
                     PPGNYVRRIYGYLRVIAPSSKVYVDSLRLTPGESVSVDQLEPPLPPLE"
     CDS             29525..30229
                     /gene="frp_2"
                     /locus_tag="SEQF2634_01698"
                     /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="MKYSNKKWRACALCMLAALAMTTGCQNKPAETADSTNAATDSVV
                     AESPLDNAVVRAIMDRRSVRKYKPEPVPKEMLDVILHCGINAPNAMNEQRWEVRVTNS
                     KAFIDGVTKVFIESAENDERVQKLVKNPDFHNMFRNAPTVIFVAGKADEKSSPIDCGM
                     LGENIMLAAQSMGLGTCCLGSAAGFLNSNPGAANYLKQLAFSDGYELLYAIAIGYPDE
                     SPEAKPRDASKVRYIE"
     CDS             complement(30345..31799)
                     /gene="yqiK"
                     /locus_tag="SEQF2634_01699"
                     /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
                     GKAEADRDKDIRIAETLRDTRIRTSEANALAVEGENNAKIAIANSEATRREKEAEAAR
                     RAVAAEKVQTAKALQEAYQSEREAEMTRAEREKATQTANVVVPAEIEKEKAIINAEAE
                     AEKMRRIAKGQADAIFAKMDAEARGTYELLTKQAEGYDRLVRAAAGDPDKAVLMLITD
                     KLPELVRTQVEAVKNIKIDKITVWDGNNADGNGMTSTANFISGMMKSVPPLNDLFNMA
                     GLNLPTYLKGADRPTIPLRPTDGKSPEATPPAKK"
     CDS             complement(32026..32595)
                     /locus_tag="SEQF2634_01700"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTWWGSLDPFMQTLWGIAIVASAVFIIQSIMTFVGMDSETNFD
                     GDMSADGAGESTPFQLFTFRNLINFMLGFSWTAIALRASTESTSLMLVGGVVVGVLLV
                     CAVMYLFKWMSGMQQSGTIEPEALVGCKGSVYLTIPAGRTGEGKVQITVRGAIREYNA
                     MTEGDRLPNEAPIRVVAVLNGHTVLVEKV"
     CDS             complement(32617..33153)
                     /locus_tag="SEQF2634_01701"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVGRPFFCGEFDERIKPAESFYGSHAIARTFLEMPRGSSANAK
                     AFFFRFAGLPQTPKHIPRDLREYPQTPKHFPRELREYPQTPRQTPRDLREYPQTPKHF
                     PWDLRNFRGTKALWPLTARYQRHSPGIRESILSSNSRCLRDHPFPIGNSMQNAFEVPS
                     PIRNAIFRAYSLRLPVNF"
     CDS             complement(33193..35391)
                     /gene="ptpA"
                     /locus_tag="SEQF2634_01702"
                     /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
                     MTPQNRSIVWWGEEAVRTDADFCALINKTTGRETRLFTLTDINQWIGAKDDNHRVKSL
                     RYATFPYAKQSLVLVENITERMLVDWKAHRVVWRQASALQEHTDFAPASRATAYVRDH
                     NLFVIDGEGRVRQISTDGSREMVYGVTAYREMFGIYKGTFWNPDGSRLAFYRMDQTMV
                     PDYPLVDVDPDSMAVLAPEKYPMAGRTTHEVTIGVYDVKSDKTIYLKVGNPKDRYFVN
                     IGWSPDGKTIYLKEFNRKQNEMSLDAYDAVTGDKRATLYTERHEKYITSYTSVAFLPW
                     DADKFILQSQKDGYNHLYLFNTKGEMLRQLTSGNFVVYDLLGFDKARKRAIILSAESS
                     PIQSNLYAVDIATGKRTLLDNGRGVHANIISPSGFHDRALSPDGGWIIDNYAEPTVPR
                     NIDFINLKTDKGTRYFTADNPWKDYAEPHISSGTIKAADGRTDLYYRLVKPADFDASK
                     KYPTVVYVYGGPMTRNVDAYWHYRLRGWEAYMAQKGFIVFVLDNRGSSDRGRDFEQAT
                     YRHLGTEEMKDQMKGVDFLKTLPYVDANRLGIHGWSFGGFMTINLMTTYPDVFKVGVA
                     GGPVIDWNWYEVQYGELYMGTPQDNPEGYAAGSLLPKAKNLKGKLQIIIGMNDPVVLP
                     QNALRFLKECISAGTQPDFFVYPGEPHNMRGHQSVHLHERITQYFIDYLK"
     CDS             complement(35739..38009)
                     /locus_tag="SEQF2634_01703"
                     /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
                     TTLAYMTYPKLDGMEPDHPENKRKENWSIKDGKLVDFSKGWINPAAAINGRYTLLDGF
                     GLTGEYVFAMRRPYAYDFAGEEIPNLDPVSIHLGRAGIFWNNSWIQLASQFSFVRQTN
                     YKWRTQFNHPTNETDFTTVFVNYDVQTLGWTTDMVLQPAKGFTFHALFTLQDPRYKNY
                     EIDPVFKDGTKSHASFSNKKTTGVSDVIIELNPSYTYDKFNIWLSARYSSAYYVNKMN
                     TLKFNGLWTTFAGVSYALNKNVDFSVNFVNLLNVSGASGGVSTSDLKPKNVENYLAVG
                     SYIRPFTVSFGAKVRF"
     CDS             complement(38138..39418)
                     /locus_tag="SEQF2634_01704"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRMKKVLLAMCIVCGATAASAQNFNDYFEDRTLRIDYDFTGDV
                     NKQEISVIRLNAIPRWYGKRQNLAEVPTAGNGDITVRSKDGRVIYKNSFSTLFQEWLA
                     YPEAKQVRKSFENVFLLPMPKDTVDVTVELRTSRLDVLVSYTHRVIPSDILIKHIGEK
                     EVTPYKTLMQAADTNKCMHIAYIAEGYRKEDMDDFIAHATEANEALFAHEPFKSLKGR
                     FNVIAVMSESKESGTSVPSKGVWKNTVLGSHFDTFYSDRYLTTLNLRDMHDQLAGTPY
                     EHIIVLVNSETYGGGGIYNSYNLTSTRHKYFKPVVVHEFGHSIAGLADEYAFEEELIP
                     LYPHDIEPWEPNLTTLVDFASKWKDMVKKGTKIPTIPTEKNKMEVGVYEGAGYSVKGV
                     YRAFQDCRMRTNQFPEFCPVCKRALTHLIDFYTK"
     CDS             complement(40322..41053)
                     /locus_tag="SEQF2634_01705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKMKHLMMLALMACSMTMMVGCGEDKPEPKPTPQPQPQPQPQP
                     QPKPDQGVTKKMTVDATNYADWTYINLETGETEVHRDFSEWVYFKGMKRDSVVNRTPG
                     KGSESDVKIKWHIAIHRFEVKTNAGEAVATTETELDKVTSLPAAGYKPDTVVKARVIT
                     DMSKMQQGLVGYAAQSSLNATLGGWLIRTPTGTMPPYTYKLSEKVYVVKFKSGANAKL
                     KFTDYSDATGQKNGVVTFSYVYQAK"
     CDS             complement(41242..42825)
                     /locus_tag="SEQF2634_01706"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATYKYLVLPVVAGVFALSCEKLETTNVDPNNPVEVPSHMLMS
                     GAQKHMMDDVYDNWFSARQCLTYSQYWAQRNYTEEDRYQIRESVNNGYFNSFYRNLYY
                     MDRIIELNTDPKKAAISVNYGNNKNQIAAAKIMKVWMLSIITDTWGNVPYSEAGKLIQ
                     DVYHPKYDDQKDIYAAMIRELTEASQMIDVKEKAFIGGDIIYKGDAAKWKKFANSLKC
                     RLAIHLSKVDSNWKTYIAEALKDGVFESNADNAVFKYSTTGQDYCLFYRGFFVSQRND
                     FTIARPFMDILKGQPDTLNKKSHPWAGVVDPRLEVYTTSRDGKYIGIPFGIASGDMSS
                     AYRNIAPSWYSNPPIHLSKDFAVPIMTYAELQFILSEYKGFSADEYKTGVRASVTYWT
                     TLNGKPISTEDLDKYVDAVSKKVDAEAVALQKYIDLYMNGTEAWVEIRRTGYPDQLIR
                     PGEVSLIGPKGNTIKFNPLSDTKGMIIPRVKYPTNESTLNGENFNAAVSKLEGGTNNY
                     YSKMYWDVRTGPYDHPANK"
     CDS             complement(42846..46034)
                     /gene="susC_13"
                     /locus_tag="SEQF2634_01707"
                     /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
                     VRGAANAGTVTDLDGRYTLNVPASAKTLIISYVGMRSEEIPISDKHVTTVLRANLALD
                     EVVVTALGISREKKALGYAVTEVGGDEMLKSRGGVSNPINALQGKVAGLQIAGGAGSM
                     GGSSKILIRGTSSISGNNQPLFVVDGVPIEGQGFNDAGSAGRDQYSTARGGGGYDYGN
                     LIQDINPDDIASISVLKGPNASALYGSRATNGVVMITTKKGAKNEGYGITFNTAVGFE
                     VVNKLPKLQKLYGGGGEDKFTEVMINGQKYLYPDYATDESWGPKLDNQQVLSWADLAR
                     WEIGGQVGNPKTSAWKTPDNDVETFFKTGVSFTNNVAISQATDRSSIRFSYTNSELSG
                     YMPNSSLRKNVFNVSASTTSANKKLEVMTNVTYFNSAARGRSQTGYDNNNVMEKFIQW
                     GHRQLDMKELEALYKSPIDGSQITWNRSDWNDPTPNYANNPYWSRYENYQNDTRNRVY
                     GNVGFVYHILPSLKFQYKANLDFFADKQFERNAVYSQEQSQYKETARQQYELNNEFML
                     LYNQTVSDLTVNANLGANLMKRHYEMTYGRTVGGLAIADFYNMSNSVSPATAENYQLK
                     KAINSVFASATLGWRSMLYLDASLRNDWSSTLPVGNNSYMYPSVTGSFVFSELLKNKL
                     TWLNFGKLRLGYAQVGNDTDPYQVINTMTQYTHVDPSTPGYVVSNTLKNENLKPESTN
                     SFEAGLELSLFDNRVSLEATVYASQTKDQIVPLSVSGTTGYTFRVVNGGVIENKGMEL
                     MVKVLPIRSRTFTWETALTLASNKNKVKEMVVDYYRIASAPFKVEIGAMKGEAYGVIM
                     GTDYKYDKNGNKLIDANGRYMYTDGNVNLGSIFPDFTGGWSNTFRLGNIDLSVLLDFS
                     KGGHYFSTSYLWGMYSGMLEESAANGIRENGIVLEGVHEDGTPNTTKISAKQYGNDHN
                     SGPAAQNVLRSDYIKLREINIGYTIPLKKKDAFFKAVRVSAYGRNLAVWGPDTKHFDP
                     EMIVTGSGNIQGIEGGALPSVANFGFNVNLKF"
ORIGIN      
        1 ggattgacgc gcgtggggtg ggagcgtagc gccgcgtaac ggtcggggtg agtggacatg
       61 aaggagagcc gcggctgata ggggtggccg ccgatctcgg cggtgacgtc gcgcacgagg
      121 ccgcggcggg cgttttcgta gatccagtcg gtgaagtagt gcaggcggtc ggtatagtcg
      181 gtgatgacgg ccgtgcggta gcgtaggcgg gagagttcgc ggaggtaaac gtcaaacgtc
      241 ggcgtgggac tttgggcggt acgggctaag gcgacggccg actcgacgag cgtggtgcaa
      301 tcccattcgc ggaggttgac caccaggcgt tccggctccc gttcgagcgt ggaggcaacg
      361 tagggatggc cgacgaagta tcgcgcggcg gcgagtgtgg cgtcgccgac ggggcgcggg
      421 tcggcggcag atcggagtgt ccccatgcag ccgttaaaag ccgccatatc tgctacagaa
      481 aacgtcaagt ttcccgacca atcgtccgcc gaactcgacg cgatcgccca ccaggcgcag
      541 agcaagatgc tgatcacacg tttcatcgcc gaccctcctt cggttgcggt tcgttgtcct
      601 tcggttttcc gtcgagcagc tcctggagct tcagcatttc ctcgcggtat tgggctgcct
      661 cgatgaactc cagtttgcga gccgcctctg tcatccgacg gcgcgcacgt tcgatggcct
      721 tttcgagttg tggacgcgtc atgtagctca ctaccggctc ggcaacgagc gagggttcgg
      781 gctcggtata ggcatagggc acggcggacg cttgtgcgcg atcgcccagc acggaggcgg
      841 agctttgttt gatggcggtg cggggggtga tgccgtgtgc gcggttgtaa ttgagctgtt
      901 tttcgcgccg gcgattcgtt tcgtcgatcg tcatacgcat gctgtcggtg atcttgtcgg
      961 catagaagat cacgcgtccg ttgaggttac gggccgcgcg cccggccgtc tgcgtgagcg
     1021 agcggtggga gcggaggaag ccctctttgt ctgcgtcgat gacggccacg agcgagacct
     1081 ccggcaggtc gaggccttcg cggagcaggt tgacgccgat gagcacgtcg aactctccgc
     1141 tgcggaggtc gtccatgatg cggatgcgct cgagcgtgtc gacgtcgcta tggatatagt
     1201 tgcagcgcac gttcatgcgc ttgagatagt ccgttaattc ttcggccatg cgcttggtga
     1261 gggtcgtgac gagcacgcgt tcgttgacct ccgtccgttg cgagatctcc tccatcaggt
     1321 cgtcgatctg gttttggctc gggcggacct cgatgaccgg gtcgggcagg cccgtcgggc
     1381 ggatcacctg ctccacgaca atgccgccgc tcttggccag ctcgtactcg gccggtgtgg
     1441 cgctgacgta gacggcttgc ggcgtgaggg actcaaattc gtcgaacgtt tggggcctgt
     1501 tgtcgagtgc ggccggcagt cggaagccgt attcgacgag cgtctccttg cgcgagcggt
     1561 cgccgccata catggcgcga atctgcggca cggtgacatg gctttcgtcg atgacgagca
     1621 gaaagtcctt cggaaaatag tccagcaaac aaaatgggcg ctcacccggg cgccgtccgt
     1681 ccaggtaacg cgaatagttt tcgatgcccg tgcagtgtcc cagctcctga atcatctcca
     1741 gatcgtacgt gacgcgctcc tcgagacgct tggcctcgaa aggtttgccc atctcctgca
     1801 gctgctgcac gcgttcgccg aggtcgaggc gaatctgccc gagcgccgag tggatgcgct
     1861 cttgggtggt gacgaagagg ttggtgggat agatctgaag cgtgtcttgt tcgtcatact
     1921 cgcgcccgtc gacagggtta aatgaggaga tgcgctcgac ctcgtcgccc cagaactcga
     1981 tgcggtatgc cattccgtca tagccctcga tggcggggaa gatgtcgacc gtgtcgccat
     2041 tgacccggaa gctgccggag ttaaattcta ctttattatt gacgtagagc gcgtctacga
     2101 agcggcggag caacttgtcg cgggcgatgc gcatgccgcg ctccacgtgc acgacttgct
     2161 cttcgaaggc ccgcgggtcg gccatgccat aaaggcagga gacggacgag acgaccagca
     2221 cgtcgcgacg cccggagagg agcgaagccg tggcgcgcag gcggagcttg tcgatttctt
     2281 gattgatggc catatccttc tcgatgtacg tgtcggtggt gggcaggtaa gcctcgggct
     2341 gatagtagtc gtagtaggaa acgaagtact cgacggcgtt ctgcgggaag aaggacttga
     2401 attcgctgta gagttgggcg gccagcgtct tgttgtgact caaaacgagc gtgggtttgc
     2461 ggacccgctc cacgacgttt gcgatggtga acgttttgcc ggagccggtg acgcccagga
     2521 gggtctgata cggcacgccg tcctcgatgc ctcgcgatag ggcatcgata gcctcgggtt
     2581 ggtcgcccgt cggccggtat gaagagacga gtttgaaatc cataagggga aagggggagg
     2641 gaaaatgaaa gccaaatata aaagtagggg cgtaaaaaca tacgccctcc aagccccttc
     2701 aggggtaaat cggtgccggt tggaccattc ggcccccaaa ggatctgttg gtagggacga
     2761 acaccattcg cccctatctg gatactttat gcctcgggca gtgtgatctc ggggctgccg
     2821 ctttcgccgg ctttgccacc gccgcccgtg cctgcgccac cgccttcttc aggctttttg
     2881 ccttcgccgc cagcatcggg ctttttcggc tcctcctcgg ggagcttgat gtccggctga
     2941 tcattgcctt ttttcggctt tttaggcttg ggttccttcg gctctttagg tgcgtccggc
     3001 tttttcttct tcttctccgc tgcggccttc ttctgcgctt ggcttttgtt gtgcgtcgcc
     3061 ttcgactcac ggatgcgggc attgatttgg tcgatcaatt ggccgatggc cttacgatct
     3121 tcgtcgttgg tggtggcaat gtaggctgct tcgatgtact ggaagatgta agaagtcatc
     3181 ttatcgttct gggcacgaat ctcttcactt ttgggaagaa tgatgtcaac cgactttgag
     3241 gtgcgcgact cgcgtaacgt gctgaacgca tcgttcgtgg tgcgaaggag ggcgacagtc
     3301 tcggtgagat gcagtgcggc cacggcggcg gcagcctcgg gcttggccag atcgtcgagc
     3361 aggcccttgg tgtgcaccgt tttgccggcc cagcgctctc gctgcagccc tttgtagacg
     3421 tcaacgatga gcttcagcgt gcggcctggc tcactgcgtg ctgcgatggg agagagcgtg
     3481 gcgctacgga tgtcttggaa gagtgaggtg ataatccgat cgcgttcctc atcctttttg
     3541 cctaagtctt cggtagtctt cgaggcacgc acttcgcggg tgatttcgct ttcatccttg
     3601 atgccgacat tccatttgct gatatcttca gctttgagga ggattttggc cgggtcaatc
     3661 tcgtgaacta cgtcgtaaat acgttgcaag taatcggtgt gcaggtcgag caggaaatgt
     3721 ccactcgccg agcgttcaat ttcttttggg ataatcattt ctgttctgtt tttgtgtggt
     3781 tattgattgt ttcgtaagaa aataagtact ctttactgtg aatgcacttt gctgcgtgag
     3841 ggaatagggt gtatccggtg cggatacacg ccgctgcgta aggaaatagg gatgctccgg
     3901 tgcggataca ccccgttgcg tgaggaaata aggcgtatcc ggtgtggatg cacgctgctg
     3961 cgcaaggaaa tagggtgtat ccggtgtgga tacacgccgc tgcgtaagga aataaggtgt
     4021 atccggtgtg gatgcacttt atcgcataaa tggataaggt gcgccgaacg atggggacta
     4081 cttttatcga tataaatgat tgagtcgttc atggagggca tggcgatccg tattttttct
     4141 tgggggcaaa tataaacacg gatccgaaaa cacaaaacga cgctgcacgc ccttcccgcc
     4201 ggaccggttt catcggtgtg gatggctggc gggaagagcg gcgactgggc gccgatttac
     4261 tcctcgcaga tgcgctcgaa gcggtagagc gtcacgctgc tgcggacgtc ggagagcctg
     4321 cgcgtggagt gggcgatgcg gcggaaggtg tacagccggc cgaagcgctc agcgagaagc
     4381 gtctcgtcgc ggtcggccaa gaggagggcg ccctcggcgg gacgttccgc atcgaagttg
     4441 cggaagcggt tgccgaggta aaaattgagg ccgtagaggt tggtgaagcc cgcgcggagg
     4501 tcattcatca cgtagatccg atcccgctcg gccggaaact cgctgcagat gtggtcggca
     4561 aactcgcgcg aggaggtgcg gttgcgcaag ttgtgcatga tggcgccgtc gacgaagagg
     4621 ttcagggcga cgctcaggaa aagcgaggcg tagaggatct tgatgttgat ccgccgcgac
     4681 atttgatagc cgaccgtcag cagggccaag gccaagatga tgaggatgac gatcgtgccg
     4741 gccgaggggt gggcgaagcc ttgcgcaacg gcggcgaccg tctcgagcgt gtcggcgcgg
     4801 tcagtgaatt tggcgacgat ctccaccggg cgcagggcac cggcagcggt gagcacggcc
     4861 acgccgaatg cggccgtgcc aatggcggcg aaaacggcgg cgaagacgcg tgtgcagcgg
     4921 gagcgatgtt cggccacgta gagcatcgcc tgcgccacaa agagggagat aaagggatag
     4981 gcgggcatca ggtagacgct ccgcttgctg ctcgggatgg tgtagaagac gagcgtgcag
     5041 acggcggcaa cgaggctgaa aaggcgtacg cgatccatcg ccagaaggcc ggcgacgatg
     5101 tggcggacgc ggctgccgag cgtggggtgc tcgccgcgtt tgtcgttcgg cttgcggttg
     5161 aagccgaaga gggagaagac gaggaggagg gtccagggca ggaagccggc cgcgagcgtg
     5221 acgaagttgt accaaatggg ctccttgtgc cccaggtcgt acgaaatggc ggcctcgctg
     5281 aggtggaaga agcggccgaa gttttcagct aaaacgacgt tgaggaacgc ctcgccaccc
     5341 tggcgccacg ccgcgatgta ccagagcaag ggcagaaagg cggcgctgac gccgatgtaa
     5401 agcagcgcct tgaagatctg caaggcgctg tggcggcgaa gcaggatgag gtacgtgccg
     5461 aagatgaaaa gcggcaagat gatgccgacc ggccccttgg tgagcacggc gccgctgagt
     5521 aaaagcggga tgatgacggg taggcctttc aaggcgagtt tttcttccca ccggtacatc
     5581 tgtaggaggg cggcgacgat gaagccggtg aggaccatgt cgacgcgggc tgtcatgccg
     5641 gcgcggtgga tctcgacgca cgtgagcatg acacagacgg cgatgaaggc ttcctgaaag
     5701 cgcacacgcc gccccaagaa gatgagcatc atggcgccga gcacggtgta ggccactgcg
     5761 gaggggaggc gggcggtcag ctccgtgacg cggccgccag gcagggaggc gagggccatc
     5821 atccagtgcg ccatcggcgg cttgtaggcg aactcgtcgg cgtagacctt cggcagggtc
     5881 cagttgccag tttcaagcat ggagacggcc acggaggctt cgcgcggctc gcctttggtg
     5941 gaaaagtcgc cggtggcgat ccagggcagg atggtgacga ggcaaagcac gatgatcgtc
     6001 gtcacaggct tctgcaaata gaggtattga agggcggagg cgcgcatagg gtaggggatg
     6061 attaagtttt accgcggggc tttgcggtaa aggtggatag tgataaagag gtagataatg
     6121 ttcgggatcc agactgcgat catggggctg acatagccgc tgatggcgaa ggtggaggtg
     6181 attttggaga agaggatata ggagaagctg agggcgaagc cgatgccgat gttgaggccc
     6241 attccgccct tgatcttccg cgaggaaagc gaggcgccga tgacggtgag gatgaagaag
     6301 gagagcgtgg tggcaatgcg ttggtgatac tcgatctcga aaaactgggt gttgctcagc
     6361 ttgcgctcct tctgtcggcg gatgtgggcg gcaagttgcg gcatggtcat cgtctcgcag
     6421 tcgccctcgg agatgaggaa gtcggagggc atgaaggtga gcgtcgtgtc cttgcgttcg
     6481 ccggtggtga tatgctcgcg catgccgtcg aagtcgcgga tgacgtagtt gaggatggtc
     6541 catcggtaga gcgagtcgta ctggatggat tcggcggtga ggcgcgagac gaggttcttg
     6601 tccttgaagc ggtcgaggga gaagcgatag cccatcgagg cgatggcgtc gtagcggtcg
     6661 aagtaggcga agacgtccgg ctcgacctcg agctggatgt tgtgggccga cgagactttc
     6721 ttgtcgcgga tgtgcttgtt ttggaagttg atcctgacga tgttagccgg ggggatgatg
     6781 taggcgttca gcagatagtt cgccgaggcg atgatggccg cagcgatgag gtaggggcgc
     6841 atcaggcgac ggaagctgac gccgcaagcc agcgtggcga tgatctccga cttgtcggcc
     6901 agcttcgagg tgaagaagat gacggcaatg aaggtgaaaa gcgggctgaa aatgctgatg
     6961 aagtagggga tgaagttgag gtagtattcg aagacgatgc cgcgcaacgt agccgtggcg
     7021 cgggcgccga cgaaatggtc gatcttctcg ttgaagtcga agacgacggt gatggcgatc
     7081 accagcagga tggtgaagac atacgtgccg aggaacttgc cgatgatgta tcggtctatc
     7141 cgcgtgagtt taagggaggg gatacgtagc attcagatcc gttccgagag ttgtttcacc
     7201 atgccggcct tccacgtcgt gaaatcgccc gccaagatgt gtcgtcgagc ctcgccaacc
     7261 agccagaggt agaacgcgag gttgtggatg gaagcgatct gcaacgccag cagctcttcg
     7321 gcgcggaaaa ggtggtgcag gtaggcgcga ctatggagca agtccacggt gcagtggccg
     7381 tccggatcga tgggcgagaa atcgtcggcc catttgcgat tgcgcatgtt catcgtgccg
     7441 cgggcggtga agagttggcc attgcgtccg ttgcgcgtcg gcatgatgca gtcgaacatg
     7501 tcgacgcctc gctcgatggc ctccaggagg ttcgccggcg taccgacgcc catcaggtag
     7561 cgcggcttgt ctgcaggcag gatggcgttg accagctcga tcatctcata catgacctcc
     7621 gtaggctcgc ccaccgacag cccaccgatc gcgttgcctt ctgcgccagc ctccgccacg
     7681 cgttcggctg cccgtgtgcg caggtcggga tagacgcagc cctgcacaat cgggaagagg
     7741 ctttggtggt agccgtagcg cggctccgtc tccttgaaac gtttgaggca gcggccgagc
     7801 cattgctccg taaggttcag cgagcgctcg gcataggcgt ggtcggcgtc gccggggcag
     7861 cattcgtcaa aggccatgat gatgtccgcg ccgatggagc gctcaatgtc catcacacgc
     7921 tcgggcgaga agagatgttt gctgccgtcg atatgcgagc ggaactccgc gccctcggcc
     7981 gtcagcttgc ggcggtcggc cagcgagaag acttggaagc cgccgctatc cgtcagtatc
     8041 gggccgcccc aaccgttgaa gcggtgcagc ccaccggcgc gctcgagcgt gtcgacgccc
     8101 ggacggaggt agagatgata cgtatttcct aagatgattt gcgcgccgac ctcactttgg
     8161 agttcggcca tatgcacggc cttgaccgcg ccttgggtgc cgacgggcat gaagatgggc
     8221 gtttcgatca cgccatggtc ggtcgtgatg cgtcccgcgc gtgccttgga tcggctgtcc
     8281 gtttggatca cttcaaaatt catggcggca aaagtaaggt gtggtgagca atcgggtggg
     8341 ggaggcgttt gcgtaaacgt ataggtaagg acgatggagc acccgatggg cgccgcagtt
     8401 cgataggggg aaataaaaaa agcagcacac ttgatttgtg tactgcttat gaaggttttt
     8461 gaagtggtgc caccgggaat cgaaccaggg acacaaggat tttcagtcct ttgctctacc
     8521 aactgagcta tggcaccgtg ccttgttttt ttcttagcgg ccgcaaagat gaacgaatct
     8581 ttgactctac gccaaatctg cgacactaaa aaaatcacaa aagaaacggt gacttgtttc
     8641 cctgcaaccg aaccgtttta ttctgaacgc tttgcggaga ggggtcaccg gaggattttc
     8701 ctgcgaaaaa cgtgatcgag gacggaattc tggccgcagc accctcattt tttgtctcgg
     8761 ggcgactgct cacatcgtcg gatcggcatc gagcgacacg gctggtcatg gaaggccgtc
     8821 gaagcgctgt cgactgagtc ggcggggcat ggcgggctgt tgtggtctcg tcgtgtgaca
     8881 cgagggggca tgcctacgcg ttgaggcctc atcgagtctc ttgagggggc ttcaatcgat
     8941 gtataggaaa tagatacgcc ggatttatgg cttatacatg atgtatgaat ataaaatccg
     9001 ctgaataata gagatagtca tggtgtatga gtataaacga cgatagattt tatgctcata
     9061 caccatgtat gactattctt tccagtgtat atctgactta gacagtatgt ataagataaa
     9121 ttgatggcgg cgtgtatact tagacactat gtatatgcgg gaatgacgga cggaaaaatg
     9181 ggcttacagt atgcttatcc gatagatcta ttagaatgat aggccataca tgatgtagat
     9241 cagattaaat ggagagaatg aagaggcagg catggtgtgg atataggata tatgaaggat
     9301 ggtttagcca tacatgaggg gatgcccgcg ggggataaat tggggggctt cgacgcgagg
     9361 ggatgacgtg tcgagtggca tggcaaggct gcgacgcgag gggatggcgt gtcgggtgac
     9421 atggtgaggc tgcgacgggg ggagatgggg cgcgggctgg gcaaaggggg agtttgtact
     9481 tttggcaccc gtaaaaaatc agcaatttga aggataatga caatgaggaa gcgttggatc
     9541 gcaatggttt tggcggcggc tatgtcggca gctgcgcagg cgcaggacgt agcggagctg
     9601 tttttgaaga tgcccgatac gcaattggtt ttactcaatg aggcgagtcg gaagacgctc
     9661 gtggacatgc atcgggctgg cgaaaaggcg atcgtgaaca acgagatggg cggcatggcc
     9721 gagatctgga agatgacgga cgactacctg tggctggaga cgagcatggg gaatttcatc
     9781 caaatacggc ggctgccgtt ggtgaaccat acgtatgtga tctgcctgat cacgtcggtg
     9841 gggatcgtga ggcaggggca ggactcgagg gtggaatttt tcaccatgga ctggacgccg
     9901 ctgccgaccg aggggatgta tcgcccggcc acgatgaggg acttcctccg ggcggacgcg
     9961 gacacgacgt cggaggattt caaggagatc tgcgcggcgg cggacatcga tttgtttcac
    10021 tacaagctgt cgcccgacga tctgacgatg agcgtgcgat acaacacgcc gaaatatttc
    10081 gaccaggcgt tgcaggagaa ggcgaatcgg ttttttatcg acggatggaa ggtctacacc
    10141 tggcgcaacg ggcgctttga ggagagcggg gtgaccgcga aatgagaagt gaagaatgag
    10201 gcgcggaagc ctcagcacaa gagcgcaaca caatggttca acgacgcatc gacaacagtc
    10261 gcttcttcgt gaactggata gaaaacgacg gcacgacggc gagccaggtg ctcgacttca
    10321 aagaaaaaac agtgaccgtc tttctcacat ttacgggccc tgacagcaca cgccattcgc
    10381 aactgctcac tgggcgcctt gagctgcaag gagaataacc ggaatcgccc aacctgcagg
    10441 gttacggact attctgaaaa ttgtttagag gcttcctgcg ggcacatcct cgagggcgtt
    10501 tttgacgact ctttttgtca gacgataggt gttgcatgcg ctggaaggag acgaaacgga
    10561 cgaggctccc ctccggaata aacttcaaac aatcccgaag acccgaacaa tttcgtcgca
    10621 ttgtgcgttt tcattccgtc gaaggttcac tcaagcactt tcgacgaaat cattcattcc
    10681 taacccttat tgaaatgaga actacaaaac aattcctact gacggcgctg gccatttgcg
    10741 cactttcagc ttgcgggaag aaggacacgc ccgaacccga gcccaaacca aatcccggca
    10801 cagaacaacc cctgcgacca gcccgcttac gcggttttat ggtagcccgc gtggaggatg
    10861 taagcaaagg cacattggac gacgtggccg catggggcgc gaacatcatc cgacttcaaa
    10921 tttgcccggt ggcatatgcc acgaagaaca atagcaacat ctggcaggcc ctcccggtct
    10981 acttgatccg tatcgacgaa cgcctcaagt gggccaaagc tcgcggcctg aaggttgtgc
    11041 tcgacttaca cgagccgccc gtcaacggct acaccgatcc cggtttcccc gccttctgga
    11101 ataaatccca gattctcgac gacttcctcc gcttctggac cgcagtggcc acgcagttca
    11161 aagacccggc ctacaacgac atcatctatg gctacgacat ctataacgag cccgccgaat
    11221 gggttcaagg caccgaccac gtcccccaca agtggcgcgc catggccccc gagatcgtca
    11281 aggccattcg tgacatcgat cgcgacgtct ggattatcta cgagcccggt ccctggaacg
    11341 gcccggacaa ctaccgcaac ctgaagcccc tcgccgacaa acgcgtgatg tatagtctgc
    11401 atttctacct ccccggaaaa tttactcatc aaggtgtgaa catggcgacg aaagccgagg
    11461 ccagagcatc acttggcgtg gagtatcccg gcaagataaa aggtaagcaa tgggatcgcg
    11521 ccgcactgga gcgcgagctt gaagttgtcg acgacttcca gcgtcgctac aacgttccca
    11581 ttttcgtagg cgagtttagt gtcgtgcgtt gggcccctct tccgtcgtct gcacgctggc
    11641 tgacggacgt cgtatcgctc ttcgaagagc gcaaatggac ttggtgctac cacgccttcc
    11701 gcgaatggga cggctggagc ttagagtacc ccgagggaac gcataccttc cgttacaaag
    11761 gcgatcctgc cgcatcgccg gctaagaccg aaacggagcg cgccaaagta atccgcgctg
    11821 cactgcgaaa aaacgcgcag aaatagaatc aaaaattcat gaggtagggg cgaaaaaaat
    11881 cattcgtccc taccttttat ttacgtcaaa tcaaatggaa caaaacagag ataattacgc
    11941 cttcttgacc gaaggtccca ttcatcgcgt gatcggcaca atggccgtgc ccacaattat
    12001 cagtatgctc gtgttgtcgc tttacaacat ggccgacacg tttttcgtgg gccgtatcga
    12061 cacgcagtca actgccgcca tcggcatcgt tttctctgtc atgttcctcg tacaggccat
    12121 cagtttcttt ttcggaaatg gctcgggtaa ttacatctct cgtgagcttg gagccagacg
    12181 tcaccgcaat gctgaggtta tggctaccac gggtttcgta tatgccgtgg ctggtggact
    12241 gcttattttg atcgctggcg aactattctt gactccactc tcccgttggc tcggaagtac
    12301 gcctaccata ttgccctata cccgtactta cctcggaatt acgctgctcg ggacgcccct
    12361 cgtcaccggg gcctttacgc taaacaacca aatgcgcttc cagggcaacg ccatttatgc
    12421 catgcgaggc attgcgacgg gtgccatcct caatgtggcg ctcgatccgc tgttcatttt
    12481 tgtcttcaac atgggaattg ccggtgccgc agtagccacg gtaatcggac aagctgtcag
    12541 cttcgttatt ctcctacgca tgacccatcg cggcggtagt attcgcattc gcctacagaa
    12601 tttttccccc tccaaggtct atattcaaga aattatggcc ggcggaaccc cttcgctctc
    12661 ccgtcaggga ctcagcagcc tggccacggt tatgcttaac tatggcgccg gtgcgtatgg
    12721 cgatgcagcc attgccggaa tgtccgtcgt gaaccgtttt acgatgatcc tactggctgc
    12781 cgtcatcggt tttggacagg gattccagcc tttttgtggc ttctgctatg gcgcccgtct
    12841 ctacgagcgg gtcaaggatg gcttctggta tgcggtgcgt gtcagcacgt tattcctact
    12901 cgtctgtagt gtcatcggat ggattttttc ggatcacatt atcgttctct tccgtcgtga
    12961 tccagcggtc gtagctgtcg gcactgtggc actgaaatgg cagttggctt cgctacctct
    13021 gacgggtcta attatccttg gcaatatgtt cacgcagacc atccgcaaga caatacgggc
    13081 aaatatttta gcggcggcac gtagcggact tttcttcatt ccgctgatga tgattttgcc
    13141 gaatacgttc ggtttgatgg gtgtagagat gtgtcaaact gtcagtgatg tacttgcctt
    13201 ctcccttacg ttgcccattc tccatagcgc tttccgcgag atgcggtaaa actttctgaa
    13261 cattcaatcc gatacctctt ccgactcctc tttttgattg ccgcgagact tccgttgtgc
    13321 ctgactctgc cgatgaacca tacgcacgtt attcgtgtgt tcattgaggt atctcaccag
    13381 attctcaatc gattcccggt ctactggcgc ctgtccttga atataagcca cctctaaaag
    13441 tcggagtatt tcataataag ccttgtccgt tttgggacga atttgagtgg ctgagggccg
    13501 tttttttttc ggcccgctca ttggtgcgtt ctgccaccag cgcgcgcaat tccttatagg
    13561 acttctcgag tagttcgatc ccctcctcga gtctgagtcg ggagatatgc tcagtacact
    13621 caggcttttt aagatcgata agcaaggatt cgatacgcgc gggcttacgt gtgacgccct
    13681 ccgcttgaat gcgcttaccc acacgcataa taatgtacag tttttcagcc gactcgacct
    13741 cctccggctt cggagatagg cgcattgtgc gtaccatgct gagtatgaac gataataagc
    13801 gatcgcattc ggagtctttt ttctgtattt ctctcgtgtt gtaactctca cgtgcctcgg
    13861 caatcatgtc aagttcttcg tcgacccatt ttttatattc ctccgattgc gatttgggta
    13921 caccgatttt atccgggtct tcgttcatca tgcgactaca aacatcgcca tgaaaaaagg
    13981 catgcagcgc aagacttagt ctatgctgac taattttttc gatatgaata gtttctatca
    14041 tactgttatt cttcggcttg atgaatggta gacattcggg taatagtaca tgaaattcat
    14101 tttctatgct tattcaggcg cgaagataat catttgtagt tgatcagaaa ttatctcatg
    14161 taggatattt agattactcc gtaatctgaa tcttttgtca ttaatcagat caaaattcca
    14221 gtaagatctt ggatctatca tattcatgat atgaagatta cgccgttatt atctatctac
    14281 tatattcata acacgagaat tatgacgtaa ttaaagcata accatatcga aagacataag
    14341 attacaccat aatcttgagg taatcacaca atcagcatat caataacggc gtaatcttag
    14401 aagcaaatat gcgataagat gaagaataca ccgtaattta gaatcaattc atgtatttga
    14461 tttcagatta cggcatatga tagagtgtac gatataatta gagcacatca aattaaaaat
    14521 gatagtattg aatttgtgct tacatagaga acggaagaca aagtagtaga aaacgaaagt
    14581 gccagacaca tgccaatcat gtatctggca cttctctatt ttcttgcggt tgctttgagc
    14641 gcttcgttaa ctgccgaaga tggatcggaa atcctcgagg aggagctgtt tggaggtctc
    14701 tatatcgggt gattcggacg gagcgagctc tttggctaac gaggtgactc ccttatcgat
    14761 aaatccgcag gggtggatga gtgagaagta gctgagatcg gtcgatatat tcagtgcgaa
    14821 cccgtgcatg gtgacgaacc gtcggctacg gacgccaatg gcgcatatct tccgggcacg
    14881 tgttttcccg acgtccaacc agactcccgt agcgcctgcc atgcgttcgg catggagatc
    14941 gaagcgtgcg aggaagcgga tgacggtctc ttcgagggct tcgatatagg cgcgtaatcc
    15001 gaggtgcagc ggctcaaggt cgaagacggg ataaccggtg atttggccgg gtccgtgata
    15061 cgtgatgtct cctccgcgat tggtgtggta gaaggctacg ccgcgacgac ggagcacgtc
    15121 ttccgagacg agtaaattgg catccagacc gtgtttgcca agggtgagaa cggggttgtg
    15181 ttcgcaaaaa aagagtcgac ttgtgccggt ttctccgcgt tctttgaggg cgaggagttc
    15241 gtcgaaggcg gcggtttgta ttgccagtgc ttcggcatag tctatgcgtt tgagatcttg
    15301 ataaatgaac ataagtatgg gggttaggtt gtcttctttt cttctcttga tagaagaaaa
    15361 gaagcaaaag aagatcaagg cgtcagagac gccggccaat ttggcctggt acgtgatgtg
    15421 tactcaatct gctttttatt tttcgtcttc gggttgtctt cttttctttc cttgatgaaa
    15481 gaaaagaatc aaaagaaaat caaggcctct gccgaggccg gggaagctgg acgggtacat
    15541 gagattctct gttatgtacc tggaaaactt cgccggcggc cgcagccgcc ttctcttgat
    15601 agaagaaaag aaccaaaaga aaatcaaggc gtcagggacg tcggccaatt tggcttggta
    15661 cgtgatgtgt gctcgattcg ctttttattt ttcgtcttta cgttattcct cgtcatcgtc
    15721 ttcttcctcg tcgtcgactg taacgttttc gggaagttcg tctttgggcg ctggttcgac
    15781 tgtctgaggg gtgggtttgg gacgggacga cggcgcggcg ggttggggct tttcggctgg
    15841 tgccgcatcg actgccgcag ggctacccga accgatgggt actgcgccta ctttgttcat
    15901 aagcgagagg atagcgcctt gacgtttacg catataggcc gaaggggccc cgggattgcg
    15961 tttgcgtgga ttgggcaacg cagcggcgat gagcgcggct tctggacggg tcaacgaggc
    16021 ggctgactta gaaaagtagg ttctggaagc ggcctcgacg ccgaaaatgc cacgtcccat
    16081 ctcgatggag ttgagataga cttccataat gcgctccttg ccccacacga actcgatgag
    16141 aacggtaaag taggcctcca agcctttgcg gatccacgat ctaccgggcc agaggaagac
    16201 gtttttagcc gtctgctgcg atatggtgct ggctccgcgc ttccgtccgc cgcgcttggc
    16261 ttcttccatc gcttgacgga tctgctcatg gtcgaaacca tgatgcgtca tgaaacgatt
    16321 gtcttccgaa gccaccacag ctagtggcat ggcatgcgaa atcttatcaa tggataccca
    16381 atggtgtttc atttgcggcg tttcggggtc gagggcacgg atgaacatca gcggcgtgaa
    16441 cggaacgggc aaccacttat atacgagcac cataaagagg ctaaaaacaa acaacgccag
    16501 caccgcgttg cggcaccagc gtagtatgcg tttgaaacgt agtttcatca gatgaaaaaa
    16561 tgagatcgag gggctcttcg aatcatttcc gaagcctgtc gagcgagcga acgagcatct
    16621 cgtcagcacc gatagctcgg atagccaacc aatttaggat gagcgaaata agtggaaagg
    16681 ccagagcgat ccgaaaattg aaggtgaagg cgtccatcga gcctgcaagt cgccagagat
    16741 agaaggcgaa gaggccataa aagcctacga tgagcagcgt attgaaggtg caaagcctga
    16801 tctgcagcat gcgtcggcga aaaaggaaga tggtgacaag cgccaacagc gaaatgagcg
    16861 ccgaaagggc catcaaggcc cacgtgggat agacaagcgc ctcgggagag gccattgtgc
    16921 tcattcccga ggcgtcgaac gaataaaaaa tgccgtcaaa ctgcaccgta gccagcggca
    16981 tgaacaccac aaggaggtta agtgcggcca cgatcagcaa atagacggtc tgaatacgtt
    17041 gaatcatatc tgaatatcag aacgattaga aactcttctc gcgcgaggga tttttgtagt
    17101 aaatcttgtc ctcgagatac tcctgagtag cgatgagggt cggtttgggc attttttcgt
    17161 aggatcggga gatttcgatc tgctcgtggt tttcaaaaac ctcttccagg ttgtcgctga
    17221 ggttcgtaaa ctcctcgagt ttcttctcca gatcctgctt catttcgtta ctgatctgat
    17281 tggcgcgttt ggcaatcacc atgacggttt cgtacacgtt gtcttgattg tcgtgacaga
    17341 gtttaatcat gtctcgcgtg acggtattcg tcggcgccgt tgtcttgcgg taatccattt
    17401 ctcgttatgc tcttgttaaa gaattgatgt gtcaatattt cgttgtgatg tgtgagttgg
    17461 cctcgttgaa gtacttctgt acttgtcggc tgtacttccc gtcggggaac tcgttcttat
    17521 aattataata ttcgtctact acgtcacgat agcggccctg caaacgatct tctacgctga
    17581 ccgaggctaa ctcgaacttc gatttgatct tcaggaagat aaaatcctca cggtacttag
    17641 tgtagggata atcgcggagg gcattatcgg ccgtgatgac gcacgatctg taattatttc
    17701 ccatgtaggt acctaagttg tagtataatt cggcggcaag aagctccttg taggccaatt
    17761 tttcctgcaa ttgaaagagg atttcttggg cttgtttggc gcgctcgctc tgcggatagt
    17821 attccatgta gagttggagt tgcgcaatgg cctcgtaggt ttgcgattgg tcaagtcgag
    17881 ggtccgggga gtccaaatag agcccataac cggagtaaaa acgggcctgc tcggcgtatt
    17941 cgcctttggg atacgtggtg taataggttt tgaaatactc tgcggccgtt tcatagtcct
    18001 tctggctata ataagtttga gccaacaggt aaagtgactc ctcggcgtgt gttgtaccct
    18061 taaaaatggg tacaagctcc tccagcagcg tggctgcttt ggcgtatttc ttttcgtcga
    18121 agtatttttt agcgtaggag tacttcaatt cgtagtccgt gctcttgagg atcttgttgt
    18181 attcgccgca tgaggcaaac aggagcatga tcccaataac ccatccgata ttcttcattc
    18241 tgctatagtt aggcgctgtt ttttaacggc ggcaaaagta attcatcccc cgaaaccgga
    18301 aagtgacgct gtctttcagc ccaaaagggc catcagcaac acctgcacca ggatcacacg
    18361 ggcgaacatg cttagcggat agaccgtggc ataggctacg gcagggttat cgcccgagac
    18421 ggtatcgttg acatagttca gcgccatcgg attggccatg ctgccacaca gcatgccgaa
    18481 tacgctggca aaatcgatct tcagccactt catggctatc gcaccgatga tcaaagtggg
    18541 gataagtgtc aacacgaagc ccaatccaat ccacaacaag ccctcgggac gaaacacggt
    18601 ctcgaaaaaa tgcgctcccg cgtcgagtcc gaggcatgcg aggtacatcg acagtcccaa
    18661 ggcgcgcaac atgaggttcg cactacgcgt ggtgtacgta atcatgtgca accgtgggcc
    18721 gaacgtgccc aaaagaatgc ctacaatgat cggtccgccg gccagaccta acttaacggg
    18781 cgtagaaatg cccggaatgg cgatgggtaa tgatcccagc acgagcccca gcactattcc
    18841 tataaatatg actaccagat tcggttcatt gaggcttttc accgcattgc caagtacctt
    18901 ttcgacgttc cgaatggctg ccgactcacc cacaacggtc aatcggtcgc caagttggag
    18961 caccagctca ggcgtagcca gtagttgcac cccggaacga tagacgcggc tgatattgat
    19021 gccgtaatga ttgcgtaggc ggagggatcc gaggcgcttg ccattcaatt cggggcgcgt
    19081 aacaacgata cgctccgacg cgagctcgct atcgatggcg ttccagtcga tgtcgtcctt
    19141 attccagtct ttattttcct gttcgccgaa gagtacggtc aacgcgggta cgtctttttc
    19201 ggacgtaatg accagcagac ggtcgccctc acggagcgta gaggccgatg tagggatgct
    19261 gacatgcccg tcacgccaaa gacgagagat gacgaagcgt gtggcactga tggccccaat
    19321 gtccttcacg cttttgccga agacggcggg gttgtgcacc tgaaaggcgg ccatatagac
    19381 cttgttcgcg tcctccttct cctgagcgcc agtatcgccg ggcttcacga gtgtcttgcg
    19441 catgagcatg acggcgatga tgacgcccac gacacccagt ggataagtca cggcacaacc
    19501 gagggccgcc gtcgatccgt cgagtccgag ttgcacgagc gtttgctgtg cagcaccgag
    19561 cgcaggtgta ttcgtcgtgg caccgcagag tatgccgacc atgtcaggca gggaaacgcc
    19621 cgtagcgtac gaaaaggcga cggccataag cgtgccgagc acaacgacgc ccatcgaaag
    19681 catgttaagc gtcaatccgc ccgtatgaaa cgagctgaag aagcccgggc cgacctgtag
    19741 cccgagggcg taaacgaaaa tgacgaggcc gaaactctcg gcgtaggtgc gcatggccgg
    19801 atcgacggta aagccgaggt ggccagccag aatgcccaca aaaaagacaa acgtgacgcc
    19861 gagtgagatg cccataaggc gcactttgcc cagtcccaat ccgatggcgg agataaaaga
    19921 gatcaccacc atcgcttgta gtgcagtgtg ttcgctgaat aaactgataa accaatccat
    19981 tgttcttctc tctgagttcg gccgcaaagg tagagggtga ataagactta gatttttgtc
    20041 caagcactaa aatcgctgat ttcagggtca tgccaaaaaa catagccccc ggtcgcattt
    20101 tctattcttc ctttctctat ttatgtccgt atgcttacaa atccccacgc cctcggatga
    20161 aaagcccgac tttcgcgacc cattttttct gatcctctac ccattgatcc aaaatgacaa
    20221 gaagaatttt ctgcgctctg ctcatgcttc tggggctctg tggcccgtgg acgacacggg
    20281 cgctggcgca acacacggtg cacgtcgagg gtatcgtaaa agactccgtc acaggtgagg
    20341 cgctgccggc cgtcgccgtg atgctgaaag gaacgaccat cggtaccgtc accgacaacg
    20401 acggccgctt caccctcgag gctgaatccg ccgcacggac cctcagcgtc tcgtatttgg
    20461 gatacgaaac ttatgagcgc ccccttaccg gcacgaaccg cctcaccatc cggcttcagc
    20521 ccacgaccta cacgctgaat gatgttgtgg tgcggcccgg acacgagcgt tactcccgcc
    20581 gcaatcaggc ggtggacttt gtccggaacg tgatcgaacg ccgcgagctt aatgcccctc
    20641 gcaaccacga ctacttcagc ttcagcactt acgaccgtaa gatcttcgcc aaaaacgact
    20701 tcgaggaggc tgaggagcgc ggcaagaagc gttaccgccg catcgacttc atcttcgact
    20761 atatcgatac ctcgcacgtc tccggaaagc ccatcctgcc gctctacaac gaggaagtga
    20821 tcgaacagac ctacttccgc cgcacgccgc gcacggagcg tcgcttggtg cagggcgtca
    20881 agcgggcggg gctcgtagag atcttctctg aggacggcat cacgcagttc gtcaatgagg
    20941 tgttccgtga gccggacgtc tttcaggaca acattcccct cttcctccag cgcttcgtca
    21001 gtccgctggc ctccttcggc cctacctttt ataagtacta tctcacggac accgtcgaga
    21061 tcgatggcga gcgctgtgcc gacctcagct tcgtgccctt caacgccgaa tcgtttggct
    21121 tcactggcca cctctacgtc acgctcgact ctacctactt cgtccgccgc gtccgcctga
    21181 atgtgcctaa acacatcaat ctgaactacg tcgacttcat gcagatcgag caggatttcc
    21241 gccgcaccga cgacggcaca cggctcatcc tcaagaacga catcacggtc gagttccgcc
    21301 tccatgccaa gagcaagggc acctatgcgc gtcgcatctg cctctaccgc aaccaatcgt
    21361 tccgggcgcc cgacgacccg tccgtctttc gcgaaaacaa ccccgtgatg gagaccgagg
    21421 aggcacgccg ccggtcggac gactactggc agcagcaacg cgcgcagcag ggcgacagca
    21481 ccagcgacgc cacccgccag acgtcggtcg agcgaatgat ggcccagctg cggcgcgtcc
    21541 ccgtcttcta ctggacggag aaggtggcca gcgcactgat cggcggctac gtgcagccga
    21601 tggagaagaa tagccccgtg gagttcggcc cggtcaacac cttcctcagt ggcaacgtcc
    21661 tcgagggggc ccgctatcgc ttcggtggaa caacgaccac ggccctcagc aaccgcttct
    21721 tcatcgatgg ttacgcggcc tacggggcgg gcgacaggaa gctgaagggt gacattttgg
    21781 ccgaatattc cttcaacaag aagcgcaact tccgcaagga gttccccttc cattacctac
    21841 gcgccgagta tcgttacgac atcaatcaga tcggccaaca ctacctctac accaaccccg
    21901 acaacatctt tatgatgccc aagcgccgcc gcaacgacct cattacctac atgcgcaacg
    21961 ccgagctgag ctactaccat gagcattaca acggcctcgg ctatggcctc gccttgcgcc
    22021 accgcaccga gtgggccacc cgctacgtgc ccttccagcg cttccttccc gacgccacca
    22081 ccgtgcccgt aaagagctat caatcggcac agttagaggt cagcatacgc tgggcgccca
    22141 acgaaaagtt ctaccagtcg cgcaactacc gctatcccat cacgctcgat gcgcccatca
    22201 tcaccctcac ccacacgatg gcccgccgcg gcatcctcgg caccgagcat aattacaacc
    22261 gtaccgagct cggcgtccgc aagcgcttct ggctctcgcc ctttggctac atcgacctct
    22321 acggccaggc gggcgccgtc tggaaccgtg tgccctaccc gctactgatc attccgaatg
    22381 ccaacttgtc atactccatc gagcccgaga gctacgccct aatggatccg atggagttca
    22441 tcaacgaccg cttcgtctct tgggaaacca cctacttccc gaatggcgcg ctgctcaacc
    22501 gcctgccgct cctcaagcgc ctgcaactgc gcgaggttgt tgcctttcgc ggctggtacg
    22561 gcacgctcac ggataagaac aaccccttcc tcgccgacaa cgccgacctc tacgccttcc
    22621 cctcgaacac ctacctcatg ggccgccgtc cctacatgga gctcagcgtc ggcctcgaca
    22681 acatcttcaa gctcgtccgc gtggactacg tctggcgcct ctcctaccgc gaccacccgc
    22741 atacgcccaa cagcggcgtc cgcttcaagg tgcaattctc gttttgaggc actgtttggg
    22801 cgcaggggcg ttcattcact cggcagaatg tctgccggcg tactcatggg gtgtgatggt
    22861 cgcggcagaa tgtctgccga cgtactcatg gggtgtggta gtcgcggcag aatgtctgcc
    22921 ggcgtactca tagggtgtga tagtcccggc agaatgtctg ccggcacgat catggggtgt
    22981 gatggtcgcg gcagaatgtc tgccggcgta ctcatggggt gtgatagccc cggcgacact
    23041 gtcgccggca tgatcatggg gtatgatagc cccggcgaca ctgtcgccag catgatcatg
    23101 gggtatggta gccccggcga cactgtcgcc agcacgatca tggggtgtgg tagccccggc
    23161 gacactgtcg ccagcatgat catggggtgt ggtagccccg gcgacactgt cgccagcatg
    23221 atcatggggt atggtagccc cggcgacact gtcgccagca tgatcatggg gtgtggtagc
    23281 cccggcgaca ctgtcgccag cacattcatg ccttgggcgt agctatatag cccatccaaa
    23341 tcactggctc caagccgcaa taagccaccc gtcgggggcc acttctcacc tttttcaatt
    23401 cactcgaaag attacttttg cggcgatttt ccaagaagat aacagattaa gtagatatac
    23461 gcaagatgaa gaatcgattt gccgagtatg attcattcga tttgtcggag atcaatcgtg
    23521 aagtgttgaa gaagtggcaa gagggcgacc tcttccacaa gagcctatct atacgtacgg
    23581 gagcgcctga tttcgtgttc tacgagggcc cgccctcggc caacggcatg ccgggcatcc
    23641 accacgtcat cgcccgcacg atcaaagaca tcttctgccg gtacaaaacg atgaaaggct
    23701 tccgcgtcga tcgcaaagcc ggttgggaca cccacggact gcccgtggag ctcggcgtcg
    23761 aaaaggaatt aggcatcacc aaagaggaca tcgggcgcaa ggtcagcgtg gccgaataca
    23821 acgccgcctg ccgcaagaac gtgatgacct acaccaaaga gtgggaagac ctcacgcagc
    23881 agatgggcta ctgggtcgac atggagcacc cctacatcac ctacgacaac cgctacatcg
    23941 aaaccctttg gtacctgctc aaggccctct acgaaaaagg actcctctat aaaggataca
    24001 ccatacaacc ctactcgcct gcggcgggca cggggctcag ctcgcacgag ctgaaccagc
    24061 ccggttgcta ccgcgacgtg aaggatacga ccgtgacggc gcagttccgg gccgtaaagc
    24121 ccgagcagcc cgccaacgac ttccagagaa gtgtgttcgc cggcagtgac gcgccgtcgg
    24181 acgtttattt tcttgcgtgg accacaacgc cgtggacgtt atcatcgaat acggcgctgt
    24241 gcgtcggcgc agacatcgac tacgtggctg tccgctcctt caacccctat acgggcgctc
    24301 caaacaccta catcttggct gaagcacgcc tcgcagctta cttcaacccc aaggccgcag
    24361 acatgcccct cagcgcctac aagccgggcg acaaactgat cccttacgag gtgatcggcc
    24421 ggtgcaaagg ccgcgacctt gtcgggcttt cttacgagca actcatccct tggttcaacc
    24481 ccggtgacgg tgccttccgc ctcatctccg acagttacgt cacaactgaa gatggtacag
    24541 gcatcgtgca catcgctccc acctttggtg ctgacgacgc ccgcgtgggt aaagccttcg
    24601 gcatcccacc gttgcaactt gtcgataagg ctggaaatct tcgcccagcc gtcgacctca
    24661 aggggcgctt ctatcgcctc gaagacctcg acgagaccta cgtgaaggag cgcgtaaaca
    24721 cagccttata taaggaatac gcagggcgct acgtgaagaa cgattacgat cccgccctca
    24781 ccaaccccaa cgacaaggat ccgctcgatg tcgacctctg tgtcatgctc aagcagcagg
    24841 ggctggcttt caagatcgag aaatacgtgc acaactatcc gcactgctgg cgcaccgata
    24901 agcccatcct ttactatccg cttgacagct ggtttatccg caccaccgcc tgccgcgatc
    24961 gtatgatcga gctcaacaat acgatcaatt ggaagccaca aagcaccggc acgggtcgct
    25021 tcggcaaatg gctcgagaac ttgcaagact ggaacctgag ccgcagtcgc tattggggca
    25081 cgccgctgcc catttggcgc acggaagaca acgcagagga gaagtgcatc ggctctgtca
    25141 gcgaactcta cgccgagatc gaacgctccg tcgaagcggg cttcatgaag agcaatccct
    25201 ataaagacaa cggcttcgtg cccgagacct acacggccga gaactacgac cgcatcgacc
    25261 tgcatcgccc ttacgtggac gacatcgtgc tcgtctcccc cacagggcgc ccgatgaagc
    25321 gcgagacgga cctcatcgac gtatggttcg actctggcgc catgccttac gcacagatcc
    25381 attacccgtt cgagaataag gaggccttcg acgcatgcaa ggtctacccc gctgacttta
    25441 tcgccgaagg ggtcgaccag acgcgaggct ggttcttcac gcttcatgca ctgggcacca
    25501 tgctcttcga tagtgtggcc ttcaaaaacg ttgtctccaa cggcctcgtg ctcgataaga
    25561 atggcaacaa gatgtccaag cgcctcggca acgccgtcga tccgtttgcg accatccggc
    25621 agtacggctc cgatccgctg cgttggtaca tgatcacgaa cgcctcgcca tgggacaacc
    25681 tgaaattcga tccggacggc gtcgaagaga tgcgtcgcaa gttcttcggc accttataca
    25741 atacgtactc cttcttcgcc ctctacgcca acgtcgacgg cttcacttac agcgagccgg
    25801 acgtgccgat ggccgatcgc ccggagattg atcgttggat cttgtcgctg ctccactcgc
    25861 tcgtcaagga cgtggacagt tatctgaata cgtacgatcc gacccgcgca ggccgtgcca
    25921 tagcagactt cattaacgac cacctgagta actggtacgt gcggctcaat cgccgacgtt
    25981 tctggggcgg cggcatgaca accgacaagc tgtcggctta tcagacgctc tacacctgtc
    26041 tggagacggt ggccaagttg atggcgccca tcgcaccctt ctatgccgat cgtctctatg
    26101 gcgacctgat cgccgtgacg ggacgcgaga gcgccgaatc ggtgcatttg gccgacttcc
    26161 ccgtgtgcga cgaagcgatg atcgataagg agttggagga acggatgcag atcgcacaag
    26221 acatctcttc gatgacattg gcgctacgtc ggaaggtgaa tatcaaggtg cgccaacccc
    26281 tgcacaccct gctcgtctct gccgtcgacg aacatcagcg cgcagccgtg gaggcggtgc
    26341 aggacatcat cctgaacgag gtcaacgtga aggaattgaa gttcgccgat gccggatcga
    26401 acatccttgt gaagaaggtg aagcccgact tcaagaagct cggcccacgt tatggtaagg
    26461 tgatgaaggc acttgcggcg gctatccaag cgatgacaca agaggagatc gccacgttcg
    26521 aacgcgacgg atcgttcact ttccccatcg acggcaacgc ctgcacggtg ctgacggacg
    26581 acgtggagat catctccgag gacatccccg gatggctcgt cgccaatgaa ggtcgcctga
    26641 ccattgcgct cgacatcacg gtgacggatg agctgcgccg cgagggtctt gcccgcgaac
    26701 tggtgaaccg attgcagaat ctgcgcaaga gcagcggact ggaaatcacg gatcatatcc
    26761 gcgttaccct cgctccggca gaagagatgg agggcgtgct cgaaacgtat ggcgattata
    26821 tccgtcggca ggtgttggcc gatgccataa cctccacgga gcgctctgcc gacatgacgg
    26881 agctggagtt tgacgacttc caactgcccg tcaagatcga gaaggtgtaa cccaccaccc
    26941 ggataaacaa acagtgaaac attaggaaac caaacattat atcaatcaag gagactggag
    27001 tcatggctga gaaaacacga tactcggatg cggagctcga ggagtttcgc accatcatca
    27061 tggagaagtt agataaggca aagagggatt acgacctcct gcgcgaaggc atttccaact
    27121 cggaaggtaa cgatgtatcc gacacctcac ccacgttcaa ggtgatggag gagggtgctt
    27181 cgacgctctc gaaagaggaa gtcggacggt tggcgcagcg ccagatgaag ttcattcaga
    27241 acctgcaagc ggcattgatc cgcatcgaaa acaagaccta cggcatttgt cgtgagacgg
    27301 gaaagctgat ctcgaaagaa cgactgcggg cggtgcccca cgccacattg agcatcgaag
    27361 ccaaacaaag cggcgtgaaa tgaacgaaca gacacgagca accaaggctt ggggagcagc
    27421 ggcgatcatc ctgctgctcc tttttttgga ccaagccttc aagatttggg tgaagacgca
    27481 catggcgttg ggtgagagca tcaccatctt cccctggttc caactctact tcacggagaa
    27541 ccccggcatg gcattcggca tggagttctt caacaaactc gtcctctccg tcttccgcat
    27601 cgtggccgtg gtgggcatcg gctactactt ggtgcaactc attcggaagg agtaccccat
    27661 gggctacatc gtctgcatcg ccatgatctt cgcgggcgcc cttgggaaca tcatcgacag
    27721 cgtcttctac ggcgtcatct tcaatcacag ctatgggcag gtggccacac tgatgcccgc
    27781 gagcggcggc tacgcacccc tgttgcacgg taaggtcgtg gacatgctct acttcccgct
    27841 gatcgagacc acactgcccg cgtgggtgcc catcttcggt gggcaggagt tcgtcttctt
    27901 tcggcccatt ttcaacctgg ccgattcgag catctgcgtc ggtgtcttcc tgctgctcat
    27961 cttccacagc cgcacgctga gcttcagcct ttctaagaaa ccctcctctt cgaaggacga
    28021 aaaagaatag tccccctccc ccattcttac atgactatct ccggatttca gaccttcctc
    28081 gtagtgagtc tgtcggccct catcggcctt tcggcgtgca gccatacgcc cgagggtgtg
    28141 ctcacagaaa agcagatgcg tgacgtgatg atcgacctct acaccgccga ggcgatgatc
    28201 tacgacgaac cccagcgtta cgaaaccttc gagcagcgac gcgcactctt caacgatgtt
    28261 ttcgccaaac accacctcac cgaagcccag tatgacagct cgttgatgtg gtacggccgc
    28321 aacttggacc tttacatggg cgtctgtgac atggcgctcg aggaggtgga ccgccgactg
    28381 aaatcggccg gtagtgaggt cagcagcgac gtgaccgtcc gacggtcgtc gagccccgcc
    28441 actccggatc tctggtcggg caagcgttac tacgccttct ctcccagcga cctctcggac
    28501 cgcgtcgtgt ttgaaacctc gcccggtggc ggggcgcacg ctacggccgc tgagtatgtg
    28561 ctggaaatgc agatttgggg attacaaccg gctgcgaacg agcggatcgt ggttagcctg
    28621 cgcgccgatg tggaaaacga ttccaccctc atccagcgtg acacgatcac cgccgacggc
    28681 ccgcatcgcg ttgcgctcat caatccgccc ggcaattatg tgcggcgcat ctatggctac
    28741 ctgcgcgtga ttgccccctc gagcaaagtt tacgtcgaca gcctccgcct cactcccggc
    28801 gagtccgtgt ccgtcgacca actcgagccc ccactcccac cgctggaata acatgggcac
    28861 ggcgtggggg aatgccgctt tttgctcgtc gtcatgtcgc attctggtgc cgctggcacg
    28921 caggcttccc aaaatgtcgc atgacggcgc cgctggcacg caggcttctc aaaatgtcgc
    28981 atgacggcgc cgctggcacg caggctcctc aaaatgtcac atgacggcgc cgctagctca
    29041 caggctcccc aaaatgtcgc atgacggcgt cgctggctca caggcttccc aaaatgtcgc
    29101 atgacggcgc cgctggcacg caggcttccc aaaatgtcgc atgacgggct ctctggcacg
    29161 caggcttccc aaaatgtcgc atgacggcgt cgctggctca cagcgacgcg aaaaagtcgc
    29221 ttgacgaggc cgctggcacg cagcgacgcg aaaaagtcgc ttgacgaggc cgctggctca
    29281 cagcgacacg aaaaagtcgc ttgacgaggc cgctggctca cagcgacgcc aaaaagtcgc
    29341 ttgacggcgc cgctggcacg caggctcctc aaaatgtcgc ataacggcac ccatctcttg
    29401 cgtaggaccc acgtttagaa gaaggatcag ttggcgggct tgtcattcgg cctcctccgg
    29461 ctggaaattt caccgataac aaccgagggc ttgtgccctc atcattattt atagcacaaa
    29521 cgaaatgaag tattcaaaca agaagtggag agcgtgcgct ctctgcatgc tggcggccct
    29581 cgcgatgaca acgggctgcc aaaacaagcc ggcagaaacg gctgactcaa cgaacgctgc
    29641 cacggattcg gtcgtggccg aaagcccact ggacaatgct gtcgtgcgcg ccatcatgga
    29701 tcgccgcagc gtgcgtaagt acaagcctga accggtgccg aaagagatgt tggacgtcat
    29761 cctacactgc ggcatcaacg ccccgaacgc tatgaacgag cagcggtggg aggtgcgtgt
    29821 gacgaacagc aaggccttca tcgacggcgt cacgaaggtc tttatcgagt cggccgaaaa
    29881 cgacgagcgg gtgcagaaat tggtcaagaa tccggacttc cacaacatgt tccgcaacgc
    29941 cccgacggtg atcttcgtgg ccggtaaggc tgacgaaaag tcgtcgccaa tcgactgcgg
    30001 aatgcttggc gaaaacatca tgctggccgc ccagtcgatg ggcctcggca cgtgttgcct
    30061 gggcagtgcg gcgggcttcc tgaacagcaa ccccggcgca gcgaactacc tcaagcagct
    30121 ggctttctcc gacggctacg aactgctcta cgccatcgcc atcggctacc ccgacgagtc
    30181 gcccgaggcc aagccccgcg acgcgtcgaa ggttcgctac atcgagtaag cctcgagtca
    30241 acgaacaacg aaaaatggcc gggtacccgg ggcttgcgcc tcgcaggtac ccggccgttc
    30301 acttcgtggg acgtctgttt tctcgtcccg aaagggctgc cgacttactt cttcgccggc
    30361 ggcgtagcct caggcgactt gccgtcggtg gggcgcaggg ggatcgtcgg gcgatcggcg
    30421 cctttgaggt acgtcggcag gttcaggccg gccatgttga agaggtcgtt gagcggcggt
    30481 acggacttca tcatgccaga gatgaagttg gccgtcgacg tcatgccgtt gccgtcggcg
    30541 ttgttgccgt cccagacggt gatcttgtcg atcttgatgt tcttgacggc ctcgacctgc
    30601 gtgcgaacca gctcgggcaa cttgtccgtg atgagcatca gcacggcctt gtccggatca
    30661 ccggcagcgg cgcggacgag tcggtcgtaa ccctcggcct gcttggtgag gagctcgtac
    30721 gtaccgcgcg cttcggcgtc catcttggcg aagatggcgt ccgcctgacc tttggctatg
    30781 cggcgcatct tctcggcctc tgcttcggcg ttgatgatgg ccttctcctt ttcgatctcg
    30841 gcgggcacga ccacgttggc cgtctgcgtc gccttctcgc gttcagcacg cgtcatttca
    30901 gcctcgcgct ccgactgata agcctcttgc agggccttgg ccgtctgcac cttctcggcg
    30961 gctacggcgc gacgggccgc ttcggcctcc ttctcacgac gcgtggcctc ggagttggcg
    31021 atggcaatct tggcgttgtt ctcaccctcg accgccagcg cgttggcttc ggaggtgcgg
    31081 atacgcgtgt cacgcagtgt ctcggcgatg cggatgtctt tgtcacggtc ggcctcggcc
    31141 ttaccgattt caccgaaacg gttctgttcg gcgacgctct tcttggcctc gttgatggcc
    31201 ttggcggcag cttccttacc gagcgcctcg atgtagcccg actcgtcgcg gatgtcggtc
    31261 acgttgacgt tgatcagctt gagaccgatc ttccgcagct cggcttcgac gttggcgctg
    31321 acgttggcca ggaacttgtc gcggtcggag ttgatctcct cgatgtccat cgtggcgatg
    31381 acgaggcgca gctgaccgaa gaggatgtcg gtggcaatgt tttggatgtt gtgcgtgttc
    31441 tggccgagca ggcgttcggc cgcgttggtc atgctctccg gttcggtgga aataccgacg
    31501 gtgaatcggc agggcacatc cacgcggatg ttctgcttac tcagcgcgtt ggttaggtta
    31561 cactcgatgg agatgggcgt gaggtcgagg aaggcatagt tctgaaacac gggccagatg
    31621 aaggcggcac cgccgtggat acagcgtgcg gagctgacgc ccccctcttt gttgcgaccg
    31681 gttttaccat aaacgaccag gactttgtcc gacggacagc gtttgtaacg cgaaaggatc
    31741 gatgcgaacg tcacgaaaag gacgcccgcg atcactacga ttaaatataa actgggcata
    31801 agctattgaa ttgataaagt gtagttaggg gtagttatgc gccttgcggc gcggtagtta
    31861 aggggcttcg ccccggtagt tatgcgccct ttgcggcgcg gtagttaggg gtagcagcag
    31921 cttacttctt ctgactaccg ggcggctctg ccgcccttac tcctgcgccc gaatgggcgc
    31981 ttaactaccc ggccgcaagg ccgtaactac tgcgccgaag gcgcttcaga ctttctctac
    32041 cagcaccgtg tgcccgttca ggacggcgac gacgcggatg ggagcttcgt taggtaggcg
    32101 atcgccttca gtcatggcgt tgtactcgcg gatggcaccg cgcacggtga tttgcacctt
    32161 gccttcgccc gtgcggccgg ccggaatggt caggtagacc gaccccttgc agccgacgag
    32221 cgcctccggc tcgatggtgc ccgactgctg catgccgctc atccacttaa atagatacat
    32281 gacggcgcag acgagcaaca cgccgaccac cacaccgccg acgagcatga gggaggtgct
    32341 ctccgtcgag gcgcgcaggg cgatggccgt ccagctgaag ccgagcatga aattgatcag
    32401 gttccgaaac gtgaagagtt ggaagggggt cgattcgccc gcgccatcgg cggacatgtc
    32461 gccgtcgaaa ttcgtttccg aatccatccc cacgaacgtc ataatacttt gaatgatgaa
    32521 caccgccgac gcgacaatgg cgatgcccca aagggtctgc ataaacggat ccaaggatcc
    32581 ccaccaggtt tgcataggtc ttctgctttt agatcgttaa aaattcacgg gcaaacgtaa
    32641 ggaataagcc ctgaaaatcg catttctgat tggcgatggc acttcaaacg cattttgcat
    32701 gctattgcca ataggaaatg ggtgatctcg taaacaacgt gagttcgatg aaagaatgga
    32761 ctccctaatc ccaggagaat gtctttgata gcgcgctgta agcggccaaa gtgcttttgt
    32821 cccgcggaag ttccgcaagt cccacgggaa atgctttggc gtttgcgggt actcccgcaa
    32881 gtctcgcggc gtttgccttg gcgtttgcgg gtactcccgc aactctcgcg ggaaatgctt
    32941 tggtgtttgc gggtactccc gcaagtctcg cgggatatgc tttggcgttt gcggaagtcc
    33001 cgcaaatcga aaaaagaacg ctttggcatt tgcagaactt ccgcggggca tttccaaaaa
    33061 cgttctggct atggcgtgac ttccatagaa actctctgct ggctttattc tttcgtcgaa
    33121 ctcaccgcaa aaaaaggggc gccccacttt catggagaca ccccctctaa agattggtcg
    33181 gctgcgctta cgctacttca ggtaatcgat gaagtattgc gtgatgcgct cgtgcaggtg
    33241 tacgctctga tggccgcgca tgttgtgcgg ctcgccgggg tagacgaaga agtcgggctg
    33301 tgtgccggca gagatgcatt ccttgaggaa gcgcagggcg ttctgcggca agacgacggg
    33361 gtcgttcatg ccgataatga tctgcaattt gcccttcagg ttcttggcct tgggcagcaa
    33421 ggagccggcc gcgtaaccct cgggattgtc ctgcggagtg cccatgtaga gctcgccgta
    33481 ctgaacttcg taccaattcc agtcgatgac cgggccgccg gccacaccca ctttgaagac
    33541 gtccggatag gtggtcatca ggttgatggt catgaagcca ccgaagctcc aaccgtggat
    33601 gccgaggcga ttggcatcga cgtagggcaa ggtcttgagg aaatccacgc ccttcatctg
    33661 atctttcatt tcctcggtgc cgaggtggcg gtaggtggcc tgctcgaagt cgcggcctcg
    33721 gtcgctactg ccacggttgt cgaggacgaa gacgatgaat cccttctgcg ccatgtaggc
    33781 ctcccagccg cgcaggcgat agtgccaata ggcgtcgacg ttgcgcgtca tggggcctcc
    33841 gtaaacgtaa acgacggtgg gatacttctt cgaggcgtcg aagtcggcgg gtttcaccag
    33901 gcgatagtaa agatccgtgc gaccgtcggc ggccttgatc gttccggagg agatatgcgg
    33961 ctcggcgtaa tccttccacg ggttgtcggc ggtgaagtaa cgtgtgcctt tgtcggtctt
    34021 taggttgata aagtcgatgt tacgcggcac cgttggctcg gcgtagttgt cgatgatcca
    34081 tcctccgtcg ggcgagaggg cgcggtcgtg gaagccgctt ggggagatga tgttggcgtg
    34141 cacgccgcgg ccgttgtcga gcagcgtgcg cttgcccgtg gcgatgtcca cggcgtagag
    34201 attgctttgg atcgggctac tctcggcaga gaggatgatg gcgcgtttcc tcgccttatc
    34261 gaagccgagc aggtcataaa cgacgaagtt gccgctggtc agctgacgca gcatctcgcc
    34321 cttggtgttg aagaggtaga ggtggttgta gccgtctttc tggctttgga ggatgaactt
    34381 gtcggcgtcc cacggcagga aggccacgga ggtgtaggag gtgatgtact tctcgtggcg
    34441 ctcggtgtag agcgtggcgc gtttgtcgcc cgtcacggcg tcgtaagcgt cgagcgacat
    34501 ctcgttctgc ttgcggttga actccttgag gtaaatggtc ttgccgtcgg ggctccagcc
    34561 gatgttgacg aagtagcggt ctttggggtt gcccaccttg aggtagatcg tcttgtcgga
    34621 ctttacgtcg tagacaccga tggtcacttc atgggtggtg cgtccggcca tgggatactt
    34681 ctccggagcg agtacggcca tgctatccgg atccacgtcg acgaggggat aatcgggcac
    34741 catcgtttgg tccatacgat agaaggcaag gcgtgagccg tcggggttcc agaaagtgcc
    34801 tttgtagatg ccgaacatct cgcggtaagc cgtgacgccg tagaccattt cgcggctacc
    34861 gtcggtggag atctgtcgta cccgaccctc accgtcgatc acgaaaaggt tgtggtcgcg
    34921 tacataggct gtggcgcgtg aggccggagc aaagtcggta tgttcctgta aggcggaggc
    34981 ttgacgccaa actacacgat gcgctttcca gtcgacgagc atgcgctccg tgatgttttc
    35041 gaccagcacg agcgactgct tggcataggg gaaagtggcg tatcggaggc tcttcacacg
    35101 atggttatca tccttggcgc cgatccactg gttgatgtcg gtgagggtga agaggcgtgt
    35161 ttcgcgtccg gtggttttgt tgatcagggc gcagaagtct gcgtcggtac gcacggcttc
    35221 ctcgccccac caaacgatgg agcggttctg cggcgtcatg ttgcgatagt tcgttccgcc
    35281 gaagttgaga tcctccagcg tgaagagttt cttctgtgcc gctcccgtct gagggatagc
    35341 tgcggcgagg gtcatggtga gtgccaatgt gaaatacgat ttgaatctca tgatgatggt
    35401 gtgattaaga agctgttttg aatttattgg atgattgttt tatggagctg tttgggcaga
    35461 tctttctcct ttctatttcg ggtctattca ggtctatttc cgcccttttg tcccatcttt
    35521 ttcgtcacat agcttgctat gctcctcaaa agatgaaaca aaatccccgg aaatatcctc
    35581 tgaatatcct ccgaaataaa ttccaaacag cttctgatgg ggaataaaat aggagccggt
    35641 gcaagtctgc cgatttcgca gccctgcacc ggccattctt tcttgggtta atctgctctc
    35701 ccgcttgtct taatattcaa gcgatgggga gatattagtt agaatctgac tttcgctccg
    35761 aacgatacgg tgaacggacg gatgtaggag cctacggcca gatagttctc tacgttcttc
    35821 ggcttcaggt cggaggtcga tacgccacca ctggcaccgc ttacattaag caagttgacg
    35881 aagttgacgg agaagtctac gttcttgttc agtgcgtagc ttacgccagc gaaggtggtc
    35941 caaaggccat tgaacttgag tgtgttcatc ttgttgacgt agtaggcgct ggagtagcgt
    36001 gcgctcagcc agatgttgaa cttgtcgtac gtatagcttg ggttcagctc gatgatcacg
    36061 tcgctgacgc cggttgtctt cttgttgctg aagctggcgt ggctcttcgt tccgtctttg
    36121 aacacggggt cgatctcgta gttcttgtag cgcggatctt gcagggtgaa gagagcgtgg
    36181 aaggtgaagc ccttagctgg ttgcagcacc atgtcggtgg tccaaccgag cgtctgtacg
    36241 tcgtagttca cgaacacggt ggtgaagtcc gtctcgttgg tcgggtggtt gaactgcgtg
    36301 cgccatttgt aattggtctg gcgaacgaac gagaactgcg aagccaattg aatccaagag
    36361 ttgttccaga agataccggc gcggcctaag tgaatgctca cggggtcgag gttcggtatt
    36421 tcttcaccag caaagtcata agcgtagggg cgacgcatcg cgaagacgta ttcacccgtc
    36481 aggccgaagc cgtcaagcag cgtgtagcgg ccattgatgg cagctgcggg gttgatccaa
    36541 cccttagaga agtcaaccaa tttgccatcc ttgatgctcc agttctcttt gcgcttgttc
    36601 tcgggatgat cgggctccat accgtccagc ttgggatagg tcatgtaagc cagcgtggtg
    36661 agtccaccga tgccgtagta ttccatacgg agaccgccag agagccagag gcgatcggta
    36721 gcctgccagt cgtcagagaa ataaagagcg gccttctctt cgtgcatatc catatactcg
    36781 cctgtccagt tgcaaccggt gatgagctca cccttttgct tcaaccatac gggcgatgcc
    36841 tccaaggtgt gcaccattgt tccggcactg gagttaacga acgaacgtcc ccaccagaag
    36901 ttcatacccg cgcgccagct gtggcgtgca gaagcgcgag agagttcggc tgtcgtcatc
    36961 caggtggact cgaaaccctt atcacggctc aggtaacgct gcaagtattt gccggtgtac
    37021 tcttcgcctg ccttgtggcc cttggcgtcg taagcgtaag tgaagccgtc gcccgccttg
    37081 gctgtaccga gaccgttctg gtctggacgc gcctgatcga ggttaccacg acgaatctta
    37141 ctggaaacgt agagcttcag tttgttgtcg aactcatagt cgaggcgagc caagaggtcg
    37201 ttactgttgt tggcgttgtt gtgcaaacgg agtacgtctt tgaactcacc gtccactacg
    37261 tcgtagtaac gatagcggcc attgttcggc agcaggttgt ctcgacccag cttgaaaccg
    37321 ggatattcct tcgacgttcc gtcgcccacg tagtagtacg ggccaatgtt gtcgaagaag
    37381 aggcgggtgt tgacatgctt atagaggagg ctgaagacgc ccttaccgtc tttccaagtc
    37441 ttggtcagac cggccttgaa gatttccatc ttctcggcga tgtcggcgtc ttcaatcttg
    37501 attgttcctg ggtcgtgatt gacgtacata ccggcggtgt agctccatcc tttgccgata
    37561 ggaccggaga gggcaatgtc gaagcgctgc aagccgtaga tattggtgtt ataggcggcg
    37621 cggccttcga acttctccga tccgcggcgg gtggtggaga gcacggtgta gttgacggta
    37681 ccatttgtga tggcactttc gcttagggac gagaggccga tgtggtcatg aatgcccatg
    37741 gcggtccaat agaaataggg cacgcctggc cactcgtcat aagtgacggg tagaccgtct
    37801 tcgaaaatgg ttgctgatac acccgagggc agtccgattg agatctgtcg agggcggttg
    37861 tcgtaggaag cattgagcaa cacattgcgg ttcttcactt ccttggtgtt gggcaccgct
    37921 gcggtgtcct tgctcacttc gtcatgctgt gcatgtgccg caaaaggcaa agcgagcgct
    37981 gctgatagaa tgaaaatact ggatttcacg tcgtgattac tataaaatga ttatctctaa
    38041 ttggttgtgt tctgcgatat gtttgtggaa gagggacaaa aggaagcccg aggactctgg
    38101 cagatctgtt ctctctgcca gcctcgggcc ttggccatca cttcgtgtag aagtcaatta
    38161 aatgcgtgag tgcccgctta catacggggc aaaattcggg gaactggttg gtgcgcatac
    38221 ggcagtcttg gaaggcacga tagacgcctt ttacgctgta gcctgcacct tcgtagacgc
    38281 ctacttccat tttgtttttc tccgtgggga tggtggggat cttcgtgccc ttcttgacca
    38341 tgtctttcca cttgctagcg aagtcaacga gtgtggtgag gttcggctcc cacggctcga
    38401 tgtcgtgcgg atagagcggg atgagctctt cctcaaacgc gtattcgtcg gccaggccag
    38461 cgatgctgtg gccaaattcg tgcactacga cgggcttgaa gtatttgtgt cgcgtggagg
    38521 tgaggttgta cgagttgtag atgccaccgc cgccgtaggt ctcggagttg accaggacga
    38581 tgatgtgttc gtagggcgtg cccgccagct ggtcgtgcat gtcacgcagg ttgagcgtgg
    38641 tcaggtagcg atcgctgtag aaggtgtcga agtgcgaacc gagtacggtg tttttccaca
    38701 cgcctttgga ggggacactg gtgccgctct ctttcgattc ggacatgacg gcgatgacgt
    38761 tgaaacggcc tttgagcgac ttgaagggct cgtgagcaaa aagcgcctcg ttggcctcgg
    38821 tggcgtgggc gataaagtcg tccatgtctt ccttgcgata cccttcagcg atgtaggcga
    38881 tgtgcataca cttattcgtg tctgcggcct gcatgagggt cttgtagggc gtcacttctt
    38941 tctcgccgat gtgcttgatg aggatgtcag acggtatcac gcgatgggtg tagctgacca
    39001 ggacgtcgag gcggctggtg cgcagctcca cggtcacgtc gaccgtatcc ttgggcatag
    39061 gcaggaggaa gacgttctcg aacgatttcc tcacctgctt ggcttccggg taggcgagcc
    39121 actcttgaaa gagggtggag aaggagtttt tgtagatcac gcgaccgtct ttcgatcgga
    39181 cggtgatgtc gccgttgccc gcagtaggga cttcggccag gttttgtcgt ttgccatacc
    39241 agcgagggat agcgttcagt cggataacgg agatctcttg tttgttgaca tctcccgtaa
    39301 aatcatagtc gatgcgcaat gtccgatctt caaaatagtc attgaagttc tgtgcggaag
    39361 ccgcggtggc tccacagaca atacacatgg ccaagagtac ctttttcata cggggcattt
    39421 gtatttattg cgttaaactt gaattataac tttgcgccaa aggtaaagga aaagccttcg
    39481 aacaattgca agaatgaatc actgaaaaat gcgccacagc ccgaaactta tcctgctttc
    39541 tcctcgcaac tcactctctc tcatagccct tatcgggctt tctccggtat aataaaaatg
    39601 aagcccagag cggcgcttcc ctctccccgc agcctgcggg agacgtccgt agccccgcca
    39661 tgatctcccc gcaacttgcg tagaatgggc gtcgccccgc cgtgatctcc ccgcaacttg
    39721 cggggaatgt tcgtagccct acggagtatc tcctgcaaat tgcggggaat gttcgtagcc
    39781 ctacaattgt ctcctgtaaa ctgcgggaga tgttcgtagc cctacaattg tctcctgcaa
    39841 actgcgggag atgttcgtag ccctacggag tatctcctgc aaattgcggg agatgttcgt
    39901 agccctacaa ttgtctcctg caaattgcgg gagatgttcg tagccctaca attgtctcct
    39961 gcaaactgcg gggaatgttc gtagccctac aattgtctcc tgcaagttgc gggagatgtt
    40021 cgtagcccta caatgacctc ctgcaaattg cgggagatgt tcgtagccct acaatcgtct
    40081 cctgcaagtt gcgggagatg ttcgtagccc tacaattgtc tcctgcaaac tgcgggagat
    40141 gttcgtagcc ctacaattgt ctcctgcaaa ttgcgggaga tgttcgtaca tctacgatag
    40201 gcccaaacaa attgcaggag atgtttgccc cccttcgaat aggggccaca aaaaagcggc
    40261 gcccgcctct cactgttgga ggggagcgcc gctgatggag taatggccag aaaaggcaga
    40321 actatttcgc ttgatagacg tagctgaacg tcacgacgcc gttcttctgc cccgtggcgt
    40381 cgctgtagtc cgtgaacttc agcttggcgt tggcgccgct cttgaacttc acgacgtaga
    40441 ctttctccga gagcttgtag gtgtagggcg gcatggtgcc ggtcggggtg cggatcagcc
    40501 agccgccgag ggtggcgttg aggctggatt gagcggcata gcctacgagg ccttgctgca
    40561 tcttcgacat gtctgtgatc acgcgcgcct tgaccacggt gtcaggcttg tagccagcgg
    40621 cgggcaggct ggtcactttg tccagctctg tctctgtggt ggcaacggct tcgcctgcgt
    40681 tggtcttgac ctcaaagcgg tggatggcga tgtgccactt gatcttcacg tccgactctg
    40741 atccctttcc gggtgttcgg ttaaccacgg agtcgcgctt catacctttg aagtagaccc
    40801 actcgctgaa gtcgcgatgt acttccgtct cgcccgtttc gaggttgatg taggtccagt
    40861 cggcataatt cgtggcgtcg acggtcatct tcttcgtcac gccttgatcc ggcttgggtt
    40921 gcggttgagg ctgcggctgc ggttggggct gcggcgtggg tttgggttca ggcttgtctt
    40981 cgccacatcc aaccatcatt gtcatactac acgccatgag cgcgagcatc atcaggtgct
    41041 tcattttcat catttcgtca ggtttttatt ggttattaac ggccgcaaaa gtagaggcgc
    41101 ctgtaggggg tcacaatccc aattaggggg gatttcggat tggcgcaatc accgaaattc
    41161 gggacgcacc gaacgcaaag cgggcggatc cgcttcattg cagacccgcc cgcagactga
    41221 ttctcgtcgt tccattcacc gctacttgtt cgctggatga tcataggggc cggtgcgaac
    41281 gtcccaatac atcttggagt agtagttgtt cgtgcctcct tcgagcttcg atacggcagc
    41341 gttgaagttc tcgccgttca gcgtactctc gttcgtgggg tacttcacgc gggggatgat
    41401 catccccttg gtgtcggaga gggggttgaa cttgatcgtg ttacccttag gcccgatgag
    41461 ggagacctca cccggacgaa tgagctggtc gggatagccc gtccgacgga tctcgaccca
    41521 agcctcggtg ccgttcatat agaggtcgat gtacttctgg agggccaccg cctcagcgtc
    41581 caccttcttc gagacggcgt cgacgtattt gtcgaggtct tcggtggaga tgggcttgcc
    41641 gttcagcgtg gtccaatacg tgacggaggc gcggacgccc gtcttgtatt catcggccga
    41701 gaatcctttg tattcactga ggatgaactg cagttcggcg taagtcatga tgggcacagc
    41761 gaagtccttg gagaggtgaa tgggcgggtt gctgtaccaa ctcggcgcta tgttgcgata
    41821 agcagaagac atatcaccgc tggcgatgcc gaaggggatg ccgatgtatt ttccatcacg
    41881 cgacgtggtg tagacctcca gtcgagggtc tacgacgcct gcccaggggt gcgacttctt
    41941 gttgagcgta tcgggttgcc ccttgaggat gtccatgaag ggccgcgcaa tggtgaagtc
    42001 gttacgctgg gagacgaaaa agcctctgta gaacaggcag tagtcctgcc ccgtggtgga
    42061 atacttgaag acggcgttgt cagcattgct ttcgaagacg ccatccttga gcgcctcggc
    42121 gatgtaggtc ttccagttgc tgtccacttt agagaggtgg atggccaggc ggcacttgag
    42181 gctgttggca aacttcttcc actttgcggc gtcgcccttg tagatgatgt cgccaccgat
    42241 gaaggccttc tccttgacgt cgatcatctg cgaagcctcg gtcagctcac ggatcatggc
    42301 ggcgtagatg tccttctggt cgtcatactt ggggtgatag acgtcctgga tcagtttgcc
    42361 agcctccgag tagggcacat tgccccacgt gtcggtgatg atggagagca tccagacctt
    42421 catgatcttg gcggctgcga tctggttctt gttgttgcca taattgaccg agatggctgc
    42481 cttcttcggg tcggtgttaa gctcgatgat gcgatccatg tagtaaaggt tacggtagaa
    42541 gctattgaag taaccgttgt tcactgattc acgaatctga tagcgatctt cctccgtgta
    42601 gttgcgttgc gcccaatact ggctgtaggt gaggcattgg cgggcgctga accagttgtc
    42661 gtagacgtcg tccatcatgt gcttttgggc gccgctcatc aacatgtgcg agggaacctc
    42721 tacggggttg ttagggtcga cgttcgtcgt ttccagcttc tcgcacgaaa gggcaaagac
    42781 accagccacg acgggcagaa cgaggtattt gtatgttgct ttcatcactg caatttctta
    42841 ggtcgttaaa atttcaagtt cacgttgaat ccgaagttcg ccaccgaagg cagtgcgccg
    42901 ccttcgatac cctgaatgtt tccagagccg gtgacgatca tttccgggtc gaagtgcttc
    42961 gtatccggtc cccaaacggc caggttacga ccgtaggccg atacgcgtac ggctttgaag
    43021 aaggcgtcct tcttcttgag cggaatggtg taaccgatgt tgatctcgcg gagcttgatg
    43081 tagtccgatc tgagcacatt ctgcgctgcg gggcctgagt tatggtcgtt gccgtactgc
    43141 ttggctgaga tcttggtcgt gttgggcgtt ccgtcttcgt gtacgccctc gaggacgata
    43201 ccgttttcac ggatgccgtt ggcggcggac tcttcgagca taccggaata cattccccag
    43261 aggtaagacg tggagaagta gtggccgccc ttagagaagt ccaggagtac gctcaggtcg
    43321 atgttgccca agcggaacgt gttgctccag cctccggtga agtcggggaa gatgctgccc
    43381 aagttcacgt tgccgtcggt gtacatatag cgtccgttgg cgtcgatcag cttgttgccg
    43441 ttcttgtcat acttatagtc cgtgcccatg attacgccat aggcctcgcc cttcatggcg
    43501 ccaatctcca ccttgaacgg tgcgctggcg atgcggtaat aatcgaccac catctccttc
    43561 accttgttct tgttcgaggc caacgtgagg gccgtctccc aagtgaaggt gcggctacga
    43621 atgggcagga ctttcaccat aagctccata cccttgtttt cgatcacgcc accgttcacc
    43681 acgcggaagg tgtagcccgt agtccctgaa acagacagcg gaacgatctg atccttcgtt
    43741 tggctggcgt agaccgtagc ttcgaggctg acccggttgt cgaagagcga gagttcgagt
    43801 ccggcctcga aggagttcgt cgactcgggc ttcaggttct cgtttttgag cgtattgcta
    43861 acgacgtagc ccggtgtgga ggggtcgaca tgggtgtact gcgtcatggt gttgatcacc
    43921 tgatacggat cggtgtcgtt acccacctgg gcatagccga ggcgcagctt tccgaagttg
    43981 agccacgtga gcttattctt cagcagttcc gagaagacaa agctacccgt caccgaggga
    44041 tacatatagg aattgttgcc cacgggcagc gtcgacgacc agtcgttacg cagcgaagca
    44101 tcgagataaa gcatgctgcg ccagccgagc gttgcgctgg caaagacgga gttgatggcc
    44161 ttcttgagct ggtaattctc ggccgtggcg ggcgagacgg agttgctcat gttgtagaag
    44221 tccgcaatgg ccagtccgcc cacggtgcga ccgtacgtca tctcgtagtg gcgtttcatc
    44281 aggttggcgc ccaagttggc gttcacggtg aggtcgctca cggtctggtt gtagaggagc
    44341 atgaactcgt tgttcagctc gtactgctgg cgggcggtct ccttgtattg ggactgctct
    44401 tgcgagtaga cggcgttacg ctcgaactgc ttgtcggcga agaagtccag attggccttg
    44461 tattggaact tcaggctggg caggatatgg tagacgaagc ccacgttgcc atagacgcgg
    44521 ttacgggtat cgttctgata gttctcgtag cgactccaat aggggttgtt ggcgtagttc
    44581 ggggtcggat cgttccagtc actgcggttc caagtgatct gcgagccgtc gatgggactc
    44641 ttgtagaggg cctcgagctc cttcatgtcc agctggcggt ggccccactg gatgaatttc
    44701 tccatcacgt tgttgttgtc gtaacccgtc tgcgaacggc cgcgagcggc ggagttgaaa
    44761 taggtcacgt tggtcatcac ctccagcttt ttattggcgc tggtggtcga ggcggagaca
    44821 ttgaagacgt tcttacgcag cgagctgttc ggcatgtaac cgctaagctc cgagttggtg
    44881 taagagaaac gtatggacga gcggtccgta gcctgcgaga tggcgacgtt gttcgtgaac
    44941 gagaccccgg tcttgaagaa ggtctccacg tcattgtccg gagtcttcca agcggacgtc
    45001 ttcgggttac ccacctgacc accgatttcc cagcgcgcca ggtcggccca tgagagcacc
    45061 tgttggttgt ccagcttcgg cccccagctt tcgtccgtgg catagtccgg atagaggtac
    45121 ttctgcccgt tgatcatcac ctcggtaaac ttgtcttcgc cgccaccgcc atagagcttt
    45181 tgcagcttag gcagtttgtt aaccacttcg aatcccacgg cggtgttgaa cgtaatgccg
    45241 tagccttcgt tcttcgctcc cttcttggtg gtaatcatca cgacgccgtt cgtggcgcgt
    45301 gagccgtaga gggcggatgc gttgggaccc ttgagcacgg agatgcttgc gatgtcgtcc
    45361 gggttgatgt cttggatcag gttgccatag tcatagccac ctccaccgcg ggcggtgcta
    45421 tactggtctc tgcccgcgct acctgcgtcg ttaaagcctt ggccctcgat gggcacaccg
    45481 tcgactacga agaggggctg gttgttgccc gatatagagc tcgtaccgcg gatcaggatc
    45541 ttcgacgagc cacccatcga tcccgcgccg ccggcaattt gcagaccggc cactttgccc
    45601 tgcaacgcat tgatcggatt gctgactcca ccacgcgatt tcaacatttc atcgccaccc
    45661 acctcggtca cggcgtatcc aagcgccttc ttttctctcg atatgccgag ggcggtaacc
    45721 accacctcgt ccagcgccag atttgcgcgg agcaccgtgg tcacgtgctt atccgagatg
    45781 ggaatttctt ctgatcgcat ccccacgtag gagatgatca gggttttggc agaggcgggt
    45841 acgttcagcg tatagcgtcc gtccaagtct gtgacggtgc ccgcgtttgc ggcgcctctg
    45901 acggtgactg ctgcgccgat gatgggttgc ccatcctcat cggaaatcac cgttccactc
    45961 actttcaccg tttgggctac ggtccaccct atacctatga ggaggtatag gagaatcatt
    46021 gtaatccttt tcatagaaac tctcgtgtgt tagttaatag tcagcttaaa tttctcatat
    46081 ctcgacgggg caaaaataga acatcatttg agaaaataca acttttgagt gatatttctt
    46141 cgtttttatc tttgattcga tttcaattca tcagcgaaac gcgctcttta gcttacagtt
    46201 tagaactcat cgagagctgt gccgacggag tggctttcac aagcatttat ctcgacaagc
    46261 aaccttttac gcgtcgctcg caacgtattt tcacccacga gcagctcccc gaaaaaggcc
    46321 ttcggcgtaa tttatttccc ctgcaaatgg ccgggcggag ccattaatgg gtttctattc
    46381 gtaagccacg aggcggattc tgcttacaac cggattttat tcggcggccc aatagctgga
    46441 aaagccttca acgggtttct attcataagc cacggggcaa aatctgctta taatcggatt
    46501 ttattcggtg gctacgctcc gcagggcgcc cctctcctac tctccatggg cggcccattt
    46561 ctgtcggtgg cttctatata tataatgtat aggggcagcg gagagaaagt tgttcgtttt
    46621 tttgttgggt ttgtttatcg gtcacaaata aaaggttaca tttgcggtgc ataaagcaga
    46681 aaagagatga ctcaaacaat caaataccct cagacgatga gcgacacagc ccccagagct
    46741 gcgaaaagga tcatgccttc acggctacga ccgctccgtg gctcccgata gactttcaat
    46801 ttgccatgcc atgaacgatt cagctgtatt atatatgtac gcgcagacct acggcgcctc
    46861 ggccgctttc gccggagacg ccatagccca cttcgggcgc gctgaagcct cagtcggaca
    46921 gtcggacggg cgcccccact caggaggcgc ccccgatgga ctttccgtcg tgtgctttga
    46981 tcacctgatg gctcccgccg gactttccag cgagagcccc cgccgttccg ccgctctcgt
    47041 cgtaaaatcc gatgagagcc gcctgcaccc agtcgccccc gtcgtaaagt acgataggag
    47101 ccgattgcac tcaagcgccc ctgctggaga gtccgacagg agccgcttat gctcagacat
    47161 ccccgtcgga ctctccaacg gggcgtcttt ttgctcagac a
//
LOCUS       SEQF2634|AYYE01001178.1 7459 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7459
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(951..3065)
                     /gene="recG"
                     /locus_tag="SEQF2634_01708"
                     /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="MSLDEQNIMYLPGVGPRRAEILKKEIDVTTYDDLLHYFPYRYVD
                     RSRIYTVSELERIVSGHSDRVPFVQLRGRITGYQASEEGRAKRLVARFADSTGAVDLV
                     WFHGQKFILDKYPPGREYLIFGQPKEYMHEFSFIHPEIDPADRAARVSGGLVPMYHTT
                     ELMKRATLHSRAIRDLIYTLLNTVSGGLPETLPAWILEERALAPLTESMRQIHFPESA
                     EKLRAAQHRLKFEELFYIQLNILRTATLRRNKLRGIPCPRVGKAFNAFYANRLPFALT
                     GAQKRVVHEIHDDMRSGRQMNRLLQGDVGSGKTLVALMAMLLVVDNGCQACLMAPTEI
                     LAGQHFSTLQELLGDIGVRVELLTGSTTKRRRSALLPAVASGEVDILIGTHALIEDAV
                     VFHRLGLSVIDEQHRFGVEQRSKLWVKSTYVPHVLIMTATPIPRTLAMTVYGDLDVSV
                     IDELPPGRKPVKTVHRYDAKKAELYTFLRTEIGRGRQVYVVYPLIEENETMDYKALEQ
                     GYETFREVFPECTVCMVHGKMKAKEKEAEMQKFIRGEAQILVATTVIEVGVNVPNASV
                     MVIESAERFGLSQLHQLRGRVGRGAEQSYCILVTGYKLSEVTRKRLGIIVSTSDGFRI
                     AEEDLKLRGAGDMEGTQQSGDGLSLRIADLAQDGGILRTARDVASRILDADPNLSSPE
                     NALLNARLNALFRRRMNWGLIS"
     CDS             3141..3461
                     /locus_tag="SEQF2634_01709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPIRDKYILNTYLLNPTPGKNQIVCVGAYYIRPTNAHDHGQMI
                     DPPNTFRVVCNTILHILGKYLINTYLLNLIPEKDWIVCVGACCIRPTNAHDHEQMIDP
                     PNTC"
     CDS             3519..3812
                     /locus_tag="SEQF2634_01710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKPGTFWGVCNTPLPIRDKYLINTYLLNPILGKDWIVRIITP
                     LKIGTFLGVCNTPLPIRDKFLINTYLLNPIPGKDWMVHVGVYCIRPTNTHDHV"
     CDS             3852..4295
                     /locus_tag="SEQF2634_01711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLHIRNKYLINMYLLNLIPGKDWIVCVGAYCIRPTNAHNHGQM
                     IDPPGTCWGVCNTPLPIWVKNLIPIYRMNLKPGTCRGVCNTPLPIRDKYLINTYLLNL
                     IPEKDWIVCVEAYWICPTNSHDHWQMIDLPDTFRGRMQYTHIYME"
     CDS             4486..4596
                     /locus_tag="SEQF2634_01712"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKLGTCRGVYDTPLPIRNKYLINTYLLNPIPGKD"
     CDS             4906..5493
                     /locus_tag="SEQF2634_01713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKPGTCWGVCNTHLPIQIKNLIPLRTMNLKPDTFWGVCNTPL
                     PLRIKNLIPLCTMNLKPGTCLGVCNTPLPIRIKNLIPLRIMNLKPGMCWGICNTPLSI
                     PDKYLINMYLLNPILGKDWIVRVGAYCIRPTNAHNHGQMIDPPDTFRGVCNTPIPVRI
                     KNLIPIYRMNLKPGTCWGVCNTPLPIRIKNLIPIY"
     CDS             complement(6149..6853)
                     /gene="znuC"
                     /locus_tag="SEQF2634_01714"
                     /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
                     TLLRVLLGLLKPRIGAVNFYRDGQPIPKLPVGYLPQVNAIDRRFPISVAEVVASGFLA
                     ETRGRRCSAEQRQRVEAVIDRMGLSDLSRRPIGELSGGELQRTMLGRAIVAHPRLLVL
                     DEPNTYMDRRFGDTLGDLLSEINREAAVVLVSHDPGALRPLIKNMAFVRRQLRYVPGN
                     DLSAVSLDSEESESTD"
     CDS             complement(6835..7290)
                     /locus_tag="SEQF2634_01715"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTDNPIPSHFEYSERLAGAPGALIFFCLLFFHQGKKRRSEDR
                     QVTLPIRGTYKRAYAFAPYPAGRKKNLCPSGLPFPIHFKKTYATHQSIPIKKINRRPS
                     GFPIPIHFKKTYASHQPIPIKKINQYPSGLSIPIHFSNIVHHTLCFSFK"
ORIGIN      
        1 tccctcgaaa aaatatctcc gagaagcatt cccccttgac tcctcatcaa aaaagtacct
       61 ccaaaaagga ctcctcttga cctcaccctc gaaaaagcac tcccggataa gattccccat
      121 ttgataccct tcgaaaaaac atctccaaaa agaaatcccc ttcacctcac ctccaaaaaa
      181 gtatccggga aaaggattcc tcttttccca gccctcaaaa aagtaccccc aaaaaacatt
      241 cccccttgac tctccctcga aaaaataccc cagagaagga ttccccctta actcctcatc
      301 aaaaaagtac tcccgaaaaa cattcccctt cgcctcaccc tcgaaaaagc actcccggat
      361 aagattctcc atttgatacc cttcgaaaaa acacctccaa aaaggattcc cccttgactt
      421 cttctcgaaa aaatgtccct aaaaagcatt ctcccttgac tcctcttcga gaaattaccc
      481 cagagaagga ttcccctttc ccccgtcctc aaaaaagtat ctacgaaaag gattcccctt
      541 ttcccagccc tcgaaaaatt atctccgaaa gagattctcc attctcctac cttcgaaaaa
      601 atactccaga aaggattcct ccttgaatat ccctcgaaaa aacactcccg aaaaggatac
      661 ccctttttcc agccctcaaa aaagtatccg ggaaaatgat tctcccttaa ctactcctcg
      721 aaaaaatacc cctaaaaagc attccccctt gactactcct cgaaaaaata ccccagaaaa
      781 ggactcccca ttaccctacc ctcgaaaaaa tatctccgaa aagaatactt ctccggatac
      841 cccccgaaaa aatatctccg aaaaagagag ttcgtttgtc cgatctcaag aaaacggatc
      901 agaaaaggat tcacgggcgg aggatgactc cgatccttgc cacgaatcgc ttaggagatg
      961 aggccccaat tcatgcgccg acgaaagagg gcattcaggc gggcgttgag cagggcgttc
     1021 tcgggcgagg agagattcgg gtcggcgtcg agaatgcgag aagcgacgtc gcgggctgtg
     1081 cggaggatgc cgccatcctg agccagatcg gcgatgcgaa gcgataggcc gtcgccactc
     1141 tgctgcgtgc cctccatatc acctgcgccg cggagcttca ggtcttcctc ggcgatgcgg
     1201 aaaccatcgg acgtggagac aatgattccg agccgtttac gcgtaacctc gctcagtttg
     1261 taacccgtca ccaggatgca atacgactgt tcggcacccc ggcctacgcg tccccggagc
     1321 tgatggagtt gcgatagccc aaaccgttcc gcactctcga tgaccatgac ggatgcgttc
     1381 ggtacattca cacccacctc gatgacggtt gtggcgacga ggatctgcgc ctctccgcgg
     1441 ataaattttt gcatctcggc ctccttctcc ttcgctttca tcttcccgtg caccatgcag
     1501 acggtgcact ccgggaaaac ctcgcgaaaa gtttcgtagc cctgctcgag ggccttgtaa
     1561 tccatcgttt cgttttcctc gatcaggggg tagaccacgt aaacctgacg cccgcgacca
     1621 atctcggtgc ggaggaaggt gtacagctcg gcctttttgg cgtcgtagcg atgaacggtc
     1681 ttgacaggct tgcggccggg cggtagctcg tcgatgacgg acacgtcgag atcgccgtag
     1741 acggtcatgg ccagggtgcg cggtatgggc gtcgcggtca tgatgagtac gtgcggtaca
     1801 taggtgctct tcacccagag cttggaacgt tgctcgacgc caaaacgatg ctgctcgtcg
     1861 atgacggaga gaccaagccg gtggaagact acggcgtcct cgatgagtgc gtgagtgccg
     1921 atgaggatgt ccacctcgcc tgaggccacg gccggaagca gcgccgatcg ccgtcgcttc
     1981 gtcgtcgagc cggtgagaag ctccacccgc acgcctatgt caccgagcaa ttcttgcaaa
     2041 gtggaaaagt gctgccccgc caaaatttcc gtgggcgcca tgaggcaggc ctggcaaccg
     2101 ttgtccacga caaggagcat agccatgagg gcaacgagcg tcttcccgct acccacgtcg
     2161 ccttggagca ggcgattcat ctgccttccg ctcctcatgt cgtcgtggat ctcgtgcacg
     2221 acccgctttt gcgcgccggt taaggcaaag ggtaggcgat tggcatagaa cgcattgaag
     2281 gctttgccta cgcgtgggca ggggattccc cgcaacttgt tgcggcggag agtcgccgtg
     2341 cgcaggatat tgagttggat ataaaaaagc tcttcaaatt tgagcctgtg ctgtgcggct
     2401 cggagctttt cggctgattc ggggaagtga atctgccgca tagactcggt gagcggtgcc
     2461 agcgcgcgct cctcaaggat ccacgccggg agcgtctcag gcaggccccc gctgactgtg
     2521 ttcaagagcg tgtagatgag atcacggatc gcacgcgagt gaagcgtggc acgtttcata
     2581 agctcggtgg tgtggtacat cggaacgagg ccgccggaga cccgcgcggc acggtcggcc
     2641 gggtcgatct cgggatggat aaatgagaac tcgtgcatgt actccttcgg ctgaccaaaa
     2701 atgagatact cccgccccgg tggatactta tcgaggataa atttttgacc gtggaaccaa
     2761 accagatcga ccgcgccggt actgtcggca aagcgggcca cgagtcgctt cgctcgcccc
     2821 tcctcagagg cttggtaacc cgtgatgcgt ccccgaagct ggacgaaggg cacccggtcg
     2881 ctgtgtccgg acacgatacg ctcgagctcg ctcacggtgt agatgcgact gcgatccaca
     2941 taccgataag ggaaataatg gagcaggtcg tcgtaggtcg tcacgtcgat ctcctttttg
     3001 aggatctcgg cgcgccgcgg cccgacgccg ggcagataca tgatgttttg ttcgtctaag
     3061 ctcataatcg atacgtgtag cctgatacgg tcaagaggat gaatcagaaa cgcggcaaag
     3121 atcggtaaca tatagcttcg atggttccca ttcgggataa gtacatctta aatacgtatt
     3181 tattgaatcc tactcccggc aagaatcaga ttgtctgtgt aggggcgtat tatatacgcc
     3241 caacgaatgc ccatgatcat gggcaaatga ttgatccgcc caatacattc cgggtcgtat
     3301 gcaatacgat cctacatatt ctgggcaaat atctgataaa tacgtatcta ttgaatctta
     3361 ttcccgaaaa ggattggatt gtctgtgtag gagcgtgttg tatacgcccc acgaatgccc
     3421 atgatcatga gcaaatgatt gatccgccca atacgtgcta gggcgtatgc aatacgcccc
     3481 tacccatacg gatcaaaaat ctgatttcta tttatcggat gaatctcaaa cccggtacgt
     3541 tctggggcgt atgcaatacg cccctaccta tacgagataa atacctgata aatacgtatt
     3601 tattgaatcc tatcctcggc aaggattgga ttgtacggat cataacgcct ctcaaaatcg
     3661 gtacattttt gggcgtatgc aatacgcccc tacctatacg ggataaattc ctgataaata
     3721 cgtatttatt gaatcctatt cccggaaagg attggatggt gcatgtaggg gtgtattgca
     3781 tacgcccaac gaacacccat gatcatgtgt aaataattga tccgaccgat acgtttcggg
     3841 gcgtatgcaa tatgccccta cacatacgga ataaatacct gataaatatg tatttattga
     3901 atcttattcc cggcaaggat tggatagtgt gtgtaggggc gtattgcata cgccccacga
     3961 atgcccataa tcatgggcaa atgattgatc cgcccggtac gtgctggggc gtatgcaata
     4021 cgcccctacc catatgggtc aaaaatttga ttcctattta tcggatgaat ctcaaacccg
     4081 gtacatgccg gggcgtatgc aatacgcccc tacctatacg agataaatat ctgataaata
     4141 cgtatttatt gaatcttatt cctgaaaagg attggatcgt ctgtgtagag gcgtattgga
     4201 tatgccccac gaattctcac gatcattggc aaatgattga tctaccagat acgtttcggg
     4261 gacgtatgca atatacccat atctatatgg aataaatgct tgataaatat gtatttattg
     4321 aatcctattc tcgacaagga ttagattgtc tgtgtagggg tgtattgcat acgccccacg
     4381 aatgcctata ctaatgggca aatgattgat ccgctcgata cgtgctgggg cgtatgtaat
     4441 acgcccctac cgatacggat caaaaatttg attccacttt gtgcgatgaa tctcaaactc
     4501 ggtacatgta ggggcgtata cgatacgccc ctacccatac ggaataaata tctgataaat
     4561 acgtatttat taaatcctat ccccggcaag gattagattg cccatgtaga ggcgtattgc
     4621 atacgcccca cgaataccca tgatcattgg taaattatta atccgaccga tacgtgctgg
     4681 ggcgtatgca atacgcccct acctatacgg gataaataca tgataaatac gtgtttattg
     4741 aatcatattc tcatcaagta ttagattgtc cgtgtagggg cgtattgcat acgccctacg
     4801 aatgcccatg atcatgggca aataattgat ccgtccggta cgtgctggga cgtatgcaat
     4861 acgcccctac cgatacggat caaaaattta attccaattt ggacgatgaa tctcaaaccc
     4921 ggtacgtgct ggggcgtatg caatacgcac ctacccatac agatcaaaaa tttgattcca
     4981 cttcggacga tgaatctcaa acccgatacg ttctggggcg tatgcaatac gcccctaccc
     5041 ttacggatca aaaatttgat tccactttgt acgatgaatc tcaaacctgg tacgtgcttg
     5101 ggcgtatgca atacacccct accgatacgg attaaaaatt taattccact tcggataatg
     5161 aatctcaaac ccggtatgtg ctggggcata tgcaatacgc ccctatctat accggataaa
     5221 tatctgataa atatgtattt attgaatcct attctcggca aggattggat tgtccgtgta
     5281 ggtgcgtatt gcatacgccc cacgaatgct cataatcatg ggcaaatgat tgatccgccc
     5341 gatacgttta ggggcgtatg caatacgcct atacctgtac ggatcaaaaa tttgattcct
     5401 atttatcgga tgaatctcaa acccggtaca tgctggggcg tatgcaatac gcccctacct
     5461 atacggatca aaaatttgat tcccatttat taggtgtatc tgaaacttgt aaggttttgg
     5521 aatgtatgtc tttgcgacta acccaatccc ggcgaggaac acttaaaatt tgtatgatca
     5581 cccgtgaaac ccgccgggaa tttggtggat gtggccgatg tcacgcaaac cccggcgagt
     5641 tactcttaaa aattgtattg atgcacgcaa aacccggcgg ggattggacg aatatggcca
     5701 ttttcactga aaacccggcg agaattggaa ggatatgacc atattcgccg aaatctcggc
     5761 ggggattgga cgaatatggc caatgttacg caaaacccgc cgggaattgg acgaatatgg
     5821 ccatattcac tgaaaacccg tcggggatgg ggagaatatg gctatatcta tcgaaaaccc
     5881 gccggggata ggataaatat ggctacagct atcgaaaacc cggcgggaat agaaggagtg
     5941 cggctatatc tgtcgaatcc tcgccgagga cgggataaat atagccacag ctttctcttc
     6001 cttggtgggt ttagggaaga tgaagtgcgt attttccata tacttatcga gggcgggaaa
     6061 taagagagcc gggcgaatcc tatccttggt ggggatggga ttcgtccggc ttacgtgctc
     6121 cacaaactgg gcggattttc aagagagcct aatccgtgga ttcagattct tcactgtcga
     6181 ggctaacggc ggagaggtcg ttgcccggaa cgtagcggag ttggcgacgt acgaaggcca
     6241 tgtttttgat cagtggacgg agggcgccgg ggtcgtgcga gacgagtacg acagccgcct
     6301 cgcgattgat ctccgacagc aggtcgccta acgtatcgcc aaagcgacgg tccatatacg
     6361 tgttcggctc atccaaaacg agcaagcgcg ggtgggccac gatggcgcgc ccaagcatcg
     6421 tgcgttggag ttcgccgccg gaaagctcgc cgataggtcg gcgggataag tcgctgagtc
     6481 ccatacggtc gatgactgcc tccacgcgtt ggcgttgctc ggccgaacag cgccgcccac
     6541 gtgtctcggc caggaatccg gaggcgacga cctcggcgac tgagatcggg aaccggcgat
     6601 cgatagcatt gacctgaggc aggtagccca cggggagttt gggaatgggt tggccgtcgc
     6661 gatagaaatt cacggcgccg atgcgtggct tgagcagccc gagcaggacg cgcaggaggg
     6721 ttgttttgcc gccgccgttg gggcctacga tgcagaggaa gtcgcgctct gcaatctgga
     6781 gtgagacatc gattagcacg tcttttttag agtcgtaacc ggccgttaca tggtttattt
     6841 gaacgagaag catagggtgt gatgaactat attcgaaaaa tgaatgggga tggaaaggcc
     6901 tgaggggtac tgattgattt ttttgatggg gatgggttgg tgggaggcgt atgttttctt
     6961 aaaatgaata gggatgggaa agcccgaagg gcgtcgattg atttttttga tggggatgga
     7021 ttggtgggtg gcgtatgttt tcttaaaatg aatagggaag ggaaggcctg aggggcacag
     7081 attctttttc ctgccggcag ggtagggcgc aaaagcatac gccctcttat atgtgccacg
     7141 aatggggagg gtgacttgcc gatcttctga ccttcttttc tttccttgat gaaagaaaag
     7201 aaggcaaaag aaaatcaagg cgccaggggc gccggccaac ctttcggaat actcaaaatg
     7261 actgggaatg ggattgtctg ttggggtcac tttgttagcg tcggtttgtt tctaatgaat
     7321 aaaaagaaga caaaagaaaa tcaaggcgcc aggggcgccg tccaaccttt tgggatactc
     7381 aaaatgactg ggaatgggat gatctgttgg ggtcactttg ttagcgccgg tttgtttctg
     7441 ataaatgaaa ggagggcga
//
LOCUS       SEQF2634|AYYE01001179.1  534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccctcgaaa aaatatctcc gagaagcatt cccccttgac tcctcatcaa aaaagtacct
       61 ccaaaaagga ctcctcttga cctcaccctc gaaaaagcac tcccggataa gattccccat
      121 ttgataccct tcgaaaaaac atctccaaaa agaaatcccc ttcacctcac ctccaaaaaa
      181 gtatccggga aaaggattcc tcttttccca gccctcaaaa aagtaccccc aaaaaacatt
      241 cccccttgac tctccctcga aaaaataccc cagagaagga ttccccctta actcctcatc
      301 aaaaaagtac tcccgaaaaa cattcccctt cgcctcaccc tcgaaaaagc actcccggat
      361 aagattctcc atttgatacc cttcgaaaaa acacctccaa aaaggattcc cccttgactt
      421 cttctcgaaa aaatgtccct aaaaagcatt ctccctcgaa aaaatatctc cgagaagcat
      481 tcccccttga ctcctcatca aaaaagtacc tccaaaaagg actcctcttg acct
//
LOCUS       SEQF2634|AYYE01001180.1 1291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(208..873)
                     /locus_tag="SEQF2634_01716"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIARLGLLALLLSIVWAACTHEPDVPPRPAPKSDTTAVDSAL
                     LGKWYLLGSGWKYDMDPQPLDTVAYVLEFGGDGSLHGYAVNGSYTLKDTALRFKLHAV
                     DEQRMPDRLLTYRKKLLSVYRYTIYSDGLLRLYYDNDTKYLLFDRKEPAPPVLNQLPR
                     ALLATWRINEYRLIEDRVTRDLSNSEPIQLRFNVDTTWTLKVSSGQTTGPFKLFYRIK
                     DHI"
ORIGIN      
        1 tcggggcgag gagacatcac aaagagggtg cataaatcac atataaggca taaaagcaac
       61 ttcctgatat ttggcgtagt agataacgaa tacagccgtt taatcactct gccatcacat
      121 aagatttaca cccaaacagg tacatattga gcatacttac gagaacgggt cgcatcatcg
      181 agttttatca atccggcacc aaccgtatca gatatgatcc ttgatgcggt agaatagttt
      241 gaaggggccc gtggtctgtc cacttgagac tttgagcgtc caagtggtat cgacgttgaa
      301 ccggagttgg atcggctcac tgtttgagag atccctcgtt actctatcct cgatgagacg
      361 atattcgttg atccgccacg tggcgagcag tgctcgcggc aactgattca gcacgggagg
      421 tgccggctcc ttcctgtcga aaagcagata tttcgtgtcg ttgtcgtaat agagccgcag
      481 tagtccgtcg gagtagatcg tgtaacgata gacgctcagc agtttcttgc gataggtgag
      541 aaggcgatct ggcatgcgct gttcgtccac ggcatggagc ttgaatcgca aggccgtgtc
      601 cttcagcgta tagctgccat tgacagcata gccatgcagg gagccatcgc ctccaaactc
      661 cagaacataa gccacagtgt cgaggggttg ggggtccata tcatacttcc agccggagcc
      721 aaggagatac catttgccta acaaggcaga gtcgacggcc gtggtgtcgg acttcggcgc
      781 tggccgtggc gggacgtccg gttcgtgtgt acaggctgcc cagacgatgg acagcaacag
      841 ggcaaggagc cctaaacgtg caatagtttt catatcagta tgtgtttgag aagtgaaacg
      901 tctatgtggt taagatgaag ggggtgggga gatgctgcat agcgcaggcg gtggaaaaac
      961 aatcatgtac aatcgaccgt cagggtaggg gcgtattgaa tacgccccac aatcgggcac
     1021 gatagtgccc gggcggttgc ctttgggtga ttgtcggcag aactgggtgt ttacgttcgt
     1081 tcccttgacg ggaacgtctg atggggcgta tgcaatacgc ccctacctgt tcggctaaaa
     1141 aaattgaacc cgtgcgtttt cagtgttacc ctgacgaccg aaaaaaatga accgcggggg
     1201 tgccgcggtc caaaaaatgg ggttgtcggg gggagggctg cgatcacttc cttagccgtt
     1261 tgaagacgta cctcggaccg tctatgtcta c
//
LOCUS       SEQF2634|AYYE01001181.1 9831 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9831
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(126..1577)
                     /locus_tag="SEQF2634_01717"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDKELKTIIEDIQASPRECEWVEIKKDNSKPELIGEYVSALAN
                     GAAYMGQPKGYLAFGIDDSSHAIVGTKFSPKDEKVGNQEIENWIASLLNPRIDFCIQE
                     IEVSGKRVVLFIIDSVKDTPVKFKGTAYIRVGSYKKPLSEHPERERKIWQNSRNSCFE
                     LSVAKSGLKDDEVLQLIDYPNVFRLLQEPLPENKHAILQKLEEEKVVCKRPSCFDITN
                     LGAILFAHDLRTFDSLARKAVRVIFYRGNDRLHAMKELVEWKGYAIGFQSVVDYLSES
                     LPVNEEIGRSQRKETPVYPPIAIREFVANALIHQDFSISGTSPVIEVFQSRLEITNPG
                     KPLIDILRFIDHAPISRNEKLAFIMRRMNFCEERGSGVDRAISECELYQLPAPDFTNE
                     EAYTRVSMFTPKAMRGMNKEDKIRACYQHCCLQYVSGKKMTNESLRVRLNITPSNYST
                     ASRIISDTVGAGLIKLDDATRSRKYAQYVPVWV"
     CDS             complement(1626..2498)
                     /gene="nreC_2"
                     /locus_tag="SEQF2634_01718"
                     /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
                     FFLHASDNTSLRLLGDMFASFKEGLRRRIEADEREWFPLLLTPSDTKSRRRPRPKPTS
                     DDDEAIQATLDDMRHIMLKHLSGAYDENLCYAVLFAIDTLGRDIRQHNRIRHRILLPM
                     IDDESNSLSEREKDVLRLIVEGLTNKEIAARLYVSVNTVLTHRKNITAKLGIKTTPGL
                     TFYAITHRLIPEVK"
     CDS             complement(2608..3621)
                     /gene="fbp"
                     /locus_tag="SEQF2634_01719"
                     /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             4100..4276
                     /locus_tag="SEQF2634_01720"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTHCPTFNCVNDCNMTWALAADIRNTRHGQVWHGIRKKGAVSL
                     LSEASDKRNEHHNQ"
     CDS             4297..4566
                     /gene="groS1"
                     /locus_tag="SEQF2634_01721"
                     /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             4606..6246
                     /gene="groL"
                     /locus_tag="SEQF2634_01722"
                     /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
                     APQITKDGVTVAKEIELACPYENMGAQLVKEVASKTNDKAGDGTTTATVLAQAIIGVG
                     LKNVTAGANPMDLKRGIDKAVSKVVESIAAQAEEVGSNMERIEHVAKISANGDESIGK
                     LIAEAMQKVKKEGVITVEEAKGTDTTVEVVEGMQFDRGYISAYFVTDTEKMETQYENP
                     YILIYDKKISVLKDLLPILEQVVQSGRALLIIAEDIDSEALATLVVNRLRGGLKVCAV
                     KAPGFGDRRKAMLEDIAVLTGGTVITEEKGMKLEDAKMDMLGTAEKVTVDKDNTTIVK
                     GHGNKKAIEARVNQIKAQIETTTSDYDKEKLQERLAKLAGGVAVLYVGAASEVEMKEK
                     KDRVDDALHATRAAVEEGTVPGGGVAYIRAISALEGLKGENEDETTGIEIIKRAIEEP
                     LRQIVNNAGKEGAVVVQRVKEGKAAFGYNARTDVYEDLNQAGVVDPAKVTRIALENAA
                     SIAGMFLTTECVVAEKKEDLPPMPPMNPGMGGGMGGMM"
     CDS             complement(6386..6712)
                     /locus_tag="SEQF2634_01723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCTSTFLEQIYTERCADDVKIPASLFSVIVLLCTGDWTVVLEL
                     LDLLGVDHKAFKAIMVVFTVINAGVCFYTGDYIGGIKQFLLIDWHTLWSILTNLQKSL
                     KKEWPN"
     CDS             complement(7125..8240)
                     /gene="resA_4"
                     /locus_tag="SEQF2634_01724"
                     /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
                     SDDHKQVDTVVYRPGKPVQITRDEGQFDQLTVYFENHKEGITIYLEPGRKITVTGDAR
                     YPLTLQVRGTRTNDLLSDFRKQAATLLKEKTELSGAALPEADAGRAAEASRAEHLPRL
                     ANIDHELAQMAENFIHKHPKDEASAILIRDYILDPEDPTRAEKMIGTLSPKLENTRTL
                     RNLRAYCERAMHTMVGAKAPDFSLRNVYGATFTRDSFAGRNLVLAFTAAWCDLCKTEK
                     LLLDKIQADFSRQDVAVALVSLDETPSDVRSQMRTDTTHWNVFTDSAGQSIRVLEAYN
                     VNALPRCFLIDRRGTIVLKTDNGIELRRALEALLKKK"
     CDS             complement(8963..9619)
                     /locus_tag="SEQF2634_01725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHGTITVRTQQGMDELKVAIHQQGRVGDEEAPTRVKVSSVSLD
                     PSSITVNGDIRSKLIGASVYPSNAANKGLLWMSSNPSVATVHVADTRAGLRSGSLRAD
                     EAEHTADDYAVVTIVGKGKATIAATASDGSGIVARCEVNVLSTVANTVPYAPQAKVYT
                     VGPTLYLSLPTAETVQVYTLAGTLYRTWQAPAGDTSVTLPVGTYIIKVGQLTEKVVVR
                     "
ORIGIN      
        1 tcggggcgag gagacatcac aaagagggtg cataaatcac atataaggca taaaagcaac
       61 ttcctgatat ttggcgtagt agataacgaa tacagccgtt taatcactct gccatcacat
      121 aagatttaca cccaaacagg tacatattga gcatacttac gagaacgggt cgcatcatcg
      181 agttttatca atccggcacc aaccgtatca gatatgatcc ttgatgcggt agaatagttt
      241 gaaggggtaa tattcaacct tactctcaga ctttcattag tcatcttctt tcccgataca
      301 tactgcaagc aacagtgctg atagcaagcc ctaatcttgt cttctttatt catacccctc
      361 atagctttag gcgtaaacat acttacgcgt gtgtatgcct cctcattcgt aaaatccggt
      421 gcaggcagct gatagagttc acattcagag atggctctat ccactccact ccctctttct
      481 tcacaaaaat tcatccgacg catgataaaa gccaacttct cgtttctgct gatcggtgca
      541 tgatcgataa atcggagaat atctatcagg ggtttacccg ggttggttat ttccaatcgg
      601 ctttgaaaca cttcaatcac aggagaggtt ccgcttatcg aaaaatcttg atggattaag
      661 gcattcgcaa caaattcccg aatggcaatc ggtggataaa cgggcgtctc ttttcgttgt
      721 gatcttccta tttcctcatt tactggcaag ctctcactta aataatcgac tacgctttga
      781 aagcctatag catatccttt ccattcaacc agttctttca ttgcatgaag ccgatcgttt
      841 cctctgtaaa aaatgacacg aacggccttg cgagccaacg aatcgaacgt tcttagatcg
      901 tgggcgaaaa gtatagctcc caaattggta atgtcgaagc aagagggacg tttgcacacc
      961 accttttcct cttccaattt ttgcagaata gcatgtttat tctcgggcaa gggctcttga
     1021 aggagcctga atacattcgg gtagtctatc agttgcagaa cctcgtcatc ttttaacccg
     1081 cttttcgcca cgctcaattc aaaacaagag ttgcgcgaat tctgccaaat ctttctttcc
     1141 cgttcgggat gttctgacaa aggcttctta tacgacccaa cacggatata agcggttcct
     1201 ttgaatttta caggtgtatc cttaaccgaa tcgataatga atagaacgac tctttttcct
     1261 gaaacttcaa tctcctgtat gcaaaaatcg attctcggat ttagcaagga ggctatccaa
     1321 ttttctatct cttgattccc gactttctcg tctttcgggc tgaattttgt cccaactatc
     1381 gcatgagaag aatcatctat accaaaagcc aaatagcctt taggttgccc catataagca
     1441 gcaccatttg ccaatgctga tacatactct ccgattaatt cgggtttgct attgtccttc
     1501 ttaatctcca cccattcaca ttctcttggg ctggcttgta tgtcttctat aatcgttttc
     1561 aattccttgt cagtcatata tctcaagtag tttttgtttc ccatataacg ggggagagcc
     1621 gcccttcact tcacctccgg gatgaggcgg tgggtgatgg cgtagaaggt gaggccgggc
     1681 gtggttttga tgccgagctt ggcggtgatg ttcttgcggt gtgtcaggac ggtgttgacg
     1741 ctgacgtaga ggcgggcggc gatctctttg ttcgtcagac cttcgacaat gaggcggagg
     1801 acgtccttct cgcgctccga gaggctgttg ctctcgtcgt caatcatagg caggaggatg
     1861 cggtggcgga tacggttatg ctggcggatg tcgcggccga gggtgtcgat ggcgaagagg
     1921 acggcgtagc agaggttctc gtcgtaggct ccggagaggt gcttgagcat aatatggcgc
     1981 atgtcgtcga gggtggcttg gatggcctcg tcgtcgtcag aggtgggctt gggacgtggg
     2041 cggcggcgac tcttcgtatc ggagggggtg agtagcaggg ggaaccactc tcgctcgtcg
     2101 gcctcgatgc gtcggcggag gccctccttg aagctggcga acatgtcgcc caagaggcgc
     2161 agggaggtgt tgtccgaggc gtggaggaag aagtggaggt ggcgctcgat gttgggcaac
     2221 tggttctgga gatagtagag gttggtcttc ttcagatagt cgatgatctg cgagaggtgg
     2281 aagttctgga gcttcttctc cggaaaatag tcttcgttga tgaaggtgtt gacgatggtg
     2341 aggaagaagt ccgggtctac gttgtgcgca tcgcagacgg ccttgaccgt gtcgtcgccc
     2401 acgccgaggc gaatgccgaa gcgattgacg acgggcacga gtgcgaggtg actctctatc
     2461 gcctcgctca tcttcatgtt ggcgtagacc agggtcatgg tcaattactc atttcaaatt
     2521 acacgggggg gagcatgcta cataataaga gaagagctac gggctttgct gaccctcgta
     2581 gctcttctct ctaatgggca gcgcgaatca ctcgggggcg ttacgcatga actcttccac
     2641 cttctcgacc atcttccgac tgccgcagaa gaagggtgtg cgctgatgca gctccgtggg
     2701 ctcgatgtcg aggatgcgac ggaagccatc cgaagcctta ccgccagcct gctccgtgag
     2761 gaaggccatc gggttgcact cgtagagcaa acgcagcttg ccacgtggcg actgcgaggt
     2821 ggaggggtag atgtaaatgc cccccttgat catgttacga tggaagtcgg ccaccagcga
     2881 accgatgtag cgcgaggtgt agggccgatt ctcctcctcc cgttggcagt acttgatgta
     2941 gtccttcaca ccctggggga acttgatgta gttaccctcg ttgatggagt agatcttgcc
     3001 gtcttcgggg aagcgcatgt tggggttgga gaggtagtag ctgcccagcg aggggtcgag
     3061 ggtgaagccg ttgacgccgt tgccggtggt gtagaccagc atggtggacg agccgtagat
     3121 gatgtatcca gcggccactt ggttcgtccc cttttgcagg aagtcctcca gctgcacagg
     3181 ggtgccggcg ggggtgatac ggcgatagat ggagaagatc gtccccacgg acacgttcac
     3241 gtcgatgttt gacgatccgt cgagcggatc catcagcacg acatacttgc tcagttcggc
     3301 gttagcgccg ctccgaatct caataaagtc gtcattctcc tccgaggcca caccgcagac
     3361 cacctcgcgc tgcgagaggg cattgataaa gatctcgttg gcgatgacgt ccaacttctg
     3421 ctgttcctcg ccctgcacgt tgcggttgcc cgcctcgccc agtacgttgg tgatacccgc
     3481 tttgttgatg aagcggttca ccatcttgga ggcgatctgg atacagctga tcaagcggga
     3541 gaattcgcca gatgaatatt tgaaatccat ctgcttctcg ataatgaact cacccaaggt
     3601 cggtaaactt tgctctttca tttcggtatt tttttgattg ccgggcaaag aagcgccttt
     3661 ttttctccat tgacaactgt tagcgggata aaagctctgc gccttggccc attgacaatc
     3721 gtcggaggct acacgtcggt atttttcgac gctctgtttg cagacaaata gggcttatac
     3781 ctattttcct actcattgtc catagacaaa agccttgtat agatttttca ccgtcattgt
     3841 ctacagacaa agaccatgta aacatcctta tctatgtttt gtccgtagac aatgattgtt
     3901 tcctcatgtt attcctaaca ttgtctgcag acaatagccg ttcatggatg tttttcattc
     3961 cattgtctat agacaaaagc tattcatatg cgtttctctg actattgtcc gtaggcagag
     4021 gcttgaaaaa cgcctttcag acgccagcgc caatagtcaa tgagtcacgc gaagcatttc
     4081 ctgacacatc gcctccggaa tgctgacaca ttgtccgacc ttcaactgcg taaacgactg
     4141 caatatgaca tgggcactcg ccgcagacat ccgcaacaca aggcacgggc aagtttggca
     4201 tggtattcgc aagaaagggg ccgtgtcgct cctaagcgag gcgagcgaca agagaaatga
     4261 acatcataat cagtaacaat aaatacagga acaatcatga atgtaaagcc attagcagac
     4321 agagtgctgg ttaagccagc agaagctgaa gagaagacgg cgagcggtat catcatcccc
     4381 gactcggcca aggagaaacc cctcaagggc gagatcatcg ccgcaggtaa aggcacaaag
     4441 gatgaggaga tggtgctcaa accgggcgac catgtgctct atggcaagta tgccggtacg
     4501 gagatcgaac tcgagggtac gaagtacctc atcatgcgcc aatcagacgt tttggccatc
     4561 atctaaatca cagaatcaca aacaaaagag taagacataa caatcatggc aaaagagata
     4621 aaattcgaca tcgacgcccg cgactcactg aaaaagggcg tagacgaact ggcaaatgca
     4681 gtcaaagtaa cgctcggccc caagggtcgc aacgtgatca tcgagaagaa atttggcgca
     4741 ccgcagatca ccaaggacgg cgtgacggtg gccaaggaaa tcgagctggc ctgcccgtac
     4801 gagaacatgg gcgcacagct ggttaaggag gtagcctcca agacgaacga caaggctggc
     4861 gacggtacga ctaccgcaac cgttctggca caggccatca tcggcgtagg tctgaagaac
     4921 gtcaccgccg gtgccaatcc gatggacctg aagcgcggta tcgacaaggc cgtatccaaa
     4981 gttgtagaga gcatcgccgc acaggccgaa gaggtgggct cgaacatgga gcgcattgag
     5041 cacgtggcta agatttctgc caacggcgac gagagcatcg gcaagctgat cgccgaggcc
     5101 atgcagaaag tgaagaaaga aggcgtcatc accgtagaag aggctaaggg cacggacacg
     5161 accgtcgaag tggtcgaggg tatgcagttc gaccgcggct acatctccgc ctacttcgtg
     5221 accgacacgg agaagatgga gacgcagtat gagaacccct acatcctcat ctacgacaag
     5281 aagatctctg tcctgaagga cctcctgccc atcctcgagc aagtcgtaca gtcgggccgc
     5341 gccctgctga tcatcgctga ggatatcgac agcgaagcgc tggctaccct cgttgtgaac
     5401 cgtctgcgtg gcggcctcaa ggtgtgcgcc gtgaaggctc cgggctttgg cgaccgtcgc
     5461 aaggccatgc tggaagacat cgccgtactg accggcggca ccgtcatcac cgaagagaag
     5521 ggcatgaagc tcgaagacgc caagatggat atgctgggta cggccgagaa ggtgactgtc
     5581 gacaaggaca acactaccat cgtgaagggt catggcaaca agaaggccat cgaagcacgc
     5641 gtcaaccaga tcaaggcgca gatcgaaaca accacgtcgg actacgacaa ggagaagctg
     5701 caggagcgtc tggctaagtt ggccggcggt gtagctgtgc tctacgtcgg tgccgcttcg
     5761 gaggttgaaa tgaaggagaa gaaggatcgc gtggacgatg ccctgcatgc cacacgtgca
     5821 gccgttgaag aaggtaccgt gcccggtggt ggtgtagctt acattcgcgc catctccgca
     5881 ctggaaggcc tcaagggcga gaacgaagac gagacgactg gtatcgagat catcaagcgc
     5941 gccatcgaag agccgctccg tcagatcgtc aacaatgctg gcaaagaggg cgccgtagtt
     6001 gtgcagcgcg tgaaggaggg caaggctgcc ttcggttaca acgcccgcac ggacgtctac
     6061 gaagacctca accaggctgg cgtcgtagat cccgccaagg tgacccgcat cgcgctggag
     6121 aatgccgcct caatcgctgg catgttcctg accaccgaat gcgtcgtagc cgagaagaaa
     6181 gaagaccttc ccccgatgcc cccgatgaat ccgggtatgg gtggcggcat gggcggcatg
     6241 atgtaatcca tagccctcaa gccatttacc gagagagaga ctttttcgta ttgaaataag
     6301 ttggttcagt aagagctgcc tgccgtgctg taaagcgctg cgggcagctc tgttttcctc
     6361 ctctctatag gaggagagtg gcctattaat tcggccactc cttcttgaga gacttttgca
     6421 ggttggtaag tatcgaccac aaggtgtgcc agtcgataag cagaaactgt ttgattccac
     6481 cgatatagtc acccgtgtag aaacatacgc ccgcattgat taccgtgaat actaccataa
     6541 ttgccttgaa cgccttgtga tccactccga gtaagtctaa tagttctaaa actacagtcc
     6601 aatcacccgt acagagtagc acaataactg agaaaagcga agctggtatc ttgacatcgt
     6661 cagcacacct ctcggtatat atctgttcta aaaatgttga ggtgcatccc atccactgtg
     6721 caaaacttag ggctcgattt agaattccat tcatatgaat atgatttaat cacccttaag
     6781 gatctcagcc ctaaatctgt ctttaggctg gcatggaagg gcacctattg tgctcttact
     6841 ctacgtatat catggcatag ttatatgtag gcagagcctg catccgggct gaaagcttag
     6901 ctcatccccg cccagggtaa agcaacacaa cggaacggcc caccggaaca aatggcgttc
     6961 tcctcttcct tgcatcctgc aaaaagcccc cgccttactg atagcagcaa ggcgggggct
     7021 ttttgcagga tgctggagaa tctctccaga catcgtaacc caacgtgttt ctctgctggg
     7081 ttaatatgaa gagttgccct tttggggcat attgggttat tggcttattt cttcttcagt
     7141 agcgcctcca aggctcggcg cagctcaatg ccattgtcgg tcttgaggac gattgtccca
     7201 cgacggtcga tcaggaagca gcggggcagt gcgttgacgt tgtacgcctc taagacacgg
     7261 atggactgtc cggcggagtc ggtgaagacg ttccagtgtg tcgtgtcggt acgcatttgg
     7321 ctgcgcacgt cgctcggggt ctcatcaagg ctaacaagag ccacagcgac gtcttggcgc
     7381 gagaagtcgg cttggatctt atctaagagc agcttctccg tcttgcagag gtcgcaccaa
     7441 gcggcggtga aggccagcac taagttgcga cccgcgaagg agtcgcgggt gaacgtcgca
     7501 ccgtagacat tgcgcaggga gaagtccggc gccttagccc cgaccatggt gtgcatagcc
     7561 cgctcacaat aagcacggag gttgcgcagg gtgcgcgtgt tctccagctt gggactgagg
     7621 gtaccgatca tcttttcggc gcgcgtaggg tcttcggggt cgagtatata gtcgcggata
     7681 agaatggctg aggcctcgtc tttggggtgt ttatggatga agttttcggc catctgggcc
     7741 agctcatggt cgatgttagc cagccgtgga aggtgttccg cccgactcgc ctcggcggct
     7801 cgtcccgcgt cggcctcggg gagggcagca ccggagagct ccgtcttctc cttgagcagc
     7861 gtggcagcct gcttacgaaa gtcagagagc aagtcgttgg tacgcgtgcc cctcacctgt
     7921 agggtaagcg gatagcgagc gtcgccggtg acggtgatct ttcgccccgg ctccaaatag
     7981 atggtaatgc cctctttatg attctcgaaa tagaccgtaa gctggtcgaa ctgcccctcg
     8041 tcgcgtgtga tctgcacagg ctttccagga cggtaaacga ccgtgtcgac ctgcttgtgg
     8101 tcatccgact caaacacggc gtaaaggttc tgtgtctcca agttggacag atccaactcc
     8161 acccggtagg tcgctttttc gccacatgca cacagcaacc aggccacaca actgatgata
     8221 tacaacttct ttaacggcat cttacgtgaa aatttgccac aaagatagtg cgcttttcgg
     8281 tggagtcgaa aaagatatta aagggaatat agcgatatga tcgtatcgta atggcagacc
     8341 aaagtggcag attcgtacac gcaaaaaagg ccgggcaccc cttcggatac ccggcctttc
     8401 cgaagcctcg gaaacgttca gcggcgtgtt ttgagccttc cgaggcctcg gaaaccctca
     8461 gcggcgcgtt tttgagcttt ccgacgcgtc ggaaatgttc agcggtgtgt ttttgagctt
     8521 tccgaggcct cgggggcgtc tacggacggc ctctgccgag gcagggaagc tggcgaggta
     8581 cccggccaaa ttcgccggcg tccgcagggg ccgtcagggt atctgggtag gggcgtattg
     8641 aatacgcccc accaaacgga ccccacgggc ccgaatgacc gtaccaccgg gcgggcccca
     8701 cgggcccgaa tgaccgtatc acggggcggg ccgatggccc gaatgatcgt acccgtgtag
     8761 gggcgtattg aatacgcccc accgggcgcc ccggcacggg gcgaatacac gtacccgggt
     8821 atgttcattc atcccttgcg ggatgtttgg tggggcgtat gcaatacgcc cctacaccgt
     8881 tacggtcatt cgccccgatg gggcgtgtat ctggtcaaac gcctaaacat ctcaacgggg
     8941 cgcagcccca acaactaaac acctatctaa ccaccacctt ctccgtcagc tgtccgacct
     9001 tgatgatgta ggtgccgacg gggagggtga cggacgtgtc gccggcgggg gcttgccagg
     9061 tgcggtagag cgtgccggcg agggtgtaga cctgcaccgt ctccgcggtg gggagggaga
     9121 ggtagagcgt cgggccgacg gtgtagacct tcgcctgcgg ggcgtagggc acggtgttgg
     9181 cgacggtcga gaggacgttc acctcgcagc gggcgacgat gccactgccg tcggaagcgg
     9241 tggcggcgat cgtggcctta cccttgccga cgatggtcac gacggcgtag tcgtcggccg
     9301 tgtgttccgc ctcatcggcg cggaggctgc cggagcggag gccggcgcgt gtatcggcca
     9361 cgtgcacggt cgccacggac gggttgctac tcatccacag caggcctttg ttggccgcat
     9421 tggaggggta gacggaggcg ccgatcagct tcgagcggat gtcgccgttg acggtgatcg
     9481 acgacgggtc gagggaaaca gaggagacct tcacgcgggt cggggcttcc tcgtcgccta
     9541 cgcggccctg ctggtggata gccactttca gctcgtccat gccttgctgc gtgcggacgg
     9601 tgatcgtgcc gtggcgcatc tccttggacg ggttggcggc gaggctgaac gtgaacgagc
     9661 cattgccgcg gccaacggcg ctctcgaggc ggatccagtc ctcggttgtg gagccggccc
     9721 agaggcgact cgtcgcgacg ctgatcgtgc tgccggcgcc ttccgacggg ccgacggtga
     9781 tctcttctgc gccgatggcc aggtcgtagt cgtacgtgcc gtcgtcagag g
//
LOCUS       SEQF2634|AYYE01001182.1  405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccctgaaga gcagatagcg ctgaccccga tcgtagaaga gccgcatttg gtgttcatta
       61 tcgacacggt aactctcgac gctcagcagt gcctcgcgat aggtgcgaat gcgatctggc
      121 atgagctgtt tgtcctctac attgagcttg atgtggatgc tgtcccctct ccaggtatag
      181 ctgccattga cgtaatggcc atagaggaag ccttcgcgcc agatctccaa ggcatagctg
      241 atcgagtcga tgggcgtgac agtggtgtcg ccgacacggc cgaggccagc gaggtaccat
      301 ttgcctaaca aggcagagtc gacggaatac atcgtggggc agtatggcgc atgggctgaa
      361 gcgctcacgg tgaagaatga tgcgaatctc tttgcgttgc gccag
//
LOCUS       SEQF2634|AYYE01001183.1 2277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1114..2241)
                     /locus_tag="SEQF2634_01726"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLFYDRGQRYLLFRDQPTRPSKQAIVPQDLLTTWIFRGYVQIK
                     DGKKTLLRNIDIAQLRFNADTTWVLQFLTGQLTGSFRTDGQSMYFTITPPSLRKDPNE
                     AYYLRQALERVTSYKIHGNELRLYEGGEETYLTFKKAKIGTGRINEHLCRPWKLIGFR
                     HTADGSVQELTGAYRLSNKAFLVEFRDNGMLYALSSTNEFDGEYSVDGQSLRMNVGGG
                     TMVNETKEGHAYVQALHAAERFELQKDGHLKLFYNQGRDYLLFRDGLALVSSTPSAEL
                     LGKWTLAQIRYSALPPVVFKLGERTITFLKSGYVDIEGYKLFGSIPEDKLHYGYHPWG
                     KENTLFIGWTYFIYNLEGETLTMSNGVDIDGPVYVFKRLRT"
ORIGIN      
        1 tccctgaaga gcagatagcg ctgaccccga tcgtagaaga gccgcatttg gtgttcatta
       61 tcgacacggt aactctcgac gctcagcagt gcctcgcgat aggtgcgaat gcgatctggc
      121 atgagctgtt tgtcctctac attgagcttg atgtggatgc tgtcccctct ccaggtatag
      181 ctgccattga cgtaatggcc atagaggaag ccttcgcgcc agatctccaa ggcatagctg
      241 atcgagtcga tgggcgtgac agtggtgtcg ccgacacggc cgaggccagc gaggtaccat
      301 ttgcctaaca aggcagagtc gacggccgtg gtgtcgggtt tcggctctgg ccgtggcggg
      361 acgtccggtt cgtgtgtaca ggctgcccag acgatggaca gcaacagggc gaggagccct
      421 aaacgtgcag tagttttcat atctgtgtgt gtttgagaag tgagacgtct atgtggttaa
      481 gatgaggctg gtggggggag atgctgcata gcgcaggctg tggaaaaaca attatgtaca
      541 atcgaccgtc agagtagggg cgtattgaat acgccccaca atcgggcacg acaggacccg
      601 ggcggttgcc tttgggtgat tgtcggcaga actgggtacg ggcgttcatc cccttgacgg
      661 ggacgtctga tggggcgtat gcaatacgcc cctaccctga cggatgaaaa actagaacta
      721 ccgaagtcgg gcgcttgggg accgatgccg ttcctccgga tacataatgg tcggcagatg
      781 gtttgacgga taaaaatggg aaatcgctgc atatctgtgg ttagaaaaac aatcatgtac
      841 aatcgaccgt cagggtaggg gcgtattgca tacgccctac aatcgggcac catagtgccc
      901 gggcggttgc ctttgggtga ttgttggcgg aactgggtac gggcgctcgt ccccttgacg
      961 ggaacgtctg aaggggcgta tgcaatacgc ccctacctgt tcggccccca aaattgaacc
     1021 cgtacatttt cagcgttacc ctgacggccg aaaaaaatga acagcggggg tgccgcggtt
     1081 caaaaaatgg gattatcggg gggagggctg cgatcacgtc cttagccgtt tgaagacgta
     1141 gactggaccg tctatgtcta ctccgttgct catcgtcagt gtttcgcctt ccagattgta
     1201 tatgaagtac gtccaaccga taaagagggt gttctccttg ccccacggat gatagccgta
     1261 gtgtagctta tcttcaggta tgctgccaaa gagcttatat ccttcaatat caacataccc
     1321 actcttgagg aacgttatcg tccgttcgcc aagcttaaag acgactggtg gcagtgcgga
     1381 gtagcgtatc tgggccagtg tccacttgcc cagcagctcg gcagatggcg tggaggagac
     1441 gagcgcgaga ccatcgcgga agagtagata gtcgcgccct tggttataga agagcttcag
     1501 gtgtccgtcc ttctgcagtt cgaaacgttc cgccgcatgc agcgcctgga catatgcatg
     1561 gccctctttg gtttcgttca ccatggtgcc tccgcctacg ttcatacgga gcgactgacc
     1621 atctacggag tactcgccgt cgaactcatt ggttgaggag agcgcataca gcataccgtt
     1681 gtctcgaaat tcgactaaga aagccttgtt ggaaaggcga tacgctccgg ttaactcctg
     1741 caccgagcca tctgctgtgt gtctgaaccc gatgagtttc cacggtcggc agaggtgctc
     1801 gttgatgcga cctgtcccga tctttgcttt tttgaaagtg agatacgtct cctctccacc
     1861 ttcatagagc cgcagctcat tgccgtggat cttgtagctc gtcacccgtt ccagtgcctg
     1921 acggaggtag taggcttcat tcgggtcttt tctcagcgat ggaggtgtga tggtgaagta
     1981 cattgactga ccatcggtac ggaaggagcc cgtaagctgt ccggttaaga attggagcac
     2041 ccaagtggta tcagcgttaa accggagttg ggctatatcg atattccgga ggagggtctt
     2101 cttcccgtcc ttgatctgca catagccgcg gaagatccac gtggtgagca ggtcttgcgg
     2161 aacaatagcc tgcttggatg gtctcgtagg ctggtccctg aagagcagat agcgctgacc
     2221 ccgatcgtag aagagccgca tttggtgttc attatcgaca cggtaactct cgacgct
//
LOCUS       SEQF2634|AYYE01001184.1 2780 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2780
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(941..1981)
                     /locus_tag="SEQF2634_01727"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDVKSISGINHHYPLGMHIDMQVQLYDILQPVAPAKILLDAAD
                     LPAWKSDIDKEKESVREPSAYAETKYLKEKDKKRDEIVTSLFQEIRMAARSMVEDRQK
                     AGHRLCLIVDAYKGLQSENIANKTGHVTGLLLDLGKPEATADLTTLGLATTVPMLKNI
                     NDEFVTLRTQRLKAEAEDTQTAGTDLRAKNDATATKIFRHIEAAYIAAASDEDRKLVG
                     DLIDRINTVLSYTKTHYSQSLALKRLAAERRKQPKDPKKPKKPKKGTDPEIRLPDDGK
                     PKTPETPKKPEGGGGGSGKHPEGGGGGTGGGGKHPEGGSGGTGGGGKPSEGGGGGTGG
                     SGGGPEIHLPEE"
ORIGIN      
        1 tccctgaaga gcagatagcg ctgaccccga tcgtagaaga gccgcatttg gtgttcatta
       61 tcgacacggt aactctcgac gctcagcagt gcctcgcgat aggtgcgaat gcgatctggc
      121 atgagctgtt tgtcctctac attgagcttg atgtggatgc tgtcccctct ccaggtatag
      181 ctgccattga cgtaatggcc atagaggaag ccttcgcgcc agatctccaa ggcatagctg
      241 atcgagtcga tgggcgtgac agtggtgtcg ccgacacggc cgaggccggc gaggtaccat
      301 ttgcctaaca aggcagagtc gacggccgtg gtgtcgggct tcggcgctgg ccgtggcggg
      361 acgtccggtt cgtgtgtgca ggctgcccag acgatggaca gcaacagggc gagtagccct
      421 aaacgtgcag tagttttcat atctgtgtgt gtttgagaag tgagacgtct atgtggttaa
      481 gatgaagggg gaggggaaag tgctgcatca tgcaggccat agaaattaat gaaatgttta
      541 gcgaactaca gcaccccagt ggttctcatt tttcatccgt cagggtaggg gcgtattgaa
      601 tacgccctcc tgacgtcccc gacaagggga cgaatgcaga tacccggtta tatcgacggc
      661 tatttcacga caaccatccg ggccctatcg tgcccgattg gagggcgtat gcaatacgcc
      721 cctaccctga cggtcgaaaa aacacgttca ttttttgaac ccatacgttt tcagcgttac
      781 ccattcggcc gaaaaatggg gactgtgtgg gtatgatggt tgatggattg tccttgtcgg
      841 acgagtgggg ggcgaaaaac aaaccccggg cgtacctcga caggcgaggc cgttcccggg
      901 gagactagat atgaagaaaa aactaaagaa agtgcgttcc ttattcttct gggaggtgga
      961 tctcggggcc gccaccgctg ccgccggtgc ctcctccgcc gccttcggag ggcttacctc
     1021 ctccgccggt gcctccgctg ccgccctcgg gatgcttacc gccgccgcca gtgcctccac
     1081 cgccgccttc gggatgctta ccgctgccac cgccgcctcc ctctggcttc ttcggcgttt
     1141 cgggtgtctt gggtttgccg tcgtccggga gacggatctc ggggtcagtg cccttcttgg
     1201 gcttcttggg tttcttgggg tctttgggtt gtttcctccg ctcggcggcc agtcgcttga
     1261 gggcgaggct ctggctgtaa tgcgtcttgg tgtagctgag gaccgtgttg atgcgatcga
     1321 tcagatcgcc gactaacttc cgatcctcgt ctgaggcagc tgcgatgtag gcggcctcga
     1381 tgtgacggaa gatcttcgtg gccgtcgcgt cgttcttagc tcttaggtcg gtgcctgcgg
     1441 tctgagtgtc ctcggcctcg gctttgaggc gttgggtgcg cagggtgaca aactcgtcgt
     1501 tgatgttctt gagcataggc acagtggtgg cgagcccgag ggtcgtcagg tcggctgtgg
     1561 cttccggttt accgaggtcg agcagcaggc ctgtgacgtg accggtcttg ttggcgatgt
     1621 tctcgctttg cagaccttta taggcgtcta cgatcagaca gaggcggtgg cccgccttct
     1681 gcctatcctc gaccatcgag cgagctgcca tgcggatctc ctggaagagg gaggtaacga
     1741 tctcgtcacg cttcttgtct ttctctttca gatacttagt ctccgcgtaa gctgacggct
     1801 cacggacgga ctctttctct ttatcgatgt cggacttcca ggcgggaaga tcagcggcgt
     1861 ctaagaggat tttggcaggg gcgacgggct gtagtatgtc gtacagctgc acctgcatgt
     1921 caatgtgcat acccaatggg tagtgatgat tgattccaga gatggattta acgtctttca
     1981 ttctcgtatg tgatttatat atgtgaaaag tgggtctctc gacaccgcaa atatagggtg
     2041 tattttgaat tgcaactcat tgatggtaaa aaatgcgagg cgggagggct gaccgccatc
     2101 ggcctaccct tctctatacc tatatatatg gggaagcgcc cgggccctgc ccttcgtctg
     2161 acatggggtg ggggctagcc cccaccggcc cccacatgcc tatacctata tatatgggga
     2221 aaccgtccgg gccctatcat tcccgattcg ggggcgtatg caatacgccc ctaccttgcc
     2281 ggtcgattgt tttcatccga atggataggg gcgtattgca tacgccccat cagacgtccc
     2341 cgtcaagggg acgaatgtgg gtacccggtt atttcgcagg gcaatttatt gggggcattc
     2401 gggccctatc gtgcccgttt gtggggcgta tgcaatacgc ccctaccctg acggtcgatt
     2461 gttttcatcc gaaggggtag ggcgcaacag catacgcccc atcagacgtc cccgacaagg
     2521 ggacgaatgc gggtgcccgg ttatttcgca gggtgatttg ttgggggcgt ccgggccctg
     2581 ccgtgtctga ttgtggggcg tatgcaatac gcccctacgt ctccggtttc tgttttttga
     2641 ccgtcagggt agggcgcaac agcatacgcc ccattagacg tctccgacaa ggggacaaat
     2701 gcgggtgccc ggttatttcg cagggtgatt tgtttgggtc gtccgagccc tatcgtgccc
     2761 gattgtgggg cgtatgctgt
//
LOCUS       SEQF2634|AYYE01001185.1 8454 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8454
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             12..527
                     /locus_tag="SEQF2634_01728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQYGAWAEALTVKNDANLFALRQNISLLGMVRKISGRADYSDL
                     WLIVPGLILFALPYLRLDQYRHRAFRLMFLASVMLFVVLFSTGSESSGYIIALTGVAI
                     WYVGVPWRRSRWDLALLIFALLLTSFSPSDLFPRRIYHHYIIPYALKALPCVMVWLKL
                     MWEMMTRNYEE"
     CDS             563..1336
                     /gene="pgdA"
                     /locus_tag="SEQF2634_01729"
                     /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
                     PVTGFRMPRMMHVADEALLRAGYRYNSSLNPTLIPGRYNHLNQPRIWFRREGLLQLPA
                     STTPRVRFPLFWLSFHHLPPALYRRLARLTLRHDGYLLLYFHPWEFMPLQGISGLPRL
                     VTRNSGTAAVERLDRLIDDLSRRGSGFGTFTEFVDSLPK"
     CDS             1976..4813
                     /locus_tag="SEQF2634_01730"
                     /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
                     FRHAVRRECTAHYCGTLPAERVVDRTLRCFSPGPDGRIAAVAPYRRLVSYDRPRVYLY
                     HMPDVFQNIIYVYMPCQPLPTLHERHTADLFSLYFGEGMSSLMFQEIREFRSLAYYTS
                     GAYRLPPYRLSDLPTRFVAYLSTQSDKTIDALEVLDALINHMPEHPERIDSLIRTEIN
                     RVNNAYPAFRDISTRIAEFRRDGYTDDPHRALLDDIRRMTMDDITRFYQAHICGRKPV
                     YVIVGNAHRIDRRRLATFGEIVRIHHQEFYR"
     CDS             4826..5056
                     /locus_tag="SEQF2634_01731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNRNIVEIRVAIRQYKNYWWACLFGKPDIEVTGPTEENVKSQI
                     RDHLYEQQSLGQYPPKAVFEIMYVYRPPRLNH"
     CDS             5171..5872
                     /gene="yiaD"
                     /locus_tag="SEQF2634_01732"
                     /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(6513..8036)
                     /locus_tag="SEQF2634_01733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIARLGLLALLLSIVWAACTHEPDVPPRPAPKSDTTAVDSAL
                     LGKWYLLGSGWKYDMDPQPLDTVAYVLEFGGDGSLHGYAVNGSYTLKDTALRFKLHAV
                     DEQRMPDRLLTYRKKLLSVYRYTIYSDGLLRLYYDNDTKYLLFDRKEPAPPVLNQLPR
                     ALLATWRINEYRLIEDRVTRDLSNSEPIQLRFNVDTTWTLKVSSGQTTGPFRTDSWTI
                     RFNHRLKPMDRFGSPDDRRLLESLREVVWYELKGDELTLYFSEGAGFISCQKVDPEAG
                     RIDEHLCQPWKLVGFGHTADGSLRELTGADRLSNKTFLVELQINGMLYTLSSSNELYG
                     NFSMNGQSIRMNVGGGTKVGETKAGEAYVRALNAAERFELQKDGRLKLFYNQGRDYLL
                     FREGISIISSTPPAELLGKWVMADLRRYAMPPTGFKLSEQTVDFRPDGFVYITGTEPF
                     GTSLGDKLRYGYQPWGNEDNLLVGYMYFSCRIDGDELRLGRNSSVDGPVYVFKRLRK"
ORIGIN      
        1 cggaatacat cgtggggcag tatggcgcat gggctgaagc gctcacggtg aagaatgatg
       61 cgaatctctt tgcgttgcgc cagaacatct cgctgctggg catggtgcgg aagatctcgg
      121 gccgggcgga ctattctgac ttgtggctca tcgtgcccgg gctgatcctc tttgcgctgc
      181 cctatctcag gctcgaccag tatcgccacc gcgcgttccg actcatgttc ttagcatcgg
      241 tcatgctgtt cgtggtgctg ttcagcacgg gtagcgagtc cagcggatat atcattgcgc
      301 tgaccggcgt ggccatctgg tacgtcgggg tgccctggcg ccgcagccga tgggacctgg
      361 cgctgctcat ctttgccttg ctgctgacca gcttttcgcc ctcagatctg tttccgcggc
      421 gcatctatca tcattatatc ataccctacg ccctgaaggc attgccctgc gtgatggtat
      481 ggctgaagct catgtgggag atgatgacgc gtaattatga ggagtgaacc gtatggaagc
      541 cacttttagt ttttagtttg acatgatctt actcagtttt gatatcgagg agttcgacct
      601 gccgacggag tacgggctgg cgatctcatg ggaagagcag ctccgcgttt cacgtgaggg
      661 gagcggccat atactaaatg tactggcgcg ccacggtgtg cgggccacct tcttttgcac
      721 cgcgcgcttt gcggaggcgg cgccggatgt attgcgcgcc atctgcgacg gcggtcacga
      781 ggtggcctca cacggctatg cgcatagcgc cttcgaggag gccgacctca cgcggtcgcg
      841 agagatccta cggcggatgt cgggccagcc ggtcaccggc tttcgcatgc cgcgcatgat
      901 gcacgtcgcc gacgaggcac tcctgcgggc cggttaccgc tacaactcgt cgctcaaccc
      961 gaccctcatc cccggtcgtt acaaccacct caaccagccg cgcatctggt tccgccgcga
     1021 gggcctccta cagctgcccg cctccaccac gccgcgcgtg cgcttccccc tcttctggct
     1081 ctccttccac catctgcccc ccgcgctcta tcgccgcctg gctcgcctca ccctgcgcca
     1141 cgacggctac ctactcctct acttccaccc ttgggagttc atgcccctgc aaggcatatc
     1201 ggggttgccg cgactcgtca cgcgtaacag tggcaccgcc gccgtggagc gcctcgatcg
     1261 gctgatcgac gacctcagtc gccgtggctc aggcttcggc acgttcacgg agttcgtcga
     1321 cagcctaccg aaatagatcg ccactacgct cgacacgggg ttcatttaca cgtttttctg
     1381 cccgttgtct gtagacattg agatgaaata catatttcaa gcctctctgt ctacgggcaa
     1441 cgggcttatt tatgtctata tgtaggcttt gtctatagac aatgaggcta tttatatcta
     1501 tacgtaggct ttgtctgtag acaatggggt tatttatgtc tatggaaagg ctttgtctat
     1561 agacaatggg gttatttatg tctatacgta agctttgtct gtagacaatg aggctattta
     1621 tatctatgga aaggctttgt ctatggacaa aaagaggcac aacatatatg agtgctcatt
     1681 gtctatagac gatggaggtc tatatgtatt ccaacgccca ttgtccattg acagcgcatc
     1741 cgtttatgtc gggctaagcg tattgacggc ggactctccc ctacaagcgg cgagagggag
     1801 ggcatcgtca gatggatgcc taccatactt cccggagcga tcgctctcgg ccgcggatgc
     1861 tgaccttgac acgactccgg catccatgat gatggcctga aatgaaccat tcgcacggtc
     1921 atctgttgaa tgaattgaaa tgagatcaac ccctaacatc cattccgcat caatcatgaa
     1981 gcaaactgcg ccggcgctcg tatcgacgga gatcaacgaa tacattctgg acaatggcct
     2041 gacggtatgg ctcaacgaag accacagcca gccgaaggtc tttggtgctg ttgtcgtgat
     2101 ggctggatcg aaagattccc ccaacacggg catagcgcat tactttgagc atatgatgtt
     2161 taagggcact gaacagatcg gaacgacaga ctacgccgct gagaaggtcc tcctcgacgc
     2221 tatcgaagcc aaatacgagg aactggctgc aaccaagaac agcaagcgga gggaggccat
     2281 tcaaatggag atcaacgagc tcagtatccg ggccgcagat ttcgtcatcc ccaacgagtt
     2341 cgatcggctc attaccaagt acggcggatc gaagctaaat gccggtacgt cctacgatta
     2401 caccgtctat cacaacctct tctcgccgca atacttggag cagtgggccg agctcaacag
     2461 cgagcgactc atacggcccg tttttcgcat gttccaaagc gagctcgaga ccgtgtacga
     2521 ggagaaaaac cgacgtgacg acatgatcct caatcgatcc atcgagcgat tgatggagaa
     2581 gtactttcac ccacatccct atgcctaccc gatcattgga agcgcggaaa acctcaagaa
     2641 tccgcggctc tcggagatga aacgcttctt caagacctat tacgtctcct ccaacatggg
     2701 cctcattctg agcggcgact ttgactccca acgggcccta ccgatcatcg agcgcacctt
     2761 ttcacgtatc ccgcggggtg tgccagacgc agcgccgacg gtccgcatcc gcccattccg
     2821 gggccgcgag cggactacga tcaagatccc cttgccgcta ctcaaagccg tcgccttggg
     2881 ctttcgcggc gtacccgcca atcaccccga tcagccggca ctggacgtgg ccgcgggtat
     2941 cctcaacaac tccaatggca cgggctacct ggaccgccta atggtcgagc ggcgcctgat
     3001 gggggccatg atcggtggcg agtctttcaa tgaagcgggc ttcattggga tcgtggccgt
     3061 gccgcggttg tctcatacat gccgttcagc cgagcgcatg atctggagag aactcgagcg
     3121 ggttaagcaa ggggacttca cggacgagat cttcaacagt ctcaagcgtg aacagctccg
     3181 ccgccacctg accgaactcg aggatatcga ttcgcgcagc cagatcatgg tgcgtctctt
     3241 ctcccaaggc aagacctggg ccgactaccg cgaggagttg gcacgtgccg aggcgctcac
     3301 gaaagaggac gtggtgcgcg tggctaataa gtatttcggg gccaattatc tattcgtgaa
     3361 gaaaaagacc ggccgttacc ctaaggagcg gctgaagaag ccgggcttcg cacccatcgt
     3421 gcctaagcat gccgacgcaa cctcggccta cagcgactgg ctcgaccgta tgcctgtcga
     3481 ggaggtgcgg ccgcgctttg tcgactttac gcacgatgtg cagacactcc gacccgccga
     3541 cggtctcacg ctctacatca cgcccaacag ggtcaacaac atcttcaccc tcaaactgtc
     3601 ctatgcgatc ggactcaccg aggagccgcg tctgaaactc ctcaccggat acatacccct
     3661 cctcggcaca gcctccctca ccttcgacgc gctacacacc cgcctacaga cgctcggtag
     3721 tacgctcgac ctgacagccg atgagtacag cctcaccctc aagatcaccg gctttgacac
     3781 ggcatttgac gagacgctgg agttggtctc cgggttcgtg tcgggcgtga aggcggacga
     3841 cgccaagctc aaaaccttag tcgacgacgc aagggtggcc aataaggcct tcttcaaatc
     3901 gaacaatgag gtggccgagg cgctcttcga gttcgtccag tacggccccg aatcgcaatt
     3961 cctgacgcgg ccctctctgc gtgacgtgaa gcgcaccaaa gggcgcgagc tggtcgactt
     4021 gttccgacat gccgtccgac gcgagtgcac ggcccattac tgtggcacgc tgcctgccga
     4081 acgcgtagtc gatcgcaccc tccgttgctt ctctccgggc cctgacggaa ggatcgccgc
     4141 cgtggccccc tatcgacggc tcgtcagcta cgaccgcccg cgcgtttacc tctaccacat
     4201 gcctgacgtc ttccaaaaca tcatctacgt ctacatgcct tgtcagcccc tgcccaccct
     4261 ccacgagcgg cacacggccg accttttctc gttgtatttc ggagagggca tgtcgtcgct
     4321 catgtttcaa gagatccgcg agtttcgttc gctggcttac tacacctcgg gagcgtaccg
     4381 tctgccgccc taccgcctgt cggacctccc cacgcggttc gtggcctacc tatccacgca
     4441 gagcgataag acgattgacg ccctcgaagt gcttgatgcc ctcatcaacc acatgcccga
     4501 acatcccgag cgcatcgact ccctgatccg cacagagatc aatcgggtca ataatgccta
     4561 tccggccttt cgcgacatct cgacgcgcat tgccgaattc cgacgtgacg gctatacgga
     4621 cgacccccat cgggcgctct tagacgacat ccgacggatg acaatggacg acatcacccg
     4681 gttttaccaa gcccacatct gcggacgtaa gcctgtctac gtcatagtcg gaaacgcgca
     4741 ccgcatagac cggcgccgac tggccacgtt tggcgagatc gtccgcattc accatcagga
     4801 attttatcgg tagcgaaaag tccccatgcg caacagaaac atcgtcgaga tcagagtcgc
     4861 tatccggcag tacaagaact attggtgggc ttgcctgttc ggcaaaccgg acattgaagt
     4921 gaccggcccg accgaagaga acgtcaaaag tcagatccga gaccacctct acgaacagca
     4981 gtcgctcggt cagtatcccc ccaaggcggt cttcgaaatc atgtacgtct accgaccgcc
     5041 ccgactaaac cattagccct attgcctcgt ctcatggggg cctgacgggc cggggtcgtc
     5101 ggtaaaacgt cgtaccttgc gccgtctttc atagcaagtt atacatctca tattattaac
     5161 cccaaaaaca atgaacagta tgatcaaaaa ctttaaggta atggcaatgg cgctcgcctg
     5221 cgcgtcgctc ctgctgacag ggtgcggggc aagcaacacg gccaagggta cggctatcgg
     5281 tgtcggcgga ggagctgccg tcggtgcggg catcggtaag atagccggta acacggcgct
     5341 cggagccgtc attggtgctg ccgtcggtgg cgccacagga gccatcatcg gtaagaagat
     5401 ggacaaacag aagaaggaac tggagaaggt gcttccggat gataccaagg tggaagtggt
     5461 agaggaagag gggcgtgccc cggctttgcg tgtcacgttc gactcaggaa ttctcttcgc
     5521 cacaaactcc agtaccgtga gtgctgcgtc caagtccgcc ctgcgtgacc tagctcgaaa
     5581 cttagagaaa aacccagata ccgacctccg catagtcggt catacggaca atacgggtcg
     5641 agtggactac aaccagagtc tctccgaacg tcgtgccagg agtgtttacg actatctgct
     5701 ggaccaaggc gtaagcagtc gacgcatggt ctatgagggc aagggtatcc atcagcccgt
     5761 ggcgagcaat aacaccgtcg aggggcgtgc ccaaaaccgt cgtgtagagg tgctgatcag
     5821 cgccaacgag aagatggtca acgacgcgaa acgcgaggcc ggcgagcgtt aagttcgcct
     5881 gacacatacg tcgcccggaa cctccgggct acatacttca aacgacccca tcggtttttt
     5941 cagccggtgg ggtcgttttt tcgttttctg ggtcggtcag agggaccctg aaaacatcga
     6001 gggaaaaaat agggatgggt tacgtgaatt ggatatctat tttggttcaa aaaataggcc
     6061 tgttagggta attccgaaaa cgtataggtt cctatttttt gtccgtcagg gtaacgcgga
     6121 aaatgtatgg gctcaaaaaa tgatcatgtt ttttggggcc gtcagggtag gggcgtattg
     6181 aatacgcccc acaatcgggc accatagtgc ccggatagtc cccaataaat tacccaacga
     6241 cacaacaaaa aaaccacgtt cgttcccttg acgggaacgt ctgatggggc gtatgcaata
     6301 cgcccctacc tgttcggccc caaaaattga acccgtacgt tttcaccgtt accctgacgg
     6361 acgaaaaaaa tgaaccgcgg gggcgccgcg gttcaaaaaa tatggccgtt aggataacgg
     6421 ccccaaaatg tgggttcaaa aaaagatccc attaggctaa ccctaaaaac atgtgggttc
     6481 aaaaaatggg gttgtcggga ggaggggggc gatcacttcc ttagccgttt gaagacgtag
     6541 accggaccgt ctacggatga attgcgccct aaccttagct cgtcgccatc tatgcgacag
     6601 ctgaagtaca tataaccgac aaggaggttg tcctcattac cccacggctg atagccgtaa
     6661 cgcagcttgt ccccaagtga agtgccaaag ggctccgtcc ctgtgatata gacgaaccca
     6721 tccgggcgga aatccactgt ctgttcgcta agcttaaatc ctgttggggg cattgcgtag
     6781 cggcgaagat ccgccattac ccacttcccc agcagctcgg caggtggcgt ggaggagatg
     6841 atcgagatac cctcgcggaa gagtagatag tcgcgccctt ggttatagaa gagtttcagc
     6901 cgtccgtcct tctgtagttc gaaacgttcc gccgcattca gtgcccggac atatgcctcg
     6961 cccgctttgg tttcgccgac cttggtgcct ccgcctacgt tcatacggat cgattggcca
     7021 ttcatggaga agttgccata gagttcattg gaagaggaga gcgtgtacag catgccatta
     7081 atttgtaatt cgactaagaa agtcttgttg gagaggcgat ccgctccggt taactcacgc
     7141 agcgagccgt ctgcggtgtg cccaaacccg acaagtttcc acggttggca gaggtgctcg
     7201 tcgatgcgac ctgcctcagg atctactttt tggcagctga tgaagcccgc accttcactg
     7261 aaatagagtg tcagttcatc cccttttaat tcgtaccaga ccacctctct cagtgactcc
     7321 aagaggcgac ggtcgtcggg tgatccgaat ctatccatcg gcttgagtct gtggttgaag
     7381 cggatagtcc aactgtccgt gcggaagggg cccgtggtct gtccacttga gactttgagc
     7441 gtccaagtgg tatcgacgtt gaaccggagt tggatcggct cactgtttga gagatccctc
     7501 gttactctat cctcgatgag acgatattcg ttgatccgcc acgtggcgag cagtgctcgc
     7561 ggcaactgat tcagcacggg aggtgccggc tccttcctgt cgaaaagcag atatttcgtg
     7621 tcgttgtcgt aatagagccg cagtagtccg tcggagtaga tcgtgtaacg atagacgctc
     7681 agcagtttct tgcgataggt gagaaggcga tctggcatgc gctgttcgtc cacggcatgg
     7741 agcttgaatc gcaaggccgt gtccttcagc gtatagctgc cattgacagc atagccatgc
     7801 agggagccat cgcctccaaa ctccagaaca taagccacag tgtcgagggg ttgggggtcc
     7861 atatcatact tccagccgga gccaaggaga taccatttgc ctaacaaggc agagtcgacg
     7921 gccgtggtgt cggacttcgg cgctggccgt ggcgggacgt ccggttcgtg tgtacaggct
     7981 gcccagacga tggacagcaa cagggcaagg agccctaaac gtgcaatagt tttcatatca
     8041 gtatgtgttt gagaagtgaa acgtctatgt ggttaagatg aagggggtgg ggagatgctg
     8101 catagcgcag gcggtggaaa aacaatcatg tacaatcgac cgtcagggta ggggcgtatt
     8161 gaatacgccc cacaatcggg cacgatagtg cccgggcggt tgcctttggg tgattgtcgg
     8221 cagaactggg tgtttacgtt cgttcccttg acgggaacgt ctgatggggc gtatgcaata
     8281 cgcccctacc tgttcggcta aaaaaattga acccgtgcgt tttcagtgtt accctgacga
     8341 ccgaaaaaaa tgaaccgcgg gggtgccgcg gtccaaaaaa tggggttgtc ggggggaggg
     8401 ctgcgatcac ttccttagcc gtttgaagac gtacctcgga ccgtctatgt ctac
//
LOCUS       SEQF2634|AYYE01001186.1 1244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(331..780)
                     /locus_tag="SEQF2634_01734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKEEAKKEVPKYKGSPEEWFDANKVIEAGMELLKVKDYVGRVW
                     QMTKKAFTAHSTDTVKKRAFRTEFLNTIREVADAPDEVWLGRDRKDRNTHVRAVNNYI
                     MIKYYKDEAIAVIGKVERAKLMLKSWYVLRDKNVRRGLLIKKCLKTK"
     CDS             complement(774..1181)
                     /locus_tag="SEQF2634_01735"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQINVFPFWEYRTVGDDRVRQEHQALEGLTLPTDDPRWQKIMP
                     PNGWNCRCYITPRMRHEAAELDMNTMRAQCDEYLESPEWKRCETQGFGINRANEAEVF
                     TANQMYIQNFMDMPDKTIEQITPDEWGVEGSMC"
ORIGIN      
        1 ganccgctct ttttcggtct gcctggtatc cacggagatc catcgaaccc tttcaccgca
       61 aagcgctctt tgtaatactc taccgctgtc tctgacacaa tggcaggcgc agtgctcaaa
      121 atcttttccg gtaaagcctt caaatagtcc cgaaattctt ccaaatccat actctacttt
      181 cctgtttagt tgtatttttg cgctgaagtc tgcaatcacg gttaagcaat atcgncanca
      241 cntcgggnat gatggggggg ngaancgtct gtaanagcta cagcgtggat tgccgattaa
      301 tccccataca ataagccgga gcgatccggc ttattttgtt ttgaggcact ttttgatcag
      361 cagcccacgg cgcacattct tatcccttag tacataccac gattttagca tcagcttcgc
      421 tcgttcaact tttccaatca cggcgatcgc ctcatctttg tagtatttga tcattatgta
      481 attgttgact gccctcacat gggtgttcct atcttttcga tctcgaccaa gccacacttc
      541 atcaggcgca tcagcaactt cccggatggt attcaaaaac tcagtgcgga aagcccgttt
      601 ctttactgta tctgtagagt gcgcagtaaa cgccttcttt gtcatctgcc acacacggcc
      661 gacatagtct ttcaccttca atagttccat gccagcctca atgactttat tcgcatcaaa
      721 ccattcttcc ggtgatcctt tgtatttggg cacctctttt tttgcttcct cttttagcac
      781 atcgatccct caacgcccca ttcgtctggg gtgatctgct cgatcgtctt atccggcata
      841 tccatgaagt tttggatata catttgattc gctgtaaata cttcggcctc attagcccga
      901 ttgataccga atccctgcgt ctcgcaccgt ttccattcgg gcgattcaag gtattcgtcg
      961 cattgcgcgc gcattgtatt catatccaat tcggccgcct cgtgcctcat tctgggagta
     1021 atgtagcaac ggcagttcca cccgttgggt ggcataatct tttgccagcg cggatcatct
     1081 gtcggcaagg tcagcccctc caaggcttgg tgttcctgtc ggacacgatc atcgcccacg
     1141 gtacggtatt cccagaatgg gaacacgttt atttgcgcca taaggcgccg gtaggtgctt
     1201 accgattcgg ccacggatac ggccgtattg tactccgtgc gcag
//
LOCUS       SEQF2634|AYYE01001187.133157 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33157
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..690
                     /locus_tag="SEQF2634_01736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSDLKKAGAQFTITTDTTFHAVWATDANQNGIPDYLEVEITWN
                     PGLRPRAGRQWTQTIAEGPYQFTNSGFAIRGCVLIGWSNKANPVVTTQAAENSVXPFY
                     KVQETYEITGXKMKLFAVWAADANNDGIADYKGKGGNLYRAPLLRGTSEDQIDQSESQ
                     LEAASIRVWAHEGALYIESDRRARAEVYTRSGALYKRIDVAEGQTREPLAEGFYVVVI
                     DGKTHKVVVR"
     CDS             1847..7006
                     /locus_tag="SEQF2634_01737"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASPKGAKGLPETDYVELYNTTDHTISLKGWSFIYDGTVIRLPD
                     VPLAANRYAVLYRKGKSLPLGKKVLGLGFSNFPPNMSDEGKQLTLKDSSGTVIHSYTY
                     PKAKAGRSIERGEGDKWHLSSDPRGGTPGEENSVAPPVPTPKPDDPATSPDTPSEPPL
                     APSDTVKSGDIVINEVMASPKGAKGLPETDYVELYNTTSHTISLKGWSFIYDGTVIRL
                     PDVPLATNRYAVLYRKGKILPLDKKALGLGFSNFPLNMSDDGKQLTLKDSSGTVIHSY
                     TYPKAKAGRSIERGEGDKWHLSSDPRGGTPGEENLESTPDEPEKPKASPGDVLINEVM
                     ADPRGLTKLPATEYVELHNTTDHEINLEGWTFVYDKTAIPLPDVELPAGGYAVLYKAG
                     REISVADGAAEVAVKRFPANMINAGKPLALKDPSGTVIHSYTYPKAKAGRSIERGEGD
                     KWHLSTDPRGGTPGEENSEGTPDKPDKPEKPKASPGDVLINEVMADPRGLTKLPATEY
                     VELHNTTDHEINLEGWAFVYDKTSIPLPDAELPAGGYAVLYKAGREISVADGAAEVAV
                     KRFPANMINAGKPLVLKDPSGTVIHSYTYPKAKAGRSIERGEGDTWHLSSDPRGGTPG
                     EENSEGAPDKPDKPEKEKFSPGDVLINEVMADPHGLTKLPATEYVELHNTTDHEINLE
                     GWAFVYDKTSIPLPDTELPASGYAVLYKAGREISVADGAAEVALKRFPANMINAGKPL
                     ALKDPSGTVIHSYTYPKAKAGRSIERGEGDKWHLSSDPRGGTPGEENSEGATGEPEKP
                     KVSPGDVLINEVMADPRGLTKFPATEYVELHNTTDHEIDLEGWAFVYDKTAISLPDAE
                     LPAGGYAVLYKAGREISVADGAAEVAVKRFPANMVNAGKPLALKDPSGTVIHSYTYPK
                     AKAGRSIERGEGDKWHLSTDPRGGTPGEENSEGAPDKPDKPEKPKASPGDVLINEVMA
                     DPRGLTKLPATEYVELHNTTDHEIDLEDWAFVYDKTSIPLPDAELPAGGYAVLYKAGR
                     EISVADGAAEVAVKRFPANMINAGRPLALKDPSGTVIHSYTYPKAKAGRSIERGEGDK
                     WHLSSDPRGGTPGEENSEGAPDKPDEPEKPKASPGDVLINEVMADPHGLTKLPATEYV
                     ELHNTTDHEINLEGWAFVYDKTSIPLPDAELPAGGYAVLYKAGREISVADGAAEVAVK
                     RFPANMINAGKPLALKDPSGTVIHSYTYPKAKDGRSIERGEGDKWHLSSDPRGGTPGE
                     ENSEGVPDKPDEPEKPKASPGDVLINEVMADPRGLTKLPATEYVELHNTTDHEMNLEG
                     WAFVYDKTSIPLPDAELSAGGYAVLYKAGREISVADGAAEVAVKRFPANMINAGKPLA
                     LKDPSGTVIHSYTYPKAKAGRSIERGEGDTWHLSSDPRGGTPGEENSEGAPDKPDEPD
                     EPNKPNEPDATEQVEPREIILNEILFDPQPRGSEYIELYNRSDRTLSTHGLAIALRKS
                     DGHLGTRHSLTSLATTLAPGDYLVLTSDPNGVTSLFRTPALDAIRRFKLPALNNQGAT
                     IVLLRTADSTVVDEVTYSAKWHSSAVKIRRGVALERISPDGSSQEAANWTSASSETGY
                     GTPGYKNSQSGTSSQIEEGATISEPEYNASTRDYLIRYRMDKPDYRCQMAVYSGNGQK
                     VAVIANNQLLTPEGEIRWDGAGLTPGVYIFYVELYHPDGSSQHIRKPLLVH"
     tRNA            complement(7409..7483)
                     /locus_tag="SEQF2634_01738"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(ggc)"
     CDS             7559..7873
                     /locus_tag="SEQF2634_01739"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVFYTTFHFSNQTYKDGLNYLRTTLLPAIGQHPEFHTLRLQRI
                     LHEVEDSNGRSVSMQFCVPDEAALHRWLEASGDELLQAVAKRYGTEVAYFSTLLEELA
                     LQ"
     CDS             7870..8448
                     /gene="ruvC"
                     /locus_tag="SEQF2634_01740"
                     /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
                     CHYMQTTRPMPEKAYTGWKDFIAKNPGKVRGL"
     CDS             complement(8466..9800)
                     /gene="gdhB"
                     /locus_tag="SEQF2634_01741"
                     /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="MKTEEILSSLEAKHPGEKEYLQAVKEVLTSIEGVYNEHPEFEKA
                     KIIERLVEPDRIFTFRVPWVDDQGEVHVNLGYRVQFNNAIGPYKGGLRFHPSVNLSIL
                     KFLGFEQTFKNALTTLPMGGGKGGADFVFRGRSDAEVMRFCQSFMLELWRNIGPDTDV
                     PAGDIGVGAREVGYLYGMYKKLAREHTGTLTGKGMEFGGSILRPEATGFGGLYFVNQM
                     LREHGHDIKGKTVAVSGFGNVAWGAVTKATELGAKVVTISGPDGYIYDPAGVSGEKIN
                     YMLELRASGNDIVAPYADKFKEATFTAGKRPWEQKVDIALPCATQNELNADDARALIN
                     NKTLCVAEISNMGCTAEAVDLFLENQQLFAPGKAVNAGGVATSGLEMTQNAMHLSWTA
                     AEVDERLHQIMSSIHEQCVVHGREGKYINYVKGANIAGFMKVARAMMAQGIV"
     CDS             complement(10115..10468)
                     /gene="arnE"
                     /locus_tag="SEQF2634_01742"
                     /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
                     NWQFSASGIAMGSASLLWFYILRHHNLSLAYPLLSISYIFGLLASILILHEPVPPVRW
                     LGVLLIMSGVALLTR"
     CDS             complement(10462..11505)
                     /locus_tag="SEQF2634_01743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIPIYIRSARQISAQTPLTDDWFDSPILHRDVAAVRSLDPNFS
                     EHIPPLVARRLCTLLRRAVVLSRLTLREADLEQPDAIISGTGLGCIQNTERFLHAIRQ
                     EGEQCLQPTAFMQSTHNIISSTIAIDLKCHAYNTTYVHRGTSFENALLDTLLRLRSGN
                     IRNALVGGFDELTDDYLQFFRRTGRWQFTPDGFAGEAAVSFLIDGQQDAHTLCRLDDL
                     RLLYRPTLDALRDALHDLLTANSCSLGDIDAVLIGLNTNPDNDTVYLDTAAQLYPATP
                     LIRYKHLFGESFSASALAHYVAATCLRRGHIPSHLRLDSAAASLPVRRILIHNHSMNK
                     THTLTLLSALSAC"
     CDS             complement(11541..12743)
                     /gene="fabF_2"
                     /locus_tag="SEQF2634_01744"
                     /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="MKKEIYVTGAGIVSALGLGKDANLRALINQQSGVQPIQFLETAH
                     RHLPAGEVKHSNDALCEQLGIPPAEAFIRSSLLAIPAVQEALEQARIGELAPTARVAL
                     LSGITVGGMDKAEQYYDDFLQNDSRNAYIELNDCGACTEQIADFFGSRFTLVSTIVTA
                     CSSSANALMQGAELLRSGRADVVVAGGCECLSRYHVNGFNTLKILDPDVCRPFDRDRA
                     GINLGEGAGYVVLETAEHARARGVRPIGRLSGAANACDAYHPTASSPDGLGPYLVMQQ
                     AVQDAGLTPDDIDYINAHGTGTPNNDLTEGLAAMRLFGDRVPPIASVKAYTGHTTSAA
                     GSIEAIIALLAIEHQFLPINLHFRTPIPEHNFRPLTDPQPTRPVRHILSNSFGFGGND
                     TALVLSAV"
     CDS             complement(13079..13282)
                     /locus_tag="SEQF2634_01745"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPNSLSDACYQTAPSKRSAQPLHRQTGTCLLKHKFEAYQAGAC
                     LLNCKYDTYQTGTCLLNYKYEGY"
     CDS             complement(13429..15084)
                     /locus_tag="SEQF2634_01746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQALQTLRDKPSVRWTALILLAMAMFFSYIFMDILSPLKDLLE
                     TDRHWDSTAFGTYAGSETFLNVFIFFLIIAGIILDKMGVRFTALLSGVVMVAGATINW
                     YAVTESFMGSSLEAWFTAHLNYIPLLDELGVSPFYHGMPASAKFASVGFMIFGCGVEM
                     AGITVSRGIVKWFKGKEMALAMGSEMALARLGVATCMIFSPVIARMSTPPDVSRSVAF
                     GVILLLIALIMFVAYFFMDRKLDAETGEAEEADEPFKIKDLGRILSDGGFWLVALLCV
                     LYYSAIFPFQKYAVNMLQCNITFNPPAEGSFWASSTVAYVQYVVMLIIAITAFTSNFS
                     RGAMKHILLVASIASLLVFCYMAYCRQSAESIFAVFPLLAVGITPILGKYVDNKGKAA
                     SMLMLGSILLIICHLTFAFVLPQFKGSPVGGVVLAFATILVLGSSFSLVPASLWPSVP
                     KLVDSKVIGSAYALIFWIQNIGLWLFPLLIGKVLKASNPEVEQALASGQLTPTEAAVS
                     YNYTNALLMLAMLGVAALVLGILLKAVDKKHHLGLEEPNIKPQ"
     CDS             complement(15150..16454)
                     /gene="fpgS"
                     /locus_tag="SEQF2634_01747"
                     /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="MNYAETLQYLYVRTPAFHRVGAGAYKPGLERSRALDDALGRPSA
                     AYPIIHVAGTNGKGSVSHLLAATLQAHGLRTGLYTSPHLIDFSERIRVDGQPIPQQRV
                     VDFVAENAHLIDRLEPSFFELTTAMAFDHFRRCEVDIAVIETGLGGRLDSTNIVTPFL
                     SIITNVSLDHTQYLGDTLAQIAAEKAGIIKPGVPVVVGEVDDKAVRRVIADKGDECDT
                     PIFWAEEEDVLRRVRPLPDGRWEFESTEFGTLIGELGGSFQVANARTVLTALNIFFHP
                     VLRKILPEAVRQGFAHVVEMTGLAGRWQTIAHRPTIICDSGHNVGAWTRLRPLLDETA
                     KRHARLHMVVGMSSDKDIATVLRLMPPRATYYFTQADTDRALSADELARLGAEARLTG
                     KAYATVPEAIRAAQAAATTDDMIFVGGSHFVLADALPLFPHN"
     CDS             16609..17097
                     /locus_tag="SEQF2634_01748"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASIYRKSASRRLAWLRFTVYRLRAGLHGLVEVFASSTQACMAL
                     SKSSPASSRLAWPRRSLRQLQAGLYGPVEVFASVKQACRASSKSSPASSRLAGPRRSL
                     RQRQTGLLRFTVNQPHRISRISSRVRTVNCGLRLPGSGRPAGLYQRASIPERRAPAMS
                     AA"
     CDS             complement(16959..17669)
                     /gene="yjjG_2"
                     /locus_tag="SEQF2634_01749"
                     /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
                     ERTTRHTTLIPGATELLEHVSRSYRLFVLSNGFHEVQSLKMERAGIARYFRGLILSER
                     VGARKPNPVFFDYALHHTRTRRTEVLMIGDSYAADIAGALRSGIDALWYNPAGLPLPG
                     NLSPQFTVRTLDEIREIL"
     CDS             complement(17666..18538)
                     /gene="smc"
                     /locus_tag="SEQF2634_01750"
                     /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             complement(18555..19268)
                     /gene="rsmI_2"
                     /locus_tag="SEQF2634_01751"
                     /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
                     PHRLRKTLDQLSEVLGPERRLSVSREISKRFEETIRGRVDEIIPHFTVNDPRGEFVIV
                     VAGADETSEDRHPSTVSST"
     CDS             complement(19268..20014)
                     /gene="fhaB"
                     /locus_tag="SEQF2634_01752"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12255"
                     /codon_start=1
                     /transl_table=11
                     /product="Filamentous hemagglutinin"
                     /translation="MSNQERLDQLIQHIDELAQLTASIRGTEIYPVSFFSHAFELTGK
                     MQVDLHEMEIGQIELFDRQLRQHREQIRAFETKARPAFEAPTPEQASPTPPPAPQADE
                     EEPIMRPTPMPAPVPEPQPYPAPTPEPTPVQSQTPQAPANTTPKPTPIPVPKMAPAPL
                     SHADTSLNDAIERTKLTDLRKAFTLNDRFRFCRELFDRDEARMNDTLSALNEAHSYSE
                     SLDLLRARVQWDFDGETATDFLKFIERRFV"
     CDS             20203..20544
                     /locus_tag="SEQF2634_01753"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKFEILLMDEAKDFISSLPQAAAYKIYYNMKRIASGERNSELF
                     KKLEGAEIWEFRTLYNKTNYRIFAFWDTANNTLIVATHGIVKKTQKTPSKEIAKAEAI
                     RMEYFKNKSAL"
     CDS             20684..20827
                     /locus_tag="SEQF2634_01754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVKRAQISRLERGLSVSIPTLGRAFKALGITSGTLDLGLAGKV
                     VLW"
     CDS             20880..21464
                     /gene="flr_2"
                     /locus_tag="SEQF2634_01755"
                     /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
                     ILFDPFQSGYYAIGEKVGQAWKSGAVISKRDANA"
     CDS             21461..22984
                     /gene="pepD_2"
                     /locus_tag="SEQF2634_01756"
                     /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="MKQTEASVVHTPQGLRFIYIHHKNYSVMTNEELKQGGAYPSECT
                     TVIVGSRMTADGSMILARSEDWNMSFAKNLEIYEDREEGPKEFVAQDSGFRCELPREA
                     LGYTALAPCHLRGSWGSAGYNTAGVGMSATESIFSSEKALAVDPLVKDGLAENSVFNI
                     VLPYIRTAREGVSRLGSLIEQYGISEGFGIGFVDESEIWYLETASGHRWLACRMPEDM
                     YFVTGNQSRFRTYDPNDKANYMASADLIEFAEKHGLYDPATGPFDFHTAYIRDVKLDT
                     TYNYPRVWGLQAMFSPAIENDVTKNTFPVFAKAEHPLSLDDLRRAFRFHYQGTEHDPY
                     LHNNPKEKYRPVSIFRTTQTHILHVRPELPQAIGRVDYMAMGMAVLGVFLPLYQGITS
                     YPEAYTKGGLRSDADSAYWKFRKVQTLGMVNYNRYAPLIQETYARWEAETTQRQREME
                     AQYLAVYETQPIHARELLQAFSDKMLQSALDVTDRLIEELFTRLAEDIQAEYRFAGA"
     CDS             complement(23071..24315)
                     /locus_tag="SEQF2634_01757"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLYILRPAAWLILLLTVVTPSVWAQINEQVFTTDTTRPSDDLH
                     RLSLEFDNLSFFRNVESATLAAKGYTLPGFWLQVRAAYRPAERVTVEAGLHTLWFWGA
                     NRYPAFAYNDIAVWRGESSCHHVHLLPFFRARAALSPQVDIILGDLYGGANHRLIEPL
                     YNPELHLSADPEAGLQILYHPRHAQLDVWLNWESFIYKLDTHQEAFTFGLSSRLHITP
                     PDVPLHLYALAQGLAQHRGGEIDTISGDQAVQTMLNGALGAGLEWHIRRGVLRRLALE
                     YSLTGYYQHAGNLWPVKRGYGRYLDLRADLSPSFYLRAAYWQCDGFVSLFGHPYFGVI
                     STYLDGAVYRRPQMLRFGAEYTRHFSRDCSLGIDFDAFHRLAAPITDPAGRYDFEGPR
                     FSYSFGVYLRFRPTFPLKGSAR"
     CDS             complement(25084..25656)
                     /gene="pnuC"
                     /locus_tag="SEQF2634_01758"
                     /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="MFNDAIEIVAAGIMLLYLWLEYRASIWLWPVGVVIPAFYIYIYY
                     VNKFYADMGVNVYYLFASAYGWYRWQRGRGRETSEVEVAIRRTPRGTWLRLVSAYVLL
                     QAVLYLVLSRFTDSPVPWGDAFTTALSILAMWMLAQKYLEQWGVWMVVNAVSAALYFW
                     KGMTPTAVTYVVYTIVPIFGYVRWRRMMAD"
     CDS             complement(25702..27906)
                     /locus_tag="SEQF2634_01759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKIFYVVAGLLIVSGRMSITAQQAVVDTTNVYELNEVVVSAVQ
                     ARRETPVAFRNVSAAELRENNTGQSLPYLFTQTPSVVVTSDGGNGVGYVSMRVRGTDA
                     GRINFTVDGVPVNDSESHGVFWVNMPDFASSVESIQIQRGAGTSTNGAAAFGATVAMQ
                     TQRPRLEPYFEASSAAGSFGTFAHTVRGGTGLIGNHFVFDARYSNVQTDGYIERARAN
                     MSSYYASAAYYNGGTMLKFQTFGSSEVSYQAWNGVDSARLRTNRRYNSCGEYKEGGVT
                     RFYDNQTDNYWQHHYHLLATQRLTDALNLNVTLHYTDGRGYYEDYKAGAKYAAYKLPN
                     YTGADGKEQKRTDLVRRKWLQNDFYGALARLTYTHDRLQAVWGASINNYAGDHFGRVI
                     WMKTVEAMPRPDYEYYRSRGEKLDYNTFLKASYRLSNALSAYADLQYRGINYSITGTD
                     DKAGDIDVHRTFSFFNPKAGLSYERGGNHAYASFAVAHREPNRKNFTENGPTAQPTYE
                     TLYDYEAGYEYTGRAFHLGANLYYMDYDNQLVLTGKISEIGEALTSNIKDSYRMGVEL
                     SGGVRLAPWLDWSGNVTLSSNKIRNFTEYVNTYQGGKELPQTVNELGTTDIAFSPNLT
                     FGSTFDVRWRGFTAALMSSYVGRQYLDNTSALERSIDPYFVSDLRVGYAFHPSFMKEI
                     ALDVSVRNLFNAEYESGGYIYDTFINDGKRVNQLNYFAQATRNFMARLTLKF"
     CDS             28756..30411
                     /gene="putC"
                     /locus_tag="SEQF2634_01760"
                     /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
                     LVIGGQEIRTGQTDKVVMPHDHRHVLATYHKASEKEVQMAIDAAMKAHHDWSMLPWEE
                     RAMVMLRAAELFATKYRYLLNAAVMLGQSKNPFQAEIDAPCELIDFLRYSAFYAGQIY
                     ADQPYSEKGIINRLEYRALEGFVFSLTPFNFTSIASNLNMAPAMMGNVAVWKPSTTAI
                     YSNYLLMKVFKEAGLPDGVVNFIPGQGSTVGRVILSSPDFAGFHFTGSTNTFNTLWCQ
                     MGENLKKYKSYPKVVGETGGKNFIFAHPSAPAEDVAAAIVRGAFEYQGQKCSAGSRAY
                     LPKSLWKEIKERVGEMLKEIKMGDVQDFTNFINAVIDEASFDNIMGYINYAREASDAE
                     ILFGGRGDKSTGYFIEPTVIQTTNPTFKTMTEEIFGPVITIYVYDDAKYEETLDVCDR
                     TSPYGLTGSIFACDRYAIETAFRKLRYAAGNFYVNDKPTGAVIAQQPFGGSRASGTND
                     KAGGPLNLIRWTNPRCIKETFVPPVHYGYPFLGFAVQSRGASA"
     CDS             30359..32905
                     /locus_tag="SEQF2634_01761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIRSSASLFRVAGQVREITGTVKCATGSLPGALVTVTTEADDH
                     VLAYAVADAEGHFALKVAEAAQGSRFIHARMMGYTAQKVLLTPDRSEYAFVLAEASVM
                     LKEVKVRATPISGAGDTTRYLASSFARENDITLADVIKRMPGFNISADGRIKYAGREI
                     SNFYIDGSDMMTGNYTTAIRSIKHDDVGRVEVIEHHQPIKLFEDLLFSDQTAVNVTLK
                     EKAKNRWVGVVEAGGGVPRLWQVDASAMRFAQKVKTMNTYKGNNTGRDVVGGGTSGGG
                     SAREVIALPSADNPYLERSRTLFNRSHRLSLNNQWDMGRSFALTPCMELFGAETESDA
                     AETRRYYLDDGQTRELTTRQSGRRRLHGASPSVRLEANTRRMYLSNVLTSDIRRSSGH
                     TDAVGTYSNVADGQMDGTYLRNDLYVLFRRGRRVVGIKSAIEWSRLPQRLDIRRAEAE
                     MGERIGASAFRAQTSTSQMIGFGRATISLEEGFSYDQSAFQSDLWGVIPSDSARNDFC
                     YRTASLSVTPSLNIGLTAWNFGLSIPADFRHSDYIDRLADRSYIDRRLHLSPTASVVR
                     IFGRYVTTSLSGSWQSQPEDPSAFFSAPLVASYPYLQTGTTAYSRAEMTTVSAMIRYK
                     NILHGLFGNLICTRMWQHSRLMPTQDFGEIYITSGFVYHPHLDLSDYVAASLSYMIPA
                     IRGGVTLNGSFSSSQSQLVQSGHLRRFTSSIRQLALHVYASPRSWLDLDYTADLSDYI
                     YRPDHADRQTTRTLHQQLSATLTPLSALSFTASGHHYFHTLAGSGKHICLLDARVAWR
                     LSRLFTFRLAAQNLLDYRTFAYTSYTGLMATEQTYRLRPFTLLLTVLTTF"
ORIGIN      
        1 gatgtgccga gcgatttgaa gaaagccggt gctcaattca cgatcacaac tgacaccaca
       61 ttccatgctg tatgggctac agatgccaac cagaatggta tacctgacta tctcgaagta
      121 gagatcacat ggaatcctgg tcttcgacct cgagcaggta gacagtggac gcagacgata
      181 gctgaaggac cgtaccagtt taccaacagc ggttttgcaa tacgtggttg tgtgttgatc
      241 gggtggtcta ataaagccaa tccggtggtg acgactcaag ctgcagagaa tagcgtgagn
      301 ccgttctaca aggttcaaga gacctacgag attacgggtn gcaagatgaa gctctttgcc
      361 gtatgggcag cagacgcgaa caacgacggc attgctgact acaaaggcaa aggcggcaat
      421 ttgtaccgcg ctccgttgtt aagaggcacg tctgaggatc agatagatca gtcagagtcc
      481 cagcttgaag ctgcttctat ccgcgtatgg gctcacgagg gcgcgctcta tatcgagtcc
      541 gaccgtcgtg cacgtgcaga ggtctacacc cgtagtggtg cattgtacaa gcgtatcgac
      601 gtagccgaag ggcagacacg cgaaccgctc gccgagggct tctatgtggt agtcatcgac
      661 ggcaagacgc acaaagtggt agtacggtaa gcagatcatc tgctacggcc cccccccgat
      721 tgaatgaatg gggtcggaat aagtgaagaa gcgggcatgc ctattcgagg cgtgcccgct
      781 tttcttgtct atgaacccca atacaaggaa gtgaggggag aagtagggtg accgcatcaa
      841 aaatgttggt gggcctgagg tatacgcctg gttttgctct cgacacccct ccggaacgta
      901 tgttcgacga agggatggac tttcttattc caataggatg tttccgatag agcgctgtag
      961 cggctaaagt gcttttggaa atgcttgcaa cggtgttgca aacgccagac agtttttcga
     1021 agcacttgca gcgtctctgc aaacgccaaa aagtttttcg aagcatttgc agcgttcctg
     1081 caaagtccaa aaagtttttc gtggcatttg cagcattgct gcaaatgcca aaaagttttt
     1141 cgtggcactt gcagcatttc tgcagagacc aaaaagtttt tcggagcatt tgcagcattc
     1201 ctgcagaggc caaaaagttt ttcgtgacac ttgcagcatt cctacaatca tttccaaaag
     1261 ctatttagcc gtcgcgtggc tttcagacat gctctctgct ggcctttttc ttacatcgaa
     1321 ctccgcagct ctccagttca ctttccccta tgcatttgac ctctgttaac tgatggagaa
     1381 ctctgaggaa ctatggtttt tgacacggct tccttgactg aaaagcacgt cgtttggcac
     1441 taaaatgggc tatggaaata gaatcttgcc gtgcttgggt cgcttttaat aagtggggca
     1501 agcctcactt cagggatatg cgacgtcttc tgttgatggt ttccgttgta atcatttgct
     1561 ttgcgagagc aattttcatc gacaaaccat catgaaaaca atagagacaa ccaaagatca
     1621 aagagaacag acagcgagaa cttccctgtt tttatcgttt gagactcggc gagcgaatcg
     1681 acagagtcac acacaccgtt ttaactccgg caagttgctt accggaactc ttcattctca
     1741 acgcccactt ctgttcaccc ttctactcct attattcatc agccatctgt gtgcatcggc
     1801 cacgccagct ccagcccatc ccggcgacat agtgatcaac gaggttatgg cctcgccgaa
     1861 gggagccaaa ggattaccgg agacggatta cgtggagctg tacaacacaa cggatcacac
     1921 gatctcactc aagggctgga gttttatcta tgacgggact gtgatccgcc tgcctgatgt
     1981 gccccttgct gcaaatcgtt acgccgtgct ttatcgcaag gggaaaagtc tgccgttggg
     2041 taaaaaggtg ttgggattgg ggtttagcaa cttccctccc aatatgtctg acgagggaaa
     2101 acagctgacc ttgaaagatt catcgggtac agtgatccat agctacactt atccgaaagc
     2161 caaggctggc cgatctatcg agcgcggtga aggcgacaag tggcatctct catccgatcc
     2221 gcgtggcggc acaccgggcg aagagaactc tgtggcgccg cctgttccca cgcctaagcc
     2281 ggacgatccg gctacgtcgc cagatacacc gtcagaacca cccttagcgc cttccgatac
     2341 ggtcaagtcc ggcgacatag tgatcaacga ggttatggcc tcgccgaagg gagccaaagg
     2401 attaccggag acggattacg tggagctgta caacacaacg agtcacacga tctcactcaa
     2461 gggctggagt tttatctatg acgggactgt gatccgcttg cctgacgtac cgcttgctac
     2521 aaaccgttac gccgtgcttt atcgcaaggg gaaaattctg ccgttggata aaaaggcgtt
     2581 gggattgggg tttagcaact tcccgctcaa tatgtctgac gatggcaaac agctgacctt
     2641 gaaagattca tcgggcacgg tgatccatag ctacacctat ccgaaagcca aggctggccg
     2701 atctatcgag cgcggcgaag gcgataagtg gcatctctcg tccgatccgc gtggcggtac
     2761 accgggcgaa gagaacttgg agagtacacc tgacgaacct gaaaaaccaa aggcatcccc
     2821 aggtgatgtg ctcattaatg aagtgatggc tgacccgcgt ggattgacaa agctccctgc
     2881 cacagagtac gtggagctgc ataacacgac cgatcacgag attaacctcg aaggctggac
     2941 gttcgtgtat gacaagactg ctattccgct ccccgatgtc gaactcccag ctggcggtta
     3001 tgccgtgttg tataaagcgg ggcgtgagat cagtgtggct gacggtgcag cggaggtcgc
     3061 ggtgaagcgt ttccccgcca atatgatcaa cgcgggtaag ccgttggcct tgaaagatcc
     3121 atcgggcacg gtgatccata gctacactta cccgaaagcc aaggccggcc gatccatcga
     3181 gcgcggtgaa ggcgataagt ggcatctctc gaccgatccg cgtggtggta caccgggcga
     3241 agagaactcg gagggtacgc ctgacaagcc agacaaacct gaaaagccaa aggcgtcccc
     3301 cggtgacgtg ctgatcaatg aagtgatggc tgacccgcgc ggactgacga agctccctgc
     3361 cacggagtac gtggagctgc ataacacgac cgatcatgag attaacctcg aaggctgggc
     3421 ctttgtgtat gacaagacat caatcccgct ccccgacgct gaactccctg ctggcggtta
     3481 tgctgtgttg tataaagcgg ggcgtgagat cagtgtggct gacggtgctg cggaggtagc
     3541 ggtgaagcgc ttcccggcca atatgattaa cgcgggtaag ccattggtct tgaaagatcc
     3601 atctgggacg gtgatccata gctacactta tccgaaagcc aaggctggcc gttccatcga
     3661 gcgcggtgaa ggcgatacgt ggcatctctc gtccgatccg cgtggcggta cacctggcga
     3721 ggagaactca gagggtgcgc cggacaagcc tgacaaaccg gagaaggaaa agttttcccc
     3781 cggtgatgtc ctgatcaatg aagtgatggc tgacccgcac ggattgacaa agctccctgc
     3841 tacggagtac gtggagctgc ataacacgac cgatcacgag ataaacctcg aaggctgggc
     3901 ctttgtgtat gacaagacgt ctatcccgct ccccgacact gaactcccgg ctagcggtta
     3961 tgccgtattg tataaagcgg ggcgtgaaat cagtgtggct gacggtgctg cggaggtagc
     4021 gttgaagcgc ttcccggcca atatgatcaa cgcgggtaag ccgttggcct tgaaagatcc
     4081 atcgggtacg gtgatccata gctacaccta tccgaaagct aaagcaggcc gatccatcga
     4141 gcgcggtgaa ggcgacaagt ggcatctctc gtccgatccg cgtggcggca caccgggcga
     4201 ggaaaactcg gagggtgcga ctggagaacc tgaaaagcca aaggtatccc ccggtgacgt
     4261 gcttatcaat gaagtgatgg ctgacccacg cggactgacg aagttccctg ctacggagta
     4321 cgtggagctg cataacacga ccgatcacga gatcgacctc gaaggctggg cctttgtgta
     4381 tgacaagaca gctatttcgc tccccgacgc cgaactccct gctggcggtt acgctgtctt
     4441 gtataaagcg gggcgtgaga tcagtgtggc tgacggtgca gcggaggtcg cggtgaagcg
     4501 ctttccggcc aatatggtca acgcgggtaa gccattggcc ctaaaagatc cgtctggtac
     4561 ggtgatccat agctatacct acccgaaagc caaggccggc cgatccatcg agcgcggtga
     4621 aggcgataag tggcatctct cgactgatcc acgtggcggt acaccgggcg aggaaaactc
     4681 agagggtgca cctgacaagc cagacaaacc cgaaaagcca aaggcatccc ccggcgatgt
     4741 gctcattaat gaagtgatgg ctgacccacg cggactgacg aagctccctg ctacggagta
     4801 cgtggagctg cataacacga ccgatcatga gatcgacctt gaagactggg ccttcgtgta
     4861 tgacaagaca tctatcccgc tccccgacgc tgaactccct gctggtggtt atgccgtgtt
     4921 gtataaagcg gggcgcgaga tcagcgtggc tgacggtgca gcggaggtag cggtgaagcg
     4981 cttcccagcc aacatgatta acgcgggtag gccgttggcc ttgaaagatc catctgggac
     5041 ggtgattcat agctacacct atccgaaagc taaggcaggc cgatccatcg agcgtggcga
     5101 gggcgataag tggcatctct cgtccgatcc gcgtggcggc acaccgggcg aggaaaattc
     5161 ggagggtgcg cctgacaagc cagacgaacc cgaaaagcca aaggcgtccc ctggtgatgt
     5221 cttgattaat gaagtgatgg ctgacccgca cggactgacg aagctccctg ccacagagta
     5281 cgtggagctg cataacacga ccgatcacga gataaacctc gaaggctggg cctttgtgta
     5341 tgacaagaca tcaatcccgc ttcccgacgc cgagctccca gctggcggtt atgccgtgtt
     5401 gtataaagcg gggcgtgaga tcagtgtggc agacggtgca gcggaggtag cggtgaagcg
     5461 cttcccggcc aacatgatca acgcgggtaa gccgttggcc ttgaaagatc catctgggac
     5521 ggtgatccat agctacactt acccgaaagc caaggatggc cgatccatcg agcgtggtga
     5581 gggtgataag tggcatctct cgtccgatcc gcgtggcggt acaccgggcg aagagaactc
     5641 ggagggtgtg cctgacaaac cagacgaacc agaaaagcca aaagcatccc ccggtgatgt
     5701 gctgatcaat gaagtgatgg ctgacccgcg cggactgacg aagctccctg ctacggagta
     5761 cgtggagttg cataacacga ccgatcacga gatgaacctc gaaggctggg cctttgtgta
     5821 tgacaagacg tctattccgc tccccgatgc cgaactttcg gctgggggtt atgccgtgtt
     5881 gtataaagcg gggcgtgaga tcagtgtggc tgacggtgct gcggaggtag cggtgaagcg
     5941 tttcccggcc aacatgatca acgcgggtaa gccgttggcc ttgaaagatc catctgggac
     6001 ggtgatccat agctacacct acccgaaagc caaggctggc cgatccattg agcgcggtga
     6061 aggcgatacg tggcatctct cgtccgatcc gcgtggcggc acaccgggcg aggaaaactc
     6121 agagggtgcg cctgacaaac cggatgaacc ggatgaaccc aataagccga atgaaccgga
     6181 cgctacggag caagtggagc cgagggagat catcctcaac gaaatactct tcgacccgca
     6241 gccgcgcggt agcgagtata ttgagctata caaccgatct gaccggacgc tgtcaaccca
     6301 tggactggcc attgcactcc gcaaaagtga tggacacctt ggcacgcgtc actcgctcac
     6361 ctcgcttgcc acgaccctcg caccgggtga ctacctcgtt ctaacgtccg atcccaacgg
     6421 agtgaccagc ctcttccgta cgcctgccct cgacgccatc cgccgattca agctgcctgc
     6481 gctgaacaat cagggagcta cgatcgtcct gctccggacg gccgacagca ccgtggtcga
     6541 tgaggtgacc tattccgcga agtggcatag tagcgcagtt aaaatccgga ggggtgtggc
     6601 gctggagcgt atcagcccgg atggcagctc acaagaggcc gctaactgga catcggccag
     6661 ctctgaaacg ggttatggta cgccgggcta taagaactca cagtccggaa cgtcgtcaca
     6721 aatcgaggag ggtgcgacga tcagtgagcc ggaatacaat gcctccacac gcgactacct
     6781 gattcgctac cggatggaca agcccgacta tcgatgccag atggcagtct attcgggtaa
     6841 cggccaaaag gtggctgtaa tcgccaacaa tcagctgctg acccccgaag gagagatccg
     6901 ctgggatggt gcgggcctca ctcctggcgt ctatatcttc tatgtcgagc tctatcatcc
     6961 cgacggcagc agccagcata tcaggaagcc ccttctggta cattaactcc tatcggtcat
     7021 aagggaagta cccctgaggg tttcgccctt ggacggtcgt cggagttctg aaccctgagg
     7081 gttttgccct cggacggtcg tcggagccct gaaccctgag ggtttttccc tcggacggtc
     7141 gtcggagctc tgaaccctga gggttttgcc cttggacggt cgtcggagct ctgaaccctg
     7201 agggttttgc cctcggacgg tcgtcggagc tctgaaccct gagggttttg cccttggacg
     7261 gtcgtcggag ctgtgaaccc taagggtttg gccttcggac ggtcgtcgga tcataagcgt
     7321 aggcccatac gaaaagcgcc cggccttaca tcttgcgtgt aaagtcgggc gccacctttt
     7381 tgtgtaagct attgttggaa taattcgcgt ggagcatagc ggactcgaac cgctcacctc
     7441 gacactgcca gtgtcgcgct ctagccagat gagctaatgc cccttcggtt aagacggcgc
     7501 aaatatagat ctttccttca gacgccctaa ttttgatcca aaattcattc gaatagatat
     7561 gcttgttttc tacaccacgt tccatttctc aaaccagacc tataaggatg gactgaacta
     7621 tttgcgaacg acccttttgc ctgccatcgg gcagcaccca gagttccaca cgctgcgttt
     7681 gcagcgcatt ctgcacgagg tcgaggacag caacggccga tccgtatcca tgcagttttg
     7741 tgtcccagac gaagccgcgt tgcatcgttg gttagaggcc tccggcgacg aattgctgca
     7801 ggccgtcgca aagcgatatg gcacagaggt ggcctatttc tccacccttt tggaggagtt
     7861 ggcgctgcaa tgaaacttcc ggaacagact gcggagcgcg tcatcatcgg catcgacccg
     7921 ggcacagtcg tgatgggcta cggcgtgctc atcgtccggg gacgcacgac ggccttagtg
     7981 acgatggggg tactaaagct cgaccgctac gagaatcatt atctccgcct gcaccgcatc
     8041 tatcagaaag tgctcgccct gatggacgag tatcaccccg acgagatggc gatcgaggca
     8101 cccttctttg ggaagaatgt acagagtatg ctcaagctcg ggcgtgcgca gggtgcggct
     8161 atcgcggcgg ccctgaatcg cgagatcccc atctttgaat acgccccgct gaagatcaaa
     8221 atggctatca ccggcaatgg tcaggcgtcc aaggagcaag tggcaggcat gctgcagcgc
     8281 atcctacaca tccccgaggc cgacatgctc ccccagctgg acgctacgga tggcctcgcc
     8341 gccgcctatt gccactatat gcaaaccacc cggcccatgc ctgaaaaagc atacaccggg
     8401 tggaaagatt tcatcgccaa gaatccgggt aaagtccgcg gattataggc gggagactga
     8461 caggcttaga caataccttg cgccatcatt gcgcgggcta ccttcatgaa gccggcgatg
     8521 ttggcaccct ttacatagtt gatgtatttg ccttcacgtc cgtgaacaac gcactgttcg
     8581 tggatgctgc tcatgatctg gtgcagacgt tcgtctactt cagcagccgt ccaagagagg
     8641 tgcatagcgt tctgtgtcat ttcgaggcca gaggtagcta cgccaccggc attgacagcc
     8701 ttacccggcg caaacagctg ctggttctcc aggaacaggt cgacagcctc agcggtgcat
     8761 cccatgttag agatctcggc tacgcagagc gtcttgttgt tgatcaaggc gcgagcgtcg
     8821 tcagcgttga gctcgttctg ggtagcgcaa ggcagcgcga tgtctacctt ctgctcccac
     8881 ggacgtttgc ctgcggtgaa agtagcttcc ttgaacttgt cagcgtacgg agccacgata
     8941 tcgttacccg atgcgcggag ctccagcata tagttgatct tctcacccga aacgccagcc
     9001 ggatcgtaga tatatccgtc aggaccggag atggtaacca ccttcgcgcc cagctcagta
     9061 gccttcgtta cggcacccca agccacgtta ccaaagcctg aaacggctac ggtcttgccc
     9121 ttgatgtcgt gtccgtgctc gcggagcatc tggttgacga aatagagacc gccgaagccc
     9181 gtagcttccg gacggaggat cgatccgccg aactccatgc ccttgccggt gagtgttccg
     9241 gtgtgttcgc gggcgagctt cttatacatg ccgtagagat agcctacttc acgtgcgcca
     9301 acgccgatgt caccagcggg gacgtcggtg tcggggccaa tattacgcca gagctcgagc
     9361 atgaacgact gacagaatcg catgacttca gcgtcgctac gtccgcggaa tacgaagtct
     9421 gcaccgccct tgccgccacc catggggagg gtggtaagag cgtttttgaa ggtctgctcg
     9481 aagccgagga acttgaggat agagagattc acggatggat ggaagcggag gccacctttg
     9541 tacgggccga tcgcgttgtt gaattggaca cggtaaccca agtttacgtg cacttcgcct
     9601 tggtcgtcga cccagggcac acggaaagtg aagatgcgat cgggctcgac aaggcgctcg
     9661 atgattttcg ctttctcaaa ctctggatgc tcgttgtaga cgccctcaat agaggtgagt
     9721 acttctttca cggcctgcag gtattccttt tcaccaggat gcttggcctc taatgatgac
     9781 agaatttctt cggttttcat gtttatatgt tttttaaacg tgcacaaatg taagcccttt
     9841 ccaacaacgc caaaatcttt ctcgagaaat gtgtcgaaag cgctgtcgtt gtgtttttgg
     9901 gggtgagtta gagtgttgag atggaggtct ttgtgtttgt catgtttttt cgggatgcat
     9961 ggcctgattc gtgggtgaat gcctgaatca gggtcatgat gtggcctttt gaggcctatg
    10021 tcggagggta gggaagggga acgatgacta aagacgtgct atccatgagg cgcgctcgtg
    10081 tgatggaatc gtccgaggag gcttcgaggc ggccttagcg ggtgaggagg gcgacgccgg
    10141 acatgatcag gaggacgccc aaccaacgga cgggggggac aggctcgtga agaatgagga
    10201 tggaagcgag gaggccgaag atgtagctga tgctgagcag cgggtaggcc aaggagaggt
    10261 tatggtggcg aaggatgtag aaccagagca gagaggcgga gcccatggca atccccgagg
    10321 cagagaattg ccagttgaaa agggcgctgc ggaagaaggc ccacgtccag gagaagggta
    10381 gcattttggt gagggcaaac ttgaggaagg tctgtccgga gacgagaagg atggactgga
    10441 gggtggaaag gatgagtagt cttagcatgc ggaaagagcg gaaagaaggg tgagggtgtg
    10501 ggttttattc atcgagtgat tgtggatgag gatgcggcgg acggggaggg acgcggcggc
    10561 ggagtcgagg cggaggtgcg acgggatgtg gccacggcgg aggcaggtgg ccgcgacgta
    10621 gtgggcgagg gcggacgcgg agaaggattc gccgaagagg tgtttgtagc ggatgagggg
    10681 cgtcgcgggg tagagctggg cggcggtgtc gaggtagacc gtgtcgttat cggggttggt
    10741 gttgaggccg atgaggacgg cgtcgatgtc acctaacgag cagctgttgg cggtgaggag
    10801 atcgtggagg gcgtcgcgga gggcgtcgag cgtggggcga tagaggaggc ggaggtcgtc
    10861 gaggcggcag agggtgtggg cgtcttgttg gccgtcgatg aggaagctaa cggcggcttc
    10921 gccggcgaaa ccgtcggggg tgaattgcca gcgaccggta cgacgaaaga actggagata
    10981 gtcgtcggtg agttcgtcga agccgcccac gagcgcgttg cggatgttac ccgaacggag
    11041 cctcaggagg gtgtcgagga gggcgttctc gaaggaggtt ccgcggtgga cgtaggtcgt
    11101 gttgtaggcg tggcacttga ggtcgatggc gatggtggag ctgatgatgt tgtgcgtgga
    11161 ctgcatgaag gccgtgggct gaaggcattg ctcgccctcc tggcgaatgg cgtggaggaa
    11221 acgctcggtg ttttggatgc acccaaggcc tgtgccgctg atgatggcgt cgggttgctc
    11281 gaggtcggcc tcgcggaggg taaggcgaga gaggacgacg gcacggcgca gcagggtgca
    11341 gaggcggcgg gcgacgagtg gcgggatgtg ctccgaaaag ttggggtcaa ggctgcgaac
    11401 ggccgcgacg tcgcggtgca ggatggggct gtcaaaccag tcgtcggtga ggggcgtctg
    11461 ggcggagatc tgtcgggcgg agcgtatata tataggtata ggcatataga gggtagaggg
    11521 tagagagtag agggtagtta ttagacggcg gagaggacga gcgcggtgtc gttgccgccg
    11581 aagccgaagg agttggagag gatgtggcga acggggcgcg tgggctgcgg gtcagtgagg
    11641 ggccggaaat tgtgctccgg aatgggggtc cggaagtgga ggttgatggg gaggaattga
    11701 tgctcgatgg ccaggagcgc gatgatggct tcgatgctgc cggccgcgct ggtggtgtga
    11761 cccgtgtagg ccttgacgga ggcgatgggc gggacgcggt cgccgaaaag acgcatggcc
    11821 gcgaggccct cggtgaggtc attgttgggt gtgccggtgc cgtgcgcatt gatgtaatcg
    11881 atgtcgtcgg gggtgagccc ggcgtcctga acggcttgct gcatgaccag atagggaccg
    11941 aggccgtcgg gcgaggaggc cgttgggtgg taggcatcgc aggcgttggc cgcgccggag
    12001 agtcggccga tggggcggac accacgcgct cgggcgtgct cggccgtttc gaggaccacg
    12061 taccctgccc cttcgccgag attgatgccg gcgcggtcgc gatcgaaggg tcggcagacg
    12121 tccggatcga ggattttgag ggtattgaag ccgttgacgt ggtaacgcga gaggcattcg
    12181 cagcccccgg ccacaaccac atcggcgcgc cccgagcgaa gaagctcagc gccctgcatg
    12241 agcgcgttgg ccgatgagga gcaggcggtg acgatggtcg acacgagcgt gaagcggctg
    12301 ccgaaaaagt cagcaatctg ctcggtgcat gcgccgcaat cgttcagttc gatgtaggcg
    12361 ttgcgggagt cgttctggag aaaatcgtcg taatactgct cggccttgtc catgcccccg
    12421 acggtgatgc cggagagcag cgcgacgcgt gccgtcggtg ccagctcgcc gatccgggcc
    12481 tgctcgagcg cctcctgcac ggcgggaatg gccaggaggg aggagcggat gaaggcctcc
    12541 gcgggcggga tgccgagctg ttcgcagagg gcgtcgttgc tgtgcttgac ttcgcccgcg
    12601 ggcaggtggc ggtgtgcagt ctcgaggaac tggatgggct ggacacccga ttgttggttg
    12661 atcagtgcgc gcaaattggc gtctttgccg agtccgaggg cggagacgat gccggctccg
    12721 gtgacataaa tttctttctt cattctgttt cgtgctgtca gcccatccgt ttgtttgtgg
    12781 ggggaacttg ctgcggacgg ggaaaagcgc ggcaaagaaa gggcaaaagg gtcaagcgac
    12841 gggtgcgggg gcagatcgca gctctcggct ttgccttgcg gcgagggttc tgggggcgtt
    12901 cagggggcta atcagttttg cgcagtgtgc gctgggtgtt tagggcgcct gtttaataag
    12961 catcgggtct gtaatttagc agacaggcgc ctgtttgata agcatcatac ttgtaattta
    13021 tcagacaggt acctgtttga taagcctcaa acttgtactt taatagacgg gtgcctgttt
    13081 aataaccctc atacttgtaa tttagtagac aggtacctgt ttgataagta tcatacttgc
    13141 aatttagcag acaggcacct gcttgataag cctcgaactt gtgctttaat aaacaggtgc
    13201 ctgtttgcct gtggagaggc tgcgcggagc gtttcgaggg ggctgtttga tagcaggcat
    13261 cagagagcga gttgggcaac atcgcggatg gctcgctacc ggtcgcctct atggggaagg
    13321 gggtgcttgt tggggaaaga caaggctgcg cgcataaaga aagtcccccg aacgcagggt
    13381 agagatcctg agcgtccggg ggacttttca cgttttcaag tcggccgatt attgcggctt
    13441 gatgtttggc tcctcgaggc cgaggtggtg tttcttgtcg accgccttga gcaggatgcc
    13501 gagcacgagg gccgccacac cgagcatggc aagcatgagc agcgcgttgg tgtagttgta
    13561 cgacacggcg gcttccgtcg gcgtgagttg gcccgaggcc agggcttgtt ctacctctgg
    13621 gttggaggct ttgagcactt tgccgatgag cagcgggaag agccagaggc cgatgttctg
    13681 tatccagaag atgagcgcgt aagccgagcc gatcactttg ctatcaacca gcttcggcac
    13741 gctgggccac agcgacgcgg gcacgagcga gaacgacgag ccgagcacca ggatggtggc
    13801 gaaggccagc acgacgccgc ctacggggct gcccttgaac tgcggcagga cgaaggcgaa
    13861 cgtgaggtga cagatgatga gcaggatcga tccgagcatt agcatcgagg cggccttgcc
    13921 tttgttgtcg acgtatttgc cgaggatggg cgtgatgccg acggccagga gcgggaagac
    13981 ggcaaagatg gattcggccg actggcggca gtaggccatg tagcagaaga caagcagcga
    14041 agcgatggag gcgaccagca ggatgtgctt catcgcgccc cggctgaagt tgctcgtgaa
    14101 ggcggtgatg gcgatgatga gcatgacgac gtattgcacg taagccaccg tgctggaggc
    14161 ccagaagctg ccttcggccg gcgggttgaa ggtgatgtta cactggagca tgttcacggc
    14221 gtacttctgg aaggggaaga tggccgaata gtagagcaca cagagcaggg ccacgagcca
    14281 gaatccaccg tcggagagga tgcggccgag gtctttgatc ttgaacggct cgtcggcttc
    14341 ttcggcctcg cccgtctcgg cgtcgagctt gcgatccatg aagaagtagg cgacgaacat
    14401 gatcagggcg atgagcagca ggatcacgcc gaaggctacg gaacgcgaca cgtcgggcgg
    14461 tgtggacatg cgggcgatga cgggcgagaa gatcatacag gtggctacgc cgaggcgcgc
    14521 cagggccatc tctgatccca tcgccaaagc catctcttta cccttaaacc acttcacaat
    14581 accgcgcgaa acggtgatgc cggccatctc tacgccgcaa ccgaagatca tgaaaccgac
    14641 ggaggcaaac ttggccgagg cgggcatgcc gtgatagaag ggcgagacgc ccagctcgtc
    14701 gagcagtggg atgtagttga ggtgggccgt gaaccaagcc tcgagcgagg agcccatgaa
    14761 ggattccgtg acggcgtacc agttgatggt ggcgccggct accatcacca cgccggagag
    14821 gagcgccgtg aagcgcacgc ccatcttgtc gaggatgata ccggcgatga tgaggaagaa
    14881 gatgaagacg ttgaggaagg tttcggagcc ggcgtaggtg ccgaaggcgg tcgagtccca
    14941 atgccgatcg gtttcgagta ggtctttcag cggcgaaagg atgtccatga agatgtagga
    15001 gaagaacatc gccatagcca gcaggatgag tgccgtccag cgtaccgacg gcttgtctct
    15061 gagggtttgt aatgcttgtg tcattgttgt gtatgagtag ttagtaataa tctattgtag
    15121 gggcggatca gcggggctga tgcgtcgggt cagttgtggg ggaacagggg gagggcgtcg
    15181 gccaggacga agtggctgcc gccgacgaag atcatgtcgt ccgtcgtggc cgcggcctgt
    15241 gccgcgcgga tggcctcggg gacggtggcg taagccttgc ccgtgagtct ggcttcggcg
    15301 ccgagtcggg ccagctcgtc ggccgagagg gcgcggtcgg tgtcggcttg ggtgaagtaa
    15361 tacgtggcgc gtgggggcat gaggcggagc acggtggcga tgtccttatc gctgctcatg
    15421 cccacgacca tatgcaggcg ggcgtgccgt ttggccgtct cgtcaaggag cgggcggagg
    15481 cgggtccatg cgccgacgtt gtgccccgaa tcgcagatga tggtcgggcg gtgggcgatg
    15541 gtctgccagc gacctgccag cccggtcatc tcgaccacat gggcgaatcc ctggcggaca
    15601 gcctcgggca agatctttct tagtacagga tggaagaaga tgttcagcgc cgtgagcacc
    15661 gtgcgcgcgt tggccacttg gaaagatccg cccagctcgc cgatgagtgt gccaaactcg
    15721 gtcgattcaa actcccaacg cccgtcgggc aatgggcgga ccctccgcag cacgtcttcc
    15781 tcttcggccc aaaagatggg cgtgtcgcac tcgtcgccct tgtctgcaat tacacggcgt
    15841 acagccttgt cgtcgacttc acccaccacg acgggcacgc cgggcttgat gatgcccgcc
    15901 ttttcagctg cgatctgtgc gagcgtgtcg ccgaggtatt gcgtgtggtc gaggctgacg
    15961 ttggtgataa tactgaggaa gggagtgacg atgttcgtgc tgtccagacg gccgccgagg
    16021 cctgtctcga tgacggcgat gtccacctcg cagcggcgga aatggtcgaa ggccatggcc
    16081 gtggtcagct cgaagaagga gggctccagg cggtcgatga ggtgtgcgtt ttcggccacg
    16141 aagtccacca cgcgctgctg cgggatgggc tggccgtcga cgcggatgcg ctcgctgaag
    16201 tctattaaat gcggggaggt atagagtcct gtgcggaggc cgtgcgcctg gagcgtggcg
    16261 gccaggaggt gggagacgga gcctttgccg ttggtgccgg ccacgtgaat gatggggtag
    16321 gctgcggagg gtcgccccag tgcgtcgtcg agtgcccgac tgcgttccag cccgggcttg
    16381 taggcgcccg ccccgacgcg atggaaggcg ggcgtccgta catagagata ttgaagggtt
    16441 tctgcgtaat tcatacgtcg ccgaattgtt tagcggcgta aaagtagaag atgttttaag
    16501 ggaacatcta aaatctaacc atagacagcc ttcggaaata cattatttcc atccgacgca
    16561 ggtttttggg gcctcgatat acagtatatc agccccgcgc aggcttgcat ggcctcgatt
    16621 taccgtaaat cagcctcgcg caggcttgca tggcttcgat ttaccgtata tcggctccgc
    16681 gcaggcttgc atggcctcgt cgaagtcttc gccagctcca cgcaggcttg catggccctg
    16741 tcgaagtctt cgccagcgtc aagcaggctt gcatggcccc gtcgaagtct tcgccagctc
    16801 caagcaggct tgtatggccc cgtcgaagtc ttcgccagcg tcaagcaggc ttgcagggcc
    16861 tcgtcgaagt cttcgccagc gtcaagcagg cttgcagggc ctcgtcgaag tcttcgccag
    16921 cgtcaaacag gcttgcttcg atttaccgta aatcagcctc acaggatttc ccggatctcg
    16981 tcgagggtgc ggacggtgaa ctgtgggctg aggttgccgg ggagcggtag gccggcgggg
    17041 ttgtaccaga gggcgtcgat accggagcgg agggcgccgg cgatgtcggc tgcgtagctg
    17101 tcgccgatca tgagcacctc cgtacgacgc gtccgggtgt gatggagggc gtaatcgaaa
    17161 aagacggggt tgggcttgcg ggcaccgacc cgctcggaga ggatcagccc acggaagtag
    17221 cgggctatcc cagcgcgctc catcttcagg ctttgcacct cgtgaaagcc gttggagagg
    17281 acgaagaggc ggtacgaacg gctgacgtgc tcgagcagct ccgtggcgcc ggggatgagc
    17341 gtcgtgtggc gtgtggtgcg ctcgttgagg tcacggttga ggcgcatggc caggcgggtg
    17401 tcacggatgc ccatcggacg gagcacatgc agcatgcgct cttgcagcag ggtccggcgg
    17461 tcgatctcct ggttctgata gcgctcccag agtcgctcgt tatagggaag gtagagggca
    17521 taaaaagcct cgaaggaggc aaaatgtcga tcgaattgat agtcgacaaa aagctcttcg
    17581 aggcattttt tattgtcgtg gatggtgtcc cacaacgtgt tgtccaagtc gataaacaag
    17641 gacgtgtagc ggcgctcggg gctggtcatc cgacctccac gacgaggtac ttgctcatgc
    17701 tccagaacga tttagcgttg acgatctcga gcgtcaggtt gccctcggcg tccttgacga
    17761 agcgatacga gttctccggg tggctggagc gtacggtagc cttgcgggcg tagagcggga
    17821 tggaggtcac ctcgcgggtg tcgatggaga tgaagtagtc ctcgttgaag ttctccttcg
    17881 ccattttgga cttcgagaag agtccgccgc cggtcaggat gttctgatcc ttgagctcct
    17941 tcttcgtgcc gaagcaatag taggcgcggt ggagctgctt atcctgctcg ttgatcttct
    18001 tggtttgctc ggcgctggtg gcgttgaggg tctccacgtt ctggttgagg ttggccacga
    18061 tgtcgtccag ctccttgata cggatgtcct tcttggccag ctcctcttgc aggctggcta
    18121 tcatctcggc cttctcgttg agctccttgg agatgcggtc gatggtcttc tgcaaggccg
    18181 acgactggat gttgctcttc ttcagtttct cctgcagggc gttgagctgc tcgcggttgt
    18241 tcttgagcgt ctcggcgatg agcttcatgt tgttcctgat ctgctccttc ttgttggcgt
    18301 tcatctcgcc gctggtgggt tcgatcttga ggtactgctc ggcgtccttg atggactgga
    18361 tgtcggtctg gatgtcattc agggtggaga gcatctcgtt cagctcttcg gtgctcttgg
    18421 ccttgtcagc cttcaactct tcattctcgc tcttcagctt ctgatactct gaagagttct
    18481 ctacgcagga ggccgtcagc agggccgtgc tcaggaggaa taatacgatc cttttcattg
    18541 ttacaatatg gtttttaagt agatgaaact gtggatggat gccggtcttc agacgtctcg
    18601 tccgcgccgg ccaccactat aacaaactct ccccgcggat cgttcacggt gaagtgcgga
    18661 attatttcgt ccacccgtcc gcggatggtc tcctcgaacc gtttcgagat ctcgcgcgag
    18721 acggacaggc gacgctccgg gccgagcact tcggagagct gatcgagtgt cttgcggagt
    18781 cggtgaggcg actcgtagag gatcaccgtg cgacgctcct cgcgcagtgc ctccaggcgt
    18841 gtccgcctac ccttcttggg cggcaggaac ccctcgaagc agaagcgatc cgtcggcaaa
    18901 ccagacacca ccaaggctgg cacaaaggcc gtggcgcccg gcaggcactc cacctccacg
    18961 ccagccgcca cacaggcccg gacgagcagg aagccggggt cggagatggc cggtgtgccg
    19021 gcgtccgata cgagtgccat gtgctcaccg gcctgcatac gctccacgag ctcctctgcc
    19081 gtgcgatgct cattgaaggc gtggtgcgac tggaggcggt tctgtatctc ataatgacgg
    19141 agcaggacga gcgtcgtgcg cgtatcctcg gccaggatca ggtcggcctc acggagcaca
    19201 cgcacggcac ggtaggtcat gtcctccagg ttccccaccg gcgtggggac gatcgtgagc
    19261 ttacccatca gacgaagcgt cgctcgatga acttgaggaa gtccgtggcc gtctcgccgt
    19321 caaagtccca ctggacacgg gcgcggagca ggtcgaggga ttcgctgtag gagtgggcct
    19381 cgttgagcgc gctcagcgtg tcgttcatgc gagcctcgtc gcggtcgaag agctcgcggc
    19441 agaagcggaa gcggtcgttc agcgtgaagg ctttgcggag gtcggtcagc ttcgtgcgct
    19501 cgatagcgtc gttgagcgat gtgtccgcgt gcgagagcgg ggccggggcc attttgggca
    19561 cagggatggg cgtcggcttg ggagtggtgt ttgcgggcgc ctgcggagtt tggctttgta
    19621 cgggggtagg ctcgggtgtg ggtgcagggt acggttgagg ctcgggcacc ggtgcaggca
    19681 tgggtgtggg ccgcatgatc ggctcctctt cgtcagcttg tggcgctggc ggaggtgtgg
    19741 gcgaggcctg ctctggagtg ggggcctcga aggcgggacg tgccttagtc tcgaaggcac
    19801 ggatctgttc gcgatgctgg cggagttgcc ggtcgaagag ctcgatttgc ccgatctcca
    19861 tctcgtgcag gtcgacctgc atcttgcccg tcaactcgaa ggcgtggctg aagaaagaga
    19921 ccggatagat ctccgtgccg cgaatgctgg ccgtcagctg tgccagctcg tcgatatgtt
    19981 ggatcagttg atccagtcgt tcttggttgc tcataagtct atcgttcgga ggatgatgtg
    20041 taactataaa gaatgcccat tggagctgtg tctttgggcg gacaaaagta ggcatagccc
    20101 ccaccccgac cacttttcga ggtttgcaga gctgcgcgtc aagggaaaac gaggcgccaa
    20161 tacgggctat acctactttt gcgtcgtaaa gacgtatggg aaatgcgcaa attcgagatt
    20221 ctattgatgg acgaagcaaa ggatttcata tccagcctcc cccaagctgc tgcatacaag
    20281 atttattaca acatgaagcg catagccagt ggggagcgta acagcgaact gttcaaaaag
    20341 ctggaaggag cggagatctg ggaatttcgc acactctaca acaagacgaa ctaccgaata
    20401 ttcgcctttt gggatacggc gaataacacg ctcatagtag ctactcacgg tatcgtaaag
    20461 aagacacaga agacaccttc gaaagaaata gcgaaggctg aagcaatcag aatggagtat
    20521 ttcaaaaaca aatccgcctt atgacacaaa tgaattttac caccttggac gacgcgctgg
    20581 acgaacactt cggcaagcgg ctgtaaacgc ttaccgcata ggggaagcca tacgcaacga
    20641 gcggctgaag cagaacctca cacaggaaca attgggcgaa cggatgggcg taaaaagggc
    20701 gcagatatcc cgcctggaac gcggcctgag cgtttccatc ccgacgttag gacgtgcatt
    20761 caaggcctta ggtatcactt ctggcacgct cgatctgggc ttagctggga aagtagtgct
    20821 gtggtaagtt ctcgccttac atttggggca cttatcatca gagaaaggag aacgaaacaa
    20881 tgaagatcaa tttgggggtg aagccctacc tctttcctat gcctgtgttg atgatcgcca
    20941 cgtacggcga ggacgaccgg gtgaacgtaa tgaacatggc ttggggcggt atctgcgacg
    21001 acaacaaggt ggcgctcaac attagtgaca cgcacaagac ggccgacaat ctgcgggcgc
    21061 ggcgtgcctt taccatcagc gtggccaacc aggatcactt ggaagcggcc gactacttcg
    21121 gtatggtcac gggcaacaag gtgccggaca agttcgagcg cacggggttg catgctgtgc
    21181 ggagcgaacg ggtggacgca cctgtggtga cggagtttcc gctgaccatc gagtgccgcg
    21241 tggtggacat gaaaacgacg gacggcacga tgcgcgtggt cggcgagatc gtcaacgtgc
    21301 tggccgatga gaccgtgctc gacgagcggg gacgtgtcga cccaacgcgc cttaacgcca
    21361 tcctcttcga tcccttccaa agcggctact acgccatcgg agaaaaagtg gggcaggcct
    21421 ggaagagcgg cgcggtgatc tcaaagaggg acgcgaacgc atgaaacaaa cggaggcttc
    21481 tgtggtgcat acgccgcagg gcctccgatt catttatata caccataaaa actacagcgt
    21541 aatgacaaac gaagaattga agcaaggcgg agcttatccg tcagagtgta cgaccgtgat
    21601 cgtaggcagt cgcatgacgg ccgatgggtc gatgatcttg gcccggtcgg aggattggaa
    21661 catgtccttc gccaagaatc tggagatcta tgaggaccgc gaagaggggc cgaaggagtt
    21721 tgtggcccag gatagcggct tccgctgcga attgcctcgc gaggcgttgg gttacaccgc
    21781 gctcgcgccc tgtcacctgc gtggcagctg gggtagcgct gggtataaca cggcgggcgt
    21841 gggtatgagc gccacggaga gcatcttcag cagtgagaag gcgctggctg ttgacccact
    21901 ggtgaaggac ggtctggctg agaactcggt cttcaacatc gtcctgccct acatccgtac
    21961 ggcacgcgag ggcgtcagcc gtttgggcag cctgatcgag cagtatggca tctctgaggg
    22021 cttcggcatc ggcttcgtgg acgagagcga gatatggtac ctcgagacgg cttcgggcca
    22081 ccggtggctg gcctgccgca tgcccgagga tatgtatttc gtgaccggca atcagagccg
    22141 cttccgcacc tatgacccga acgacaaggc caactatatg gcttcggccg acctcatcga
    22201 gttcgccgag aagcacggcc tctacgaccc cgccacgggc cccttcgact tccacacggc
    22261 ttacatccgc gacgtgaagc tggatacgac ctacaactat ccgcgcgtct ggggacttca
    22321 ggccatgttc agccccgcga tcgagaacga cgtgacgaag aacaccttcc ccgtctttgc
    22381 caaggccgag cacccgcttt ccttagacga tctgcgccgc gccttccgat tccactatca
    22441 gggcacggag cacgacccct acctgcacaa caacccgaag gaaaagtatc gccccgtctc
    22501 catcttccgc accacgcaga cgcatatcct gcacgtgcgg ccggagctgc cgcaggccat
    22561 cggccgggtg gactatatgg cgatgggcat ggccgtgctg ggcgtctttc tgccgctcta
    22621 tcagggtatc acttcctacc ccgaggcgta cacgaagggc gggctccggt cggatgctga
    22681 ttcggcctat tggaagttcc gcaaggtgca gacgctgggc atggtgaact ataaccgata
    22741 cgccccgctg attcaggaga cctatgcccg ctgggaggcc gagacgacgc agcgccagcg
    22801 tgagatggag gcgcaatacc tggccgtcta tgagacgcag cccatccacg cccgcgagtt
    22861 gctgcaagcc ttctcggaca agatgctcca gtcggccctc gacgtgacgg atcgcctcat
    22921 tgaggagctc tttacccgct tggccgagga catccaagcc gagtatcgct tcgctggcgc
    22981 gtgatggagc cgctgagccg cgagtagctc atcgataagc acggggggca cggacgcaag
    23041 gtctgtgccc cccttctttt tcgtgtcacg tcaccgcgcg gagcccttca gcgggaaagt
    23101 ggggcggaaa cggaggtaga cgccgaagga gtagctgaag cgtgggccct cgaagtcgta
    23161 acggccggcg gggtcagtga tcggcgcagc gaggcgatgg aaggcgtcga agtcgatgcc
    23221 taacgaacag tcgcggctga agtggcgcgt gtattcggcc ccgaagcgga gcatctgcgg
    23281 gcggcgatag acggcgccgt cgagataggt ggagatgacg ccgaagtagg ggtgaccgaa
    23341 gagcgacacg aagccgtcgc actgccagta ggcggcgcgg aggtagaacg agggtgagag
    23401 atcggcgcgg aggtcgaggt agcggccgta gccccgcttg acgggccaga ggttgccggc
    23461 gtgttggtaa taacccgtga gggagtattc gagcgccagt cggcggagca caccgcgtcg
    23521 gatgtgccac tcgaggcccg ccccaagggc gccgttgagc atcgtttgca cagcctgatc
    23581 gccactgatg gtgtctatct cgccaccgcg atgctgcgcc aggccctgcg ccagagcgta
    23641 gagatggagc ggaacgtcgg gcggggtgat gtggaggcgg gaggagagcc cgaaggtgaa
    23701 ggcctcctgg tgagtgtcga gtttatagat gaagctctcc cagttgagcc agacgtcgag
    23761 ctgggcgtgg cgcgggtggt agaggatctg gaggcccgcc tcggggtcgg ccgagaggtg
    23821 cagctcgggg ttgtagagcg gctcaatgag gcgatggttg gcaccgccgt agaggtcgcc
    23881 caggatgata tccacttggg gcgagagggc ggcgcgggcg cggaagaagg gcagcagatg
    23941 gacgtggtgg cacgacgatt cgccgcgcca gaccgcgatg tcattatagg caaaggcagg
    24001 gtatcggttg gccccccaga accaaagtgt gtgcagaccg gcctcgaccg tcacccgctc
    24061 cgccggccga taggcagccc ggacttggag ccaaaagccg ggcagggtgt accccttggc
    24121 ggccagggtg gcgctctcca cattgcggaa gaagctgagg ttgtcgaact cgagcgagag
    24181 tcggtgcagg tcgtccgacg ggcgtgtggt gtcggtcgtg aagacttgtt cgttgatttg
    24241 ggcccagacg gacggcgtga cgaccgtcag cagcaggatc agccaggcgg ctgggcgcag
    24301 gatgtataga cgcataaaat cgaatagggg cgatgatttt tcgggcggca aacatagggc
    24361 gccgtggaac taaaatctaa cggtgaagag cgaaaggcta aaaaacggag ccgcgcaggg
    24421 tggcggcgtg ctaaaggcgg cgcctttttc accgcgcacc caagaactgt gaaaaacaga
    24481 ccgccttttt gaccgcgcac ccaagaactg tgaaaaacag accgcctttt tcaccgcgca
    24541 ggcaagaact gtgaaaaacg ggccgccttt ttcaccgcgc agcgaggaat ggtgccaacg
    24601 gcggcgcctt tttgaccgcg cagtgaggaa tggtgctaac ggcgccgcct ttttcaccgc
    24661 gcagcgagga atggtgctaa cggcggcgcc tttttcaccg cgcagcgagg aatggtgcta
    24721 acggcggcgc cgttttgacc gcgcaccccg tcggcctccg aaacgggccg ccttttgcag
    24781 gccaacaccc cgtcgggccc caaaacagac cgccttttat aggccaacac cccgtcggcc
    24841 tccaaaacag tccgcctttt gcaggccaac accccgtcgg gccccaaaac aggccgcctt
    24901 ttgcaggcca acaccccgtc gggccccaaa acaggccgcc ttttataggc caacaccccg
    24961 taggcctcga aaacagtccg ccttttgcag gccaacaccc cgtcggcctc gaaaacagtc
    25021 cgccttttgc gggccaacac cccgtcgggc ttcaaaaagc aggctctctg cctcggttcg
    25081 gtttcagtcc gccatcatcc gccgccaccg cacgtacccg aagatgggca cgatggtgta
    25141 gacgacatag gtgacggccg tcggcgtcat gcccttccag aaatagagcg cggccgagac
    25201 ggcgttgacc accatccaga cgccccactg ctcgaggtat ttctgcgcca gcatccacat
    25261 cgccaggata cttagcgccg tcgtgaaggc gtcgccccag ggcacggggc tgtccgtgaa
    25321 gcgcgagagc acgaggtaga gcaccgcctg cagcaggacg taggccgaca cgagccggag
    25381 ccacgtcccg cgtggtgtcc gacggatcgc cacctccacc tccgaggtct cacggccgcg
    25441 gccgcgctgc cagcgatacc agccgtaggc gctggcgaag aggtagtaga cgttgacgcc
    25501 catatcggcg tagaacttat tgacgtaata aatatagatg tagaaggcag ggatcaccac
    25561 gcccaccggc caaagccaga tactggctcg gtattcgagc cagaggtaga gcagcatgat
    25621 ccccgccgct acgatctcga ttgcgtcgtt gaacatagag ggtagagggt agagggtgga
    25681 gggtagaggg tagatggggg gttagaattt cagcgtcagc cgcgccatga agttgcgggt
    25741 ggcttgggcg aagtagttca gctggttcac acgctttccg tcattgataa atgtgtcata
    25801 gatgtagccg cccgactcat actcggcgtt gaagagattg cggacgctga cgtcgagggc
    25861 gatctctttc atgaagctcg gatggaaggc gtagcctacg cgcaagtcgc tcacgaagta
    25921 gggatcgatg ctgcgctcga gggcggaggt gttgtcgagg tactgccgcc cgacgtacga
    25981 cgacatcagc gccgcagtga agccccgcca acgcacgtcg aaggtgctgc cgaaggtcag
    26041 gttgggcgag aaggcaatat ccgtcgtgcc cagctcattg accgtctgcg gcagttcttt
    26101 cccaccctgg taggtgttga cgtactccgt gaagttgcgg atcttgttac tgctcagggt
    26161 tacgttgccg ctccagtcga gccacggggc gaggcgtacg ccgccgctta gctccacgcc
    26221 catgcgatag ctgtccttga tgttcgacgt gagcgcctcg ccaatctcgg agatcttgcc
    26281 cgtgagcaca agctggttgt cgtagtccat atagtagagg ttggcgccga ggtggaaggc
    26341 gcggccggtg tattcgtagc ctgcctcgta gtcgtagagg gtctcgtagg ttggctgcgc
    26401 cgtgggcccg ttctcggtga agttcttgcg gttcggctcg cggtgtgcca cggcgaacga
    26461 ggcataggca tggttgccgc cgcgttcgta ggagagcccc gccttggggt tgaagaagga
    26521 gaaggtgcgg tgcacatcga tgtcgcccgc cttgtcgtcc gtgcccgtga tgctgtagtt
    26581 gatgccgcgg tattgcaaat cggcataggc gctgagggcg ttcgacagcc ggtaggaggc
    26641 cttcagaaac gtgttgtaat cgagcttctc gccccggctg cggtaatact catagtcggg
    26701 ccgcggcatg gcctcgacgg tcttcatcca gatgacgcgc ccgaagtgat cgcccgcgta
    26761 gttgttgatc gatgcgcccc agacggcctg cagtcggtcg tgggtgtagg tcaggcgggc
    26821 cagcgcgccg tagaagtcgt tctggagcca cttgcgccgc accaggtcgg tacgcttctg
    26881 ctccttgcca tcggcgcccg tgtagttggg cagcttgtaa gccgcatact tggcgccagc
    26941 cttgtaatct tcgtaatacc ctcggccgtc cgtgtagtgc agcgtcacgt tcaggttgag
    27001 ggcgtccgtg aggcgttgcg tggctaaaag gtggtaatgg tgctgccagt agttgtccgt
    27061 ctggttgtcg tagaagcgcg tcacaccgcc ctccttatac tcgccgcagc tgttgtatcg
    27121 gcgattggtg cggagacggg ccgagtcgac gccgttccac gcctgatagc tcacctcgct
    27181 gctgccgaag gtctggaact tgagcatcgt gccgccgttg tagtaagccg ccgaagcgta
    27241 atacgaactc atgtttgccc gggcacgctc gatgtagccg tccgtttgca cattggaata
    27301 gcgggcatcg aagacgaaat ggttgccgat gagtcccgtc ccgccgcgca cggtgtgcgc
    27361 aaaggtgccg aaactacccg ccgcagacga ggcctcaaag tatggctcta accgcggacg
    27421 ctgcgtttgc atggccaccg tggcaccgaa ggccgcggca ccgttggtcg atgtgcccgc
    27481 gccgcgctgg atctgtatcg actcgaccga cgaggcgaag tcgggcatgt tgacccagaa
    27541 aacgccgtga ctctccgagt cattcaccgg cacaccgtca acggtgaagt tgatgcggcc
    27601 cgcatccgtg ccacgcaccc gcatggagac gtagcccacg ccgttgccac cgtccgaggt
    27661 gaccaccacc gagggcgtct gcgtgaagag gtagggcaac gactggcccg tgttgttctc
    27721 gcgcagctca gccgccgaga cgttgcggaa ggccaccggc gtctctcgcc tggcctgtac
    27781 ggccgagacc acgacctcgt tcagttcata cacattcgtc gtgtccacga ccgcctgttg
    27841 agccgtgatc gacattcggc cggaaacgat cagcagtccg gccactacat agaaaatctt
    27901 cctcatttga ttgtatctat taaatgggga gcgatttacg atgcacaaaa aagagatgaa
    27961 aaccacctat tgtccctccg ccggcattac ccggatcagg ttttggggcc gcccccggat
    28021 tttctcgaga actcattcgg tgggcagtcc ttagggtatg atctcagcct gtgtaagtaa
    28081 ggcacccctt ggggaggcaa cctttacggc gcctcctcct atgtgaataa ttcgttatcg
    28141 gcggcaaatg taaccgggcg acggaaaaac gaaagccttt gcgccgatag gtgtggcctc
    28201 gatatacagt aaatcagccc cgcgcaggct tgcatggcct cgatttaccg taaatcagct
    28261 ccgcgcaggc ttgcatggct tcgatataca gtaaatcagc tccgcgcagg cttgcatggc
    28321 ctcgtcgaag tcttcgccag cgtcatgcag acttgcgggg cctcgtcgaa gtcttcgcca
    28381 gcccaaagca ggcttgcatg gcctcgtcga agtcttcgcc agcgtcaagc aggcttgcag
    28441 ggccctgtcg aagtcttcgc tagcgtcaaa cgggcttgca tggccctgtc gaacacttcg
    28501 ccagcgtcaa gcaggcttgc atggcctcgt cgaagtcttc gccagcgtca agtaggcttg
    28561 cggggccctg tcgaagtctt cgccagcccg aagcaggctt gcatggccct gtcgaagtct
    28621 tcgccagcgt caaacgggca tggctctcgt atcccgcggg gcgattggag agcagtcagt
    28681 cgtgggggca agaaggagga ttgtgcgcag gaatctatct ttgtccacgc ttcaaaccaa
    28741 agaagaaaca gatttatgaa caattcgatt taccgattcc cgaatccggg aaatgagccg
    28801 gtcaagacgt atgctcccgg cacgagtgat aaagcagcct tgaagaaggc tttgttgcag
    28861 ctgagcgctg aagaatggga cattccgctg gtgatcggcg gccaggagat ccgcacgggg
    28921 cagacggaca aggtggtgat gccgcatgac caccgccacg tgctggctac ctaccacaag
    28981 gcgagcgaaa aggaagtgca gatggctatc gacgcggcca tgaaggcaca ccacgactgg
    29041 tcgatgctgc cgtgggaaga gcgcgcgatg gtgatgctgc gtgcggctga gcttttcgcc
    29101 acgaagtatc gctacctgct caacgcggcc gtgatgctgg gccagagtaa gaaccccttc
    29161 caggccgaga ttgacgcccc gtgcgagctg atcgacttcc tgcgttacag cgccttctac
    29221 gccgggcaga tctatgccga ccaaccctat tcggagaagg gcatcatcaa ccgcttggag
    29281 tatcgcgccc tggagggctt cgtcttctcg ctgacgccgt tcaacttcac ctctatcgcc
    29341 tcaaacctca acatggcgcc agctatgatg ggtaacgtgg ccgtgtggaa accctcgacg
    29401 acggctatct attcgaacta cctgctcatg aaggtcttca aagaggccgg tctgccagac
    29461 ggcgtggtga acttcatccc cggacagggc agcacggttg ggcgtgtgat cttgtccagc
    29521 cccgactttg caggcttcca cttcaccggc tccacgaaca ccttcaacac gctctggtgt
    29581 cagatgggcg agaacctgaa gaagtacaag tcgtatccca aagtggtggg tgagacgggc
    29641 ggcaagaact tcatcttcgc ccatccctcg gctccggctg aagacgtggc agcagccatc
    29701 gtgcgcggcg ccttcgagta tcagggccag aagtgctccg ccggatcgcg tgcctacctg
    29761 cccaagtcgc tgtggaaaga gatcaaggag cgcgtgggcg agatgctgaa ggagatcaag
    29821 atgggcgacg tgcaagactt cacgaacttc atcaacgccg tgatcgacga ggcttcgttc
    29881 gacaacatca tgggctacat caactacgct cgtgaggcgt ccgacgcaga gatcctcttc
    29941 ggcggacggg gtgacaagtc gacgggttac ttcatcgagc cgacggtgat ccagacgacg
    30001 aacccgacct tcaagacgat gaccgaagag atcttcggcc cggtgatcac catctacgtc
    30061 tacgacgacg cgaagtatga ggagacgctc gatgtctgcg atcgcacctc gccctacggc
    30121 ctgacgggct ccatcttcgc ctgcgaccgt tacgccatcg agacggcttt ccgcaagctg
    30181 cgctatgcgg cgggcaactt ctacgtgaat gacaagccga caggcgccgt catcgcacag
    30241 caaccattcg gtggttcgcg tgcctcgggt acgaacgaca aggcgggtgg cccgctgaac
    30301 ctgatccgct ggacgaaccc gcgttgcatc aaggagacgt tcgttccgcc ggtgcattat
    30361 ggttatccgt tcctcggctt cgctgttcag agtcgcgggg caagtgcgtg agatcacggg
    30421 taccgtaaaa tgcgccacgg ggagtctgcc gggggcgctg gtcacggtca cgactgaggc
    30481 cgacgatcat gtgttggctt acgccgtggc cgatgctgag ggacacttcg cgttgaaggt
    30541 ggccgaagcg gcgcagggct cgcgatttat tcatgctcgc atgatgggct acacggctca
    30601 aaaggtgctc ttgacgccgg atcgtagcga atacgcattc gtcttggccg aggcgtctgt
    30661 catgctgaaa gaggtgaagg tgcgcgccac acccatcagt ggtgccggcg acacgacgcg
    30721 ttacctcgcc tcatccttcg cccgcgagaa cgacatcacg ctggccgatg tgatcaagcg
    30781 catgccgggc ttcaacatct ccgccgacgg acgcatcaag tacgccgggc gcgagatcag
    30841 caatttctac atcgacgggt cggacatgat gacaggcaac tataccacag ccatacgcag
    30901 catcaaacac gatgacgtgg ggcgtgtgga ggtgatcgaa caccatcagc cgatcaaatt
    30961 gtttgaggac ttgctcttct ccgaccaaac ggccgtcaat gtcacgctga aagagaaggc
    31021 caagaaccga tgggtaggag tggtcgaggc cggcggtgga gtgccgcgtc tgtggcaggt
    31081 ggacgcaagc gccatgcgtt tcgcccaaaa ggtgaagacg atgaatacct ataagggcaa
    31141 caacacgggg cgcgatgtgg taggcggagg cacgtcggga ggcggatcgg cgcgtgaggt
    31201 gatcgctctg ccgagcgccg acaatcccta cttggagcgc agcaggacgc tcttcaaccg
    31261 ctcgcaccga ctgagcctca acaaccaatg ggacatgggg agatcgttcg ccctcacgcc
    31321 gtgcatggag ctgttcgggg ctgagacgga gagcgacgca gccgagacac gccgttacta
    31381 ccttgacgac gggcagacgc gcgagttgac aacgcgccag agcgggcggc gacgcctcca
    31441 cggcgcttcg ccctccgtcc gcctcgaggc gaacactcgc cggatgtacc tcagcaacgt
    31501 attgacttcc gacatccgac gctcctccgg ccatacggac gccgtcggga cttactcgaa
    31561 tgtggccgac gggcagatgg acggcaccta tctccgcaac gatctctacg tcctctttcg
    31621 ccgcggacga agagtggtcg gcatcaagtc cgccatcgaa tggagccggc tgcctcaacg
    31681 tctcgatatc cggcgtgctg aggccgaaat gggcgagcgg atcggtgcct cagcgttccg
    31741 tgcgcagaca tctacctcac aaatgatcgg cttcgggcga gccaccatct cgctcgagga
    31801 gggattctcc tacgatcaga gcgccttcca aagcgacctc tggggggtta tccctagcga
    31861 ctcggcgcgc aacgacttct gctatcgcac agcctcactc agcgtcaccc cttcgctcaa
    31921 catcggcctc acggcctgga atttcgggct ctccatcccg gccgacttcc gccacagcga
    31981 ctacatcgac cgccttgccg accgctccta catcgaccgc cggctgcatc tttcgcccac
    32041 ggcatccgtc gtccgcatct tcggtcgcta cgtcacgacc tcgctcagcg gctcatggca
    32101 aagccagcca gaggatccct ctgcgttttt ctccgcgccc ctcgtcgcgt cgtatcccta
    32161 cctacagact ggcacgacgg catacagccg tgcggagatg acgaccgtga gcgccatgat
    32221 tcgttacaaa aacatccttc acggcctttt cggcaacctc atttgcaccc gcatgtggca
    32281 acacagccga ctgatgccca cgcaggactt tggcgagatc tacatcacgt ccggcttcgt
    32341 gtatcacccc cacctcgacc tctcggacta cgtggccgcc agcctcagct atatgatccc
    32401 cgccattcgc ggtggcgtga ccctgaacgg cagcttctcg tccagccagt cgcaactcgt
    32461 acagagcggc cacttgcgac ggttcacaag ctccatacgt cagctggccc tgcacgtcta
    32521 cgcctcgccc cgctcctggc tcgatctgga ttacaccgcc gacctctccg actacatcta
    32581 tcgtccggat cacgccgatc ggcagaccac ccgcaccctg caccagcagc tttcggccac
    32641 cctcacgccg ctctccgcgc tgagcttcac cgcctccggg catcattatt tccacaccct
    32701 cgccggctcc ggcaagcaca tctgcctgct ggacgcccgc gtcgcttggc gcctctcacg
    32761 gctcttcacc ttccgactgg cggcgcaaaa cctgctcgat tatcgcacgt ttgcctacac
    32821 ctcctacacg ggtcttatgg ccacggagca gacctatcgc ctgcggccgt tcacgcttct
    32881 cctcacggtc ctcacgacct tttagcggcg cacggaaaac gtgccgggag cggggttttg
    32941 gcgagcaaaa aacagatgca agcggagtgg aaattttcgt gtaactctca ttgtatgagg
    33001 ccatcagccg cacccctgta gtctatttcc tgaggaaatg agtggaagac catcccagcg
    33061 atttcctgag gaaatgagtg gaagaccatc catcgatttc ctgaggaaat gagtgagtaa
    33121 gtgagtggcc gatttcctga ggaaatgagc cgaaaac
//
LOCUS       SEQF2634|AYYE01001188.110252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             4..690
                     /locus_tag="SEQF2634_01762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSDLKKAGAQFTITTDTTFHAVWATDANQNGIPDYLEVEITWN
                     PGLRPRAGRQWTQTIAEGPYQFTNSGFAIRGCVLIGWSNKANPVVTTQAAENSVXPFY
                     KVQETYEITGXKMKLFAVWAADANNDGIADYKGKGGNLYRAPLLRGTSEDQTDQTAPE
                     LKAASIRVWAHEGVLYIESDRRARAEVYTRSGALYKRIDVAEGQTREPLAEGFYVVVI
                     DGTHYKVFVR"
     CDS             745..3000
                     /locus_tag="SEQF2634_01763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTATFGLLSALNIGSLRAADVKWNPGLQPRAGAPKTETVANGMY
                     QLSSQGYAIRGYILLGWSDRAKPVVRTQAAESGVQPLYRVGESIDIQADKTLYAVWAS
                     DANNDGVPDYKGKGGNLTMDPAFIDRKLAELERKRRSAESVGANSNLRAGAVSLPAWN
                     INDDMLAYKEKVYYVGCLYNTDTAKAHRMSESIIAWNRNLNAFGKADKDSLWATRDLE
                     LVFEYGGVLEDSCLVGGRPSKPGGPQKRLTRIPFPKTVPGDTTFVSELFMKDPLHFTG
                     IKADGDAVLKMYFVRKKTGEGPDTLAVADDFGGKPDKYRMWRSPGANDNLLYPKPFWN
                     EETGEPSDTFTVRFKIYNRPEFASTTIRSRVHDGDTMRLSYGHLSGTPTKYMVRSLDG
                     GWNWHPADSPLTDVERDLLQDDSVRVCLRELDIAVGYAADQKAGYLDPERFNLALALA
                     GSGVDGDVVTAFRVECQAKYTKILYDRAIDMGYTDLQFEDYCDNVMLGSPGAWAGLTT
                     TLEDKYEAFVSILDNIEANNDATPALSNILRDLNYVSTRFDSEVKALVTRDFNRVFGQ
                     RIADAMPTPDWCHDGTYCFYVKRDPVPVPQRSVFIPTVEGVTVVSPGVGYTSIPSQKN
                     FTFRVKYAGQPMTVTAKRLIDGRTVEVLTGTRNADGEYEYVIRRVMQDLTLEFTKTVA
                     NTLVDQPSVWANSGAVRIHAPKETTVRIYSASGVLVKQATVQGDKTVPLSAGLYLVVL
                     SDGTTQKVLVQ"
     CDS             3071..3586
                     /locus_tag="SEQF2634_01764"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIQGCARFPFLYVSPTHGDGGEVWPSTRCRGEPCIRPIRRPSW
                     GRMIARPGTCGANAIRPYTDAKKEPGFTPKTVWEPETWGRFACVSVWGRMACTPTEIK
                     TTRGWAFCRGTEIKTTRGWAFRRGTEIKTTCGWAFRRGTEIKTTRGWAFRRGTEIKTT
                     RGWDLRRCTGE"
     CDS             complement(3630..4367)
                     /locus_tag="SEQF2634_01765"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDWKDLFYLSIGERRALILLLILIAIGLILLIWGDILYDRQQA
                     AAPVATERTEPPIDTRAADRPAYASPPSDSRPRHTAYRRPYRRESLGERVRRLTDRRP
                     HYPHREKLSPGQTLELNAADTVALQKVPGIGPYYARRIAKFRALLGGFARVEQLSEVY
                     GVDEEKYAELAPWFTVNPRLIRRLAVNRLSEDSLRRHPYINYYQAKVIVRLRRKNGPI
                     SGWSELSLLEEFSDADRARLEPYLSFE"
     CDS             complement(4383..5663)
                     /locus_tag="SEQF2634_01766"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATQEQILHYAWKYQLYAEPEWTTTDGELLRVITPGIHNTDAGP
                     DFFNAKVQLDDITWVGNVEIHGRSSDWLRHGHDTNPAYDSVILHVVGEADTPIRRTDG
                     SLIPQVVVRVPERVLRSIDWLLSREQAVPCIDRLSGLDDRLLYGWLSALVGERLKRKT
                     NDIFRRLERTHNDWNETFYITLSRNFGFGTNSDAFEWLASGLPFKYICKQRHSTVQIE
                     ALLFGQAGMLSDTRDDAYYRTLQREYHFLRTKYSLRPIDAHLFKNFRTRPLNFPHLRV
                     AQLASIWAHNDTLFSEILEDPSADRLCRCFDVPLSAYWNTHFHFDYPSPPHKPSLGPA
                     AARLMLINTVVPILYAYGLQRNVPEYCERAQRLLDSLPPERNAVIRPFTEAGIRARNA
                     SDSQALLQLRREYCEPKRCLSCRIAFSLIKHSLA"
     CDS             complement(5722..5922)
                     /locus_tag="SEQF2634_01767"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYPFKTQIKGITKLPRERLVQTQSVVKWLYDVTQAVFRLERAP
                     LFAFEGKSRSGIFPKHSLQNDF"
     misc_RNA        6195..6594
                     /locus_tag="SEQF2634_01769"
                     /product="tmRNA"
                     /inference="COORDINATES:profile:Infernal:1.1"
     tmRNA           6195..6594
                     /gene="ssrA"
                     /locus_tag="SEQF2634_01768"
                     /product="transfer-messenger RNA, SsrA"
                     /inference="COORDINATES:profile:Aragorn:1.2"
     CDS             complement(6875..7348)
                     /locus_tag="SEQF2634_01770"
                     /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="MAQETERKFLVAGDFMPYATAAIPIAQGYLCTDPERTVRVRRTG
                     DAAYLTIKSAPDERGWSRYEFEQPIPVDDAQELLSMCVGHRIEKVRHLVPGGDGHTWE
                     VDVFSGANAGLTVAEIELQDADEPLTIPAWVGREVTGDARYYNSALSVRPYTEWA"
     CDS             complement(7354..8418)
                     /gene="mutS2_2"
                     /locus_tag="SEQF2634_01771"
                     /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
                     SECVVVDDGKRPAAGGATRPTAPEPPRSEPAQPRPTAYRPEETPDGERLNVSLAYLPI
                     DPKNLVESGYEAYLINESNYELSYSYMSASNRSWTLRTGGTVEPNTRIFLEEFGKEQL
                     ADLERLCVQLIAFKRGRPFGLKNAISVELRLDTVKFYKLHCFAPNDYFDEGAIVVPIV
                     RDDVPERPLLIPVAELEEAMMTKAREDRRRPQPAASKPKQRDDDPVEVDLHIHQLLDD
                     TTGMAPGDMLRYQVDRFHAVMEEFAGHKGQRIVFIHGKGEGVLRAAIEKELKTRYKSC
                     EYQDASFREYGFGATMVKIR"
     CDS             9024..9275
                     /locus_tag="SEQF2634_01772"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDGGALPDLNRGFVSAEGAFPDPDRGFVSDGEALPDQNRGFVS
                     ADEALPDEDSDLIEAFDLLSSRVRRLFACGANSLYLCGV"
     CDS             complement(9375..10139)
                     /locus_tag="SEQF2634_01773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLVAVINLLLDAEFVQEQDAADTQQVFLLHAVLPVAAVELMRN
                     GAVPLAVFGDVGVHQIEGHAADAHLPDVCINRAAGVGHFEHKGLIRTLHHLLQRQGGK
                     VLRLIVGYLLAVHSQRLGEITIAVEEADGREIHVAVAGLLQVVASQHTEAAGVDLEHV
                     RQAVFHAEIGDRGLRRVGRFGHVILELLIDAVDFHHQLIVGQYLIDPSLGQLLEQQHG
                     VTLGRLPQVGRDLTEKFSPFVVPHPPEVAGDFIQRG"
ORIGIN      
        1 gatgtgccga gcgatttgaa gaaagccggt gctcaattca cgatcacaac tgacaccaca
       61 ttccatgctg tatgggctac agatgccaac cagaatggta tacctgacta tctcgaagta
      121 gagatcacat ggaatcctgg tcttcgacct cgagcaggta gacagtggac gcagacgata
      181 gctgaaggac cgtaccagtt taccaacagc ggttttgcaa tacgtggttg tgtgttgatc
      241 gggtggtcta ataaagccaa tccggtggtg acgactcaag ctgcagagaa tagcgtgagn
      301 ccgttctaca aggttcaaga gacctacgag attacgggtn gcaagatgaa gctctttgcc
      361 gtatgggcag cagacgcgaa caacgacggc attgctgact acaaaggcaa aggcggcaat
      421 ttgtaccgcg ctccgttgtt aagaggcacg tctgaggatc agacagatca gacagcgccc
      481 gagctcaaag ctgcttctat ccgcgtatgg gctcacgagg gagtgctcta tatcgagtcc
      541 gaccgtcgtg cacgtgcaga ggtctacacc cgtagcggtg cgttgtacaa gcgtatcgac
      601 gtagccgaag ggcagacgcg cgaaccgctc gccgagggct tctatgtggt agtcatcgac
      661 ggtacgcatt acaaagtgtt tgtgagataa accaaattac aatggaatat gatacgaaca
      721 agtaaaaaga attgtttgtg ggctatgaca gcaacctttg ggttgctgtc cgccctcaat
      781 atcggttcgc ttcgtgcagc cgatgtgaaa tggaatccgg gccttcagcc tcgggctggt
      841 gctccaaaga cggagacagt agctaatgga atgtatcagt tatcatccca gggttatgcc
      901 attcgtggtt atatactgct ggggtggtct gatcgggcaa agcccgtggt tagaacccag
      961 gcggctgaga gtggtgtgca gcctttgtat cgggtgggag aatctatcga catacaagcc
     1021 gacaagacgt tgtatgctgt atgggcttcc gatgcgaaca acgatggagt ccccgattat
     1081 aaaggtaagg gtggaaatct gactatggat ccagcgttta ttgataggaa gctggcagaa
     1141 ttggaaagga aaagacggtc ggccgaaagt gttggggcga atagcaacct ccgtgcgggt
     1201 gcggtctcac tgcctgcgtg gaatatcaat gacgatatgc tggcctataa agagaaagtc
     1261 tattatgtag gctgtctata caatacggat acagctaaag cgcatcggat gagtgaaagc
     1321 attattgcgt ggaatcgtaa tctcaatgct tttggtaaag ccgataaaga ctccctatgg
     1381 gccacgaggg acttggaact tgttttcgag tacggaggtg tattggaaga ttcttgctta
     1441 gtaggaggaa gaccgtccaa acccggaggg cctcagaagc ggcttacacg tataccattt
     1501 ccaaagacgg taccaggtga taccacgttt gtgagcgagt tgtttatgaa ggatccactg
     1561 cattttaccg gaatcaaggc agatggcgat gcggtgctga agatgtattt cgtcagaaag
     1621 aaaacgggtg agggccccga tacgttggct gttgcggatg atttcggagg taagccggat
     1681 aaatatcgta tgtggagatc cccgggagct aatgacaatc tgctatatcc gaaacctttc
     1741 tggaatgagg agactggtga gccatccgat acgttcaccg tccggttcaa gatctataac
     1801 cgcccagagt ttgcttcgac aaccatccga tcgcgggtac atgatggcga tacgatgcgg
     1861 ctgagttacg gtcacttgag cggtacgcct acgaagtata tggtgcgtag ccttgatggt
     1921 ggttggaact ggcatccggc cgattcgccc ctgaccgatg tggagagaga cttactacag
     1981 gacgacagcg tacgcgtttg tttgcgcgag ctggatatag cagttggata cgcagcggat
     2041 caaaaggctg gctatttgga tcccgaaaga tttaatctag ctttagcgct agctggatct
     2101 ggtgttgatg gggacgtcgt aaccgctttc agggtagaat gtcaagctaa gtataccaag
     2161 attctttatg atagagctat agacatgggt tacacagacc tccaatttga agattactgt
     2221 gataatgtca tgctagggtc acctggtgcg tgggcaggcc ttactactac tcttgaagat
     2281 aaatatgaag cctttgttag tattttagat aatatagaag ccaacaacga tgcgactcct
     2341 gccctatcga atatactaag agatctcaac tacgtatcta ccaggttcga tagtgaagta
     2401 aaggctttag taacaaggga cttcaacagg gtatttggtc aacggatagc cgatgcgatg
     2461 ccgactcctg attggtgtca tgacggtacg tattgcttct atgtcaagcg agatccggtg
     2521 cctgtacctc agcgctcggt gtttatcccg acggtggaag gggtgacggt cgtttcgccg
     2581 ggagttggat acacctcgat accttcacag aagaacttca ctttccgcgt caagtatgct
     2641 ggccaaccga tgacggtcac ggctaagcgt ctgatcgacg gtcgcacggt ggaagtgctg
     2701 acgggtacgc ggaacgcaga tggcgaatac gagtatgtga ttcgtcgcgt gatgcaagac
     2761 ctgacgctgg agttcaccaa gacggtggcc aatacgctgg tagatcagcc gtccgtatgg
     2821 gcaaacagcg gtgcggttcg catccacgcc ccgaaggaga cgacggtgcg catctactct
     2881 gcctcgggtg tgctggtaaa gcaggccacg gtgcaaggcg acaagacggt gcctctgtct
     2941 gccggtctct acctcgttgt cctcagcgac ggtacaacgc agaaggtatt ggtacaataa
     3001 tccaatcgta acgctactcc gtcccccctc atctttttga cgtgggggcg gtataaaaga
     3061 agaagcgggc atgcctatcc aagggtgtgc ccgctttcct tttttatacg tatccccaac
     3121 gcatggggac ggtggtgaag tttggccaag tacccggtgt aggggcgaac cctgcattcg
     3181 ccccattaga cggccctcgt ggggccgaat gattgcacgg ccgggtacat gtggggcgaa
     3241 tgccattcgc ccctacacgg acgccaaaaa agaaccgggt tttacaccaa aaaccgtttg
     3301 ggagcccgaa acttggggcc gtttcgcttg cgtaagcgta tggggaagga tggcctgcac
     3361 ccctacggag atcaaaacca cacgtgggtg ggctttctgt aggggtacgg agatcaaaac
     3421 cacgcgtggg tgggctttcc gtaggggtac ggagattaaa accacgtgtg ggtgggcttt
     3481 ccgtaggggt acggagatca aaaccacgcg tgggtgggct ttccgtaggg gtacggagat
     3541 taaaaccaca cgtgggtggg atctccgtag atgtacaggg gagtaagacc ccgcgcccgg
     3601 atccctacgg agacgccccc gcttctttct tattcgaacg acaggtaggg ctcgaggcgc
     3661 gcacggtcgg cgtcggagaa ctcctccagc agcgacagct cgctccaacc gctgatgggg
     3721 ccgttcttgc ggcgtaggcg gacgatgacc ttcgcttggt aatagttgat gtaggggtgg
     3781 cgccggagcg aatcttccga tagccggttg acggccagac gacggatgag tcgcgggttg
     3841 acggtgaacc agggcgccag ctcggcgtat ttctcttcat cgacgccgta gacctcgctc
     3901 agctgctcca cgcgggcaaa gccaccgagc agggcgcgaa actttgcgat ccgccgcgcg
     3961 taatacggcc cgatgccagg caccttttgc agggctacgg tgtcggctgc gttcagctcg
     4021 agcgtctgcc ccggcgatag tttttcgcgg tgcggatagt gcggccgtcg gtcggtcagg
     4081 cgccggacac gctcccccag actctccctg cgatacgggc gacggtaggc cgtatgccgc
     4141 ggacgactgt cggacggcgg cgaggcgtac gcgggtcggt ctgccgcgcg agtgtcgatc
     4201 ggcggctccg tccgctccgt ggccaccggt gctgcggcct gctgccgatc atagaggatg
     4261 tcgccccaaa tcaaaaggat caacccgatg gcgatcagga tgagcagtag gatcagggca
     4321 cgccgttcgc cgatggagag gtagaagagg tctttccagt cgttcatggc tttagatgcc
     4381 ggctatgcta aggagtgctt gatgaggctg aacgcgatgc ggcacgacag gcaacgcttc
     4441 ggctcgcagt actcgcggcg gagctgcagg agggcttgcg aatcggaggc gttgcgggca
     4501 cggataccgg cctcggtgaa ggggcggatg acggcgttgc gctccggcgg caggctgtcg
     4561 aggaggcgct gggcgcgttc gcagtattcg ggcacattcc tctggagacc ataggcgtag
     4621 aggatcggca cgacggtgtt gatcagcatc aggcgggcgg cggcggggcc gagggagggc
     4681 ttgtgcggcg gcgaaggata gtcgaagtgg aagtgcgtat tccaataggc cgacagcgga
     4741 acgtcgaagc agcggcagag gcggtcggcc gagggatcct cgagtatctc agagaagagc
     4801 gtgtcgttgt gcgcccagat ggaggcgagt tgcgccacgc ggaggtgggg gaagttgagg
     4861 gggcgggtgc ggaagttctt gaagaggtgg gcgtcgatcg ggcgaaggct gtacttggtg
     4921 cggaggaagt ggtattcgcg ctgcagggtg cggtagtagg cgtcgtcacg ggtgtcgctg
     4981 agcatgcccg cttggccgaa gagcagggcc tcgatttgca ccgtgctgtg gcgctgcttg
     5041 cagatgtatt tgaagggcag cccggaggcg agccactcga aggcgtcgct gttggtgcca
     5101 aagccgaagt tgcgcgagag ggtgatgtag aacgtctcgt tccagtcgtt gtgtgtgcgc
     5161 tcaaggcgtc ggaagatgtc gttcgttttg cgtttgaggc gttcgccgac taaggccgag
     5221 agccagccgt agagcaaccg gtcgtcgagt ccgctgaggc gatcgatgca ggggacggcc
     5281 tgctcgcgcg agagcaacca gtcgatgctc cggagaactc gttcgggcac ccgtacgacg
     5341 acctgcggga tgagcgagcc gtcggtgcga cggatcggcg tgtcggcctc accgacgacg
     5401 tgcaggatga ccgagtcgta ggccggattc gtgtcgtgcc cgtgccgtag ccagtccgac
     5461 gagcggccgt ggatctccac attgcccacc caagtgatgt cgtccagttg cactttggcg
     5521 ttgaagaagt cggggccggc gtcggtgttg tgtatgccgg gcgtgatgac gcggagcagt
     5581 tcgccgtccg tggtcgtcca ttccggttcg gcgtagagct ggtatttcca cgcgtagtga
     5641 aggatttgtt cttgagtcgc catgatgaat aaggttgtaa gcgtgcggga ggagctccac
     5701 gtttggtagc cgtagagcct cttagaagtc gttttgaagt gaatgtttgg gaaaaatgcc
     5761 agatctgctc ttgccctcga acgcgaataa gggcgcacgc tccagtctga agacggcttg
     5821 tgtgacgtcg tacaaccact tgactaccga ctgtgtctgc acgagtcgtt ctctcggcag
     5881 cttagtgatg cctttaatct gagttttgaa tggatagacc atgatctgtg tgatggatag
     5941 gtgttatttc tatggcccca aaagtacgac gccgaagagg ttccgaagca cttgcccgaa
     6001 aaagattttc gtgtaaagcc ccgtgtgcag taagaaatgc ctacagacgg atcgaggcgc
     6061 agcacacaga ccccgcgatc gtgttattca aaagaatcta tctttgcgcc cgttgaaaga
     6121 gaaagccagc cacgtcgagg cgtcgacaga gtgacaaaat caaggctgct ttttccaagg
     6181 aacaaacaca tttcggggct gaccggtttt gacagcgggt agaagtggtt tgtaagcatg
     6241 cagtgcctcg ttggccagca ctcaaatctc ggctgatgaa caattaactg gcgaagaatc
     6301 ttacgctctc gctgcctgat tgaagaacag taggtcaagg cttaatcctt acacaaggtg
     6361 tttggacgag acaccacccg gaagccgtgg cttcgaggcc gtccgaatcg gtggtgcagc
     6421 aatttcggag atagcctgat ggacgtcccg gacgtcaggt gaaactttag ggaataaggt
     6481 tgcggttggt ggctctggtc ttgccgcagc acgaaaatga aggcagagat aagcatgtag
     6541 aaagcggatc aattcctcgt ttggacgaga gttcgactct ctccagctcc accatgctac
     6601 tatcaagtgc cagcaaatga tcgtgtgttg ccacgccatt gccacgcgga aggatcttca
     6661 tcgagagatg ggatgccttc cagatacacc catatagtag gtctataaat catcgccaac
     6721 ggacaagtct tatccaccac ggatatggcg cttgaaacaa ggcgatctcg ccacgctcaa
     6781 ggtttctttc gttcggcttg aggagtggtt agcagaaagt cctgctggta ggaaacatgc
     6841 tcccgccggc aggacttttc gttttctcgt ctcactatgc ccactccgtg tacggtcgta
     6901 cagatagcgc ggagttgtaa tagcgggcat cgcccgtcac ttcacgaccc acccaggcgg
     6961 gtatcgtgag cggctcgtca gcgtcttgga gctcgatctc ggccaccgtg agccccgcgt
     7021 tggcgccgct gaagacgtcc acctcccacg tgtgaccgtc gccgccgggc acgagatggc
     7081 gcaccttctc gatccggtga cccacacaca tcgagagcag ctcttgggcg tcgtccaccg
     7141 ggatcggctg ctcaaactcg taccgactcc agccgcgctc gtccggcgca ctcttgatcg
     7201 tcagataggc cgcatcgccc gtccgacgca cccgcaccgt acgctccgga tcggtgcaga
     7261 gatagccctg ggcaatggga atcgcggccg tggcgtaagg cataaagtcg cccgccacaa
     7321 ggaatttccg ttccgtttct tgtgccatga tgctcagcgg atcttgacca tcgtagcccc
     7381 gaaaccgtac tcgcggaacg aggcgtcttg atactcacac gacttatacc gcgtcttcag
     7441 ctccttctcg atcgccgccc gcagcacgcc ctcgcccttg ccgtgaataa agacgatccg
     7501 ctgcccctta tgaccggcga actcctccat cacggcatgg aaacggtcca cctgatagcg
     7561 caacatatcg cctggagcca tgcctgttgt gtcgtctaac agctgatgga tatgcagatc
     7621 cacctccacc gggtcgtcgt cccgttgctt gggcttcgag gccgcaggct gcggccgccg
     7681 acggtcctcg cgcgccttgg tcatcatggc ctcctccagc tcggccaccg ggatcaggag
     7741 cggacgctcc ggcacatcgt cgcgcacgat gggcaccacg atcgccccct cgtcgaagta
     7801 gtcgttcggc gcaaagcagt gcagcttgta aaacttcacc gtgtccagcc gcagctccac
     7861 cgagatggcg ttcttcagcc caaacggccg cccccgcttg aaggcgatca gctgcacgca
     7921 gagccgctcc agatcggcga gctgctcctt gccaaactcc tcgagaaaga tccgcgtgtt
     7981 cggctccacc gtccccccag tgcggagcgt ccagctgcgg ttcgaggcag acatataact
     8041 ataggaaagc tcgtaattac tctcgttgat caggtacgcc tcatagccac tctcgaccag
     8101 gttctttggg tcgatcggca ggtaggccag gctcacgttc aggcgctcgc cgtccggcgt
     8161 ctcctccgga cggtaggccg tcggccgagg ctgagccggc tccgaccgcg gaggctccgg
     8221 agccgtcggt cgcgttgcac cgcccgccgc tggtcgcttc ccgtcgtcca ccacgacgca
     8281 ttcactcacg agcacggggt agtcgaatcc attttcgtct tccaccatca ccgtctgctt
     8341 atccttcaaa gccttcacca cgcccccgcc cacactgttg aggaagcgca ccttgtcacc
     8401 tatttttatt ctgttcataa tcttgatcgt gaaattgttt ggcgcaaagg acggcttttc
     8461 gcccgcgcaa cccaaaccgt gccagtgatg gctttgtccg cgacccggaa agtcccgtcg
     8521 ggcgacaaat tcgggttacc cgaagtgcag aaagtcccgt cactccaccc gatgccgtta
     8581 ccctcttgcc ggtatgcccc cacagctgga ttaaccacat tgtccgcctt tacctgataa
     8641 atagcaagtc acttttttat actgaacagc tttgctcgaa aatgaaaaag tgacttttta
     8701 ttatagagca ataatgctcg ggaattaaat ggtagccttt ttatactgga taaatttcat
     8761 cgactaataa atggtttctt ttttataccc aagagaattt attgggtata aaaaagtcac
     8821 caaatagata ccaatcattt ttactcagaa taaataggtg accgtttatt acctaataaa
     8881 ttttcgtcag tataaaatgg cgactgtctt ataactaaga tatattctca actataaaat
     8941 agcgaccatt taattcccga ttaatgtgag acaacggtag aatttcgact gacggctctt
     9001 cccttgaccc ggaccgtggt ttcgtgtcgg atggtggggc tttacccgac ttgaaccgtg
     9061 gcttcgtgtc ggctgaaggg gctttccctg acccggaccg tggcttcgtg tcggatggcg
     9121 aggctttacc tgatcagaac cgtggcttcg tgtcggctga cgaggcttta cccgacgagg
     9181 acagcgattt gattgaggcg ttcgacctcc tctcgtctcg tgtgcgacgc ctttttgcct
     9241 gcggggccaa ttccctctac ctttgcggcg tctaactcaa tcaaagtgca ttacatatga
     9301 cgaagattca atcgaaacaa tccaacgagc cgatctggag agacatctat tctcactcca
     9361 aactcccgaa gcaattatcc cctttgtatg aaatcgccag caacctctgg tgggtgtggc
     9421 actacgaagg ggctaaactt ttcggtgaga tctctcccga cttgtggaag tctaccgagg
     9481 gtaaccccgt gctgctgctc caagagctgc cccagcgacg gatcgatgag atactggccg
     9541 acaatgagct gatgatgaaa atcgactgcg tctatcagca attcaaggat tacatggccg
     9601 aagcgcccga cacgtcgaag ccctcgatcg cctatttcag catggaatac ggcctgacga
     9661 acgtgctcaa gatctactcc ggcggcctcg gtgtgctggc tggcgactac ctgaaggagg
     9721 ccagcgacag ccacgtggat ctcacggccg tcggcttcct ctaccgctat ggttatttca
     9781 cccagacgct ggctatggac ggccaacaga tagccaacta tgagccgcaa aactttacca
     9841 ccctgccgct ggagcaggtg atggagggta cgaatcaacc ccttgtgctc gaagtgccct
     9901 accccggccg cacggtttat gcacacgtct ggaaggtgag cgtcggccgc gtgcccctct
     9961 atctgatgga caccgacatc cccgaaaaca gcgagtggga ccgctccatt acgcatcaac
    10021 tctacggcgg cgactgggag aaccgcatga agcaggaata cctgctgggt atcggcggca
    10081 tcctgctcct gaacaaactc ggcatcaagc agcaggttta tcactgcaac gagggtcatg
    10141 cggcgctgat caatgtgcag cgactcgtgg actatatcca caacgagaag ctcgacttca
    10201 acgaggcttt agaggtggtg cgcgcctctt ccttatatac ggtgcacacg cc
//
LOCUS       SEQF2634|AYYE01001189.1  628 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             12..293
                     /locus_tag="SEQF2634_01774"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREAVTLTEHFAGDQRQLGRLASLPLFFRLLAAGDVHVLLLIPP
                     KKHNRDVKRTAVAHLQRLHDRQSRIVILLNRQDGGRLALQLRADVPASR"
ORIGIN      
        1 agaagctcgt catgcgagag gcggtcacgc tcacggaaca cttcgcgggc gatcagcgac
       61 agctcggccg tcttgcgtcg ctcccgctct tcttccgact tctcgccgcg ggagacgtgc
      121 atgtcttgct gcttatccca cccaaaaagc ataatcggga cgtcaagcgg actgccgtcg
      181 cgcaccttca gcgccttcac gaccgacaga gccggattgt catccttctc aatcgacagg
      241 atggcggccg acttgcgttg cagctccgag ccgatgtgcc cgccagccga tagagctcat
      301 ccaccacggc gatactctcg gcttcgtcgt tggctgaacg gatcaggtct gcgatgccgt
      361 cgatgacaac aagatggatg ccgccgtgcc gatgatggta gaggtcgagg ctgtctttga
      421 tgagctgcaa gcgatccttg cgagagagtg cagcgaggaa aacagggtgg taaaagaaaa
      481 ggaaaggaga ctgtggacaa gattgtgcaa aggcactctc ttagtctctt agagagctaa
      541 ccttcgcacc gaggaacttt gcttacaaag gcaaattgat ccctacactg attcaagcca
      601 tgaagtcgat cggccgtggc aacctgac
//
LOCUS       SEQF2634|AYYE01001190.1  603 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             12..293
                     /locus_tag="SEQF2634_01775"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREAVTLTEHFAGDQRQLGRLASLPLFFRLLAAGDVHVLLLIPP
                     KKHNRDVKRTAVAHLQRLHDRQSRIVILLNRQDGGRLALQLRADVPASR"
ORIGIN      
        1 agaagctcgt catgcgagag gcggtcacgc tcacggaaca cttcgcgggc gatcagcgac
       61 agctcggccg tcttgcgtcg ctcccgctct tcttccgact tctcgccgcg ggagacgtgc
      121 atgtcttgct gcttatccca cccaaaaagc ataatcggga cgtcaagcgg actgccgtcg
      181 cgcaccttca gcgccttcac gaccgacaga gccggattgt catccttctc aatcgacagg
      241 atggcggccg acttgcgttg cagctccgag ccgatgtgcc cgccagccga tagagctcat
      301 ccaccacggc gatactctcg gcttcgtcgt tggctgaacg gatcaggtct gcgatgccgt
      361 cgatgacaac aagatggatg ccgccgtgcc gatgatggta gaggtcgagg ctgtctttga
      421 tgagctgcaa gcgatccttg cgagagagtg cagcgaggaa aacagggtgg taaaagaaaa
      481 ggaaaggaga ctgtggacaa gattgtgcaa aggcactctc ttagtctctt agagagctaa
      541 ccttcgcata cgtgcaaaag catccacgta caaacagagt gagcacttca ctcatatggg
      601 ggt
//
LOCUS       SEQF2634|AYYE01001191.1  555 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..555
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             5..484
                     /gene="hsdR_2"
                     /locus_tag="SEQF2634_01776"
                     /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="MVLATGAGKTYTACLAAYRMLSFTPMRHILFLVDRNNLGKQAEN
                     EFGTFRLTETGDPFNTIFTVNRLKSSKIPNDSNVLISTIQRLFSLLNGEEIEDNDEDD
                     ENIKDRDIELPENPNLPSDFFDMIVIDECHRSIYGNWRKVLDYFSKAKLIGLTATPI"
ORIGIN      
        1 gttgatggtg cttgccacag gtgcaggaaa aacctatacg gcttgtcttg ccgcctaccg
       61 tatgctctct tttacgccga tgagacatat tctgtttttg gtggacagaa ataatttagg
      121 caagcaagcc gagaatgagt ttggcacttt tagacttaca gaaactggag atcctttcaa
      181 tactatcttt acggtgaatc gtttgaagtc ctcaaaaatc cctaatgata gcaacgtttt
      241 gatttctacg atacaacgcc ttttctcttt actcaatgga gaagaaatag aggataatga
      301 cgaggatgat gaaaacataa aggatagaga tatagaactt cctgaaaatc ccaatttacc
      361 ctcagacttc tttgatatga ttgtcattga tgagtgccac cgctccatct atggaaattg
      421 gagaaaagta cttgattatt tctcaaaagc aaaattgata ggtttgacgg ctacccccat
      481 atgagtgaag tgctcactct gtttgtacgt ggatgctttt gcacgtatgc gaaggttagc
      541 tctctaagag actaa
//
LOCUS       SEQF2634|AYYE01001192.112633 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12633
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(351..1820)
                     /gene="glmE"
                     /locus_tag="SEQF2634_01777"
                     /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="MEISNKKISEDAFFAERKEVLGQWHTGRDIDFDEAVAYQKSIPA
                     EKRFGAKLQKATEERRTLIQPRAGVALPEEHKKLLQFLETEGEADLLPTTVDSYTRLN
                     RYHEAETGIEKSKETNRSMLNGFPIVNYGKTICRDVTSALKSPVQVRHGTPDARLLTE
                     ISIAGGFTSYEGGGISYNIPYSKSHSIEKTIAHWQYADRLVGLYEEAGVSINREPFGP
                     LTGTLIPPCISNSVAVLETLLAAAQGVKDITVGYGQCGNLIQDVAALHTLNVLTRDYL
                     DKYGYQDVRVTTVFHQWMGGFPQDEAKAFGVISWGAAAAALAKATKVIVKTPHEAMGV
                     PTKEANAAGLRATKQVTSMLRDQDFRTVPAVLEESEIISAEMHCILGKVEELGRGDYA
                     VGTVAAFEAGVLDIPFAPSRYNAGKAMPARDNVGAVRLLDMGALPLSKDIVDFHRRKL
                     EERAAFENRPVSFQMVIDDVYAIGKGFLVGRPRGANSEH"
     CDS             complement(2378..3757)
                     /locus_tag="SEQF2634_01778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLTVDFGSTYTKLSAIDADRGCVVATAAAFTTIETDVRVGFR
                     NALAQLEESLGEPFAYDELLCCSSAAGGLKMVALGLVPELTSKAARLAASSAGAKVVK
                     TYAFEISKQEQDEIYRIDPDLVLLCGGTDGGNKEVIVANARRLCAIDRNFSVIVAGNK
                     SASYELEEVFAASNKNYVITDNVMPEFNRLNIAPAKEKIKELFISRIIEAKGLTRVQE
                     MTPHRIIPTPLAVMNGCELFSKGTRKEPGVGDLLAIDIGGATTDVYSMTDGKPTIDGA
                     VTKGLPEPYAKRTVEGDLGMRYSLSSLADELDLDAVADAAAAGRDQVEAWVRLCTEHP
                     DTLAESGSVEQRIEEELARGAIRLAVERHCGVYQTVYTPCGQLFALTGKDLADVAYVV
                     GIGGAIIHSEHPDYILEGSKADASDFTYAKPQHPSYKLDRRYIFASMGLLSAVNPELA
                     LRIMKEEII"
     CDS             complement(3787..4221)
                     /gene="glmS"
                     /locus_tag="SEQF2634_01779"
                     /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="MKQKTIVTGVIGADAHAVGNKIIAFALQQAGFKVVNLGVMVAQE
                     EYIEAALETNADAILVSSLYGHGEIDCNGLREKCNEAGLKDIPLFAGGNLVVGKQNFE
                     DVEKRFMAMGFNKVYPPGTAIETTIQDLQALLEAREAAAAAQ"
     CDS             4594..6288
                     /locus_tag="SEQF2634_01780"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKKNFLPFLVMAAILMALASCSGKLKPLSAQYIQADPQPLEVV
                     GGQVPVTISIAYPAKWFKKNATLTITPVLRYPGGETWGTAYTFQGEKVRANNQVIPYG
                     TGGNVTMKSSFKYKPEMKRSELYLTFDVKIGNKSSRLPDIKIADGVIATSALANAATA
                     NPAVGADKFQRIIKEAYDANILFLIQQAELRSNELNKGELKDWKDRVKQANDAANQNV
                     SVEVSAYASPDGGLSLNESLAERREANTTRYLKGELNKRKIDVPVGAHYTAQDWEGFK
                     ELVSKSNLQDKDLVLRVLSMYSDPEQREREIKNISTVFRSLADEILPKLRRSRLTANI
                     EIIGKSDEEISRLAQSNPKALNVEELLYAATLTTNDVDREAIYTKASELFPNDCRTWN
                     NIGMQRYYAGDLRKAEELFNKSNSVQQNSAANINLGLLALTRGERDKAQQLIGGASDV
                     AELGEALGMLYLEQGDYAKAVSSFGAAKTNNAALAQILTKDYSKASQTLNAVTRPDAT
                     TDYLKAIVSARTNDAAGVISHLKAAISKKKSLAREAVNDLEFAKYAKDAAFTNLVR"
     CDS             6359..7114
                     /locus_tag="SEQF2634_01781"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGPAASLFFTPFFFMIMSENPLPRPLLGRSMPKNGVLGALLGW
                     FMPKNGVPGALLHGVTPKFRVLAPILNVAVLAICLSACGGQARIDKEDLAAREAARQY
                     ADSAAWKTVDRAECRIRYPSDWTLQPESENAVFYLYAPAESDADRFRENVSLVVEVLP
                     NGKYDADSYVEEAIKLLQGQVTTNERVVRAGHEGRRLVYTQRPALDIVTTNELYVWVI
                     NGKAYLLAFSREEGNDGEQAITGQRILQTFELK"
     CDS             7722..9983
                     /gene="ybaL"
                     /locus_tag="SEQF2634_01782"
                     /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
                     TQIGEFAFILASQGIALKVMQPYMYPIIVAVSVVTTFFTPYMIRLADPAYARLERGLP
                     ASWIRFLDRYASGSNTIRQQSEWRQFLRAVSRFVGVYLAVTLVLLFVWLQFAVPLICR
                     LLPGLNGRLVSLVALLLLMAPLLRAIMMKKNRSEAFQRLWSDNKYNRGPLVSLIALRI
                     VLALALVQVPTAMLLHINPLWEAAITVGVVLVILFSKGVQARSILIEQHFVSNLSARE
                     AEKDRRAPVRRDFANHLLERDLHLTDIEIRPDSPSVGLTLKELDFRRKCNVNVVTIIR
                     GGRRINIPGGEERLYPSDKVVVVGSDADIQRFLQYVTDRYNKAAEARRKQKRKEMNIE
                     QFIVVEGSRLVGRSIRESGIRDKSQCLVIGIERGDTSIKNPPPSTVFEPGDIVWIVGE
                     HEKAIQLSEGKTL"
     CDS             10069..10713
                     /locus_tag="SEQF2634_01783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKRTKTTTRLGRRPTCLVGLLVLLALVTPSVAHAQLGRPTEAH
                     DHDHEGRIFAGGALTYWRNTKERTTTFDFSPEIGYLFNDTWGTGLLLGYEHGSAGEGP
                     ARSVENAFKISPFVRCYYMHRGPFNLFMDGGAGVNFAEERKGGSVERRNGFEVGIRPG
                     GCVDLTEGLCLCLRFGFLGYRSGYFSGEELGLGHDGFGIRFAPEELMIGLELEF"
     CDS             complement(10810..11190)
                     /gene="yabJ"
                     /locus_tag="SEQF2634_01784"
                     /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="MKRVIATNQAPAAIGPYSQAVETGNLLFVSGQLGLDPATGDFVP
                     GGVREQAEQAFRNLRAILTEAGYTLADVVKATVFLVDMNDFAVVNEVYAAQFAGMDCP
                     ARSAIDVCKLPKGGLVEIEVIAAH"
     CDS             complement(11215..12297)
                     /gene="desV"
                     /locus_tag="SEQF2634_01785"
                     /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="MILFNEFKREYEAIRTEIDAALRRVLDSGWYILGKEGEAFEREF
                     ADYLGVRHCVGVANGTEAIALALRGMDIGPGDEVITTDMTAFATVTGIVQAGATPVVV
                     DIRPEDGLLDERLIEAQITPRTKCIVPVHLYGQSCDMDAILRIARAHGLKVMEDCAQA
                     AGTTYRDRKAGGWGDCAAYSFYPTKNLGAYGDGGAITTNDDATAERLRSLRNYGQTVR
                     YHHEYEGINSRLDEMQAAILRVKLRHLDAWNVRRRTIAARYRAGLTAVECLTEHAYGL
                     PNYHLFVVRAKDRTALSERLAREGVGTLIHYPVPIRRQRAYHGPCKDVPRTPTDDFAD
                     AILSLPMYPTLTDEEVDTVIRAVNHA"
     CDS             complement(12311..12619)
                     /locus_tag="SEQF2634_01786"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCDNAGDTVARATMGCGDAGRHSAEAIMGCDNAGRHSAEAIMG
                     CDDAGRHSAEAIMGCGNTGRHSAEASSYMEHSLRQTTGGQMSRPDIEQFSNYYPAKGR
                     "
ORIGIN      
        1 gtcgggtttt gcttcaaacc attggtttgg cccgaatcgg ggtcgggttt tgcttcaaac
       61 cattggtttg gcccgaatcg gggtcgggtt ttgcttcaaa ccattggttt gacccgaatc
      121 ggggtcgggt tttgcttcaa accattggtt tggcccgaat cggggtcggg ttttgcttca
      181 aaccattggt ttggcccgaa tcggggtcgg gttttgcttc aaaccattgg tttgacccga
      241 atcggggtcg ggttttgctt caaaccattg gtttgacccc aatcgggggt cggtttggca
      301 tcaaaccacc gggtttgatc caaaccaagc ccctcggaag gcagtcgtct ttagtgttcg
      361 ctattcgctc cgcgcgggcg tccgaccagg aagcccttgc cgatggcgta gacgtcgtcg
      421 atgaccattt ggaagctcac ggggcggttc tcaaacgcgg cgcgctcctc gagcttgcgg
      481 cggtggaagt ccacgatgtc tttcgagagc ggcagcgcgc ccatgtcgag caggcggacg
      541 gcgcccacat tgtcgcgcgc cggcatggcc ttacccgcgt tgtagcggct gggggcgaag
      601 gggatgtcga gcacaccggc ctcgaaggcg gccaccgtgc ccacggcata gtcgccgcgg
      661 cccaactcct cgaccttgcc caggatgcag tgcatttcgg ccgagatgat ctcgctctcc
      721 tctaatacgg cgggtacggt gcggaagtcc tggtcgcgca gcatggaggt cacctgcttc
      781 gtggcgcgga gcccggcggc gttggcctcc ttcgtgggca cacccatcgc ctcgtgcggc
      841 gtcttgacga tcaccttcgt ggccttggcc aacgctgcgg cggccgcacc ccacgagatc
      901 acgccgaagg ccttagcctc gtcttgcggg aatccgccca tccactggtg gaagacggtc
      961 gtcacgcgca cgtcctgata gccgtactta tcgaggtaat cgcgcgtgag tacgtttaat
     1021 gtatgcagcg cggccacgtc ctggatcagg ttgccacact ggccgtatcc cacggtgatg
     1081 tccttcacgc cctgtgcagc ggcgaggagt gtctcgagga cggccaccga gttcgagata
     1141 caaggcggga tcagtgtgcc cgtcagcggc ccgaacggct cgcggttgat cgacacgccc
     1201 gcctcttcgt agaggcccac caggcggtcg gcgtactgcc agtgtgcgat ggtcttttcg
     1261 atcgaatggc tcttggagta ggggatgttg tacgagatgc cgccgccctc gtacgaggtg
     1321 aatccgccag cgatggagat ctccgtcagc aggcgggcgt cgggcgtacc gtggcgcacc
     1381 tgcacggggc tcttgagcgc cgaagtcacg tcgcggcaga tcgtcttgcc atagttcacg
     1441 atcgggaagc cgttcagcat cgagcggttc gtctctttac tcttttcgat acccgtctca
     1501 gcctcgtggt aacggttcag acgcgtgtag ctgtccaccg tcgtaggcag caggtcggcc
     1561 tcgccctcgg tctcgaggaa ctggagcagc ttcttgtgct cctccggcag ggccacaccg
     1621 gcacgcggct ggatcagagt ccggcgttcc tcggttgcct tttgcagctt agcgccgaaa
     1681 cgcttctctg cggggatgga tttttgatag gccacggcct cgtcgaaatc gatgtcgcgc
     1741 cccgtgtgcc attgtccaag cacctccttg cgctcggcga agaaggcatc ttctgaaatc
     1801 tttttattgc tgatttccat gtgtcttatc tctctgtttt tgctgtttct attttgatga
     1861 tgcggtcttt aaccgctttc ggggtgtatt acatacgccc cagtttatat ccggccaagt
     1921 tttccgagta ccctgccaaa cttcgctggc ggccgcagcc gccttgactt tcttttgctc
     1981 cttttcttgt gtcaagacaa gaaaaggaga agaacagggg ctttgcccct ttaccccgtg
     2041 tcaagacaag agaaggagaa ggagaagaac agggggcttt gcccctttac ccccaccttc
     2101 ttttcttccc ttgatggaag aaaagaaggc aaaagaagat caaggcgtca gggacgccgg
     2161 ccaagttttc cgggtacccg gccaaacttc cctgccccgg caggggacgt cagggacgct
     2221 ggccaagttt tccgggtacg ttatgcacct gcggcgcagc agttagaggg tagaatctac
     2281 ttctgactac ccggccttta ggccgtaact accgggggca aagccccctg actaccgtgc
     2341 ccgaatgggc gcataactac ctgcggccga caggccgtta gataatttct tctttcataa
     2401 tgcgtagcgc cagctccgga ttgacggcgc tcagcagccc catcgaggcg aagatgtagc
     2461 gccggtctaa cttataggac ggatgctgcg gtttggcgta agtgaagtcg ctcgcgtcgg
     2521 ccttcgaacc ctcgaggatg tagtccgggt gctcgctgtg gatgatggcg ccgccaatgc
     2581 cgaccacgta agccacatcg gcgaggtctt ttcccgtcag cgcgaacaac tgtccgcacg
     2641 gcgtgtagac cgtctggtag acgccgcaat ggcgctccac cgcgaggcgt atggcaccgc
     2701 gtgccagctc ctcctcgatg cgttgctcca cgctgcccga ctccgccaag gtgtccggat
     2761 gctccgtgca caggcgcacc cacgcctcca cctgatcacg accggccgcg gcagcatcgg
     2821 ccaccgcgtc gagatccagc tcatcggcca gcgacgacag actgtagcgc atacccagat
     2881 cgccctccac cgtacgcttg gcatacggct ccggcagacc cttcgtcact gcgccgtcga
     2941 tcgtcggctt accgtccgtc atcgagtaga cgtccgtcgt agcgccgcca atgtcgatag
     3001 ccagcagatc gcccacaccg ggctccttgc gcgtgccttt gctgaagagt tcgcaaccgt
     3061 tcatcaccgc cagtggcgta gggatgatgc ggtgcggcgt catttcctgc acacgcgtca
     3121 gccccttggc ctcgatgatg cgactgatga agagttcctt gatcttctcc ttcgccggcg
     3181 cgatgttgag ccgattaaac tccggcatta cattgtccgt gatcacatag ttcttgttcg
     3241 acgccgcaaa gacctcctcc agctcgtacg aggccgactt gttgccagcc acgatgacgg
     3301 agaagttccg atcgatggcg cagaggcgtc gggcattggc cacgatcacc tccttgttgc
     3361 cgccgtccgt accgccgcag agcagcacta agtcggggtc gatgcggtaa atctcgtctt
     3421 gttcctgctt cgatatttcg aaagcgtacg tcttgaccac cttggcgcca gcgctggagg
     3481 ctgccagacg ggccgccttg gatgtcagct cgggcacgag ccccagcgcg accatcttca
     3541 gcccgcccgc agcactactg cagcagagca gctcgtcgta cgcaaacggt tcgccgagcg
     3601 attcctccag ctgcgccagt gcgttgcgga agcccacacg cacgtccgtc tcgatcgtgg
     3661 tgaaggccgc agcagtggcc accacacaac cgcgatcagc gtcgatggcg ctcaatttcg
     3721 tgtacgtaga cccgaaatcg acagtaaggt atttcatcgt tgaatgagag tgtgggagaa
     3781 gaatgcttat tgagcggccg cagcggcttc gcgtgcttcg aggagtgctt gcaggtcttg
     3841 gatcgttgtc tcgatggctg tgcccggggg ataaacctta ttgaagccca tcgccatgaa
     3901 gcgcttttca acgtcttcaa agttctgctt acccaccacg aggttgccgc cagcaaagag
     3961 ggggatgtct ttcagaccgg cctcgttaca cttctcgcgt agcccgttgc agtcgatctc
     4021 gccgtgccca tagagcgacg aaacgaggat ggcgtctgcg ttagtctcca acgcggcttc
     4081 gatatactct tcctgtgcca ccatcacgcc caggttgacg accttgaagc cggcctgctg
     4141 gagcgcaaag gcgatgatct tattgccgac ggcatgcgcg tcagctccga tcactcctgt
     4201 tacgatagtt ttctgtttca ttattatttg attgaggatg gggcaaagga aaagactttg
     4261 ccatgaataa aacaagcctg atctgcggat tttttaacga gcttacgatc tcgtctaaac
     4321 agcatttcgt gcggtaacaa accgacagca aaggccgtct ttcagtttcg atccgttgag
     4381 gccctgtgag gagcctgatg ggcgcaaggc catcgcggag ctttccagtc tctcggccga
     4441 ccaccgcaca gccccctgcg tctgcccaac ttccgttatt agaatttagt tattcactta
     4501 gctttgcgct cccaaaatca gggggaaggg acactcataa gagagataca caataacaat
     4561 acacacatca atcacacact cacagagaaa atcatgagca aaaagaactt cttgccattc
     4621 cttgtaatgg ccgccattct catggcactc gcttcctgct cggggaagct caagccgctt
     4681 tcggcgcagt acattcaggc cgatccgcag cctttagaag tcgtcggcgg acaagtgccc
     4741 gtcacgatca gcatcgctta tcccgccaag tggttcaaga aaaacgctac gctgacgatc
     4801 acgcccgtgc tccgctatcc cggcggcgaa acgtggggca cggcttacac cttccaaggc
     4861 gaaaaggtgc gcgccaacaa ccaagtgatc ccttacggta cgggtggcaa cgtcaccatg
     4921 aagtcgtctt tcaagtataa acccgagatg aagcgatcgg agctttacct gaccttcgat
     4981 gtgaagatcg gcaacaagtc gtcccgactg cccgacatca aaatagccga cggcgtcatc
     5041 gccacctccg cgctggctaa cgccgccacg gccaaccccg ctgtcggtgc cgacaagttc
     5101 caacgcatca tcaaggaggc ctacgacgcc aacatcctct tcctcatcca gcaggccgaa
     5161 ctccgctcca acgagctgaa caaaggcgag ctgaaggact ggaaggatcg cgtgaagcag
     5221 gctaacgacg cagccaacca aaacgtctcc gtcgaagtct ctgcctacgc ctcacccgac
     5281 ggcggactct cgctcaacga atcgctggcc gagcgacgcg aagccaacac gacgcgctac
     5341 ctgaaaggcg aactgaacaa acgcaaaatc gacgtccccg tcggcgcaca ctacacggcg
     5401 caggactggg agggcttcaa ggagctcgtc tcgaagtcga acttgcagga caaagacctc
     5461 gtcctccgtg tcctctccat gtattccgac cccgagcagc gcgagcgtga gatcaagaac
     5521 atctccaccg tcttccgctc cctggccgac gagatcctgc ccaagctgcg ccgctcacgc
     5581 ctgacggcca acatcgaaat catcggtaaa tcggacgaag agatcagccg cttggcacag
     5641 tcaaacccca aagcgctcaa cgtcgaggag ctgctctacg ccgccaccct gaccacgaac
     5701 gatgtcgacc gtgaagcgat ctacaccaag gcctccgagc tcttccccaa cgactgccgc
     5761 acctggaaca acatcggtat gcagcgctac tacgccggcg acctccgcaa ggccgaggaa
     5821 ctcttcaaca agtccaacag cgtgcagcaa aacagcgccg ccaacatcaa cctcggcctc
     5881 ctggccctca cccgtggcga gcgcgacaaa gcgcagcagc tcatcggcgg cgcctctgac
     5941 gtggctgagc ttggcgaggc cctcggcatg ctctacctcg agcagggcga ctacgccaag
     6001 gccgtcagct cgttcggcgc tgcgaagacg aacaacgccg ccctggccca gatcctcacc
     6061 aaggactaca gcaaggcctc gcagaccctc aacgccgtca cccgcccgga cgcaacgacg
     6121 gactacctca aggccatcgt ctccgcccgc acgaacgacg ctgccggcgt catcagccac
     6181 ctcaaggcgg ccatcagcaa gaagaaatcc ctggcccgtg aggccgtcaa cgacttggag
     6241 ttcgctaagt acgccaagga cgcggccttc acgaacctcg tgcgataact gaaacaattc
     6301 attagagacg gcctcggccg atctcgtttt ctaaaagaat tagaggcggc gcgcacccgt
     6361 gaagggcccg gccgcctcgc tttttttcac cccctttttc ttcatgatta tgtctgaaaa
     6421 ccctctcccc aggccgttgc tcggtcggtc catgcctaaa aacggcgtct tgggcgcgtt
     6481 gctcggttgg ttcatgccca aaaacggcgt cccgggcgca ttgctacatg gggttacgcc
     6541 caaattccgg gtgttagccc cgatactgaa tgtggctgtt ctggccatct gcttgtctgc
     6601 atgcggcgga caggcgcgga tagataaaga ggatctggcg gcccgtgagg ctgcgcggca
     6661 atatgctgac tctgcggcgt ggaagaccgt cgatcgtgcc gagtgccgca tacgctatcc
     6721 gagcgactgg acgctgcagc ccgagagcga gaacgccgtc ttttatctct atgccccggc
     6781 ggagagcgat gcggatcgtt ttcgcgaaaa tgtgtcgctc gtcgtggagg tattacccaa
     6841 tgggaaatac gatgccgata gctatgtcga ggaggcgatt aaactcttgc aaggtcaggt
     6901 gacaacgaac gagcgcgtcg tccgagccgg tcacgagggc cgtcggctgg tctatacgca
     6961 gcgacctgcg ttggacattg tgactacgaa cgagctttac gtgtgggtca tcaacggaaa
     7021 ggcttacctg cttgcgttca gtcgcgagga gggaaacgat ggcgagcaag ccatcacggg
     7081 gcagcgcatc ttgcaaacct ttgagttgaa ataaaatcac cctatgcgcg atcatggatc
     7141 gacgtatcgt tttagggcta tcgtcttcgg tcggtatccc tatattttta ctggttaggt
     7201 gtgttgatcg cgatcaatac acctaacctg taacatgaaa gcgcttctga gtacgctcaa
     7261 aagtacgatc gtgtaactcg aaatatcttt tggttacgat taaagtcctg aaatgtaggt
     7321 gaatgatggt cttgatcagg gcgctacgta tagtctataa acagttttgt gcttttgaat
     7381 gagatcggag gtgcgccaaa gtaggtagtt agctgttttg aataaagcgg agacgtaggc
     7441 tgtgatacat ggtatagatt cgcgaggtgg aggtgtgaat gagatggtag atagttagtg
     7501 tattgcttaa tgtatgagag atgaggagag agacaggttg gatgtacagc aaagaaaaaa
     7561 cgcccccaca ggccggattt tggttttatc ctcatccaaa ccacgccccg cagaccggat
     7621 tttggctcca aaccgcgaga gaaaatgcgc cgcagacgcc gtttgcagcc ccgatgcgcc
     7681 ctaactttgc gcccgtacat tagaatttga ctccaaaccc tatgcattta cctgcgctta
     7741 ttgtcgattt ggtcgttatt ctcattgcag cgggcctgac caccctgctt ttcaaatggc
     7801 tcaaacagcc gctcgtattg ggctacctgt tggcgggcgt gctggcgggg ccggccgtca
     7861 aggtactgcc gacggtgcgc gaggtctcga gcatcgacac atggggcgag atcggcgtca
     7921 tcttcctgct cttcaacctc gggctggact tcagcgtcaa gaagctgatg aaagtcgggg
     7981 gcacggccac ggtgggcgcc gccacggtgt tgatcggcat gatgttcgtc ggctacatgg
     8041 tcggctcggc cctcgggctg gatcggatga actgcatctt cctcggcgcc atgctttcca
     8101 tgtcgtctac gactatcatc ttcaaagcct tcgacgagat ggggctgcgc aaccggcagt
     8161 ttacgggcgt cgtcttcggg atcctgatcg tggaggacat cttcgccgtg ctcatgcttg
     8221 tgttgctctc tacgctggcc gtcagccgct cgttcgaggg cgaggagctg ctgatgaaca
     8281 tcggccgact ggtgcttttc ctggtgggct gcttcgtgtt tggcatctat ttcatcccca
     8341 cgatcctccg ggcgatacgg aaatacctga ccgacgagat gctgctcatc gtcagcatcg
     8401 ggctttgctt cgggctggtg tatatcgcca acgcgatggg cttctcgtcg gccctgggcg
     8461 cgttcatgat gggcgccatc ctggccgaaa cggtcgaggc ggagcatatc gaggggttag
     8521 tcaaaccggt gaaagacctc ttcggggcca tcttcttcgt ctccgtgggc atgctgatag
     8581 acctcgaggt cttgtgggaa tataagtggt atgtggccat cctcacggcg gtcgtcatgg
     8641 tcggtcagct ggtgttcggc acatgcggcg tgctgctctc gggccgaccg ctcaagacgg
     8701 ccatccagag cggtttctcg ctgacgcaaa tcggtgagtt cgccttcatc ctcgcctcgc
     8761 aaggcatagc gctgaaggtg atgcagccct atatgtaccc catcatcgtg gccgtttccg
     8821 tggtcaccac cttcttcacg ccctacatga tccgcctggc cgatccggct tatgcccgcc
     8881 tggagcgcgg tctgcccgcc agctggatcc gcttcttgga ccgctacgca tcgggctcga
     8941 acactatccg ccagcagagc gaatggcgac agttcctgcg cgccgtcagt cggtttgtgg
     9001 gcgtttactt ggccgtgacg cttgtgctgc tcttcgtctg gctgcaattc gctgtgccgc
     9061 ttatttgccg cctgctccct gggctcaacg gccgactggt atcgcttgtg gcgctgctcc
     9121 tgctcatggc gccgctgctg cgggccatta tgatgaagaa gaatcgctcc gaagccttcc
     9181 agcggctctg gagcgacaac aaatacaacc gcggtccgct cgtttcgctt attgcgctgc
     9241 gcatcgtcct ggcgctggcc ttggtgcagg tgcctacggc catgctgctg cacatcaatc
     9301 cgctgtggga ggccgcgatc acggtgggcg tcgtgctcgt catcctgttt tcgaagggcg
     9361 tccaggcacg gtcgatcctc atcgagcaac atttcgtcag caatctctcg gcgcgtgagg
     9421 ccgagaagga tcggcgtgca cccgtgcggc gtgacttcgc caaccacctc ctggagcgtg
     9481 acctccacct gacggatatt gagatccgcc ccgattcgcc cagcgtgggg ctgacgctga
     9541 aagagctgga cttccgtcgc aagtgcaacg tgaacgtggt gaccatcatt cgcggcggtc
     9601 ggcggatcaa tatccccggc ggcgaggagc gcctctaccc gtcggacaag gtggtcgtgg
     9661 tcggttccga cgccgacatc cagcgcttcc tgcaatacgt gaccgaccgc tacaacaagg
     9721 ccgccgaagc acgccgtaaa cagaagcgga aggagatgaa catcgagcag ttcatcgtcg
     9781 tggagggctc gcgactggtg ggccgctcga tccgtgagtc cggcatccgc gacaaatcgc
     9841 agtgcctcgt gatcggtatc gagcgcggcg acacgtcgat caagaatccg ccgccctcca
     9901 ccgtcttcga gccgggcgac atcgtctgga tcgtgggcga acacgagaag gccatccagc
     9961 tgagcgaggg caagacgttg tgatggcgaa ttgtctgtga ttagatcggc tcccgatagc
    10021 ctccttttga ttcatccgaa gatttcaaac ccattttata ctacacacat gatgaaaaga
    10081 acgaaaacta ctactcgtct cggccgtcgg ccgacgtgcc tcgtagggct gcttgtccta
    10141 ctggccctcg tcaccccttc ggtggcgcac gcgcagcttg ggcgccccac agaggcgcat
    10201 gatcacgacc acgaagggcg cattttcgcc ggtggtgcac tgacctattg gcgtaacacg
    10261 aaggagcgaa cgaccacctt cgactttagt cccgagatcg gctatctctt caacgacacc
    10321 tggggcacag gcctccttct cggctatgag cacgggtcgg caggcgaagg ccctgctcgc
    10381 agcgtagaga atgccttcaa gatctcccct ttcgtgcgct gctactacat gcatcggggg
    10441 cctttcaacc tgttcatgga tggcggcgcg ggagtcaact ttgccgagga gcgcaagggc
    10501 ggatcggtgg agcgtcgcaa cggctttgag gtcggtatcc gccccggtgg ctgtgtcgat
    10561 ctgaccgagg ggctgtgcct ctgcctccgc ttcggttttc tcggctaccg cagtggctac
    10621 ttctccggcg aagagctagg cctcgggcac gacggcttcg gtatacgctt cgctcccgaa
    10681 gagctaatga tcggactgga gctggagttc tgaccgtttc ggccccgaga agcaaatacg
    10741 gaaagggggt atgtccttta ttgggacata cccccttctt ctgtgctgtc ggacgcagcg
    10801 agagcgggat cagtgcgcgg caatgacctc gatctccacg agaccgccct tcggcaactt
    10861 gcacacgtcg atggccgacc gtgcgggaca gtccatgccg gcaaactgcg cggcatagac
    10921 ctcgttgacg acggcgaagt cgttcatgtc gaccagaaag acggtggcct tcaccacgtc
    10981 ggccagcgtg tatccggctt cggtgaggat agcgcggagg ttacggaagg cctgttcggc
    11041 ctgttcgcgg acaccgcccg gtacaaagtc gcccgtagcc gggtcgagac ccagctgacc
    11101 ggacacaaac agcaggttgc ccgtctctac agcctgactg tagggcccaa tggccgcggg
    11161 cgcttggttg gttgcaatta ctcttttcat ttcagtatag ggttagtggt gaatttatgc
    11221 gtggttgacg gcgcgaatca cagtgtctac ctcctcgtcg gtgagggtag gatacatcgg
    11281 taggctaagg atcgcgtcgg cgaagtcgtc ggtcggggtg cggggtacgt ccttgcaggg
    11341 gccgtggtag gcacgttgtc gacggatggg aacggggtag tggatgagtg tgccgacacc
    11401 ctctcgtgcc agtcgctcgg agagtgcggt gcggtccttg gcccggacga caaagaggtg
    11461 gtagttcggc agaccgtacg catgctccgt caggcattcc acagccgtca gtccagcgcg
    11521 gtagcgtgct gcgatggtgc gcctacggac gttccaagcg tcgaggtggc gcagtttgac
    11581 gcgcaggatg gccgcctgca tctcgtccag tcggctgttg atgccctcgt attcgtggtg
    11641 gtagcgcacc gtctgaccgt agttgcggag cgagcgaagg cgttcggctg tagcgtcgtc
    11701 gttggtcgtg atcgcgccgc cgtcgccata ggcgccgagg ttcttggtgg ggtaaaagga
    11761 gtaggcggcg cagtcgcccc agcctcccgc cttacggtcg cgataggtcg tgcctgccgc
    11821 ttgcgcacag tcctccatca ccttcaggcc gtgcgcccgt gcgatacgga ggatggcgtc
    11881 catgtcgcag ctctgcccgt agaggtggac ggggacaatg cacttggtgc gtggggtgat
    11941 ctgtgcctcg atgaggcgtt cgtccaagag gccatcctcc ggacggatgt cgacgacgac
    12001 gggggtagcg ccggcttgta cgatgccggt gacggtggcg aaggcggtca tgtcggtggt
    12061 gatcacctcg tcgccggggc caatatccat gccgcgcaag gccagagcga tggcctcggt
    12121 accgttggcc acgcccacac aatggcggac gccgaggtag tcggcaaact cacgttcgaa
    12181 ggcctcgcct tctttcccga ggatgtacca gccggagtcg agtacacggc gcagggccgc
    12241 gtcgatctcg gtgcggatag cctcgtattc gcgcttaaat tcgttgaata ggatcatatt
    12301 atcagaatcg ttatcggcct ttggccgggt agtaattaga gaattgttct atgtcggggc
    12361 ggctcatctg tccgccggtt gtttgacgaa gagagtgctc catgtaactt gaagcctcgg
    12421 cagaatgtct gccggtgtta ccacacccca tgatagcctc ggcagaatgt ctgccggcgt
    12481 catcacaccc catgatagcc tcggcagaat gtctgccggc attatcacac cccatgatag
    12541 cctcggcaga atgtctgccg gcgtcaccac accccatggt agccctggcg acagtgtcgc
    12601 cggcgttatc acaccccatg gtagccctgg ctc
//
LOCUS       SEQF2634|AYYE01001193.169039 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..69039
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(262..660)
                     /locus_tag="SEQF2634_01787"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSTPLRIEHVALYTADLEATRDFFERYFHATAGPLYHNPTKQF
                     RSYFLTFPGGGARLEIMTRPALLPSATADSLGYAHIALSVGSPAEVDALTDRLRHDGY
                     AVLSGPRTTGDGYYESVVAAVGGLTIEITV"
     CDS             complement(673..1323)
                     /gene="pdxH_1"
                     /locus_tag="SEQF2634_01788"
                     /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="MAQDLHLENIRREYSSRSLSRKELPNDPLEMVDQWLKEALETQV
                     NEPTAMIVATATPDGRPSVRTVLLKEVVGGRFVFYSNYESRKGRQMAENPHVAVTFLW
                     HELERQIHVEGTVTRLSSEESDAYFAMRPYKSRVGARISPQSQPIPSREYIMMRFASE
                     SLRFVGREVPRPDNWGGYAVTPSRIEFWQGRDSRLHDRFLYELQPDGHWDLHRLAP"
     CDS             2149..5484
                     /gene="susC_14"
                     /locus_tag="SEQF2634_01789"
                     /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
                     MQADGVVHGVIVDDKGEAIIGASVLEKGTSNGTITDADGKFTLRAKAGARLVISYIGY
                     RTQEVTASATMRIVLHEDSELLNEVVVVGYGTQKKVNLTGAVATVDIGKTLEARPYSD
                     VSKALQGAVSGLSVVNSSGQLGAAPTMTIRGVGTLSNSAQSAPFILVDGVPMDDLSLL
                     NTQDIQSVSVLKDAASTSIYGARAAFGVILITTKSASKTDRTTVNYTNNIAWETPTIL
                     PNYPDVPTQLRALIEANDRAGDESELFGMYLKQMLPDAEKWRDRNNGRKTGYREMVLG
                     EDFTLDKNGVGSYFADWDMVNIMFRKWRPSQSHNISVQGTSGKTSYYMSVGYNHDEGV
                     MKFNPEKLNKWTTMLNVTTDLTNWLQVGARFSYSNKGMTGPATRRTTYQYMWRWGSFF
                     GPYGTYKGTDFRNDIAYRKQAGDRIENDAFTRLGGFLKATLAKGLTLNADYTFNVLNR
                     NRRIAEVPLKGWNSWGGKLDDIVYYTTSSNLEERSIVDRSYVFNLYGNYLLDVQDAHH
                     FNFMLGANAESGELDMHSSTRNDLLAAGMPEFNLANGDQFVDGSHSQWATAGYFGRVN
                     YDYKGIWLLELNGRYDGSSRFPANSRWAFFPSISGGWRISEQSFFEPIRRTINNMKLR
                     ASYGEIGNQAVGDNMFISTIGKRNDEKGKTSDKEDDVIHWLGQGGDLVVAYGMPRLVS
                     SKLRWERIQTLDVGADFGFLDNSLNISFDWYQRTTRDMLAPGRTVPQVLGSNPPYVNA
                     GVLRTRGWELNIDWRHRFNEVTVYANANLGDYTTTIVEWDNDTKLLNSNYSGKRYGDI
                     WGFETDRYFTKEDFNADGTYKSGVASQKGLESGKFTYGPGDIKFKDLNGDGKIDGGKG
                     TADDHGDLKVIGNTTPRYQYGFHLGGEWRNFDVDLFFQGVGKRDVWTQSAFVMPFMRG
                     ADALYANQTSYWTEKNPDQNADFPRLFPGNASRGTISVLEQGRNNFYPQTKYLVNMAY
                     LRFKNLTVGYTLPQALTRKAHIQKVRVYFSGSNIMEIIKRSKAPVDPEVNDKEEGAAL
                     GNATWGRIDPMYRTFSFGLQLTL"
     CDS             5530..7260
                     /locus_tag="SEQF2634_01790"
                     /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
                     KYRKAEDGQTAPDAAGATRYLTAARDAAAHLMAKSFKLNPSYQENYNAVDLSSNPEMI
                     FYKAYKKDVMQHSLVAYVSSSTQLNGMSKDAFEAYLFTDGKPLALTSLDKGDAARAIP
                     VTRTVAGKTVHDTVMSISHLLALRDKRLSATIDTALCYVGRGFTRYGVGMAMTSSTGY
                     GVCKYDNPALPERDRNQTTRNYTHAPLFWLSVVYLEYAEACAELGSITQADLDRSVNL
                     LRDRAGLPHLNVNPGFDDPANKMGVSSLIWEIRRERRCELMFDNDFRYWDLIRWHQLD
                     RLDSSTHPDILNGANISADVTDKLVTRSGNYVNGSKGKTRAYDKKHYWYPIPTDQMDL
                     NKQLKQNPGW"
     CDS             complement(7504..7725)
                     /locus_tag="SEQF2634_01791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRVPVLLEKKESCLEAARLLLGKKENRLEAASLMLGKKESCPE
                     VVRLMLEKKESCREAVCLLLEKKKYRLEV"
     CDS             8231..8422
                     /locus_tag="SEQF2634_01792"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEKKESRRGAVRLLLEEKEGCREAVCLMLEKKESRREAVHLML
                     EEKESCLEAVCLMLEKKGD"
     CDS             8549..9298
                     /gene="lptB"
                     /locus_tag="SEQF2634_01793"
                     /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             9375..9917
                     /gene="aroK"
                     /locus_tag="SEQF2634_01794"
                     /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
                     RQIFEAEGEDAFREIERKALHEVAEFEDIVLSTGGGTPCFFDNMTYMNRVGTTVYLKA
                     SPEALTERIALGKQSRPTVRHLDDKALHAFVRKALTHRTPYYERAHHAFDVERLVNDN
                     DTDDAAHRLQQLLYGHGERR"
     CDS             9974..11842
                     /gene="korA"
                     /locus_tag="SEQF2634_01795"
                     /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
                     ETFVRYWATPGMEGFAHRIGGLEKDYDTSAISTDPKNHQKMVETRQAKIDKIADFIPE
                     VEVKGDKDDADLLIVGWGGTSGHLHEVMDTMRRNGQKVALAHFRFINPLPKNTAEVLK
                     RYPKVVVAEQNKGQFANYLRSKIDDFTPYRFNRVKGQPFIVSRLVEEFTHIIEEKN"
     CDS             11845..12864
                     /gene="korB_2"
                     /locus_tag="SEQF2634_01796"
                     /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="MNATTDITYSPKDYKSDQYVRWCPGCGDHAVLSCLHKAMAEVGT
                     SPDNMAVISGIGCSSRLPYYMNTYGFHTIHGRGAAIATGVKTARPDISVWLVTGDGDC
                     LAIGGNHFIHAVRRNVDLNVVLMNNKIYGLTKGQYSPTSDRGFVSKSSPYGTVEDPFV
                     PAELTLGARGNFFARGIDTDAANLTAIFAASARHRGAAVTEVLVNCVIFNNGTHTGIT
                     DREVRAERSIFLRHGEKMIFGKNRDKGLVLDGLKLKAVTIGEDGYTMDDILVHDAHER
                     DNTLHLMLAMMSGDLPVALGIIRDVDAPTYDESVHQQIAEVKAKKKAHSLRDMLLSGD
                     TWEVK"
     CDS             complement(12979..13953)
                     /locus_tag="SEQF2634_01797"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFLLRSIFFLAVLGACTAGLVFCIYRQDNNNYLMAYTLKLNR
                     LRTTESPRLILVGGSNVAFGVDSKMLADSLKMNPVNFGLHAGLSLRYIMRDVIRYSRP
                     NDLIILMPEYEFFYNKGGGECPTLSMLLYYNHMHGWMDMSFYEWANALHGFLWIPGNY
                     LRGFIRRNMSIHTYTYSCFGFNQYGDESTHRSYLSEKCPINEGNDVSNEIVPVNDKEE
                     AWFIELYNKLIERKATVYIFPPAMVEAGLADGNRMGKIKGCEAFFKRHRLSYASSIEQ
                     SIFPDSAYFDTPYHLNYAGVQMNTRRLIREIRRLQENPQHQQRGKAFK"
     CDS             complement(13953..15398)
                     /gene="patA_2"
                     /locus_tag="SEQF2634_01798"
                     /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="MLFNSLQFLFFLPLVFFLYWGIKERKAQNLLIVVASYVFYGWWD
                     WRFLLLIALTSVCSYLSGIYIDRRPQHGRQLMVLNLLFNLGILGVFKYYNFFAENFSL
                     LLHTVGLKTDLPTLNIILPVGISFYTFQALSYTIDVYRRQLRATTDPVEFFAFISFFP
                     QLVAGPIERATNLLPQFQRPRTFDYDKATDGLKQMLWGFFKKIVVADSCAVGVENIFS
                     NYPSMSGGLLFLGGVLFAFQIYGDFSGYSDIAIGTARLFGIDLMRNFNIPYFSRNISE
                     FWSRWHISLTTWFRDYIYIPLGGNREGRLRTLRNTLIVFLVSGIWHGANWTFVSWGIY
                     HALLIIVFFLLGVRRQPKVVAANSVLPSVKECAQMAVTFFLVVIGWIIFRSENMYMAY
                     HYIVRMFTTPWTDLSAWSFVDRSVLKEALIGCAIMLLIEWLQRQKAHGLEFKISGLMR
                     WTAVRWSLYLFLIYTIFYCVRTQTEFIYFQF"
     CDS             complement(15900..16118)
                     /locus_tag="SEQF2634_01799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQIEIILERSKDFWWAYSTNVEGINGGGETEEAARREVLQCIE
                     LQKELGNLSAHETYKPVFHYAAVELCAY"
     CDS             complement(16356..18050)
                     /gene="dauA"
                     /locus_tag="SEQF2634_01800"
                     /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="MKEKSKLRPEFRPKLLAALRTYSKERFAGDLMAGIIVGIVALPL
                     AIAFGIASGVSPEKGLITAIIGGFIVSMLGGSSVQIGGPTGAFIVIVYGIIQNFGIEG
                     LTIATLLAGVLLLLMGLMRLGTVIKFIPYPIIVGFTSGIALTIFTTQIKDLLGLTIDH
                     MPGDFLSKWVVYAESITTISWPAVVVGLVSIALIVLTPRVSKRVPGSLAAIVVMTIVA
                     YILREHFGLTGLETIGDRFQINASLPTPTRIAINPETINLLLPSAFTIAMLGAIESLL
                     SATVADGVTGDRHDSNTELMAQGAANIIVPLFGGIPVTGAIARTMTNINNGGRTPVAG
                     LVHAIVLLLILLFLGPLTRHIPMACLAGVLVVVAYNMSEWRTFRSLLKNPRSDVAVLL
                     STFFLTVIFDLTIAIEIGLLLAMVLFMRRISETTRVSVTTDHIDLSDEGEIHHDDEHL
                     DVPRGVEVYEIDGPFFFGIANKFDECMKQVAGGKPAIRIIRMRKVPFMDSTGLHNLES
                     LCRLSRREGITVVLSGVNDNVRAMLLRSGMDTQLGADNICSNIQEALARSRALLEG"
     CDS             complement(18892..20334)
                     /locus_tag="SEQF2634_01801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSNLRILAALLFVGWLSFCPACSDDLTQVGSSTLPDGDRNTVY
                     SDTFQMTAATVRVDSLYLRSSDGMLGNLDDPAFGQIKYDYLCQFYCVQGFRFPHTPHN
                     GRIDSVVLRLRFYNWTGDARVSMRARVYALNRQPVRSPYGRLNPEDYADMQTVLGTRV
                     YRLTDFPSLRNDSTIRDLYNASTRSYQPVSIHGRDLRITLPKSLGQSFYDETVARPAS
                     FATQDAFNRFFPGLYITTDYGTGSMIEVGETRLLIYYSRPKSAKNDTLVRDSVTFRFT
                     REVIQYNHIRTSDDNSLLRPSADSFAYVKTPSGICPRIVIPAAEIARKTQGRVLNAAS
                     LSLRFMPQDAWNDALVPPPFLLLLPEDSARAFFDNRTIDNGLLYLRSTNESNSPDIGF
                     DAITRNYRFANIAPIIQAHIRRNPGTDLRLLAIPIDRRYSVTTDRNNQPTRHTTAIIP
                     YLYPGGVRLRVDPASMKLVLLSSQHGTGLR"
     CDS             complement(20331..21143)
                     /gene="glgA_2"
                     /locus_tag="SEQF2634_01802"
                     /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             21523..22365
                     /gene="panC"
                     /locus_tag="SEQF2634_01803"
                     /EC_number="6.3.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0G6"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate synthetase"
                     /translation="MNTITTVRELRQLLDEERKAGRRIGLVPTMGALHAGHLSLVRRC
                     VSENDVCVASVFVNPTQFNDPHDLETYPRTPERDAAMLAEAGCRYVFMPSVDEMYPET
                     DTRVFNLGTVATVMEGTFRPGHFNGVAQIVSKLFEAVEPDRAYFGEKDFQQIAIIRAM
                     VRELGLRVEIVPCPIVREADGLALSSRNARLTPEGRQVAPAIYRTLTESRALVDTKTP
                     DEVKAWVTERLNAVGGLRVEYYEIVDSTTLQPIHAWADSSEPRGCIAVYCGEVRLIDN
                     ISYK"
     CDS             22411..22764
                     /gene="panD"
                     /locus_tag="SEQF2634_01804"
                     /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             22863..24185
                     /gene="mdtK"
                     /locus_tag="SEQF2634_01805"
                     /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="MYTNRQIWDISLPIFLSLLAQNVINITDTAFLARVGEVALGASA
                     MGGLYYICIFTVAFGFSAGSQIIIGRRNGERRYEAVGPVVLQGTLFLLVLAAVCFVAS
                     RLWGERMMGVIVSSDELRAATMEYLDWRIYGFFFAFTSVMFRALFVGITRTRVLTLAS
                     VVMSVVNVVLDYLLIFGHAGLPRLGIAGAAIASVVAEAASVLFLAVYTRLTVDRRRYG
                     LDRLRRFDFRLIRQVLSISGFTMLQYFISMSTYFIFFLAVERLGQRDLAVANIARSLY
                     IALFIPVSALSTAANTMVSNLLGAGRTQEVIPLIRHLTLISVGITAFFAALLVLLPRL
                     FLSVYTNEAELITASIPSVVVIALASLSSAASSIAFSAISGTGNTRHAFLLEMLALAV
                     YTLYIYVAVVRLRLPVHLSFVSDIVYYVAITIGSIVYFRRAAWYQKDV"
     CDS             24252..24455
                     /locus_tag="SEQF2634_01806"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKLIGTNAGLVWRALSKAGRMSVKELKKETKLRTDKELFAAIG
                     WLAKEGKIESGEKDSEIYFWLLQ"
     CDS             25086..25361
                     /locus_tag="SEQF2634_01807"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKDQKIWAVLEVRLQDLMSLCDERKQTIESLTQTIQRMEADY
                     RTLEAKYTDLLAAGYIASADENERKVARKRLSDMVREVDKCLALLNG"
     CDS             25337..25687
                     /locus_tag="SEQF2634_01808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGPAERIAQKDKSVKANEFIIHLEIAGKKYPVTLRRGDVQTER
                     RARLAARRVQQMYLERKNIFSKAVDDKDLLAMVAIQLATDMIPLEERNDTKPLIERIQ
                     RLTADLERYLKENR"
     CDS             25849..27390
                     /gene="rny"
                     /locus_tag="SEQF2634_01809"
                     /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             27443..28099
                     /gene="tal"
                     /locus_tag="SEQF2634_01810"
                     /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             28120..28638
                     /locus_tag="SEQF2634_01811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEKVLPALIGSNHSAGLLFLIPILPPTMIEQDYLLKIMQEFI
                     DAIGKIMRRPNEDDRTAEARMQTHFDAVSEQFFGQPTSHFLRLEKEDILDDLVAQSDP
                     RRTEGRAQMLAELFYRNALIKSSLVERLDLLEKSLYLFAYIGRTSRTYSWDRERKMAD
                     IRRRLDEFKTEG"
     CDS             complement(28675..28887)
                     /locus_tag="SEQF2634_01812"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METTTHDGITIKMMLPEASDLHLLRELAARMGWVIEREKRTGLD
                     EAIDDIKAGRVHKAKDVDDLMEQLMK"
     CDS             28944..29219
                     /locus_tag="SEQF2634_01813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALIPPERSAQASAEAGEVCTVQAAPAQNRPPNRRLAESPYLYP
                     RQKGSVPTHGGSPTGPIPPEETLKRNASPKEKTDAYRREDGVSVFIL"
     CDS             29249..30982
                     /gene="recJ"
                     /locus_tag="SEQF2634_01814"
                     /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
                     QALHYFNPDLRDLHDPFLMPDMHKAVKRLNKALGNKERIMIYGDYDVDGTTAVALVYK
                     FLRAYSSSIEYYIPDRYDEGYGISFKSIDYAVSRGITLVISLDCGIKAIDKVAYANER
                     GVDFIICDHHMPDDELPEAVAVLDAKRADSQYPYAHLSGCGVGFKFMQAFAQSNDIPF
                     STLEGLLELVAVSIASDIVPITGENRILAFHGLRQLNNNPSFGLKGIINVCGLSGKDI
                     LVSDIVFKIGPRINASGRMMNGKEAVDLLLSRDMEAAEELSENIDRYNEDRRELDKKI
                     TDEANAIIEQIHDMEAQKGIVVYDPTWHKGVIGIVASRLTEKYCRPTVVLTRSSELIT
                     GSARSIPGFDIYRAIESCRDILENFGGHMYAAGLSLREENLQAFIDRFMEQAARDIGP
                     EQMTPQIDIDTVISLRDINTKLMADLKRMEPLGPENERPVFATMHVRDHGTSRRVGRE
                     LEHLKLELTDRHGGGPVHGIAFGMSEHSYYVKQQNAFDLCYTLEENTYNDNTTLQLMV
                     KDIRPSSIAEG"
     CDS             31236..33179
                     /gene="recQ_1"
                     /locus_tag="SEQF2634_01815"
                     /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="MDSSQTPPRVDRYHEILKKYWGYDAFRPLQEDIIRSVGAGRDTL
                     ALMPTGGGKSLTFQVPTLAMDGLCLVVTPLIALMKDQVDNLRRRGIKATAVYMGMTTT
                     EIDTQLDNCIFGDYKFLYLSPERLTTERFLAKLRAMHVCLLAVDECHCISQWGYDFRP
                     SYLRIADIREALPTDVPVLALTATATPQTVDDVQEKLRFRAPNVLRKSFARPNLTYLV
                     RRCDDKLSQLIRILQRTHGSAVVYVRSRQRTAEIASALKAEGITATFFHAGLSREKKS
                     ERQRAWMDGQLRVMVATNAFGMGIDKPDVRLVVHIDIPSSLEEYFQEAGRAGRDGEPA
                     YAIALCDPRDTQRLRRRISNEYPDRELILRVYDALGSHLGVASGYGLFTRHSFSLEAF
                     CTIYRFSYIHAYYALKILELSGYLLYEEEPENASRVRILVTREDLYDLDRNTPHTDIV
                     LRELLRSYSGLFADYVFIDEELLATRGQLTRAEVCEALIQLSRAHIISYIPRRDTPRI
                     TFTRSREEPRHVRIPRSAYEERRDRSSDRIERVVEYITDDRHCRSRLLLRYFGELHTA
                     DCRRCDVCNHHTRSGLVQWELNAVRDTLATLLRNRAPQSIHAIVSRLPLSSEKNHHAL
                     RYLLDNDARFHLTDGLVSFHEEG"
     CDS             complement(33539..34060)
                     /gene="rfaH"
                     /locus_tag="SEQF2634_01816"
                     /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="MTEEELRRIRAARTQNWYVLYTAPRAEKKVEERLRERGVECYLP
                     LHRSPQVWSDRVKMVDKPLFISYVFVRSTETEALNFVRQIYGVARVVFYNGRPAIVQP
                     SEIEAIRAFLEQAANHPLTVGEEVEILSGALKQVSGVIQKIGRNRLRLFIEQIGVTVT
                     VDLSEVAPVKRLK"
     CDS             complement(34057..35517)
                     /locus_tag="SEQF2634_01817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMLWCLCIGMAMGAEDEYPKQEIRAVWLTTIYGLDWPTRTASDW
                     DGRERQKQELRNILDRLHEANFNTVFVQARLRGDVIYRSKIEPLSAVFAGSYGQWPGY
                     DPLAFVVEECHKRGMECHAFFVTFPVGTERMVREQGGASVVRRHPELCLQHRGSWYLD
                     PGQPGTTDYLLSLVDEVVRNYDIDGIQFDYIRYPENAATFPDNESYRRYGRGQRLNDW
                     RRGNINRLMSRIHDRVKQLKPWVQVSSSPLGKYSKSGRTPNAKWTAYEDVFQDPKAWL
                     QAGKQDMIVPMMYYRRSDFYPFVSTWLEQSGQRNMVAGLGAYRLSRSEGDWNLSDISD
                     QITYVRKQGGKGCAFFRAGFVIGNEKGLYNELKNRFFKYPAQLPPLTWMSATHTAPCE
                     PQEVHVTRERGGLRLRWEGSPDCLYTLYYAQADSIDLASARSILATGIRTNEWFLPIN
                     ADAEREYTFCVTASNRYRIESRPSRSTYYYFSRYDK"
     CDS             complement(35681..36619)
                     /locus_tag="SEQF2634_01818"
                     /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
                     EALYLAGLASHVYLIVRKPYLRASKVMQDRVMNAPNITVLFEHNTLGLFGEGGVEGAH
                     LVKRKGEPDEEQVDIAIDGFFLAIGHKPNSDIFKPWIKTDETGYILTEAGTPRTNVPG
                     VFAAGDVADPHYRQAVTAAGAGCRAAIEVERYLSNH"
     CDS             complement(36659..37195)
                     /gene="ywrO_3"
                     /locus_tag="SEQF2634_01819"
                     /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="MKTLILVVHPHLNESLINKRWVEELQKHPDKYEVHRLYDAYPDG
                     KIDVAAEQQLMERYERIVFQYPLYWFNCPPLFKTWLDEVLTYGWAYGSQSGYKMGGKK
                     VALVITAGIDEHEYAASGKYRYTIEELTRPFELTFEYVKADYRPPFVFYGIELNSSEE
                     WIEQSVPRYMKFLEEFSR"
     CDS             complement(37197..37838)
                     /gene="lolA_2"
                     /locus_tag="SEQF2634_01820"
                     /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
                     RSTSLPARLTVTMKNGMRSVIRISHMQTGVNPPDKTFTFNRADYPGVTEIDLR"
     CDS             complement(37835..40324)
                     /gene="spoIIIE"
                     /locus_tag="SEQF2634_01821"
                     /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="MTKKTGKKRQRSGSNGSWEDALRSFFSSERVWFLAGLIVCFVVM
                     YLGIAMTSFLFTGGADQSVVESMPLSELPADHARVENWAGVRGAYVAETVMNRWFGVP
                     SFFMLFFLGSAGLWLMRVCRMSLLKRFLLCSSMMIWSSVFLSLAFASTVGTSFFYPGG
                     RHGWYLAEMLTRNLGMPGTVLLLLITAILIAVFTSSLVIPFMQRQLVGGWSLMGERWQ
                     RSREARRARHEAEAEEKAKRETTPSEPAPTTYNKEADTKPAAAPRREGPSVEDEGYAL
                     GEDDEDEIAATPIVPNGRREAEAVEAPTIFTVEVPREEEPATPAEVVAELGEYDPRLD
                     LSNYHFPSLDLLKKYDRNDKPIDMEEQSENQKRIKQTLENFGISISSIRATVGPTITL
                     YEVVPAQGVRISKIRNLEDDIALNLSALGIRIIAPMPGKGTIGIEVPNKDPQIVSMQS
                     VISSRKFIESKYDLPVALGRTITNEVFMFDLCKAPHLLMAGATGQGKSVGLNAIITSL
                     LYKKHPAELKLVLVDPKMVEFSIYAEIERHYLAKLPDEEKPIITDFTKVVHTLNSLCK
                     EMDNRYELLTRAHVRNIKDYNEKFINRRLSPDKGHEYMPYIVVIIDEFGDLIMTAGRE
                     IEMPIARIAQKARAVGIHMVIATQRPSTNIITGTIKANFPVRVAFRVSSMIDSRTILD
                     SPGANQLIGRGDLLFSQGSDMTRVQCAFVDTPEVEAISEFIGAQPGYPKAHELPEYDP
                     EGEDDGKSVASDLSDRDPLFDEAARLVVSQQQGSTSLIQRKFSIGYNRAGRLMDQLQG
                     AGIVGPYEGSKARQVLIQDIYSLEQKLNTIK"
     tRNA            41306..41380
                     /locus_tag="SEQF2634_01822"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             41429..42994
                     /gene="cmdF"
                     /locus_tag="SEQF2634_01823"
                     /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
                     IGEGEVFHRGLLRPTRDVMEEEGLCPLRLRLREGLAATNGTSVMTGIGLVNLIEARRL
                     AGWAVAASVMMNEVAASYDDLMSPVLNEAKRHSGQRRVAAEMRRWAEGSRSLRQREAE
                     MFHRHTEEVFERKVQAYYSLRCVPQVLGPVWDTIEQATEVLIDELNSACDNPIVDAET
                     RNVYHGGNFHGDYVSLEMDKLKIAVTKLAMLAERQLNYLCHDRINDGILPPFVNLGIP
                     GLNYGMQAAQFTATSTTAECQTLSNPMYVHSIPNNNDNQDIVSMGTNAALLARRVVEN
                     AYQVTAILFMALAQAVDYLKLQPQMAPRTRTVYDAIRGVFPAFTDDQPKYREIEAMVE
                     FLKTTDNTNFLAQ"
     CDS             42991..43377
                     /locus_tag="SEQF2634_01824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVPEKYYDEVFDFSGQWDVPSKCGLKLIRRPGQPVTVIVTELY
                     QDNPGTSVTAAGYMLARQIFERKQLAPAEVRYLECNPDTQSKLSFYDEEYFEVTFPET
                     TGGSGRPTYRQLSREEVTALFDRPQE"
     CDS             43374..44681
                     /locus_tag="SEQF2634_01825"
                     /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="MTIVPDIERQSADVIKRFQEVKLREALRYVAAHSTFYRRLFREH
                     GVDPERVCRIEDLTVIPFTEKSDLQLHNEEFVCVPRARIIDYITTSGTLGDPVTFAMT
                     DADLDRLAYNEQISFACTGAGPGSVFQLMTTIDKRFMAGLAYFLGIRRLGAGIVRVGN
                     GIPELQWDTIRRVQPDTIIVVPSFIPRIIDYAEAHGIDYRASSVRRAVCIGENLREQD
                     FSLNLLGESIRRRWDIELFSTYASTEMATTFTECPCGCGGHHHPELIICELIGDDGLP
                     VADDEAGELVVTTLGVEGMPLVRFKTGDLARFHREPCRCGRTTMRISPIIGRRNHMVK
                     YKGTTLYPPAVFDVLDNTPYVENYVMEVSANEYGNDRIVIRVGLRERPAFDVVKELKD
                     RFRARIRVAPEIAVSSPEEVRRINHPDISRKPVKFIDKRNRPQ"
     CDS             44678..45829
                     /locus_tag="SEQF2634_01826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNATDQFEDLRPFVADEIPAAMQRIADSEAFDALARYVFPHRDV
                     EEVRRMVRAIRTTDEFQMSVMYHVNLRIIRRSITRLTVDGLDALDPAERYLFISNHRD
                     IMLDSSLLQNLLHEAGHRTTEITFGSNLMQGELATAIGRANKMFKVVRDSNMHDFLAD
                     SLHLSAYIRHTLLEKRESIWIAQRNGRTKDGDDRTDRGIVKMFALSDRTDAARAIRSL
                     HIVPVAVSYQWEPCDILKTRELYLSRGGRKYVKQPGEDLHSILTGILQPKGCVHFAIG
                     QPLDRSLPDTVEARHANAFYRTVADEIDQQIHRNYRLFDNNFIAHDLRSGTLTYADRY
                     TPEARTAFEARMQQMLQEIDGDPSILKAIFLGIYANPVENWAQGRINHR"
     CDS             45834..46640
                     /gene="yycJ"
                     /locus_tag="SEQF2634_01827"
                     /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
                     DIDFDRILAVLVTHDHGDHIKTVGCLGERCHIPVYATERVHTGINRSRYVDEPLRTAG
                     RVIEKGVPFTIRDLTVEAFEIPHDSSDCVGYFITCGPHRLVIASDIGQPTDTIARYVA
                     RARHLVLEANYDEDMLRHGRYPYFLKERVAGPGGHLSNREAADLLAAHRAPDLRHVWL
                     CHLSRENNRPELAYETVSRRLTEAGVRIAPDTLRLDVLQRNAPSDLFILD"
     CDS             complement(46688..47119)
                     /locus_tag="SEQF2634_01828"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRNESNEERNLPLRQLEEATSYSKYYDDKRFWRKVRRIAQKVG
                     GSVLKPVLLLFYMMKSDSVSLKDKAYIVGALGYFVLPIDIVPDFLAGLGYTDDLAVIT
                     LLIKYLKDNITPEIEMRVDAKIHDLMETKEEQEQEKEQPQV"
     CDS             complement(47564..48886)
                     /gene="mepA_3"
                     /locus_tag="SEQF2634_01829"
                     /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
                     KEALAAVSASFFIYYFIISLAIGVGSGITVVVSQRFGARDHDAVRRAFSSFLLFAIVA
                     GAVLSVVGVVGADGFFRLTRTPPEVMPYALRYFRVYAAGTLFFILFYSALSILRGIGD
                     SVRPMRFVLVTAVLNIAFDLLFILVFRWDIEGAAAATVLAQACGVALVIRRISRHELL
                     SLRRRDLVFDRPLFLQGVRIGIPTGVQQCAIAIGLVALLGIVNGFGADTLTAYGAAGK
                     IDSIIVQIILTLSGALSAFCGQNIGAGRFDRVHAGVRFAMLFNVCLCLVVLAAILAFG
                     RQMMGAFTEDADVMAIGQEYLTILGAVLIFHGALSILNGAMRGAGDTFFAMVTGIVSF
                     WLIRIPLATLFSRAWGRVGIWWAIAASITLAFVATLIYYRTGRWKRRL"
     CDS             complement(48962..50275)
                     /locus_tag="SEQF2634_01830"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAALCLLRAGAQTADYTPTKENLQARETFRSNRFGIFIHWGLYT
                     MAGDGEWMMHNRNVNRDEYARLAGGFYPAAFDADRWVKAVADAGAKYICVTTRHHDGF
                     SMFATRESDFNIIEATPFRRDVIRELADACARHGVRLHLYYSHLDWRRDDYFPRGRTG
                     LGTGRTREGRWDDYCAFMDRQLTELLTGYGPIGAIWFDGMWDKDIYPDGVTDSTWRLT
                     QQYALIHRLQPACLIANNHHTTPFAGEDIQIFERDLPGENKAGLSGQAISRLPLETCE
                     TMNRSWGYRMTDQAYKSTADLIRLLVRAAGNDANLLLNVGPQPDGQLPDTALARLREV
                     GAWMKTYGKTVQGTRGGVVRPHEWGVTTQRGRTLFVHVLSDVDRLICLPYAGNRVRQA
                     VDYRTRVPVHFVQDADGIVLKLPTTAKADPDFVVEVEFAEELKGN"
     CDS             complement(50305..50931)
                     /locus_tag="SEQF2634_01831"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLLVLLLALFRLPDGGHTEDTLRLVTVSDTLHYVQVGGYDGRG
                     ERWPLPYPVYRFQTGDINGDGRTDVLVGVIKSTRYDPQVARRLFIFKVYKDRCIRPLW
                     MGSRLSRPLVDFRFVHIDGQPRVLTIERDTTPERYLMAVYRWRSFGLDFVAYHARGLP
                     FDEARQRLEDWPIPLEGRPSRPPLPLTISYNPGDRKAAPITPNYFYTT"
     CDS             complement(51067..51360)
                     /locus_tag="SEQF2634_01832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAVFIACDQAHHEDVLTLLTHFNCRGYTAFGQVTGRGSQTGDP
                     HLGSHAWPAMNEAILTVVDADLVPRLLEALRALDERSDQLGLRAFVWNVEATV"
     CDS             complement(51367..54531)
                     /gene="mdtC"
                     /locus_tag="SEQF2634_01833"
                     /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
                     ANPLARIPGVGTVSINGAPKREIQVYCDPAKLEAYNLTVEAIGAIIGAENRNIPGGSL
                     DIGNETYALRVEGEFKDAREMESIVVGTVGGANVYLRDVARVVDTVEERTQEAYTNAI
                     RGGTIIIQKQSGANSVNIAKQVLAKLPELQKNLPPDVKLGIIWDSSENILETIDSLTE
                     TVLYALLFVVLVVFLFLGRWRATLIISITIPLSLIASFVYLAITGNTINIVSLSSLSI
                     AIGMVVDDAIVVLENVTTHIERGSAPSQAAIHGTNEVAISVVASTLTMIAVFFPLTMV
                     TGMTGVLFKQLGWMMCVIMVVSTVAALTLTPMLCSRLLRLQRKPSKAFRTFYHPIQRA
                     LDALDTGYARLLRWAVSHRRTMVLSCIAFFALSLLCAGYIGTEFFPQQDNGYITAKLE
                     LPVGTRKEVAQELAARLTNEWRQKYPEITVCNYTVGQADATNTFAAIRDNGSHIITFN
                     LSLTKSSERKRSQALIGDMMREDLKAYPEFTKTKVVPGGDNGGMGGQATADFEIYGYD
                     MATTDRLAQELRTELLKQDGVSEVNISRGDYLPEYQVDFDREKLSVQGLNLSTAGSYL
                     RNRINGYTASQYREDGAESDIVVRYAPEYRTSIDDIENILIYNNQGRAVRVRDVGTVV
                     ERFAPPAIERKDRERIVTVSAVPKPGAPLGTVVAEGQKVIDRMQTPSNVKIQVSGSFE
                     DQQDSFSDLGVLALLIIVLVFIVMAAQFESLTYPFIIMFSVPFAVSGVLMALFLSRTT
                     LNVMSLLGAIMLIGIVVKNGIVLIDYITLCRERGRAVKNSVVTAGKSRLRPVLMTTMT
                     TILGMVPMAIGGGQGSELWRPMGVSVIGGLTVSTILTLLLVPVLYCSFAGVGIKRQRR
                     KLRRMREMDDFYQAHKHLITKPKD"
     CDS             complement(54542..55576)
                     /gene="mdtE"
                     /locus_tag="SEQF2634_01834"
                     /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="MKREIIIRSAVALLLAAAIVACSGGGKQAEETEQEALPKVKLGA
                     AVREEVEQVETYTATVEAQVTNNIAPSMPVRIERINVEVGDRVSRGQALVQMDAASLR
                     QQQLQMENLRADFRRIDELYKVGGVSRSQWEASKTSLDVSETAYRNLQRNTTLTSPIS
                     GVVTARNYDNGDMYNGAQPVLTVAQIQPVKLVINVSESQFTRITKGTKAEVELDVYPG
                     ETFEGTINLIHPTVNATTRTFAAEVRLPNADQRVRPGMFGRVKLNLGKTERIVVPDKA
                     IIKQAGSGERYVYVCRDGRVLRRTVELGRRLGDRYELLSGLDGEADVVVDGQYQSAVK
                     DSAQVEVVKN"
     CDS             complement(55588..56946)
                     /gene="arpC"
                     /locus_tag="SEQF2634_01835"
                     /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="MSFHKTLLFISLLPGLSGLSAQDVETTQAPDTLRLRLDEAIQIA
                     LTENPTVRVADYDVEIKKEARREARAGLLPEASLSASYSRTLKKQTMVMEFGGQSTKI
                     QMGTDNSYSAGLSINLPLFAPALYRSIRLTEADIELAVEKARASRIGMVNEVTKAFYQ
                     LLLAQDSYRVLQEAYAQAEANLRIVNERFTLGSVSEYDRIRADVQVRSLKPGLVSAGN
                     GVALAGLQLRVLLGVAGEPIIAARGSLADYESAMKPDQPIAETLENNSDLRQLDLNLE
                     LLSHNERLTKANFLPTIGASYSYSYSSMNNDFRIRNYSWYPYSLVALSVNIPLFKASN
                     YPKLRKVRLQMQQLRETRLNAERQLGMLVQNARDKMAAAYEQQASNREGVAQAEKGRL
                     IARKRYEVGMGTILELNDAEVALTQAELAYRQAIYDYLTARADLEKTLGNNDSAHTIN
                     QK"
     CDS             complement(57312..57779)
                     /locus_tag="SEQF2634_01836"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKLLYCGIAALTLGFVSCNQNAKNAENAENADSAMVAEQPAE
                     APAPAFDKVGAYAGTLPCADCSGLETTVELMGDMTYKVTQDAKGKKDGGHSEAAGSFT
                     WDPASGIITLENADALSFRKLLIEGDNVVVVGDDGAKAAENADKYVLTKKQPA"
     CDS             complement(57887..59362)
                     /gene="gltD"
                     /locus_tag="SEQF2634_01837"
                     /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="METIPTVAERRAESWREELRQGMKAKERTAIHRVEMNELDPDYR
                     SHNNEEVNQGLTEEQALREAQRCLDCVTPTCMEGCPVSIQIPSFIKNIERGNFLEAAR
                     VLKETSALPAVCGRVCPQEKQCESRCVHVKMKKAPVAIGYLERFAADYERESGQIAVP
                     ECAPSKGIKIAVVGSGPAGLSFAGDMAKRGYDVTVFEALHEIGGVLKYGIPEFRLPNR
                     IVEVEIDGLRKMGVQFITNCIVGKTISYDDLHADGFRGIFVASGAGLPNFMNIPGENL
                     IGVMSSNEYLTRVNLMHAASTDADTPVFKGKHVAVIGGGNTAMDSVRTARRLGAARAM
                     IVYRRSEEEMPARIEEVKHAKEEGVEFLTLHNPIEYLGDENGRVKHMRLQRMELGEPD
                     ASGRRRPVPVEGAVETIDVDEVIVSVGVSPNPLIPQAFAGLEISKRGTIIVGEADMRS
                     SLADVYAGGDIVRGGATVILAMGDGRRAAAAMDEALQEHKS"
     CDS             complement(59385..60182)
                     /locus_tag="SEQF2634_01838"
                     /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
                     IPLTIASADTSRGTITLVVQAVGRSSKKLCALDEGDAVTDVVGPLGQATHIERVGTVV
                     CAGGGVGVAPLLPIVEAFHKAGNRVIVVLAARTKDLIILEDRMRACSDEVIIMTDDGS
                     YGTKGLVTQGVESVIQREPVNLCVTIGPAVMMKFVAALTKKYEIPTVASLNTIMVDGT
                     GMCGACRVTVGGRTKFVCVDGPEFDAHQVDFDEMMMRLRSYKEEEQK"
     CDS             complement(60198..60581)
                     /gene="groS"
                     /locus_tag="SEQF2634_01839"
                     /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
                     EKLQTGYVIRIGPGYPQPSHVDEDEAWKKKDNRSAYIPLQAHEGDLAVYMQSAAYEVS
                     INQEKFLILPHSAILMLVRDKDLFE"
     CDS             60736..61323
                     /locus_tag="SEQF2634_01840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSWIARCNGQSVFGNACNTVASLTKNFLAFAQVAQVPPHLPRRL
                     RKLRKFRGIFRDVCAGCASSAAFSETFAQAAQVARHLPRRLRRLRKFRRICRDVCAGC
                     ASSAAFAETFAQVAQVPPHLPRCLRESRKSLEKLSGVCRNAAKASKNFLEFAGMLQRL
                     RKTFWSLQECCKDLEKLSGVCRNAASISKNVLALA"
     CDS             complement(61540..62472)
                     /gene="rluD_2"
                     /locus_tag="SEQF2634_01841"
                     /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="MKSNRTFRPHRGAQPDDRQPRGQRVTVREASPLLPFLFAHITDR
                     SRSAVKSLLRHGQIWVNGRVTTHFDMPLRPGDTVLISHERGRPAFNSPYLRIVWEDES
                     LIVIDKRDGLLSVSDSVAQERTAWAILSAYVREQDPRNRIFVLHRLDRGTSGLMMFAR
                     NKGVQEKMREGWADIVTRRSYVAVVEGVPEPAEDTLRNFLAENSRMKVYCTDALHGKE
                     AVTHYRVLKAASDCALVEFTLETGRKNQIRAQMEAFGHPIAGDPKYGAQTDPAERLML
                     HACRLWFIHPETGREMRFDTPIPTVFSAQVRDRE"
     CDS             complement(62525..63805)
                     /gene="corC_2"
                     /locus_tag="SEQF2634_01842"
                     /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="MEIILILGLILLNGLLSMAEISLVSARKARLESQVKKGKRSAQK
                     ALDLAQKPDQFLSTTQIGITLIGILTGLFSGEAFARDLAGVLARVPGLEPYAVGISKL
                     TIVVIVTYLTLVLGELVPKRIGMNFAEQVAELVARPMDILSKVASPIVWVLSKSTQGV
                     ILLLGLNRTGENKVTEEEIRAVVQEGFDSGEVQDVEQDIVERVFTLGDRDVGSIMTHR
                     SDLIWLNMQDGMDAIRRKVKENLYNVYPVASERFDNIVGVVFLKDLFGRIDQPDFTLQ
                     QVLRPAQFVPESQSVYNALEQFKQARVKYGIVTDEFGGVQGLVTLADIVEALIGQLPD
                     VDEELEIKQRADGSWLVDGQYSFYNFLEYFDMEDLYADYDYNTLSGLILELLERVPKT
                     GDTFSWQCFDFEIVDMDRARIDKVLVKKHPVANT"
     CDS             complement(63815..65020)
                     /gene="sdaB"
                     /locus_tag="SEQF2634_01843"
                     /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="MKSLRELYKIGNGPSSSHTMGPQRAARAFAADSPGAHAFRVTLY
                     GSLAATGRGHLTDQAILQVLQPLAPTEIVWRPDVVLPFHPNGMRFEALEADGATVALS
                     RTVYSIGGGALSDGHSRAETTPDIYPLTTIADILARCEREGSTYWEYVEECEGAGIWD
                     YLREVWQVMCEGIERGLNNEGVLPGGIGVRRKAATYYVKAKGYIGSLNSRGHIYAYAL
                     ATSEENAAGGRIVTAPTCGSSGVLPAVLYHVAKAHEFREVRILRALATAGLFGNIAKE
                     NASISGAEVGCQGEVGVACAMAAAAACQLFGGTPGQIEYAAEMALEHHLGLTCDPVCG
                     LVQVPCIERNAVAAARALDANVYAVYSDGKHRVSYDRVVEVMKETGHDIPSLYKETSE
                     GGLAKNAIL"
     CDS             complement(65125..65919)
                     /locus_tag="SEQF2634_01844"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESRTVKISLVAAAALLVTTGCIARGLRREKGPSVEQTREVAAY
                     TAIQTGGGIDVVLSDELKAGQIVVVASEKMQDQILTEVEGGELNIRLRPSLLGWFGPG
                     PMKVIVPNTGTLTRLRASGGSDIWADQVMLRGRSLEIGCSGGSDFKGKVTVDELDVAC
                     SGGSDFKGEVTATTCRFEASGGSDLALSGSAKECQVDLSGGSDMDAKRFEVGDYELSA
                     SGGSDATVLCTGHLTASASGGSDVRYSGDCQATTSDDVSSSVKRRR"
     CDS             complement(65947..66933)
                     /locus_tag="SEQF2634_01845"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKNFTMRASEQKDASLESPTRVSEQKDAPLECPLRASEQKDAP
                     LESPFGVSEQKDTPLESPFGVSEQKDASLESPFGASEQKDAPLESPLGASEQKDAPLE
                     SPTAAPSGQRPLKWFPTAAPSGQRPQKCFPTVAPSGHWLLKWFPTAAPSGYSPLKCFP
                     TVAPSGQRLLKCFPTAANEWKLPLSAGRVGAYCIRPQTIRTRNSSVWLEGALICNCLC
                     RGIGWGVCNTPLLLGTPSGHWPPKWVPIRADKWKLPLSAVRVGAYCIRPQMFGTRNGS
                     VCPRGAYKMVSNGGAFGAAALEMFSNDSAFGSAAPIIFFRENCNKRRASASQ"
     CDS             complement(66967..69027)
                     /locus_tag="SEQF2634_01846"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGNFLDVFDLRLIDGDPRTALDTPDKVILSRSYARRLFGEASA
                     VGRELTLAGGRLYADRRVFVGGVYEDLPETSHFHSDLFVRLPDEDAGMFTYVYLLLSP
                     GTRPDAVARGIAANMRRLGATDDPRPESPMLFPLTDIHLRSHFQREHEPNGNILYLYL
                     IAGANVLLLVIVLFNLWLNAGLIFAFNRRYYQLLRLNGASSRRVLVDEMMIAGVVGGV
                     AVAAGWGLAQVVAARWAEAVPVGVVAGMSAAFVAIVVGVSVVPVVARMSSTRFLSMRA
                     DPRGGGVALSGVKYMLIGQYAIVLFVTIVSVCISRQVGRIRSSQVGGREPAVLVMQAQ
                     PIDVTRRFGLLRSELLKQPGIEAVTTAMQLPGSAIRDGVMVQKEGESEDNVRRIAVLV
                     VGDDFLSFFRLRPVAGEAFGRLRHTADEEERMLVAAAEGHRTDNGSEQYVVNRSAAEM
                     LGFRTPDEAIGQQLRIRTGNGGLDYIDRGTIVGVTDDFNYTTTFEATQPLLVVHRAFF
                     QHCLMVRLDPDRRDEALDSFRRVWAAVNPGYPAQYTYLSDVYDGVYASERYAERLTRI
                     FAALCLAVATLGLIIVMAFVVRRRTKEIGIRKINGARPSDIVRMLNYRFVLWIGVAFL
                     LAAPAAYLLMTRWLENFAAPAPLDWWLFGLTGLGVLVISVAAVSWQSWRAATINPVDT
                     LKLE"
ORIGIN      
        1 gcaccataac agctcaaggc gtcagggacg ccaaccaagt ttaccgggta cgcaccataa
       61 cagctcaagg cgtcagggac gcctgccaag tttgccgggt acacaccata acagctcaag
      121 gcgtcaggga cgccaaccaa gtttgccggg tacgcaccat aacagctcaa ggcgtcaggg
      181 acgcctgcca agtttgccgg gtacgcacca taacagctca acaactcaac aaaccaacaa
      241 accaacaact caacacccac atcagacggt gatctcgatc gtgagaccgc cgacggcagc
      301 tacgacgctt tcgtagtatc cgtcgccggt ggtgcgtggg ccgctgagga ctgcgtaacc
      361 gtcgtgccgc agccgatcgg tcaaggcgtc tacctccgcc gggctaccca cgctgagggc
      421 gatgtgggcg tagccgagac tgtcggccgt ggcggatggg agcaacgccg ggcgtgtcat
      481 gatctccagc cgtgcgccgc cgccgggaaa ggtgaggaag tacgaccgga actgcttcgt
      541 cgggttgtga tagagcggac cggcggtggc gtggaagtaa cgctcgaaga aatcgcgcgt
      601 agcctccaga tcagcggtgt agagcgccac atgctcgatg cgtagcgggg tggacgacat
      661 ggggaggagc gatcaggggg caaggcggtg aagatcccag tggccatccg gttggagctc
      721 gtagaggaag cggtcgtgca gtcgactgtc gcggccctgc cagaactcga tgcggctggg
      781 tgtgacggcg tacccgcccc agttgtcagg ccggggcacc tcgcggccga cgaagcgcag
      841 gctctccgag gcgaagcgca tcataatgta ttcgcgcgag gggatgggct gactctgcgg
      901 tgaaatgcgc gccccgacgc ggctcttgta gggcctcatg gcgaaatagg cgtcgctctc
      961 ctcggagctg agccgcgtga cggtgccctc gacatgaatc tgccgctcca actcgtgcca
     1021 gaggaaggtg acagccacgt gcgggttctc agccatctgt cgccctttgc ggctctcata
     1081 gttagagtaa aagacgaagc ggccgcccac aacttccttg agcaggaccg tgcggacgct
     1141 cggccgaccg tctggcgtag ccgtggccac gatcatggcg gtgggttcgt tgacctgcgt
     1201 ttcgagggcc tctttgagcc attgatccac catttcgagc ggatcgttgg gcagttcttt
     1261 tcggctcagg ctgcgcgagg agtactcgcg gcggatgttc tctaagtgta aatcttgtgc
     1321 cataggtgtt gttctcttct attgatgagg gccgcaaatg taaacggggc cgcgaaatcc
     1381 gtcttccggt cataaagtat agacccaagc cctcgtccgg ccatccccaa gcgcaaaaac
     1441 gatcagcaaa gccctcctcc ccttgattaa acagccattg tctgcagaca aaactacctg
     1501 atacctattt acaagtccat tgtctacgga caaaaagctc atataggcct atacatatac
     1561 attgtctaca gacaaaatga gtgtatatgt atttcacctt acaatatcta tagacaaatt
     1621 aattcattag gcctatatcc atagattgtc cgtagacaat gacctatgaa atagatatag
     1681 acctattttg tccgcagaca atagaggctc atatatctat accccctttt tgtctacaga
     1741 caaatactgc cataacgcct cctccagccc atctccaact gtcagcaagt tcgcggacga
     1801 cgcacccctc ccctcgccta ccgttggcga catgcctccc atcgaaataa gcctccagac
     1861 cgaggcttgc cccctcagct atacgtagaa atcacgatcc gcagccatcg aatgcatctc
     1921 tgccgccccg aatgcttttt aatcccaaaa ccgcgtttac ctttgttcac ggatacagag
     1981 cggcgaaggg ggccaacaca cccccctaag gctgcaagaa tcaaggaact tatacacgtg
     2041 gacaagaagt aatacagagc gaaatacgca cccacggccg gggatgatcc cgccggggag
     2101 ctaccccata tcatcaacac ttcatcatta tttaatgcat tgcatattat ggcaaacaca
     2161 ggaaaacgaa gaactcatta tgagcgaatc attgcagcct gggcagtgat tgcgctgacg
     2221 gggggcatgc cccatgtcat gaaagcggac ggggcggccc tcagggcggc aaccgccgaa
     2281 atgcaggccg acggcgtcgt gcacggcgtg atcgtggacg ataagggcga ggccattatc
     2341 ggcgccagcg tgctggaaaa gggcacgtcg aacggtacaa tcaccgacgc cgacggaaaa
     2401 tttacgctcc gtgccaaagc gggcgcccgg ctcgtcatct cctacatcgg ctaccgcacc
     2461 caagaggtga cggcttcggc cacgatgcgc atcgtgctgc atgaggatag cgagctgctg
     2521 aacgaagtcg tcgtcgtggg ttacggcaca cagaagaagg tcaacctgac cggcgccgtg
     2581 gccacggtcg acatcggtaa gacactcgag gcacggccgt attctgacgt ctcgaaggcg
     2641 cttcagggcg ccgtgtcggg cctctcggtc gtgaacagca gcggtcagct tggcgccgca
     2701 cccacgatga ccatccgcgg cgtgggaaca ctgagcaaca gcgcacagag cgcccccttc
     2761 atcctcgtcg acggggtgcc gatggacgac ctctcgctcc tcaacacgca ggacatccaa
     2821 agcgtctccg tgctcaagga cgccgcatcg acctccatct acggtgcgcg tgcagccttc
     2881 ggtgtgatcc tcatcaccac gaaatcggcc agcaaaacgg atcgcaccac ggtgaattac
     2941 acgaacaaca tcgcctggga aacgcccacc atcctgccga actatcccga cgtgccgacg
     3001 cagctccgcg ccctgattga ggccaacgac cgcgcgggcg atgagagcga actcttcggc
     3061 atgtacctca agcaaatgct tccggatgcg gagaaatggc gcgatcgcaa caacgggcgg
     3121 aagacgggct atcgcgagat ggtgctcggc gaagacttta cgctcgacaa aaacggcgtc
     3181 ggcagctact tcgctgactg ggatatggtg aacatcatgt tccgcaaatg gcgtccctcg
     3241 cagagtcaca acatctccgt gcagggcacg agcggcaaga cgtcctacta catgtctgtg
     3301 ggttacaacc acgacgaggg cgtgatgaag ttcaaccccg agaagctgaa caagtggacc
     3361 acgatgctga acgtgaccac cgacctcacc aactggttgc aagtgggcgc tcgcttcagc
     3421 tacagcaaca agggcatgac ggggccggcc acgagacgca ccacctacca atacatgtgg
     3481 cgctggggca gcttctttgg gccttacggc acgtataaag gcaccgactt ccgcaacgac
     3541 attgcctacc gcaagcaggc tggcgaccgc atcgagaacg atgcctttac gcgcctcgga
     3601 ggcttcctca aggctacgct ggccaaggga ttgacgctga atgcggacta cactttcaat
     3661 gtcctcaacc gcaaccgacg catcgccgag gtgcccctga agggctggaa ctcatggggc
     3721 ggtaagctcg acgacatcgt gtattacacc acctcatcga acctcgaaga gcgatcgatc
     3781 gtcgaccgct cctacgtctt caacctctac ggcaactacc tgctcgacgt gcaggatgca
     3841 caccacttca acttcatgct cggcgccaac gcggagagtg gcgaactcga tatgcacagc
     3901 tctacacgca acgatctgct ggctgcgggt atgccagagt tcaacctcgc taacggcgac
     3961 cagttcgtcg acggttcgca ctcgcagtgg gctacggcgg gctacttcgg acgtgtcaac
     4021 tacgactata aaggcatctg gctcttggaa cttaacggcc gttacgacgg ctcgtcacgc
     4081 ttcccggcta acagtcgctg ggccttcttc ccgtccatat cgggcggctg gcgcatcagc
     4141 gagcagagct tcttcgagcc gatccgtcgc acaatcaaca acatgaagct gcgcgcctcc
     4201 tatggcgaaa tcggcaatca ggccgtgggc gacaacatgt tcatctctac catcggcaag
     4261 cgcaacgatg aaaagggcaa gacgagtgac aaggaggatg acgtcatcca ttggttagga
     4321 cagggcggcg acctcgtcgt ggcttacggt atgcccaggc tcgtctcctc gaagctgcgt
     4381 tgggagcgca tccaaacgct cgacgtgggc gccgacttcg gcttcttgga caacagcctg
     4441 aacatctcct tcgactggta ccaacgcacc acacgcgaca tgctcgcccc tggacgcacc
     4501 gtgccgcaag tgctcggctc caatccgccc tatgtcaacg ccggtgtgct ccgtacccgc
     4561 ggctgggagc tgaatatcga ctggcgccac cgcttcaatg aggtcacggt ttatgccaac
     4621 gccaacctgg gtgactacac gaccaccatc gtagagtggg acaacgacac gaagctgctc
     4681 aactccaact acagcggcaa gcgctacggt gacatctggg gcttcgaaac ggatcgctac
     4741 ttcacgaagg aggacttcaa tgccgacggc acgtataagt ctggcgtcgc ctcgcagaaa
     4801 ggactcgaga gcggcaagtt cacctacggc ccgggcgaca tcaagttcaa ggatctcaac
     4861 ggagacggca agatcgacgg cggtaagggt acggccgatg atcacggcga cctgaaggtg
     4921 atcggtaaca ccacgccccg ctatcagtat ggcttccacc tgggtggcga atggcgcaac
     4981 ttcgacgtcg acctcttctt ccaaggcgta ggcaaacgcg acgtatggac gcagagtgcg
     5041 ttcgtgatgc ccttcatgcg tggcgccgat gcgctctacg cgaaccagac gagctactgg
     5101 acggagaaga atccggatca gaatgcagac ttcccgcgcc tcttccccgg caatgcttcg
     5161 cgcggtacga tcagcgtctt ggagcagggt cgcaacaact tctatccgca gacgaagtac
     5221 ttagtcaaca tggcctacct acgcttcaaa aacctcaccg tgggctacac cctgccgcag
     5281 gcactgaccc gcaaggcaca cattcagaag gtacgcgtct acttcagcgg cagcaacatt
     5341 atggagatca tcaagcggag caaagccccc gtcgatccgg aagtgaacga caaggaagaa
     5401 ggcgccgccc ttggcaatgc cacctgggga cgcatcgacc cgatgtatcg caccttctca
     5461 ttcggtcttc agctcacgct ttaatccatc ttcattcaac catcgtttaa tcatcactta
     5521 aaaggataca tgatgaaaag aatagcaata ccaagccttt tgctggccgt agcgctcacc
     5581 tcggcctgca acagcttcct cgataaagag ccgctcgaca tgttcaccga cgagaacttc
     5641 tgggagagcg agaacaccgt cgccagttac gccaacagct tctacgaaca attcgcgggc
     5701 tacggcaacg gcaattccta cggcgacttc tacttcaaaa ccctctctga cgaccaggcc
     5761 ggcggctaca gcttcgccga ctggaccttc accaacgtgc ccgccaatag tgccgaatgg
     5821 aaagacggct gggtggaaat ccgacgcgcc aacatcctcg tcgaccgtgt cgaccgcgtc
     5881 aacatgtccg acgccgccaa ggcacactgg cgcggcgtgg gccgactgat gcgcgcttgg
     5941 cagtactaca agttagtccg cgactatggc gacctgccct gggtcgataa gcccatcgac
     6001 ttccacgacg aggccaagct ctacggcccc cgtgagagcc gcgacgcggt gatggataag
     6061 gtgctcgagg acctcaacta cgcctgcgag aacatgtacg acaacacctc ccgcacgacg
     6121 ctcaaccgca acgtggccta cgccatgaag gctgaaatct gcctcttcga gggcaccttc
     6181 cgcaagtatc gcaaggcgga ggacggccag acggcccccg acgccgccgg tgccacgcgc
     6241 tatctgaccg ccgcccgcga cgccgccgcg cacctgatgg cgaagagctt caagctgaac
     6301 ccgtcctatc aggagaatta caacgcggtc gacctcagct cgaacccgga gatgatcttc
     6361 tacaaagcct ataaaaagga tgtgatgcaa cactcactgg tcgcctacgt cagctcctcg
     6421 acgcagctca acggcatgtc gaaggacgcc ttcgaggcct acctcttcac cgatggcaag
     6481 ccgttggccc tgacctcgct cgacaagggc gacgccgccc gcgccatacc cgtgacgcgc
     6541 accgtggccg gaaagacggt ccatgacacc gtcatgtcca tcagccacct gctcgcccta
     6601 cgcgacaaac gcctctcggc caccatcgac acggccctct gctacgtcgg ccgcggcttc
     6661 acgcgctacg gcgtcggcat ggccatgacc tcctccaccg gctacggcgt ctgcaagtac
     6721 gacaaccccg ccctgcctga gcgcgaccgc aaccaaacga cgcgcaacta cacgcatgcg
     6781 ccgctcttct ggctctccgt cgtctatctg gaatatgctg aagcctgcgc cgaactgggt
     6841 tccatcacgc aggccgacct cgatcgcagc gtcaacctgc tccgcgatcg cgcaggactg
     6901 cctcatctca acgtcaaccc cggcttcgac gacccggcaa acaagatggg cgtcagctcg
     6961 ctcatttggg agatccgccg cgagcgccgt tgcgagctga tgttcgacaa cgacttccgc
     7021 tactgggacc tcatccgctg gcaccagctc gaccgcctcg actcgtccac gcaccccgac
     7081 atcctgaacg gcgccaacat ctcggccgac gtgaccgaca agctcgtcac ccgctcaggc
     7141 aactacgtca acggttcgaa gggcaagacc cgcgcctacg acaagaagca ttactggtac
     7201 ccgatcccca cggatcagat ggatctgaac aagcaattga agcagaatcc cggctggtaa
     7261 ggcttcacat cgcagcgcga agagggacgc gggcggacac cgggttcgcc cctcccacaa
     7321 ttcattcact cggctttttg taaccacttt tataacattt gacttcggcg ggacgcacct
     7381 gagataggtc cgttccgcct tttttgtatc ccgacccatc ccgaggcgac acgccagctt
     7441 ctacacaaaa agcccccatc gaaagcacac cgtttcgccc tcctttttcc ctcagagcaa
     7501 gctctacacc tcgagccggt acttcttttt ctccagcaat aggcacacgg cctcgcgaca
     7561 gctttccttc ttctcaagca ttaggcgcac cacctccgga cagctctcct tttttccaag
     7621 cattaggctc gcggcctcaa gacggttctc cttttttcca agcaataggc gcgcggcctc
     7681 gagacagctc tccttttttt caagtaggac cggcacccta ttcatatagt atcatatttc
     7741 tggatatgat agaaaacgaa gcatcagcaa atactatatc tcaaaatgag atctcaaatc
     7801 atacgcctac acatctatat tctgaaatac atagctaatc tatattcctc taatatatca
     7861 tcttgaaata tacatacgaa ataaggttca tatgacacca tatttcaaga tacaatggaa
     7921 taagagcata ggataggagt gtatttcaaa atgagctatg aaatacatat cgtttatcta
     7981 tgcatttcaa aatacataga tcaatgaagc cgtatatatc agcatattcg gaaataagct
     8041 atcaaaataa ccacatatag ccgcgaattt caagatacgg tatagaatga atccatgatc
     8101 tatatcctat cagaaaatga gaagacaaac gagacctcag atcatagcat atttcaaaat
     8161 atagtatgat ctgaacccta tatcagctct tcttggaaaa aaggaaggct gtcgcgaggc
     8221 ggtgcaccta atgcttgaaa agaaggagag tcgtcgcgga gcggtgcgcc tgctgcttga
     8281 ggaaaaggag ggctgtcgcg aggcggtgtg cctaatgctg gagaagaagg agagtcgtcg
     8341 cgaggcggtg cacctaatgc ttgaggaaaa ggagagctgt ctcgaggcgg tgtgcctaat
     8401 gctggagaag aagggggact gacccaagac ggtgagaggg ctgctgctga acggcgtagg
     8461 ctggcgggcc agggggacgg ggccgctttc tgcattcgtc gcccggctta cctttgccgc
     8521 ccctcattat caccctatac ctctttatat ggacgaaccc aagatgatcc tccgcaccga
     8581 ggatctggtg aagaaataca aggcacgcac ggtggtgaac cacgtctcca tcaacgtgca
     8641 acaaggcgag atcgtcgggc tgctcgggcc caacggcgcg ggcaagacaa cgaccttcta
     8701 catgaccgtc gggctggtca cccctaacca aggtcgcatc tttctcgacg agaccgagat
     8761 caccgactac cccgtctaca aacgcgcccg cctcggcatc ggctacctgg cgcaggaggc
     8821 ctccatcttt cgcaagatga ccgtcgagga caacatccgc gccgtgctcg agatgaccga
     8881 ccgccccaag gattatcagc aagccaagac cgaaagcctc atcgaggagt tcggccttca
     8941 gaaggtgcgc aagaacctcg gcgaccgact ctccggcggt gaacggcggc gcgccgagat
     9001 cgcccgctgt ctggccatcg acccgaagtt catcatgctc gacgagccct tcgcgggcgt
     9061 cgaccccatc gccgtgcaag acattcagac catcgtggcc cgcctcaagc acaagaacat
     9121 cggcatcctc atcaccgatc acaacgttca cgagacgctc agcatcaccg atcgcgccta
     9181 tctgctcttc gagggcaagg tgctctttca aggcaccgcc gaggagttgg ccgccaacga
     9241 gatcgtccgc gagaagtacc tcggccgcga ctttgagctg cgtaagaaga acctgtaggg
     9301 cagcacggca actttcctac ttttgcccgc gtttctacaa cgctacacat ctccactaca
     9361 ctattcacac acacatgcaa cgcatcttcc tcatcggcta catgggcgtc ggtaaaacga
     9421 ccttgggcaa agccttggcc gaccgcactg gattatcttt catcgacttg gatctcttta
     9481 ttgaagggcg ttaccgcaag accatccgac agatttttga ggcagagggc gaggatgcct
     9541 tccgcgaaat agaacgtaag gcgctccacg aggtggccga gtttgaggac atcgtcctct
     9601 ccaccggtgg cggcacgccc tgcttcttcg acaacatgac gtacatgaac cgtgtcggca
     9661 cgacggtcta tctcaaggcc tcacccgagg cgctgaccga acgcatcgca ctcggcaaac
     9721 agagtcgccc caccgtgcgc cacctcgatg acaaggccct ccacgccttc gtccgcaagg
     9781 ccctcacgca ccgcaccccc tactacgaac gcgcccatca tgcgttcgat gtggagcgac
     9841 tcgtcaacga caacgacacc gacgatgcgg ctcatcgact acaacaactc ctatacggcc
     9901 acggggagcg ccgctaaacc atccccacac acgcttattt gatttaggta ttacagtata
     9961 gtttttttat ctcatgacag agcaaaccaa agtaacgact ctggatcacg tcgtgatccg
    10021 tttttcggga gatagcggcg acggtatgca gcttaccggc accatcttct ccaatctgtc
    10081 agccgttttc gggaacgaca tctccacctt tcccgactac ccggccgaaa ttcgcgcgcc
    10141 gcaaggaaca ctcttcggcg tctctggctt ccaactccat ttgggcacga agaaggtcta
    10201 tacccccggt gacaaggccg atgtgctcgt ggccatgaac cccgccgcgc tcaaggtcaa
    10261 cgtcaagaat ctgcgcaagg gctccatcgt catcatcgac acggactcct tcgccaagcg
    10321 tgacctcgag aaggctgagt tcaagaccga cgacccgatc gaggagcttg gcctcacgga
    10381 aaaggtgcaa ctcgtggccg cccccatctc tacgatggtg cgtgacggac tggccgagta
    10441 tggcctcgac aacaagtccg ccgtgcggtg taagaacatg ttcaccctcg gcctcgtctg
    10501 ctggctcttc gaccgtccgc tcgaccacgc catgacgatg ctccagacca agttttccaa
    10561 gaagcccgac atcgccaagg ccaacatcaa agccctgacc gacggctaca actatgggca
    10621 caacatccac gcctccgtct ctacttaccg catcgaaggc tcgaagaagg aaccgggcat
    10681 ctacaaggac gtgagcggaa acaacgccac ctcctacggt ctcatcgccg ccgccgagaa
    10741 gtctggcttg caactcttcc ttggtagcta ccccatcaca cccgccaccg acatcctgca
    10801 cgagctctcg aagtacaaga acctcggcgt gatcacggtg caggccgaag acgagatcgc
    10861 cggtatctgt acctccatcg gtgcctcttt cgccggttgc ctgagtgcca cgtcgacctc
    10921 cggccccggt ctggcattga agagtgaagc catcggcttg gccgttatcg cagagcttcc
    10981 gctcgtcatc atcgatgtac agcgcggcgg tccctcgacg ggtatgccga caaagagcga
    11041 gcagacggac ctcatgcagg ctctctacgg acgtaacggc gagagccccc ttgtggtcgt
    11101 agccgccacc accccgacgg actgcttcga catggctttc tgggcggcca agctggccgt
    11161 ggagcacatg acgcccgtca tcctcctcac cgactccttc atcgccaacg gttcggccgc
    11221 atggcgcatc ccagattaca taaacgactt ccccgacatt aagccgaact acgtctcgaa
    11281 ctatcacggt gaggccgtct ggaaacctta tcgccggaac aaagagacct tcgtccgcta
    11341 ctgggctacg cccggcatgg agggcttcgc gcaccgcatc ggcggactcg agaaggacta
    11401 cgacaccagc gccatctcca ccgacccgaa gaaccaccag aagatggtgg agacacgtca
    11461 ggccaagatt gacaaaatcg ccgacttcat ccctgaggtg gaagtgaagg gcgacaagga
    11521 cgacgccgac ctgctgatcg taggttgggg cggcacctcc ggccatctgc acgaagtgat
    11581 ggacaccatg cgccgcaatg gccagaaggt ggccttggca cacttccgct tcatcaaccc
    11641 cctacccaag aacacggccg aggtactgaa gcgttacccg aaggtggtcg tggccgagca
    11701 aaacaagggc cagtttgcca actacctgcg cagcaagatc gacgacttca cgccctatcg
    11761 cttcaaccgc gtcaaagggc aacccttcat cgtttcgcga ctcgtcgaag aatttaccca
    11821 catcattgag gagaagaact aattatgaac gcaacaacag atataaccta cagccccaaa
    11881 gactacaaga gcgatcaata cgttcgctgg tgtcccggat gcggtgacca cgccgtgctc
    11941 agctgcctgc ataaagcgat ggccgaagtc ggcacctcgc ccgataatat ggccgtcatc
    12001 tctggtatcg gctgctcctc gcgtctgccg tactacatga acacttacgg cttccacacc
    12061 attcacggcc gtggcgcagc catcgctacc ggtgtcaaga cggcacgccc cgacatcagc
    12121 gtatggctcg tcaccggcga cggcgactgc ctcgccatcg gtggtaacca cttcatccac
    12181 gccgtacgcc gcaacgtaga tctgaacgtc gtgttgatga acaacaagat ctacggcctc
    12241 accaagggac agtactcccc gacgtccgac cgcggcttcg tctccaagag ctcgccctac
    12301 ggcacggtgg aagatccctt cgtcccggcc gagctgaccc tcggcgcacg cggcaacttc
    12361 ttcgcccgtg gcatcgatac ggatgcggcc aacctgacgg ccatcttcgc tgcatcggct
    12421 cgccaccgtg gcgctgctgt gacggaggtg ctcgtgaact gcgtcatctt caacaacggc
    12481 acccacacgg gcatcacgga tcgcgaggtg cgtgccgaac gttccatctt cctccgccac
    12541 ggcgagaaga tgatcttcgg taagaaccgc gacaagggtc tcgtgctcga cggactgaag
    12601 ctgaaggctg tcaccatcgg cgaagacggc tacacgatgg acgacatctt ggtgcacgac
    12661 gcccatgagc gcgacaacac gctgcacctc atgctggcca tgatgagtgg cgacctgccc
    12721 gtggccctcg gtatcattcg cgacgtggac gccccgacct acgacgagtc tgtgcaccag
    12781 cagatcgccg aagtgaaggc gaagaagaaa gcccactccc tgcgcgacat gttgctctct
    12841 ggcgacacct gggaggtgaa gtaacccctc ccacgcacgc ggtcgcatga tagctcgtgc
    12901 gtacacaaaa aagaaagccc cgccgatcgg atctgttcgg tggggctttc ggtgttttgg
    12961 tggggggcga gaggaatttt atttgaaagc ctttcctctc tgttgatgtt gtggattttc
    13021 ctgaagccga cgaatctctc gtataagtct tcgagtgttc atctgtactc cggcatagtt
    13081 caaatgatac ggcgtatcaa aataggcgct gtcagggaat atgctttgtt cgattgatga
    13141 agcatatgag agcctatgtc gcttaaagaa ggcttcgcag ccttttatct tccccatcct
    13201 atttccatca gccagacctg cttccaccat cgcaggaggg aaaatgtaga ctgtagcttt
    13261 ccgctcgatg agcttgttgt ataattcaat gaaccaagct tcttctttat cgttgactgg
    13321 aacgatctcg tttgagacat catttccttc attgatcgga catttttcac ttagatagct
    13381 cctatgagta gattcatctc cgtattggtt aaatccgaaa caagaataag tataggtgtg
    13441 tattgacata tttctcctta taaatcctct caaataattg ccgggaatcc atagaaagcc
    13501 atgcaatgca ttggcccatt cataaaagct catgtccatc caaccgtgca tatggttgta
    13561 ataaagcagc atggacagtg tgggacattc cccacctcct ttattgtaga aaaattcgta
    13621 ctcaggcatc aaaataatga gatcgttcgg gcggctgtat cggatgacgt ctcgcatgat
    13681 atatcggaga cttagtccgg cgtgcaatcc aaaattgaca ggattcattt tgagcgaatc
    13741 ggcaagcatt ttactgtcta cgccaaaagc aacattactg ccacccacca aaatcaagcg
    13801 aggcgattct gtcgttcgta aacgattcag cttaagcgtg tatgccatca ggtagttgtt
    13861 gttgtcttga cggtatatgc aaaacaccaa gcctgcagtg catgcgccta acacagcgag
    13921 aaaaaaaata gatcgaagaa gaaagcgctt cattagaatt ggaagtagat aaattcggtt
    13981 tgagtacgta cgcaatagaa aatcgtatag atcaagaaca agtaaaggct ccatcggacg
    14041 gccgtccaac gcataaggcc tgagatcttg aattccagcc catgcgcttt ctgtcgttgc
    14101 agccactcga taagcagcat gatggcacaa ccaatcagcg cttcttttaa gacagatcta
    14161 tcaacaaatg accaagcaga taggtccgtc caaggtgtgg tgaacatgcg gacgatatag
    14221 tggtaggcca tgtacatatt ctccgatcgg aagatgatcc agccgatgac caccaagaaa
    14281 aatgtgacag ccatttgagc gcattctttc acagaaggca gcacggagtt cgcggctaca
    14341 acctttggtt gccgtctgac gcctaacagg aaaaacacga tgatgagcag ggcatgataa
    14401 atgccccagc ttacaaacgt ccaattggca ccatgccaaa tacccgacac aaggaacacg
    14461 atcagcgtat tgcgtaaggt ccgaagacgg ccttcacgat ttcctcccaa ggggatgtag
    14521 atatagtcac gaaaccaagt ggtgagcgag atatgccatc gcgaccagaa ctcagagatg
    14581 ttgcgtgaga agtaggggat gttgaagttg cgcatcaagt cgattccgaa gaggcgcgcg
    14641 gtgccgattg caatgtccga atagccagag aagtcgccgt agatctgaaa cgcgaacagt
    14701 acaccgccca agaacagcag gccgccactc atcgacggat aattgctgaa gatgttttcc
    14761 acccctacag cacagctatc cgccacgacg atcttcttga agaatcccca cagcatctgt
    14821 ttcagtccat cggtagcctt gtcgtaatcg aacgtgcgtg ggcgttggaa ctggggcagc
    14881 aggttcgtag cacgttcgat tgggcctgcc actaactggg ggaagaaact gatgaaggcg
    14941 aaaaactcga ccggatcagt ggtcgctcgg agctgtctcc ggtagacatc aatcgtgtag
    15001 ctcaatgcct gaaaggtgta gaagctgatt cctaccggta agatgatgtt aagcgtggga
    15061 agatccgtct tgaggccgac cgtatgcagc aggaggctaa agttctcggc gaagaagttg
    15121 taatacttga atacgccgag gatgcccaga ttgaatagca ggttaagcac catcagctgc
    15181 cgcccgtgct gtgggcgccg atcgatatat atcccactca ggtaactgca aacggaggtc
    15241 agggcgatga gcaacaggaa gcgccagtcc caccagccgt aaaacacata actggcaacg
    15301 acgatcaata ggttttgggc cttccgctct ttgatgcccc aatagaggaa aaagacgagg
    15361 ggcaggaaga ataagaactg tagtgaattg aataacatgt ggtaggacgg ttatgagaca
    15421 acgcgtcgct gcaggccatt cctcgttatg tgaggacggt ctgatacaaa cgcaaaaagc
    15481 gatcgcccgg cgtgctttgt aacatcacca gacgatcgct tcaataaaga ggatagcctc
    15541 ttatttttaa atgttaaatg gagggggggg gtgattctgt tattcaagat aaatactccg
    15601 cagcccagca ccttaatctt ggaataaggc gccttgttca atgagataaa gccgttgtat
    15661 tgtagagtaa ccgggaataa catggccgca aaaatatacc aagcccataa actgaagagt
    15721 ctccctgcgc gacatgttgc tctctggcga cacctgggag gtgaagtaac cctcccccac
    15781 gcacgcggtc gcacaatagc tcgtgcgtac acgaaaaaga aagccccgcc gatcggatgt
    15841 gttcggtggg gctttcggtg ttttggaggc gggttaggtc actccaatac gctattcagt
    15901 cagtaggcgc agagctcaac ggctgcgtaa tggaagactg gtttataagt ctcgtgtgcg
    15961 gagaggtttc ccaactcttt ttgcagttcg atacactgca aaacctctcg ccgagcggcc
    16021 tcttccgtct cgccgccacc gttgataccc tccacgttgg tgctataggc ccaccaaaaa
    16081 tctttgcttc gctctaagat gatttctatc tgtgtcatgt cgttctgatt gttgcgggtt
    16141 acttcaaatt catatccttc ttaatccgtg ttgcaatacc cgtacccatt tcttttgatc
    16201 catgaaaagg tactggataa gtacgccctt ctttttcgta tatgtaatgg ctgccactca
    16261 cacgcaggag catccatcca ttcttgacga tcaacctctg tagctcactt gatttcatct
    16321 cgtctgtcgt tttgtgcaac aaaagtagaa cgagttcatc cctccagcag cgctctggat
    16381 cgggcgagag cttcttggat gttgctgcag atgttgtcgg ctccgagctg ggtgtccatg
    16441 ccgctgcgga ggagcatggc gcggacgttg tcgttgacgc cggagaggac gacggtgatg
    16501 ccttcgcggc gagagagtcg gcagaggctc tccaggttgt gcaggccggt ggagtccatg
    16561 aagggcacct tacgcatacg gatgatgcga atggcgggct taccgccggc gacttgcttc
    16621 atacactcgt cgaacttgtt ggcgatgccg aagaagaagg ggccgtcgat ctcgtagacc
    16681 tctacgccac gaggcacgtc gaggtgctcg tcgtcgtggt ggatctcgcc ctcgtcagag
    16741 aggtcgatgt ggtccgtggt gacggagacg cgcgtggtct cggagatgcg tcgcatgaag
    16801 agcaccatgg ccagcagcag gccgatctcg atggcgatgg tgaggtcgaa gatgacggtc
    16861 aggaagaagg tggagagcag cacggcgacg tcgctccgag ggttcttcag cagcgaccgg
    16921 aaggtgcgcc actcgctcat gttgtaggcc acgacgacga gcacgccggc cagacaggcc
    16981 atcggtatgt ggcgcgtcag gggaccaagg aaaagcagga tgagcagtag cacgatggca
    17041 tggacgaggc ccgccacggg cgtgcgaccg ccgttattga tgttcgtcat cgtgcgggcg
    17101 atggcaccag tgacggggat gccgccgaag aggggcacga tgatgttggc cgcgccctgg
    17161 gccatcagct ccgtgttcga gtcgtgcctg tcgcccgtca caccgtcggc cacagtagcc
    17221 gagagcaacg actcgatggc accgagcatg gcgatagtga aggccgaggg caggagcaga
    17281 ttgatcgtct ccggattgat ggcgatgcgc gtcggcgtgg gtagggaggc gttgatctgg
    17341 aagcggtcgc cgatcgtctc gaggcccgtc aggccgaaat gttcgcgcag gatgtaagcc
    17401 acgatggtca tcaccacgat ggctgccagc gagcccggca cacgcttcga gacacgcggc
    17461 gtaagcacga tcagggcgat gctcacgaga cccaccacga cggctggcca cgagatggtc
    17521 gtgatgcttt cggcgtacac cacccacttg gagaggaagt cgcccggcat gtgatcgatc
    17581 gtcagcccga gcaggtcctt gatctgcgtg gtgaaaatgg tcagggcgat gccgctcgtg
    17641 aaaccgacga tgatagggta agggatgaac ttgatgaccg tcccgaggcg catcaggccc
    17701 atgagcagca gtaggacgcc ggccagcagc gtggcgatgg tgaggccttc gatgccgaag
    17761 ttttggatga tgccgtagac gatgacgatg aaggcacccg tgggcccgcc gatctgtacc
    17821 gagctgccgc caagcatgga gacgatgaag ccgccgatga tggccgtgat gagtcctttc
    17881 tccgggctga ctccggaggc gataccgaag gcgatggcca gcggtagggc cacgatgccg
    17941 acgatgatgc cagccatgag gtcgccggcg aagcgctcct tcgagtaggt ccggagcgcg
    18001 gcgaggagtt tgggccggaa ctccggccgg agtttgcttt tctctttcat ataaataggg
    18061 gttagatgag atgaagtctt tgccgagggg gcctgcgggc cccggcgaag tttggccggg
    18121 ggcgtctacg gacgctccga gccctcggaa aagctcaaac aagttgtttc aaggtttccg
    18181 agccctcgga aaggctcaaa caagttgttt caaggtttcc gacgcgtcgg aaaggctcaa
    18241 gcaagttgtt tcaaggtttc cgaggccttg gaaaggctca aacaagttgt ttcaaggttt
    18301 ccgacgcgtc ggaaaggctc aaacaggttg tttcaagatt tccgaggcct cggggcgtca
    18361 gggacgccgg ccaagtttgc cgggtacggg cttttgaggt acccggccaa cttcccagcc
    18421 tcggcagagg ccgtcaggga caccggccaa gtttgccggg tacgggcttt tgaggtatcc
    18481 ggccaacttc ccagcctcgg cagaggccgt cagggacgcc ggccaagttt gccgggtacg
    18541 ggcttttgag gtatccggcc aacttcccag cctcggcaga ggccgtcagg gacaccagcc
    18601 aagtttgccg ggtaagggct tttgaggtac ccggccaact tcccagcctc ggcagaggcc
    18661 gtcagggaca ccagccaagt ttgccgggta agggcttttg aggtatccgg ccaacttccc
    18721 agcctcggaa gaggccgtca gggacaccgg ccaagtttgc ctagtaaggg cttttgaggt
    18781 acccggcaaa gcctctgccg aggctgggaa gaatgaaaag agcctcatcg gtgcgggggt
    18841 gttccgatga ggcttctgaa ggggaatcga ccacccccga ggcggtgcag atcagcgcaa
    18901 tcctgtgccg tgttggctgg agaggaggac gagcttcata ctggccggat cgacacgcag
    18961 gcggacgcca ccggggtaga gataggggat gatggccgtg gtgtgtcgcg tcggttggtt
    19021 gttgcggtcg gttgtcacgg agtatcggcg atcgatgggg atggccagca ggcggagatc
    19081 cgtaccgggg ttacggcgga tgtgcgcctg gatgatcggg gcgatgttgg cgaatcgata
    19141 gttgcgcgtg atggcgtcaa agccgatgtc gggactattg ctctcgttgg tggaacgcag
    19201 gtaaaggaga ccgttgtcga tcgtacggtt atcgaagaag gcacgtgccg aatcctctgg
    19261 caagagcagc aggaagggcg gcggcacgag ggcgtcattc catgcgtcct gcggcatgaa
    19321 gcgcagcgag aggctggcgg cgttgagcac acggccttgg gtcttacgtg cgatctcagc
    19381 ggcggggatg acgatgcgcg gacagatgcc cgacggggtc ttgacgtagg caaagctatc
    19441 ggccgaggga cggaggaggc tgttgtcgtc cgaggtgcgg atatggttgt actggatcac
    19501 ctcgcgggtg aagcggaagg tgacggaatc gcgcaccaag gtgtcgtttt tggcgctctt
    19561 gggtcgacta taatagatga gcaagcgcgt ttctcccacc tcgatcatag acccggtacc
    19621 atagtcggtg gtgatgtaaa gaccggggaa gaaacggttg aaggcgtctt gcgtggcgaa
    19681 gctggcgggc cgggccacgg tctcgtcgta gaaggactgc ccgagcgact taggcaaggt
    19741 gatccgcagg tcgcgtccgt gaatcgagac cggttgatag ctgcgcgtag aggcgttgta
    19801 aagatcgcgg atcgtggagt cgttacggag gcttgggaag tcggtgaggc gatagacgcg
    19861 tgtaccgagg acggtctgca tgtcggcgta atcctccggg ttgaggcgtc cgtagggcga
    19921 ccgcacaggc tgacggttga gggcatagac acgggcacgc atggagacgc gggcgtcgcc
    19981 cgtccagttg taaaagcgaa ggcggaggac gacggagtcg atgcggccgt tgtgcggtgt
    20041 gtgagggaat cggaagccct gcacgcaata gaattggcag aggtagtcgt acttgatctg
    20101 cccgaaggcg gggtcgtcca ggttgccgag catgccgtcg ctggaccgca gatagagcga
    20161 atcgacgcgg acggtggcag ccgtcatttg gaaggtgtcg ctgtagaccg tgttacggtc
    20221 gccgtcgggc agcgtggagg agcccacctg ggtcaggtcg tcgctgcagg cagggcaaaa
    20281 ggaaagccac cccacaaaga gcagggcggc caagatccgg aggttgcttc tcatttcttt
    20341 ttcaggattg tctggtaaaa ctcgtcgtag gcttcgatgt attgctcggg gccttggaag
    20401 gggaggagtt tctttttgct ctgggtgatg aactcctcaa gttcaccgtt gatggtgggg
    20461 ctgccttgga tgataccgtc ggcatgcttg atagcgagct tggaaagccc catatagtcg
    20521 tggtcttcga agagcttgag gtcgcgctcg gtggcgccgt cctgcttgag cctccgcgca
    20581 atgcggctgt cgagtgcagg ctggaaagat tggtcgtaga gggagtaaac gactttcgac
    20641 cgtgcgaaac aggggtcgtc gaagtatttg cgcttgagat agaggggagc cagggcggag
    20701 aaccaaccgt ggcagtggat gatgtcgggc atccagcgga gcttgcggac ggtttcatag
    20761 acgccacgaa cgaagaagat ggtgcgttcg tcattgtcgg gaaatccgtt gcccgattcg
    20821 tcggtgagtg tggcttttcg gtggaagaag tcttcgttat ctatgaagta gacctgcata
    20881 cgggccattt gtatggaggc tactttgatg ataagtgggt gatcggtgtc gtcgatgatg
    20941 agattcatgc ccgagagtcg gatcacttcg tggagctggt tccgacgttc gttgatgcat
    21001 ccgtatttgg gcataaaagt tcggatctca tagcctcgct cctgcactcc ctgcggtagg
    21061 tttcggctga tgtcgccgat cagtgtgtcg ggaatgtatg gcgttacttc ctgcgtgata
    21121 aacaaaattc tttttgcgtc catatttttc ttcgataacg tgaaactgag cacaaaggta
    21181 gtaaaaaaca ggcagtcagc cgactgcctc tgtggcccgg ggccgctacg ccagccggga
    21241 gtgtatgtgt ggtagatttt gttgctttgc ggccgtttca gaagctgttt tgaatttatt
    21301 gagtgattgt tttaaggagc cgtttgcccg gagctttctc tcttctattt cggggctatc
    21361 caggtctatt tccgcccttt tgtcccatct ttttcgtcac atagcctgct atgctcctca
    21421 aaagatgaaa caaaatcccc ggaaatatcc gctgtatatc ctccgaaata aattccaaac
    21481 agcttctgaa cgaaccgttt tatccatata atccgcataa gaatgaatac aataaccacc
    21541 gtccgggagc tccgccaact cttggacgag gagcgaaagg ctggccgacg catcggactg
    21601 gtgcccacga tgggcgcact gcatgcgggg catctgagcc ttgtccgtcg ctgtgtgagc
    21661 gagaacgacg tgtgcgtggc cagtgtcttt gtcaacccga cgcagtttaa cgatccgcac
    21721 gacttggaga cttacccgcg cacgccggag cgtgacgccg ctatgctggc cgaggcgggc
    21781 tgtcggtatg tcttcatgcc gtcggtcgat gagatgtacc ccgagacgga tacgcgtgtg
    21841 ttcaacctcg ggaccgtggc caccgtcatg gagggcacct tccggccggg ccacttcaat
    21901 ggcgtggcgc agatcgtcag caagctcttc gaggctgtgg agccagacag ggcgtacttc
    21961 ggagagaagg actttcagca gattgccatc atccgtgcga tggtgcgcga actagggcta
    22021 cgggtcgaga tcgtgccctg ccccatcgtg cgcgaggccg acgggttggc gctgagcagt
    22081 cggaacgcac gccttacgcc cgaaggccga caggtggcgc ccgcgatcta tcgcacactc
    22141 acggagagtc gcgctctcgt ggacaccaag acgccggacg aggtcaaggc atgggtcacg
    22201 gagcgactga acgctgtcgg aggactccgc gtggagtatt acgagattgt cgacagcacc
    22261 accctacagc ctatccacgc ctgggccgac tcgtccgagc cacgcggctg catcgctgtc
    22321 tactgcggcg aggtgcgact gatcgacaac atcagctaca agtaatttcc agcttctaac
    22381 tactgggcat atgcccctac accaacccct atgtttattg aagtattaaa atcgaagatt
    22441 caccgcgtga cggtgacgga cgccgatctg aattatatcg gcagcattac gatcgaccgt
    22501 accctgatgg aggccgcggg attgatcgag tatgagaagg tccagatctt ggacaacaac
    22561 aacggcgaac gcttcgagac gtacgtcatc gctggcgaag caaactcggg cacgatctgc
    22621 ctcaacggcg cggcggcccg acgggtacag cgtggcgaca tcatcctcat cctctcttac
    22681 gcctcgatgg actttgagga ggcgaagcga ttcaagccca ccgtcatctt ccccgacacg
    22741 gctaccaacc gcttggtgaa gtaagacacc ctcctatcag agtacaagac acaggtctgt
    22801 cggcgcaata gacggcaggc ctgtttcatg ttccccctcc tcccccactc cgcacgaaac
    22861 gcatgtacac caaccgacag atctgggaca tctccctgcc catcttcctc agcctactgg
    22921 cgcagaacgt gatcaacatc accgacacgg ccttcctcgc gcgtgttggc gaggtggcgc
    22981 tcggtgcctc ggccatgggc ggactgtact acatctgcat cttcaccgtg gcctttggct
    23041 tcagcgccgg atcgcagatc atcatcggcc gacgcaacgg ggagcgacgc tacgaggccg
    23101 tcgggcccgt cgtccttcag ggcaccctct tcctgctcgt gctggcggcg gtgtgcttcg
    23161 tcgcctcgag actctggggc gagcgaatga tgggcgtcat agtctcgtcc gacgagttgc
    23221 gcgcggccac gatggagtat ctcgattggc gcatctacgg cttcttcttc gccttcacca
    23281 gcgtcatgtt tcgcgccctc tttgtgggca tcacccggac gagggtcctg acgctggcct
    23341 cggtcgtcat gtccgtcgtc aacgtggtgc tggactacct gctcatcttc ggccatgccg
    23401 gcctgccccg acttgggatc gccggtgccg ccatcgcctc cgtggtggcc gaagccgcct
    23461 cggtgctctt cctggcggtc tacacccgcc tcacggtcga ccgtcggcgc tacggactgg
    23521 accgcctccg acggttcgac ttccgactca tccgccaggt gctcagcatc tccggcttca
    23581 ccatgctgca atacttcatc tctatgagca cctacttcat cttcttcctg gctgtcgagc
    23641 gcctcgggca acgcgatctg gccgtggcca acatcgcccg cagcctctat atcgccctct
    23701 tcatccccgt cagcgccctc tcgacggccg ccaacacgat ggtcagcaac ctgctgggtg
    23761 ccggccgcac gcaggaggtc atccccctca ttcgccacct gacgctcatc tccgtaggca
    23821 tcacggcctt ctttgccgcc ctgctcgtac tcctgccgcg cctcttccta tccgtttaca
    23881 cgaatgaggc cgagctgatc accgcctcca tcccctcagt cgtcgtcatc gctctggcct
    23941 cgctcagctc cgcggcctcg agcatcgcct tcagcgccat ctccggcacg ggcaacacgc
    24001 ggcacgcctt cctcttggaa atgctcgccc tggcggtcta taccttatat atctacgtcg
    24061 ccgtcgtccg cctccgcctg ccggtacacc tgagtttcgt ttcggacatc gtctactacg
    24121 tcgccatcac aatcggcagc atcgtctatt tccgccgcgc cgcgtggtac cagaaggacg
    24181 tctgatagtg cctcgatttc aaaagcactc ctatctttgc gcccacgtta aacatacatt
    24241 ttcaagggaa tatgattaag ctgatcggaa caaacgcagg ccttgtatgg agagctttga
    24301 gcaaggctgg acgcatgagt gtaaaagagc tcaagaagga aacaaagctg agaacagaca
    24361 aagaactgtt tgccgccatc ggatggctgg ccaaagaagg gaaaatagaa tccggcgaaa
    24421 aagactccga gatctacttc tggctgctgc aataagcccc cccccgacca tcccaatgga
    24481 agagacgaaa agaaagagcc gctcgatcaa atcaagtgat cgggtggctc ttctgttttt
    24541 ggggtgaaag ggtccggtta cctcgacacg ttccgaacgt atcgtaatac gttccgaggt
    24601 ggtcggaata cgttagggag gtggttctaa tacgttccga ggtggtcgga atacgttggg
    24661 gaggtggttc taataggttc ggaacgtatt gtaataggtt ccgaggtggt tctaatacgt
    24721 tccgaacgtg gtcttgatac gttccgaacg tggtctcgat acgttccgaa cgtggtctcg
    24781 atacgttccg aacgtggttg tgatacgttc cgaacgtggt tacgatacgt tccgaacgtg
    24841 gtcttgatac gttccgaacg tggttacgat acgttccgaa cgtggtcttg ggtacctcgg
    24901 aacgtggtta cgataggttc cgaacgtggt tagcgggctg gggggatgcg cttcatgggg
    24961 gaatcggacg aggcgctgcg ggtaggcgga gggggcgatc ctcggcccct ttggcgactg
    25021 cgcgccaatg gtctcccgaa cttttttata cttctttcta cttttgccca gcgatttggc
    25081 agaagatgaa cgaaaaagat cagaaaatat gggccgtgct ggaggtcaga ctgcaagact
    25141 tgatgtccct ctgcgacgaa cgaaaacaaa caatcgaaag cctgacccaa accatccaac
    25201 ggatggaagc cgactatcgc accctcgaag ccaaatacac cgacctactg gcggcgggct
    25261 acatcgcctc agccgacgag aacgaacgaa aggtggcccg gaaacgcctc tcggatatgg
    25321 tgcgggaggt cgataagtgt ttggccctgc tgaacggata gcgcaaaagg acaagagtgt
    25381 gaaagcaaac gagttcatta tccatttgga aatagccgga aagaagtatc cggtcaccct
    25441 ccgacggggc gacgtgcaga cggagcgacg cgcacgcctg gccgcccgac gtgtgcagca
    25501 gatgtatctg gagcgcaaaa acatattctc caaagccgta gacgacaagg accttctggc
    25561 catggtggcc atacagttgg ccacggacat gatccccctg gaggagcgta acgacacgaa
    25621 acccctcatc gagcgcatcc aacgactcac agccgacctg gagcgctacc tgaaggagaa
    25681 tcgctgacgc ccaccccgaa cggatcagga aacagaagga aaaacaaggg aatgtagacg
    25741 cacgcaagct ctttttgtaa gccggggagt acgggccccc tcgccccccc ctccggaaca
    25801 gaaagaggat gagtgctttt ttataacaca tcaaacagaa cagaagaaat gagttggata
    25861 tggatgattg tagccttcgt ggccggcgga gtgatcgccg cgctggtggt ggctgcaatg
    25921 aacaaagcca cccaagccaa gcgcagggag gaaatgcaac gcgaaatgga acgcgaaacg
    25981 gacgtgatga agaagaacaa gatgctggag gtgaaggaga agttcatcca gctcaaggcc
    26041 gaactggaga agcaggtggc cgcacgaaac tccaagatcc agtccgtcga gaccaagctc
    26101 aagcaacacg agctgagcct cagccaacgc caagaggagc tgcaacgcaa gctcaccgag
    26161 gccgacatcc tgaaggagaa cctgaacaat caggcccagc tgatcgagaa gcgcaagctg
    26221 gatctggaaa agatgcacca gcaagaggtc gtacacctgg agaccatctc cggactctcc
    26281 gctggcgaag ccaaagagcg cctcatcgag tcactcaagg acgaagccaa aaccgacgcc
    26341 gcatcgtaca tcaacgagat catggaggag gccaagatga cggccaacat ggaggccaaa
    26401 aaggtggtca tcaaaaccat ccagcgcgtg gccacagaga ccgccatcga gaactccgtc
    26461 accgtctttc acatcgattc ggacgagatc aagggccgca tcatcggccg cgaagggcgt
    26521 aacatccgcg ccttggaggc cgctacgggc atcgagatca tcgtcgacga cacacccgag
    26581 gccatcgtcc tttcgggctt cgaccccgtg cggcgtgagg tggcccggtt ggcactccat
    26641 cagctcgtcc tcgacggacg catccacccg gcacgtatcg aagaggtggt caacaaggtg
    26701 cgcaaacagg tcgaggagga gatcatcgaa acgggcaaac gcaccacgat cgacctcggt
    26761 atccacggcc tacacccaga actggtgcga ctgatcggga agatgaaata ccgttcgtcg
    26821 tacggccaga acctcctcca gcatgcccgc gagacagcca acctctgcgc cgtcatggcc
    26881 gcagagctgg gcctgaaccc gaagaaggca cgccgcgccg gactgttgca cgacatcggc
    26941 aaggtgcccg acgacgagcc cgaattgccg cacgccatcc tcggaatgaa gatctgcgag
    27001 aagtacaaag agaagcccga catctgcaac gccatcggtg cgcaccacga tgaggtcgaa
    27061 atgcagaccc tgctggcacc catcgtgcaa gtgtgcgacg ccatctccgg cgcccgcccc
    27121 ggtgcccgcc gcgaggtggt ggaggcctac atcaagcgtc tcaacgacct ggagcagctg
    27181 gccatgtcgt accccggcgt cgtcaagacg tacgccatac aagccggccg tgagctgcgc
    27241 gtcattgtcg gcgccgacaa gatcgacgac aaggacacgg agaacctctc caacgaaatc
    27301 gccaagaaga ttcaggacga gatgacctac ccgggacaag tcaagatcac cgtcatccgc
    27361 gagacccgcg ccgtgagcta cgccaagtga cacggccaga ctactatata cttaccccta
    27421 actacttatt actacccata caatgaagtt ctttttagat acggccaacc tggatcagat
    27481 ccgggaggcc aacgacctgg gcgtcctcga cggcgtcacc accaacccct cactgatggc
    27541 caaggaaggc atccgcggtg aggaaaacat ccgcaaccat tacgtggaga tctgccgcat
    27601 tgtcggcggc gacgtgagcg ccgaagtgat ctcgaccgac ttcgagggca tggtccgcga
    27661 aggtgaggtg ctggccgacc tcgacccgca catcgttgtc aaagtgccct gcatcgccga
    27721 cggcatcaag gccatccgcc acttcaccac gaagggcatc cgcaccaact gcaccctcgt
    27781 cttctcgccc gggcaggcac tgctggccgc caaggctggc gccacgtacg tctcgccctt
    27841 cgtcggccga ctcgacgaca tctccagcga cggcattgcc ctggtggcgc agatcgtgaa
    27901 gatgtacagc tactacggct actcgaccga ggtgctcgcc gcctcgatcc gcaccacgca
    27961 gcacatcatc cagtgcctcg aggttggcgc cgacgtggcc acctgtccgc tctcagccat
    28021 caagggcctg ctccgccacc cgctcaccga cagtggtctg gccaccttcc tggccgatta
    28081 ccacaagctg aacgggtgag agagcgctaa gaacaagaag tgaacaacga gaaagtcctg
    28141 ccggccctga ttggaagcaa tcactcggca ggacttctct ttctcatccc catcctcccc
    28201 cctacgatga tcgaacaaga ctatctcctg aagatcatgc aggagttcat tgacgccatc
    28261 ggcaagatca tgcgccggcc gaacgaggac gaccggacgg ccgaagcgcg catgcagaca
    28321 cacttcgacg ccgtcagcga gcagttcttc ggccagccca cgagccactt cctccgcctc
    28381 gagaaggagg acatcctgga cgacctcgtc gcccagtccg acccccgacg caccgagggc
    28441 cgtgcccaga tgctggccga actcttctat cgcaacgcac tcatcaagtc ctcgctggtg
    28501 gagcgcctcg acctactcga gaaatcgctc tacctcttcg cctacatcgg tcgcacaagc
    28561 cgcacctact cctgggatcg cgagcgcaag atggccgaca tccgccgccg cctcgatgag
    28621 ttcaaaacgg aagggtaaaa acgtgctact aaaatttggc acatgaggag cttctcattt
    28681 catcagttgt tccatcaggt catcaacatc cttggcctta tgcacacggc cagccttgat
    28741 gtcatcaata gcctcgtcta agccggtacg cttctcgcgt tcaataaccc atcccatgcg
    28801 agctgcaagc tccctcaata aatggaggtc agacgcctcc ggaagcatca tcttaatagt
    28861 gataccatca tgtgtcgttg tttccatatc tataacgtgt tgtatagtca ttgtgagcct
    28921 gacaaaatta caccctccta cgaatggcgc tgatcccccc cgaacgctcc gcgcaggcct
    28981 ctgccgaggc cggggaagtg tgcacggtac aagcagcccc cgcgcagaac cggcctccca
    29041 acaggcgcct cgcagaatct ccctaccttt acccccgtca aaaaggaagc gttcccacac
    29101 acggcggatc ccccacgggg ccgattcccc cagaagaaac attgaagcgg aacgcctccc
    29161 ccaaagagaa aaccgatgcc taccgaagag aagacggggt ttcggttttc attttatagg
    29221 tacgacagaa acaaaaccac aatagataat gacacacaga tggaacatcc gaccccaaac
    29281 gaaagaggag atacacctcc gagacgcatt ggccgccacg ctggggctta acccaatcat
    29341 cagcctgctg ctcgtgcagc gaggtatcac caccgctgac caggccctcc actacttcaa
    29401 ccccgacctc cgcgacctgc acgacccctt cctgatgccc gacatgcaca aggccgtcaa
    29461 gcgcctcaac aaggccctgg gcaacaagga gcggatcatg atttatggcg attacgacgt
    29521 ggatggcaca acggccgtgg cgctggtcta caaattcctc cgcgcctact cctcgtcgat
    29581 cgaatactac atcccagacc gctacgatga gggctacggc atctcgttca agagcatcga
    29641 ctacgccgtc agccgtggca tcacgctcgt catctcgctc gactgcggca tcaaggccat
    29701 cgacaaggtg gcctacgcca atgagcgcgg cgtggacttc atcatctgcg accaccacat
    29761 gcctgacgac gagctgccgg aggccgtggc cgtgctcgat gccaaacgcg ccgactccca
    29821 gtatccctac gcccatctca gcggctgcgg cgtgggcttc aagtttatgc aagcctttgc
    29881 gcagagcaac gacatcccct tcagtacact cgaggggctg ctcgagctcg tggccgtcag
    29941 catcgcctcg gacatcgtcc ccatcacggg cgagaaccgc atcctggcct tccacggctt
    30001 acgccagctg aacaacaacc ccagcttcgg cctcaagggc atcatcaacg tctgcggact
    30061 ctccggcaag gacatcctgg tcagcgacat cgtcttcaag atcggcccgc gcatcaacgc
    30121 ctccggacgc atgatgaacg gcaaggaggc cgtcgacctg ctcctctcgc gcgacatgga
    30181 ggcggccgaa gagctcagcg aaaatatcga ccgctacaac gaggatcggc gcgagctgga
    30241 caagaagatc accgacgagg cgaacgccat catcgagcag attcacgaca tggaagcgca
    30301 gaaaggcatc gtcgtctacg accccacgtg gcataagggc gtgatcggca tcgtggcctc
    30361 acggctgacg gagaaatact gtcggccgac ggtcgtcctc acccgctcat ccgagctcat
    30421 caccggatcg gcgcgctcca tcccgggctt cgacatctac cgcgccatcg agtcctgccg
    30481 cgacatcctc gagaactttg gcggacacat gtacgccgcc ggactctccc tccgcgagga
    30541 gaacctccaa gccttcatcg accgcttcat ggagcaagcc gcacgcgaca tcggcccgga
    30601 gcagatgacg ccacagatag acatcgacac cgtcatctcc ctccgcgata tcaacaccaa
    30661 gctcatggcc gacctcaagc gtatggagcc actcggccca gagaacgagc ggcccgtctt
    30721 cgccaccatg catgtgcgcg accacggcac cagtcggcgt gtcggtcgtg agctggagca
    30781 cctcaagctc gagcttacgg accgtcacgg tggcggcccc gtgcacggca tcgcctttgg
    30841 catgagcgag cacagctact acgtcaagca acaaaacgcc ttcgacctct gctacaccct
    30901 cgaagagaac acctacaacg acaacaccac gctgcaactc atggtcaagg acatccgtcc
    30961 ctcatcgatc gctgaggggt aagggtaagg ctcagaccaa gtacccggcc caaacaggcc
    31021 ggcgtccctg acgccttgac tttcttttcg cctccttttc cccgtgtcaa gacaagaaaa
    31081 ggaggaaaga aaggggcgtt gcccccaaac ccctaccggc ttttctttcc ttgatgaaag
    31141 aaaagccggc taaaagaaaa tcaaggtgcc aggggcacca gcccaattgg gccgggtact
    31201 catattttgc cagttacttg gattaatcat tggacatgga cagctcacaa actcccccaa
    31261 gggtggatcg ctatcacgaa attctcaaga agtactgggg ctacgatgcc ttccgaccgt
    31321 tgcaagaaga catcatccgc tccgtcgggg ccggacgtga cacgctcgcg ctcatgccta
    31381 ccggaggcgg caagtcgctc actttccaag tccctactct ggccatggac gggctgtgcc
    31441 tcgtcgttac gccgctcatc gccctgatga aagaccaggt ggacaacctg cgccgacgtg
    31501 gcatcaaggc cacggccgtc tacatgggca tgaccacgac cgagatcgac acgcagctcg
    31561 acaactgcat cttcggcgac tacaagttcc tctacctctc tcccgaacgc ctcaccacgg
    31621 agcgcttcct ggcgaagctc cgcgctatgc acgtctgtct gctggccgtc gacgagtgtc
    31681 actgcatctc gcagtggggt tacgatttcc ggccctccta cctccgcatt gccgacatcc
    31741 gcgaggcgct cccgaccgac gtccccgtgc tggccctcac cgctacggct accccgcaga
    31801 ccgtcgacga cgtgcaggag aagctccgtt tccgcgcccc caacgtactc cgcaagagct
    31861 tcgcccgacc caacctcact tacctcgtcc gccgttgcga cgacaagctg agccagctca
    31921 ttcgcatcct ccagcgcacg cacggatcgg ccgtcgtcta cgtccgcagt cgccaacgca
    31981 ccgccgagat cgcctctgcg ctgaaggctg aaggcatcac ggccaccttc tttcacgccg
    32041 gactcagccg ggagaagaag tccgaacggc agcgcgcttg gatggacggc caactgcgcg
    32101 tcatggtggc cacgaacgcc tttggcatgg gcatcgataa gcccgacgtg cgactggtgg
    32161 tgcacatcga catccccagc tcgctcgagg agtacttcca agaggccgga cgtgccggac
    32221 gcgacggcga accggcctac gccatcgccc tctgcgaccc acgcgatacc cagcgtctgc
    32281 gccgccgaat cagcaacgaa tatcccgacc gcgagctcat cctccgcgtt tacgacgccc
    32341 tcggcagcca cctcggcgtc gcctccggct acggcctctt cacccgccac agcttctcgc
    32401 tcgaggcctt ctgcaccatc tatcgcttct cctacatcca cgcctattac gccctcaaaa
    32461 tcctcgagct atcgggctac ttgctctacg aggaggagcc cgaaaacgcc tcccgcgtgc
    32521 gcatcctcgt cacccgcgag gacctctacg acctggatcg caacacgccc cacacggaca
    32581 tcgtcctgcg ggagttgctc cgctcctaca gcggactctt tgccgattac gttttcatcg
    32641 acgaggagct actggccacc cgcggccaac tcacgcgcgc tgaggtctgc gaggcgctca
    32701 tccagctctc ccgcgcgcac atcatcagct acatcccccg ccgcgacacg cctcgcatca
    32761 ccttcacccg ctcccgcgaa gagccgcgac acgtgcgcat cccacgctcg gcctacgagg
    32821 agcgtcgcga ccgcagtagc gaccgcatcg aacgcgtcgt cgagtacatc accgacgacc
    32881 gccactgccg ctcgcgcctc ctgctgcgtt acttcggcga gctccacacc gccgactgtc
    32941 gccgctgcga cgtctgcaac catcataccc gctcaggcct cgtgcaatgg gaactgaatg
    33001 ccgtccgcga cacactcgcc acactgctcc gcaaccgcgc cccgcaatcc atccacgcca
    33061 tcgtcagccg cctccccctc agctccgaaa agaaccacca cgccctgcgc tatctcctcg
    33121 acaacgacgc ccgcttccac ctcaccgacg gcctcgtcag cttccatgag gagggttgaa
    33181 ccgtgagcca ccattagtcg aacaagcggt actccccatt caaaacaggc ttcaaaacac
    33241 acagcgacga gctgtcgcag aatttacaac gcccaaaaca cacagcgacg ggccgtcgca
    33301 gaatttacaa cgcccaaaac acacagcgac gggccgtcgc agatttgcaa cagctcaaaa
    33361 cacacagcga cgggccgtcg cagatttgca acagctcaaa acacacagcg acggactgtc
    33421 gcagatttta caacgcccaa aacacacagc gacgggctgt cgcagatttg caacagctca
    33481 aaacacacag cgacggactg tcgcagattt gcaacagctc aaaacacaca gcgactggct
    33541 atttgaggcg cttgacaggc gcaacctcgc tgaggtcgac ggtgacggtg acgccgatct
    33601 gctcaatgaa cagtcggagg cggttgcgac cgatcttttg gatgacaccg gagacctgtt
    33661 tcagggcgcc actgaggatc tcgacctcct cacccaccgt gagcggatgg ttggcggcct
    33721 gctccaggaa ggcacggatg gcctcgatct cggacggctg cacgatggcg ggccgaccgt
    33781 tataaaagac gacccgagcc acgccgtaga tctggcgcac gaagttcagg gcctccgttt
    33841 cggtcgaacg aacgaagacg taggagataa agaggggctt gtcgaccatc ttgacgcggt
    33901 cggaccagac ctggggcgag cggtgcagag gcaggtagca ctccacgccg cgctcgcgca
    33961 gacgctcctc gaccttcttt tcggcccgag gagcggtgta gagcacatac cagttttggg
    34021 tgcgggcagc gcggatgcgc ctgagttctt cttcagtcat ttgtcgtagc gtgagaaata
    34081 gtaataggtg gagcgcgagg ggcggctctc gatgcggtag cgattggagg cggtgacgca
    34141 gaaggtgtac tcccgttcgg cgtcggcgtt gatgggtagg aaccactcgt tggtgcggat
    34201 accggtggcc aggatggagc gcgccgaagc gaggtcgatg gagtcggcct gggcgtagta
    34261 aagcgtgtag aggcagtcgg gcgagccctc ccaacgcagg cgcagaccgc cgcgctcacg
    34321 ggtgacgtgc acctcttgcg gctcgcaggg ggcggtgtgc gtggcgctca tccaagtcag
    34381 gggtggcagc tgggcgggat acttgaagaa gcggttcttg agctcgttgt acagcccctt
    34441 ctcgttgccg atgacgaagc ccgcgcggaa gaaggcgcag cccttgccgc cctgtttgcg
    34501 gacgtaggtg atctgatccg agatgtcgga gaggttccag tcgccctcgc tgcggctcag
    34561 gcggtaggca ccgaggccag ccaccatgtt gcgctgcccg gactgctcga gccaagtgct
    34621 gacaaaggga tagaagtcgc tgcggcggta gtacatcatg ggcacgatca tgtcctgctt
    34681 gccggcctgc agccaggctt tggggtcttg gaagacgtcc tcgtaggccg tccatttggc
    34741 gttcggtgtg cggcccgact tgctgtattt acccaggggc gagctactga cctgcaccca
    34801 gggcttgagc tgcttcacac ggtcgtggat acggctcatg aggcggttga tgttcccgcg
    34861 gcgccaatca ttgagccgtt ggccgcgacc gtagcgacgg taggattcgt tgtcggggaa
    34921 ggtggcggca ttctcgggat agcggatgta gtcgaactgg atgccgtcga tgtcatagtt
    34981 gcggaccacc tcgtcgacga gcgagaggag atagtcggtc gtgccgggct gtccggggtc
    35041 gaggtaccag ctgccgcgat gttggaggca gagctcaggg tggcgacgca ccacggacgc
    35101 tccgccctgc tcgcgcacca tccgctccgt tccgacgggg aaggtgacga agaaggcatg
    35161 acactccatg ccccgcttgt gacactcctc gacgacgaag gccagcggat cgtagcccgg
    35221 ccactgcccg tacgacccag caaagacggc cgagagcggc tcgatcttgg agcgataaat
    35281 gacgtcgcca cgtaggcggg cttgcacgaa gacggtgttg aagttcgcct catgcagtcg
    35341 gtcgaggatg ttgcgcagct cctgcttctg tcgttcgcgc ccgtcccagt cggaggccgt
    35401 acgcgtaggc cagtcgaggc cgtagatcgt ggtcagccag acagcgcgaa tctcctgttt
    35461 cggatactcg tcctccgctc ccatggccat ccctatgcat aggcaccaca gcatcatcca
    35521 ccatgcgatc cttttcattc ttatcggtag tcagttgttg ggaagcaaaa gcctacgccc
    35581 cgttgaaaac aaagaggggg cgtatggtta tacgtcccga taaaatacaa gtaggggcgt
    35641 atgccatacc atacaccccc acaagtacac tggttataca tcaatggttc gacagatagc
    35701 gttccacctc gatggccgca cggcagccag ctccggctgc ggtcacagcc tgacggtaat
    35761 gcggatcggc cacgtcgcca gcggcaaaga cacccggcac attcgtgcgc ggcgtgcccg
    35821 cctcggtgag gatatagccc gtttcgtccg tcttgatcca cggcttgaag atgtccgagt
    35881 tcggcttgtg gccaatggcc aggaagaagc catcgatagc aatgtccacc tgctcctcat
    35941 ccggttcgcc cttacgcttc actaagtgcg caccctccac gccgccttcg ccaaacagcc
    36001 cgagggtgtt gtgctcaaac agcacggtga tgttgggtgc gttcatcaca cgatcctgca
    36061 tcaccttcga ggcgcgcaga taaggcttgc gaacgatcag gtaaacgtgc gacgcgaggc
    36121 cagccaagta gagcgcttcc tcacacgccg tatcgccacc acctactacg gccaccttct
    36181 tcttgcgata gaagaagccg tcgcaggtag cgcaagccga gacgcccatg ccggcatatt
    36241 tctgttcgtc aggcaggccc agatacttgg ccgaggcgcc cgtagcgata atcaatgctt
    36301 cagcctcgat gaccttctct ccgtcgatgg tgatcttgta cggcgccgcc gagaggtcgg
    36361 ccgccgtggc gatgcccgcg cggatgtcgg cgccgaaacg ttcagcctga cggcgcatat
    36421 cggccatcat ctccgtgccc gtaataccgt cgggatagcc ggggaagttc tccacttccg
    36481 tcgtcgttgt cagctgtccg cccggctgaa tgccttcgta cagcaccggt tgcaggttgg
    36541 ctcgcgacgc atagatggcg gccgtgtagc cggccggccc ggagcctatg atcaggcaac
    36601 gcactttctc attttccata ttttcaaatc tttctcgttg gggttattgt taatctgttt
    36661 atctcgaaaa ctcctcgagg aacttcatgt atcgcggaac actctgttcg atccattcct
    36721 cagacgagtt caattcaatg ccataaaaga caaacggcgg acgatagtca gccttcacgt
    36781 attcaaaagt cagctcaaac gggcgtgtca gctcctctat cgtgtaccgg tatttgcccg
    36841 aagctgcata ttcatgctcg tcgataccgg cggtgatgac cagggcgacc ttcttgccac
    36901 ccatcttgta tccgctctgg cttccatacg cccagccata ggtcaagacc tcgtcgagcc
    36961 acgtcttgaa caacggcggg caattgaacc aatacaaggg atactgaaaa acgatacgct
    37021 catatcgctc catcaattgc tgctcggcag ccacgtcaat cttcccatcc ggataagcat
    37081 cgtacagccg atgcacctca tacttgtccg gatgcttttg cagctcctct acccatcgct
    37141 tgttgatgag cgattcattg aggtgggggt gcacaacaag aatcagcgtc ttcatctcac
    37201 cgtagatcta tctctgtcac gcccgggtaa tcagcccggt tgaaggtgaa ggtcttgtca
    37261 ggcggattga cgcccgtctg catgtgactg atgcgaatca cgctgcgcat gccattcttc
    37321 atcgtcaccg taaggcgcgc tggtagcgac gtgctacgtt cgagctgcac ctccacgcga
    37381 gcgatgtcgc tacggccacg cggtgtgagc gccacgtcgt ccgccatgcg accgttgccg
    37441 gctgtgctcg caccgatgta cgaggccgtg aacttcttct tataggtgcg caagagtgtg
    37501 agcgggttgg tcgattccag ctcgtcgccc gtcggcgtgg agaggttgac ctccttcgat
    37561 cgcaccatgt aggtccactg cgtcgatccg ttgtaccacg tgcgtatgtc gggcgtcacc
    37621 aacgcgaact tgttgccctt catgcgaatc gtgccctcga aactctctgc cacgcccgtc
    37681 ttctcgtgac gcacgttagc ggcgaaagtg gcttgtatgc cgttcgactt ctcgtacgct
    37741 gctgcggctt tgtcgagcaa cgcttcggcc ttctgtgccg aaaggcttcc ggcgacgcag
    37801 agcgttgcca aaagcatgcc aatcattcgt ctcatcattt gatcgtgttt agtttctgtt
    37861 ccaatgaata aatgtcttgt atcaacacct gacgcgcctt gctaccctcg tagggcccga
    37921 cgatgcccgc gccttgcagc tgatccataa gccgaccggc acgattgtaa ccgatagaga
    37981 acttgcgctg gataagcgac gtggagcctt gctgctggct gactacgagc cgggcggcct
    38041 cgtcgaagag cggatcgcgg tcggagagat cgctggcgac cgacttgccg tcgtcctcgc
    38101 cttcaggatc gtactccggc aactcatgcg ctttgggata gcccggctgt gcgccgatga
    38161 actcggagat agcctccacc tcgggcgtgt cgacgaaggc acactgtacg cgcgtcatgt
    38221 cgctgccctg cgagaagagc aggtcgccac ggccgatcag ctgattggcg ccaggcgagt
    38281 cgaggatggt gcgcgagtcg atcatcgacg atacgcggaa ggccacccgc acggggaagt
    38341 tggccttgat cgtacccgtg ataatgtttg tcgacggacg ctgggtggcg atgaccatgt
    38401 gaatacccac ggcgcgcgcc ttctgtgcga tgcgggcgat gggcatttcg atctcgcgcc
    38461 cggcagtcat aatcaggtcg ccgaactcgt cgataataac aacgatgtaa ggcatgtatt
    38521 cgtgtccctt gtctggactg agacgacgat tgatgaactt ttcgttgtag tccttgatgt
    38581 tgcgcacatg ggcccgcgtg agcagttcgt agcggttgtc catctctttg cagagcgagt
    38641 tgagcgtgtg caccacctta gtgaagtccg tgatgatcgg cttttcctcg tccgggagtt
    38701 tggctaagta gtggcgctcg atctcggcgt agatgctgaa ctcgaccatc ttcggatcga
    38761 ccaagacgag cttcagttcg gccggatgct tcttgtaaag tagcgacgtg atgatggcgt
    38821 tcagcccgac cgactttcct tggcccgtcg caccggccat aagcaggtgg ggcgccttgc
    38881 agaggtcgaa catgaagact tcgttcgtga tcgtccggcc caaggccacg ggcaggtcgt
    38941 atttgctttc gataaacttc cgcgagctga tgaccgactg catagagacg atctgcggat
    39001 ccttgttggg cacctcgatg ccaatcgtcc ccttgcccgg catgggcgcg atgatgcgta
    39061 taccgagcgc cgaaaggttc agcgcaatgt cgtcctcgag gttgcggatc ttggagatgc
    39121 gcacgccctg cgccggcacg acctcgtaga gcgtgatggt cggccccacg gtggccctga
    39181 tcgacgagat actgataccg aagttttcga gtgtctgctt gatgcgcttt tggttttcgc
    39241 tctgctcctc catgtcgatc ggcttgtcgt tgcggtcgta cttcttgagc aagtcgagcg
    39301 acgggaagtg atagttcgac aagtcgagcc gcggatcata ttcgcccagc tcggccacta
    39361 cctcggcggg cgtggcgggc tcttcctcac gcggcacttc gacggtgaag atcgtcggtg
    39421 cttccaccgc ctcagcctcg cgacggccat tcggcacgat cggcgtcgcc gctatctcgt
    39481 cctcatcgtc ctcgcccagc gcatagccct catcttccac cgaggggccc tcgcgccgcg
    39541 gcgccgcggc cggcttcgtg tctgcttcct tattatatgt cgtgggtgca ggttccgagg
    39601 gagtcgtttc acgcttggct ttttcctccg cctctgcttc atggcgtgca cgccgagcct
    39661 cgcgactacg ctgccaccgc tcgcccatca ggctccatcc gcccaccaat tgtcgttgca
    39721 tgaagggtat caccaagcta ctcgtaaaga cagcgatgag gatggccgtg atgagcagca
    39781 gcaacaccgt gccaggcatc cccagattgc gcgtaagcat ctctgccaga taccacccgt
    39841 gccgcccgcc ggggtagaaa aacgacgtcc ccacggtcga tgcgaaggcc agcgagagaa
    39901 agacggacga ccagatcatc atcgagctgc acagcaggaa ccgcttcagc agcgacatcc
    39961 ggcagacgcg catcagccac agccccgccg aacccaggaa gaagagcatg aagaacgacg
    40021 gcacgccgaa ccagcgattc atcaccgtct cggccacgta cgccccgcgc acgcccgccc
    40081 agttttccac ccgggcatga tccgccggca gttcgctcag cggcatgctc tccaccacgc
    40141 tctgatccgc cccgcccgtg aagaggaacg acgtcatggc gatacccaga tacatcacca
    40201 cgaagcacac gataagcccc gcgagaaacc acacccgctc gctcgaaaaa aacgaacgca
    40261 gcgcgtcctc ccacgagccg ttcgacccgc ttcgttgtct ttttttacct gtctttttag
    40321 tcatataatc cgtgtaatgc cggctccgag gcctgtttga ttgtggttgt tcaacgtgaa
    40381 aatagaggcg ccccgcgcac ttgagcggcc aaagatacgt ctgccttcca attcgccgaa
    40441 agtttcgccg tgccccctcc ctccgctccg gcggcccgaa aaagcccctc cgcggcgcat
    40501 cgacgcccgt ctacgccccg tcgtttcgct tgggcgtgct tcggcaaacg tcggagtctc
    40561 ccaaagtcac atggccggcc atcgacgcgc gccgaagccc cctcatgtca cccgaaatgg
    40621 cattcatccc tgtatagctt tccattctct acgcataatc tcttatacat gctatatgat
    40681 cctacccatt tatagcatac caacataagc ctactatacg accattctat ctgatggatt
    40741 attcgcttat acatactgtt taggcattca atccgatgga aaaatggctc atataatatg
    40801 tataagccaa atatccacct tcacttttac ccatacacta tatctaagct gtatatctga
    40861 tggattttat attcgtatat agtgtatgag tataaaatcc agcgcatttt atagcgattc
    40921 actatgccta agtcatattt ctgtcagaaa tagaagccat acaccggtcg atgcccccta
    40981 atgtgacatg aggaggcttc ggcgcccgtc gatggccggc cgtgtgactt tgggagactc
    41041 cggcggccgc cgatggcccc tcaagtaaaa cgacggggca taaacgcgcg tcgatggccg
    41101 gccgtgtgac tttggaagac tcggacggcc gtcgatgtcc cctcgagcga aacgacgggg
    41161 cataaacacg cgtcaatggg ccgtccaaaa acgttttggg ggctcgacgg gtgtccgaag
    41221 gcgaaaatgg cgggtttgtg cgtttggatt taagatctac atttgccgcc gtttcgatcg
    41281 gggcatgaca cctcggcagc gaaacggtcc catagctcag ttggttagag cacctgactc
    41341 ataatcaggg agtccttggt tcaagcccaa gtgggaccac ataagacaaa atggcatttg
    41401 aacaaaatgc cttttttatt gcttgacaat ggacagagaa acaaccgtta cgtatcacga
    41461 agaaaagggt ctgtcgatcg gcgatgtaga agcgctcgtg tttggccgcg gacggctcaa
    41521 catcacggcg gaatcgcttc aaaaggtgga tcgctcatac gatttcctcc gagaattttc
    41581 caaagacaaa gtcatttacg gcatcaatac gggcttcggt ccgatggcgc agtatcgcgt
    41641 ggacgacgcg gcgctcgaac aactccaata caacatcatt cgcagtcact ccacgggcgc
    41701 cgggcgtccg ctggaattgc gctgcgtgcg cgcggccctg ctggcccgac tcgtgacctt
    41761 tttgcagggt cattcgggcg tacaccgcga cctgcccctg ttgctccacg agtttttcga
    41821 gcgtgacatc tgcccgatga tccccgagca cggcagcgtg ggtgcgagcg gcgacctcgt
    41881 gcagttggca cacatggcgc tggcgctgat cggcgagggc gaagtttttc accgtggact
    41941 gctccgcccg acgcgtgacg tgatggagga agaaggcctc tgtccgctgc gactcaggct
    42001 gcgcgaggga ctggcggcta cgaacgggac gtcggtcatg accggcatcg ggctcgtgaa
    42061 tctcatcgag gcgcgacgcc tcgcggggtg ggccgtggca gcgtcggtga tgatgaacga
    42121 agtggcggca tcgtacgacg acctgatgtc gcccgtgctc aacgaggcca agcgacactc
    42181 cggacagcgc cgcgtagccg ccgaaatgcg ccgctgggcc gaaggcagcc ggtcgctgag
    42241 acaacgcgaa gcggagatgt ttcaccggca cacggaggag gtgttcgagc ggaaggtgca
    42301 ggcctactat tcgctgcggt gcgtgccgca ggtgctgggg ccggtgtggg acacgatcga
    42361 gcaggctacc gaggtgctga tcgacgagct gaattcggcg tgcgacaacc cgatcgtgga
    42421 cgcggagacg cgtaacgtct accacggcgg caacttccac ggcgactacg tctcgctcga
    42481 gatggataag ctcaagatcg cagtcacgaa gctggccatg ctggccgaac ggcaactgaa
    42541 ctacctctgt cacgaccgta tcaacgacgg catcctgccg ccctttgtca acctcggcat
    42601 cccggggctg aattacggca tgcaggcggc acaattcacg gccacgtcga cgacggccga
    42661 gtgccagacg ctgtcgaacc cgatgtatgt gcacagcatt ccgaacaaca acgacaacca
    42721 ggacatcgtc agcatgggca ccaacgcggc gctcttggcg cggcgggtgg tggagaatgc
    42781 ctatcaggtg acggccatcc tcttcatggc cttggcccag gcggtggact acctcaagct
    42841 ccagccgcag atggcgcctc gcacacggac ggtctacgac gccatccgtg gcgtcttccc
    42901 cgccttcacg gacgaccagc cgaagtatcg cgagatcgag gcgatggtgg aattcctgaa
    42961 aacaaccgat aacacgaact tcttagcaca atgagagtac ccgaaaaata ttacgacgaa
    43021 gtgttcgact tctccggcca gtgggacgtg ccctcgaagt gtggcctcaa gctgatccgc
    43081 cgccctggcc aacccgtgac agtgatcgtc accgagctgt atcaagataa ccccggcaca
    43141 tctgtcacgg cggcaggcta catgctggca cggcaaatct tcgaacgcaa acagttggcg
    43201 ccggccgagg tgcgctatct ggaatgcaac cccgacacgc aatcgaaact ctcgttctac
    43261 gacgaggaat attttgaagt gaccttcccc gagacgacgg gcgggagcgg acgccccacg
    43321 taccgccaac tctcacgcga ggaagtgacc gcacttttcg accgacccca agaatgacaa
    43381 tcgtcccaga catagagcgg cagtcggccg atgtgatcaa gcgctttcag gaggtgaagc
    43441 tccgggaagc gcttcgttat gtagctgccc attcgacctt ctaccgtcgg ctcttccgcg
    43501 agcacggcgt cgacccagag cgggtctgcc gaatcgagga tctgaccgta attcccttca
    43561 ccgaaaagag cgacttgcag ctccataacg aggagttcgt ctgcgtgcct cgcgcccgta
    43621 tcattgatta tatcaccacc tctggaacgc tgggcgaccc ggtgacattc gccatgaccg
    43681 acgccgatct ggatcggttg gcatacaacg agcagatctc cttcgcgtgc accggtgcag
    43741 gtccaggcag cgtcttccag ctgatgacga cgatcgacaa gcgcttcatg gccgggctgg
    43801 cctacttcct cggcatccgt cgcttgggcg caggtatcgt gcgcgtgggg aacggcatcc
    43861 cggagctcca gtgggatact atccggcgcg tacaaccgga cacgatcatc gtcgtgccct
    43921 ccttcattcc ccgcatcatc gactatgccg aggcacacgg cattgattac cgcgccagca
    43981 gtgtgcgccg tgcggtctgc atcggcgaga acctccgcga acaagacttc tcgctcaacc
    44041 tccttggcga gagtatccgc cgacggtggg acatcgaact cttttccacc tacgcctcca
    44101 cggagatggc caccaccttc accgaatgtc cctgcggctg cggcggacac catcatccgg
    44161 agctgatcat ctgcgagctg atcggcgacg atggattgcc cgtagccgac gatgaggcgg
    44221 gagagttagt cgtcactacg ctcggtgtgg agggcatgcc gctcgtacgc ttcaagacgg
    44281 gcgacttggc gcgattccac cgtgagccat gccgttgcgg gcgcaccaca atgcgcatca
    44341 gcccgatcat cggtcgacgg aaccacatgg tcaaatacaa gggcacaacg ctctatccgc
    44401 ccgccgtctt cgacgtcttg gacaatacgc cctacgtgga gaattacgtg atggaagtca
    44461 gcgccaacga atacggcaac gaccgaatcg tgatccgcgt cgggctgcgc gaacggccgg
    44521 cgtttgacgt ggtcaaggag ctgaaggacc gcttccgtgc acgtatccgc gtagcccccg
    44581 agatcgccgt ctcgtcgccc gaggaggtgc gccgcatcaa tcacccggac atcagccgca
    44641 agccggtgaa gtttatcgac aaacgcaatc gcccccaatg aatgctacgg atcagtttga
    44701 ggacttgcgt cccttcgttg cggacgagat ccccgctgcc atgcagcgca ttgccgacag
    44761 tgaagccttc gacgcgctgg cgcgttacgt ctttcctcac cgcgacgtag aggaggtgcg
    44821 ccgcatggtg cgcgccatcc gcaccacgga tgagttccag atgagcgtca tgtatcatgt
    44881 caatctgcgg atcatccgcc gctccatcac acgcctgacg gtcgacgggc tggacgccct
    44941 cgatccggcg gagcgatacc tcttcatctc caaccaccgc gacattatgc tcgactcctc
    45001 gctgctgcaa aacctgctgc acgaggcggg ccatcgcacg acggagatca ccttcggcag
    45061 caacctcatg cagggcgaac tggccacggc catcggtcgg gcaaacaaga tgttcaaggt
    45121 ggtacgtgat agcaacatgc acgacttctt agccgattct ctccatctct ccgcgtatat
    45181 ccgccacacg ctgctcgaga aacgggagtc gatctggatc gcccagcgca acggtcgcac
    45241 gaaggatggc gacgaccgta cggaccgcgg catcgtcaag atgtttgccc tcagcgaccg
    45301 caccgacgcg gcgcgcgcca tccgtagcct gcacatcgtc cccgtagccg tatcctacca
    45361 atgggagccg tgcgacatcc tcaagacgcg cgagctctac ctcagtcgcg gcggacgcaa
    45421 gtacgtcaag cagccgggcg aggatctgca cagcatcctc acgggcatcc tacagccgaa
    45481 gggatgcgta cacttcgcca tcggtcaacc gctcgaccgc tcgctgcccg acaccgtcga
    45541 ggcccgacac gccaacgcgt tctatcgcac ggtggccgac gagatcgacc aacagatcca
    45601 ccgcaactac cgcctcttcg acaacaattt catcgcccac gatctccgca gcggcacgct
    45661 gacctacgcc gaccgttaca cacccgaagc acgcacggcc ttcgaggcgc gtatgcaaca
    45721 gatgctgcaa gagatcgacg gcgatccgtc catcctaaag gcgatcttcc tcggcatcta
    45781 cgccaatccg gtagagaatt gggcccaagg ccgcataaat catcgataga actatgaccc
    45841 ttcgcttcat gagtttggcc agcggcagca gtggcaactg ctactatgtg ggcacggctg
    45901 actacggcgt cctcgtcgac gccggcatcg gactccgtac catccgtaag gcgctccgcc
    45961 aggccgacat cgacttcgac cgcatcctgg ctgtgctcgt cacccacgac cacggcgacc
    46021 acatcaagac cgtcggctgc ctcggcgaac gctgccacat ccccgtctac gccaccgaac
    46081 gcgtgcacac cggcatcaac cgcagtcgat acgtcgacga gcccctccgc accgccgggc
    46141 gcgtgatcga aaagggcgtg cccttcacca tccgcgatct caccgtcgag gccttcgaga
    46201 tcccgcacga cagcagcgac tgtgtcggat acttcatcac ctgcggcccg caccgcctgg
    46261 tgatcgcctc ggacatcggc cagccgacgg acacgatcgc acgctacgtg gcccgcgccc
    46321 gacacctcgt cctcgaggcc aactacgacg aggacatgct ccgtcacggc cgctacccct
    46381 acttcctcaa ggagcgcgtc gccggccccg gcggccacct cagtaaccgc gaggcggctg
    46441 acctcctggc cgctcaccgt gcgcccgact tgcgccacgt ctggctctgc cacctcagcc
    46501 gcgagaacaa ccgccccgag ctggcctacg agaccgtcag ccggcggctc acggaggccg
    46561 gcgtccgcat cgcgcccgac acgctccgcc tcgatgtcct ccaacgcaac gccccctccg
    46621 acctcttcat tttggactga agtctggtcg gagggggcgc ctcttcgtgt ggtccgtggg
    46681 ccgcacgtta cacctgcggc tgctcttttt cctgttcctg ctcctctttg gtttccatca
    46741 agtcgtggat cttagcgtcg actcgcatct cgatctcggg cgtgatattg tccttgagat
    46801 acttgatcag gagcgtgatc acggccaagt cgtccgtgta gcccagcccg gccaggaagt
    46861 cgggcacgat gtcgatcggc agcacaaagt agcccagcgc gccgacgatg taggccttgt
    46921 ccttgagcga aaccgaatcg ctcttcatca tgtaaaacag cagcagcaca ggtttcaata
    46981 cgcttccgcc caccttctgt gctatgcgcc gcaccttgcg ccagaaacgt ttgtcgtcgt
    47041 aatacttgct gtacgatgta gcctcctcaa gctgccgaag gggcagattc ctttcttcgt
    47101 ttgattcgtt cctatccatg tcgtttcggt tctgtttcgt cgtttaatat cactggcaaa
    47161 ggtacgcagc gcattgcaat cctttggggc gaactgctcc gaggcggcca tgcaagcctc
    47221 aagaatcgtg tatttccgaa gccatacggc tctgcgacgc cccgtcgctg cgtgtggcat
    47281 taaaaaacgt gcgcgcaact gatcgtcgct gtatgcgata ttaagaaacc gtccgggaat
    47341 tgaccatcgc tgcgtgttgc attcaattac cgtatgggaa ttgaatatcg ctgctcgtgg
    47401 cattaagata ccgtacggga atcgactatc gctgtgcgtg gtattaaaaa acatacacgc
    47461 tacttattat cgctgtgtat ttcgaggcca tttccggctg gaatgagggg caaatcgagc
    47521 tgttgagata agatacacta cgccttctga tggctgaggc taatcagagc ctccgtttcc
    47581 atcgtccggt gcggtaatag atgagcgtag cgacgaaagc gagcgtgatg ctggctgcaa
    47641 tggcccacca gatgcccacg cgaccccacg cacgactgaa gagggtggcc agtgggatgc
    47701 gtatgagcca gaaggagacg atgcccgtga ccatcgcaaa gaaggtgtcg cccgcgccac
    47761 gcatggcgcc gttgaggatg ctgagcgcac cgtggaagat gagcacggcg ccaaggatgg
    47821 tcaggtattc ctgcccgatg gccatcacgt ccgcgtcctc ggtgaaggcg cccatcatct
    47881 gccggccgaa ggcgaggatg gcggccagca cgacgaggca caggcagacg ttgaagagca
    47941 tggcgaagcg cacgccggca tgcacgcggt cgaagcgacc ggcgccgatg ttctggccgc
    48001 agaaggccga cagggcgccg gagagcgtga ggatgatctg cacgatgatg gagtcgatct
    48061 tgcccgccgc gccataggcc gtgagcgtgt cggcgccgaa gccgttgacg atgcctaaga
    48121 gggcgaccag cccgatggcg atggcgcatt gctgcacgcc ggtggggatg ccgatgcgga
    48181 cgccttggag gaaaagtggg cggtcgaaaa cgaggtcgcg gcggcggagc gagagcagct
    48241 cgtgacggct gatacgccgg atgaccaaag cgacgccaca ggcttgcgcc agaacggtgg
    48301 ccgcggcggc cccctcgata tcccaacgaa aaacgaggat gaaaagcaga tcgaacgcga
    48361 tgttgagcac ggccgtaacc agcacgaaac gcataggccg caccgagtcg ccgatgccgc
    48421 gcaggatgga gagggcgctg tagaaaagga tgaagaagag tgtgccggcg gcatagacgc
    48481 ggaagtaccg cagggcgtag ggcatcacct cgggcggcgt gcgggtgagt cgaaagaagc
    48541 cgtcggcacc gacgacgcca acgacggaga gcaccgcccc ggccacgatc gcaaagagca
    48601 gaaacgacga gaaagcacgc cgcaccgcgt cgtgatcgcg ggcgccgaaa cgctgcgaga
    48661 cgacgacggt gatgccgctc cccacgccga tggccagcga gatgatgaag taatagatga
    48721 agaaagaggc cgagacggcg gctaacgcct ccttaccgag gaagcgcccc acgatgacgc
    48781 tgtccgtcag gttgtacacc tgctgcgtca ggttgcccac cagcagcggc agcgcaaagg
    48841 cggggatcac ccgccatacc gctccgcggg tcaagtcaag agccatgcta aacgaaaatc
    48901 taaaagctaa aaacgaaaaa cagaagcgta ggtgggattt ttcgtttttc ccttttcgtt
    48961 tttagttccc tttcagttcc tctgcgaact ccacctcgac gacgaagtcc gggtcggcct
    49021 tggcggtggt ggggagcttg aggacgatgc cgtcggcgtc ttggacgaag tgtaccggca
    49081 cacgcgtgcg atagtccacc gcctgacgta cgcgattgcc ggcgtagggc aggcagatga
    49141 ggcgatcgac gtcgctcaac acgtgcacaa agagcgtgcg gccgcgctgt gtcgtcacgc
    49201 cccactcatg cggccggacc acgccgccac gcgtgccttg caccgtcttc ccatacgtct
    49261 tcatccaggc gcccacctca cgcagccgtg ccaaggccgt gtcgggcaac tgcccgtcgg
    49321 gctgcggacc cacgttgagc aacaggttgg cgtcgttgcc ggcggcgcgg acaagcaggc
    49381 ggatgaggtc ggcggtcgat ttgtaggcct gatccgtcat gcggtaaccc cacgaacggt
    49441 tcatcgtctc gcacgtctcg agcggcagcc ggctgatggc ctggccggaa agccctgcct
    49501 tgttctcgcc cggcagatcg cgctcgaaga tctgaatgtc ctcgccggca aagggcgtcg
    49561 tgtggtggtt gttggcgatg aggcacgcgg gctgcaggcg gtgaatgagc gcgtactgct
    49621 gcgtgaggcg ccaggtggag tcggtcacgc cgtcggggta gatgtccttg tcccacatgc
    49681 cgtcgaacca gatggcgccg atggggccgt agccggtgag cagctccgtc aattggcggt
    49741 ccatgaaggc gcagtagtcg tcccagcgac cttcacgcgt gcggccggtg ccgaggccgg
    49801 tgcggccacg ggggaagtag tcgtcgcggc gccagtcgag gtgcgaatag tagagatgca
    49861 gccggacgcc gtgtcgggcg caggcgtcgg ccagctcacg gatcacgtcg cggcggaagg
    49921 gcgtggcctc gatgatgttg aagtccgact cgcgggtggc gaacatagag aagccgtcgt
    49981 ggtggcgcgt ggtgacgcag atgtacttcg cgccggcgtc ggccacggcc ttcacccagc
    50041 ggtcggcatc gaaggcggcg ggatagaagc cgccggccag ccgcgcgtac tcgtcacggt
    50101 tcacgttgcg gttgtgcatc atccattcgc catcgccggc catcgtgtag agcccccagt
    50161 gaatgaagat gccgaagcga ttgctgcgga acgtctcgcg cgcctggaga ttctctttcg
    50221 tcggcgtgta gtccgccgtc tgtgcgcccg cccggagcag gcacagggct gccatcgccg
    50281 cagcccaaaa ccaagttttt gttgtcatgt ggtgtaaaag tagttagggg ttataggggc
    50341 ggccttgcgg tcgccggggt tgtaagaaat agtcagaggg agaggcggcc ttgagggtct
    50401 gccctcaagg gggatcggcc agtcctccag ccgttggcga gcctcgtcga aggggaggcc
    50461 gcgggcgtgg taggcgacga agtcgaggcc gaaggaacgc cagcgataga cggccatcag
    50521 gtagcgctcg ggcgtggtgt cacgctcgat ggtgagcacg cgcggctggc cgtcgatatg
    50581 cacgaaacgg aagtcgacga gcggacggct gagccgtgaa cccatccaca gggggcggat
    50641 gcagcggtct ttgtagacct tgaaaatgaa gagccggcgc gccacctgcg ggtcgtagcg
    50701 ggtggacttg atgacgccca caagcacatc ggtgcggcca tcgccgttga tgtcgcccgt
    50761 ctggaaacgg tagacgggat aaggcaaggg ccaacgttcg ccgcgaccgt cgtagccgcc
    50821 cacctgcacg tagtgaagcg tgtccgagac ggtgacgagg cggagtgtgt cttccgtgtg
    50881 gccgccatcg ggcagacgaa acaaggcgag aagcaggacg aggagaggca tcgttaatgg
    50941 ttgatttttc atttgcggga atcccgcaag catgattgaa aacaccggga gcccccgtgc
    51001 aagacgcatc gcgacggcta cggagaggct cccgctgaat catcggacga tgacgcaggg
    51061 cgctcgtcag acggtcgctt ccacattcca gacgaaggcg cggaggccga gctggtcgga
    51121 ccgctcatcg agggcgcgga gggcctccag cagacggggg acgaggtcgg cgtcaacgac
    51181 agtcaggatg gcctcgttca tcgccggcca ggcatgcgac ccgaggtgtg gatcgcccgt
    51241 ttgggagccg cgtccggtga cttgtccaaa agccgtgtag ccgcggcagt tgaagtgggt
    51301 cagcagcgtg agaacgtctt cgtgatgggc ctgatcgcag gctataaata cagctttcat
    51361 aaggggtcaa tctttgggct tcgtgatgag gtgcttgtgg gcttgataga agtcgtccat
    51421 ctcacgcatg cggcgcagct tgcggcgctg gcgcttgatg cccacgccgg caaacgagca
    51481 gtaaagcacg ggcacgagca gcagcgtgag gatggtggag acggtgaggc caccgatgac
    51541 ggagacaccc atcgggcgcc acagctcgga gccttgtcca ccaccgatgg ccatgggcac
    51601 cataccgagg atcgtcgtca tggtggtcat caacacgggg cgcagacggc tcttgccggc
    51661 cgtcacgacg gagttcttca ccgcccgacc gcgctcgcgg cagagggtga tgtagtcgat
    51721 gagcacgata ccgttcttca ccacgatacc gatcaacatg atcgcgccca ggaggctcat
    51781 cacgttcagc gtggtgcgcg agaggaagag cgccatcagc acgccgctca cggcgaaggg
    51841 cacggagaac atgatgatga aggggtacgt cagcgactcg aactgtgcgg ccatgacgat
    51901 gaagacgagc acgatgatga gcagcgccaa gacgccgagg tcggagaagg agtcttgctg
    51961 atcttcgaag gaaccggaga cttggatctt gacgttgctc ggcgtctgca tgcggtcgat
    52021 caccttctgg ccctcggcca cgacggtgcc taacggcgca cccggcttcg gcacagcgga
    52081 gacggtcacg atgcgttcgc ggtccttgcg ctcgatggcc ggcggcgcga aacgctccac
    52141 cacggtgccc acgtcgcgca cccgcacggc gcgtccctga ttattgtaga tgagtatgtt
    52201 ctcgatgtcg tctatgctcg tgcgatactc gggcgcataa cggacgacga tgtccgactc
    52261 cgcgccgtcc tcgcgatact gcgacgcggt gtagccgttg atgcggttgc gcaggtaaga
    52321 gccggcggtg gagaggttga gaccttgcac ggacagcttc tcgcggtcaa agtccacctg
    52381 atattccggc aggtagtcgc cgcggctgat gttcacctcc gatacgccgt cttgcttcag
    52441 taactccgtg cgcagctcct gcgccaggcg gtcggtggtg gccatgtcgt agccgtagat
    52501 ctcgaagtcg gccgtagcct gtccacccat gccgccgttg tcgccgccgg gcacgacctt
    52561 cgtcttcgtg aactcggggt acgccttgag atcctcacgc atcatgtcgc cgatcagcgc
    52621 ctgcgagcgt ttgcgttcgc tggatttcgt aaggctaagg ttgaaggtga tgatgtgcga
    52681 cccgttgtca cgtatcgcag cgaaggtgtt cgtggcgtca gcctgaccca cggtgtagtt
    52741 gcagacggtg atctcgggat acttctgtcg ccattcgttc gtcagccgcg cggccaactc
    52801 ctgggccacc tccttacgcg tacccacagg tagctccagc ttggcggtga tgtagccgtt
    52861 gtcttgctgg gggaagaact ccgtgccgat gtaacccgcg caaaggagac tgagcgcgaa
    52921 gaaggcgatg cacgaaagca ccatcgtccg tcggtggctc acggcccagc ggagcagtcg
    52981 tgcgtagccc gtgtcgaggg cgtcgagggc gcgttggatg gggtgataaa acgtgcggaa
    53041 ggccttcgac ggtttgcgtt gcaagcgcaa caggcgcgag caaagcatcg gcgtcagcgt
    53101 gagggcggcc acggtagaaa cgaccatgat gacgcacatc atccagccca attgtttgaa
    53161 gagcacgccg gtcatacccg tgaccatcgt cagggggaag aacacggcga tcatcgtcag
    53221 cgtggaagcg acgactgaga tagccacctc gtttgtgcca tgtatagccg cctgcgaggg
    53281 tgccgagccg cgctcgatgt gcgtcgtgac gttctccaag accacgatgg cgtcgtccac
    53341 caccataccg atggcgatag aaagcgacga gagcgagaca atgttgatcg tgttgcccgt
    53401 gatggccaag tagacgaacg aggcgatgag cgagagcggg atggtgatcg aaatgatcag
    53461 cgtggcccgc cagcgaccga ggaagaggaa gacgacaagc acgacgaaga gcagggcgta
    53521 gagcaccgtc tccgtgaggc tgtcgatggt ctcgaggatg ttctccgacg agtcccagat
    53581 gatgcccagc ttcacgtcgg gcggcaagtt cttttgcagc tcgggcagct tggcgagtac
    53641 ttgcttggcg atgttgacgg aattggcgcc ggattgcttc tgtatgatga tcgtaccgcc
    53701 gcggatggcg ttcgtgtaag cctcctgcgt gcgttcctcc acggtgtcga ccacccgcgc
    53761 cacgtcgcgc aggtagacgt tcgcaccgcc gaccgttccg actacgatgc tctccatctc
    53821 acgagcgtcc ttgaactcac cctccacacg cagcgcgtac gtctcgttac cgatgtcgag
    53881 actaccgccg gggatgttgc gattctctgc gccgatgatg gcgccgatgg cttcgacggt
    53941 caagttgtag gcctccagtt tggcggggtc gcaatagacc tgaatctcgc gcttgggtgc
    54001 gccgttgatc gacacggtac ccacgccggg gatgcgcgcc aaggggttgg ccacgttgtc
    54061 gtcgaggatc ttgtagagcg cctgctgact ctctcccgcc tcgaccgaaa ggatcaagat
    54121 cggaatcatg tctgacgaga acttgaagat gatcggtgtc tcggcgttat caggcagctg
    54181 cgacttgacc atgtcgagct tatcgcgcac gtcgttcgtc agctcgttga tgtcgttgcc
    54241 atactcgaac tcgagctgga tgagcgacaa gttctcggac gagcgcgagg tgatatgctt
    54301 caggttgctg accgtgttga ggctgttctc gagcggccgg gagacgttcg tctcgatgtc
    54361 cgacgcactg gcgccaggat aggcggtgag caccatgatg gtgttcgttt cgatgtccgg
    54421 atagaggtct accggcagac gggataggga gaagagtccg aagatgacga tcgccagaaa
    54481 gctcaggctc gtcataatgg gcttctttac ggctccttcg tataagctca tgggtgcttg
    54541 attaattctt taccacttcc acttgtgcgc tgtccttgac agccgactga tactgcccgt
    54601 cgacaacgac gtcggcttcg ccatcgaggc cggagagcag ctcgtagcgg tcgcccaagc
    54661 gacgacccaa ctccaccgtg cgacgcaaca cgcgcccgtc gcggcagaca tacacgtaac
    54721 gttcgcccga gccggcttgc ttgatgatgg ccttatcggg cacgacgatg cgctccgtct
    54781 tgccgaggtt cagcttcaca cggccaaaca tgcccggacg cacgcgctga tcggcgttag
    54841 gcaaccgcac ctcggcggca aacgtgcgtg tggtggcgtt caccgtcggg tggatcaggt
    54901 tgatggtgcc ctcgaacgtc tcgccggggt aaacatccag ctccacctcg gccttggtgc
    54961 ctttggtgat gcgcgtgaac tgactttcgg acacgttgat caccagcttc acgggctgga
    55021 tctgcgccac ggtgaggacg ggttgcgcgc cgttgtacat gtcgccattg tcatagttac
    55081 gggccgtgac gacgccactg atggggctcg tcagcgtggt gttacgctgc aggttgcggt
    55141 aggccgtttc gctcacatcg aggctcgtct tcgaggcctc ccattgcgag cgcgacacgc
    55201 cgcccacctt atacagttcg tcgatgcggc ggaagtcggc gcgcaggttc tccatctgca
    55261 attgctgctg gcggaggctg gcggcatcca tctgcacgag tgcctgcccg cggctcacac
    55321 ggtcgcccac ctcgacatta atacgctcga tacgtacggg catcgagggc gcaatgttgt
    55381 tcgtgacctg cgcctcgacg gtggcggtgt atgtctccac ctgctccacc tcttctcgca
    55441 cggcagcgcc cagcttcacc ttcggcaggg cttcctgctc cgtctcttct gcctgtttac
    55501 ctccgcccga gcaggctacg atagccgccg caagcagcag ggcgactgcc gatcgtatga
    55561 ttatttctct cttcattgtt gttctattta tttctgattt atcgtgtgtg cgctgtcatt
    55621 attccccagc gtcttctcca gatcggcgcg ggcggtgagg tagtcgtaga tggcttgacg
    55681 ataggccagc tcggcctgtg tgagtgccac ctcggcgtcg ttgagttcga ggatggtgcc
    55741 catgcccacc tcgtagcgtt tgcgggcgat cagccgccct ttctccgcct gggccacgcc
    55801 ctcgcggttg ctggcctgct gttcataagc cgctgccatc ttatctcgag cgttttgtac
    55861 gagcataccg agctgacgtt cggcgttgag gcgtgtctcg cggagctgtt gcatttgcag
    55921 gcgcaccttg cgcagcttcg ggtagttcga ggccttgaag agcggaatgt tgacgctcaa
    55981 cgcaacgagc gaatagggat accaggagta attgcggatg cgaaagtcgt tgttcatcga
    56041 gctatacgag tagctgtagg aggcgccgat agtaggcagg aagttggcct tcgtcaggcg
    56101 ttcgttgtgg ctgagtagct ccaagtttag gtctaactgg cgtagatcgc tgttgttttc
    56161 cagcgtttcg gcgatgggct gatcgggctt catggccgat tcataatccg ccagactgcc
    56221 gcgggcagcg atgatgggtt cgccagccac tccgagcaac acacgcagtt gcagacccgc
    56281 cagcgccaca ccgttgcctg ccgagacgag ccccggcttg aggctgcgca cctgcacatc
    56341 ggcgcggata cggtcgtact cgctgacgct ccccagcgtg aagcgttcgt tgacgatgcg
    56401 gaggttggcc tcggcctgcg cataggcttc ctgcagcaca cggtagctgt cctgcgccaa
    56461 gagtagctga tagaaggcct tcgtgacctc gttgaccatg ccgatgcgtg atgcgcgcgc
    56521 cttctccacg gccaactcga tgtccgcctc cgtaagccgg atgctacggt agagcgcggg
    56581 tgcaaagagg ggcaggttga tggataagcc ggctgagtag gagttgtccg tacccatttg
    56641 aatcttggtg gactgtccgc cgaactccat gaccatcgtt tgcttcttga gcgtgcgcga
    56701 gtaagaggcg ctgagcgagg cctcaggcag cagtccggcg cgcgcctcgc gtcgggcttc
    56761 ttttttgatt tcgacgtcgt aatctgccac gcgaacggtg ggattttcag tgagggcaat
    56821 ttgaatcgct tcgtctaatc ggaggcgcag cgtgtcaggc gcctgcgtcg tctccacgtc
    56881 ttgtgccgag aggccagaca gccccggaag gaggctgata aagagaaggg ttttgtggaa
    56941 tgacatataa tataatgtgt ttgtaacggg gagaggagga gtcggccggg catcccgacg
    57001 acttgagctt gcaaagaaag acagaactta gatcaaatac atcttccacc aaaatgcaat
    57061 gccttttgct ccctgcgcaa cgcaaggctc cgaaagagac ccttttttgc tccgcgcgta
    57121 acgcagggct ccgaaagaga cccttttttg ctccctgcgc aacgcagggc ccgaaagaga
    57181 cccttttttg ctccctgcgt tgcgcagggt tccgaaagac gatgcttttc aggccggcgc
    57241 aaacaaaaaa agcgtgcaga ccgtcacggc ccgcacgctt tcaagcatgt tatcgttgaa
    57301 atcaaaaatc cttatgccgg ttgcttcttg gtcaggacat acttgtcagc gttctcagca
    57361 gccttggcgc catcgtcgcc tacgactacc acgttgtcgc cctcaatcag cagcttgcgg
    57421 aagctcagtg catcggcatt ctccagcgtg ataatgccgc ttgcaggatc ccaagtgaag
    57481 ctacctgcag cctcgctgtg gccaccgtcc ttcttaccct tggcgtcttg cgtcaccttg
    57541 taggtcatgt cgcccatcag ttctacggtc gtctccagac cgctgcaatc tgcgcagggc
    57601 agtgtgccgg cgtatgcgcc taccttatca aatgcaggtg ccggagcctc agcgggctgc
    57661 tcagctacca ttgcgctgtc cgcattttct gcgttctcag cgttcttcgc gttttggtta
    57721 cacgatacga atcccagcgt caaagctgcg attccacaat aaagcaattt ctttttcata
    57781 cctgtagcaa ttaaaaaaac atagaatcaa aattcgctat atgaaacagc cccaccgttg
    57841 gattgttttg ggcactcctc aagaaaggct gctttttaca tttaattcac gatttgtgct
    57901 cctgcaaggc ttcgtccatt gcggcagcag cgcgccgccc gtcacccata gcaaggatca
    57961 ccgtagcgcc gccgcgcacg atgtcgccgc cggcgtagac atccgcaagc gacgaacgca
    58021 tgtctgcctc acctacaatg atcgtgcccc gtttcgagat ctccaatcct gcgaaggcct
    58081 gcgggatgag tgggttgggc gagacaccca cgctgacgat cacttcgtcc acgtcgattg
    58141 tttccactgc gccctccacc ggtaccggtc ggcgccgccc cgaagcgtcg ggctcaccca
    58201 gctccatgcg ttggaggcgc atgtgcttca cacgtccgtt ctcgtcgcca aggtattcga
    58261 tcgggttatg gagcgtcaag aactccacgc cctcttcctt ggcgtgcttc acctcctcga
    58321 tgcgtgcagg catctcctct tcgctgcggc gatagacgat catggcgcgg gcagcaccga
    58381 ggcgacgcgc cgtgcgtaca gagtccatcg ccgtgttgcc gcctccaatc acagccacgt
    58441 gcttgccctt gaagacaggc gtatcggcgt ccgtcgaagc ggcgtgcatg aggttcacac
    58501 gggtgaggta ttcgttggac gacatgacgc cgatcaaatt ctcgcccggg atgttcataa
    58561 agttcggcag acctgcgcca ctggctacga agatgccgcg gaagccgtcg gcgtgcagat
    58621 cgtcgtagct gatcgtctta cctacgatgc agttcgtgat gaattgcacg cccatctttc
    58681 gcagtccgtc gatctccacc tccacgatgc gattcggcag acggaactcg gggataccgt
    58741 acttcaacac accgccaatc tcgtgaagcg cctcaaagac ggtcacgtca tagccgcgct
    58801 tggccatgtc gccagcaaaa gacagccccg ctgggcccga tccgacgacg gcgatcttaa
    58861 tgcccttcga tggcgcacac tcagggacgg ctatctgtcc actctcgcgc tcatagtcgg
    58921 cagcgaagcg ctccaagtaa ccgatggcca cgggcgcctt cttcatcttc acatgcacgc
    58981 agcgactttc gcactgcttc tcctgcggac agacgcggcc acagacggct ggcagtgcgc
    59041 ttgtttcttt cagtacgcgg gcagcctcga ggaagttgcc gcgctcgatg ttcttaatga
    59101 acgaggggat ctgtatgctc accgggcacc cctccatgca ggtcggcgtc acgcagtcga
    59161 ggcaacgctg cgcctcacgc agggcctgct cctcggtcag accttggttc acctcctcgt
    59221 tgttatggct gcgataatcg gggtcgagct cgttcatctc cacccgatgg atggcggtgc
    59281 gttccttggc tttcatgccc tgtcgaagtt cctcgcgcca cgattcggcg cgacgctcgg
    59341 cgacggtcgg tatggtttcc atgctgtcta tcgtttctgg cgttctactt ctgttcctcc
    59401 tccttgtaag agcgaaggcg catcatcatc tcgtcaaagt ccacctgatg ggcgtcgaac
    59461 tcggggccgt cgacgcatac gaacttcgtc cgtccgccga ccgtcacacg acaggcgcca
    59521 cacatgcccg tgccgtccac catgatggtg ttgagtgaag ccacggtcgg gatctcgtat
    59581 ttcttcgtta gggctgcgac gaacttcatc atcacggctg gcccgatggt tacgcagagg
    59641 ttaacgggct cgcgttggat cacagactca acgccctgcg tgacgagtcc tttggtgcca
    59701 tacgacccat catccgtcat aatgatcacc tcgtctgagc aggcacgcat gcggtcttca
    59761 aggatgatca agtccttcgt gcgagcggcc agcaccacaa tcacgcggtt accagcctta
    59821 tggaaggcct ccacgatagg tagcaggggc gccacgccga cgcctccacc ggcacaaaca
    59881 acagtcccca cgcgctcaat gtgggtagcc tgcccgagcg gcccgacaac gtccgtcacc
    59941 gcgtcgccct catcgagggc gcagagcttc ttcgacgatc gcccgacggc ttgcaccacc
    60001 agcgtgatcg tgccccgcga tgtatccgcg gaagcgatgg tcagcgggat gcgctcgcct
    60061 tgctccccta cgcgtacgat gacgaaatgt cccgccttgc gcgaccgtgc gatcagcgga
    60121 gcctcgactt cgagcttcac cacatggggt gagaaatgtt ccttgcttac gattctattc
    60181 atatcacgta gtcctattca ttcaaacaaa tccttgtcgc gcaccaacat gaggatggcg
    60241 gagtggggca ggatgagaaa cttctcctga ttgatgctca cctcataagc ggcgctctgc
    60301 atgtagacgg ccaagtcgcc ctcatgggct tgcaggggga tgtaggcgct gcggttgtcc
    60361 ttcttcttcc acgcctcgtc ctcgtccacg tgcgagggct gcggataacc cggtccgatg
    60421 cggatcacat agcccgtctg tagcttttcg ccttcctgca ccaagggcgg aaggagcagc
    60481 ccggacttcg tcttcacctg cggattcgtc ggcttgacca gcaccttgtc gcctaccatc
    60541 aaaaacttgt caaactcttt actgtctatc gacaactgca tttcttttct ctcttacata
    60601 aatacgtata ggccctgcgg cccttgggcg cgcaaaagta gaagaaagga cttacgggcg
    60661 ctggtcgccc ttgaaatccg gaattctaac tgaacgtgag ttcgacgaaa gaatgaggtt
    60721 ccttatttct ggagaatgtc ttggatagcg cgctgtaacg gtcaaagtgt ttttggaaac
    60781 gcttgcaaca ccgttgcaag tctcacgaaa aactttctgg cgtttgcgca ggtcgcgcaa
    60841 gttccgccgc atttaccgag acgtttgcgc aagctgcgca agttccgcgg cattttccga
    60901 gacgtttgcg caggctgcgc aagttccgcg gcattttccg agacgtttgc gcaggctgcg
    60961 caagttgcgc ggcatttgcc gagacgtttg cgcaggctgc gcaagttccg ccgcatttgc
    61021 cgagacgttt gcgcaggttg cgcaagttcc gccgcatttg ccgagacgtt tgcgcaggtt
    61081 gcgcaagttc cgccgcattt gccgaggtgt ttgcgggagt cccgcaagtc tctcgagaaa
    61141 ctttctggag tttgcaggaa cgctgcaaag gcctcgaaaa actttttgga gtttgcagga
    61201 atgctgcaaa ggcttcggaa aactttctgg agtttgcagg aatgctgcaa agacctcgaa
    61261 aaactttctg gagtttgcag gaacgctgca agcatttcca aaaacgtttt ggccctcgcg
    61321 tgacttccgt ggaagctctc tgcttacatc ggactcacgt taaccgtaag cgggtaccca
    61381 ctctggggca cgttcgtctg tctaatcgtc agctggagtc ctaaacgcat cgcagagtgg
    61441 gcttcgactg acaatcaggc acaactcctc agcaatcttg tcatctcaaa actgacattt
    61501 aggcgtaaaa cacgccgcat ggggtgccta aacgacttct tactcgcgat cgcgcacttg
    61561 ggcggaaaag acggtaggaa tgggcgtatc gaaacgcatc tcacgacccg tctcggggtg
    61621 gatgaaccac agccgacagg cgtgtagcat gaggcgctcc gcgggatcgg tctgggcgcc
    61681 gtatttaggg tcgccagcaa tggggtgacc gaaggcttcc atctgcgcac ggatctgatt
    61741 cttgcggcca gtctcgagcg tgaactccac caaggcacag tcgctcgcgg ccttgaggac
    61801 gcgatagtgc gtgacggcct ccttgccatg cagagcgtcg gtgcaataga ccttcatgcg
    61861 actgttttca gcgaggaagt tccgaagcgt gtcctccgca ggctctggca caccctcgac
    61921 aacagccacg tatgagcgcc gtgtgacgat gtcggcccat ccctcccgca tcttctcctg
    61981 cacgcctttg ttgcgggcga acatcatcag gccggatgtg ccgcggtcga ggcggtggag
    62041 gacaaagatt cggttcctcg ggtcttgctc gcggacgtag gccgagagga tggcccaggc
    62101 ggtgcgctcc tgcgccacgg agtcggagac ggagagcaag ccgtcacgct tgtcgatgac
    62161 gatgagcgat tcgtcctccc agacgatcct gaggtagggg ctattgaagg cagggcggcc
    62221 gcgctcatgg ctaatgagga ccgtatcgcc gggacggagc ggcatgtcga aatgggtcgt
    62281 gacccgtccg ttgacccaga tctgcccgtg gcgcagaagg ctcttgacgg cgctccggct
    62341 acggtctgtg atatgggcaa aaaggaaggg caagaggggc gaagcctcgc gtacggtgac
    62401 gcgttggcca cgtggctgac ggtcgtcggg ctgggcaccc cggtgggggc ggaaggttcg
    62461 gttcgatttc attcgatgag agggcgtttg aggatgttat gggtgtagtt atgcgcggag
    62521 accatcaggt gttcgccacg ggatgcttct tgaccagcac tttgtcgatg cgggcgcgat
    62581 ccatgtcgac aatctcgaag tcgaagcact gccagctgaa cgtgtcgccc gttttgggca
    62641 cgcgctcaag cagctcgagg atcaggccgc tgagggtgtt gtagtcgtag tcggcataga
    62701 gatcctccat gtcgaaatac tcgaggaagt tgtagaagga gtattgtccg tcgacaagcc
    62761 aactgccatc ggcgcgctgc ttgatctcta actcctcgtc cacgtcgggc aattgaccaa
    62821 tgagcgcctc cacaatatcg gccagcgtga cgagcccctg cacgccacca aattcatcgg
    62881 tgacgatgcc gtacttcact ctcgcctgtt tgaactgttc gagggcgttg tagacgctct
    62941 ggctctcggg gacgaactgt gccggacgga gcacctgctg cagcgtgaag tcgggctggt
    63001 caatgcgccc gaataaatcc ttgaggaaga ccacgccgac gatgttgtcg aagcgttccg
    63061 aggctacggg gtagacgttg taaaggttct ccttgacctt ccgacggatg gcgtccatgc
    63121 cgtcctgcat gttgagccaa atgaggtcgc tgcgatgggt catgatcgag ccgacgtcgc
    63181 ggtcgccgag ggtgaagacg cgctccacga tgtcctgctc cacgtcttgc acctcgccgc
    63241 tgtcgaagcc ttcttgcacg acggcccgaa tctcctcctc ggtcacctta ttctcgcccg
    63301 tgcgattgag cccaagcagg aggatcacgc cctgcgtact cttcgaaagc acccatacga
    63361 tcggcgaagc caccttggag aggatgtcca tcggccgagc cacaagttcg gccacctgct
    63421 cagcgaaatt catcccgata cgcttcggca caagctcacc gagcacaagc gtgaggtagg
    63481 tgacaatgac aacgatcgtc agcttggata tcccgaccgc ataaggctca agccccggca
    63541 cacgggcgag cacaccggcc agatctcggg cgaaagcctc gccagagaag agacccgtga
    63601 ggatgccgat gagcgtaatg ccgatctggg tggtggagag gaactgatcg ggcttctggg
    63661 ccaagtcgag ggccttctgc gccgagcgct tgcccttctt gacctgcgat tcgagtctgg
    63721 ctttgcgggc cgatacgagc gagatctcgg ccatcgaaag cagtccgttg aggaggatga
    63781 gtccgaggat gagaatgatt tccataaggc agggttagag gattgcgttc ttggccagcc
    63841 caccctcgga ggtctctttg tagaggctgg ggatgtcgtg gcccgtctct ttcatgactt
    63901 ccaccacgcg gtcgtagctg acgcggtgtt tgccgtcgga gtagaccgca tagacgttcg
    63961 cgtcgagggc tcgcgcggcg gccacggcgt tgcgctcgat gcagggcact tgcacgaggc
    64021 cgcagacagg gtcgcaggtg aggccgaggt gatgttcgag ggccatctcg gccgcatact
    64081 cgatctgtcc cggggtacca ccgaagagct gacaggcagc tgcggcagcc atggcgcagg
    64141 ccacgccgac ctccccctgg caacccacct ctgcgccgga gatcgaggcg ttctccttgg
    64201 cgatgttacc aaacaggccg gccgtcgcta aggcccgcag gatgcggact tcccggaatt
    64261 cgtgtgcctt agcgacgtga tagagcacgg cgggtagcac gccgctggag ccacacgtgg
    64321 gcgcggtgac gatgcgcccg cccgcggcgt tctcttcgga cgtggctagg gcgtaagcat
    64381 agatgtggcc gcgcgaattg aggctgccga tgtagccctt ggccttgacg tagtacgtgg
    64441 cggctttgcg gcgcacaccg atgccgccgg gcaggacgcc ctcgttgttc aggccccgtt
    64501 cgatgccctc gcacatgacc tgccaaacct cccggaggta gtcccagatg cccgcgccct
    64561 cacattcctc gacgtactcc caataggtac tgccctcacg ttcgcagcga gccaggatgt
    64621 cggcgatggt ggtcaggggg tagatgtcgg gcgtcgtttc ggcgcgcgaa tggccgtcgg
    64681 agagggctcc gccgccgatg ctgtagacgg tgcggctgag tgcgacggtc gctccgtcgg
    64741 cctcgagggc ctcgaagcgc atgccgttcg ggtggaaggg gagtacgacg tccgggcgcc
    64801 agacgatctc ggtcggcgcg aggggttgaa gcacttggag gatggcttgg tcggtcaagt
    64861 gaccgcgtcc ggtggcagcc aggctgccgt agagggtgac acggaaggca tgggcgccgg
    64921 gcgagtccgc agcgaaggct cgggcggccc gttgggggcc catcgtatgg ctgctggagg
    64981 gcccgttacc aatcttgtaa agttctctga gcgatttcat aaagggcggc aaagatagga
    65041 ggagggcttt gtcgggcaac tgtccgtcgc cacgagcaaa gccccccatg cagcctccga
    65101 agggccaccc tatcgtctgc ttcttcagcg ccgacgcttg acactggacg agacgtcgtc
    65161 cgacgtcgtc gcctggcagt cccccgagta gcgcacgtcg gagccgcccg aggctgaggc
    65221 ggtcagatgg cccgtgcaga gcaccgtggc gtcgctcccg ccgctggctg agagctcata
    65281 gtcgccgacc tcgaagcgct tggcgtccat gtctgatccg ccggagaggt ccacctggca
    65341 ctccttggcg ctgccggaga gcgcgaggtc ggagccgccc gaggcctcga agcgacaggt
    65401 cgtagcggtc acttcgccct tgaagtccga gccgccgctg caagccacgt caagctcatc
    65461 gaccgtgacc ttgcccttaa aatccgatcc gccggagcat ccgatctcca gcgagcggcc
    65521 gcgcagcatg acctgatcgg cccaaatgtc gctgccaccc gacgcccgga gccgcgtgag
    65581 ggtgcccgtg ttgggcacga tgaccttcat cggtcccgga ccgaaccacc cgaggagtga
    65641 gggccgcaga cggatattca gttcgccacc ctccacctcc gtgaggatct gatcttgcat
    65701 cttttcactg gccacgacca cgatttggcc cgccttcagt tcgtcggaga gaaccacatc
    65761 gatgccgccg cccgtttgga tggccgtgta ggcagccacc tcacgcgttt gttccacgga
    65821 cgggcccttt tcgcgtcgca atccgcgggc gatgcatccc gttgtcacaa gtaaggcagc
    65881 cgcagccacc aagctgatct tcactgttct tgattccata ttcgttatac gttaggttgt
    65941 ttctactcat tgagacgcac ttgcgcgtcg tttgttacag ttttctctga aaaaaattat
    66001 aggggctgct gacccgaagg cgctatcgtt ggaaaacatt tcaagagccg ctgccccgaa
    66061 ggcgccgcca ttggatacca ttttataggc gcctcgcgga cacacgctgc cgtttcttgt
    66121 tccgaacatc tgggggcgta tgcaatacgc ccctaccctg acggccgaca gaggcaactt
    66181 ccatttatcc gcccttattg gaacccattt tggaggccaa tgacccgaag gtgtccccaa
    66241 gagtaggggc gtattgcata cgccccaccc aatgccccgg cagaggcaat tacatataag
    66301 ggcaccttcc agccacacgc tgctgtttct tgttcggatc gtttgggggc gtatgcaata
    66361 cgcccctacc ctaccggccg acagaggcaa cttccattca ttcgccgccg tcggaaaaca
    66421 tttcaagagc cgctgacccg aaggcgctac cgttggaaaa cattttagag gcgaataacc
    66481 cgaaggcgct gccgttggga accatttcaa gagccaatga cccgaaggcg ctaccgtcgg
    66541 aaaacatttt tggggccgct gacccgaagg cgctgccgtt ggaaaccatt tcaagggccg
    66601 ctgacccgaa ggcgctgccg tcggactctc caacggggcg tctttttgct cagacgcccc
    66661 caatggactc tccaacgggg cgtctttttg ctcagacgcc ccaaatggac tctccaacga
    66721 ggcgtctttt tgctcagaca ccccaaatgg actctccaac ggggtgtctt tttgctcgga
    66781 caccccaaat ggactctcca acggggcgtc tttttgctca gacgccctca atggacactc
    66841 caacggggcg tctttttgct cagacaccct cgtcggactc tccaacgagg cgtctttttg
    66901 ctcagacgcc ctcatcgtaa aatttttcac catcggcggc ctctcattcg ccttcaaaat
    66961 atccccctat tcgagcttca gcgtgtccac agggttgatc gtagcggcgc gccagctctg
    67021 ccacgagacg gcggccaccg aaatgaccag cacgccgagg cccgtgagcc caaagagcca
    67081 ccaatcgagg ggcgccgggg cggcgaagtt ctccagccag cgcgtcatca gcaggtaggc
    67141 ggcgggtgcg gccaggagga aggccacgcc gatccagagg acgaaccggt agttgagcat
    67201 gcggacgatg tccgacggac gcgcgccgtt gatcttgcgg atgccgatct ccttcgtcct
    67261 ccggcggacg acaaacgcca tgacgatgat cagccctagc gtcgcaacgg ccaggcagag
    67321 cgccgcgaag atccgcgtga ggcgctcggc gtagcgttcg ctggcataga cgccgtcata
    67381 gacgtcgctg aggtaggtgt actgcgcggg gtagcccgga ttcacggccg cccagacgcg
    67441 ccgaaagctg tcgagcgcct cgtccctgcg gtccggatcg agccgcacca tgaggcaatg
    67501 ctggaaaaaa gcccggtgga cgaccagcag cggctgggtg gcctcgaagg tggtcgtgta
    67561 gttgaagtcg tccgtgacgc ccacgatcgt gccgcggtcg atatagtcca gcccgccgtt
    67621 gccggttcgg atgcgcagct gctggccgat ggcctcgtcg ggcgtgcgga agccaagcat
    67681 ctcggccgcg ctgcggttca cgacatactg ctccgatccg ttgtccgtgc ggtggccctc
    67741 ggcggcggcg accagcatgc gctcctcctc atcggccgtg tggcgcagtc gcccgaaggc
    67801 ttcgccggcc acggggcgga gtcggaagaa ggacaggaag tcgtcgccca ccaccagcac
    67861 agcgatgcgg cgcacgttgt cctcgctctc gccttctttt tgcaccatca ccccgtcacg
    67921 gatggccgat ccgggcagct gcatggccgt cgtcacggcc tcgatgcccg gttgcttcag
    67981 cagttcggag cgcagcaggc cgaagcgccg cgtgacgtcg atcggttgcg cctgcatgac
    68041 cagcacggcc ggctctcgtc cgcccacttg cgagctgcgt atccgcccca cctgccgcga
    68101 gatgcacaca ctgacgatcg tcacgaaaag gacgatggcg tattgtccga taagcatgta
    68161 tttgacgccc gacagcgcca cgcccccacc gcgcggatcg gcccgcatgc tcaggaaccg
    68221 cgtggacgac atccgcgcaa cgactggcac cacggagacg cctacgacga tcgccacgaa
    68281 cgccgcgctc atccccgcga ccacgccgac aggcaccgct tcggcccatc gcgccgccac
    68341 gacctgcgcc aacccccatc cggcagccac cgccacccct ccgacaacgc cggcgatcat
    68401 catctcgtcg acgagcaccc gacgcgacga ggcgccgttc agcctcagca gttggtaata
    68461 gcgtcggttg aaggcgaaga tcagtccggc gttaagccag aggttgaaga ggacgatcac
    68521 gagcagcagg acgttagcgc cggcaatgag gtagaggtaa aggatgttgc cgttgggttc
    68581 gtgctcgcgt tggaagtggc tgcgcaggtg gatgtcggtg agggggaaga gcatcgggct
    68641 ctcgggccgc ggatcgtccg tagcgcccag ccggcgcatg ttggcggcga tgcctcgtgc
    68701 gacggcgtcc gggcgtgtgc cggggctaag cagcaggtag acgtaggtga acatgcccgc
    68761 gtcctcgtcc ggcagccgca cgaacaggtc ggagtggaag tgcgacgtct caggcagatc
    68821 ctcatacaca ccgcccacga acactcggcg gtcggcatac agtcgtccgc cggccagcgt
    68881 cagctcacgc cccacggccg acgcctcgcc gaagagtcgg cgggcatagc tgcgactaag
    68941 gattaccttg tcgggcgtgt cgagcgccgt gcggggatcg ccgtcgatca gccggaggtc
    69001 gaagacgtcg aggaagttcc cgctcacgaa gtagaagag
//
LOCUS       SEQF2634|AYYE01001194.151335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..51335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             504..908
                     /locus_tag="SEQF2634_01847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHSKTEDKKTNKIAFIKIRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLDGSVIAVPPMGDNEKEALAILRQTALFYAHISNLIKVKDPSWVDATKALATY
                     AKIAFKRFFSPRYRVPKEVFKRLNIEDHDRKV"
     CDS             892..1887
                     /locus_tag="SEQF2634_01848"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGSNALEYVFREGKLGRILALHNLCGETPKEIHEE
                     MRLINNYNSRCKNKFLRIEIGIAPQDEPQMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLCGQVYDTTFVSNRAARAAEELSHKHGLTIAKEVATARPHRK
                     AQANPARERTKQQVRSICYALLDKHRGKGLSGHSMFLYELHRSGVTIERMKNKQGKVY
                     GLKFTYGDHSFKASEIGREFGYRTLQKQLESGNVQKPIIPSSHSSMRSTNDSTPIAQV
                     AVSAVDTALDTAGSLLSEVGEVTTLQTHGVDYAEIAWQRRLRNQAVKKKKRGRGI"
     CDS             complement(2276..3919)
                     /gene="ispG"
                     /locus_tag="SEQF2634_01849"
                     /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
                     KRLNEQGCHTPLVADIHFNSKAADVAAEFVEKVRINPGNYVDGARTFRADYTDEDFAE
                     GVRKIRERFVPFLRLCRAHGTAIRIGVNHGSLSDRIMSRFGDTPEGMTESCMEFLRLC
                     REEQFDDVVISIKASNTVVMVRTVRLLVRTMDREGMHYPLHLGVTEAGNDEDGRIKSA
                     VGIGALLTDGIGDTIRVSLSEPPEAEIPVARELIDHINRTRAEEYAPMPADFEGTETD
                     YFRRTRMVGDIGGGRQPVVLAEYTNGEEPDETLRPDYLRHLPDGTFTSTKDKRRTVPA
                     PHFVELTPDELTDSRLEALNTDESSVIILRSVHTDSVNETRAAILRLRAAACQAPVIL
                     RRDYHEADLDRLRIAASADLGVLLIDGIADGLLLTQSGHSTPDTDRLAFGILQATRRR
                     MSRTEYISCPGCGRTLYDLHQTISRIKAATGHLKGVKIGIMGCIVNGPGEMADADYGY
                     VGAGPGRVSLYRGKECVLRSIPESEAVDRLLELIASDRK"
     CDS             complement(3994..4500)
                     /gene="purE"
                     /locus_tag="SEQF2634_01850"
                     /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="MTPEVSIIMGSVSDLPVMNKAAQFLDEMEIPFEMNALSAHRTPE
                     EVERFAKGAEGRGIRVIIAAAGMAAHLCGVIASMTTLPVVGVPIAASLDGIDALLAIV
                     QMPPGIPVATVGINGAQNAAILAAQMLALSDAALARRMADYKEGLKKKIVKANEELAS
                     VQFKFKTN"
     CDS             complement(4497..4874)
                     /gene="gcvH"
                     /locus_tag="SEQF2634_01851"
                     /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             complement(5035..6486)
                     /gene="rpoN"
                     /locus_tag="SEQF2634_01852"
                     /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
                     AGIEANEADVEAVLRIIQDFEPAGVGARDLRECLLLQLKKKRPTSDTALALRILNEHF
                     DAFTRKHYEKIRRALDLDEATLKAVLREITRLNPKPGNGWNEASDTAMNRITPDFIVD
                     CHNGQLSLSMNQRDAPELHVNREYADMFRDYLGNKSNRSSEMRNAVQFVKQKLDAARW
                     FIDAVRQRRETLQRTMEAILVLQADFFLTGDETKLRPMILKDVAEHAGYDISTVSRVS
                     NSKYVQTNFGIYPLKYFFSEGVLNDQGEEISTREIKKIMRETIDAEDKRNPVTDEALC
                     ALLRAKGYTPARRTVAKYREQLGIPVARLRKEL"
     CDS             7152..8066
                     /gene="rnz"
                     /locus_tag="SEQF2634_01853"
                     /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
                     ILAVFCKDMPYEVRLDLIDPTQHALVMEDRSVSVWSIPLSHRIPACGYLFAEHPAEAH
                     IRRDMIDFYQVPVHALRAIKQGADYVTPDGVTVPHERLTRPATPPRRYAFCSDTEFLP
                     SIVPLVEGVDCLYHEATFMERDVARARQTFHSTAREAAEIARRAGVKRLVLGHYSARY
                     DDLTPLLAEATAVFPHTTLGQEGMRVAL"
     CDS             8308..9213
                     /locus_tag="SEQF2634_01854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAPYTKRPLSISEQLARLEERGLLIDEKKKAERYLRTIGYFR
                     LSAYFYPLLLEPKTDHLYKASSCFTDALNMCRFDRKLRLLVFSQIEKIEIAVRASIVR
                     VGVDTTKSVSWFLEEQFFHDRGRFGKSRGLILKEWDTSKEDFVEHFKTCYAEENKPVW
                     MLAEILPLGVLSNLYMNIGKASLKKAIAKEFGLPADVFASWLQCLSGVRNICCHHNRL
                     WNRQLPNKPKTLERPVHPWIDQQEIHAERTYYKLAMIRYILISVNPRNRFTPNLKKLI
                     DEYPTVDIAAMGFPPDWESQPLWLL"
     CDS             complement(9296..9535)
                     /locus_tag="SEQF2634_01855"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRNQIANRKKSAAGLLLLVVVLAANYNHTRSEMKGETSISPAA
                     TPHEGYAQQQPTVPCDTARCAHPFTADPSIRHAQQ"
     CDS             complement(9556..10128)
                     /gene="flr_3"
                     /locus_tag="SEQF2634_01856"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MREAFKKTPVELTAHYGHILQALRRGVSLTASADGRVNPMTISW
                     GMIGIEWNRPLFITYVRTGRFTHGLLDRNPEFTVNLPAPGMDHPARLISYLGTHSGRN
                     EDKVATLGLHLVPGSEISVPGLAELPLTLECRILYRQHQQADCFLPGNEAILKSCYPQ
                     DVPSEATGSNRDFHTAIYGEIVGAHLIQPA"
     CDS             complement(10405..11220)
                     /locus_tag="SEQF2634_01857"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKADKLSGVPETMLITLWAKATETNRPDALLRDPKAVEIMNRID
                     YDFTKFRGGTMSQVGCCIRADLIDREAKKFLQAHPDAVVIQLGAGIDARYDRLGRPAV
                     THWYDLDLPEAIDLRRRLLPETERNTYLAMSFLDFRWIDTVRAHGRPVLLILEGVLMY
                     FTEAEVRSFFDAICRDLPDGTTILFDMLAYSLVNNAKHHDVVKKADKTVEFKWSVLDT
                     HEIEHWNPRIHLVREYYMSDHARGRFPFIFRTLYHIPYFHRRFNQRIVNLELR"
     CDS             complement(12103..12834)
                     /gene="mprA"
                     /locus_tag="SEQF2634_01858"
                     /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="MTDEKLRIFLCEDDENLGMILREYLQAKGFTTDLFTDGEAGLKG
                     FSEAKYDICLLDVMMPKKDGFTLAQDIRQINPDVPLVFLTAKTMNEDVLEGFKNGADD
                     YLTKPFSMEVLLSRIEAILRRVKGKKPKDVPFYRIGQFMFDTQKQTLTIGEKMTKLTT
                     KECELLTLLCAHANEVLERNYALKTIWVDDNYFNARSMDVYITKLRKLLRDDPNIEII
                     NIHGKGYKLITQSGEDQAREEGLID"
     CDS             complement(12844..14373)
                     /gene="phoR_2"
                     /locus_tag="SEQF2634_01859"
                     /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="MKKSTIWMLAIVMAFAFAGLLYLQVNYISIIMKTSNEQFDATVR
                     HCLEEVSSALEKDEARKYMEEDIDTYGSSFMYKNPPDRQAIAQNITHSEVYIQGGPDS
                     GFEHIEISTKTVTANPPHKNTIIRASEEQQKNLLKRYQYQAGLIDEVLYDLVYTAYLK
                     PINERVDFRTLDSYLRAELINSGLDLPYIFAVVNKDGVTVYQNESFEKPPRAADVVTQ
                     VLYPNDPPSKWNYLKVYFPTKRDYISGSVSFLVPSIVFSFILLVTFITTIYIIFRQKR
                     LSEMKTDFVNNMTHELKTPVSTISLAAQMLRDTDLTKQPEVFKHISTVINDESRRLGF
                     LVEKVLQMSLFERQKTALKLKEIDANDLLASVVSTFTLKVEKYGGTIDLDLGALDSTI
                     YADQMHLTNVLFNLLDNAVKYRRKEVPLRLMARTRNENGKLQFLIEDNGIGIKKEHLK
                     KIFVRFYRVPTGNVHDVKGFGLGLAYVHKIIEDHGGTIRAEQQESKSGTKFIITLPLI
                     K"
     CDS             14644..15384
                     /gene="ftsE"
                     /locus_tag="SEQF2634_01860"
                     /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             15406..16746
                     /gene="lysC"
                     /locus_tag="SEQF2634_01861"
                     /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
                     IKDMFTSFEERIILARGELMSTEMMHLYLAEQGITSTPLSALDFMRTDKNAEPDAFFI
                     KENLLNLLDQYPDEKLFITEGYICRNAYGEIDNLQRGGSDYTASLIGAAVRASEVQIW
                     TDIDGMHNNDPRIVEGTTPVHRLNFDEAAELAYFGAKILHPTCILPAKQSNIPVRLLN
                     TMQPEAPGTLISNETDRGTIKAVAAKDNITAIWIKSGRMLLATGFMRKVFETFENHRT
                     PVDMVTTSEVGISVTIDNPKHLEEIVDDLKRYGTVTVDRDLVIVCVVGDLSWQHLGLE
                     VRIISALRDIPVRMISYGGSNYNLSLLIPAADKARALRALSRHLFDAPEATAEQ"
     CDS             16761..17042
                     /locus_tag="SEQF2634_01862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTITTHRSVGKAALLLFFPAVALLLQSAVTLYLHAVALYIAAL
                     VLPMTILPPTALLLYRRYGLPAGVVVKYALVSLVLITLSTLLPLLFSSV"
     CDS             17677..18093
                     /gene="rpsL"
                     /locus_tag="SEQF2634_01863"
                     /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             18264..18740
                     /gene="rpsG"
                     /locus_tag="SEQF2634_01864"
                     /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             18762..20888
                     /gene="fusA"
                     /locus_tag="SEQF2634_01865"
                     /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
                     HDGAATMDWMAQEQERGITITSAATTTFWNYNKEKYKINLIDTPGHVDFTVEVERSLR
                     ILDGAVAAFCAVGGVEPQSETVWRQADKYNVPRIGYVNKMDRSGANFFEVVRQVHDVL
                     GATPCPIQIPIGAEESFKGVVDLVTMKAIYWHDETMGAEYEIDEISADLQAEAQEWRD
                     KMLETIAEFDDAVMEKYFDDPSKITEDEIRVAIRKGTLSMKINPMICGSSFKNKGVQT
                     LLDAVCAYLPSPADTPAVTGHDPRNSEVVIERKPLPEEPLTALAFKIATDPYVGRLCY
                     FRVYSGEVIAGSYVLNTRSDKKERISRLFQMHSNKQNPMEKIGCGDIGAGVGFKDIRT
                     GDTLCDENHPITLESIEFPDPVIGVAVEPKTQKDLDKLGVGLAKLAEEDPTFRVETNE
                     ETGQTVIRGMGELHLEIIVDRLRREFKVECNQGRPLVSYKEAITKPVELREVYKKQTG
                     GRGKFADIIVRLEPADPDFEGHLQFVDEVKGGNVPKEFIPSVQKGFEKAMTNGVLAGY
                     PLDSMKVTLIDGSFHPVDSDQLSFEICAIQAFKNASEKAAPVLMEPIMKLEVVTPEEN
                     MGDVIGDLNKRRGQVEGMESSRTGTRIVKAKVPLAETFGYVTALRTITSGRATSSMQF
                     SHYAQVSPSIAKQVLTEVQGRVDLIK"
     CDS             20906..21211
                     /gene="rpsJ"
                     /locus_tag="SEQF2634_01866"
                     /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(21246..21644)
                     /locus_tag="SEQF2634_01867"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSVCTLTYTTKSMTFNDSLKTLPFRSTDDVYICCVIQEIHCEY
                     IAKLILSVEIFELSQVSLWSYTRFLEMASFRLCRMLFFLLLKAQLNCLVAVILYGFYL
                     RNYTRTYFDNSTWKILSLGTENGCHSDFFS"
     CDS             21856..22485
                     /gene="rplD"
                     /locus_tag="SEQF2634_01868"
                     /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
                     NRAIYLSARNLSQTRVMNVSELNTYRVMDAAALVFTEKSIAVVEQLLNA"
     CDS             22495..22791
                     /gene="rplW"
                     /locus_tag="SEQF2634_01869"
                     /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             22801..23625
                     /gene="rplB"
                     /locus_tag="SEQF2634_01870"
                     /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
                     YIVAPNGLEVGQTVMSGKDAPPEIGNSLPMQNIPVGTIIHNIELRPEQGAKLVRSAGA
                     FAQLTSKEGTYTVIKMPSGETRRILSACKATVGSVGNSDHALEKSGKAGRSRWLGRRP
                     HNRGVVMNPVDHPMGGGEGRASGGLPRSRKGLYAKGLKTRAPQKASSKYIIERRKK"
     CDS             complement(23829..24299)
                     /locus_tag="SEQF2634_01871"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWFERFLMRKPLPWGAGRIRLRVVAASTFTDTTNSSPLSARRSF
                     FCSQLAIAERRSFSTGIAASLFENLNTPNALNTSIPRIVSTIKRILRGELGTFRNLAK
                     ETFFRDSFLASADTFFLLPILYLPFYYFTSYSRHVLEIYVSVRILPICALPCFQ"
     CDS             24385..25140
                     /gene="rpsC"
                     /locus_tag="SEQF2634_01872"
                     /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="MGQKINPISNRLGIIRGWDSNWYGGNSYGDTLLEDSRIRSYLNT
                     RLAKASVSRIVIERTLKLVTITVCTSRPGIIIGKAGAEVDKLKEELKKITDKDVQINI
                     FEVKRPELDAVIVANNIARQLEGKIAYRRAIKMAIASTMRMGAEGIKIQVSGRLNGAE
                     MARSEMYKEGRTPLHTFRADIDYALAEALTKVGLIGVKVWICRGEIYGKKDLAPSFST
                     PRDFARRAGDGGVRRDNRGGKSYRRRDRDRISR"
     CDS             complement(25393..25563)
                     /locus_tag="SEQF2634_01873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNNKFRRYRKLLSSQTQCLLCYFKRNTFYFKDKTSRCNRGYKS
                     FRISFSFTHTYV"
     CDS             25599..25802
                     /gene="rpmC"
                     /locus_tag="SEQF2634_01874"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04457"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L29"
                     /translation="MKIKEIRELSIKELHERIDVETSSLNQNRINHSISPLDNPSAIK
                     EQRRSIARLNTELRQRELNDNKV"
     CDS             25804..26061
                     /gene="rpsQ"
                     /locus_tag="SEQF2634_01875"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23828"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S17"
                     /translation="MGTRNLRKERTGIVFSNKMDKSITVAVRWKEKHPIYGKFVNKTK
                     KYHAHDERNECNEGDTVRIMETRPLSKTKRWRLVQIIERAK"
     CDS             complement(26458..26649)
                     /locus_tag="SEQF2634_01876"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRSLFRNTAPLRILCIRFCMFRYNIDTLYNRSILFYKDFQNTP
                     SLSFIFSCIYVNGIPFLYM"
     CDS             26766..27323
                     /gene="rplE"
                     /locus_tag="SEQF2634_01877"
                     /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
                     LERLIRVALPRIRDFRGIESKLDGRGNYTLGIEEQIIFPEINIDNITKILGMNITFVT
                     SAKTDEEGFALLREFGLPFRNIKKN"
     CDS             27344..27598
                     /gene="rpsN2"
                     /locus_tag="SEQF2634_01878"
                     /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             27649..28044
                     /gene="rpsH"
                     /locus_tag="SEQF2634_01879"
                     /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             28061..28612
                     /gene="rplF"
                     /locus_tag="SEQF2634_01880"
                     /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(28802..28927)
                     /locus_tag="SEQF2634_01881"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQVSITIKNDRMHSCLSCIFSNGLTDFRRNFLFRTAINYL"
     CDS             28987..29502
                     /gene="rpsE"
                     /locus_tag="SEQF2634_01882"
                     /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             29742..30212
                     /gene="rplO"
                     /locus_tag="SEQF2634_01883"
                     /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
                     KHKIGFEGGQMPIQRRLPKFGFKNINRISYKAINLSTLQELAESKNLTRIGLQELRNA
                     GFISASQLVKILAKGTLTSKIEVEAHAFSKKAEDAIITLGGSVSKLGGKSEKAE"
     CDS             30216..31556
                     /gene="secY"
                     /locus_tag="SEQF2634_01884"
                     /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             31558..32340
                     /gene="map"
                     /locus_tag="SEQF2634_01885"
                     /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
                     FVGDSAYTFCVGNVSEPVKDLLRTTKEALYKGIEQAQVGRRVGDISHAVQEWCEKKNY
                     SVVRELVGHGCGREMHEDPEVPNYGRRGCGPLLKSGMCICIEPMINQGSKNVVFEADG
                     WTVRTKDHKCSAHFEHCIAIRPEGPLILSSFEYLEAVVGKEI"
     CDS             32349..32567
                     /gene="infA"
                     /locus_tag="SEQF2634_01886"
                     /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             32970..33350
                     /gene="rpsM"
                     /locus_tag="SEQF2634_01887"
                     /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             33363..33752
                     /gene="rpsK"
                     /locus_tag="SEQF2634_01888"
                     /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             33922..34527
                     /gene="rpsD"
                     /locus_tag="SEQF2634_01889"
                     /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             34574..35698
                     /gene="rpoA"
                     /locus_tag="SEQF2634_01890"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P20429"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit alpha"
                     /translation="MLEASSTFGKFEFRPLEPGYGITIGNALRRILLSSLEGYAFSSV
                     KIEGVDHEFATIPGVMEDMTNIILNLKQVRFKCLGAPLSEEDDEEEEAETEEVEAEKA
                     PEEKEEKETEGDDEGEEAEEAGEDEVVEEEDEPEALPKVWINVSDTDVLKAGALQPAG
                     FEVLNPEMEICHLAPGTSFQMELTLSKGRGYVPADENRDPSNSDVQVIAIDSIFTPIR
                     NVKYTVENFRVEQKTDYEKLVLEIETDGSIHPKDALREAAKILIHHFMLFSDDRIAVE
                     TPEQPGVGGTDEEFDEELARMRQLLKTKLTDMNLSVRALNCLKSANVETVGELVQYNK
                     SDLLKFRNFGKKSLTELDELLDSLELSFGMDITKYKLDKD"
     CDS             35704..36180
                     /gene="rplQ"
                     /locus_tag="SEQF2634_01891"
                     /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(36697..37098)
                     /locus_tag="SEQF2634_01892"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKLTVIVEWTGDNFGASAPEVTGCVATGKTLSEVKEAYASAL
                     DFHLEGADEDELPEWIMRGEYVLDFELTAGALLKYYGDVVTLSAMSRATGINARQLSH
                     YIDGNRTPRARQRERIVAGLHTIAKQLADAR"
     CDS             complement(37145..37339)
                     /locus_tag="SEQF2634_01893"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRMKTSEIISRLKADGWYLARQRGSHRQFKHPTKRGTVTINGK
                     MSETQSQFMINSISKQAGWR"
     CDS             37548..38177
                     /locus_tag="SEQF2634_01894"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDKGERFMHITTHHIPAKRRHIDAATRLRRLSHVVAASTRVVR
                     GCKLPRRPSARFCPHAESRRPAFSVWAVDSSCPYPSFFGSVCNTVANARKFFEVLATP
                     LQTPESFSRHLQHRCKHQKVFRGTCNTVANAKKFLEAFATPLQAPKSFSQHLQHRCKH
                     PKKSRGICNTVANTQKNLGAFATLLQTFSFQRTKLFTKSLAPDPLLTPF"
     CDS             38192..39130
                     /locus_tag="SEQF2634_01895"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPESEQKVPVGTPTAKEIAGINCVQMNNGAHFGFIQTVCERIEK
                     ETTITANPIAKAAADGLKAALKEEDVWLAVSRKSDLTEEIMAADSERDALYMGYRSAV
                     KGFTRSSTPEKAKAATTLWNNLTAHRINSNMQLERETFLIVNLTDDCEKKYATEVQKL
                     GLKPYVEALKAANEKVKQLLDDRNNSRVSQTAGALRTARRASDAAYLWLARVVNSLVV
                     LDNGTAKCDAFIDYMNVVIKRYKEQVLTSKKHTDDTPDKPKEPKKPADPKEPKDPKKP
                     ADPKDPKKPDAPKQPDEKPKPGGDDSGNPDITLPEE"
     CDS             39220..40566
                     /locus_tag="SEQF2634_01896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKRLRLVTTIALLAALAGGSGGVAWGQAYKKGYVTSDGRAQL
                     RRGDANTVNSVGYINNANNVNNEFGAGESATITNSVVTVPASNGMHTAIGLADIQLGS
                     EYSQNIVINSYNSAGYTAGWLNAEVHLLRCSSPPSTMTFSEGWYSNGLVMLTGVGGSF
                     NTPPINSLLVSGTASEVSPTQVKVQITPLHGNILDPFYFRHEYGWSPYTTTSRVGTPY
                     IPPVTTSAIQVLEDDGVNLFQYAGNSAIEPNHFTTPSHVGAAPTTSTGGNNVLVKYKR
                     PTTVAISGISNDFHQISFKTIDWWYQTFSAHVGTAAGFQSARHTGCCHMNGIRGTAND
                     ASFTANGALKGQDTQVDAAVQLLNNARVCVTGNVDDATGNIGDAASGDGGNLKTNALI
                     VVPHSSRFTLRTFGNFKANMAHLRADSAENKNVLYTAAAFQDPATDIMLKSTSNVW"
     CDS             40588..44391
                     /locus_tag="SEQF2634_01897"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNYPSLVVPYHNKGDYKTITTTVRPYHRTEGAVFGVFGDYDFQ
                     GKMAKIHTDTTTSYNNHNMGVIEVGPTTANKDKFHVYGNGMLKNYEGCNTPINNFAMN
                     FGTGYGNTPVFKINTSDTLYIVNFGNNGSNSCAAHLLFHNTSANAIGNAFTGNGHGPL
                     QIQALNHVRFNGDATWTVTKGNNIYVLSDAGNISTQGLTIASDSVGGESRGLINFMAA
                     GANVANSCTATTANRNSESGSIYLNGAIEITRANSDPTQTNVIAQHNIRTARFTSTNA
                     DNDTTNILSRKGDLYLGYSATSSSPADNNDFIYTATADNGDLNFMAGWDDTQTTMTQT
                     EGMEGGNIYFTRINPVLTPMKKHNTTIAIPYSSEYICNVREDLHKRSGTSMVKYEHSG
                     IIGSLGHCGQETTAGRAEYSGKLEDAASYANLGLMSARRSLIYQGNDGNLIVDAGKRG
                     NIIFNRGADIDFNNDKGNAIFRTREGDIDMRDKFDGKQMKGSLLFLAQLEDLSKLSDI
                     GVCGCDEMRNNVYLQDFEYTAAANSGSVFIGADNNIKLNYGGLANIGTRQDPFLSIDY
                     QEDPQTHRPLKIGHGYHPGTPDHCGGYFHCDLDGEENQARKLLLNFSGASTGGFAAVA
                     SDMIDVYKDLKYHGGNGSGLSTVPGTGTLHGENVAGYGLFMKTQGNKHNWTDNILLQA
                     PKCPTTCSPTGCSESGRPATGFLHNTVRMTFHSDARFFAENQHVHLESPVIETFGALE
                     LNAEDGAGAKAMITIKTDSLICHDSLIRKGKGKVQLTTWSGLPKDQPIIKLGYSRKAA
                     PFAEYSVDEDLSGAPKLCRECVSHYKGKVYPPGETPLDTMFVKFGPDTEWERQNVMVV
                     DHTVISFLTDSFDHVKGGDVRHARYFVDTTKIRNQVEFWTDAKHERDGHLELISEEQM
                     GSKDYAGLYTRHLHLEPIGACGRPTSELWLPGLALDVITTSTFGGFGIQYTDVHVENG
                     ANLNPGFTSLRLRGQCYEQACGTLTMKDLRLDGGSELHFSVGSTKGLNGEYSDAIDVD
                     RLTTYGPVNVNIEIRPCEKMQKRCYPIMYYKSVTPNSLNNLKLNPRKVKIDGEEYPLA
                     LNVSTDGIVYVCVGDAVTPGLTHTVTMPETAGVKTTPSKGIYPLPTRTSFRFSATYSG
                     AKPLVVRTNRKVNGQQEVLNGVKNANGEYEYIVPSVQQEVTLTFGPDVVANELLTAGT
                     AVWSHGEKIYIRVERADIASIYSVAGQLVKRVDLPEGDTSIPMSRGAYVITLKDGSVH
                     KVIVK"
     CDS             44544..44747
                     /locus_tag="SEQF2634_01898"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKKQKEIRASPKLDSLIGYVIIYPRRMYPANLTASLMPFLVFG
                     FKQPLEEVCAAEGVVPTAMADAR"
     CDS             complement(44664..45464)
                     /locus_tag="SEQF2634_01899"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVKFLSPLLLLLATATVGRVAAQCDSLGYRAAVYVSADGDSLS
                     YRLLTPDTVVHGQHYPLVLFLHGAGERGRDNCAQLRHGAARFVDSTARRQFPAYVLFP
                     QCPSDEFWPAILRQDHFGRGANPFPMSQPMSRPLRLADELLEHTITQFPIDTMRIYIV
                     GLSMGGMGTLDLVSRRPQRFAAAVAICGGVNVHRLELLRGTRTRFRLIHGDADPVVPV
                     RFSREAAAALRRAGASVEYIELPGVGHGSWYNAFRRTDFLEWLFEAKN"
     CDS             complement(45881..47509)
                     /locus_tag="SEQF2634_01900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITIQLLAVAGAMALFASEARAQATVQLNSHETIQLIYGQKD
                     SVKATISAPGEVLSWSTNPALTGLTIGKSDADSTWGVFTAPTGNYTYTGWVVISYGAA
                     KDSVKLQINHAVDSVSFGAAPRDTTMGIGTTKTLTASVFPNNALQEVLYSSSNSAVAE
                     VQTVGLQGIITAKAVGTARITVSAGKGTGMKTDTFLVKVDNPITGLNFAITTDTIPMQ
                     INSELDVQAVATPANADNINTLQWSIVPIAPATPGLVTIASNSGLTVKIQSAATPGIA
                     RLTVTSTNGVTANRVIKVLDPIHVTAMTIDKDTVSLPVGKKDTLTARILPAEALNKKV
                     TWTSTNPSFAAVERLTDTTAVVTGKTVGVAMIVGETEDGNFKDTCYIYVRNAVELKAI
                     KLDKQKIRLKLNTTDTLAVAFSPANASDQRVKFLSADTSIATVDANGVIKGLKTGTVY
                     VSVTSLEGGFKDSCEVTVYDPSPNVETAAGVNIWSAENGLRVQSDKARTLAVYSISGA
                     LYRKETVVGDRFIALPSGLYIVTLGEVSRKVAIP"
     CDS             complement(47630..48760)
                     /locus_tag="SEQF2634_01901"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRKTSFYFCMAILFAIAGAFPYSAAAQVQKVQQIVKIEKDTL
                     RMYVGQEDSLRAYAYPSARVFYWDSRVSIPVVASIGPPKSTNPYDSVYIVKARKPGMT
                     IIVVRVNEVAARCIVVVTPKIYVDSLRLKRDTIRLRTGDTATVTTRIFPYNASDKKLG
                     WTTVGGARVLGTTDSVTRVIAAADADTSLLIVGALDESGKRDTCVIITRRIPVERLTL
                     NHDTIRVDINKTDTLRASVFPLNATDQRVKWTVASGAIKALAVDSIGQAAELIGATVA
                     DTALVVAEAADGRRDSCVVITINPNHHPNAAVEVDETIAVHGVDGGVMVHVDRPARLE
                     IYTLTGALAHRESLTPGDRFVPLRRGLYIVAVDRTRRKILVQ"
     CDS             48945..49610
                     /gene="thiN"
                     /locus_tag="SEQF2634_01902"
                     /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="MDILPDFSGPQNASETDAVILAAGDFPTHPIPLGLLARAAEGHI
                     VCCDGAADRLLREGFMPLAVVGDGDSISPEARCRLSDRLHIESEQDTNDLSKAVRYAV
                     SQGLRRLTILGATGRREDHTLGNISLLADYQARGLDVEMWTDYGVFTPATGCQTFASR
                     AGQQLSVFCLDDAPLTLRDVRWPLEGRRITRWWQATLNEALTDTFRIETRGRIIVFRT
                     YLD"
     CDS             49695..50975
                     /gene="nupG"
                     /locus_tag="SEQF2634_01903"
                     /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="MNLKHRLIIMNFLQFAVWGTYLTSMSRYLGPAGMGEHIGLFYSV
                     QGLVSIFMPTLFGILADRYVPAQRMLALCHLASGLFMAAAGAYGLSAGPSVAFGTFFA
                     LYTLGVAFYMPTLALSYSVAYSLLEQGGYDTVRDFPPIRIFGTIGFICSMWAVDLTGF
                     QTSAMQFVICGALGTLLAHYAFTLPHIPVSRSMERKSFVEALGLNAFRLFRKRQMAVF
                     FIFSMMLGVSLQITNGFANPFIASFESVAEYADTFGVQHANILISLSQVSETLCILLI
                     PFFLRRYGIKTVMLIAMVAWILRFALFGIGNPGGGVWLLVLSMIVYGVAFDFFNISGS
                     LFVDRETDPSIRSSAQALFFLMTSGVGATVGTLGAQAVVNIFCQWTDVETASGVKTLL
                     VGDWSTVWYLFAGYSLLVTVFFAILFPYKHKRGG"
ORIGIN      
        1 gagatctccc cgacaagtgt ttttgatctc cgtaccccta cggagatctc cccgacaagt
       61 gtttttgatc tccgtacccc tacagagatc tcccggacaa gtgtttttga tctccgtacc
      121 tcaacggaga tctcttgagc tgatcgaacg tcgggcagtc tatttgagtc gggcaactca
      181 ggagcgcgcc gacttcgttg tccgtcgatt gggagatcga ggagtggcga aagccgtaat
      241 ccgagtacgc agatctatca aaaagttcac gaacaatatg cacgtctagc aatcagcaac
      301 cgcctgaatg cacggcatgc agtgatcaca agaaacataa ggggtctgta acggagcgtg
      361 acgacggtaa tgcaagacgt cagtttgttc ccacaaactg cgcttgctcc cccgcccctg
      421 tcggtcggtg gagagggccg taatcacatc cgttctcatc ggtctagacc atagaataag
      481 taccacgaaa agagacaaca cacatgaaaa gacactccaa aacggaagac aagaagacga
      541 acaaaatcgc ctttatcaag atccgatgca cagctgagga gaaggagcgg atccgttcga
      601 gggctgcgaa cgcagggcgg aagtattccg actactgccg tgagatgttg cttgatggat
      661 ccgtcatcgc cgtccctccg atgggcgaca acgagaagga ggccctcgcc atcctccgtc
      721 agacggcact gttctacgca cacatctcta acctgatcaa ggtcaaagat ccctcctggg
      781 tggacgctac gaaagccctc gccacctatg ccaagatcgc ttttaagcgg ttcttcagcc
      841 cccgctaccg ggttccaaag gaggtattta agcgcttaaa tatcgaagat catgatcgca
      901 aagtgtaagg ccatcgcgca tggaagtaac gcgctggagt atgtttttcg cgaaggcaaa
      961 ctcggccgaa ttctcgccct ccacaacctg tgcggcgaaa cgccaaagga aattcacgag
     1021 gagatgaggc tgatcaacaa ctacaacagc cgttgcaaaa acaagttcct gcgcatcgag
     1081 atcggcatcg ccccgcagga cgagccgcag atgacgttca agaccctgaa ccgcctcgcc
     1141 ctgctctttg ccaagcagat ggggctggac gaccatcaat gggtggccgt cacgcacaaa
     1201 gacaccgaca atctacacat ccacatcatc gccaatcgaa tcagcctctg cggacaggtc
     1261 tacgatacca ccttcgtcag taaccgagcc gcgagagcgg ccgaagagct cagtcacaag
     1321 cacgggttga ccatcgcaaa agaagtcgct accgcgcgac cgcatcggaa agcccaagcc
     1381 aatccggcaa gagaacgcac gaagcaacaa gtgcggagca tctgctacgc cttgctcgac
     1441 aagcaccgcg ggaaaggtct gtcgggtcac tccatgttcc tttacgaact ccaccgaagc
     1501 ggcgtcacga tcgagcgcat gaagaacaag cagggcaaag tctacgggct gaagtttacc
     1561 tacggcgatc acagtttcaa ggcctccgag atcggccgtg agttcggcta ccgtaccctg
     1621 cagaagcagc tcgagtccgg caatgtgcag aagcccatca tcccctccag ccattcctcc
     1681 atgagatcca cgaacgacag tacacctatc gcacaagtcg cggtctccgc tgtggacacc
     1741 gccttagaca ccgcaggcag ccttctttcg gaggttggcg aagtcacaac cctgcagaca
     1801 cacggcgtcg actacgccga gatcgcatgg caacgacgcc taagaaacca agccgtgaaa
     1861 aagaagaagc gagggagggg gatatgagct tgtgcgctca tccggtcgtt catcctaacc
     1921 ttctccaagc cgaaagctaa atcgcgagaa tcgcatcaaa aacgccggtc tttcaaatag
     1981 tcatagtaac attgcagcct caaatgacaa gcgccctttg tttgtgcaga ttccggcaac
     2041 ctcaagcgct tcgctcgttt ctacctcgtt atctatccaa tgccgacgac cgagtaactt
     2101 cttcttttgc agagggatat ttccgaatag ttttctccgc cagctttttt atctggcgta
     2161 cgagtgattt tcactcacgg acgagctttt tttgctggtg tgtgagcttt ttcggcacaa
     2221 aaaaggccgg cccccgaggg atggaggtcg gcctaagcca taatgtgcgg gcgggttact
     2281 tgcgatccga ggcgatgagc tcgagaaggc gatcgacggc ctcggactct gggatgctgc
     2341 gtaggacgca ctccttgccg cggtagaggc tgacgcggcc ggggcctgcg cccacgtaac
     2401 cgtaatcggc atcggccatc tcaccggggc cgttgacgat gcagcccatg atgccaatct
     2461 tgacgccctt gaggtggccc gtggcggctt tgatgcgcga gatcgtctgg tgcaggtcgt
     2521 agagcgtgcg accgcagccg gggcaggaga tgtactccgt gcggctcatg cggcggcgtg
     2581 tggcctggag gatgccgaag gccaggcgat cggtgtcggg cgtgctgtgg ccgctctggg
     2641 tgaggaggag gccgtcggcg atgccgtcga tgagcaggac gccaaggtcg gctgaggcag
     2701 cgatgcgcag gcgatcgaga tccgcctcgt ggtagtcgcg gcgtaggatg acgggcgctt
     2761 ggcacgctgc ggcgcggaga cgcaggatgg cggcacgcgt ctcgttgacg ctgtccgtgt
     2821 gcacgctgcg gaggatgatc acggaggatt cgtccgtgtt gagggcctcg aggcgagagt
     2881 cggtcagctc gtccggtgtc agctccacga agtggggcgc ggggactgtg cgacgtttgt
     2941 cctttgtgga cgtgaatgtg ccgtcaggca ggtggcggag gtagtccggg cggagggttt
     3001 cgtcgggctc ttcgccgttg gtgtactccg ccaagacgac gggctggcga ccgcctccga
     3061 tgtcgcctac catgcgcgtg cgacggaagt agtccgtctc cgtgccctcg aaatcagcag
     3121 gcatgggcgc gtattcttct gcacgtgtgc ggttgatatg gtcgatgagc tcacgggcta
     3181 cggggatctc agcctcgggt ggttcgctga gggagacgcg gatggtgtcg ccgatgccgt
     3241 ccgtgagtag ggcgccgatg ccgacggcac tcttgatgcg tccgtcctcg tcgttgcccg
     3301 cctcggtgac gccaaggtga agcggatagt gcatgccctc acgatccatc gtgcggacaa
     3361 gcaggcggac ggtgcgcacc atgacgaccg tgttcgaggc tttgatggag atgacgacgt
     3421 cgtcgaactg ctcctcgcgg cagaggcgga ggaactccat gcaagactcg gtcatgccct
     3481 cgggcgtgtc gccaaagcgc gacatgatgc gatccgagag ggagccgtgg ttgacgccga
     3541 tacggatggc ggtgccatgt gcgcggcaga ggcgaaggaa ggggacgaag cgctcgcgga
     3601 tcttgcggac gccctcggca aagtcttcgt cggtatagtc ggcgcggaag gtgcgtgcgc
     3661 catcgacgta gttgcccgga ttgatgcgca ctttctccac aaactctgcg gccacgtcgg
     3721 cggctttcga attgaagtgg atgtcggcca cgaggggcgt gtggcacccc tgctcgttca
     3781 atcgtttacg gataacgccg aggttacgtg cctcgcgtat gccctgggcg gtgaagcgga
     3841 tgtattcggc gccggcgcgt gccatgctga tcgcctgaac aacggacgca tccgtgtcca
     3901 tggtcgatac gttggccatg gactggatgc gtacggggta atccccgccc agcggggtgt
     3961 taccaatggc gactaccgag gtaggtcgtc gtttcaattt gtcttgaatt tgaattggac
     4021 gctggccaac tcttcgttgg ccttgacgat tttctttttg agtccctcct tatagtcagc
     4081 cattcggcgg gccagtgccg catcgctgag ggcaagcatt tgagcggcca ggatggcggc
     4141 gttctgtgcg ccattgatgc cgactgtggc cacgggtatg ccgggaggca tttgcacaat
     4201 ggccagaagg gcgtcgatgc cgtcgagtga ggcggcgatg ggcacgccga cgacgggcaa
     4261 ggtggtcatg gaagcgatga caccgcagag gtgtgcggcc atgccagcgg cggcgataat
     4321 gacgcggatg ccgcgtccct cggcgccttt ggcgaatcgc tccacttcct ccggggtacg
     4381 atgggcggag agggcgttca tttcgaacgg gatctccatc tcatcgagga attgggcggc
     4441 tttattcatc acgggcaggt cagagacgct gcccatgatg atgctgactt ctggggtcat
     4501 ccgatgagct ttttgtagtc gtcggccgaa aggaggcctt ctacatctgc cacattagcg
     4561 ggtttcacct tgatcagcca gccttgtccg tacggatcgg agttgaccag ctcgggctta
     4621 tcctcgagct cgggatttac ttcgagcacc tcgccagcta cgggcatgag caggtcagag
     4681 acggtcttga cagcctcaac ggagccaaaa gcctcgtcct tagccagtgt ctcgccctcg
     4741 gtggcgatgt caacgaatac gatctcgccc agctcctgct gtgcataatc ggtgatacct
     4801 acgaaggcgg tgtcgccttc cacacggatc cattcgtgat ccttcgtgta cttcagttct
     4861 gatggaaagt tcatgattgt gttatcgttt gattaatgaa aaatatatcg cgggcaaatg
     4921 tagggtgaga tatttggttt gaagcggtgg cgatgtgttt gcaccctcgg aaagcacttc
     4981 gccaccctct actctctacc ctctactctc tactctctac cctctaccct ctactcacag
     5041 ctccttcctt aggcgagcca cgggaatgcc gagttgctcg cggtatttag ccaccgtgcg
     5101 gcgagcaggg gtgtagcctt tggcgcggag caaggcgcag agggcttcgt cggtgacggg
     5161 gttacgtttg tcttcggcgt cgatcgtctc gcgcatgatt ttcttgatct cgcgcgtgga
     5221 gatctcctcg ccttggtcgt tcaggacgcc ctcggaaaag aagtatttga gggggtagat
     5281 accgaagttg gtctggacat acttgctgtt gctgacgcgt gagacggtcg agatgtcgta
     5341 gcccgcatgc tcggccacgt ccttgaggat catggggcgg agcttcgtct cgtcgccagt
     5401 gaggaagaag tcggcttgca gcacgaggat ggcctccatg gtgcgttgga gtgtctcgcg
     5461 gcgttgccgg acggcatcga tgaaccagcg ggcggcgtcg agcttttgct tgacgaactg
     5521 caccgcgttg cgcatttccg agctacggtt ggacttgttg ccgagatagt cgcgaaacat
     5581 gtcggcgtat tcacggttca cgtgcagctc aggggcatcg cgctgattca tgctgaggct
     5641 gagctggccg ttgtggcagt ccacgatgaa gtccggcgtg atgcggttca tggccgtgtc
     5701 tgaggcctcg ttccagccgt ttccgggctt ggggttgagg cgggtgatct cacgcaggac
     5761 ggccttgagc gtcgcctcat cgaggtccag cgcacggcgg atcttctcgt aatgcttgcg
     5821 ggtgaaggcg tcgaaatgct cgttgaggat gcgcagcgcc agggcggtgt cggacgtggg
     5881 gcgctttttt ttcagttgca ggaggaggca ctcgcggagg tcacgggcac cgacaccggc
     5941 cggctcaaag tcctgaatga tgcgtaggac agcctccacg tccgcctcgt tggcctcgat
     6001 gccggccttg aacatcaggt cgtcggccac ggccgagagt tcgcggcgca ggtagccatc
     6061 gtcgtcgatg ttaccgatga tgtagcggcc tatttcgcgt tcgcgctccg tgagtgagcg
     6121 caggctgagc tgctcttcga ggtggtcgtg catggagggc ccgacggcaa aggggatctc
     6181 ctcgcgccgc tcctccgcgt tactcatggc gcggagctga tactcgggga tgtcgtcgtc
     6241 cgtgaggtag tcgcccagat cggccaggga gctgtcctcc gccgtcatct cgtcgtccgg
     6301 gtcggtagcg ggttcgtcgt ccgattcggt cgggtcgcgt ccttcctcta aggcggggtt
     6361 ctcctccagc tcctgtttga tgcgctcttc catctccaag gcgggaagct cgagcatacg
     6421 gaccacctgg atttgctgcg gtgagaggcg ttgctgcagg ctttgctgta actgttgttt
     6481 ctgcatatct gatacgtggg gggaaatcgt tctgctgtga tgatctgcgg gcaaaagtag
     6541 cgcaaaaggg gagcggcgcg ggccttcacc ccgccggttt ggccccaaac gcagccccct
     6601 cgaggcttcc cccggctggt tcgcccctaa acgtaagtct gcagggccat ccgccgtccg
     6661 gttggggacg aatggaggtg tatatgcaat gcttttacat taaaacccat tatagtctta
     6721 tgtatataga atgattttaa tgtgatacga cataatctta gatgtatgca aatagctttt
     6781 gctgtaaaag catacagcct gcattgacat atccatgctt ttatatgaaa aggatatgat
     6841 gtgcgctata tatcccatgc ttttaatcta aaagcatcaa acctgcatcg tctattatat
     6901 gctttcagga taaaagcctt atatatactc tatatataat atgctatcac tataaaagca
     6961 tcgaactttc aatgtaggta gttccctttt aatatgaaag ccttgaatag acaactcctt
     7021 ttagggcggc ggtgcgtggg tgaaggcttg tcgggacacg tttagaggcc acggagcgtg
     7081 ggtgaagggc aaaaagaggc ggcgcctctg cctacctttg ccccggatca gagaaccata
     7141 ccgctatata tatgacttcc ttcgatatca ccatcctcgg ctgcggatcg gccacgccca
     7201 cgctgcgaca tgaggccacg gcgcaggtga tcgacctgcg cgacaagctc tatctcatgg
     7261 attgtggcga gggggcgcag ctacagatgc ggcgctacca tatccgcttc aatcgcatca
     7321 cgcacatctt catctctcac ctccacggcg accattgctt tggtctgccc gggctactct
     7381 ccacgctcgg catgctgggc cggacgggtg agctggtcgt ccatgggccg catgcactcg
     7441 aggatttcct ccggcccatc ctcgccgtct tttgcaagga catgccctac gaggtgcgcc
     7501 tcgacctgat cgaccccacg cagcacgcgc tcgtgatgga ggatcgctcc gtcagcgtct
     7561 ggtccatccc cctcagccac cgcatccccg cctgcggcta cctctttgcc gaacacccgg
     7621 ccgaggcgca cattcggcgc gatatgatcg acttctacca ggtgcccgtc catgcgctgc
     7681 gggccatcaa gcagggggcc gactatgtca cccccgacgg cgtcaccgtg ccccacgagc
     7741 ggctcacgcg tccggccaca ccgccacgcc gctacgcttt ctgttcggac acggagtttc
     7801 tgccctccat cgtgcccctc gtcgagggtg tggactgcct ctaccacgag gccacgttca
     7861 tggagcgaga cgtggcgcgt gcccgccaga ccttccactc cacggcccgc gaggcggccg
     7921 agatcgcccg tcgggcaggc gtaaagcgcc ttgtgctcgg tcattattcg gcccgttacg
     7981 acgacctcac gcccctcctc gccgaagcca cggccgtctt cccccacacc acgctcggcc
     8041 aagagggcat gcgggtggcg ctgtgagggg gagagctgtt gaggtgtttg tttgttgagt
     8101 tgttgagagg aatgagacgt gcctgttagg gaaagcagct catctctgtc tggcataact
     8161 taacacctca acaattcagg ccttaggacg cgtctcaggc cttgtgccgt tttctcatga
     8221 tcgtatcttt gcggcgtgta gaacctgcca agcctctcaa cgatgctcaa atcggcaggt
     8281 cgttttattt tataccgttt cgtgttcatg aaaaaagccc cttacaccaa gcgccctttg
     8341 tcaatctctg aacaactcgc tcgattagaa gagcggggac ttctgattga tgagaagaag
     8401 aaagctgaaa gatacttgcg caccatcggc tacttccggc tgagtgctta tttctatcct
     8461 ctgctgttgg agcctaagac ggaccactta tacaaggcta gttcttgctt tactgatgcc
     8521 cttaatatgt gtcgtttcga tcggaaactg cggctgttgg tgttctctca aattgagaaa
     8581 attgaaatag ctgtccgtgc atctattgtg cgtgtaggag tggatacgac taagagcgta
     8641 tcctggtttt tggaagaaca gtttttccat gacagaggtc gttttgggaa gtcgcgaggc
     8701 cttattctga aagaatggga cacctccaaa gaggactttg tagaacactt caaaacatgt
     8761 tatgccgaag aaaataaacc ggtctggatg cttgccgaaa tactcccttt aggggtgctc
     8821 tcgaacttat acatgaatat cgggaaggcc tctttgaaaa aagcgatcgc caaggagttt
     8881 ggattgcctg ctgatgtttt cgcctcctgg ttgcagtgcc tttccggtgt ccgtaatatt
     8941 tgctgtcatc acaatcggtt atggaatagg cagcttccta acaagccaaa aacacttgaa
     9001 cgccccgtcc acccgtggat tgatcagcag gagattcatg ccgagcgcac ttattataaa
     9061 ctggctatga tccgatatat cttgatttcg gtaaaccctc gcaatcgttt tacccccaat
     9121 ctgaaaaagc tcatcgatga atatccgacg gttgacatag cagcgatggg tttccctccc
     9181 gattgggagt cacagccttt atggctttta tagcacaagg cctgagacgc aaatgattct
     9241 tgcgcatctc aggccttatt gcattgggcc ccatcagggg atagggcggt gccgcttact
     9301 gctgtgcgtg tcggatggac ggatcggcag tgaagggatg ggcgcagcgg gcggtgtcac
     9361 aagggacggt cggctgttgc tgcgcatagc cttcgtgggg tgtggcggcg ggtgagatgg
     9421 aggtctcgcc cttcatctcg gagcgagtgt ggttgtagtt ggccgccaag acgacgacca
     9481 aaaggagcag tccggcggcg gactttttgc gattggcgat ttgattccta ttcatagtgc
     9541 tgattgatca atgtttcaag cgggttgaat gaggtgggcg ccgacgatct cgccatagat
     9601 ggcggtgtgg aagtcgcggt tgctgccggt ggcttcgctg gggacgtcct gcgggtaaca
     9661 cgacttgagt atcgcctcgt tgccgggcag gaagcagtcg gcctgctggt gttggcggta
     9721 gaggatgcga cactcgagcg tgaggggtag ctcggccagg ccgggcaccg agatctcact
     9781 accgggcacg aggtgcagac cgagcgtggc gaccttgtcc tcgttgcgcc cggagtgggt
     9841 gccgaggtaa ctgatgaggc gcgcggggtg atccatgccg ggggcgggga ggttgacggt
     9901 gaactcgggg ttgcggtcga gtaggccgtg ggtgaagcgt ccggtgcgga cgtaggtgat
     9961 gaagaggggg cggttccact cgatgccgat catgccccac gagatggtca tcgggtttac
    10021 gcggccgtcg gctgaggcgg ttaggctcac gccccgacgg agggcttgga ggatgtgccc
    10081 gtaatgcgct gtgagctcga cgggcgtctt tttgaatgct tctctcattg tgattctgac
    10141 ttttataacc ttgaattggg tcgcgaagaa agtggttttt gtcggccggt gtctcttgct
    10201 ggcaccttct tttcttccct tgatggcctt cttttcttcc cttgatgacc ttcttttctt
    10261 ctcttgatag aagaaaagaa gcaaaagaag atcaaggcgt cagggacgcc agccaatttg
    10321 gccgggtacc tcttagtctg tcatttactc aacaaacaac tcaacgcctc aacaaacaaa
    10381 cagctcaaca actcagcaaa tccctcaacg caactcgagg ttgacgatgc gctggttgaa
    10441 gcgacggtgg aagtagggga tgtggtagag ggtgcggaag atgaagggga agcgtccgcg
    10501 ggcgtggtcg ctcatgtagt actcgcggac gaggtggatg cgggggttcc agtgctctat
    10561 ctcgtgggtg tcgaggacgg accatttgaa ctcgaccgtc ttatcggcct tcttcacgac
    10621 gtcgtgatgc ttggcgttgt tcacgagcga gtaggccagc atgtcgaaga ggatggtggt
    10681 gccgtcgggg aggtcgcggc agatggcgtc gaagaagctc cgcacctcgg cctcggtgaa
    10741 gtacatcagc acgccttcga ggatgaggag cacgggccga ccgtgggcgc ggacggtgtc
    10801 gatccagcgg aagtcaagga aggacatggc cagataggtg ttacgctcgg tctcgggcag
    10861 gaggcggcgg cggaggtcga tggcctcggg cagatcgagg tcgtaccagt gggtgacggc
    10921 ggggcggccc aggcggtcgt agcgggcgtc gatgccagcg ccgagctgta tgacgacggc
    10981 gtcggggtgg gcctggagga acttcttggc ctcgcggtcg atcaggtcgg cgcggatgca
    11041 acagccgact tgcgacatgg tgccgccccg gaacttcgtg aagtcatagt cgatgcggtt
    11101 catgatttcg accgccttcg ggtcgcgcag cagggcgtcc ggccgattcg tttcggtggc
    11161 cttggcccag agggtgatga gcatggtttc gggtacgccc gatagtttat ctgctttcat
    11221 attctgatgg tgtttatcgt tatgcgatct tgttttacgg cgcaaaagta tttcgtctga
    11281 acggtgatca aaatccctaa ttcgggggag gatgaggggg gcaatgaggg gcgtgctaat
    11341 aggttcagaa cgtatcgcaa ccacgttccg aggtacccaa gaccacgttc cgaacctatc
    11401 gagaccacgt tccgaaccta tcgacaccac gttctgaacc tatcgcaacc acgtcctgaa
    11461 cctatcgaga ccacgtccgg aacgtatcga gaccacgtcc ggaacgtatc gcaaccacgt
    11521 tccgaggtac ccaagaccac gttctgaacc tatcgcaacc acgtcctgaa cctatcgaga
    11581 ccacgtccgg aacgtatcgc aaccacgttc cgaacctatc gcaaccacgt tccgaaccta
    11641 tcgacaccac gttcggaacg tatcgagacc acgttcggaa cgtatcgcaa ccacgttcgg
    11701 aacgtatcaa caccacgttc ggaacgtatt acaaccacct cagaacctat tagaatacgt
    11761 tcggaaccta ttctaatacg ttccgaacct attagaacca cctcaccaac gtattctgac
    11821 cacctcggaa cgtattccga ccacctcacc aacgtattcc aaccacctcg gaacgtatta
    11881 cgaccacctc accaacgtat tctgaccacc tcggaacgta ttccgaccac ttccctaacg
    11941 tatttcgacc acctcggaac gtattaaggg gctgcctcgg aacatccttc cgatacatag
    12001 aaaagagggg cggagcaccc ttgttgctgg gtgtccgtcc ctctcttgcg gtgtctacag
    12061 cgtcgccccg ggggaggggg ggcgctgcgt gcgggagact ccttagtcga tgagtccttc
    12121 ttcgcgtgcc tgatcctcgc ccgactgggt gatgagcttg tagcccttgc cgtggatgtt
    12181 gatgatctcg atgttgggat cgtcgcggag cagcttgcgc agcttggtga tgtagacgtc
    12241 catgctgcgg gcgttgaagt agttgtcgtc tacccagatg gtcttcaggg cgtagttacg
    12301 ctccagcacc tcgttggcat gggcgcagag gagggtcagc agctcgcact ctttggtggt
    12361 gagcttggtc atcttctcgc cgatggtgag ggtctgcttc tgggtgtcga acatgaactg
    12421 gccgatgcga tagaagggca cgtctttggg cttcttgccc ttgacgcggc gcaggatggc
    12481 ttcgatgcgc gagaggagca cctccatgct gaagggcttc gtgaggtagt cgtcggcgcc
    12541 gttcttgaag ccctcgagca cgtcctcgtt catcgtcttg gcggtgagga agaccagggg
    12601 cacgtcgggg ttgatctggc ggatgtcctg cgccagggta aagccgtcct tcttgggcat
    12661 catcacgtcc aagaggcaga tgtcatactt ggcttcggaa aagcccttca gacctgcttc
    12721 gccatcggtg aagaggtcgg tggtaaaacc tttagcctgg aggtattcgc gaaggatcat
    12781 acccaggttc tcgtcgtctt cgcagaggaa gattctcaat ttttcatccg tcataatgtt
    12841 gtactattta atgagtggta aagtgataat gaatttggtt cctgatttcg attcctgttg
    12901 ttcggcgcgg atcgtgccgc cgtgatcttc gatgattttg tggacatagg ccaggcccag
    12961 cccgaagcct ttcacgtcgt gcacattgcc cgtggggacg cgatagaagc gtacgaagat
    13021 cttcttcagg tgttcttttt tgatgccgat cccgttgtcc tcgatgagga attggagctt
    13081 gccgttctcg ttgcgggtgc gggccatgag gcgcaggggc acttcctttc ggcgatactt
    13141 gacggcgttg tccagcaggt taaagagcac gttggtcagg tgcatctgat cggcgtagat
    13201 ggtggagtcc aaggcgccga gatcgaggtc gatcgtgccg ccatatttct ccaccttgag
    13261 cgtgaaggtg ctcaccacgg aggccaggag gtcgttcgcg tcaatctcct tgagcttgag
    13321 cgccgtcttc tgtcgttcaa agagcgacat ctgcaagacc ttctccacga ggaagcccag
    13381 tcgccgcgat tcgtcattga ttacggtcga gatgtgtttg aacacctcgg gttgcttcgt
    13441 gaggtccgtg tcgcggagca tctgggcggc cagtgagatg gtcgatacgg gcgtcttgag
    13501 ctcgtgggtc atgttgttga cgaagtcggt tttcatctcc gagagtcgct tctggcggaa
    13561 gatgatgtag atggtggtga tgaacgtgac gagcaggatg aacgagaaga cgatcgaggg
    13621 caccaggaag gagaccgacc ccgagatgta gtcgcgcttc gtagggaaat agaccttgag
    13681 gtagttccac ttcgagggcg gatcgttggg gtagagcacc tgcgtgacca cgtcggcagc
    13741 tcggggaggc ttctcgaacg attcgttttg atagaccgtc acgccgtcct tgttcaccac
    13801 ggcgaagatg tagggcagat ccagaccgct gttgatgagc tcagcgcgga ggtagctgtc
    13861 gagcgtacgg aagtccacgc gttcgttgat gggcttgagg taggccgtgt agaccagatc
    13921 atagagtacc tcgtcgatca gtccggcctg atactggtag cgcttcagca ggttcttctg
    13981 ttgctcctcg gaagcgcgga tgatggtgtt cttatgcggc gggttggcgg tgacggtttt
    14041 ggtcgagatc tcgatatgct cgaaaccact gtcggggccg ccttggatgt agacttcgct
    14101 gtgggtgatg ttctgggcga tggcctgtcg gtcgggaggg ttcttataca tgaagctgct
    14161 gccataggtg tcgatgtcct cctccatgta tttgcgggcc tcgtctttct ccagcgccga
    14221 tgagacttcc tcaaggcagt ggcgcacggt ggcgtcgaac tgctcattgc tggtcttcat
    14281 aatgatgctg atgtagttga cttgcagata gagcaacccc gcaaaggcga aggccatcac
    14341 tatggcaagc atccaaatcg ttgacttctt cattctcttc tgtttcctgt ccccgttttt
    14401 aacacaacaa agaacgggta tttcggttta acattttacg aaggggtaaa aaaatgagcg
    14461 tagcggggtc agggcacggg gccgttttcg tgggtgtata tatataggta taggccggtt
    14521 ggccttggat ggcgcataca cggccccttc gaaagacgga tctttttcac tttgccctaa
    14581 ctcggagcct cccccgaaaa ggcagaatct tactgcctac ttacctttgc ccccgaagaa
    14641 aaaatgatca ttccctcgaa aacgaatcaa atagaaatgg aacgcgatac ccttgtgcga
    14701 ctcgaaaacg tggagctgac cttggacagc gatgtcatcc tccgcgacgc caccttctcg
    14761 ctcctcagcg gtgagtttgt ttacgtcatc ggacgtgtcg gatcgggcaa aagcagcctc
    14821 ctgcgcgccc tctacgccga gctgcccgta gccggtggcc aggcctccat catgggatac
    14881 gacctgcacg gcatcagcct tcgtgacacg gccggactgc gtcgccgcct cggtatcgtc
    14941 ttccaagact ttcagctgct cactgatcgc accgttcggc gcaacctcga gtttgtcctc
    15001 cgtgccaccg gatggaaaaa ccctgacgac atcgatcgac gcatcaccga gacactccgc
    15061 caaaccggca tccccgacaa agccgaacgt atgcctcacg aactctccgg cggtgaacag
    15121 caacgcgtgg ccatcgcccg cgccctactc aacatgcccg ccatcatctt agccgatgag
    15181 cctaccggca atctcgaccc agagaccggt cgacacatcg tgggactcct ccacgacatc
    15241 tgccgcagcg gtacggcggt cgtcatgacc acacataact atgacctcgt ccgtcgttat
    15301 cccgcacgcg tcgtcaaatg tgaagacggt cgcctcacct ccctcgaggc acccatcgaa
    15361 tcagcaaaca tcatcacccc ctaaccccct aaaaacatta cccacatgaa cgtattgaaa
    15421 ttcggaggca cctccgtcgg ctccgctgaa cggatcaaaa acgtggcacg cctcatcacc
    15481 accggcgacg agccacgcat cgtcgtcctc tccgccatgg ccggcacgac caacgccctt
    15541 gtcgaaatag ccgactacct ctacaagaaa aaccccgacg gcgccaacga ggtcatcaac
    15601 cgcctctcgc tcaaatacgc cgaggcaatc aacgacctct acgcaacgcc cgaataccgc
    15661 cagcgcgctg aagagagcgt cacggcgcat ttcgacctca tccgctcact catcaaggac
    15721 atgttcacct ccttcgagga gcgtatcatc ctggcccgtg gcgaactcat gtccaccgaa
    15781 atgatgcacc tctacctcgc ggagcagggc atcacctcca ctcccctatc ggcccttgac
    15841 ttcatgcgca ccgataagaa tgccgagccg gacgccttct ttatcaagga gaacctcctc
    15901 aacctcctcg atcagtatcc cgacgaaaag ctcttcatca ccgaaggcta tatctgtcgc
    15961 aatgcctatg gcgagataga caacctccag cgtggtggca gcgactacac cgcttcgctc
    16021 atcggggctg ccgtccgcgc ctccgaagtg cagatctgga ccgacatcga tggcatgcac
    16081 aacaatgacc cacgtatcgt cgagggtacc acgcctgtcc atcgcctcaa tttcgacgag
    16141 gccgctgagc tggcctactt cggcgccaag atcctccacc ccacctgcat cctgcccgcc
    16201 aagcagagca atatccctgt ccgtctgctc aacaccatgc agcccgaagc tcccggaacg
    16261 ctcatctcaa atgagacaga tcgtggaaca atcaaagccg tcgccgccaa agacaacatc
    16321 accgccattt ggatcaaaag cggacgcatg ctcctggcca ccggctttat gcgcaaagtc
    16381 ttcgagacgt tcgagaacca tcgcaccccc gtcgatatgg tcaccacctc cgaagtgggc
    16441 atctccgtca ccatcgacaa ccccaagcac ctcgaagaaa tcgttgacga cctcaagcgc
    16501 tacggtaccg tcaccgtcga ccgtgatctg gtcatcgtct gtgtcgttgg cgacctctct
    16561 tggcagcacc tcggcctcga agtccgcatc atcagtgccc tccgcgacat tccagtccgc
    16621 atgatctcct atggcggcag taattacaac ctctctctcc ttattcctgc cgccgacaaa
    16681 gcgcgcgcgc tccgggccct cagccgccac ctcttcgacg cgccagaagc caccgcagag
    16741 caatgaattc acgaataaat atgcgaacca ttactactca tcgaagcgtc gggaaagccg
    16801 ctctcttgct cttcttccct gctgttgccc tcctgttaca gtcagctgtc acgctctact
    16861 tacatgccgt tgcgctctac atagccgctc tcgtcctccc catgaccatc ctccctccga
    16921 ccgccctact cctttatcgg cggtacggtc tgcccgcggg tgttgtcgtc aaatatgctc
    16981 tcgtttccct cgtgcttatc accctctcca cccttctccc tctgctcttc tccagcgtgt
    17041 gacactatca ggatccttta tccccaatcg gcccattaga gcaatccaca actccctaaa
    17101 tcatagagtc tgatcgggag gtgttctaat ggccgattgg ggatgaatcg tatccgtgtg
    17161 atagtgtgaa gccgcttcgc tcctcctgtc ctcctcctat ccaaacgcag aaaccccatc
    17221 aagatctcat taggcccttc gtaacgtgag ttcgatgtag gaataaagcc agcagggatt
    17281 ttttccaaaa gcactttggc cgttacagcg ctctatcgaa gacattcttc cgggataagg
    17341 agcctcattc ttttgtcgaa ctcacgtttc gtaacatggg aaacaaacat ctcgatcgaa
    17401 agcaaccaag ataaatcgaa atacacctct cataaatacc ccagagtttt ccctcgcgag
    17461 ttgtcccttt gtcgagaatg agggcgttac gaaaactatc ttgcccctcc caaatacgtc
    17521 gtttcccatc cctcgctatc tatgttcttg caacacggaa tgccttgaaa cccaaattca
    17581 tttcatgtct ccatttgcgg gatagaaaat agcgcgtatc tttgccaccc gaatttggaa
    17641 taagaaaaaa cgtaaacgtg tttaaacagt agaaagatgc ctacaattca acagttagta
    17701 agaaaaggca gagagtcact cgtcgtgaag ggcaagtctc ctgctcttga tgcctgcccg
    17761 cagcgaagag gtgtgtgtgt gcgcgtctat acgaccacgc cgaagaagcc taattctgcg
    17821 atgcgtaaag tggctcgtgt tcgtctgacc aatcataagg aggtgaactc ctatattccg
    17881 ggtgaggggc acaacctaca agagcattcc attgttatgg tgcgcggtgg tcgtgtgaaa
    17941 gatctgcctg gtgttcgcta tcatattgtt cgtggcacgc tcgatacagc gggtgtagcg
    18001 ggacgtacgc agcgtcgttc aaagtatggt gctaagcgtc cgaagccggg agctgctccg
    18061 gctggaaaga ccgcagggaa gggtaagaag taagtacact gcgagagaga agatataaga
    18121 gttcgaaatt tcataatcgg tttgagtgat tgggatagat aaagattgat gacattgagg
    18181 gttgagtaaa tggctcggag gagtcgttga agacaggaca aagaatcaac aaccaagcgc
    18241 gaaaacgaaa attctgaaga caaatgagaa aatcaaagcc aaagaaacgg cagatccttc
    18301 cggatcctgt ctatggtgat gtgcgggtta caaagtttgt aaaccatctg atgtacgacg
    18361 gtaagaagac ggtgtcgtac gaaatctttt ataccgcatt ggaacgcgtg aaggcgaaaa
    18421 tgccgaacga agagaagtca gcgctcgaaa tttggaaggc ggcgctcgag aatataaccc
    18481 cgcaggtgga agtgaagtct cgccgagtag gcggagctac atttcaagtt cctactgaga
    18541 tccgcccgga tcgtaaggag tccatttcaa tgaaaaattt aatagagtac gctcgcaaac
    18601 gcggggggaa gtcgatgtcg gaaaaactga gtgccgagat cgtcgatgcg ttcaatagtc
    18661 aaggtggcgc attcaaacgt aaggaagaca tgcaccgcat ggctgaagcc aaccgtgcat
    18721 ttgcctattt ccgtttctaa caatgagcaa taaaaaagaa gatgagtaag gctgacgaaa
    18781 tactgaaata tacacggaat attggcatca tggcgcatat cgatgccggg aaaacaacga
    18841 catcggaacg tattcttttc tacacaggtc taacacacaa gatcggtgag gtacacgatg
    18901 gtgccgctac gatggactgg atggcgcagg aacaggagcg aggaatcacg attacgtctg
    18961 ctgctactac gactttctgg aactacaata aagagaagta caaaatcaat ttgattgaca
    19021 cccctggaca cgtagacttt accgttgagg tggagcgttc tctacgtatc ttagacggag
    19081 ccgtagcagc gttttgtgct gtaggtgggg ttgagccaca gtcggagacg gtatggcgtc
    19141 aagccgataa atacaatgtg cctcgtatcg ggtatgtgaa caaaatggat cgttcgggtg
    19201 ccaacttctt tgaagtggta cgtcaggtgc atgacgtgct gggtgctaca ccttgtccga
    19261 ttcaaatacc gattggtgcg gaagaaagtt ttaaaggcgt cgttgatttg gtaacgatga
    19321 aggcgatcta ttggcacgac gagacgatgg gcgccgagta tgaaatcgat gagatttcgg
    19381 ctgatttaca ggctgaggcg caagaatggc gtgacaagat gctggaaacc attgcggaat
    19441 tcgatgatgc ggtgatggag aagtatttcg atgatccgtc gaagattact gaagatgaaa
    19501 ttcgtgttgc gattcgcaag gggacgttgt caatgaagat caacccgatg atatgtgggt
    19561 cttcttttaa gaataaaggt gtgcagactc tgcttgacgc tgtttgtgcg tacttgccta
    19621 gcccggcgga tacaccggca gtgacaggac atgatccgcg taattcagag gtcgtaattg
    19681 agcgtaaacc tcttcctgaa gagcccttga cagcactggc atttaagatt gcaacggatc
    19741 cttatgtggg gcgtttgtgc tatttccgcg tatattctgg agaggtaata gcggggtcgt
    19801 atgttttgaa tacacgctct gacaagaagg agcgtatctc tcgtttgttc caaatgcact
    19861 cgaacaaaca gaatccaatg gaaaaaattg gttgtggaga tattggagct ggtgtcggtt
    19921 tcaaggatat acgtacaggt gatacacttt gcgacgaaaa ccatccgatt actctcgaat
    19981 caatcgaatt tcccgatcca gttataggtg ttgcggttga gcctaagaca cagaaggatc
    20041 ttgataaatt gggagtaggc ttagccaagt tggcggaaga agatccaact ttccgtgtag
    20101 agacgaatga agagacggga caaaccgtta ttcgcggtat gggcgagctc catcttgaaa
    20161 ttattgtcga tcgtttgcgc cgtgagttta aagttgaatg taatcaggga cgcccacttg
    20221 tatcgtataa ggaggctatc acaaagccgg ttgagctgcg tgaagtttac aagaagcaga
    20281 caggtggtcg tggtaaattt gctgatatca ttgtgcgtct cgagcctgct gatcctgatt
    20341 ttgaaggcca cttgcaattt gtggatgaag tgaaaggtgg aaacgttccc aaagagttca
    20401 ttccatccgt gcaaaaaggt tttgagaagg caatgactaa cggtgtactg gcgggttatc
    20461 ctttggatag catgaaggtg acgttgatag atggctcttt ccatccggtg gactctgatc
    20521 aattgtcatt cgagatatgt gctattcagg ccttcaagaa tgcatcagag aaggcggctc
    20581 ctgttcttat ggaacccatt atgaagctgg aggttgttac tccagaggaa aatatgggag
    20641 atgtgattgg cgacttaaac aagcgtcgtg gacaagtcga gggtatggag tcaagccgta
    20701 cgggcactcg catcgtaaaa gcaaaggtgc cgttagctga gacctttggc tatgtgacag
    20761 ctttgcgtac tatcacctct ggtcgtgcaa catcgtctat gcaattctct cactatgccc
    20821 aggtatcccc atcaattgcc aagcaagtgc tgacagaggt gcaaggtcgg gttgatttga
    20881 ttaaataata tagtaacata gcgatatgag ccaaaaaatc agaataaaat tgaagtctta
    20941 cgattattct ttagttgata aatcgtcaga gaagattgtg aagacagtaa aggctaccgg
    21001 tgccgtagta agcggcccta tccccttgcc aacacataag cggattttta ccgtgaatcg
    21061 ctcgactttc gttaacaaga agtcgcgtga gcagtttgaa ctctcttcgt ataagcgttt
    21121 gattgacatc tatagttcaa ctgcgaagac ggtagatgcg ttgatgaaac tagagctccc
    21181 cagtggtgta gaggttgaaa taagagtgtg aaatagttta atagataagc gaaatgccgg
    21241 gattgttagg aaaaaaaatc ggaatgacat ccattttcag taccgaggga aagaatcttc
    21301 catgtactgt tatcgaagta ggtccttgtg tagttacgca aataaaaacc gtagagaatg
    21361 acggctacga ggcaattcag ttgggctttc aagagaagaa agaaaagcat acgacaaagc
    21421 cggaagctgg ccatttcaag aaagcgggtg tagctccaca aagatacttg gctgagttca
    21481 aaaatttcaa cgctgagtat aagcttggcg atgtactcac agtggatttc ttgaatgaca
    21541 caacatatgt agacgtcgtc ggtacttcta aagggaaggg ttttcaagga gtcgttaaac
    21601 gtcatggatt tggtggtgta ggtcagagta cacacggaca gcataatcgt gctcgtaagc
    21661 caggtagtat cggtgcctgt tcttatccag caaaggtgtt taaaggtaca cgtatgggag
    21721 ggcagatggg caatgttcgt gtaactgtcc aaaatttgga agtgatcaag atccttccgg
    21781 agaataacct tctgctagtg aaaggttcta ttccgggagc gaaaggttca atcgtattaa
    21841 tagagaagtg agtgtatgat actgagcgta ttgaatagaa gaggagaaga tactggtaga
    21901 accgtagaat taagtgacgc tgtatttggt atcgaaccga gtgaccacgc catctatttg
    21961 gatgtaaaac aatatatggc taacaatcgt caagggacac ataaatcaaa ggaaaggagt
    22021 gaggtctctg gaagtacgcg taaacttatc cgccaaaaag gtggtggagg agctcgtaga
    22081 ggggatatta attctcctgt acttgtaggt ggtgggcgtg tttttggccc gagaccgcgc
    22141 gattatagtt ttaagctaaa taagaaggta aagctcctag cacgtagatc agctctttct
    22201 cataaagcaa aagacaatgc aattatgatt gtcgaggatt ttacgatgga tgttccgaaa
    22261 actaaggagt tcatagcgat agtgaaggat ttaaagttgg agggcaagaa aatgttgttc
    22321 gtgcttcctg agaacaatcg tgctatttat ctgtcggcac gtaatctatc ccagactagg
    22381 gtgatgaatg tctcagaatt aaatacttat cgggtaatgg atgctgcggc tcttgtgttt
    22441 acagagaaat cgatagcagt ggttgaacaa cttttaaatg cgtaaggagg cgaaatgatg
    22501 ggattaatta ttaagccaat attaacagaa aagcaaactc taatcacaga aaaaaggcca
    22561 aatcgctatg gattttatgt gactcctgac gcgaataaat tagaaattaa gagggccgtt
    22621 gaggaaatgt ataaggtgag tgtagagaac gttaatacga tgaactattt cggtaaacga
    22681 aagagtcgtt atacgagatc tggtgttatc aatggtaagc aatctgctta taaaaaggca
    22741 atcgtttcat taaaagaggg agaggtgatt gacttctttg cgaatattta atagagaaaa
    22801 atgggtatac gtaaattaaa gcccacatca ccggggcaga ggcataaggt tattggtgca
    22861 tttgataaga ttaccgcaag tacaccggag aagtctcttg ttgtaggtaa gaagaaaaca
    22921 ggaggacgaa ataacactgg taaaatgact atgcgttata tcggtggagg gcataaacgt
    22981 cgttttcgtc ttattgattt taagagaaat aaagatggtg ttccggcaac agtaagatct
    23041 atagaatacg atcctaacag gacctctcgt attgcgttgc tgtattatgc cgatggagat
    23101 aaacgatata tcgtggcacc aaacggcttg gaggttggtc agacagtaat gtctggaaaa
    23161 gatgctcctc ctgagatagg aaattcgttg cctatgcaaa atattccggt cggcacgatt
    23221 attcataaca tagaacttcg tcctgagcaa ggggctaagt tggttcgttc cgcaggtgca
    23281 tttgcacaat taacatcaaa agaagggact tatacggtca taaagatgcc ttcaggtgaa
    23341 actcggagaa tactttctgc atgtaaagct acagtgggaa gcgtgggaaa ttctgatcat
    23401 gctcttgaaa aatcagggaa ggctggacgc tcaagatggt tgggacgtcg tccgcataat
    23461 cgcggtgttg tgatgaatcc ggtagatcac ccgatggggg gtggtgaagg acgtgcttca
    23521 ggaggtcttc ctcgttctcg gaagggctta tacgcaaagg gactaaaaac aagagctcct
    23581 caaaaagcgt cttctaagta tatcattgag agaagaaaga aataaactga ttagttgaga
    23641 gaatatgagt cgttcgctaa aaaaaggtcc atatatcaat attaaattgg agaagaaagt
    23701 cttggtcatg aataaatcgg gcaaaaaagc tgtggtaaaa acgtgggcaa gagcatcaat
    23761 gatatctcct gattttgtag gacatactat agctgtccat aacggaaata agtttatacc
    23821 agtatttatt actgaaaaca tggtagggca caaattggga gaattctcac cgacacgtat
    23881 atttcgagga catgccggga ataagaagta aaataataga aaggtaaata tagaatgggc
    23941 aagagaaaga aggtatcagc agacgccaga aaagagtccc tgaagaatgt ctcttttgct
    24001 aagttgcgaa atgtgcctag ttcacctcgt aagatgcgct tgatcgttga tacgattcgt
    24061 ggtatggaag tattcagggc attaggtgta ttgagattct caaataaaga tgcagcgata
    24121 ccggtggaaa agcttcttcg ttcagctatc gctaattggg aacaaaaaaa tgaacgtcgg
    24181 gctgaaagtg gagaactatt tgttgtatct gtaaatgtag atgctgcgac gacccttaaa
    24241 cgtatgcgtc ccgctcccca aggaagaggt ttccgcatta ggaaacgttc gaaccacata
    24301 acattgttcg ttgatacaaa gaatacggct tctaaggagt tgattgtaag tgataagaat
    24361 aaggacgatc aaaattaaga atagatggga cagaaaataa atccgattag taatcgtttg
    24421 ggtatcattc gaggttggga ttctaactgg tatgggggta atagctatgg agatacattg
    24481 ctggaagata gtagaatccg cagttatctg aatacccgtc tggctaaagc aagtgtatca
    24541 cggattgtta ttgaacgtac gttaaagctt gtaacgatta cagtgtgtac ttcacgtcca
    24601 ggtatcatta taggtaaggc aggtgcagaa gtggataagc tgaaagagga attgaagaaa
    24661 atcacagata aagatgtgca gattaatatc tttgaggtga aacgtccgga attggacgcc
    24721 gtgattgttg ctaataatat tgctcgtcag ctagaaggaa agattgcgta tcgccgtgcc
    24781 attaagatgg caatagcttc gaccatgagg atgggagcgg aaggaattaa gatacaggtt
    24841 tcaggacggt taaatggtgc cgaaatggcg cgttcagaaa tgtataagga aggtcgtaca
    24901 cctctccaca cgtttcgggc ggatatcgat tatgcattgg ctgaagcctt gacaaaggtt
    24961 ggtctgatcg gtgttaaggt ttggatttgt cgtggagaga tatacggcaa aaaggatcta
    25021 gctccctctt tttctacacc tcgggatttt gcacgccgtg caggggatgg cggtgtgaga
    25081 cgcgataacc gtggaggtaa atcatataga agaagagata gagataggat tagtcgttaa
    25141 tttgaataag acaggattat gttacaaccg aagaaaacta aatacaggag gtctcagaag
    25201 gggcgcgcaa agggttgtgc gcaacgaggt aaccagttag cttttggttc atttggcatc
    25261 aagtcattag gaacaaaatg gattactggt agacaaattg aagccgcgcg tattgctgtt
    25321 acaagacata tgcagcgtca ggggcaggtt tgggttcgta tctttccaga taaaccgatt
    25381 acaaagaagc cgttagacgt acgtatgggt aaaggaaaag gaaatccgga aggatttgta
    25441 gcctcgatta caccgggacg tcttatcttt gaagtagaag gtgtttcttt tgaaatagca
    25501 aaggaggcat tgcgtttggc tgctcagaag cttccggtaa cgacgaaatt tgttgttcgt
    25561 catgattatg atatgcagaa tgaaatggca taagcgttat gaagataaag gaaataagag
    25621 aattgagcat taaggagctg catgaaagga ttgatgtaga aacctcttct ctgaatcaga
    25681 ataggattaa tcatagtatt tcgccgctgg acaatccctc tgctattaag gaacagcgtc
    25741 gttctattgc tagattaaat acggagttgc gtcaacgtga attgaatgac aataaggttt
    25801 gatatgggaa caagaaactt gagaaaagaa agaacgggga tagtctttag caacaagatg
    25861 gataaaagca ttactgttgc tgtacgatgg aaggagaagc atcccattta tggcaagttt
    25921 gtcaataaga caaagaaata tcatgcccat gacgaaagga acgaatgtaa tgagggtgat
    25981 actgtaagaa ttatggagac gcgtccgttg agtaagacga aaagatggcg tttggttcag
    26041 atcatagaaa gggcaaaatg atatgataca gcaggagaca agattagtag tagccgataa
    26101 tagtggggct aaagaagccc tctgcatccg tgttttagga ggtacgcgta aacgctatgc
    26161 taccgttggc gatattatag ttgtaacggt gaagagtgta atcccttcga gtgatatgaa
    26221 aaaaggggca gtctcaaagg caattattgt gcggacgaaa aaagagatcc gtcgtcaaga
    26281 cggttcttat attcgtttcg atgataatgc ttgtgtattg cttaatcagg ctggggaaat
    26341 taggggaagt cgtatttttg gacctgttgc tcgtgagctg cgtggggcta atatgaagat
    26401 tgtttcattg gcaccagagg tgctgtgatt tataaaggaa ttgatgcaat gagtaagtta
    26461 catgtaaaga aaggggatac cgtttacgta aatacaggag aagataaagg aaagactggg
    26521 cgtattctgg aagtccttgt aaaagagaat agagcggttg tagagggtat caatattgta
    26581 acgaaacata caaaacctaa tgcacaaaat cctcaggggg gccgtgttac gaaagaggct
    26641 tcgatccata tttctaattt gaatttgttg gatccaaaaa gtggaaagcc ttcgcgtatt
    26701 ggtcgtaaag aggtggatgg gaaattagtc cgttatatga aaagatcagg agaggaaata
    26761 aagtaatggg tgcgattgct acagtaaaac aagattatag agagaggatt gtcccagctc
    26821 taaagaaaga atttgactac tcctcagtga tgcaggttcc tgtactgaag aaaattgtga
    26881 tcaatcaggg gctggggatg gctacggctg ataagaaaat cattgatgtc gcaattgatg
    26941 agctatctct tattacgggc caaaaagcta ttgctactta ttcgaagaaa gatatttcaa
    27001 actttaaact tcgtaagaag atgcctattg gcgtgatggt tactctccgc catgatagga
    27061 tgtatgaatt tttagagcgt ttgatacgtg ttgctttacc acgtatcagg gattttagag
    27121 gcatcgagag caaacttgat ggcagaggaa attacacttt aggcatcgag gagcagatta
    27181 tcttcccaga gataaatatc gataatatca caaagatatt gggaatgaat atcactttcg
    27241 taacttctgc gaagacggat gaagaagggt ttgctcttct tcgtgaattt gggctgcctt
    27301 ttagaaatat caaaaagaat taagcgtaat ggcgaaggaa tcaatgaaag ctcgtgaaat
    27361 gaaacgggca aaattagtgg ctaagtatgc tgctaaacgt gcgcagttga agaaagaagg
    27421 gaattatgag gccttgcagg cgatccctaa aaatgcttca cctgttcgtc tacacaatcg
    27481 ttgtaaaata acgggacggc ctaaggggta tatgcgtcaa tttggtatct cgcgtattca
    27541 gtttcgtgag atggcttcgc atggattaat ccctggtgta aagaaggcta gttggtaaaa
    27601 gagagtaata aatattgtcc agattcgctg gattaattta aacgagatat gacagatccc
    27661 attgcagatt atttgactag attgcgaaat gcaataaaag ctcggcaccg tgttgttgag
    27721 gtgcctgcat caaacttgaa aaaagaaatc acaaagattc tttttgagaa aggctatatc
    27781 ctcaatttca aatttatgga tgaaggggta caaggcacga ttaaaattgc cttaaaatat
    27841 gatgctgtaa acaaggtgaa tgcgattaaa agattagatc gcgtttcttc tcctggtttg
    27901 cgtcgctatg taggttatag aaatatgcca agagttttaa atggtttggg catagcgatt
    27961 ctttctactt ctaagggagt gatgactaac aaggaagcca gcgaacagaa aatcggtggt
    28021 gaggttttgt gttacgttta ttgataggag gaggttagta atgtctagaa ttgggaaatt
    28081 acccatagag gttccaagtg gtgtagccgt tacaataaaa gatgatcttg ttacggtcaa
    28141 aggtccgaag ggagagcttt ctcaaagggt aaactcggat attaaggttt ctcttgagaa
    28201 tggaatatta aaagttgaaa gacctaccga tgctaaagag catcgagcac tgcatggtct
    28261 gtatcgtgct ttaatacata atatggttgt aggcgtttct gagggatata agaaacaact
    28321 tgtattagtg ggggttggtt atcgcgtggc gaataatggt cagattttag atttgtcctt
    28381 aggctatacg cacaacattt atcttcaatt gcctcaagag gtgaaggttg aaacgaaatc
    28441 tgaacgcaac cagagtccaa tgatcatttt agagtcggca gataaacagt tgcttggtca
    28501 aatctgtgca aaaattcgat ctttccgtat gccagagcca tataagggca aaggtatcaa
    28561 gtttatgggt gaagaaatcc gcagaaaatc aggcaaatct gcagcgaagt aaagcaacga
    28621 aaggagtaag gtagatatgg taacgaaaga agcaagacgc ttaagaataa agcagagtat
    28681 acggaataaa gtatccggta cgtcagagtg tccacgtttg actgtcttta gaagcaataa
    28741 acagatttat gcacaagtga tagatgatac gacagggaaa acattggctg cggcttcatc
    28801 cttaaaggta attgatggcg gtccgaaaaa ggaaattgcg gcgaaagtcg gtgagaccat
    28861 tgctaaaaat gcacgagagg caggagtgca tgcggtcgtt tttgatcgta atggatactt
    28921 gtatcatggt agagtaaaag aattagcgga tgctgctcgg agaggcggtc ttaaattttg
    28981 aaggaaatgg cagtaaacaa tagagtaaaa tcgactagtg atttagattt gaaggatcgt
    29041 ttggtcgcaa tcaatcgtgt aacaaaagta actaagggcg gtcgcacgtt tagttttgcg
    29101 gcgattgttg tggtcggaaa tgaagacggc gtaattggct ggggcctagg aaaagccagt
    29161 gaagtgacta cagctatagc aaaaggcaca gagtccgcca agaagaatct tatcagaata
    29221 cccattcata aaggtacgat ccctcacgaa caaactgcta aatttggtgg agctgaggtg
    29281 attattaagc ctgccactca tggtactggg gtgaaggcag gaggtgcaat gcgtgctgtt
    29341 ttagaaagtg ttggtgtgac agacgtgttg gctaaatcca aaggctcatc aaatcctcat
    29401 aatttagtaa aggctacgat cgcagctttg aatgaattaa gaagtcctgc gatggttgct
    29461 cagaatcgga acgtctccat tgagaaggtt tttaagggat aaatcgagaa cagtcaaatg
    29521 gcaacaatta agataaaaca agtcagaagt aggatcaaat gccccaaagt acagaagaga
    29581 actttggatg ccttgggatt gaggaagctg aaccgtgtag ttgaacatga agacagtcca
    29641 tcgattcgtg gaatgataga ggttgtgaag catttggttt tagttgaaga atagtaatga
    29701 aagggatgct taaagatggc gtcctataaa atcatattga tatgaactta tcgaacttaa
    29761 aaccggcttc tggctcggta aagacaagaa aacgtatagg gcgaggccca ggatctggct
    29821 tgggcggaac ctctacaaga ggtcataaag gagcgaaatc tcgttctggc tataagcaca
    29881 agatcggctt tgagggtgga cagatgccaa tacaacggcg cttacctaag tttggtttca
    29941 agaatataaa tcgcatatct tataaggcta tcaatctctc tactctacaa gaattagctg
    30001 agtcaaagaa tttgactcgt attggcttgc aagaattgag aaatgccgga tttatttctg
    30061 cgtctcaatt ggtcaagatt ttggcgaagg gaacacttac ttccaagatt gaagtggagg
    30121 cacatgcttt ttctaagaaa gcagaagatg cgatcatcac acttggagga tctgtttcca
    30181 aattgggcgg aaagtccgaa aaagcggaat agattatgag agcagttgag acgattaaaa
    30241 atatctggaa gatagaagac ctacggaagc gtattctaat tacgcttctt ctggtcctta
    30301 tctatcgttt cggaacatat atcgtacttc ccgggataga tccgaaggac ttgactgcgc
    30361 ttggggaaca gaccagaggt ggtttgatgg ctctgttgga tatgttttcc ggaggagcct
    30421 tttcaaatgc atccatcttt gcattaggaa ttatgccata tatctcggcc tccattgtga
    30481 tgcagttggc agcaattgtg attccgtcgt tccagaagat gcagcgagaa ggtgaaagtg
    30541 ggcgaagaaa aatcaaccaa tggacacgct atcttaccgt gatcgtgttg attcttcaag
    30601 gatcggccta tttggtgaat ctgaatgtac agcttcggag cgcaggggcc agtatgccta
    30661 ccgattggtg gttcagaatc tcttctacta taattatggc cggaggtagc atgttcgtcc
    30721 tatggctggg tgagagaatt acggataaag gtattggcaa tggtatttcg tttatcatct
    30781 tgattggtat tatcgcccga ttacctcatt cactttttga ggagtttact tcgcgtgtga
    30841 cggaaaaatc gggggggttg gtcatgttcc tgtttgagat actgttttta ttgcttgtga
    30901 tggcaggggc cattctgttg gtgcaaggta cgcgtaaagt ggtcgtgcag tatgcaaagc
    30961 ggattatagg caacaagcaa tacggtggtg cacggcaata catccctctg aaagtaaatg
    31021 ccgcgaatgt gatgccgatc atctttgctc aggcgattat gtttatcccg atttcgcttg
    31081 ctggattctc taattccgga gagaatagct cttttatgcg agcttttatg gataatacag
    31141 gcttttggta caacttcgtc tttgcactgt tgatcatcgc gttcacgtat ttctatacgg
    31201 cgattacgat taatccaacg cagatggcgg acgatttgaa acgtaacaat ggttttatcc
    31261 caggtataaa accgggacga gctacgaggg aatatcttga cgaaattatg agtcggatca
    31321 cattccccgg agctatcttt ttggccattg tcgctatcat gcctgcattt gcgcggatat
    31381 taggaatcag ccaaggtttt gctcaattct tcggtgggac ttcattgctg attttggtcg
    31441 gagttgtgct cgatacgtta cagcaaatag agagtcatct gttgatgcgt cattatgacg
    31501 gcttgttaaa atctggccgt attaaaggaa ggacaggagc tatagctgcc tactgatatg
    31561 atatacatca aaacggatga agagatagaa ttgatgcgcg aggcgaacca gttggtgggg
    31621 aagacgctcg gtgaattagc taagcatatc gcaccgggag ttacaaccct gcaactggat
    31681 cgtatcgccg aaacgttcat tcgcgatcat ggggcagagc cggccttttt aggttacggt
    31741 ggttttccca attcgatttg tgcctcggta aacgagaatg tggtacacgg tataccatcc
    31801 gataaggtga tcctgaaaga tggggacatt atatcggtag actgtggaac aaagctgaat
    31861 ggcttcgtag gtgattcagc ttatacgttt tgtgttggaa acgtttcaga accagttaag
    31921 gatctgttgc gtacaacgaa agaggccctt tataagggga tcgaacaagc acaagtcggc
    31981 cgtcgggtag gtgatatcag ccatgctgta caggaatggt gtgagaagaa gaactattcg
    32041 gtggttcgcg aattggttgg acacggttgc gggcgagaaa tgcacgagga tccggaggtg
    32101 ccgaattatg gccgtcgagg atgtggacca cttttaaaaa gtggtatgtg catttgcatc
    32161 gagccgatga tcaatcaggg aagtaagaac gtcgtctttg aggctgatgg ctggaccgta
    32221 aggacaaagg atcacaaatg ctcagctcat tttgagcatt gcattgcgat acgtcctgag
    32281 ggcccgctta ttctatcatc attcgagtat ttagaagcag tagtaggtaa agagatataa
    32341 gcgagcatat ggctaagcaa gcagcaatag agcaggacgg cgttatcgtg gaagcattat
    32401 cgaatgccat gttccgcgtc gagctggaga atgggcatga gatcacggcg catatatcgg
    32461 gaaagatgcg aatgcattac atcaagattc tacccggtga taaggtgcgt gtggaaatgt
    32521 ctccctatga tttatcgaaa ggccggatat cattccgata caagtgaata agaagctgtt
    32581 tggtgattat ttcggaggat gtttccgggt tattttgttt tcatcatctc tccacgggca
    32641 cagcgagcct atgtgaggat taatgatgaa acaaggtttg aaaacagact tggagcctcg
    32701 aaatagaaag agtcgaatcg tccgcccaaa cagctccttg aaaacaatca tccaataaat
    32761 tcagaacagc ttctaaaata aaaacgagat agaacgatga aagtaagaac ctctttgaag
    32821 aaacggactc cggattgcaa gatcgtgcgt cgtcaagggc gtctgtattt gattaataag
    32881 aagaacccga aatttaaggt tcggcagggt tgaaaagacc tgtatgtgtg cgtaaaaacg
    32941 agaagtgaac aaattactaa taaacgaata tggcgataag aatagtaggt gtggacttac
    33001 cacaagacaa gagaggggaa atcgcattga cctatatttt cggtatcggt cggagtgcgt
    33061 ccaactcgat tttagcgaaa gctggcgttg ataagaatat caaggtcaag gactggaccg
    33121 atgatcaggc agcgaagatc cgcgaggtga tcggtgaagg atataaggtc gaaggtgacc
    33181 tgcgctcgga ggtgcagtta aatatcaagc gtctgatgga tatcggttgc tatcgcggag
    33241 tacgtcaccg catcggcctt ccggtcagag gtcagagcac gaaaaacaat gctcgcacgc
    33301 gcaagggcaa gaagaagacg gttgcaaaca agaagaaagc cacaaaataa tcagcagtag
    33361 aaatggcaaa gaaagtagtc gcagcaaaga agcggaaagt caaagtggaa gccgttgggg
    33421 aagcccatat ccactcatcg ttcaacaata tcatcgtgtc gctgaccaac agtgatggtc
    33481 aggttatcag ctggtcgtca gccggtaaaa tgggcttccg cagctccaaa aagaacacac
    33541 cgtatgccgc acagatggcg gcgcaagatt gtgcaaaggt ggcctatgac ttgggcctac
    33601 gtaaggtgaa agtgtatatc aaaggtccgg gcaacggccg tgagtcagct attcgtacga
    33661 tccacggtgc aggcatcgaa gtagcggaga ttatcgacgt gactccgctg ccacataatg
    33721 gttgccgtcc gcctaaaaga aggaaagtat aacagacaga gagatcagaa tggaagcaca
    33781 cggacgtgtg agacttcgct ttcggaaagg gggcgtgata gattgcacta ttcacaaccc
    33841 tctctgcaat cgcggctgaa cagttccccc ctccggaatc gcctcaccac ggcgctgcta
    33901 attcaataaa caaagaagaa aatggcaaga tatacaggac ccaaaacaaa gatcgctcgc
    33961 aaatttggcg agcctatatt cggcgctgac aagaccctgt cgaagaagaa ttatcctccc
    34021 ggacagcacg gtaacaaccg cagacgcaag acctcagaat acggcattca gctgcgcgag
    34081 aagcagaaag caaaatacac ctacggcgtg ctcgagcgcc agttccgcaa cctctttgag
    34141 aaggcggcgc gctcacgtgg tatcaccggt gaggtgttac tgcaattgtt ggagtgccgt
    34201 ttggacaaca tcgtgttccg cctcggactg gccaagacgc gtgccgctgc ccgtcagttg
    34261 gtgctgcatc gccacgttgt cgtagacggt aaggtggtca atatcccctc ctacagcgta
    34321 aaaccggggc agatcgttag cgtacgcgag aaatcgaagt cgcttgaggt aatcggcgac
    34381 gcactctcgg gatacaatca cggtaaatat ttgtggatcg agtgggatca aagcgtgatg
    34441 ggcggtaagc tgcttcattt acctgcccgc gaggatatcc ccgaaaacat caaggaacag
    34501 tcgatcgtcg agttgtactc taaataatga tctcatggcg atattagcat ttcaaaaacc
    34561 ggataaagta ttgatgctgg aggcgagcag caccttcggg aagtttgagt ttcgtccttt
    34621 ggagccgggc tacggtatca cgatcggtaa tgcgttacgc cgtattcttt tatcctcact
    34681 ggagggctat gccttctcgt cggtgaagat cgaaggagtg gatcatgagt ttgctacgat
    34741 tccgggggtg atggaagaca tgacgaacat catccttaac ctcaaacagg tacgcttcaa
    34801 atgcctcggc gctcctctta gcgaagagga tgacgaggag gaagaagcgg aaaccgaaga
    34861 ggtagaagct gagaaggcac cggaagaaaa agaagaaaag gagacagaag gcgacgacga
    34921 gggagaagag gccgaagaag ctggagaaga cgaagtcgtc gaagaggaag acgagccgga
    34981 agccctgccg aaagtttgga tcaacgtatc cgatacggac gtgctgaagg ccggcgcact
    35041 acaaccggca ggctttgagg tgctcaatcc cgaaatggag atctgtcacc ttgccccggg
    35101 cacttctttc cagatggaac tcacgctcag caaaggccgt ggctatgtgc cggccgatga
    35161 gaatagagat ccatcgaatt cggatgtgca agtgatcgcc atcgactcga ttttcacccc
    35221 gattcgcaac gtaaagtaca cggtcgagaa tttccgtgtc gagcagaaga cggactatga
    35281 aaagctcgtc ctcgagatcg aaacggacgg ctccatccat cctaaggacg ccttgcgaga
    35341 ggccgccaag attttgatcc atcacttcat gctcttctct gacgaccgca tcgcggtgga
    35401 gacacccgag cagccgggag tcggtggaac ggacgaagag ttcgacgaag agctggcccg
    35461 catgcgtcag ctgctcaaga cgaagctgac cgacatgaac ctctctgtgc gggcgctcaa
    35521 ctgcctgaag tcggccaacg tagagacggt cggcgagctg gtgcagtaca acaagagcga
    35581 cctcctgaag ttccgcaact tcggaaagaa gtcgctcacc gagcttgacg aactgttgga
    35641 tagcctcgag ctgtcgttcg ggatggacat tacaaagtat aaattagata aggactaaac
    35701 acgatgagac ataacaagaa agtaaatcat ttggggcgta ccaaggcgca tcgcgaggcg
    35761 atgctggcga acatggcctc gtcgctgatc aagcacaagc gcatcttcac gaccacagcc
    35821 aaagccaagt cgctgaggaa atacatcgag ccgctgatca ccaagtcgaa ggactcgtcg
    35881 gtgcattcgc agcgtatcgt cttctcttcg ttgcaggaca agtatgccgt gaaggagctc
    35941 ttcaccgaaa tctcgtccaa ggtcatggat cggccgggag gatacacccg catcatcaag
    36001 accgggctgc gcgaaggcga taatgccgcc atgtgcttca tcgagctggt ggactataac
    36061 gagaacatgc tcaagaccgc caagacgcgt aagcagtcga caaggacacg ccgctcgcgc
    36121 aagaagtcgg ccgttgatgc caccgtcgag gccgagacca ccgagggagc agccgaataa
    36181 ctcctcctcc ctcgatgaac gataatagct aatagatcat ctgcccgcct tcaccgttag
    36241 agacggacag aagcaataag gccggggcca acattcctga aacaatggag tgcggctccg
    36301 gccttcgtta tgtccggggg gcggtggtga tggttaggat aataggaaca gccccctctc
    36361 ctgccggtag ggtaggggcg tatcgcatac gccccacatg tatcgggcct cctgatcata
    36421 cgccccatgc gggacgtttt aaggggcgta tgcaatacgc ccctacctcc cggtaaatcc
    36481 taaccgaatt accatgatga ttcgatgtga tgatgaatgg gggcgatgtc agtccattcc
    36541 ttgggcggta tttttctgct tttgtgtcct gcctctcctg ccggtagagt aggggcgtat
    36601 tgcatacgcc ccacatgtat cgggtctcct gatcatacgc cctttgcggg gcgttctaag
    36661 gggcgtatgc aatacgcctc tatctccgtc ctcgtgtcag cgtgcgtcgg ccaactgctt
    36721 ggctatggtg tgcagaccgg ccacaatgcg ctcgcgttgt cgggctctgg gggtacgatt
    36781 gccatcgatg tagtgtgaca gttgtcgggc gttgatccct gtggcgcgac tcatagcgct
    36841 cagtgtgacc acgtcgccgt agtacttgag cagggctccg gcggtgagct cgaagtcgag
    36901 gacatactcc ccgcgcatga tccattcggg cagttcgtcc tcgtctgccc cttcgagatg
    36961 aaagtccaag gccgaggcgt aagcctcttt gacctcactc aacgtcttgc cggtagccac
    37021 acagcccgtc acctccggag ccgatgcgcc gaagttgtcg cccgtccatt ccacaatcac
    37081 ggtcagtttc ttattcatat ctcattgttc tcctttcttt atgtcgaggc attctcagcg
    37141 ctaatcaacg ccatcccgcc tgtttgctga tgctgtttat catgaattgg ctctgcgttt
    37201 cgctcatctt tccgtttatc gtcaccgtgc cccttttcgt cggatgcttg aactgtcggt
    37261 gcgaccctcg ttgcctagcc agataccatc catcagcctt cagccgagag atgatttcgg
    37321 acgttttcat tctatccatt gccgcttatt cccttcgtgc attgtcctct tttcagaggc
    37381 aaagatagcc cgtcgcacct ccgccgccat atatataaat gtgtcccccg cctcccgaat
    37441 gatcattaaa agcgggcggt tggtcattca tcggacaggc agcgccccca agtaaacagg
    37501 aaagttttca ttccacgcga ggtttttacc tttgcggccg ttccgttatg attgacaagg
    37561 gggaacgctt tatgcatatc accactcacc acatcccagc gaagaggcgg cacatcgacg
    37621 ccgcaacccg cttacgccgt ctgtcgcacg tcgtggccgc gtccacacgc gtggtgagag
    37681 gttgcaaatt accccgccgt ccgagcgcac gtttttgccc tcatgccgag tcacgccgcc
    37741 ccgcattttc cgtgtgggcg gtcgactcgt catgtcccta tccttcgttt ttcggaagtg
    37801 tttgcaacac cgttgcaaac gccagaaagt ttttcgaggt acttgcaaca ccgttgcaaa
    37861 cgccggaaag tttttcgagg cacttgcaac accgttgcaa acaccagaaa gtttttcgag
    37921 gtacttgcaa caccgttgca aacgccaaaa aatttctcga agcatttgca acaccgttgc
    37981 aagcgccaaa aagtttttcg cagcatttgc aacaccgttg caaacaccca aaaaaatctc
    38041 ggggcatttg caacaccgtt gcaaacaccc aaaaaaatct cggggcattt gcaacactgt
    38101 tgcaaacgtt ttcttttcag agaaccaagc tctttacaaa gagccttgcc cccgatccgt
    38161 tattaacccc tttttaagct aagcatcaac catgccagaa tcagaacaaa aagtgcccgt
    38221 aggcacaccc acagcaaaag aaatagccgg tatcaactgc gtgcaaatga ataacggtgc
    38281 gcatttcggc tttatccaga ccgtctgcga acgcatcgag aaggaaacaa ccatcacggc
    38341 caaccctatc gccaaggcag ccgccgacgg tctcaaagcc gccctcaagg aagaagacgt
    38401 ctggctggcc gtctctcgca agagcgacct gacggaggag atcatggccg ccgacagcga
    38461 gcgcgacgcc ctctacatgg gctatcgatc ggccgtcaaa ggcttcaccc gatcctccac
    38521 gccggagaag gccaaagccg ccacgacgct ctggaacaac ctcaccgccc accgcatcaa
    38581 ctccaacatg cagctcgagc gcgagacctt cctcatcgtc aacctcaccg acgactgcga
    38641 aaagaagtac gccaccgagg tgcagaagct cggcctgaag ccctacgtcg aggcgctcaa
    38701 agccgccaac gagaaagtca agcaactcct tgacgaccgc aacaacagcc gcgtcagcca
    38761 gaccgccgga gcccttcgca cggcccgccg cgcctccgac gcagcctacc tctggctcgc
    38821 ccgcgtggtc aactccctcg tcgtgctcga caacggcacc gccaagtgcg acgccttcat
    38881 cgactacatg aacgtcgtca tcaagcgcta caaagagcaa gtcctcacct ctaaaaagca
    38941 tacggacgac acgcccgaca agcctaagga acccaagaaa cccgccgacc cgaaggaacc
    39001 gaaagatccc aagaagccgg ccgatccgaa ggatccgaaa aagcccgacg cccccaaaca
    39061 accggacgag aagccaaagc ccggtggcga cgacagtggc aaccccgaca tcacgcttcc
    39121 ggaggaatga tctggccgaa gagaattagc atagaataaa tcatcgtgcc ccccctcatc
    39181 ggggggcaca aatactcatc ttattaaata catatcgata tgaaaaagaa acgacttcga
    39241 ttagtaacaa ccatcgccct actggcagcc cttgcaggcg gcagcggcgg cgtagcgtgg
    39301 gggcaggcct acaagaaggg ctatgttacc agcgacggac gagcgcagct ccgaagagga
    39361 gacgcgaaca cagttaatag cgttggctat atcaacaatg ccaataatgt gaacaacgaa
    39421 tttggagcag gggagtcggc tacaattacg aatagcgtgg taacagtacc tgcgtcgaat
    39481 gggatgcaca cggcgatagg acttgcggat attcaattgg gaagtgaata ctcgcagaat
    39541 attgtgatca attcatacaa ctctgcggga tataccgccg gatggcttaa tgcagaagtt
    39601 catttattaa ggtgcagctc tcctccgagt acaatgactt tttcagaggg ctggtatagc
    39661 aatggacttg tcatgctaac cggggtcggt ggctctttta acacacctcc tattaattct
    39721 ttgctggtaa gtggaactgc atcagaagtg agtccgacac aggttaaggt tcagataaca
    39781 cctttgcatg gtaacatatt ggatcctttc tattttagac atgaatatgg atggtcacct
    39841 tatacgacga catcgagagt tgggacgcct tatatacctc ccgttacaac ctcggctatt
    39901 caagtattgg aagatgatgg ggtaaatttg ttccaatatg ccgggaatag tgccatagag
    39961 ccgaaccatt ttacaacacc cagtcatgtc ggagctgctc cgaccacaag cacaggcggc
    40021 aataatgtat tagtgaaata caaacgaccg acaacggttg caataagtgg gatatccaat
    40081 gactttcatc aaatctcatt caagacgatt gattggtggt atcaaacttt ttctgcacat
    40141 gtaggtactg ctgctggctt tcaaagtgct agacatacgg gatgctgtca tatgaacgga
    40201 attagaggta cagctaatga tgcatcgttt actgcaaatg gagcattgaa aggacaagac
    40261 actcaggtcg acgccgctgt ccaactcttg aataatgccc gtgtatgcgt cacaggaaat
    40321 gtagatgatg ccacggggaa tatcggagat gcagcatccg gagacggagg caatcttaag
    40381 accaatgcac ttattgtggt tccccattca agccgcttca cgttgcgcac atttgggaat
    40441 ttcaaggcca acatggcaca tctgagagcg gattcggctg agaataagaa tgtactctat
    40501 actgccgcag ccttccaaga tcctgccacg gacattatgc tgaagtcaac cagcaacgtt
    40561 tggtaaacct ttgctgcacc gaatcagatg ctcaattatc cgtcattagt ggtcccgtat
    40621 cacaacaaag gtgattataa gacgatcacc accaccgtac gtccttatca cagaaccgaa
    40681 ggtgccgtat ttggcgtatt tggcgattat gattttcagg gtaagatggc taagattcat
    40741 acggacacga caacgtctta caacaaccat aacatgggtg tgatcgaagt gggcccgact
    40801 accgccaaca aggataaatt ccatgtctat ggcaacggta tgctgaagaa ctacgaaggc
    40861 tgtaatacgc ccatcaacaa ctttgcgatg aacttcggta ccggttatgg taatactccg
    40921 gtgtttaaaa tcaatactag cgacacgctg tatatcgtaa acttcggtaa taacggatcg
    40981 aattcgtgtg ctgcacatct gttgttccat aacacttctg caaatgctat tggaaatgct
    41041 ttcactggaa acgggcatgg ccccttacag attcaggcgc tcaatcatgt acgctttaac
    41101 ggagatgcga cttggactgt gacaaaaggt aataacatct atgtgctgtc tgacgctggt
    41161 aatatctcta cgcaagggct gaccatcgca agtgatagtg tgggaggtga atcgcgcggc
    41221 ttgatcaact ttatggctgc gggtgcaaac gttgccaata gctgtacggc cactacggcc
    41281 aatcgtaata gtgaaagcgg cagcatctac ctcaacggtg ccatagagat tacgcgtgca
    41341 aattctgacc ctacacagac aaacgtcatt gctcagcaca acatccgtac agcgagattc
    41401 accagcacta atgcggataa cgacacgacg aatatcttat cccgcaaggg tgatctctat
    41461 ttgggctata gtgcaacctc ttcctccccg gccgataaca acgacttcat ctacactgcc
    41521 acggcagata atggagatct gaactttatg gccggttggg atgataccca aacgacaatg
    41581 acccagacgg aaggtatgga gggcggtaat atttacttca cacgtatcaa cccagtgctg
    41641 acgccaatga agaagcacaa cacgacgatc gccattcctt actccagcga atacatctgc
    41701 aatgtgagag aggatttgca taaacgttcc ggtacatcga tggtgaagta tgagcattcg
    41761 ggtatcattg ggagtcttgg acattgcggg caagaaacca cggcaggacg tgccgaatat
    41821 tccggaaagc tggaggatgc agcttcgtat gccaacttgg gcttgatgtc ggcccgtcgg
    41881 tcgttaattt accaaggcaa tgacggcaac ctgatcgtag atgccggcaa gcgcggcaac
    41941 atcattttca accgtggcgc ggacatcgac ttcaataacg ataagggcaa tgccattttc
    42001 cgtacccgtg agggcgatat tgatatgcgc gataaattcg acgggaaaca gatgaagggt
    42061 agcttgctct tcttggctca gctggaggac ctcagcaagc tctcagacat tggcgtttgc
    42121 ggttgcgatg agatgcgtaa caacgtctat ctgcaagact tcgaatacac cgcagctgca
    42181 aacagcggta gcgtgtttat tggcgcagac aacaatatca agttgaacta cggtggtctg
    42241 gccaatattg gcacgcgtca ggatccgttc ttgagcatag actaccaaga agatccgcaa
    42301 acacaccgcc cactaaaaat aggccacggc tatcacccag ggacaccaga ccattgcggt
    42361 ggttatttcc attgtgatct ggacggcgaa gagaaccaag cgcgtaagct cctcctcaac
    42421 tttagtggtg cctctactgg tggttttgcg gcggtagctt ccgatatgat tgacgtttat
    42481 aaggatctga aatatcacgg cggtaacggt tcgggtctga gcaccgtgcc gggtacgggt
    42541 acgctccacg gcgagaatgt ggctggttac ggtctcttta tgaagacgca gggtaacaag
    42601 cacaactgga cggacaacat cctcctgcaa gcaccgaagt gccccacgac gtgctccccg
    42661 acggggtgta gcgaaagcgg tcgtccggct acaggtttct tgcacaacac ggtgcgcatg
    42721 accttccaca gcgacgcacg cttctttgca gagaatcagc acgtgcatct cgaatctccg
    42781 gtgatcgaga ccttcggagc actggagttg aatgctgaag atggtgccgg cgctaaggca
    42841 atgattacga tcaagacgga ctccttgatc tgtcacgaca gcttgatccg taagggtaaa
    42901 ggcaaggtgc agctgacgac atggagcggt ctgccgaagg atcaaccgat catcaagctc
    42961 ggttacagcc gtaaggccgc accgtttgca gagtattctg tagacgagga tctcagtggt
    43021 gcgccgaagc tctgccgcga gtgcgtctca cactacaaag gcaaagtgta tcctccgggc
    43081 gaaacgccgc tcgatacgat gttcgtcaag tttggtcctg acaccgagtg ggagcgccag
    43141 aacgtgatgg tggttgatca taccgtgatc tccttcctca ccgactcgtt tgaccatgtg
    43201 aagggtggcg atgtgcggca tgcccgctac ttcgtagaca cgactaagat ccgcaaccag
    43261 gtagagttct ggaccgacgc caagcatgag cgtgacggtc acctcgaact gatctctgag
    43321 gagcaaatgg gctcgaaaga ctatgcaggt ctctacacgc gtcacttgca cttggagccg
    43381 atcggcgctt gcggtcgccc gacgagtgag ctgtggctgc cgggtcttgc gctcgacgtg
    43441 atcacgacgt cgacgtttgg tggtttcggt atccagtaca ccgacgtgca cgtggagaac
    43501 ggtgcgaacc tgaatccggg cttcacctcg ctgcgcctcc gcggacagtg ctacgagcag
    43561 gcttgcggta cgctgacgat gaaggatctt cgtctcgacg gtggctctga gctccacttc
    43621 tctgttggtt cgacgaaggg tctgaatggc gaatacagcg acgctatcga cgtagaccgt
    43681 ctgacgactt acggtccggt gaatgtgaat atcgagatcc gcccgtgcga gaagatgcag
    43741 aaacgttgct atccgatcat gtactacaag tcggtaacgc cgaacagcct caacaacctg
    43801 aagctgaacc cgcgtaaggt gaagatcgac ggcgaggagt acccgctggc gctgaacgta
    43861 tcgaccgacg gcattgtcta cgtctgcgta ggcgacgcag taacgcctgg tctgacgcat
    43921 acggtaacga tgccggagac ggctggcgtg aagacgaccc cgagcaaggg tatctatccg
    43981 ctgccgacgc gcaccagctt ccgcttcagt gctacttact cgggtgcgaa gccgctcgtg
    44041 gttcgcacga accgcaaggt caacggccag caggaagtgc tgaacggcgt gaagaatgcg
    44101 aacggcgaat acgagtacat cgtgccgagc gtacagcaag aagtgacgct gaccttcggt
    44161 ccggatgtgg ttgcgaacga gctgctgacg gctggcacgg ccgtttggtc acacggcgag
    44221 aagatctaca tccgtgtaga gcgtgcagac attgccagca tctactccgt agctggtcag
    44281 ttagtgaagc gcgttgacct gcccgaaggc gacacgtcga tcccgatgag tcgcggtgcg
    44341 tacgtgatca ccttgaagga tggttccgtt cataaggtga tcgtgaagta acgaccccgt
    44401 tcctatcgta tgggtgggcc ccggtgtccg cccatacatc aaagaagaat ccccggcata
    44461 gctgatgagg ctgtgtcggg gattcggtgt ttttggatgg gggagtgctt ctttctctat
    44521 ctaccttctt tttttgcctt gatatgagga agaagcaaaa ggaaatcagg gcttcaccga
    44581 agctggatag tttgatcgga tacgtgatta tctatcctcg tcgtatgtac ccggcgaact
    44641 tgacggcgtc tctgatgccc tttttagttt ttggcttcaa acagccactc gaggaagtct
    44701 gtgcggcgga aggcgttgta ccaactgcca tggccgacgc caggtagttc gatatactcg
    44761 accgacgcac ctgcgcgccg taatgccgcc gcagcttcac gcgagaaacg tacgggcacg
    44821 accggatcgg cgtcgccgtg aatgagacgg aaacgtgtcc gtgtgccacg cagcagctct
    44881 aaccggtgca cgtttacacc gccacagatg gccaccgcgg cagcgaaccg ctgcggccga
    44941 cggctaacta agtcgagcgt gcccatgccg cccatcgaga gtccgactat atagatgcgc
    45001 atcgtgtcga tggggaactg tgtgatcgtg tgctccagca gctcatcggc cagccgcagc
    45061 ggacgcgaca taggctgcga catagggaag gggttagcac cacgcccgaa atggtcttgc
    45121 cgcaggatgg ccggccagaa ctcgtccgat ggacactgcg gaaagagtac gtaggcaggg
    45181 aactgtcgtc tggcggtgga gtcgacaaag cgtgccgcgc cgtgtcgcag ctgtgcgcag
    45241 ttgtcgcggc cgcgctcacc cgcaccgtgc aggaagagca cgagcggata atgctgtccg
    45301 tgcacgaccg tgtccggcgt caacagtcgg taagacagcg aatcgccgtc ggccgagacg
    45361 tacaccgcgg ctcgatagcc aaggctgtcg cattgcgctg cgacacgtcc gacagtagcc
    45421 gtggccagaa ggagtaggag gggggataaa aacttgacgt tcatgtggag tttgaatggg
    45481 aattaaacgg tgtttgaatg gagtggtaag gctacgtcga tccgatcgac gggacgtttc
    45541 accctgaagg aggtcgtcga ttcagtcgac ggcaccattc tgatctgaaa atagccgtcg
    45601 attcgatcga cggggccatt tcgatctgtg aaaacagtcg tcgattcaat cgacggggct
    45661 atttcaatct gaaaacagcc atcgattcga tcgacgaggc catttcgatc tgaaaatcgc
    45721 tgtcgattca atcgacggga cgtttcacgc tgaaggtagc cgtcgacccg atcgacggaa
    45781 ccttaccgcc agcataaaaa gcgggctgcc cgccggcgaa gaggagtgaa cctctccgtg
    45841 gcaggcagcc ctatcaatac aaatgaaaac aagtccgtgg ttaagggatg gccaccttgc
    45901 ggctaacctc gcccaaggtg acgatgtaga ggccgctcgg gagcgcgatg aagcggtcgc
    45961 ctacgacggt ctctttgcgg taaagtgccc cggagatgct gtatacagcc agcgtgcggg
    46021 ccttgtcaga ctgtacgcgg aggccattct cggcgctcca gatgttgaca ccggcagcgg
    46081 tctcaacgtt cgggctggga tcgtaaacgg tcacttcgca ggagtctttg aagccgcctt
    46141 cgaggcttgt cacgctcacg taaacggtgc ccgtcttgag gcccttgatg acgccgttag
    46201 cgtcgacggt ggcgatggac gtgtcagcgg acaagaactt gacgcgctga tcggaggcgt
    46261 tggccgggct gaaggctacg gccaaggtgt cggtggtgtt cagcttcagg cgaatcttct
    46321 gcttgtccaa cttgatggcc ttcagttcga cggcattgcg gacgtagatg tagcaggtgt
    46381 ccttgaagtt tccatcctcg gtctcaccga cgatcatggc cacgcccact gtctttccag
    46441 ttacaacggc agtggtgtct gtcaggcgct ccacagcggc gaaagagggg ttggtggagg
    46501 tccacgttac cttcttattc agcgcttcgg cgggcaggat gcgtgccgtc agcgtgtcct
    46561 tcttgcccac gggcagggag acggtgtcct tatcgatggt cattgcagtg acgtggatcg
    46621 ggtcgagcac cttgatgacg cggtttgccg tgacaccgtt ggtagaggtg acggtcaggc
    46681 gggcgatgcc cggtgtggca gcggattgga tcttgaccgt aaggccactg ttggaggcga
    46741 tcgtcacgag acccggtgtg gcgggtgcga tcggaacgat agaccactgc agcgtgttga
    46801 tgttgtcagc attggccggg gtggccacgg cctgaacgtc cagctcgcta ttgatctgca
    46861 tggggatcgt gtccgtggtg atggcgaagt tgaggcctgt gatgggatta tcgactttca
    46921 ccaagaaggt gtctgtcttc atgcctgtgc ccttgccggc cgataccgtg atgcgggccg
    46981 ttccgacggc tttggcagtg atgatgcctt gcaatcctac ggtctgcact tcggccacag
    47041 cgctgtttga cgaagagtaa agcacttcct gcaatgcatt gttggggaag acggaggcgg
    47101 tgagtgtctt tgtcgttccg atacccatcg ttgtgtctcg gggggcagcg ccgaagctca
    47161 cgctgtcaac ggcgtggttg atttggagct tgacggagtc tttggccgcg ccataactga
    47221 tgacaaccca tcctgtgtag gtgtagttgc cagtaggtgc agtgaaaaca ccccatgtgc
    47281 tgtcagcgtc ggatttgccg atggtgagcc cggtgagtgc ggggtttgtg ctccatgaca
    47341 agacttcgcc cggagcggag atcgtggctt tgacggagtc cttctgtccg tagatcagtt
    47401 ggatcgtctc gtgactgttc agctgcaccg tggcttgcgc ccgggcttcg ctggcgaaca
    47461 aggccatcgc gcctgcgacg gccagtagtt ggatggtaat cttcttcatg ttctttccta
    47521 ttagggggtt tgaataatcg gggtgatgtg cagtataaac aaccgcggcc aaggataagt
    47581 tcaagagagg gggattccca gtcccccttc tcttggctga tatactggct tattgaacaa
    47641 ggattttgcg cctcgttcgg tctacggcga caatgtagag accgcggcgg agcggcacga
    47701 aacggtcgcc cggcgtgagg ctttcgcgat gggccagagc accggtcagg gtgtaaatct
    47761 cgagtcgtgc ggggcggtca acgtgcacca tcacgccacc gtcgacacca tggacggcga
    47821 tcgtctcgtc cacctcgacg gctgcgttgg gatgatggtt cggattgatg gtgattacga
    47881 cgcacgaatc gcgtcggccg tcagcggctt cagccacaac gagcgccgta tcggctacgg
    47941 tggcaccgat cagttcggct gcctgcccga tggaatcgac tgccaaggcc ttgatggcac
    48001 cgctggcaac ggtccacttc acccgctgat ccgtggcgtt gagcgggaag acggaggcgc
    48061 ggagtgtgtc ggttttattg atgtccactc ggattgtgtc gtggttgagc gtcagacgct
    48121 ccacggggat gcggcgggtg atgatgacgc atgtgtcgcg tttgcccgat tcgtccagcg
    48181 cacccacgat gagcaggctg gtgtccgcat cggccgcagc aatgacgcgg gttacgctat
    48241 ccgtagtgcc aagcacgcgc gcgccaccta cggtggtcca tccgagcttc ttatccgagg
    48301 cgttgtaggg gaagatgcgg gtcgtgacag tggctgtgtc gccggtgcgc agtcggatgg
    48361 tatcgcgctt caggcggagg ctgtcgacgt agatcttggg cgtaaccacc acaatgcagc
    48421 gggctgcgac ctcattgacg cgcacaacga tgattgtcat gcctggtttc cgggccttga
    48481 cgatgtagac ggaatcgtaa gggttggttg atttcggagg gccgatggag gctacgacgg
    48541 ggatggagac acggctgtcc caatagaata cgcgggcact gggataggca taggcgcgga
    48601 gggaatcttc ctggccgacg tacatccgca gggtgtcctt ctcgatcttg acgatttgct
    48661 gcactttctg cacttgcgct gcggcgctgt agggaaaggc tcctgcgatc gcaaagagga
    48721 tcgccataca gaaataaaag gaggtttttc tcacactcat atatggggct atttatggat
    48781 ttgaataata gtggatgatc cgaaaagata aagggggata aggggcatcc caaatcccct
    48841 atctgcctga ttacaggctt aacactgacg cacaaaagta tccctttccc taagcctcga
    48901 ccggaagagc gtctatattt gcgaggtttt aacaatcgac tgacatggat attctacctg
    48961 atttttccgg cccacaaaac gcctcggaga cggacgcggt gatccttgcg gcgggtgatt
    49021 tccctacgca tccgatcccg ctggggctgc tggcgagggc ggccgagggg cacatcgtct
    49081 gctgcgacgg tgcggctgac cgactgctgc gcgagggctt catgccgttg gctgtcgtgg
    49141 gcgacggcga ctcgatttcg cccgaggcac gctgccgttt atccgaccgc ctgcacatag
    49201 aatcggagca ggacacgaac gacctgagta aggccgtgcg ctacgcggtc tctcagggcc
    49261 tacgccgcct cacgatcctc ggcgccacgg gccgccgcga ggaccatacg ctgggcaaca
    49321 tcagtctgct ggccgactat caggcgcgtg ggctggacgt ggagatgtgg accgactacg
    49381 gcgtcttcac ccccgccaca ggctgccaga cgttcgcctc gcgggctggc caacagctct
    49441 ccgtcttctg tttggacgac gcgccgctta ccctccgcga tgtgcgttgg ccgcttgaag
    49501 ggcgacgcat cacccgatgg tggcaggcta cgctcaacga ggccctcacg gatacattcc
    49561 gcatcgagac acggggccgc atcatcgtct tccgtaccta cttagattga gccttccacc
    49621 cgcatgctat catttaccct ctctatcatt cataatcaac cccgattcat ccacactttt
    49681 atctcagtta cactatgaac ctgaaacatc gcttgatcat catgaacttc ttgcagttcg
    49741 ctgtgtgggg cacgtacctc acctccatgt cgcgctacct cggacctgcg ggcatgggcg
    49801 aacacatcgg acttttctat tccgtgcaag gtctcgtctc catcttcatg cctacgctgt
    49861 tcggcatcct ggccgaccgt tacgtgccgg cgcaacgtat gctcgctctc tgccacttag
    49921 cctccggcct cttcatggcc gcggcgggcg cttatgggct ctcggccgga ccgtccgttg
    49981 ccttcggaac cttctttgcg ctctacacgc tgggcgtagc tttctacatg ccgacgctgg
    50041 cactctccta ctccgtggcc tacagcctgc ttgaacaggg tggctacgac acggtacgcg
    50101 actttccgcc tatccgcatt ttcggcacca tcggcttcat ctgctccatg tgggcggtcg
    50161 atctgacggg tttccaaacc tccgccatgc agtttgtcat ctgcggtgcg ctgggcactc
    50221 tgctggctca ctatgccttc acgctgcccc atatacccgt cagccgaagc atggagcgca
    50281 agtcgttcgt cgaggccctt gggctgaatg ccttccgact cttccgcaag cgtcagatgg
    50341 ccgtcttctt catcttctcg atgatgttag gcgtctcgtt gcagatcacg aacggctttg
    50401 ccaacccctt catcgcctct ttcgagtcgg tggccgaata tgccgacacc ttcggcgtgc
    50461 agcacgccaa catcctcatc tccctctcgc aggtttccga gacgctctgc atcctgctca
    50521 tccccttctt cctaaggcgt tacggcatta agacggttat gctgatcgct atggtggctt
    50581 ggatcctgcg ctttgccctc ttcggcatcg gcaatcccgg tgggggcgtc tggctgctcg
    50641 tgctgtcgat gatcgtctac ggtgtggctt ttgacttctt caatatctct ggctcgctct
    50701 tcgtcgatcg ggagacggat ccctcgattc gctccagtgc gcaggctctc tttttcctga
    50761 tgaccagcgg cgtcggcgcc acggtgggta cgctcggtgc acaggccgtg gtgaacatct
    50821 tctgccaatg gacggacgtg gagacggcca gtggtgtcaa gacgctcttg gtgggcgatt
    50881 ggtctacggt gtggtacctc ttcgcggggt attcgctcct cgtgaccgtc ttcttcgcca
    50941 tccttttccc ttataagcac aagcgcgggg gctgatcgtc ggcctatcgg gatgcataaa
    51001 tcgcagaaag cctccggata catggtgtcg tccatgcgtc cggaggcttt ctgttatcct
    51061 cttaatttgg atgctggtga gcttagaagt ttcttccacg gtatccccac ctgcttttac
    51121 ccctctggaa gaaacttcca cgggggtctc acctgctgtc agccctctgg aagaaacttc
    51181 cacgggggtc ttacctgctg tcagccctct ggaagaaact tccacggggc tcttacctgc
    51241 tgtcagtcct ctggaagaaa cttccacggg gctctcacct gctgtcagcc ctctggaaga
    51301 aacttccacg gtgttcgcac ctgctgctgg ccctc
//
LOCUS       SEQF2634|AYYE01001195.113762 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13762
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             343..903
                     /locus_tag="SEQF2634_01904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFQDDAGAAGGVAVKRGEGSDAGLDLVLVAFTIDGEDGTVIGK
                     AILVHDGAFAEARDVLQAGQAAGGGEAECTPVGLVSEAFVGEELHAAVIHEHTEEGVG
                     VLADVADEEPDAAAREAFDELGALGPTELVCFGDEADASVYDLGADGVFLSVDGLGGF
                     RRGGVGEWGVFGFGLRLCAGGNADDQ"
     CDS             complement(1037..2161)
                     /locus_tag="SEQF2634_01905"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKHLFIALLLGLLIIASAAPAQDDDAPDYFRRPLRVQTAADK
                     QPTVADFARAFASADQEKDPLFSTTLARIDGRQPKLPQGERFSCLIDRPHGYLRAVYT
                     TEGNIDPNQTLEVCYWRTDTDHRLVAVCRCSDIGTYILIFYDYNPATGLMTPLAWPPF
                     EDFHELLGELIVQLPREGKDIHMKSWWAGGPAPLTLRWNGRDGFTLVGAAERYRQPAP
                     NQPTTCDFLALFKPEVTTGGEPVDLYDAPDGKVVRHLGIHDLDYDLRVKRAENGWAYV
                     DYSNNLLGADSSEGSAWVRCTSLYVLPAGPVYTNYIYAEPTRASRRVATFDEAKDNSS
                     DIWWKVLEIRKGWVKIRTTHLGITGWIESRILCGSIGVDC"
     CDS             complement(2204..3388)
                     /locus_tag="SEQF2634_01906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKNSPLTLTLLIALLAFSFAAHAQSNGDKQWGTHVLRVHIQP
                     GKRPTIADFARAFLQQYPTPLNTAALAKLDGKAPQLKSCTLEYLLDAPSGYLRYSFHE
                     NTCNRTHYPTMEMCYWRTETGHCLVAVNGNTYMGNLILVFYDYDPATGLMTPRTALPF
                     KDFYDDVREFIVQLPRKGKDIHMEGWSDESAPAPLTLRWDGQGGFTLIGAAERYRQPA
                     AGLWRNGQFPATFKTRFGDSDEYPTPFNVHFGKSDEAIPRYNGPSGSATHPITPGNSC
                     YDITVKKVQTGRAYIHYAAMSENPAYEPSYAYAWVDCSSLYVLLHSRHESVAVTLFAE
                     PTRTSRPLQTIKNEYVDDSQIRPFPWQLLEAREGWLKVRHLRTHVTGWVESRFATDDF
                     VQ"
     CDS             complement(3668..4831)
                     /locus_tag="SEQF2634_01907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIHFLLSPLAVLLVVPARCDDGNENTAGTHRTPEPTAVRIDP
                     TAHIWSDGYYAFVVSRTDGGALRFRGISCRKREAEVSFQLVPDGRDGAYRIEGRGRAF
                     KNARSGDAVRFEGFDGTAYLIARDERGRACAALEIIAPRPASAGDGYRPYEELIRTVE
                     RHMAYYYLSGEYRTDEGRTIRFSPDRQAVSGLTTGGGEVAYTFAREGGDPVNVILLPD
                     GSAYHVFKGSISRGLNKCDDLIIRRATRRGDRWMDGDTVASLCTTRRYFETESVPGTY
                     PFPSTRILTYGIMQQFSFEEAQLLNFELTARYGARFPYPVREIERQRWYQRMKKRDVT
                     QDDLSPLERINYDLLRWDQEHGLKRPYPWESSEGNGGWRESDIQDLRSFPIGH"
     CDS             complement(4962..5990)
                     /locus_tag="SEQF2634_01908"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTKHLFYAGLMALLLGLMTLGAAPIEAQTGKHDLTRRTWSDG
                     FAAYTVRRGTGGLLLFEGGSLYEGGYAFALRPEGGDFYRLQPAPGRSDIPILGEPGNI
                     VRLRPYGPEMYLVVYDEKDLPFSVLAPIRDLRQRIEDDLSNYYLAGEYRTANGRTITF
                     YPASITSKRRVQGLTDEGDEAVPYTFGEEYNTPMKVVILPDGSAYRVEKTDLGLTIHR
                     VTQDEEGLWTGDGEEIIRNARRTRFLSELDDLPGDFPCTAMRALTIGQLSRLADVDLR
                     IMRNEIYARRGLRFAGGGEMQRHFESKDWYHPEADDVSDRLTELDALNISMIRRAEEM
                     MTNETRQH"
     CDS             complement(6055..6675)
                     /locus_tag="SEQF2634_01909"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTHRIIACLIALICFCAQRAAADSPLTSTDFHQAYADEPIVA
                     QIVQGRTPSDETWAYLAAPDNPVAVKMAIINKIGWAFEGKNSYQLFLSYLKRQGICKR
                     EKDLYQKRPGDLLLSAAYLKALDNYFNVEEAARMARRARQMHPDSYTVNIICALIEAQ
                     IAFDSDWGEVYRLTDAVRRNTTLKDDMNDEAKRIIFEYMDLYGSDD"
     CDS             complement(6774..7418)
                     /locus_tag="SEQF2634_01910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKRNLLGILLALTVGLFCIAPAAQAQEVESDLSAIREMWEGQ
                     PLTVKISGDRAAGLADFARAFARAYLCDLTDAIVARLDDPKNTRKDPNTFIFDAPHGY
                     LKYRYAMDGGAWLELCYWTLPKGRRMVAVSMVDLYSSDKEGLLAFYDYDPTTHRMSPI
                     TPLPVRSGLERGIDGRIVELPRVGYDIRLYEPSDRRAKPEVLKWIKGTMSFEAE"
     CDS             complement(7520..7933)
                     /locus_tag="SEQF2634_01911"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAFTLILALAMLGLMAVINPAAAQDIRLSGSVAYVVKSDGN
                     VYNGSNSQIGQFRGNTLYNRGGSSVGEIRGNSIYRGGSSVGEVRSGTVYNRSGQSIGE
                     IKNGTIYNASRSSIGSYSNVDPTRVAALVFFKLLN"
     CDS             8166..8672
                     /locus_tag="SEQF2634_01912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHDGVTFDPAASACDMPGRQGRLPSLPGASAGVPASLSAFAVA
                     FAQAARGLSAFAVAFAQAAQVSRHLPRRLRKRRGVSRCLPWRLRRRRGVSRHLPRRLR
                     KRRKSLGVCRGVCVGSASLSAFARPGFLTALPRAGRWGVCWASSRRPTRGERRRRRGL
                     HSARSAGC"
     CDS             complement(8554..9015)
                     /locus_tag="SEQF2634_01913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYIILQRANPQDRRKAKWYATPLLERRVRQAELTSQLTEALGI
                     RYGIVRKIIQVFLEAVVRHLLAGRSVCLHPLGTLRISFTSDGMEEPEHVTPDMIRDMK
                     IVITPDKLLKEQLSNLHFELNEDPAAASSPHESVVEMMPNIRPSARPWVAP"
     CDS             complement(9095..9226)
                     /locus_tag="SEQF2634_01914"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINTRGRVFATDGGARWGVCCCASYTGTRLNKPTNQRASAPNA"
     CDS             complement(9334..10422)
                     /gene="rihB"
                     /locus_tag="SEQF2634_01915"
                     /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="MKTTRILTLCLMALVGLTGMTTERAAAQKKEKVILDTDMVEVFD
                     DGVAMMMLAKAPNIDLLGVTIVIGNTWVPEGTAYGIRQLECVNRTDIPIVPGIRQPIY
                     PNRFETIKNERILFGIGDAYVGAAGYPEPASWRAVYLQKYGREPSVQPLDMKAVNFII
                     DRVKANPGEVTILAIGTCVNLATAVRIAPEIVPLIKRVIYMGGSFFRPGNTTPTAEFN
                     WWLDPEAAKICVRTPFKEQVIVGLDVCEKMAFRKDRYERITNLIRNEGIKGMMKRNYL
                     NVKFLEEPTYTHYVWDVIAASILIDPTLIREEVKRYVDVNSQFGFSYGQALAFDSNQP
                     VGSQQARIILTVDEPRLWSMIEKYCSEF"
     CDS             complement(10667..11173)
                     /locus_tag="SEQF2634_01916"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRATRFPLLILIALCAMTLAATTTLTAQTKTFRGAWFTVEYPAN
                     FTAEGSLPSATSNEDEAFDSATFTSPDGSVTFYVYSPQWSGDPTDIELSENEREGQRK
                     VTHGKRQTVTYWTIGAKDGSYTRSYQEVREDETMHVLGIHYTTQQAYNKYKKQYLQFK
                     ASLEQFAD"
     CDS             complement(11198..11326)
                     /locus_tag="SEQF2634_01917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTMRLMVSGNKLFTLVFNYTESNKVILSKYVDRVINSIQAPK"
     CDS             complement(11367..11702)
                     /locus_tag="SEQF2634_01918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALLIALTASGCKKDTPAPKPEGEFRQVTLKGFSYICPTILKPV
                     QLADRDQKAQLFTLYGDDVTNSIACSVKELEGDDDFTLEEAKETLAELLREFPDATGQ
                     AYAGRRPAA"
     CDS             complement(11874..12905)
                     /locus_tag="SEQF2634_01919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTMAIMAVACVTCFTSCKDDPVPEPIPQPQPQPQPQPQPNPNP
                     NPNPNPGGEAKSIKLDRTELTLKVGERAVIKAEVEPSNASVKIVSWKSSNENVATVTN
                     GGEVLGKGPGKATLTASCGSARATCQVTVKNEQQALAPIQVQMTGAINHTQYTAGQSA
                     TITFNRFPASVEEFKQVREQIGREPQGAVALQIMAFEMFRRDRNVGAECIKLNNVQSN
                     VGFVTGRLKELFGGDSNYNRPYQMAAYLKGAAPANGYNPEKPYTIEVIVDPATPYQAS
                     SIFQTTVLKLRVKSKGRSTGSDLVSVMKTKKPGEPGEKGTYFIVQSSTGLVSQVAPIS
                     FDYDFNGLE"
     CDS             complement(13080..13733)
                     /gene="ispB"
                     /locus_tag="SEQF2634_01920"
                     /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="MQEALAQFRSEYTEALHSDVRTIRAAIEAVYHSGGKHVRPLLLL
                     LTAEAAGGVRSDSVHSAVFIELLHMASLIHDDVVDDTRQRRGQPSINAVFDNRIAVLV
                     GDFVLSEALIRAARTGSALIVSIISTLSRQMAAGEIKQLENAREQLLTEEDYFSAVEK
                     KTAMLLAVCAEIGAVTAGADAEVQAHCREYGRLLGYSFQILDNPNSHTPPNKSNGER"
ORIGIN      
        1 agacaggctg cggacggggc tgtagcgtgc gggggagccc ttctcggtgg cgaagggaag
       61 agggccgctg aggacgacga ggtcgtagca gcggcttccg tctttgtagg taaggcggaa
      121 ggagccgcgc tcggtggcgg gctgaggacg ggcgttttcg tacgcttcct cgtcgcctac
      181 gggcgggtag tcgaagcggg tgagcatggt gtagctgtac tcgtagacgt cgttttcgta
      241 atccattttg atcgggcgga ggcggccgat gtaggtgtag aagagttcgc tttcggcgat
      301 gccgagggtg aacaggaagg tccaatcggg atagatgacg agttgttgtt ccaggacgac
      361 gccggtgccg ccggaggagt agctgtaaag cgcggagaag ggtcggatgc agggctcgat
      421 ctcgtgctcg tggccttcac gatcgatggc gaagatggta ccgtaatcgg caaagccata
      481 ctcgttcatg acggggcctt cgcggaagcg cgtgatgttc ttcaggccgg gcaagcggcc
      541 ggaggaggtg aagcagagtg tacccccgta ggcctcgtgt ccgaggcttt tgtaggagag
      601 gagctccacg ccgccgtcat ccatgagcat acagaggaag gggttggtgt cttggccgat
      661 gtcgccgacg aagagcccga cgcagcggcc cgtgaggcct tcgacgaatt gggtgcgctc
      721 gggccaaccg agctcgtctg ttttggcgat gaggcggacg cgtccgtcta cgatctcggc
      781 gcggacgggg tcttcctgtc ggtcgacgga ttgggaggct ttcggcgtgg cggcgtcggc
      841 gagtggggcg ttttcggctt tggcctgcgt ctgtgtgcag gaggtaacgc cgatgatcag
      901 tagggagaaa agtagggcaa gggtgatagg ggttctcata atgttcagct tttaattgtc
      961 aaggattatc cgggcacccg ccttcacgag tattcggaca accaataatc attgaaaaag
     1021 ggggcatgcg gccgggttag cagtctacgc ctatggagcc gcagaggatg cggctttcta
     1081 tccagcctgt gatgcctaaa tgggtggtgc ggattttgac ccagccttta cggatttcga
     1141 ggactttcca ccagatatcg gagctattgt ccttggcttc gtcgaaggtg gcgacgcggc
     1201 gtgaggcgcg ggtgggctcg gcgtaaatgt agttggtgta gacggggccg gcggggagga
     1261 cgtagaggga ggtgcagcgt acccaggcgc taccctcgga tgagtctgct cccagcaagt
     1321 tattgctgta gtcgacgtaa gcccagccat tttctgcacg cttgacccgc aagtcgtaat
     1381 cgagatcgtg gatgccgaga tggcggacaa ctttgccgtc gggggcgtcg tagaggtcga
     1441 cgggttcgcc gccggtagtt acctcgggtt tgaagagtgc gaggaagtcg caggtggtgg
     1501 gttggttggg tgcgggctgt cggtagcgct cggcggcgcc gacaagagtg aatccgtcgc
     1561 ggccattcca gcggagggtg aggggggcgg ggccacctgc ccaccagctt ttcatgtgga
     1621 tgtctttgcc ttcgcggggg agttggacga tgagttcccc gaggagttcg tggaaatctt
     1681 cgaagggcgg ccaggcgagg ggcgtcatga gtccggtggc gggattgtag tcatagaaga
     1741 tgaggatgta ggtgccgatg tcgctgcacc ggcatacggc gacgaggcgg tggtcggtgt
     1801 cggtgcgcca gtagcagacc tctaaggttt ggttggggtc tatgttgcct tcggtggtgt
     1861 agacggcgcg gaggtagccg tgggggcggt cgatgaggca gctgaaccgc tcgccttgag
     1921 ggagcttggg ttggcggccg tcgatccgag cgagggtggt gctgaagagc ggatccttct
     1981 cttggtcggc gctggcgaag gcgcgtgcga agtcggcgac cgtcggctgc ttgtccgcgg
     2041 cggtttgcac acgtaagggg cggcggaagt aatcgggagc gtcgtcgtct tgcgccgggg
     2101 cggcggaggc gatgatcagt agcccgagga ggagggcgat gaaaagatgt ttcgttttca
     2161 tacctgtttc aatgaggggg agtgagaggc tgttaggggg ggattactga acgaagtcgt
     2221 cagtggcaaa gcgtgattcg acccatccgg tgacgtgtgt gcggaggtgg cgcactttca
     2281 gccatccttc tcgggcttcc aagagctgcc aagggaatgg acggatttgg gagtcgtcga
     2341 cgtattcgtt tttgatggtt tggagggggc gcgaggtgcg ggtgggctcg gcgaagaggg
     2401 tcacggcgac gctttcgtgt ctggagtgta ataagacgta gagcgaggaa cagtcgaccc
     2461 aagcgtaagc gtatgagggt tcgtaagcag gattctcgga catggccgcg taatggatgt
     2521 acgccctgcc cgtctgcacc tttttcacgg tgatgtcgta acaggagttg ccgggtgtga
     2581 tgggatgggt ggcggagccg ctgggcccgt tatagcgcgg aatggcttcg tcggatttcc
     2641 cgaagtgcac attgaaaggg gtcgggtatt cgtcggagtc tccgaagcgg gtcttgaaag
     2701 tggccgggaa ttggccgttt ctccaaagac cggccgcggg ctgccgatag cgctcggcgg
     2761 cgccgatcag ggtgaatccg ccctgtccgt cccagcggag ggtgaggggg gcgggggcgc
     2821 tttcgtccga ccagccttcc atatggatgt ctttgccctt gcgggggagt tggacgatga
     2881 actctcggac gtcgtcgtag aagtctttga agggaagcgc ggtgcgaggc gtcataagtc
     2941 cggtggcggg gtcgtagtcg taaaagacga ggatgaggtt gcccatgtag gtgttgccat
     3001 tgacggccac taagcagtgg cccgtctcgg tgcgccagta gcacatctcc atcgtcgggt
     3061 agtgggtccg gttgcaggta ttctcatgga agctgtatct cagatagccg ctgggggcgt
     3121 cgaggaggta ttccaatgtg cagctcttca gctgtggtgc cttgccgtcg agcttggcca
     3181 aggcggcggt gttgagcggg gtgggatatt gctggaggaa ggcgcgggcg aagtcggcga
     3241 tcgtgggccg cttgccgggc tggatgtgta cgcgtaagac gtgggtgccc cattgcttat
     3301 cgccgttgct ctgtgcgtgg gcggcgaagg agaaggcgag tagggcgatg agtagggtga
     3361 gagtgagggg agagtttttt gttttcatat ctgtgagaat tatcgatggt caattatcaa
     3421 cctaaatggg tcattcgacg tacccggcca aacttggtcg gtggcctctg ccggcctctg
     3481 ccgaggcagg gaagttggcc gggaacccgg aaaaacttag ccggcggcct ctgccgaggt
     3541 tggggaagct ggccgggtgc ccggaaaaca aggagagaaa aggaagtggg ggatcggggg
     3601 aaacgccccc aaagaagccc ggccatacgc ttccataaga tctatcggtc aatgggagcg
     3661 atcattccta atggccgatt gggaatgatc gaagatcttg tatgtccgac tccctccatc
     3721 cgccgttgcc ttcggacgac tcccaggggt aggggcgctt caagccatgc tcctgatccc
     3781 agcggaggag gtcgtagttg atgcgttcca agggggagag atcgtcttgc gtcacgtcgc
     3841 gcttcttcat gcgctgatac cagcgctggc gctctatctc cctcaccggg taggggaagc
     3901 gagcgccgta gcgggcggtc agctcgaagt tgaggagctg ggcttcctcg aagctgaatt
     3961 gctgcatgat gccgtaggtc aggatgcgtg tgctggggaa ggggtatgtg ccgggcacgc
     4021 tctcggtctc gaagtagcgg cgggtggtgc agagtgaggc cacggtgtcg ccgtccatcc
     4081 atcggtcgcc ccggcgcgtg gcccggcgga tgatgaggtc gtcgcactta ttcagccctc
     4141 tcgaaatgct gcctttgaag acgtggtagg ccgatccgtc gggcagcagg atgacgttca
     4201 ccgggtcgcc tccttcgcgg gcgaaggtgt acgccacttc gccgccgccg gtggtgagtc
     4261 cgctgacggc ctgacggtcg ggcgagaagc ggatcgtgcg tccctcatcg gtgcggtatt
     4321 cgcccgagag gtagtagtaa gccatgtgtc gctccacggt gcggatcagc tcctcgtagg
     4381 gccgatagcc gtcgcctgcg ctcgcaggcc gtggggcgat gatctcgagg gcggcgcagg
     4441 cgcgtccccg ctcgtcacgg gcgatgaggt aggccgtgcc gtcgaagccc tcgaagcgga
     4501 cggcgtcgcc cgagcgggcg ttcttgaagg cgcgtccgcg tccctcgata cggtaggcgc
     4561 cgtcccgacc gtcggggacg agctggaagc tgacctcggc ctcgcgttta cgacaagaga
     4621 tgccgcggaa ccggagcgct ccgccgtccg tccgactgac cacgaaggcg tagtagccgt
     4681 cgctccagat gtgggccgtg gggtcgatgc ggacggccgt gggctcgggt gtgcggtgtg
     4741 tgcctgcggt gttctcgttc ccgtcgtcgc atcgggcggg gacgaccagc agcacggcca
     4801 aggggctgag taggaaatgt attgcgttca tcggcgtttt tgggggggga tgggtagtta
     4861 ataagtagtg gtcagtgatc gatttccaat gggcggcacc atgctccccg gtgtatctcc
     4921 ggggagaatc atggatcatt catccttgtt tcttatccat ctcaatgctg gcgggtctcg
     4981 ttagtcatca tctcctccgc acgtcggatc atggagatat tgagcgcatc gagctcggtg
     5041 aggcggtcgg agacgtcgtc ggcctcgggg tggtaccagt ctttcgactc gaaatgtcgc
     5101 tgcatctctc cgccgccggc gaagcgcagt ccgcggcggg catagatctc gttgcgcatg
     5161 atccggagat ccacgtcggc aaggcggctc agctgcccta tcgtcagggc ccgcatggcg
     5221 gtgcagggga agtcgcccgg cagatcgtcc agctccgaga ggaaacgtgt gcgccgcgca
     5281 ttgcggatga tctcctcgcc gtcgcccgtc cagagaccct cctcgtcttg ggtgacacgg
     5341 tggatggtga gccccaggtc ggtcttctcc acccgatagg ccgagccgtc aggcaggatg
     5401 acgactttca tgggcgtgtt gtactcctcg ccgaaggtgt agggtacggc ctcgtcaccc
     5461 tcgtcggtga gtccctgcac gcgccgctta gaggtgatgg aggcagggta gaaggtgatg
     5521 gtgcgaccgt tcgcggtgcg gtattcgcca gctaagtagt agttcgaaag gtcgtcctcg
     5581 atccgttggc ggaggtcacg gatgggtgcc agcacgctga acgggaggtc cttctcgtcg
     5641 tagactacga gatacatctc cgggccgtag ggcctgaggc ggacaatgtt gcccggctcg
     5701 cccaggatgg ggatgtcgct ccggcccgga gccggttgca gtcgatagaa gtcgccgccc
     5761 tcaggcctga gggcgaaggc atacccaccc tcatagaggg atccgccctc gaagaggagc
     5821 agtccgcccg tgccccgtcg cacggtgtaa gccgcgaagc cgtcgctcca cgtgcggcgc
     5881 gtcaggtcgt gcttacccgt ctgtgcctcg atgggcgctg cgccgagggt catcagccca
     5941 aggaggaggg ccatgagccc tgcgtaaaaa agatgcttgg tcgttttcat tgtgtgtata
     6001 aatgagggga gtgattactg gttgtaaagt agttgcggat aactgccagc cgcgttagtc
     6061 atccgagccg tagagatcca tatactcgaa gatgatgcgt ttggcctcgt cgttcatgtc
     6121 gtccttgagc gtggtgttgc ggcgtacagc gtcagtcagc cggtagacct cgccccagtc
     6181 gctgtcgaag gctatttgtg cctcgatgag ggcgcagatg atgttcaccg tgtagctgtc
     6241 cgggtgcatt tgccgtgccc gacgcgccat gcgggccgcc tcttcgacgt tgaaatagtt
     6301 atccagcgcc ttgaggtagg cggccgagag cagcaggtcg cccgggcgct tctggtagag
     6361 atctttctcc cgtttgcaga tgccttggcg cttgaggtag ctgaggaaga gttggtagct
     6421 gttcttgccc tcgaaagccc atccgatctt gttgatgatg gccatcttga cggctacggg
     6481 attgtcgggt gcggccagat aggcccacgt ctcgtcggag ggtgttctgc cctgcacgat
     6541 ttgcgccaca atgggttcgt cggcataagc ctgatggaag tcggtcgagg tgagcggcga
     6601 gtcggccgcg gcgcgctgtg cgcagaaaca gatcagtgcg atcaagcatg cgatgatgcg
     6661 gtgtgtagtt ttcattgtgt ggatgggttt gaagtgtgat atgaataaga agtcatgacc
     6721 ccttcagggc gtcgcacggt gaggacgctc cgaagggggg acagggtggg ctatcattcg
     6781 gcctcgaaag acatggtgcc tttgatccac ttcagcactt cgggcttggc ccgacggtca
     6841 gacggttcgt agagacggat gtcgtagcct acgcggggca gctccacgat gcgtccgtcg
     6901 atgccacgct cgagtccact gcgtacgggc agcggcgtga tggggctcat ccggtgcgtc
     6961 gtggggtcgt agtcgtagaa ggccagcaga ccttccttgt cgctactgta gaggtcgacc
     7021 atgctcacgg ccaccatccg gcggcccttc gggagggtcc agtagcagag ctcgagccac
     7081 gcgccgccgt ccatcgcgta gcgatacttg aggtagccgt ggggcgcgtc aaagatgaag
     7141 gtgttcgggt ccttgcgcgt gttcttcggg tcgtccagcc gggccacgat ggcgtcggtg
     7201 aggtcgcaga gataggcgcg ggcgaaggcg cgggcaaagt cggccaggcc agccgcacgg
     7261 tcgcccgaga tctttacggt gaggggttgg ccttcccaca tttcgcggat agccgacagg
     7321 tcggattcga cctcttgcgc ctgagcggcg ggagcgatgc agaagagccc tacggtgagg
     7381 gccaggagga ttcctaagag gttacgtttc gagttcatga gtttgtgtgg tgttgtagag
     7441 agagggcggg cgggggagga acgggttgcc gccctccccg cgactgcctg ctctctgggg
     7501 ttacggtgtg cgtgactgat tagttgagca gcttaaagaa gacgagcgct gccacccggg
     7561 tcgggtcgac gttgctatag ctgccgatgc tggaacgaga ggcgttgtag atcgtgccgt
     7621 tcttgatctc gccgatgctc tggccgctgc ggttgtagac ggtgccactg cgcacttcgc
     7681 cgacgctgga tccgccgcgg tagatgctgt tgccgcggat ctcgccgacg ctggatccgc
     7741 cgcgattgta gagcgtgttg ccgcggaact ggccgatctg gctgttcgag ccgttgtaga
     7801 cgttgccgtc ggacttgacg acgtaggcca cggagccgct gaggcggatg tcctgcgctg
     7861 cggcggggtt aatgactgcc atcagcccca gcatggccag ggcgaggatg agggtgaatg
     7921 cttttgtttt catcttgttt ttggggttta tgatgttaat atgttggggc cttgcggccc
     7981 ggtgaattgt tggtttgttg gggggcgtca gggacgcctg ccaagtttgc cgggtacccg
     8041 gcatgcgaca tgccggcgtc acttttgatc cagcggccgc ggcatgcgac atgccagcgt
     8101 tactttcgac ccagcggcct cggcatgcga catgccagcg ttacttttga cccagtggcc
     8161 tcggcatgcg acatgacggc gtcacttttg acccagcggc ctcggcatgc gacatgccgg
     8221 ggcgtcaggg acgcctgcca agtttaccag gggcgtctgc gggagttccc gcaagtctct
     8281 cggcatttgc cgtggcgttt gcgcaggcag cgcggggtct ctcggcgttt gccgtggcgt
     8341 ttgcgcaggc ggcgcaagtc tctcggcatt tgccgcggcg tttgcgcaag cggcgcgggg
     8401 tctctcggtg tttgccgtgg cgtttgcgca ggcggcgcgg ggtctctcgg catttgccgc
     8461 ggcgtttgcg caagcggcgc aagtctctcg gcgtttgccg cggcgtttgc gtaggcagcg
     8521 caagtctctc ggcgtttgcg aggccgggct ttcttacggc gctacccagg gccgggcgct
     8581 ggggcgtatg ttgggcatca tctcgacgac cgactcgtgg ggagaggagg cggcggcggg
     8641 gtcttcattc agctcgaagt gcaggttgct gagctgctcc ttcaagagct tgtcgggggt
     8701 gatgacgatc ttcatgtcgc ggatcatgtc cggggtgacg tgctcgggct cctccatgcc
     8761 gtcgctggtg aaggagatgc ggagcgtgcc caaggggtgc aggcagacgc tacgcccggc
     8821 gaggaggtgg cgcacgacgg cctcgagaaa gacttggatg atcttacgga cgatgccgta
     8881 acggatgccg agggcctcgg tcagctggct ggtgagctcg gcctgacgca cgcggcgctc
     8941 taagaggggc gtggcgtacc atttggcctt gcggcggtct tgcgggttgg cccgctgtag
     9001 gatgatgtat ttcatattgt ttatgcgttt atgtgttggg gcctgcggcc cgttgagatg
     9061 tttatgtgtt ggggcctgcg gcccgttggt ttgtttatgc gttgggggct gaggcccgtt
     9121 ggtttgttgg tttgttgagg cgggtacccg tgtaggaggc gcaacagcat acgccccacc
     9181 gggcgccacc gtcggtggcg aatacacgtc cccgggtatt gatcattcat cccttgtggg
     9241 atgtttggtg gggcgtatgc gatacgcccc ggggtttcgc cccgggctat ggtccggtgg
     9301 ccctacaggc cgccccgggt acgtgcattc gggtcagaat tcggagcagt atttctcgat
     9361 catcgaccag aggcgaggct cgtcgacggt gaggatgatg cgggcctgct ggctgccgac
     9421 gggctggttg gagtcgaagg ccagggcctg accgtaggag aagccgaact gcgagttgac
     9481 gtcgacgtag cgcttgacct cttcgcggat cagggtgggg tcgatgagga tggaggcggc
     9541 aatgacgtcc cagacgtagt gcgtataggt aggctcctcg aggaatttta cgttcaggta
     9601 gttgcgcttc atcatgccct tgatgccttc gttgcggatg aggttcgtga tccgctcgta
     9661 gcgatccttg cggaaggcca tcttctcgca gacgtcaagc ccgacgatca cctgctcctt
     9721 gaagggcgtg cggacgcaga tcttggcggc ctccgggtcg agccaccagt tgaactcggc
     9781 cgtgggcgtg gtgttacccg ggcggaagaa ggatccgccc atgtagatga cgcgcttgat
     9841 gaggggcacg atctcggggg cgatgcgcac ggcggtggcc aggttgacgc acgtgccgat
     9901 ggccaggatg gtcacctcgc cggggttggc cttgacgcgg tcgatgatga agttgacggc
     9961 cttcatgtcg agcggctgta cggacggctc gcggccgtac ttctggaggt agacggcgcg
    10021 ccaagaggcg ggctcggggt atccggctgc gcccacgtag gcgtcgccga tgccgaagag
    10081 gatacgctcg ttcttgatcg tctcgaagcg gttgggatag atcggctggc ggatgccggg
    10141 cacgatgggg atgtccgtcc gattgacgca ctccagctgg cggatgccgt aggcggtgcc
    10201 ttcgggcacc caggtgttgc cgatgacgat ggtgacgccc aggaggtcga tgttcggcgc
    10261 cttggccagc atcatcatgg ctacgccgtc gtcaaagact tcgaccatgt cggtgtccag
    10321 gatcaccttt tctttcttct gcgccgcggc gcgttcggtg gtcatgcccg tgaggccgac
    10381 gagggccatg aggcagaggg taaggattct cgttgttttc atttctgttt aggtgtttgg
    10441 gggggtgggg gatgtttggt gttggggtgt ttatgcgttt aggcgtttat ctgtttatgc
    10501 gtttgggggg atatctgttt atgtgtttat gcgtttatct gtttatgcgt ttgggtgcgg
    10561 gtgattgggt tgggtggaga taggggcggg cgtgtacacc ggacggtttc acgggcgtcg
    10621 ggcggacgcc cgccccgaga gttgagttga gagtgagcat gagattttag tcagcgaatt
    10681 gttcgaggga ggccttgaat tggaggtact gcttcttgta cttgttgtac gcctgctgcg
    10741 tggtgtagtg gatgccgagg acgtgcatcg tttcgtcttc gcgcacctcc tgatagctgc
    10801 gggtgtagct gccgtccttg gcgccgatgg tccaataggt gacggtctgg cgcttgccgt
    10861 gggtcacttt gcgctggccc tcgcgttcgt tctccgaaag ttcgatgtcg gtcgggtcgc
    10921 ctgaccactg gggcgaatag acgtagaagg tgacggagcc gtcgggcgag gtgaaggtgg
    10981 cgctgtcaaa cgcttcgtct tcgttcgagg tggccgaggg cagggagcct tcggcggtaa
    11041 agttcgccgg gtattccacg gtgaaccatg cgccgcggaa ggtcttggtt tgggccgtca
    11101 gcgtcgtggt ggcggccagg gtcatcgcgc agagggcgat gaggatgagg agggggaatc
    11161 gggttgctct cattttgaat cgtgtgttag gggggagtta cttgggggct tggatggagt
    11221 tgatgacccg gtcgacatac ttgctgagga taaccttgtt gctctcggtg tagttgaaga
    11281 ccagcgtgaa gagcttgttt ccgctgacca taaggcgcat ggtcatatag atattctctt
    11341 tgccgagctg ggggttgacg ccggacttac gcagcaggac gccgtccggc gtaggcttgg
    11401 cccgtggcgt cagggaactc tctgagaagc tccgcgaggg tctctttggc ctcctcgagg
    11461 gtgaagtcgt cgtcgccttc caactccttc acggagcagg cgatggagtt ggtgacgtcg
    11521 tcgccgtaga gcgtgaagag ctgagccttc tgatctctgt ccgcgagctg gacgggcttg
    11581 aggatcgtgg ggcagatgta ggagaagccc ttgagggtca cttgtcggaa ctcgccttct
    11641 ggcttcggcg ccggggtgtc cttcttacaa ccggaggcgg tgagggctat aagcagtgcc
    11701 accaaggtgg ttcaaatcat attcgttctc ataatggttc ggtgtgtata gggtttgtgg
    11761 ggtttgtggg aatccccctc cccacctttc accccgacaa aggatcgagg gggcgtcagg
    11821 ggagggggaa gaatgaagaa gacgtcaaca atcaatcaga ttgtcaatag ggtttattcg
    11881 agtccattga agtcatagtc gaacgaaatt ggtgccacct gcgaaactaa gcccgtgctg
    11941 ctctgtacga tgaagtacgt gcctttttca cccggttcgc ccggcttctt agtcttcatc
    12001 acggacacca aatcggagcc tgtggagcgg cccttgctct tgacgcgcag tttcagcacc
    12061 gtggtctgga agatgctcga tgcttgatac ggcgtggccg ggtctacgat tacttcgatc
    12121 gtgtacggct tctccgggtt atagccattg gctggggcgg cacctttcag gtaggctgcc
    12181 atctggtaag gacggttata atttgagtca ccgccgaaaa gctccttgag ccggccggtg
    12241 acaaagccta cgttcgactg tacgttgttg agcttgatgc actccgcgcc tacgttccgg
    12301 tcgcggcgga acatctcaaa ggccatgatc tgcagggcta cggcgccttg cggttcacgt
    12361 ccgatctgct cacgcacctg cttgaactcc tcgaccgaag cggggaagcg gttgaaggtg
    12421 atcgtggccg actggccagc ggtgtactgc gtgtggttga tcgcgccggt catctgcacc
    12481 tggatcggtg cgagcgcctg ctgctcattc ttgaccgtca cctgacaggt cgctcttgca
    12541 ctgccgcagc tggccgtgag cgtcgcttta ccggggcctt tgcccaacac ctcgccaccg
    12601 tttgtcactg tggccacatt ctcattgcta ctcttccaac ttacgatctt gactgaagcg
    12661 ttggacggct ctacttcggc cttgatcacg gcccgctcgc cgaccttgag cgtaagctcc
    12721 gtccggtcca gcttgatcga cttcgcctcg ccgcccgggt tggggttcgg attcgggtta
    12781 gggttcggct gcggttgggg ctggggttgc ggttgcggtt gcggaatggg ttctggaacg
    12841 ggatcgtctt tgcaactcgt aaagcaggtc acgcatgcga cggccatgat ggccatcgtc
    12901 atcattgaaa taaatcgtct catttctgta ggggtttttg ttgtgtgata catgtttgtt
    12961 tggggtggga agcattccct tgttttttta ctgggggccg gtctggcctt gttgttcgcg
    13021 tcagcctctc tgcacggatg gcaggtgggc gaaatggcac ttgtcgtggc gacagcgggc
    13081 tatcgttcgc cgttgctctt gttcgggggc gtgtgactgt tggggttgtc gaggatctgg
    13141 aaactgtagc cgagtagccg gccgtactcg cggcagtgcg cctgcacctc tgcgtccgca
    13201 cccgccgtga ccgccccgat ctcggcacag acagccagca gcatggccgt cttcttctcc
    13261 accgcggaga agtaatcctc ttccgtaagg agctgttcgc gcgcgttctc cagctgcttg
    13321 atctcgcccg cggccatctg tcggctgagg gtggagatga tggatacgat cagcgcactc
    13381 cccgttcggg cggcacggat cagcgcctcg gacagcacaa aatcgcccac caagacggcg
    13441 atgcgattgt cgaacaccgc attgatggag ggctgtccac ggcgttgacg cgtatcgtcc
    13501 accacatcgt cgtggatcag cgaggccatg tgtagcagtt cgatgaagac ggccgagtgc
    13561 accgaatcgg agcggacgcc gcccgcagcc tcggccgtga gcagcagcag cagtgggcgg
    13621 acatgcttgc cgccggagtg atatacggcc tcaatggctg cacgtatcgt gcgcacatcg
    13681 ctgtgtagcg cctcggtgta ttcgctccga aactgcgcaa gcgcctcttg caccggccgc
    13741 tctatatcct ttttattgat ca
//
LOCUS       SEQF2634|AYYE01001196.1  890 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..890
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(12..458)
                     /locus_tag="SEQF2634_01921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKELFIALCDRIGXCVPEIRFIDFDRGQLSASGERPPVEWPCC
                     LLSIDYTNCRDLAVEVNTQLVMADITLRVAFPPAGETHNHAPEKVRDMALQMLDTVEK
                     LXDALQGETLGDTVSXLSRSRATMQTRSNKIVVFNLIYSTTFQEVK"
     CDS             complement(477..782)
                     /locus_tag="SEQF2634_01922"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIRPAYVGPDKVVISAGNAQVPYAQVHNEGFEGDVAIQSYVR
                     STKGKANKKKADAGDAPGTVKAHTRHMNIPKRQFMGYSRDMADRIKKRLXEAXDGIL"
ORIGIN      
        1 cttttgatcg tctactttac ttcttggaag gtcgtcgagt agatcagatt gaacacgacg
       61 atcttattgc tgcgtgtctg cattgtggca cggctgcggc tgagggngga aaccgtatcg
      121 cccagcgtct caccttggag ggcatcntgn agcttttcca ccgtgtcgag catttgcagg
      181 gccatgtcgc gcaccttttc aggggcgtga ttgtgcgttt cgccagccgg cggaaaggcc
      241 acgcgtaggg tgatgtcagc catcaccaat tgcgtattca cttccacggc gaggtcacgg
      301 caattcgtgt agtcgatgct cagcagacag caaggccatt ccacgggcgg gcgttcgccg
      361 gatgcgctca gctgcccgcg gtcgaagtct ataaaacgaa tctcnggnac acantgcccg
      421 atncggtcgc ataaagcgat aaacagttcc ttattcattg cctctattct atttgattac
      481 agtatgccat cnatggcctc ntcgagacgc tttttgatgc ggtcggccat gtctcgagaa
      541 tagcccatga attgccgctt ggggatattc atgtgacgcg tgtgcgcctt taccgtgccc
      601 ggggcgtcgc cggcatcngc ctttttctta ttcgctttgc ccttcgtgct gcgcacgtag
      661 gactgtatag ccacatcccc ctcgaacccc tcattgtgca cttgtgcgta gggcacttgg
      721 gcattaccng ctgagatgac gaccttatcc ggccccacgt aggcgggacg gatactattc
      781 atcagattnc cnctttgcac caatagggan ccgctctttt tcggtctgcc tggtatccac
      841 ggagatccat cgaacccttt caccgcaaag cgctctttgt aatactctac
//
LOCUS       SEQF2634|AYYE01001197.1  890 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..890
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(12..458)
                     /locus_tag="SEQF2634_01923"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKELFIALCDRIGXCVPEIRFIDFDRGQLSASGERPPVERPCC
                     LLSIDYTNCRDLAVEVNTQLVMADITLRVAFPPAGETHNHAPEKVRDMALQMLDTVEK
                     LHDALQGETLGDTVSTLSRSRATMQTRSNKIVVFNLIYSTTFQEVK"
     CDS             complement(477..782)
                     /locus_tag="SEQF2634_01924"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIRPAYVGPDKVVISAGNAQVPYAQVHNEGFEGDVAIQSYVR
                     STKGKANKKKADAGDAPGTVKAHTRHMNIPKRQFMGYSRDMADRIKKRLXEAXDGIL"
ORIGIN      
        1 cttttgatcg tctactttac ttcttggaag gtcgtcgagt agatcagatt gaacacgacg
       61 atcttattgc tgcgtgtctg cattgtggca cggctgcggc tgagggtgga aaccgtatcg
      121 cccagcgtct caccttggag ggcatcgtgt agcttttcca ccgtgtcgag catttgcagg
      181 gccatgtcgc gcaccttttc aggggcgtga ttgtgcgttt cgccagccgg cggaaaggcc
      241 acgcgtaggg tgatgtcggc catcaccaat tgcgtattca cttccacagc gaggtcacgg
      301 caattcgtgt agtcgatgct cagcagacag caaggccttt ccacgggcgg gcgttcgccg
      361 gatgcgctca gctgcccgcg gtcgaagtct ataaaacgaa tctcnggnac acantgcccg
      421 atncggtcgc ataaagcgat aaacagttcc ttattcattg cctctattct atttgattac
      481 agtatgccat cnatggcctc ntcgagacgc tttttgatgc ggtcggccat gtctcgagaa
      541 tagcccatga attgccgctt ggggatattc atgtgacgcg tgtgcgcctt taccgtgccc
      601 ggggcgtcgc cggcatcngc ctttttctta ttcgctttgc ccttcgtgct gcgcacgtag
      661 gactgtatag ccacatcccc ctcgaacccc tcattgtgca cttgtgcgta gggcacttgg
      721 gcattaccng ctgagatgac gaccttatcc ggccccacgt aggcgggacg gatactattc
      781 atcagattnc cnctttgcac caatagggan ccgctctttt tcggtctgcc tggtatccac
      841 ggagatccat cgaacccttt caccgcaaag cgctctttgt aatactctac
//
LOCUS       SEQF2634|AYYE01001198.1  890 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..890
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(12..458)
                     /locus_tag="SEQF2634_01925"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKELFIALCDRIGXCVPEIRFIDFDRGQLSASGERPPVEWPCC
                     LLSIDYTNCRDLAVEVNTQLVMADITLRVAFPPAGETHNHAPEKVRDMALQMLDTVEK
                     LXDALQGETLGDTVSXLSRSRATMQTRSNKIVVFNLIYSTTFQEVK"
     CDS             complement(477..782)
                     /locus_tag="SEQF2634_01926"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIRPAYVGPDKVVISAGNAQVPYAQVHNEGFEGDVAIQSYVR
                     STKGKANKKKADAGDAPGTVKAHTRHMNIPKRQFMGYSRDMADRIKKRLXEAXDGIL"
ORIGIN      
        1 cttttgatcg tctactttac ttcttggaag gtcgtcgagt agatcagatt gaacacgacg
       61 atcttattgc tgcgtgtctg cattgtggca cggctgcggc tgagggngga aaccgtatcg
      121 cccagcgtct caccttggag ggcatcntgn agcttttcca ccgtgtcgag catttgcagg
      181 gccatgtcgc gcaccttttc aggggcgtga ttgtgcgttt cgccagccgg cggaaaggcc
      241 acgcgtaggg taatgtcagc catcaccaat tgcgtattca cttccacggc gaggtcacgg
      301 caattcgtgt agtcgatgct cagcagacag caaggccatt ccacgggcgg gcgttcgccg
      361 gatgcgctca gctgcccgcg gtcgaagtct ataaaacgaa tctcnggnac acantgcccg
      421 atncggtcgc ataaagcgat aaacagttcc ttattcattg cctctattct atttgattac
      481 agtatgccat cnatggcctc ntcgagacgc tttttgatgc ggtcggccat gtctcgagaa
      541 tagcccatga attgccgctt ggggatattc atgtgacgcg tgtgcgcctt taccgtgccc
      601 ggggcgtcgc cggcatcngc ctttttctta ttcgctttgc ccttcgtgct gcgcacgtag
      661 gactgtatag ccacatcccc ctcgaacccc tcattgtgca cttgtgcgta gggcacttgg
      721 gcattaccng ctgagatgac gaccttatcc ggccccacgt aggcgggacg gatactattc
      781 atcagattnc cnctttgcac caatagggan ccgctctttt tcggtctgcc tggtatccac
      841 ggagatccat cgaacccttt caccgcaaag cgctctttgt aatactctac
//
LOCUS       SEQF2634|AYYE01001199.1 1647 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1647
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             778..1386
                     /locus_tag="SEQF2634_01927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIFRTAFYLRSNYVNKDGKVPVMLRIYLNNERLSLGSTGIAI
                     LRSQWDSKKERVKGRSTEVLSLNLELDNIQNGLLNIFRRMEFDESLSLERIKMEFLGK
                     KEDIGTIMELFDRHIADVKKQVGVSVSAATWQKYNLCKKHFTVFLKSKYRRTDLKLSE
                     LTYVVLHDFDIYLRTTAQHGHQDAENLQDHYNLRGEVGCSPP"
ORIGIN      
        1 atgcagacac gcagcaataa gatcgtcgtg ttcaatctga tctactcgac gaccttccaa
       61 gaagtaaagt agacgatcaa aaggggcgaa aatgccccct ttcgaggtgt gaaagggata
      121 caaaaaacgg ggcgcgaaaa acacgccccg tttttgtact ttttgattgg aaaccttgta
      181 ctttttgatt ggcggattat atttctcttg atattcatag ttcagtaagc atttgaaatt
      241 gcacccaaaa ctacacccaa aaatcgagat agcatgagac agttcataat actgactgat
      301 aatataagtc tctgattctc tattatttgc tgtgattctg atgtgagatg aaacgttatg
      361 aagttggaca taacagtccc gtccataccg ccataagtac tctgaaaagg tcattcagag
      421 accctttagg gaaaacgtaa gtgccataac ttgaataagt tatggcactt ttcttttgtg
      481 cctacctatc attccagagc acgtattgaa gcggccgaaa cacccaaaat actccccaac
      541 ggctacaatt tggctacaac tttttcggcc aaatgaaaat tgtagccaag agcccgtaga
      601 gagcacgtcg ggagcactca tatacagctg ttattcagtc atctatgtgg aactttgcaa
      661 gcgtgatcaa agagaagaag tttgcgccaa aacacctgta tccggctaca atcggcagag
      721 gtcttggcta cacttctttt tcgaagatca tggctgcagc caaaaacaat catgtgtatg
      781 aagaccatat tcagaaccgc tttctatctc agaagcaact acgtgaacaa agacgggaag
      841 gtgcccgtca tgctgagaat ctatctcaac aacgagcgac tctcactcgg ctctaccggt
      901 attgccatcc ttcgttctca atgggacagt aagaaggagc gcgtgaaagg cagaagcacg
      961 gaagtgctca gcctcaatct cgaattggat aacatccaaa acggattgct aaacatcttt
     1021 cggaggatgg agttcgacga aagtctatcc ttggagcgca tcaaaatgga gttcctcgga
     1081 aagaaagagg acatcggtac gatcatggag cttttcgaca ggcatatcgc cgatgtcaaa
     1141 aagcaggtcg gtgtgtcggt ttctgccgcg acatggcaga agtataatct gtgcaaaaag
     1201 catttcacgg tcttcctgaa aagcaaatac agacgtaccg acttgaagct ctctgaactg
     1261 acctacgtgg tgctccacga cttcgacatt taccttcgga caaccgcaca acacggccac
     1321 caagacgctg aaaaccttca agaccattac aatcttcggg gggaagttgg gtgttctcca
     1381 ccatgacccc tttgtcaacc tccacttcca tatggagcca gtagatagag gctttctgac
     1441 ggacgaagag atccttcgag tggccaacaa ggatttgggt atccagcggc tggagctggt
     1501 gcgggacatc ttcatctttt cctgcttcac tggactggct tacatcgacg tgtccaacct
     1561 cacgccagac cacatcgtga cgatggacga caagcagtgg atcatgacca agcgacagaa
     1621 aacgagcgtg gaaaccaacg tgctgct
//
LOCUS       SEQF2634|AYYE01001200.1 9961 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9961
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(42..299)
                     /locus_tag="SEQF2634_01928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMNFKVSFYLRSNYENKEGKSPVMLRVFLGGDIIRQSKSTRFP
                     IKKYKNGACFSRPVFCIPFTPRKGAFSPLLIVYFTSWKVVE"
     tRNA            complement(600..688)
                     /locus_tag="SEQF2634_01929"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(cga)"
     CDS             complement(753..2006)
                     /gene="lolE"
                     /locus_tag="SEQF2634_01930"
                     /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
                     RHLADLLRLRCGDSFLAYFVQDDVKARKFRISGIYDTGFSDYDQLFVLADIEQIRTLN
                     DWPPDAVSGLELLVDDYDRLDETAERVDTLLLNRRDNAGNTYFVRSIRELNPIIFNWL
                     DLLDLNVAVILALMMAVSGFTMISGLLIIILERTNMIGILKAVGQPDRSLRRVFLYIS
                     SFLIGRGMLWGNVIGLALCWVQWQFRLLTLDPSIYYLDAVPIRLSIWSWLLINVGTLT
                     VSLLMMLAPSYLITKINPARTIRFE"
     CDS             complement(2049..3254)
                     /gene="aspC"
                     /locus_tag="SEQF2634_01931"
                     /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
                     TPEVGLEALRRIDKKVLSYCPSDGLPSLRQKMVEYYGRFAIEVTPDEIFITTGASEAL
                     TLVFLACLDPGDEILIPEPAYANYMSMAMSCGAVVKTVLSSIDNGFALPPIEAFEEAI
                     TPRTKAVLLCNPNNPTGYVYTREELGHIRDLVRRHDLFLFSDEVYREFRYTDAPYVSS
                     FHLEGIEPNVVMFDSMSKRYSECGIRVGAIVTRNARVRKSVMKWAQARLSPPLLGQIV
                     AEASIDAPESYLKGVYEEYIQRRNFLVKRINEIPGCYSPLPMGAFYTVAKLPVDDADK
                     FCAWCLRDFSYEGQTVMMAPASGFYVTPGYGRNEVRIAYVLERDELARALDVLEAALT
                     TYRDRWNKR"
     CDS             4317..7364
                     /gene="susC_15"
                     /locus_tag="SEQF2634_01932"
                     /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
                     RIRGMGSINAGNNPLYVIDGVPVLSGDMSGFSYADAGTSILSTLNSSDIENITVIKDA
                     AAASLYGSRAANGVVVITTKKGKAGKTVFNLKANWGFSNMAVDYRPTLDGDARRELLH
                     LGLVNYAKYTEGKSDAEAKAYADANIETYAPKPWSGWTDWRKILIRNGQYQNYDVSAQ
                     GGNEKTKFYSSISYAKQEGIYENSGFDRITGSVNVSHQANDKLTLDVSSLFSYSDQSS
                     VSEGYSYSSPIMAMASMVSPSSYPYNKDGTLGRYFPAIGDDWANPLRAIKYTSNKNKL
                     TRTFNTLSGTYTIVKGLKLKEVLSYDFTQNASTAWWGPQSNDGHTANGVFQKYMINTS
                     KFNSQTQLTYDRSFDRVHNLSLLLGYETEAYKNENTYANGSNYAAMDDPKPEIANAAI
                     TKSSSSISEYRMLSYLGRVDYNYDSKYYVSASYRRDGSSRLAKANRWGDFWSLSGSWR
                     LTNEPFMGSIREKVTDTKIRASYGVNGTQPWRYYDFLPVYSFGYNYDNQVGTSESTPG
                     NANLKWEKNYAFNAGIDLTFLNRFTMSVEWYTRKTQDLLLERPISGTIGFVDEYNHAN
                     ELVNVGAMRNSGIELELRSTNVQKKDFTWNTTLTLAHNQNKILKLNEDQTEIISNESI
                     HRVGQPYNSFYAYEYAGVDPQTGKELYYKNTGKEDDRQTTTDETEANRTIIGSADPKV
                     TGGLTNTLTWKFIDLNFTFTYSFGGKVYDGVDWLHSNGGIDLFYGAIPSHYKIDDMWK
                     KPGDNAKLPMFADGNADVPSSRWLLSSDHVRLKNLTLGFTLPNKLAKKVGFDRIRAYM
                     SGNNLLTFKSKDLYVDPENTASGFVYFRAPAMRTVTFGVELGF"
     CDS             7389..8891
                     /locus_tag="SEQF2634_01933"
                     /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="MKKISIKNIALLAATLLLFNACTGDWLDLEPSDGIGTQNALTDL
                     GKLNAARIGMYDGLQGDGTYNQYYAARMLYYGDVRGDDMQARVSGKRTASMYEMRYTT
                     INAGDIWFTPYRVLRRANNIIAAVEGSVVKTKVESEQTNIDRIYSEALVVRALIHFDL
                     VRVYGYPYTMDGGASLGVPIVLKPLATSALPQRNTVKEVYEQVVKDLRKAIDDNKLNK
                     TMTNGYINHWTAKALLARVYLYMGDNANARKEAVEVIDNSPYKLWTNEEYAANVWDKT
                     SGAHNKEMIFELLNTSTDDYTDREGIAYLYNEYGYNDAIATKSFCELLQADPNDVRLT
                     AMMETRDPDRKQMYGTDKVWINKFPENSQGEMRLNNVPLLRLSETYLIAAEASAKLND
                     KAAAAKYLNAIVQRANPKATPVSEADATVDRILVERRKELVGEGHRFFDAMRNNQTIV
                     RYTDEAKKGYHYTLTTPESRKFDRTYFRIVLPIPRGETNVNRKIQQNPGY"
     CDS             complement(9003..9488)
                     /gene="ybaK"
                     /locus_tag="SEQF2634_01934"
                     /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
                     IAQVFKTLVLRGDRNGLFVCVVPGDAEVDLKKAARVSGNKHVSMLPMKELLPATGYIR
                     GGCSPIGMKKPLPTYIHESCTQHPHIYVSAGRRGLQLKLSPTDLTTFVGATLADLVED
                     R"
ORIGIN      
        1 atgcagacac gcagcaataa gatcgtcgtg ttcaatctga tctactcgac gaccttccaa
       61 gaagtaaagt agacgatcaa aaggggcgaa aatgccccct ttcgaggtgt gaaagggata
      121 caaaaaacgg ggcgcgaaaa acacgccccg tttttgtact ttttgattgg aaaccttgta
      181 ctttttgatt ggcggattat atctccgccc agaaagactc gaagcatgac aggcgacttt
      241 ccttctttat tctcgtagtt cgagcgtagg tagaaggaga ccttgaagtt cattctcata
      301 ttgcatcgtt ttgttatgca gcttttcggc tgcaaagttc aacttaagta cgatgaaaca
      361 gagagaatta atgccgtcaa tatggtattc acaatcccgt cactgctaca ttttttgctg
      421 ctctcgtttt tgtgtagcag aatatgaccg aaaggtgact gtcaaaacat agggttatgc
      481 cgtcaggcga tcaggtatat acaaaagaaa aatcgctgta aaaccttgat tttacaacga
      541 ttctccatga gtttgaaggc ttaactgact cctttgctga agtcctcttg gagccttccg
      601 gcggaaagag agggattcga acccccggta cagtcacccg tacaccgcat ttcgagtgcg
      661 gcccattcga ccactctggc atctttcctt tcgctgaaga gcgcgcaaat gtaaaatgat
      721 ttctatacgc gcaaagcatg gacgagaatc ttctactcga agcggatggt gcgggcggga
      781 ttgattttgg tgattaggta tgaaggtgcc aacatcatca gcaacgaaac ggtgagcgta
      841 ccgacgttga taagcagcca tgaccagatg ctgagacgga tgggtacggc gtcgagatag
      901 tagatcgaag gatcgagggt gagcaggcga aattgccact gcacccagca caaggcgagt
      961 ccgatgacgt taccccagag cataccgcgg ccgatcaaga agctggagat gtagaggaag
     1021 acacgccgta ggctacgatc cggttggccg acggctttga ggatgccaat catgtttgtg
     1081 cgctcgagga tgatgatcag taggccggag atcatggtga atcccgagac tgccatcata
     1141 agtgcgagga tcacggctac gttcagatcg agtaggtcga gccaattgaa gatgatcggg
     1201 ttcagctcgc ggatggagcg gacgaagtag gtgttgcctg cgttatctcg acggttgagg
     1261 aggagggtgt cgacacgttc ggcggtctcg tcgagacgat cgtagtcgtc gacgagtagc
     1321 tccaatccac tgaccgcgtc ggggggccag tcgttcaggg tgcgaatctg ttcgatgtca
     1381 gcaaggacga agagctggtc gtagtccgaa aagcccgtat cgtagatgcc actgatgcga
     1441 aacttgcggg ccttgacatc gtcctgcacg aagtaggcaa ggaaggagtc gccgcaacgt
     1501 aggcggagca ggtcggccag atggcgcgag atgagcacat cggtcgtcat ccgtccagga
     1561 gtgacgctaa aggggcggcc ctccacgagg tgcttgcgga aaaagcccca atcgtaatcc
     1621 gaaccaatac ccttcaggac gatgccttgg aaatcggtgt cggttttgag tagccccggc
     1681 ttggtggcga aggcctcgac gtgtcgcacg ccatgcgtct ggcggagcat gtccagcaga
     1741 ctgtcgctca cgtggattgg ggccgtctcg taagatgaat tgctgtcgaa attggtgatc
     1801 tggatgtgcg acccgaagcc gatcaccttg tcacgcacct cctgcttgaa gcccaccacg
     1861 atggccacgg tgaggatcat gacagccaag ccgatggcaa tgccggccac agcgatgcgc
     1921 accgctggcg gcgtgatgcg cgtcttccct tggtcggctt tgccaccgaa gtggatgcgt
     1981 cgggcgataa acagctcaac gttcatgacc cgacgcttcc ttatgaatag gtgtgggctc
     2041 ggccaccgtc aacgcttgtt ccatctgtca cgataggtcg taagtgcagc ctccaggacg
     2101 tcgagcgcgc gcgccagctc gtctcgttcc aacacataag cgatgcgcac ctcattgcgc
     2161 ccgtaacccg gggtgacata gaagcctgac gcaggcgcca tcatcaccgt ctgcccttcg
     2221 tacgagaagt cgcggaggca ccaggcgcag aacttgtcgg cgtcgtccac cggcaacttg
     2281 gctaccgtat aaaacgcgcc catcggcagt ggcgaatagc aacccggaat ctcgttgatc
     2341 cgcttgacca gaaagttgcg ccgctggatg tactcctcat aaacgccctt gagatacgac
     2401 tccggtgcgt cgatcgacgc ctcggccacg atttgcccca aaagcggcgg actgaggcgt
     2461 gcctgcgccc atttcatcac gcttttacgc acccgcgcgt tcctcgtcac gatcgctccg
     2521 acgcggatgc cgcactcgct gtaacgcttc gacatggagt cgaacatgac cacattcggc
     2581 tcgatgcctt cgaggtggaa cgacgagaca tagggcgcgt ccgtgtagcg aaactcgcgg
     2641 tagacctcgt ccgaaaagag gaagaggtcg tggcggcgca ccaagtcgcg gatgtgcccc
     2701 agctcctccc gcgtgtagac atagcccgtg gggttgttcg ggttgcagag caggacggcc
     2761 ttcgtgcgcg gcgtgatggc ctcttcaaat gcttcgatgg ggggaagtgc gaagccgtta
     2821 tcgatggacg agagcaccgt cttgaccacc gcaccgcacg acatggccat cgacatatag
     2881 ttggcataag ccggctccgg gatcaggatt tcgtcacccg ggtcgaggca ggccaggaag
     2941 accagcgtaa gggcttcgga ggcgccggtg gtgatgaaaa tctcgtccgg cgtgacctcg
     3001 atcgcaaacc gtccgtagta ctccaccatc ttttggcgca ggctgggcag cccatcgctc
     3061 ggacagtaac taagcacctt tttgtcgatc cgccgcagcg cctcgaggcc tacctcgggc
     3121 gtcgggatgt cgggctggcc gatatttagg tgatacactt tgattcctct ggcttttgct
     3181 tcgttggcca acggcgccag cttccgtatc ggcgattcgg gcatcttgat acccaatcgt
     3241 gagatctcag gcatttcctt atgaattatt gaattatagg ccgcaaaagt agaagcctga
     3301 ttgagatctt cggagtgtag gaatcaattt gaaagtccat agacggcttt ttcgcggcca
     3361 taaacgggta cgctgcctgt cgtcgtggct tctctctccg tcgaaacgtt cactccgtcc
     3421 gaatccgacc gatttccgct tgaaaatcgc gtgacacctg ctatgacaag aatttttctg
     3481 ttgaaaatag gccttcatag gctatgaaag tttctattca aacgtatgat aatcctcata
     3541 gcctatggaa gctcttattc aatcgtatga tgatcttcat agtctatgaa agctcttatt
     3601 cgaatgtata atgattttca tagtctatat ggacttttat ttgagcttat aataatcctc
     3661 ataggctatg aaagatctta tttgatcgta taataatcct cataggctat gaaagctctt
     3721 atttgagtgt ataatgattt tcataggcta tgaaagctct tatttgagta tataataatc
     3781 ctaataggct atgaaagttc ttattcaagt gtacaatgat tttcataggc tatgaaagtt
     3841 cttattcagg tgtacaatga ttttcatagc agataaaaag aggtatacga aaggagagag
     3901 accgtaattc atcgcagtaa gtcttcgacg aaagaggaac ggctgtcaac tggggataat
     3961 gcgcttccga cagcatgaaa cgaggcagaa tactcgctaa acgaaggccg gatcgtcgtt
     4021 gatagaccaa aaacacttgg atggacggta aaaatggctg aaaaccgcgc gcgaggttga
     4081 caaatttcaa tttctcgaac agaaagttgc ctatgtgtaa aagcgtatat ctttggccgc
     4141 gcaaaggcaa agaatcgata gcataaacat gtagaatacg tgaaaatgaa aaataggttg
     4201 actaagcagc gagagaaggg acggagccga aaccatacgc gggccgtcag cctatgctct
     4261 accatacctt caaggcacta atcaacagat aataccaatc aattaaaaac ggaagtatga
     4321 aaaggaagtt atttatgctg atggctctat tcctgatcgg aataggagtt gcgatggctc
     4381 agacacaggt gcaaggcact atcgtggatg agcagggaga acccgtgatc ggcgcttctg
     4441 tgctggtgaa aggcaccacc acagggacgg tgacaaacat cgatggagag tttgcactgt
     4501 cggcaccgtc caacggaacg ttggtgatct cgtatgtggg catgcagacg atggaagtcg
     4561 ctgtcagtcc gcgtatccga gtgatcctga gatcagacgc cgaactgctg gacgaggtcg
     4621 tcgtcaccgg ctacggtacg tttaagaaga gctccttcac gggctcggca gcgacggtga
     4681 gcacggacaa gctgaaggac gtgcccgtga cgagcgtgtc ggacaagctg gccggtaatg
     4741 tagccggtgt gcagatcaat tctgtgtccg gtcagcccgg tgccacggag agcatacgca
     4801 ttcgcggtat gggctctatc aatgcgggaa acaatccgct ctacgtcatt gatggtgtgc
     4861 cagtgctctc tggtgacatg tctggtttta gctatgcgga tgccggtaca agcatcctct
     4921 ctactttgaa cagtagtgac attgagaata ttaccgtgat caaggatgcc gccgccgctt
     4981 cgctctacgg atcgcgcgct gccaacggtg tggttgttat caccacgaag aagggtaagg
     5041 caggaaagac ggtcttcaac ctaaaggcca actggggttt ctctaacatg gcggtggatt
     5101 atcgcccaac attggacggc gacgcacgtc gtgaattgct gcacctcggt ctggtgaact
     5161 atgcaaagta tactgaaggt aaatcggatg ctgaggctaa ggcttatgcc gatgctaata
     5221 ttgaaacgta tgcgccgaaa ccttggtccg gctggactga ctggcgtaag attttgatcc
     5281 gtaatggcca atatcagaac tacgacgtca gtgcacaggg cggcaatgag aagacgaagt
     5341 tctacagctc tatctcttac gccaagcagg agggtattta tgagaactcc ggttttgatc
     5401 gcattacggg tagcgtgaat gtatcgcatc aggccaatga caaactgact ctcgatgtca
     5461 gctcgctctt ttcttatagc gatcagagtt ctgtaagcga gggatacagc tactctagcc
     5521 cgattatggc catggcttcg atggtctctc cgtcatctta tccctacaat aaagatggaa
     5581 cgctggggcg ttacttccct gctattggtg atgactgggc caatccgctg cgtgccatta
     5641 aatacacctc aaacaagaac aaactgaccc gtactttcaa taccctttcc ggaacgtaca
     5701 ctatcgtcaa gggtttgaaa ctgaaagaag ttctcagcta cgactttaca cagaatgcca
     5761 gcactgcatg gtggggaccg caatccaacg atggacatac ggccaatggt gtatttcaga
     5821 aatacatgat taatacctcc aagttcaact cgcaaaccca gctgacttat gatcgctcgt
     5881 ttgaccgagt gcacaatctg agtctcttac ttggctacga aacggaggca tacaagaatg
     5941 aaaacaccta tgccaacggt agtaattatg cggctatgga cgatccgaag ccggagattg
     6001 caaatgcagc tattacaaaa tcgtctagct ccattagtga gtatcgcatg ctgtcttacc
     6061 ttgggcgtgt ggattataac tacgattcga agtattacgt gagtgcgagc taccgccgag
     6121 atggttcttc tcgtctagct aaggcaaatc gttggggaga cttctggtcg ctctccggat
     6181 cgtggcgttt gacgaatgaa ccgtttatgg gatcaatccg cgaaaaggtg acggatacga
     6241 aaattcgtgc ctcatatggt gtgaatggta cgcaaccgtg gcgttactac gatttcttgc
     6301 cggtttacag ctttggttat aactacgaca atcaagtagg gacaagtgaa tcgacgccag
     6361 gtaatgcgaa cctgaaatgg gagaagaatt acgcatttaa tgctggtatt gatctcacgt
     6421 ttctcaatcg ttttaccatg tccgtagagt ggtacacccg taagacgcaa gacttgcttc
     6481 tcgaacgtcc catttctgga actatcggtt ttgtggatga atacaaccat gccaacgagc
     6541 tcgtgaatgt cggtgctatg cgaaacagtg gtatcgaatt agagttgcgt tcgactaacg
     6601 tgcagaagaa ggactttact tggaacacca cgctgacatt ggcccataac cagaacaaga
     6661 ttttgaagct gaatgaagac caaactgaga tcataagtaa tgagtctatt catcgtgtag
     6721 gtcagcccta caattcattc tatgcatatg aatatgctgg cgtagatccg cagacaggta
     6781 aggaactgta ctataagaac acaggcaagg aagatgatcg tcagacgact acggacgaaa
     6841 ctgaggcgaa tagaacgatc attggtagtg ctgaccccaa agtgacgggc ggtctgacca
     6901 acacgctgac gtggaagttc attgacctga acttcacctt cacatactcc ttcggtggaa
     6961 aggtgtatga tggtgtagac tggctacact ccaatggtgg catagatctg ttttatggtg
     7021 ccattccatc gcactacaag atcgatgata tgtggaaaaa accgggcgat aacgctaagc
     7081 tgccgatgtt tgctgatgga aatgcagatg taccctcctc acgctggttg ctttcgtctg
     7141 atcatgtgcg tctgaagaac ctgacgcttg gatttacttt gccaaacaaa ctggctaaga
     7201 aggtgggttt cgatagaatt cgcgcttata tgtccggaaa taatctgctt acgtttaagt
     7261 cgaaagatct ctatgtggat ccagagaata cggccagtgg attcgtctat ttcagggctc
     7321 cggctatgcg tacagtgact ttcggtgtgg aattaggctt ttaatcactc attagacaga
     7381 ataccaacat gaaaaagatt tcaataaaga atatcgccct tttagcagcc acattgctgc
     7441 ttttcaatgc ttgtacgggt gactggctcg atctggagcc gtcggacggc atcggtactc
     7501 agaatgcttt gacagattta gggaaactga atgcagcccg catcggtatg tacgatggat
     7561 tgcaggggga tggtacatat aatcagtatt acgctgcccg catgctctat tatggtgatg
     7621 tgcgtggcga cgatatgcaa gcacgtgtct caggcaagcg tacggcttcg atgtacgaga
     7681 tgcgttatac gacgatcaat gcgggagaca tctggtttac accttatcgt gtgctccgac
     7741 gcgccaataa catcattgca gcagtggaag gcagcgtggt gaagacgaaa gtagagagtg
     7801 aacagactaa cattgacagg atatacagcg aagccctcgt ggtacgtgcc ttgattcact
     7861 ttgacctcgt acgcgtctac ggctatccat atacgatgga tggtggtgcc agcctcggtg
     7921 tacccatcgt tttgaagccc ctggcaacaa gtgccctgcc acagcgaaac accgtgaagg
     7981 aagtctatga gcaagtggtc aaagatctac gcaaggctat cgatgacaac aagctcaaca
     8041 agacgatgac gaatggttac atcaaccatt ggacggccaa agctctcttg gcaagggtat
     8101 atctctatat gggcgacaat gcgaatgcac gtaaagaggc cgtggaggta atcgacaact
     8161 cgccgtataa actctggacg aacgaagagt atgccgccaa cgtctgggat aaaacctctg
     8221 gtgcgcataa caaggaaatg atcttcgagt tgctcaacac cagcacggac gactatacag
     8281 accgcgaggg tattgcctac ctgtacaacg aatacggata caacgacgct atcgctacaa
     8341 aatcgttctg tgagttgcta caggctgatc ctaacgatgt gcgcctgacg gccatgatgg
     8401 agacacgtga cccggatcgt aagcagatgt atggaacgga taaggtctgg atcaataagt
     8461 tcccagagaa tagtcagggt gaaatgcgtc tgaataacgt ccccctactc cgtctttcgg
     8521 agacttatct aattgcggcc gaggcttcag ccaagctgaa tgataaggcg gcggccgcaa
     8581 agtatctgaa cgccatcgta cagcgtgcaa acccgaaggc tacgcctgtg tcagaggctg
     8641 atgctacggt agatcggatc cttgtcgagc gtcgtaagga gctggttggc gagggccatc
     8701 gtttcttcga tgccatgcgt aacaatcaga cgattgtacg ctatacagac gaagcgaaaa
     8761 agggctacca ctacacgctg accaccccgg agtctcgcaa atttgatcgt acttatttcc
     8821 gcattgtcct gcccattccc agaggggaga cgaatgtgaa tcggaagatc cagcaaaacc
     8881 ccggctattg accggaagcc attcggcggg ggctgatgcg ttgcatcggc cccgcttgaa
     8941 gcaatcgaaa ggcagcagag agacagcgat gtccctcggc tgcctttgtt gcgtttgggt
     9001 ggttaccgat cctcgacgag atcggccagg gtggcgccga cgaaggtcgt gagatcggtg
     9061 ggggagagtt tgagttgaag gccgcgacgg cccgcactga cgtagatgtg tgggtgctgg
     9121 gtgcaggact cgtgaatgta ggtcgggagg ggcttcttca tgccgatagg cgagcatccg
     9181 ccgcggatat agcccgtggc ggggagcagc tctttcattg gtagcatgga tacgtgctta
     9241 ttgcccgaca cgcgtgccgc ctttttcaag tctacctcgg catcgccagg gacgacacag
     9301 acaaagagtc cgtttcggtc gccacggagg acgagcgtct tgaaaacttg cgcgatgtcc
     9361 tcgtgcaact gctcggccac atgtgtcgcc gccaaatcgt tctcgtccac ctcgtaaggg
     9421 actgtctcat agatcacgcc cgccttgtcc aatagtctgg cggcatttgt cttcttctca
     9481 gttttcattg ttcgtaaatt gctctgtgat aagaccattc aaaaaacata ccacctttcc
     9541 ccaccctcaa aaaaacactc cagaaaagga ttcccccttg aatctccctc aaaaaagtat
     9601 ctccaaaaag gaatcccctt cggctcaccc gtgaaaaaat atcccagaga aggattcccc
     9661 ttttcccagc cctcgaaaaa ttatctccga aagagattct ccatttgata cccttcgaaa
     9721 aagcatctct aaaaaggaat ccccttcgcc tcacctccaa aaaagtatcc gggaaaatga
     9781 ttcccccttg aatctccctc aaaaaagtat ctccaaaaag gattcccctt ttcctagacc
     9841 tcaaaaaagt acctccgaaa aacattcacc attgaatttc cctcgaaaaa atatctccga
     9901 gaagcattcc cccttgactc ctcatcaaaa aagtacctcc aaaaaggact cctcttgacc
     9961 t
//
LOCUS       SEQF2634|AYYE01001201.1 6135 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6135
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             598..1167
                     /locus_tag="SEQF2634_01935"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKRFLTEKMAPSAQASGARSTSSEPSISRRVPSSAPRARVRS
                     STCATAAMEGNASPRKPIVRREKRSSAAAIFDVACRSKAMRASVSDMPLPLSITCTSV
                     RPASLMMTVIWSAPASTAFSISSLTTEAGRWMTSPAAIWLAMWSGSKWMMSLILCGWG
                     WWGRAVCTRSLWGLGPRELAVCALRGHRR"
     CDS             complement(1155..1463)
                     /locus_tag="SEQF2634_01936"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMFSFYNMRKPRQFEHKPIYWDPRKEKLEQRIHKVKMEMGVEE
                     TDYEQYKDAIRGSFVEGTHHLKKSKDKGDDARDRLYRNMRLILLLALLAAIYWFLYLR
                     "
     CDS             complement(1530..3272)
                     /gene="lptD_1"
                     /locus_tag="SEQF2634_01937"
                     /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="MMKPAVYSAFLAGAPGALIFFGLLFSRQGQKRGWGIGCNAPEVC
                     SVGRLPFLLLLFLLPLTLTDSLSAQTPLASPPGKTKVFLEHADVQSFDKEVSADRQVL
                     SGDVCFRHDNSYMYCDSAYFYEANSSLEAFGEVRMEQGDTLFVYGDYLYYDGNIRVAK
                     MRDNVRMESVRADGSIVTLFTDSLNYDRVANIGYYFDGGTIVDDANELSSYYGQYSPA
                     TRIAIFNDSVRVFNDKFTLYSDTLQYSTQTKVATILGPSVIISDSGNIYTSRGWYNTV
                     QNTSLLLDRSQVTSGNRILVGDTIAYDRDRGFGEAFGRVVLRDTTERVMLEGNYGSYD
                     ERSGHALATDSARCMEYSQGDTLYMHADTFEMISIDSTARQVKAYRGVRFFRADFQGI
                     CDSMQFNTVDSTLYFYLDPVLWNNRNQLYGDTIVVHMADTTIDFVHVIRLAFSIEQVD
                     TGHFNQLKGNDLKAYFEGREVRRIDIDGNAESIFFPLEDDGSMVGMNETKSSYLTIWI
                     KDRKIEKLRLWPSPQGTLTPLPDLSPDRMTLRDFHWYEDLRPRDKDDIFRNARRSIEA
                     DAPSKRSNKFRSIE"
     CDS             complement(3269..3946)
                     /gene="surA_1"
                     /locus_tag="SEQF2634_01938"
                     /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="MGFVGKSSLVPEFANVAFNLTDPKRVSNIVETEYGYHIIQLIEK
                     RGDRINCRHILLRPKVSDRELEEATARLDSIYTDIEAGKLTFEDAATYLSADKDTRNN
                     KGLMVNQNYESSHVGTPKFEMQELPQDISKVVYGMKPGDISKPFRMLTDKQREVVAIV
                     KLKARTDSHRANLADDYQVMKTMVENHKREELLNDWITKQQKTTYVRIADGWRNCDFK
                     FPGWIKK"
     CDS             3977..4960
                     /gene="mutL"
                     /locus_tag="SEQF2634_01939"
                     /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="MGVESGEGRELHLAVVHLLGELTQTEIKFENEQPIWQILSSAVR
                     ETLGKFNAAPSIDFDTEGAIDIPVYNPAADRTAVRQPSVEVNTRYNPFRAAPPLAADR
                     NWEKLYQDFERDGRPALPEVDPPTAPSTTAPLFPEPTPAASNCFQFRNRYILTALKSG
                     LVMIDQHRAHVRILYDRYLRNVRQHTAASQQLLFPELVELTASEAALLPSLLDDLHRL
                     GFELSPMGGNSFSVTALPTGLPDTDPKRLLKELLDSAADALPAAADALTERLALALAR
                     SAAIRPGRPLSAEEMEEMVATLFSTDSNQLTPDGKPVLILLTDDELATRFK"
     CDS             5059..6105
                     /gene="hemN"
                     /locus_tag="SEQF2634_01940"
                     /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
                     AELDHEPLDTIYFGGGTPSQLPIDALRAIFRTIRAHYDVSSCREITLEANPDDLSADY
                     LRQLHSQLPIRRISLGVQSFDDADLRHLRRRHDSQGAIRAVGRCLEAGFTDISIDLIY
                     GLPDQSPEAWSRNLDVAFRLGVSHLSAYHLTYEAGTPLHRQLLSGRIHAVSEDVSVRL
                     YRLLIERAARAGWEHYEVSNFSLPGRFARHNSAYWTGARYIGVGPSAHSYDGRARSWN
                     VASLPAYVAGILSGRPDREREVTDDDMRYNEYLMTRLRTMWGISLPHLRDTFGPRRLT
                     QKKSSPKPSGFSAT"
ORIGIN      
        1 cgatcggccg cggggttata gactgggatg tcgatggctc cctcggtgtc gaaatcgatg
       61 ctgggtgcgg cgttgaactt tccgagcgtc tcgcggacgg ctgaggatag gatttgccag
      121 atgggctgtt cgttttcgaa cttaatttct gtcttggtcg ggtggatgtt gacgtctatc
      181 gtggcgggat ctaaggtgag gtagatgaag taatcgggca gttcgccggg aggtgtgagg
      241 ttctcgtaag cgcggatgac ggccttgtgg aagtaggggt ggcgcatgta acgaccgttg
      301 acgaagaaat agttgcggta gccgcggcgg cgcacggcat cgattcggcc gacgaaacct
      361 tcaattttta cgagcgacgt atccgtttcg acaggcagga gtcggcggtt gaaacttttg
      421 ccaaacacgt ccacaatgcg ccgtcgcagg ggggcggccg gcagattcat cacttcggtg
      481 tcgccatgca cgaggcggaa ggtgatctcg gggtgagcga ggacgacatg ctcgaactcg
      541 gtgaggatgt tgcggaactc ggtttcgttt gacttgagga actttctgcg cgcggggatg
      601 ttgaagaaga ggttcttgac ggaaaagatg gccccttcgg cgcaggcatc gggtgcgagg
      661 tcgaccagtt cggagccgtc tatttcgagg cgcgttccca gctcggcccc tcgggcgcgg
      721 gtgcggagtt ccacctgtgc cacggccgcg atggagggca acgcctcgcc gcggaagccc
      781 atcgtgcgga gggagaagag atcttcagcg gcagcgatct tcgacgtggc gtgccgttcg
      841 aaagccatgc gagcgtcggt ctctgacatg cccttgccat tgtcgatcac ctgcacgagc
      901 gtccgtccgg catccttgat gatgacagtg atttggtcgg cgccggcatc gacggcgttc
      961 tccatcagtt ccttgacgac ggaggcgggt cgctggatga cctctccggc ggcgatttgg
     1021 ttggcgatgt ggtcggggag taagtggatg atgtcgctca ttctgtgtgg ttggggatgg
     1081 tgggggcgcg cagtgtgcac ccggtcgtta tggggccttg ggccgaggga gttagcggtg
     1141 tgtgcgctcc ggggtcaccg gaggtaaagg aaccagtaga tggcggccag gagggccagg
     1201 aggaggatga ggcgcatgtt gcggtagagg cgatcgcgag catcgtcgcc cttatcctta
     1261 ctcttcttca ggtggtgtgt accctcgacg aagctgcctc ggatggcgtc tttgtattgt
     1321 tcgtagtccg tctcctccac gcccatttcc atcttgactt tgtggatgcg ctgctcgagc
     1381 ttttccttgc ggggatccca gtagataggc ttgtgctcga actggcgtgg tttgcgcatg
     1441 ttgtagaaag aaaacattcc catgatcggt cttgctgtga taggttgttg aaatatctgg
     1501 tgaaggaggg cgccattgcg ggcgtcggat cactctatgc tgcggaactt gttgctgcgt
     1561 ttcgaggggg cgtcggcttc gattgagcgg cgggcgttgc ggaagatgtc gtccttgtct
     1621 cgggggcgga ggtcttcgta ccagtggaag tcgcggagag tcatccggtc cggggagagg
     1681 tcgggcagcg gggtgagggt accctgcggc gagggccaga ggcggagctt ctcgattttc
     1741 cgatccttga tccagatggt gaggtaactg ctcttcgttt cgttcattcc caccatgcta
     1801 ccgtcgtcct cgagggggaa gaagatcgat tccgcgttgc cgtctatgtc aatgcgtcgc
     1861 acttcgcggc cttcgaagta ggccttgagg tcgttgcctt tgagttggtt gaagtgaccc
     1921 gtgtcgacct gctcaatgga gaaggcgagg cggatgacgt gcacaaagtc tatggtcgtg
     1981 tcggccatat ggacgactat ggtgtcgccg taaagctgat tccggttgtt ccagagcact
     2041 gggtcgaggt agaagtagag cgtggagtcg acggtgttga attgcatcga gtcgcagatg
     2101 ccctggaagt ccgcgcggaa gaatcgcacg ccgcggtagg ccttcacctg ccgagcagtg
     2161 gagtctatgg agatcatctc gaacgtatcg gcgtgcatat agagcgtgtc gccctgcgag
     2221 tactccatgc agcgtgcgct gtcggtggcc agagcgtggc cggaacgctc gtcgtacgag
     2281 ccgtagttac cttccagcat caccctttcc gtcgtgtcgc gtaggacaac gcgtccgaag
     2341 gcctccccga agcccctgtc acgatcatag gcgatggtgt cgccgacgag gatccggttg
     2401 ccggacgtga cctgcgagcg gtcgagcagt agggaggtat tctgcaccgt gttgtaccag
     2461 ccgcgggagg tgtagatgtt gccgctgtcg gagatgatga ccgaagggcc gaggatggtg
     2521 gccaccttcg tctgggtgct gtattgcagc gtgtcggagt agagcgtgaa cttgtcgttg
     2581 aagactcgca cgctgtcgtt gaagatggcg atccgcgtgg cgggcgaata ctggccgtag
     2641 tacgaggaaa gctcgttggc atcgtctact atcgtgccgc catcgaagta atagccgatg
     2701 ttggcgacgc ggtcgtagtt gaggctgtcg gtgaagaggg tgacaatgga accatcggcg
     2761 cggacacttt ccatacggac gttgtcacgc atcttcgcca cgcgtatgtt tccgtcgtag
     2821 tagaggtaat cgccgtagac gaagagcgtg tctccctgct ccatgcgcac ttcaccgaag
     2881 gcctcgagcg agctgttagc ctcgtagaag taggcgctgt cgcagtacat gtaggagttg
     2941 tcgtggcgaa agcagacgtc gcctgagagc acttgccggt cggcgctgac ctctttgtcg
     3001 aaagattgca cgtcggcatg ttccaagaag actttcgttt taccgggagg cgaggcgagg
     3061 ggtgtctgcg ccgacaggga atctgtgagg gtgaggggca ggaggaacag gaggagaagg
     3121 aatggcaggc gtccgaccga gcagacctcg ggggcgttgc acccaatccc ccaccccctt
     3181 ttctgccctt gacgggagaa aaggaggcca aagaagatca aggcgccagg ggcgccggcc
     3241 aagaaggccg agtacacggc aggcttcatc atttcttgat ccagcccggg aacttaaagt
     3301 cgcagttccg ccatccgtct gcgatgcgga cgtaggtggt cttctgctgc ttggtgatcc
     3361 agtcgttgag caactcttcg cgcttgtggt tctccaccat cgtcttcatc acctgatagt
     3421 cgtcggccag gttggcgcgg tggctgtcgg tgcgcgcttt cagcttgacg atggctacca
     3481 cctcgcgctg cttgtcggtg agcatgcgga agggcttcga gatgtcgccc ggcttcatgc
     3541 cgtagaccac cttgctgatg tcctgcggca gctcctgcat ctcaaacttg ggcgtgccca
     3601 catgcgagct ctcatagttc tggttcacca tgaggccctt gttgttgcgc gtgtccttgt
     3661 cggcggagag gtaggttgcg gcgtcctcga aggtgagctt gccggcctcg atgtcggtgt
     3721 agatcgaatc caagcgcgcg gtagcctcct cgagttctct gtcagagacc ttggggcgga
     3781 gcaggatgtg gcggcaattg attcggtcgc cacgcttctc gatcagctgg atgatgtggt
     3841 aaccatactc cgtctccaca atgttcgaga cgcgcttggg gtcggttagg ttgaaggcca
     3901 cgttggcaaa ctcgggcacg aggctcgact tgcccacaaa acccatctca ccgccgcgcg
     3961 aggccgaggc tggatcttgg gagtagagtc gggcgagggt cgagaactcc atcttgccgt
     4021 tgttcacctg ctcggtgaac tcacgcagac agaaattaag ttcgaaaacg aacagcccat
     4081 ctggcaaatc ctatcctcag ccgtccgcga gacgcttgga aagttcaacg ccgcacccag
     4141 catcgatttc gacaccgagg gagccatcga catcccagtc tataaccccg cggccgatcg
     4201 cacagccgtc cggcagccat ccgtcgaggt caatacgcgt tacaacccct tccgtgccgc
     4261 gcctcccctc gctgccgacc gcaactggga gaagctctac caagacttcg aacgcgacgg
     4321 ccgacccgcc ctcccggagg tcgacccgcc cacggccccg tccacgacgg cgcccctctt
     4381 ccccgaacct acgcccgcgg cctccaactg cttccagttc cgcaaccgat acatcctcac
     4441 cgccctcaag tccggactgg tcatgatcga ccagcaccgc gcgcacgtcc gcatcctcta
     4501 cgaccgctac ctccgcaacg tccgccagca cacggccgcc tcccagcagc tcctctttcc
     4561 cgaactcgtg gagctcaccg cctccgaggc cgcgctcctg cccagcctcc tcgacgacct
     4621 gcaccgcctc ggcttcgagc taagccccat gggcggcaac agcttttccg tgaccgccct
     4681 ccccaccggc ctccccgaca cggaccccaa gcgcctgctc aaagagctgc tcgacagcgc
     4741 cgccgacgcc ctccccgccg ccgccgacgc cttgaccgaa aggctggccc tcgccctggc
     4801 ccgatccgcc gccatccgcc ccggccgacc gctctcggcc gaagagatgg aggagatggt
     4861 cgccacgctc ttctccaccg actccaacca gctcacaccg gacggcaaac cggtgcttat
     4921 cctcctcacc gacgacgaat tggccacgcg atttaagtag cccccaccga cgaagctccc
     4981 tgccggatcg cccactgcgc ctcacgccgc ggccagtccg aacgtttcgt ccctcacgcc
     5041 tcacccctcc tccacccaat ggccggcctc tacgtccacg tccccttctg cacccagcgc
     5101 tgcagttatt gcgacttcta cacccaaacc gacagccgtc tccgcaccga ctacctccgc
     5161 gccctccgac gcgagctggc cgaacgcgcc gcggagctgg accatgagcc gctcgacacc
     5221 atctacttcg gcggcggcac cccctcgcag ctccccatcg atgcgctccg cgccatcttc
     5281 cgcaccatcc gcgcccatta cgacgtctca tcctgccgcg agatcaccct ggaggccaac
     5341 cccgacgacc tctccgccga ctacctccgc cagctccact cccagctccc catccgccgc
     5401 atcagcctcg gcgtgcagag cttcgacgac gccgacctcc gccacctccg ccgccgccac
     5461 gactcccagg gcgccatccg ggccgtcggc cgctgcctcg aggcgggctt caccgatatc
     5521 agcatcgacc tcatctacgg cctcccggac cagagcccag aagcctggtc acgcaacctc
     5581 gacgtggcct ttcgcctcgg cgtctcccat ctttcggcct accatctgac ctacgaggca
     5641 ggcacacccc tccaccggca gctcctcagc ggacgcatcc acgccgtcag cgaggacgtc
     5701 agcgtccgcc tctaccgcct cctcatcgag cgcgccgccc gcgccggttg ggagcactac
     5761 gaggtgtcga acttcagtct ccccggccgc tttgcccgac acaactcggc ctactggacc
     5821 ggtgcgcgct acattggcgt aggcccctcg gcgcactctt acgacggccg tgcccgcagc
     5881 tggaacgtag cctcgctccc cgcttacgtc gccggcatcc tctccggccg ccccgaccga
     5941 gagcgcgaag tgacggacga cgatatgcgt tacaacgagt acctcatgac ccgcctccgc
     6001 accatgtggg gcatcagcct gccacacctc cgcgacacgt tcggccctcg ccgcctcacc
     6061 cagaaaaaaa gtagccctaa accctcaggg ttcagcgcta cttgaaaaaa agtagcccca
     6121 aaccctcagg ggtca
//
LOCUS       SEQF2634|AYYE01001202.1 5608 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5608
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             598..1167
                     /locus_tag="SEQF2634_01941"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKRFLTEKMAPSAQASGARSTSSEPSISRRVPSSAPRARVRS
                     STCATAAMEGNASPRKPIVRREKRSSAAAIFDVACRSKAMRASVSDMPLPLSITCTSV
                     RPASLMMTVIWSAPASTAFSISSLTTEAGRWMTSPAAIWLAMWSGSKWMMSLILCGWG
                     WWGRAVCTRSLWGLGPRELAVCALRGHRR"
     CDS             complement(1155..1463)
                     /locus_tag="SEQF2634_01942"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMFSFYNMRKPRQFEHKPIYWDPRKEKLEQRIHKVKMEMGVEE
                     TDYEQYKDAIRGSFVEGTHHLKKSKDKGDDARDRLYRNMRLILLLALLAAIYWFLYLR
                     "
     CDS             complement(1530..3272)
                     /gene="lptD_2"
                     /locus_tag="SEQF2634_01943"
                     /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="MMKPAVYSAFLAGAPGALIFFGLLFSRQGQKRGWGIGCNAPEVC
                     SVGRLPFLLLLFLLPLTLTDSLSAQTPLASPPGKTKVFLEHADVQSFDKEVSADRQVL
                     SGDVCFRHDNSYMYCDSAYFYEANSSLEAFGEVRMEQGDTLFVYGDYLYYDGNIRVAK
                     MRDNVRMESVRADGSIVTLFTDSLNYDRVANIGYYFDGGTIVDDANELSSYYGQYSPA
                     TRIAIFNDSVRVFNDKFTLYSDTLQYSTQTKVATILGPSVIISDSGNIYTSRGWYNTV
                     QNTSLLLDRSQVTSGNRILVGDTIAYDRDRGFGEAFGRVVLRDTTERVMLEGNYGSYD
                     ERSGHALATDSARCMEYSQGDTLYMHADTFEMISIDSTARQVKAYRGVRFFRADFQGI
                     CDSMQFNTVDSTLYFYLDPVLWNNRNQLYGDTIVVHMADTTIDFVHVIRLAFSIEQVD
                     TGHFNQLKGNDLKAYFEGREVRRIDIDGNAESIFFPLEDDGSMVGMNETKSSYLTIWI
                     KDRKIEKLRLWPSPQGTLTPLPDLSPDRMTLRDFHWYEDLRPRDKDDIFRNARRSIEA
                     DAPSKRSNKFRSIE"
     CDS             complement(3269..4633)
                     /gene="surA_2"
                     /locus_tag="SEQF2634_01944"
                     /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="MKRIACLSLLAVCLAGTAYGQDNVVDEIVWVVGDEAILRSDVET
                     QRLYMQNEGQRFDGDPYCIIPEQIAIQKLYLNQAKIDSIDVSESQVLRSVDQWINMAI
                     NQVGGREKLEEYFNKKLSQIKEERKTMVREQQIVQEMQKKLVGKIKLTPSDVRHYFQN
                     VPQDSLPMIPATVEVQIVTLEPKIPFEETDAIKARLREFTEQVNNGKMEFSTLARLYS
                     QDPASASRGGEMGFVGKSSLVPEFANVAFNLTDPKRVSNIVETEYGYHIIQLIEKRGD
                     RINCRHILLRPKVSDRELEEATARLDSIYTDIEAGKLTFEDAATYLSADKDTRNNKGL
                     MVNQNYESSHVGTPKFEMQELPQDISKVVYGMKPGDISKPFRMLTDKQREVVAIVKLK
                     ARTDSHRANLADDYQVMKTMVENHKREELLNDWITKQQKTTYVRIADGWRNCDFKFPG
                     WIKK"
     CDS             complement(4630..5523)
                     /locus_tag="SEQF2634_01945"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKNLPRLLLGLALCCALTACKGSAVKEEADTLVQIDKYTLTR
                     SEVTKLIPEGSSPADSLLIAENYIKKWITDVLIYKVAERNIGNGGEEIERLVEEYRQA
                     LLRQRYLDIMVHDKLSAQISEKDKQAYYREDSQRFVLKTNLIRGLFVKVPADAPGLDD
                     VRKWYRSEKTDAVENIEKYSLSNAAVYEYFYDRWMDLDEVLQKMPIQVTDKAQFLRTN
                     RAIETTDSTYCYFLNISRYVTAGSIAPYDYARPEIEETMINQRKVDFLRNFEEELYRD
                     AVRKGDVTFFYDTKQDNNKKK"
ORIGIN      
        1 cgatcggccg cggggttata gactgggatg tcgatggctc cctcggtgtc gaaatcgatg
       61 ctgggtgcgg cgttgaactt tccgagcgtc tcgcggacgg ctgaggatag gatttgccag
      121 atgggctgtt cgttttcgaa cttaatttct gtcttggtcg ggtggatgtt gacgtctatc
      181 gtggcgggat ctaaggtgag gtagatgaag taatcgggca gttcgccggg aggtgtgagg
      241 ttctcgtaag cgcggatgac ggccttgtgg aagtaggggt ggcgcatgta acgaccgttg
      301 acgaagaaat agttgcggta gccgcggcgg cgcacggcat cgattcggcc gacgaaacct
      361 tcaattttta cgagcgacgt atccgtttcg acaggcagga gtcggcggtt gaaacttttg
      421 ccaaacacgt ccacaatgcg ccgtcgcagg ggggcggccg gcagattcat cacttcggtg
      481 tcgccatgca cgaggcggaa ggtgatctcg gggtgagcga ggacgacatg ctcgaactcg
      541 gtgaggatgt tgcggaactc ggtttcgttt gacttgagga actttctgcg cgcggggatg
      601 ttgaagaaga ggttcttgac ggaaaagatg gccccttcgg cgcaggcatc gggtgcgagg
      661 tcgaccagtt cggagccgtc tatttcgagg cgcgttccca gctcggcccc tcgggcgcgg
      721 gtgcggagtt ccacctgtgc cacggccgcg atggagggca acgcctcgcc gcggaagccc
      781 atcgtgcgga gggagaagag atcttcagcg gcagcgatct tcgacgtggc gtgccgttcg
      841 aaagccatgc gagcgtcggt ctctgacatg cccttgccat tgtcgatcac ctgcacgagc
      901 gtccgtccgg catccttgat gatgacagtg atttggtcgg cgccggcatc gacggcgttc
      961 tccatcagtt ccttgacgac ggaggcgggt cgctggatga cctctccggc ggcgatttgg
     1021 ttggcgatgt ggtcggggag taagtggatg atgtcgctca ttctgtgtgg ttggggatgg
     1081 tgggggcgcg cagtgtgcac ccggtcgtta tggggccttg ggccgaggga gttagcggtg
     1141 tgtgcgctcc ggggtcaccg gaggtaaagg aaccagtaga tggcggccag gagggccagg
     1201 aggaggatga ggcgcatgtt gcggtagagg cgatcgcgag catcgtcgcc cttatcctta
     1261 ctcttcttca ggtggtgtgt accctcgacg aagctgcctc ggatggcgtc tttgtattgt
     1321 tcgtagtccg tctcctccac gcccatttcc atcttgactt tgtggatgcg ctgctcgagc
     1381 ttttccttgc ggggatccca gtagataggc ttgtgctcga actggcgtgg tttgcgcatg
     1441 ttgtagaaag aaaacattcc catgatcggt cttgctgtga taggttgttg aaatatctgg
     1501 tgaaggaggg cgccattgcg ggcgtcggat cactctatgc tgcggaactt gttgctgcgt
     1561 ttcgaggggg cgtcggcttc gattgagcgg cgggcgttgc ggaagatgtc gtccttgtct
     1621 cgggggcgga ggtcttcgta ccagtggaag tcgcggagag tcatccggtc cggggagagg
     1681 tcgggcagcg gggtgagggt accctgcggc gagggccaga ggcggagctt ctcgattttc
     1741 cgatccttga tccagatggt gaggtaactg ctcttcgttt cgttcattcc caccatgcta
     1801 ccgtcgtcct cgagggggaa gaagatcgat tccgcgttgc cgtctatgtc aatgcgtcgc
     1861 acttcgcggc cttcgaagta ggccttgagg tcgttgcctt tgagttggtt gaagtgaccc
     1921 gtgtcgacct gctcaatgga gaaggcgagg cggatgacgt gcacaaagtc tatggtcgtg
     1981 tcggccatat ggacgactat ggtgtcgccg taaagctgat tccggttgtt ccagagcact
     2041 gggtcgaggt agaagtagag cgtggagtcg acggtgttga attgcatcga gtcgcagatg
     2101 ccctggaagt ccgcgcggaa gaatcgcacg ccgcggtagg ccttcacctg ccgagcagtg
     2161 gagtctatgg agatcatctc gaacgtatcg gcgtgcatat agagcgtgtc gccctgcgag
     2221 tactccatgc agcgtgcgct gtcggtggcc agagcgtggc cggaacgctc gtcgtacgag
     2281 ccgtagttac cttccagcat caccctttcc gtcgtgtcgc gtaggacaac gcgtccgaag
     2341 gcctccccga agcccctgtc acgatcatag gcgatggtgt cgccgacgag gatccggttg
     2401 ccggacgtga cctgcgagcg gtcgagcagt agggaggtat tctgcaccgt gttgtaccag
     2461 ccgcgggagg tgtagatgtt gccgctgtcg gagatgatga ccgaagggcc gaggatggtg
     2521 gccaccttcg tctgggtgct gtattgcagc gtgtcggagt agagcgtgaa cttgtcgttg
     2581 aagactcgca cgctgtcgtt gaagatggcg atccgcgtgg cgggcgaata ctggccgtag
     2641 tacgaggaaa gctcgttggc atcgtctact atcgtgccgc catcgaagta atagccgatg
     2701 ttggcgacgc ggtcgtagtt gaggctgtcg gtgaagaggg tgacaatgga accatcggcg
     2761 cggacacttt ccatacggac gttgtcacgc atcttcgcca cgcgtatgtt tccgtcgtag
     2821 tagaggtaat cgccgtagac gaagagcgtg tctccctgct ccatgcgcac ttcaccgaag
     2881 gcctcgagcg agctgttagc ctcgtagaag taggcgctgt cgcagtacat gtaggagttg
     2941 tcgtggcgaa agcagacgtc gcctgagagc acttgccggt cggcgctgac ctctttgtcg
     3001 aaagattgca cgtcggcatg ttccaagaag actttcgttt taccgggagg cgaggcgagg
     3061 ggtgtctgcg ccgacaggga atctgtgagg gtgaggggca ggaggaacag gaggagaagg
     3121 aatggcaggc gtccgaccga gcagacctcg ggggcgttgc acccaatccc ccaccccctt
     3181 ttctgccctt gacgggagaa aaggaggcca aagaagatca aggcgccagg ggcgccggcc
     3241 aagaaggccg agtacacggc aggcttcatc atttcttgat ccagcccggg aacttaaagt
     3301 cgcagttccg ccatccgtct gcgatgcgga cgtaggtggt cttctgctgc ttggtgatcc
     3361 agtcgttgag caactcttcg cgcttgtggt tctccaccat cgtcttcatc acctgatagt
     3421 cgtcggccag gttggcgcgg tggctgtcgg tgcgcgcttt cagcttgacg atggctacca
     3481 cctcgcgctg cttgtcggtg agcatgcgga agggcttcga gatgtcgccc ggcttcatgc
     3541 cgtagaccac cttgctgatg tcctgcggca gctcctgcat ctcaaacttg ggcgtgccca
     3601 catgcgagct ctcatagttc tggttcacca tgaggccctt gttgttgcgc gtgtccttgt
     3661 cggcggagag gtaggttgcg gcgtcctcga aggtgagctt gccggcctcg atgtcggtgt
     3721 agatcgaatc caagcgcgcg gtagcctcct cgagttctct gtcagagacc ttggggcgga
     3781 gcaggatgtg gcggcaattg attcggtcgc cacgcttctc gatcagctgg atgatgtggt
     3841 aaccatactc cgtctccaca atgttcgaga cgcgcttggg gtcggttagg ttgaaggcca
     3901 cgttggcaaa ctcgggcacg aggctcgact tgcccacaaa acccatctca ccgccgcgcg
     3961 aggccgaggc tggatcttgg gagtagagtc gggcgagggt cgagaactcc atcttgccgt
     4021 tgttcacctg ctcggtgaac tcacgcagac gggccttgat ggcgtccgtc tcctcgaagg
     4081 ggatcttcgg ctccagagtc acgatctgca cctcgacggt ggcagggatc atgggcaggc
     4141 tgtcctgtgg cacgttctgg aaatagtggc gcacgtccga gggcgtgagc ttgatcttgc
     4201 ccacgagctt cttctgcatt tcctgcacga tctgctgttc gcgcaccatc gtcttgcgct
     4261 cttccttgat ctgcgagagc ttcttattga aatactcttc gagcttttcg cgtccgccca
     4321 cctgattgat ggccatgttg atccactgat ccacggagcg caagacctgg ctttcgctca
     4381 cgtcgatact atcgatcttg gcttggttga ggtagagctt ctggatggcg atctgttcgg
     4441 ggatgatgca gtagggatcg ccgtcgaagc gttggccctc gttctgcata tagaggcgtt
     4501 gcgtctccac gtcggagcgg aggatggcct cgtcgcccac cacccagacg atctcatcca
     4561 ccacgttatc ctgtccgtaa gccgtgcccg caaggcagac ggcgagcaga ctcaagcatg
     4621 ctattctctt catttcttct tattgttatc ctgtttggtg tcgtaaaaaa acgtcacgtc
     4681 gcccttacgg acggcgtcgc gatagagttc ctcctcgaag ttgcgcagga agtccacctt
     4741 gcgctgattg atcatcgtct cctcgatctc gggccgggca tagtcgtagg gagcgatgct
     4801 gccagcggtt acatagcgcg agatgttgag gaagtagcaa taggtgctgt cggtggtttc
     4861 gatggcgcgg ttggtgcgga ggaattgggc tttgtccgtg acttgaatgg gcatcttttg
     4921 gagcacctcg tcgagatcca tccagcggtc gtagaaatac tcatagacgg cggcgttact
     4981 gaggctgtac ttctcgatgt tttcgacggc gtcggtcttt tccgaacggt accacttgcg
     5041 cacatcgtcc agccctggcg catcggcggg caccttgacg aagagtccgc ggataaggtt
     5101 cgtcttgagc acaaagcgct ggctgtcctc gcggtaatag gcctgtttgt ccttctcgct
     5161 gatctgggcc gagagcttgt cgtgcaccat gatgtcgagg taacgttgcc gcagtagggc
     5221 ttggcgatac tcctccacaa ggcgctcgat ctcctcgccc ccgttgccta tgttgcgctc
     5281 ggccaccttg tagatcagca cgtccgtgat ccacttcttg atgtaattct cggcgatgag
     5341 caggctgtca gctggcgagc taccctcggg gatgagcttc gtcacctcgc tgcgggtcag
     5401 ggtgtatttg tcgatctgca ccagcgtgtc ggcttcttct ttgacggcgg atcctttgca
     5461 ggccgtgaga gcgcagcaga gtgcgaggcc cagcaacagt cggggcaggt tcttctttgt
     5521 cataagcatg gaggatcttg tttgatgaat gaaacgaatc gatgaccttg aaacatatac
     5581 ggaggcgctg gggttcaaat tttttctg
//
LOCUS       SEQF2634|AYYE01001203.1 2846 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2846
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..222
                     /locus_tag="SEQF2634_01946"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECHHTTGKYDLFVKIYARDNEHLLSIIHKKLLPLGLARTETLI
                     SFKEGFRRRLPIDIGKLEKADEK"
     CDS             785..1426
                     /locus_tag="SEQF2634_01947"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P58495"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /translation="MKRLFLCSSFADVADLLPELVGKERGTVAFIPTAALHEEYNLYV
                     EEGRAALERLGYTVEELEITQATAEVIEQTLERNDCIYVSGGNPFFLMQELRRKSADR
                     AIVRRVKAGALYIGESAGSMIAAPNIAYAQVMDAVATAYTPNFCDFDALGLVDFYTVP
                     HYGCEPFEESAEETVRIYSHLSLRPITNTQAICVEGDRTQIVSIDSTPVSGGE"
     CDS             1524..2174
                     /gene="pdxH_2"
                     /locus_tag="SEQF2634_01948"
                     /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="MAQDLHLENIRREYSSRSLSRKELPNDPLEMVDQWLKEALETQV
                     NEPTAMIVATATPDGRPSVRTVLLKEVVGGRFVFYSNYESRKGRQMAENPHVAVTFLW
                     HELERQIHVEGTVTRLSSEESDAYFAMRPYKSRVGARISPQSQPIPSREYIMMRFASE
                     SLRFVGREVPRPDNWGGYAVTPSRIEFWQGRDSRLHDRFLYELQPDGHWDLHRLAP"
     CDS             2187..2585
                     /locus_tag="SEQF2634_01949"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSTPLRIEHVALYTADLEATRDFFERYFHATAGPLYHNPTKQF
                     RSYFLTFPGGGARLEIMTRPALLPSATADSLGYAHIALSVGSPAEVDALTDRLRHDGY
                     AVLSGPRTTGDGYYESVVAAVGGLTIEITV"
ORIGIN      
        1 aagcagattc cggagattgt ggagtgtcac catacgacgg ggaaatacga cctctttgta
       61 aagatctacg ccagagataa tgaacatctg ctcagcatca tccataagaa gctattgcca
      121 ttaggattgg cgcggacgga gacgctgatc tctttcaaag aaggatttcg taggagactg
      181 ccgatcgata tcggtaagtt ggaaaaggcg gatgaaaaat agtcgcagag tggacattcg
      241 ggctgtggtc gttagaccgt ttgattggag ttgtatggtt ctacttttat cgctgacgag
      301 ttgcagcggg ggcgccgaca agagctacaa ttaggattgg cgcggacgga gacgttgatt
      361 tctttcaaag aaggattccg taggagactg ccgatcgata ttggcaagtt ggaaaaggcg
      421 gatgaaaaat agtcgcagag tggacattcg ggctgtgtcg ttggaccgtt tgattggagt
      481 tgcatggtta ctgctcctat cgctgacgag ttgcagcggg gggggcgtca acaagagcta
      541 caattaggat tggcacggac ggagacgctg atttctttca aggaaggatt tcgtaggcga
      601 ctgccaatcg atatcggtaa gctggaaaag gcggatgaaa aatagttgca gtgtagactt
      661 ttggactgtg gcgctgagcc gtttgattgg agttgcatgg ttgctacttc tatcgctaac
      721 gggttgcagc gggggccgtc gacaagagct acattgcgaa tcgcatcaaa cagagaagca
      781 tgttatgaag agattgtttt tgtgctcatc cttcgcggat gtggcagact tactacccga
      841 attggtggga aaggaacggg ggacggtagc ttttattccg actgcggcgc tccatgagga
      901 gtataacttg tacgtggagg aaggacgggc ggcgctcgag cggttgggct acacggtgga
      961 ggagttggag attacgcagg caacggccga agtgatcgag cagacattgg agagaaatga
     1021 ctgcatctac gtcagcggcg gcaatccgtt tttcctcatg caggaactta ggcggaagag
     1081 tgctgatcgg gcgattgtcc gtcgggtgaa ggctggggcg ctgtacattg gagagtcggc
     1141 ggggagcatg attgctgcgc cgaacattgc ctatgcacaa gtgatggacg ctgttgctac
     1201 ggcctacacg cccaacttct gtgattttga tgcgcttgga ctggtcgatt tctacacggt
     1261 gccccattac ggttgtgagc catttgagga gtcggccgag gagactgtgc ggatatatag
     1321 ccacctctct ctgcgaccaa tcacgaatac acaggcgatc tgtgtagagg gtgaccgaac
     1381 gcagattgtc tcgatagaca gcaccccggt tagcggaggg gagtagaccc tgcgctaacg
     1441 aatgaaaaag aaatggatgt gacaacttat tgcaggtgca cttttacatt tgcggccctc
     1501 atcaatagaa gagaacaaca cctatggcac aagatttaca cttagagaac atccgccgcg
     1561 agtactcctc gcgcagcctg agccgaaaag aactgcccaa cgatccgctc gaaatggtgg
     1621 atcaatggct caaagaggcc ctcgaaacgc aggtcaacga acccaccgcc atgatcgtgg
     1681 ccacggctac gccagacggt cggccgagcg tccgcacggt cctgctcaag gaagttgtgg
     1741 gcggccgctt cgtcttttac tctaactatg agagccgcaa agggcgacag atggctgaga
     1801 acccgcacgt ggctgtcacc ttcctctggc acgagttgga gcggcagatt catgtcgagg
     1861 gcaccgtcac gcggctcagc tccgaggaga gcgacgccta tttcgccatg aggccctaca
     1921 agagccgcgt cggggcgcgc atttcaccgc agagtcagcc catcccctcg cgcgaataca
     1981 ttatgatgcg cttcgcctcg gagagcctgc gcttcgtcgg ccgcgaggtg ccccggcctg
     2041 acaactgggg cgggtacgcc gtcacaccca gccgcatcga gttctggcag ggccgcgaca
     2101 gtcgactgca cgaccgcttc ctctacgagc tccaaccgga tggccactgg gatcttcacc
     2161 gccttgcccc ctgatcgctc ctccccatgt cgtccacccc gctacgcatc gagcatgtgg
     2221 cgctctacac cgctgatctg gaggctacgc gcgatttctt cgagcgttac ttccacgcca
     2281 ccgccggtcc gctctatcac aacccgacga agcagttccg gtcgtacttc ctcacctttc
     2341 ccggcggcgg cgcacggctg gagatcatga cacgcccggc gttgctccca tccgccacgg
     2401 ccgacagtct cggctacgcc cacatcgccc tcagcgtggg tagcccggcg gaggtagacg
     2461 ccttgaccga tcggctgcgg cacgacggtt acgcagtcct cagcggccca cgcaccaccg
     2521 gcgacggata ctacgaaagc gtcgtagctg ccgtcggcgg tctcacgatc gagatcaccg
     2581 tctgatgtgg gtgttgagtt gttggtttgt tggtttgttg agttgttgag ctgttatggt
     2641 gcgtacccgg caaacttggc aggcgtccct gacgccttga gctgttatgg tgcgtacccg
     2701 gcaaacttgg ttggcgtccc tgacgccttg agctgttatg gtgtgtaccc ggcaaacttg
     2761 gcaggcgtcc ctgacgcctt gagctgttat ggtgcgtacc cggtaaactt ggttggcgtc
     2821 cctgacgcct tgagctgtta tggtgc
//
LOCUS       SEQF2634|AYYE01001204.1 2255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             19..222
                     /locus_tag="SEQF2634_01950"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECHHTTGKYDLFVKIYARDNEHLLSIIHKKLLPLGLARTETLI
                     SFKEGFRRRLPIDIGKLEKADEK"
     CDS             785..1426
                     /locus_tag="SEQF2634_01951"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P58495"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /translation="MKRLFLCSSFADVADLLPELVGKERGTVAFIPTAALHEEYNLYV
                     EEGRAALERLGYTVEELEITQATAEVIEQTLERNDCIYVSGGNPFFLMQELRRKSADR
                     AIVRRVKAGALYIGESAGSMIAAPNIAYAQVMDAVATAYTPNFCDFDALGLVDFYTVP
                     HYGCEPFEESAEETVRIYSHLSLRPITNTQAICVEGDRTQIVSIDSTPVSGGE"
     CDS             1525..1785
                     /locus_tag="SEQF2634_01952"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKWFRILAIAATCASILMYVSYISQIQMNLSGQKGTPVQPLC
                     AAFNCMLWTTYGLFKKPSKDWPIILANIPGIILGIITFATSF"
ORIGIN      
        1 aagcagattc cggagattgt ggagtgtcac catacgacgg ggaaatacga cctctttgta
       61 aagatctacg ccagagataa tgaacatctg ctcagcatca tccataagaa gctattgcca
      121 ttaggattgg cgcggacgga gacgctgatc tctttcaaag aaggatttcg taggagactg
      181 ccgatcgata tcggtaagtt ggaaaaggcg gatgaaaaat agtcgcagag tggacattcg
      241 ggctgtggtc gttagaccgt ttgattggag ttgtatggtt ctacttttat cgctgacgag
      301 ttgcagcggg ggcgccgaca agagctacaa ttaggattgg cgcggacgga gacgttgatt
      361 tctttcaaag aaggattccg taggagactg ccgatcgata ttggcaagtt ggaaaaggcg
      421 gatgaaaaat agtcgcagag tggacattcg ggctgtgtcg ttggaccgtt tgattggagt
      481 tgcatggtta ctgctcctat cgctgacgag ttgcagcggg gggggcgtca acaagagcta
      541 caattaggat tggcacggac ggagacgctg atttctttca aggaaggatt tcgtaggcga
      601 ctgccaatcg atatcggtaa gctggaaaag gcggatgaaa aatagttgca gtgtagactt
      661 ttggactgtg gcgctgagcc gtttgattgg agttgcatgg ttgctacttc tatcgctaac
      721 gggttgcagc gggggccgtc gacaagagct acattgcgaa tcgcatcaaa cagagaagca
      781 tgttatgaag agattgtttt tgtgctcatc cttcgcggat gtggcagact tactacccga
      841 attggtggga aaggaacggg ggacggtagc ttttattccg actgcggcgc tccatgagga
      901 gtataacttg tacgtggagg aaggacgggc ggcgctcgag cggttgggct acacggtgga
      961 ggagttggag attacgcagg caacggccga agtgatcgag cagacattgg agagaaatga
     1021 ctgcatctac gtcagcggcg gcaatccgtt tttcctcatg caggaactta ggcggaagag
     1081 tgctgatcgg gcgattgtcc gtcgggtgaa ggctggggcg ctgtacattg gagagtcggc
     1141 ggggagcatg attgctgcgc cgaacattgc ctatgcacaa gtgatggacg ctgttgctac
     1201 ggcctacacg cccaacttct gtgattttga tgcgcttgga ctggtcgatt tctacacggt
     1261 gccccattac ggttgtgagc catttgagga gtcggccgag gagactgtgc ggatatatag
     1321 ccacctctct ctgcgaccaa tcacgaatac acaggcgatc tgtgtagagg gtgaccgaac
     1381 gcagattgtc tcgatagaca gcaccccggt tagcggaggg gagtagaccc tgcgctaacg
     1441 aatgaaaaag aaatggatgt gacaacttat tgcaggtgca cttttacctt tgcggcgatt
     1501 tatcactaca aataggacat tagtatgaac gagaaatggt ttcgcattct ggctatagca
     1561 gccacctgtg catcgatcct gatgtatgta tcgtacatct cgcaaatcca aatgaatctg
     1621 tccgggcaga agggaactcc cgttcagcct ctgtgcgcag catttaactg tatgctttgg
     1681 accacttacg ggttgtttaa gaagccatcg aaagattggc cgatcatcct ggccaatatc
     1741 cccggtatca tcttggggat aatcaccttc gccaccagct tctaagattc ggcaagtaac
     1801 ggtgaaccac cgatcccgaa gcgggctctt tgggagaaat gaaaaccgcg cgacgggcct
     1861 actactcgcc gcgcggtgtg tttttagccc cgttttcata aggaaagagg gcgcggagtt
     1921 tttcaatgtt gctcgggtgt tatcaggcgc ccatggcttt cgttatatca tcggcttcag
     1981 tgtctctgcc cctctttctt ctccatataa tccccctaac attaaagaac aagacgtatg
     2041 acaaatccga tttttgaaag tatggatcag gataagctgc gccgaatgat cgcgattcgc
     2101 gaggcttata atagcaagca actgaccata gacgaggcgc gagagcgcgt aagaaaagaa
     2161 gtgggcgagg tatcgcccga agaatttgcc gcggccgagc agttggtcaa ggacgagact
     2221 ccggacgaat gccgcgacga ggacacgcaa gagat
//
LOCUS       SEQF2634|AYYE01001205.1 1020 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(471..731)
                     /locus_tag="SEQF2634_01953"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKWFRILAIAATCASILMYVSYISQIQMNLSGQKGTPVQPLC
                     AAFNCMLWTTYGLFKKPSKDWPIILANIPGIILGIITFATSF"
ORIGIN      
        1 atctcttgcg tgtcctcgtc gcggcattcg tccggagtct cgtccttgac caactgctcg
       61 gccgcggcaa attcttcggg cgatacctcg cccacttctt ttcttacgcg ctctcgcgcc
      121 tcgtctatgg tcagttgctt gctattataa gcctcgcgaa tcgcgatcat tcggcgcagc
      181 ttatcctgat ccatactttc aaaaatcgga tttgtcatac gtcttgttct ttaatgttag
      241 ggggattata tggagaagaa agaggggcag agacactgaa gccgatgata taacgaaagc
      301 catgggcgcc tgataacacc cgagcaacat tgaaaaactc cgcgccctct ttccttatga
      361 aaacggggct aaaaacacac cgcgcggcga gtagtaggcc cgtcgcgcgg ttttcatttc
      421 tcccaaagag cccgcttcgg gatcggtggt tcaccgttac ttgccgaatc ttagaagctg
      481 gtggcgaagg tgattatccc caagatgata ccggggatat tggccaggat gatcggccaa
      541 tctttcgatg gcttcttaaa caacccgtaa gtggtccaaa gcatacagtt aaatgctgcg
      601 cacagaggct gaacgggagt tcccttctgc ccggacagat tcatttggat ttgcgagatg
      661 tacgatacat acatcaggat cgatgcacag gtggctgcta tagccagaat gcgaaaccat
      721 ttctcgttca tactaatgtc ctatttgtag tgataaatcg ccgcaaaggt aaaagtgcac
      781 ctgcaataag ttgtcacatc catttctttt tcattcgtta gcgctgggtc tactcccctc
      841 cgctaaccgg ggtgtctatc gagcaaatct tcgttaggtc gccctctaca cagatcgcct
      901 gtgtattcgt gatcgggcgc agaggcagat ggctatatgt ccgcacagtc tcctcagccg
      961 actcctcaaa tggctcacaa ccgtaatggg gcaccgtgta gaaatcgacc agtccaagcg
//
LOCUS       SEQF2634|AYYE01001206.1 2355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             962..1216
                     /locus_tag="SEQF2634_01954"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQVLLQGGDVSIIVGIVDKATISQXDVRAAIALSQSADELRVG
                     VGKQVGAEISAALCLNRLSDQGIRKRGFRECEDVGCXPAV"
     CDS             1277..1462
                     /locus_tag="SEQF2634_01955"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFHFATCRRIFLRCLFVRLRGICLAFVGRGFLVRFFFLTVPLRH
                     AKEWLRLPAGNRLAGLG"
ORIGIN      
        1 tcagcttcgc tcgttcaact tttccaatca cggcgatcgc ctcatctttg tagtatttga
       61 tcattatgta attgttgact gccttcacat gggtgttcct atcttttcga tctcgaccaa
      121 gccacacttc atcaggcgca tcagctactt cccggatggt attcaaaaac tcagtgcgga
      181 aagcccgttt ctttactgta tctgtagagt gtgcagtaaa cgccttcttt gtcatctgcc
      241 acacacggcc gacatagtct ttcaccttca atagttccat gccggcctca atgactttat
      301 tcgcatcaaa ccattcttcc ggtgatccct tgtatttggg tacctctttt tttgcttcat
      361 cttttagcac atcgatcgat ccctcaacgc cccattcttc cggggtgatc tgctcgatcg
      421 tcttatccgg catatccgta aagttgcgga tatacatctg attctccgtg aacaccgcgg
      481 cctcattagc ccgattgatg ccgaatccct gtgtctcgca ccgtttccat tcgggcgatt
      541 caaggtattc gtcgcattgc gcgcgcatag cttccatatc caaatcagcc ccttcatgcc
      601 tcattctggg ggtaatgtag caacggcagt tccatccgtt tggcggcata atcttttgcc
      661 agcgcgagtc ttctattggt agaatcagcc cctccaacgc ttggtgctcc tgccttacac
      721 ggttatctcc cacggtacgg tattcccaaa aggggaacac gttcgtttgc gccataaggc
      781 gccggtaggt gcttnccgat tcggccacgg atacggccgt attgtactcc gtncgcagcc
      841 attgctcatt gtagaccttn agcagcgctc tggccttctt nctgaaatcg ctgtagccct
      901 tgctctcgcg gaacagacgg tttaactcac tcacctcggc cagtgttttg gcggctgaga
      961 aatgaaacag gttttgctcc aaggcggtga tgtaagcatc atcgttggca ttgtagacaa
     1021 agccactatc agccagncgg acgtccgcgc ggcgatagcc ctttcgcagt ccgcggatga
     1081 gctccgtgtg ggtgtaggca aacaggtcgg cgctgaaata agcgcggccc tttgtctcaa
     1141 tcgtctgtcg gatcagggca tccgcaagcg tggcttccga gagtgtgagg atgtcggatg
     1201 tngcccggcn gtatgaccgg gcggggacga aaaaatcgaa caaccgggta aagaagttgc
     1261 cgcggtcgcg atccgcatgt ttcactttgc gacttgtcgg cgcatcttcc tccgctgcct
     1321 ttttgtcagg ctccggggta tctgcctggc cttcgtcggg cgcggcttcc tcgtccgttt
     1381 cttcttcctc actgtccccc tcaggcacgc taaagagtgg ctgcgcctgc cggcgggcaa
     1441 taggctcgcc gggctcgggt agagggatat tgtacttttc atgcaggtag ctctgcggga
     1501 tgggtaggat gtccgagagt tggatgatct caggcacctc gagctcgcga tcaaaagctc
     1561 ttgctctttc ttttgaatac ggtaaggtct cttggttgcg gagcgccgcc tgcttcctct
     1621 ccttttcccc tcccttgatg caagaaggag caaaagaaga ttaagggctg agcgcctgct
     1681 gttgcccggt agcgcctctt tgctggctaa cctgccttgt tgcccccctt ttcttccctt
     1741 gatggaagaa aaggggcaaa agaagatcaa gggctggacg cgcttcgctc gtcattgagg
     1801 gcgttctgcg gggctgaaat ccggcaactc gctccgctga cgcggagctc aaacactccg
     1861 gatttcgggc gccccgcctc actgctcatg acggctcacc gcgcataggc ccggggaggc
     1921 ctgacggcag atagcatact ccacactctg catgtacccg gcaaggttca ccggcggcct
     1981 tgagacgccc gtcggaggcg ttcatcgtgc cctgtgcatc acggtttgca gcttcgtctc
     2041 cgctactgcg tcatgccgct gatggcgctc gatacccggt tcacgaccga gggcacggtg
     2101 gtggtggagc gccgcctact ccctctcctt ttcccctttc ttgatgcaag aaaaggagta
     2161 aaagaagatc aagggctggg tatgctctct aaagccttcg agcccggacg ccttgcactt
     2221 catccattta tgagataccc tgagccatac gcagtgcgga gcgccacgcg gccacatcgt
     2281 ggacggtgcg ctgtcgcggg ctgcacgatg atctgcgtag agatggggcc agcggcggcc
     2341 tgtttatgct tcgtt
//
LOCUS       SEQF2634|AYYE01001207.1 1803 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1803
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             962..1216
                     /locus_tag="SEQF2634_01956"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQVLLQGGDVSIIVGIVDKATISQXDVRAAIALSQSADELRVG
                     VGKQVGAEISAALCLNRLSDQGIRKRGFRECEDVGCXPAV"
     CDS             complement(1386..1802)
                     /locus_tag="SEQF2634_01957"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSVVLSPEMLDDSYAFKDWAGIKSIHRITRKRYDKRQGKETTE
                     MSYYISSIKDSKRIFRAIRDHWKIENQLHYMLDVYLGEDGWSKRTGEAAINIELMAKI
                     DLFILQRLKAKIGKSIPRVQMFLAKINPLQLFELGL"
ORIGIN      
        1 tcagcttcgc tcgttcaact tttccaatca cggcgatcgc ctcatctttg tagtatttga
       61 tcattatgta attgttgact gccttcacat gggtgttcct atcttttcga tctcgaccaa
      121 gccacacttc atcaggcgca tcagctactt cccggatggt attcaaaaac tcagtgcgga
      181 aagcccgttt ctttactgta tctgtagagt gtgcagtaaa cgccttcttt gtcatctgcc
      241 acacacggcc gacatagtct ttcaccttca atagttccat gccggcctca atgactttat
      301 tcgcatcaaa ccattcttcc ggtgatccct tgtatttggg tacctctttt tttgcttcat
      361 cttttagcac atcgatcgat ccctcaacgc cccattcttc cggggtgatc tgctcgatcg
      421 tcttatccgg catatccgta aagttgcgga tatacatctg attctccgtg aacaccgcgg
      481 cctcattagc ccgattgatg ccgaatccct gtgtctcgca ccgtttccat tcgggcgatt
      541 caaggtattc gtcgcattgc gcgcgcatag cttccatatc caaatcagcc ccttcatgcc
      601 tcattctggg ggtaatgtag caacggcagt tccatccgtt tggcggcata atcttttgcc
      661 agcgcgagtc ttctattggt agaatcagcc cctccaacgc ttggtgctcc tgccttacac
      721 ggttatctcc cacggtacgg tattcccaaa aggggaacac gttcgtttgc gccataaggc
      781 gccggtaggt gcttnccgat tcggccacgg atacggccgt attgtactcc gtncgcagcc
      841 attgctcatt gtagaccttn agcagcgctc tggccttctt cctgaaatcg ctgtagccct
      901 tgctctcgcg gaacagacgg tttaactcac tcacctcggc cagtgttttg gcggctgaga
      961 aatgaaacag gttttgctcc aaggcggtga tgtaagcatc atcgttggca ttgtagacaa
     1021 agccactatc agccagncgg acgtccgcgc ggcgatagcc ctttcgcagt ccgcggatga
     1081 gctccgtgtg ggtgtaggca aacaggtcgg cgctgaaata agcgcggccc tttgtctcaa
     1141 tcgtctgtcg gatcagggca tccgcaagcg tggcttccga gagtgtgagg atgtcggatg
     1201 tngcccggcn gtatgaccgg gcggggacga aaaaatcgaa caaccgggta aagaagttgc
     1261 cgcggtcgcg atccgcatgt ttcactttgc gacttgtcgg cgcatcttcc tccgctgtct
     1321 ttttgtcaga ctctgaggca tctgccttgc cttcgtcgag acccggggct gacgcataat
     1381 ccgaactata gccccagttc gaagagttgc agcggattga tcttggctaa gaacatctgc
     1441 actcgtggaa tcgacttgcc gatctttgct tttagacgct gtaggatgaa aagatcgatt
     1501 ttggccatga gctctatgtt tatggccgcc tcccccgtac gcttgctcca accatcctcc
     1561 ccaaggtaaa catcaagcat gtagtgaagc tgattctcta ttttccagtg gtcgcggatg
     1621 gcgcggaaaa tacgcttgct gtcctttata gagctgatgt aataggacat ctctgtagtc
     1681 tctttaccct ggcgcttgtc gtaacgtttg cgcgtgatcc gatgaatact cttgatcccg
     1741 gcccaatctt taaaggcgta ggaatcatcg agcatttccg ggctcaagac tacgcttttc
     1801 atc
//
LOCUS       SEQF2634|AYYE01001208.1 2967 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2967
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             962..1216
                     /locus_tag="SEQF2634_01958"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQVLLQGGDVSIIVGIVDKATISQXDVRAAIALSQSADELRVG
                     VGKQVGAEISAALCLNRLSDQGIRKRGFRECEDVGCXPAV"
     CDS             1277..1462
                     /locus_tag="SEQF2634_01959"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFHFATCWRIFLRCLFVRLWGICLAFVEVSFLIRFFFLIIPLRH
                     AKERLRLPAGNRLAGLG"
     CDS             complement(2686..2880)
                     /locus_tag="SEQF2634_01960"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLGNACIDMELREKRYDSAIAWLRLVQKGDLSPDLPQRTAEPG
                     NESPIGKIHFGSNPKRGQHY"
ORIGIN      
        1 tcagcttcgc tcgttcaact tttccaatca cggcgatcgc ctcatctttg tagtatttga
       61 tcattatgta attgttgact gccttcacat gggtgttcct atcttttcga tctcgaccaa
      121 gccacacttc atcaggcgca tcagctactt cccggatggt attcaaaaac tcagtgcgga
      181 aagcccgttt ctttactgta tctgtagagt gtgcagtaaa cgccttcttt gtcatctgcc
      241 acacacggcc gacatagtct ttcaccttca atagttccat gccggcctca atgactttat
      301 tcgcatcaaa ccattcttcc ggtgatccct tgtatttggg tacctctttt tttgcttcat
      361 cttttagcac atcgatcgat ccctcaacgc cccattcttc cggggtgatc tgctcgatcg
      421 tcttatccgg catatccgta aagttgcgga tatacatctg attctccgtg aacaccgcgg
      481 cctcattagc ccgattgatg ccgaatccct gtgtctcgca ccgtttccat tcgggcgatt
      541 caaggtattc gtcgcattgc gcgcgcatag cttccatatc caaatcagcc ccttcatgcc
      601 tcattctggg ggtaatgtag caacggcagt tccatccgtt tggcggcata atcttttgcc
      661 agcgcgagtc ttctattggt agaatcagcc cctccaacgc ttggtgctcc tgccttacac
      721 ggttatctcc cacggtacgg tattcccaaa aggggaacac gttcgtttgc gccataaggc
      781 gccggtaggt gcttnccgat tcggccacgg atacggccgt attgtactcc gtncgcagcc
      841 attgctcatt gtagaccttn agcagcgctc tggccttctt nctgaaatcg ctgtagccct
      901 tgctctcgcg gaacagacgg tttaactcac tcacctcggc cagtgttttg gcggctgaga
      961 aatgaaacag gttttgctcc aaggcggtga tgtaagcatc atcgttggca ttgtagacaa
     1021 agccactatc agccagncgg acgtccgcgc ggcgatagcc ctttcgcagt ccgcggatga
     1081 gctccgtgtg ggtgtaggca aacaggtcgg cgctgaaata agcgcggccc tttgtctcaa
     1141 tcgtctgtcg gatcagggca tccgcaagcg tggcttccga gagtgtgagg atgtcggatg
     1201 tngcccggcn gtatgaccgg gcggggacga aaaaatcgaa caaccgggta aagaagttgc
     1261 cgcggtcgcg atccgcatgt ttcactttgc gacttgttgg cgcatcttcc tccgctgcct
     1321 ttttgtcagg ctctggggca tctgccttgc cttcgtcgag gtcagcttcc tcatccgttt
     1381 cttcttcctc attatccccc tcaggcatgc taaagagcgg ctgcgcctgc cggcgggcaa
     1441 taggctcgcc gggctcgggt agagggatgt tgtacttttc atgcaggtag ctctgcggga
     1501 tgggtaggat gtccgagagt tggatgatct cgggcacctc gagctcgcgt ttggcatcca
     1561 tgtagcggaa ctttccgccg gtgatcggat agccgcggcg gatgagcatg ggcacgaaat
     1621 agcgattgag catgcgctcc acgaaccgcc tatcggcacg gtgcttcttt tcttgaacag
     1681 ccatgtgcac ctgtccctgc gccagcgaac tgccgtctac ggtggtcatc gtctgcccca
     1741 aaatggtgat caggatttcc tccgtgcaag cctgccggaa ctctttatat agaagcccgt
     1801 tgccagacgc agcgttggct tcctgcgtgg cctccgtctc tttggggata acgagataag
     1861 gcgccgatcc ggccgtctca aaagcacgga tcaattcgcg gcggctggct tcatccattg
     1921 cgctgtattt gccgatgcga aggggcatgc cgaacagctc gacaaactgc gcccagtcgc
     1981 caaatccgcc gcgtttgtag atgaccagtg gcgagacttt cagcagtagc ccgaggtcgt
     2041 cgtctttgcc ccactggatc acccgatcat caccagcgta ggagatgccg cggtcgtccg
     2101 tctgctgcct tacgatctct ttcaacttcg ggcggatgtg cttccgattg atggatgtaa
     2161 aacggaaggt gtgctcctcg tcaaaatcga actcgtcgac ggagataccc cagaatttgg
     2221 ccatcataat ctcgccgatt agttcctcga actcgaccgt atccatcaga tcatacatca
     2281 catccacgtc tttgttgtcg atcgtaaacg acagatcggc gtctttgacg gcgtcgatac
     2341 gtttgtcgat ggcgtcggca agcacgccat ccagcaggat gtcgctatac aggtcgtaga
     2401 gctttgtacg gttaccgttg tcggccatac gcagtgcgga gcgccacgcg gccacatcgt
     2461 ggacggtgcg caccacgggc tgcacgatga tctgcgtaga gatggggcca gcggcggcct
     2521 gtttatgctt cgttttattg ctcattaaat ggcgtttaat cgatgtttaa tcagtgttga
     2581 attgtttagg gcttcgccct gtttagttgt ttagttgttg aaaaattcaa cgaataaacg
     2641 gggcgaagcc cccaacaact aaacaggccg caaggcctaa acagcttaat aatgctggcc
     2701 gcgtttggga ttgctgccaa agtggatctt tccgatcggc gactcattgc cgggctcagc
     2761 agtgcgctgg ggtaggtctg gcgagagatc gcccttttgc acaagccgga gccacgcgat
     2821 agcgctgtcg taacgctttt cgcgcagttc catatcgata caggcattcc cgaggttcac
     2881 aaaatgccac acggcaatgt ctttgacaaa tagcagcaac agcgcattgc gcgcctcacc
     2941 ttcggctgag aaaatggcgg ccgtatc
//
LOCUS       SEQF2634|AYYE01001209.1 2979 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2979
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             6..1919
                     /gene="macB_3"
                     /locus_tag="SEQF2634_01961"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0TJH0"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MARKIFGQESAVGKKLINPYLTLTVGAVYRDFPDNTLVSNVIYH
                     AISEQENKTNWGNWNYSAFIRVDDAANLPTIEENFKEHFTNVLKEQFGAEGVAEWEAV
                     GADLRFTPLPDVHFVSNVQFDNMPKANAQALHVLTAIAFVVLLIAGINFTNFSIALTP
                     MRIRSINTQKVLGSSVGNIRRALVAESILISLAAYILAVGLVALFARSPLSALVSTDL
                     GILSHKVVVGATALIALFTGLAAGIYPAFYMTSFPPALILKGSFGLSTRGRALRNALI
                     GVQYFASFALIIGAGCMYLQNHFMQHAPLGYERDQIIIAELSDEGRAHPETFMNKMKS
                     YAGVSGITRSEQILSSADSYMTWGRDYRGKQIDYVVIPVEASFLDVLGIPAIEGRTFR
                     TEDALTRHGAYVFNERAKQEYGLELGTMIDSTQIVGFMPDVKFASFRNAVEPMAFYVW
                     GKENWGNNSRYVYIRMKAGTDMRAAMEHVQSVLKELDPDYPFNVFFFDKVLQQLYEKE
                     RAVGSLITLFSAIAIFISMVGVFGLVVFDSEYKRKEIGIRKVFGSSTRQILVRFNRTY
                     FKIVIVCFVAAAPVAYYGVSQWLTNFAYRTPIRWWIFALAFIAVTAITFFTVTFQNWR
                     AANANPVDSLKSE"
     CDS             complement(2194..2322)
                     /locus_tag="SEQF2634_01962"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYFKRNKETSAKLQETIMRSKKVPGKLLRSRFRAFS"
     CDS             complement(2530..2784)
                     /locus_tag="SEQF2634_01963"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYLKRDKEARAKLHVSGQTSPAAEAALIFFCLLFFYQE
                     KKRRDLFCEKEETSVKLQETIMHSKKVPGKLLGSRLGAFS"
ORIGIN      
        1 agagtatggc ccgcaagata tttggccagg aatcagcagt cgggaaaaag ctcatcaacc
       61 catatctcac gctgacggta ggtgcggtgt atcgcgactt ccccgataac acgctggtga
      121 gtaacgtgat ttatcacgcc atctcagagc aagagaataa aacgaactgg ggcaattgga
      181 actactctgc ctttattcgg gtggacgacg cggctaacct cccgaccatt gaagagaact
      241 tcaaagagca ttttacgaat gtcttgaagg aacaattcgg agcggaaggt gtcgcggagt
      301 gggaagcggt aggtgccgac ctgcgtttta ctcccctgcc ggatgtgcac ttcgtttcta
      361 atgtgcagtt tgacaacatg ccgaaagcca acgcccaagc cctgcatgtg ttgacggcca
      421 tcgcattcgt cgtgctcctg atcgcgggaa taaatttcac caacttcagc attgcactca
      481 cgcccatgcg cattcgaagc atcaacacgc agaaagtact cgggagttcg gtcgggaata
      541 tccgccgcgc tttggtggca gagtctattt tgatcagttt ggccgcatac attttggcgg
      601 tagggcttgt tgcgctcttt gcgcgtagcc cgctttctgc attagtctct acggacctcg
      661 gaattttatc gcacaaagtc gttgtaggag caacggcgtt aatagcttta ttcacaggac
      721 ttgcagcggg catttatccg gctttttata tgacatcttt tccgcccgca ctcattctga
      781 aaggcagttt tggcctatcc acacgcggac gggccttgcg caacgccctg attggtgtgc
      841 aatactttgc atcattcgcg ctcatcatcg gggcggggtg tatgtatttg caaaatcact
      901 ttatgcagca cgcgccgctg ggttacgaac gtgatcagat cattattgcc gagctgagcg
      961 atgagggccg agcgcatccg gagactttta tgaacaaaat gaagtcgtac gcaggtgttt
     1021 caggcattac gcgctccgaa caaatcctat ccagtgcgga ttcatacatg acttggggcc
     1081 gggattatcg cggcaaacag atagattacg tagttatccc cgtggaagct tcgttcctcg
     1141 atgttttggg cattccggcc atcgaggggc gaacgttccg aacggaagat gcccttacgc
     1201 gacatggggc atatgtattt aatgaacgcg cgaagcaaga atatgggctg gaattaggca
     1261 cgatgatcga cagcacccaa atcgtcggct ttatgccaga cgtgaagttt gcatcgttcc
     1321 gtaatgcggt cgagccgatg gcgttctatg tgtggggaaa ggaaaattgg ggaaacaact
     1381 cccgctacgt ttatatccgc atgaaagcgg gcacagatat gcgtgctgca atggagcatg
     1441 tacagtctgt gctgaaggaa ttggatccgg actatccctt caacgtattt ttcttcgata
     1501 aagtcctcca gcaactctac gagaaggagc gcgccgtcgg ttctttgatc acgctgttca
     1561 gcgcgatagc cattttcatc tcgatggtgg gcgtgttcgg cctcgtggtc ttcgacagcg
     1621 agtataaaag gaaggagatc ggtatccgga aggtttttgg ctcgtctaca aggcagattc
     1681 tggttcgttt taatcgcacc tatttcaaga ttgtgatcgt gtgcttcgtc gcggccgccc
     1741 ccgtcgccta ttatggcgtg tcgcaatggc tcacgaactt cgcctaccgc acaccgatcc
     1801 gctggtggat cttcgcactc gcatttatcg ccgtgacagc aatcacgttt ttcacggtaa
     1861 cgtttcaaaa ctggcgcgcc gccaatgcca atccggtaga cagcctcaag agcgaataaa
     1921 aaggtatagc gaaacggcaa gaacgaaaaa cgccccctac cgagagccga gcagtttgcc
     1981 gagtactttt ttcgagcgca tgattgtctc ccgcaacttg gcaggcatcc ctttgttacg
     2041 tttaaggtac tcggcaaact tccccggccc ctctttgtcg tctttaaggt atccggacaa
     2101 cttggcaggc ggccctgccg ccttgatttt cttttgcctc cttttctttc atcaaggaaa
     2161 gaaaaggaga aagaagagct ttcatctctc acatcaagaa aaagcccgaa atcgagagcg
     2221 gagcagtttg ccgggtactt ttttcgagcg catgattgtc tcctgcaact tggcagaggt
     2281 ctctttgtta cgtttgaagt atccggctaa cttggcaggc atccctgatg ccttgatttt
     2341 cttttgtctc cttttctttc atcaaggaaa gaaaaggaga aagaggagct ttcatttctc
     2401 acatcaagaa aagaaaagaa gaaagagaag cctccatttt gcgcatcaag aaaagaaaag
     2461 gagaaagagg tgctttcatt ttgcgcatca aggaaagaaa aggagaaaga ggcgctttca
     2521 tctctcgcat caagaaaaag cccccaatcg agagccgagc agtttgccgg gtactttttt
     2581 cgagtgcatg attgtctcct gcaacttgac agaggtctct tctttctcgc aaaaaaggtc
     2641 ccttcttttc ttctcttgat agaagaaaag aaggcaaaag aagatcaagg cggcttcggc
     2701 cgccggcgaa gtttggccgg atacatgcaa cttggcacga gcctctttgt cgcgtttgag
     2761 atacccggcc aacttggcag gcatccctga tgccttgatt ttcttttgcc accttttctt
     2821 gcatcaagga aagaaaagga gaaaggatcc aagcaattca aatacagttt ctccgatatg
     2881 aaaacgatat cccgcaacct accgtcagcg tgagatatgg gttgatgagc tttttcccga
     2941 ctgctgattc ctggccaaat atcttgcggg ccatactct
//
LOCUS       SEQF2634|AYYE01001210.1 7005 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7005
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             6..1919
                     /gene="macB_4"
                     /locus_tag="SEQF2634_01964"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0TJH0"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MARKIFGQESAVGKKLINPYLTLTVGAVYRDFPDNTLVSNVIYH
                     AISEQENKTNWGNWNYSAFIRVDDAANLPTIEENFKEHFTNVLKEQFGAEGVAEWEAV
                     GADLRFTPLPDVHFVSNVQFDNMPKANAQALHVLTAIAFVVLLIAGINFTNFSIALTP
                     MRIRSINTQKVLGSSVGNIRRALVAESILISLAAYILAVGLVALFARSPLSALVSTDL
                     GILSHKVVVGATALIALFTGLAAGIYPAFYMTSFPPALILKGSFGLSTRGRALRNALI
                     GVQYFASFALIIGAGCMYLQNHFMQHAPLGYERDQIIIAELSDEGRAHPETFMNKMKS
                     YAGVSGITRSEQILSSADSYMTWGRDYRGKQIDYVVIPVEASFLDVLGIPAIEGRTFR
                     TEDALTRHGAYVFNERAKQEYGLELGTMIDSTQIVGFMPDVKFASFRNAVEPMAFYVW
                     GKENWGNNSRYVYIRMKAGTDMRAAMEHVQSVLKELDPDYPFNVFFFDKVLQQLYEKE
                     RAVGSLITLFSAIAIFISMVGVFGLVVFDSEYKRKEIGIRKVFGSSTRQILVRFNRTY
                     FKIVIVCFVAAAPVAYYGVSQWLTNFAYRTPIRWWIFALAFIAVTAITFFTVTFQNWR
                     AANANPVDSLKSE"
     CDS             complement(2194..2322)
                     /locus_tag="SEQF2634_01965"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYFKRNKETSAKLQETIMRSKKVPGKLLRSRFRAFS"
     CDS             complement(2530..2784)
                     /locus_tag="SEQF2634_01966"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYLKRDKEARAKLHVSGQTSPAAEAALIFFCLLFFYQE
                     KKRRDLFCEKEETSVKLQETIMHSKKVPGKLLGSRLGAFS"
     CDS             3046..5427
                     /locus_tag="SEQF2634_01967"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTISRNLLSIVRRFRVATVLNVFGLSFAFAAFMTILMQVDYER
                     NFDRCHPEAEHIFRVDLSQPGEFSTVLPRAFVEAVIASSPHIEAGTLINPFVGEVYFT
                     VVGNDGTRHGFRETVQTCHPTLVRTFNFPITEGDTDCLRSPDKVLIPESMARRLFGSV
                     SAVGRPLRAEESIWSKSRDDDSTQLELTVGAVYRDFPGNTQLRNVIYTAIDGAFLKEN
                     YDASNFICYVRLDNAASAVDVEENFNRHFNFSQIGHPVEQMKLTPLTSIYFMNESGDG
                     RLFRSGNADVVNLLMGIALLILVIAAVNYTNFSTAMTPLRMKSINTQKVLGSTNSALR
                     LSLLIEACAICLTAFLLAVILVWGMHQSRLLAFVEADTSPLHHPVLLLVTAVVSLLVG
                     LAAGVYPAYYMTSFPPAMVLKGSFGLSPRGRRLRLMLVSLQFVISITLIIGAGFVQLQ
                     NRFLRTHTIGFDRDQIAVVELNGAIAGHHAREYVDGLKSYAGIEDVAFASEKIGAKDV
                     YMTESSDYNGRNFSYNLIYVSWNFLRTMGIHIVDGRDFTEADARSDRPAFIFNDHARR
                     SLQMSVGPFKYWRDNLGDLVGFTGDLHIASLRQESTNICLAASPLGSRLPVSYIRLKS
                     GTDVRAATAHIRKTVAAIDPSFPIDITFYDTIYDELYHRETTLRTLITFFGLLAMLLS
                     LVGVFGLVVFDSEYRRKEIGLRKVFGSSTGQILVLFNRTYLRIVAICFVVASPVAYYC
                     VTKWLEHFAYRTPIRWWVFAIAFVAVSAITFITVTFQNWRSANANPVDSLKNE"
     tRNA            5675..5751
                     /locus_tag="SEQF2634_01968"
                     /product="tRNA-Asp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asp(gtc)"
     CDS             6136..6744
                     /locus_tag="SEQF2634_01969"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIFRTAFYLRSNYVNKDGKVPVMLRIYLNNERLSLGSTGIAI
                     LRSQWDSKKERVKGRSTEVLSLNLELDNIQNGLLNIFRRMEFDESLSLERIKMEFLGK
                     KEDIGTIMELFDRHIADVKKQVGVSVSAATWQKYNLCKKHFTVFLKSKYRRTDLKLSE
                     LTYVVLHDFDIYLRTTAQHGHQDAENLQDHYNLRGEVGCSPP"
ORIGIN      
        1 agagtatggc ccgcaagata tttggccagg aatcagcagt cgggaaaaag ctcatcaacc
       61 catatctcac gctgacggta ggtgcggtgt atcgcgactt ccccgataac acgctggtga
      121 gtaacgtgat ttatcacgcc atctcagagc aagagaataa aacgaactgg ggcaattgga
      181 actactctgc ctttattcgg gtggacgacg cggctaacct cccgaccatt gaagagaact
      241 tcaaagagca ttttacgaat gtcttgaagg aacaattcgg agcggaaggt gtcgcggagt
      301 gggaagcggt aggtgccgac ctgcgtttta ctcccctgcc ggatgtgcac ttcgtttcta
      361 atgtgcagtt tgacaacatg ccgaaagcca acgcccaagc cctgcatgtg ttgacggcca
      421 tcgcattcgt cgtgctcctg atcgcgggaa taaatttcac caacttcagc attgcactca
      481 cgcccatgcg cattcgaagc atcaacacgc agaaagtact cgggagttcg gtcgggaata
      541 tccgccgcgc tttggtggca gagtctattt tgatcagttt ggccgcatac attttggcgg
      601 tagggcttgt tgcgctcttt gcgcgtagcc cgctttctgc attagtctct acggacctcg
      661 gaattttatc gcacaaagtc gttgtaggag caacggcgtt aatagcttta ttcacaggac
      721 ttgcagcggg catttatccg gctttttata tgacatcttt tccgcccgca ctcattctga
      781 aaggcagttt tggcctatcc acacgcggac gggccttgcg caacgccctg attggtgtgc
      841 aatactttgc atcattcgcg ctcatcatcg gggcggggtg tatgtatttg caaaatcact
      901 ttatgcagca cgcgccgctg ggttacgaac gtgatcagat cattattgcc gagctgagcg
      961 atgagggccg agcgcatccg gagactttta tgaacaaaat gaagtcgtac gcaggtgttt
     1021 caggcattac gcgctccgaa caaatcctat ccagtgcgga ttcatacatg acttggggcc
     1081 gggattatcg cggcaaacag atagattacg tagttatccc cgtggaagct tcgttcctcg
     1141 atgttttggg cattccggcc atcgaggggc gaacgttccg aacggaagat gcccttacgc
     1201 gacatggggc atatgtattt aatgaacgcg cgaagcaaga atatgggctg gaattaggca
     1261 cgatgatcga cagcacccaa atcgtcggct ttatgccaga cgtgaagttt gcatcgttcc
     1321 gtaatgcggt cgagccgatg gcgttctatg tgtggggaaa ggaaaattgg ggaaacaact
     1381 cccgctacgt ttatatccgc atgaaagcgg gcacagatat gcgtgctgca atggagcatg
     1441 tacagtctgt gctgaaggaa ttggatccgg actatccctt caacgtattt ttcttcgata
     1501 aagtcctcca gcaactctac gagaaggagc gcgccgtcgg ttctttgatc acgctgttca
     1561 gcgcgatagc cattttcatc tcgatggtgg gcgtgttcgg cctcgtggtc ttcgacagcg
     1621 agtataaaag gaaggagatc ggtatccgga aggtttttgg ctcgtctaca aggcagattc
     1681 tggttcgttt taatcgcacc tatttcaaga ttgtgatcgt gtgcttcgtc gcggccgccc
     1741 ccgtcgccta ttatggcgtg tcgcaatggc tcacgaactt cgcctaccgc acaccgatcc
     1801 gctggtggat cttcgcactc gcatttatcg ccgtgacagc aatcacgttt ttcacggtaa
     1861 cgtttcaaaa ctggcgcgcc gccaatgcca atccggtaga cagcctcaag agcgaataaa
     1921 aaggtatagc gaaacggcaa gaacgaaaaa cgccccctac cgagagccga gcagtttgcc
     1981 gagtactttt ttcgagcgca tgattgtctc ccgcaacttg gcaggcatcc ctttgttacg
     2041 tttaaggtac tcggcaaact tccccggccc ctctttgtcg tctttaaggt atccggacaa
     2101 cttggcaggc ggccctgccg ccttgatttt cttttgcctc cttttctttc atcaaggaaa
     2161 gaaaaggaga aagaagagct ttcatctctc acatcaagaa aaagcccgaa atcgagagcg
     2221 gagcagtttg ccgggtactt ttttcgagcg catgattgtc tcctgcaact tggcagaggt
     2281 ctctttgtta cgtttgaagt atccggctaa cttggcaggc atccctgatg ccttgatttt
     2341 cttttgtctc cttttctttc atcaaggaaa gaaaaggaga aagaggagct ttcatttctc
     2401 acatcaagaa aagaaaagaa gaaagagaag cctccatttt gcgcatcaag aaaagaaaag
     2461 gagaaagagg tgctttcatt ttgcgcatca aggaaagaaa aggagaaaga ggcgctttca
     2521 tctctcgcat caagaaaaag cccccaatcg agagccgagc agtttgccgg gtactttttt
     2581 cgagtgcatg attgtctcct gcaacttgac agaggtctct tctttctcgc aaaaaaggtc
     2641 ccttcttttc ttctcttgat agaagaaaag aaggcaaaag aagatcaagg cggcttcggc
     2701 cgccggcgaa gtttggccgg atacatgcaa cttggcacga gcctctttgt cgcgtttgag
     2761 atacccggcc aacttggcag gcatccctga tgccttgatt ttcttttgcc accttttctt
     2821 gcatcaagga aaggccctct gccgagggcg gggaagtttt ccgggtactt ttttcgagtg
     2881 catgattgcc tcccgcaact cggcgtgacc ctctttgtcg cgtttgaagt acccggacaa
     2941 cttggcaggc atccctgatg ccttgatttt cttttgtctc cttttctttc atcaaggaaa
     3001 gaaaaggaga aaggatccaa gcaattcaaa tacagtttct ccgatatgaa aacgatatcc
     3061 cgcaacctac tcagcatcgt ccgccgcttc cgtgtggcga ccgtgctcaa cgtcttcggc
     3121 ctctcattcg cctttgcagc cttcatgacg attctcatgc aggtcgatta cgagcgaaat
     3181 tttgaccgct gtcaccccga ggccgaacat atttttcgag tggatctctc gcaacccggc
     3241 gagttctcca ctgtcctgcc gcgtgccttc gtggaggccg tcatcgcctc gtccccacat
     3301 attgaagcag gcacgctgat caaccccttc gtcggcgagg tctattttac ggtcgtggga
     3361 aacgacggca cccgtcatgg cttccgcgaa acagtgcaga cgtgtcaccc gacgctcgtc
     3421 cgaacattta atttccccat tacggaaggc gacaccgatt gtctccgcag tccggataag
     3481 gtgctgatcc ccgagagcat ggctcgccga ctttttggat ccgtgtcggc cgtcgggcgt
     3541 ccattgcgcg ccgaagaatc gatctggagc aaaagccgcg acgacgatag cacgcagttg
     3601 gagcttacgg tgggtgccgt ctaccgtgat tttccgggga atacgcagct gcgcaacgtc
     3661 atctataccg ccatcgatgg agcatttctg aaggagaatt acgacgccag caacttcatc
     3721 tgttacgttc gcttggacaa tgccgcctca gccgtcgacg tagaggaaaa cttcaatcga
     3781 catttcaact ttagccaaat cggccatccg gttgagcaga tgaagctcac gcccctcacc
     3841 agtatctatt ttatgaacga gagcggcgac ggacgtcttt ttcggagtgg taacgccgat
     3901 gttgtgaatc tacttatggg catcgcactg ctgatacttg tcattgcagc agtgaattac
     3961 accaatttca gcaccgccat gacgccgctg agaatgaaga gcatcaatac gcagaaagtt
     4021 ttaggcagta caaattctgc tcttcgcctc tcactactga tcgaggcttg tgccatttgt
     4081 ctcacggcgt ttttgctcgc ggtaatactt gtttggggca tgcatcagag ccgtttgctg
     4141 gctttcgttg aggccgacac atcgccgctt catcacccgg tacttttatt ggttaccgcc
     4201 gttgtgtcgt tactcgtcgg cctcgcagca ggcgtctatc cggcttacta catgacctct
     4261 ttcccacctg cgatggtgct gaagggtagc ttcggcctct caccccgcgg gaggaggctc
     4321 aggctcatgc tcgtcagcct gcaattcgtc atatcgataa cgctgatcat tggcgcgggc
     4381 ttcgttcagt tgcaaaaccg ttttctgcgc acccacacca tcggctttga ccgcgatcaa
     4441 atcgccgtgg tagagctcaa cggagccatc gctggtcatc atgcccgtga gtatgtcgac
     4501 ggattgaaat cttatgcagg tattgaggac gtggcgtttg cctcggagaa gatcggtgcg
     4561 aaagatgtct acatgacgga atcgtcggac tacaacggcc gcaatttttc ctacaatcta
     4621 atctacgtat cgtggaactt cctccggaca atgggcattc acatagtcga cggccgcgat
     4681 ttcaccgagg ccgatgcgcg cagtgatcgg ccagccttta ttttcaacga tcacgctcgg
     4741 cgcagtctgc agatgtccgt cggtcctttc aaatattggc gtgacaactt gggcgacctt
     4801 gttggcttca cgggcgactt gcatatcgct tcgctgcgac aagaatcgac caacatatgc
     4861 cttgctgcca gtccgctcgg ctcccgtctg cccgtctctt acatccgcct aaagtccggc
     4921 accgacgttc gcgccgctac agcacacatc cgaaagaccg tagccgccat cgatccctct
     4981 tttccgatcg atatcacctt ctacgacaca atttacgacg agctttatca ccgcgaaacg
     5041 acactacgca cgctcatcac attttttggt ctgctggcca tgttactgtc tctcgtcggc
     5101 gtatttggcc tcgtggtgtt tgacagcgag taccgtcgca aggagatcgg cctccgcaaa
     5161 gtcttcggat cgtctaccgg acaaattctt gtcctattca atcgcactta tctgcgtatt
     5221 gtcgctatct gctttgttgt agcctcgccc gtggcttatt actgcgtaac aaaatggctc
     5281 gaacatttcg cctaccgtac cccgattcgt tggtgggtat ttgcaatagc atttgtagcc
     5341 gtctcggcca tcacttttat caccgtaacg ttccagaatt ggcgctcggc taatgctaat
     5401 ccagtggaca gtctaaaaaa tgagtgagga cagagagaaa gagagccgtg cttctgcaca
     5461 ggcctcaatt gactattaaa tcactcattt tcagattgca ggtagggggt tggcatgcga
     5521 tgtattcctc ttgaattgta cgcatgcccc tctttcctga gattttttct cgagaaattt
     5581 tgcgtgaaag ctttgcgcgt ttgaaaaagc cattatcttt gcagcgcaat cgaggaaacg
     5641 aagagacgtt caaacaagag attgctccca atatggtgtg gtagttcagc tggttagaat
     5701 acctgcctgt cacgcagggg gtcgcgggtt cgagtcccgt ccataccgcc ataagtactc
     5761 tgaaaaggtc attcagagat cctttaggga aaacgtaagt gccataactt gaacgagtta
     5821 tggcactttt cttttgtgcc tacccttcat ttcagagcac gtattgaagc ggccgaaacg
     5881 ctcaaaatac tccccaacgg ctacaatttg gctacaactt tttcggccaa atgaaaattg
     5941 tagccaagag tccgtagaga gcacgtatgg agtactcata tatagctgtt atccagtcat
     6001 ctatgtggaa ctttgcaagc gtgattgaag agaagaagtt tacgccaaaa cacccgtatt
     6061 cggctacaat cggaaggtgc cttggctaca cttcttttct gaaggtcatg gctgcagcca
     6121 aaaacagtca tgtgtatgaa gaccatattc agaaccgctt tctatctcag aagcaactac
     6181 gtgaacaaag acgggaaggt gcccgtcatg ctgagaatct atctcaacaa cgagcgactc
     6241 tcactcggct ctaccggtat tgccatcctt cgttctcaat gggacagtaa gaaggagcgc
     6301 gtgaaaggca gaagcacgga agtgctcagc ctcaatctcg aattggataa catccaaaac
     6361 ggattgctaa acatctttcg gaggatggag ttcgacgaaa gtctatcctt ggagcgcatc
     6421 aaaatggagt tcctcggaaa gaaagaggac atcggtacga tcatggagct tttcgacagg
     6481 catatcgccg atgtcaaaaa gcaggtcggt gtgtcggttt ctgccgcgac atggcagaag
     6541 tataatctgt gcaaaaagca tttcacggtc ttcctgaaaa gcaaatacag acgtaccgac
     6601 ttgaagctct ctgaactgac ctacgtggtg ctccacgact tcgacattta ccttcggaca
     6661 accgcacaac acggccacca agacgctgaa aaccttcaag accattacaa tcttcggggg
     6721 gaagttgggt gttctccacc atgacccctt tgtcaacctc cacttccata tggagccagt
     6781 agatagaggc tttctgacgg acgaagagat ccttcgagtg gccaacaagg atttgggtat
     6841 ccagcggctg gagctggtgc gggacatctt catcttttcc tgcttcactg gactggctta
     6901 catcgacgtg tccaacctca cgccagacca catcgtgacg atggacgaca agcagtggat
     6961 catgaccaag cgacagaaaa cgagcgtgga aaccaacgtg ctgct
//
LOCUS       SEQF2634|AYYE01001211.138808 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..38808
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(322..1221)
                     /gene="ddh"
                     /locus_tag="SEQF2634_01970"
                     /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="MKKIRAAVVGYGNIGRYTLEAIEAAPDFEVAGIIRRNPQAPFPE
                     PFRSYPVTDHLEKLEAVDVAILATPTRSVEAYAKVALALGIRTVDSFDIHTQIADLRR
                     TLDVEAKRHGVVSVVAAGWDPGSDSVVRALLQAIVPEGITYTDFGPGMSMGHTVAVKA
                     VEGVRAALSMTIPMGTGVHRRMVYVEIEDGYDFDTVADAIRRDDYFVHDETHVVRVDS
                     VEALKDVGHGVHLTRKGVSGVTHNQRISFDMQINNPALTGQILVAAARAAMRLQPGAY
                     TMIEIPPVDLLPGDREAWIGRIV"
     tRNA            complement(1246..1320)
                     /locus_tag="SEQF2634_01971"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(cct)"
     CDS             complement(1406..1987)
                     /gene="sodB"
                     /locus_tag="SEQF2634_01972"
                     /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
                     GTEYASKPLEEIVKTAPAGGIFNNAGQLLNHTLYFLQFKSPVENNKPTGKIAEAINRD
                     FGSFEAFQKAFGDAAATLFGSGWAFLSVDQNGKLVITQEPNGANPVVRGYKPIFGLDV
                     WEHAYYLDYQNRRADHIKAVWDIVDWDVVGSRL"
     CDS             complement(2185..2910)
                     /gene="recO"
                     /locus_tag="SEQF2634_01973"
                     /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="MLHKTRGIVLHTLPYGDKYLIVAIYTELFGRVGYLITPARRGKG
                     GVAQALVMPLSLLELEVEHRNDRDLQRIREARSLSLPTALQTHPVKNAEALFLAEILY
                     RVIREKESDPPLFHFLFDAVRHLETADAGIANFHLTFLFRLAVYLGIRPNRETYVEGR
                     YFDLLEGIFTEEVPLHGRYLNADDSRVMARLTKMTFANMSLFAFSHTERSAILGHVLD
                     FYRLHLPGFPELKSLEVLRALFE"
     CDS             complement(2914..3387)
                     /gene="ispF"
                     /locus_tag="SEQF2634_01974"
                     /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="MRIGFGYDVHTFAPDRELWIGGVHIDHPLGLLGHSDADVLIHAI
                     CDALLGAARLRDIGYHFPDTAGEYAGIDSKILLSRTMRLLRDAGYELGNIDATVVAEQ
                     PKLNPHIPDMQRTMADVMGVPTADISIKATTSERMGFVGRREGIAAYAVALIVPR"
     CDS             complement(3515..4684)
                     /locus_tag="SEQF2634_01975"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNLRRIVGLLPALLLPAALLHAQDKYKQFSPINTAIPSLSIAP
                     DARGGGMGDIGAATLPDIHSQYWNASKYAFMESKAGVGISYTPWLRKLVKDVYMAYAS
                     GYYKPNDRSAVGASLRYFSLGEVPVTNLVGQQLTNLNPYEMAFDLSYGMKLSENYSMA
                     VALRYIRSDMNASINQDLQPANAVSVDVSGYLEKYVYLGQSESLWSFGYNVSNLGTKV
                     SFDGGNRQQFLPANLKIGTGLLYPIDDYNQIGVYLDLNKYLVPTEPIKREGESDADFA
                     KRSDDYKTMNSLSAALRSFSDANDGFSEELKEVNVSLGAEYSYNNQFFVRGGYYYENE
                     LKGNRQYFSMGAGFKMNVFRLDAAYLISTVQSNPLDQTLRFSLSFDMDGLRSLFN"
     CDS             complement(4746..4853)
                     /locus_tag="SEQF2634_01976"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPKSGYSFLSVEGLSSARGRRETAYGEGFFTCVQ"
     CDS             complement(5118..5969)
                     /locus_tag="SEQF2634_01977"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRDPRLPAMMRLWQDTFGDSDAFVRLFFTRVYRPQNALTTCRD
                     GRLVAMLHIVPYRLRVGRRTLPATYICGVSTRPEARGQGLMTALMRRALRTMRHRGFA
                     LTTLIPAEPWLFDVYARLGYVHPIPARDERISTDGLPLAPTPIRVASCTDARFYAAFD
                     RLQRRRPCAILHTAHDFDTIRLDCESDGGRVLVALADGRPAGFLFEAPEEGGVVRVKE
                     LLAEDAAAETALLRAAATRHGATQLRIRRPPQPGCPSQPYGLAARLDDRLSAADIDRL
                     HMALMLD"
     CDS             complement(5966..6874)
                     /locus_tag="SEQF2634_01978"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFQPISLTDRDAISAFTLNAPYSNCDFAFANMCSWRFLYDTEY
                     AIEDGFLFIRFYIEENAGRRLAYMIPIGHGDLGAAIRKLDENNHVNGFGHPLLVLGIT
                     PEARPELEAACPDEFAYMADRDYFDYIYLREELLTLRGKKLQSKRNHANRFRKEYTYT
                     YLPLTPETAPCCMELERTWMRANATDDNADDLTNERRSMDFALRNFEALGLTGGALVI
                     DGHIVAFTYGSPINRTTFGVHVEKADTRYEGIFSVINQEFVAHIPETYTYINREEDLG
                     LPGLRKAKLSYNPAVLLEKFGAVKRR"
     CDS             complement(6964..8154)
                     /gene="kbl"
                     /locus_tag="SEQF2634_01979"
                     /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="MYGKIQAFLQQELADIESAGLFKKERIIRTPQRADIRVGDGEEV
                     LNFCANNYLGLSDNPRLIEAATRAMQQRGFGMSSVRFICGTQDMHKDLEAAIARFFRT
                     DDTILYGSCFDANGGLFEPLFGEQDAIISDALNHASIIDGVRLCKAKRFRYANADMAD
                     LERCLKEAAGCRFRVIATDGVFSMDGNVAPMDRICDLAERYDALVMVDESHSAGVVGP
                     TGRGVAEQFNLYGRIDIFTGTLGKAFGGAMGGFTTGRKEIIDMLRQRSRPYLFSNSVA
                     PSIVGASIEMFKMLDESDTLHTKLARNVTYFRDRMIEAGFDIKPTQSAICAVMLYDAK
                     LSQDFALEMQHEGIYVTGFYYPVVPKDQARIRVQLSAGHEREHLDKAIAAFIKVGRTL
                     GVIK"
     CDS             8688..9635
                     /locus_tag="SEQF2634_01980"
                     /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
                     ETGPSAIVDITNGQQIADTVAKYRVDTVYNLAALLSAVAESKHRLAWHIGIDGLMNVL
                     EVARERGCAVFTPSSIGAFGDGAPKDMTPQDTICRPHTMYGVTKVTGELLSDYYYTRF
                     GVDTRGVRFPGLISYVTPPGGGTTDYAVDIFYAAAKGETFHCPIQGGTFMDMMYMPDA
                     LRAAIQLMEADPSRLHHRNAFNIASMSFDPEIIYRQIRKYRPDFVMEYAVDPLRQSIA
                     DSWPNHMDDHCAREEWDWAPRYDLDAMTRDMLEKLSARF"
     CDS             complement(9861..10589)
                     /locus_tag="SEQF2634_01981"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSRLHSAARWLQGVSDRRRAMALFLFLAWAAVHATDGRAQRST
                     FREEWAAGVTGGINYSTVFFAPKVHQSPMQGFNAGVAFRWITERNLGLQLEAGFRQLG
                     WRERFDEQPQYRYIRRMNYLELPFLTHIYFGSERVRCFFNLGPQIGLLTGESTDENLN
                     GATPNKTNDQHTMAIERRFAWGLCGGPGVELRTSVGYFQLEGRYYYSLGDFYSTRHGD
                     AFSKASPQVFTLRLAYFMPFTLRH"
     CDS             complement(10586..12367)
                     /locus_tag="SEQF2634_01982"
                     /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
                     DFVRALKAEMTKKGIPNREVGYNSRTFMNDLTGLLSTSKPNVIIPTSSSESALAKLRP
                     TLRALLQGKSNYRLTLFGYPEWQTYTNYTRDFSAFNTYIYAPFFAISRSASVRRFTSR
                     YKSFYQKSMHQTYPRYAMLGFDTGMYFIGALQKHGANFEENIRQMKYTSLQMGLYYNE
                     RMSNWGGFMNQNIYIVHYNKDNTVTRE"
     CDS             complement(13199..13864)
                     /gene="ddpX"
                     /locus_tag="SEQF2634_01983"
                     /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="MKRPLLAILVALVLAATARAEDWDARLRAAGYVDLQLLIPGLRV
                     ELKYATADNFMGRPVYDGLTRAFLHPDAARKLRRAHELLRLERPDLTLLVYDAARPIA
                     VQRIMWSLVRGTPNTYYVASPARGGLHNFGLAVDLTLCDTLGHALPMGTPFDHFGPTA
                     NIDREPSLVRTGRITQQELQNRLLLRRVMRAAGFTTVTSEWWHFNACPAARARASYPL
                     IGK"
     CDS             complement(13861..14727)
                     /gene="racE"
                     /locus_tag="SEQF2634_01984"
                     /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
                     ENGEADSPGADYFVQKHIERLFNRDPQIDTVILGCTHYPLLTDKIRRCLPEGVTLFSQ
                     GDRVADRLKDYLTRHPEIERRLSRHAEVRFQTTDSPERFADMASLFLRKDVGRAERVA
                     LTSDTVTQRRIR"
     CDS             complement(14932..15429)
                     /locus_tag="SEQF2634_01985"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLVVLIFMLLPLGGVFAQDKIAIVNTADIFNAMPEVAAVEKK
                     MAALNEQYEKEFKTMQDEYTKKYSEYMSKQDSLTENIKLRRQQEIQDLETRIQNFVPV
                     AREEMQKKQQELYEPIQKKMQAAIKAVGDEKGYTYIINPQVLLYTGSSAIDATPLVKA
                     KLGLK"
     CDS             complement(15586..16083)
                     /gene="skp"
                     /locus_tag="SEQF2634_01986"
                     /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(16188..18926)
                     /gene="bamA_3"
                     /locus_tag="SEQF2634_01987"
                     /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
                     YDNDKKNLIDKYNEYGYRDAVVTSDSIVPVDDKYVDIYLNLNEGDRYYLKDIRFVGNT
                     KYPTEQLAMLLNMKAGDVYNQKKLQERLQSDDDAVSNIYYNNGYLFFYADPVEVEVEN
                     DSISLEIRIQEGPQATINKVIINGNDRLYENNIRRELRTKPGQLFSRDDLIRSAREIA
                     QTGHFDPEKMNPEPIPNPDNGTVDIRYNLVSKASDQIELSAGWGPGGLLGRVGLKFNN
                     FSMRNLFHPGTYRGIIPQGDGQTFTINGQTSGKYYQSYNVSFLDPWFGGKRPNTFSAG
                     LSYSKFTGYNPRYLNQEYNRYMANSFYNNGIYGRNSYGSNGYSPYEQAYDPSKYYERF
                     AVSVGFGKRLNWPDDYFYTMLTLNYQLFHMHDYTYFDVANGVCHKISFDLSLQRNSID
                     NPIYTRYGSQFLASVSFTPPYSLIDGKDYSKINDPAERHKLIEYHKWKFQGKMFFPLT
                     PLPQNNGPKRTPVLMTRVEYGFLGYYNRHKVSPFESFQMGGDGMSGYTNYDYPTELIA
                     LRGYENNSIAGRSGQNAIPYAYAYSRLSMELRYPLILEPTSTIYGLAFVEGGNAWGSV
                     RDFNPFDLKRSAGVGARIFLPMIGMIGIDWAYGFDRPYPGAQRGGSQIHFYLGQEF"
     CDS             complement(19024..19839)
                     /gene="uppS"
                     /locus_tag="SEQF2634_01988"
                     /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="MQQHKGHRGADGIIETLNQLKTYQSMSLKEQIDRNRLPQHVAII
                     MDGNGRWAQARGEDRSAGHREGVVSVRKVVEAAVAIGLRYLTIYTFSTENWNRPAAEV
                     HALMALMVAAIQRETPDLMRNNVRLEAIGDLDRLPAEVRATLEECLRETSGNTGTTLV
                     LALSYSARWEILRATRELAEAVRDGRLQPDEVTEACFSDHLTTRHLPDPDLMIRTGGE
                     QRISNFLLWQLSYAELYFTDTYWPDFREEELYTAILDYQHRERRFGKTGEQLK"
     CDS             complement(19788..20507)
                     /locus_tag="SEQF2634_01989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAAFFRHLAAGLVFAVVSVSAFAQEYKYEIGGMGGGAFYMGDV
                     NKSTPLKGMNPSLGLVFRYNANFRIAFKGGLTWARVTGSTAGLKNAFPGGMQTAFSRN
                     VVDLGGQFEFNFFPYSDKFAYLNTQRLAPYLLVGLGGTVATGQGRTFGGLNLPIGVGI
                     KYKLRNRVNIGAELTVHKVLGDGLDNAQLDNPYNIPGSVMKNGDWYTLTTLFLTWDFG
                     PRNRKCNSTKGIEALMGLSKH"
     CDS             complement(20576..21964)
                     /locus_tag="SEQF2634_01990"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNNGLRSVLVSCLAALVLSSCLKDETQRTTPRWRQKNCQIASF
                     LLKNVTKDKDSIAGLSRVTFTIDQLRGEIYNTDSLPYGTRVTHKLACQIVYDEAVGPS
                     SVEFEPEATGKRISVREDDSIDFSRPVRIYVTSLDRTEAKTYTVRLNVHQQDPDSMAW
                     QHTAPLLRQSNLVEARVLAHTGAYLLLARTTDGLSAYRSSDAQTWTALTPSGLPAGKT
                     FEAAYATLLRHTYYIHTTDGALYRSADGATWTSVAGAPTIVRLLGAVDTVTYGSQPVA
                     LAAIVRSKDNTLHFASMDASGAWTTGDAVPTTFPTEGFGSTSYEAAHRRHLLIAGGRR
                     RDGILTDQAWETTDGRTWICLNQYTASGLPALEGAAVANYSGAIVLVGGLNASGTAQR
                     TLYLSYDRGATWIAAAHKLQLPTEFVARGYASAAVTSDGYLLLVGGRTSRTGAMMDEL
                     WHGRINRLGYGR"
     CDS             22962..24068
                     /locus_tag="SEQF2634_01991"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGFTDNRPNKNPHMKHLFIGALALLVALHGGAAYGQKAKQKQK
                     SAAVNVLANDTRVFKVDPAIDVQGVRFKNRFGIELAGHLYMPKGYEASKRYPAVAVCG
                     PFGAVKEQASGLYAQELAARGFVALAFDPSFTGESGGEVRSVAAPDINTEDFGAAVDY
                     LMRLRNVDVSKIGLVGIGGWGGMAVNEASVDTRVKATVICSFYDMKRLFADVYYDSKS
                     DDARYEELRRLSNQRTRDAQTDTHEVTGDNLDRIAANAPRYLRDFQAYYKSARGFHKR
                     SVNSTGGWTKTTPISFIGSPLCSRVGEIRGAVLIVQGEKSHTRSMAEDIFKRLNGSNK
                     ELYIVPGAYHIDLYDDMKRIPFDIIDRFLKEYLK"
     CDS             24148..26820
                     /locus_tag="SEQF2634_01992"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAGLLLLLFAAFGCTKSEHFITDASYRARVEADFKTKREAFAD
                     SSLFAIFQTEMSTPEREAMEFLYAYMPIGDVADYDGAFYLRNVRAAFTARREMPWGQQ
                     IPEDIFRHFVLPIRVNNENLDESRTVFFEELKDRVRGLSLREAVLEVNHWCHEKVIYT
                     PSDARTSSPLASVCTAYGRCGEESTFTVAALRAVGIPARQVYTPRWAHTDDNHAWVEA
                     WVDGRWYFFGACEPEPALNLAWFNAPAYRGMLMHTKVFGYYDGPEDVMERTACYTEIN
                     VIDNYAPTGRTTITVKGTDGKPVADALVEFQLYNYAEFFTVARKQTDADGKASLTAGK
                     GDMLVWVSKDGRYGFHKVTFGKDDAVTIALDHTPGDTATVEMDIVPPVEGAIPPEREV
                     TDAEKAENTRRMLAEDSIRNAYVATFYTDTLSAALAKVLGMSNADELRKIMPKTRGNH
                     QEVEHFLREADQANRLPDALRLLNSISEKDLRDTPADVLLDHLNNTPQIPEGLIDRPD
                     ATLFAEYVVNPRVWNEYLTPYKQFFAERIDTSLAAAARRNPQALVEWVKTHIALRNDL
                     NPQYISIMPTGVWRARIADTYSRNIFFVAVARSLGIPARIELMTGKVQYYNHGWQDVN
                     FEADHQTNAPQGMLTASYSPTPSLDNPKYYSHFTIARLRDDAQMRTLDFESQGGVGDT
                     WQDLLRAPSSLRLDCGNYVLVTGTRMASGKVLARLTFFSIHEGQTTNVPLVMRADTTD
                     ISVIGSIDPEAKFDNETGSKVSILSTTGRGYFIIGILGARQEPTNHALRDIARLKADF
                     EGWNRGIVLLFKDKASLDGFDRKEFGPLPSTITWGTDADGSVTRMIAEAMKLRNTNDL
                     PIFIIADTFGRVVFVSQGYTIGLGEQMMQVVRKL"
     CDS             complement(27140..29725)
                     /locus_tag="SEQF2634_01993"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTVAGSSAQQQLKGHTRAKTNGAPIPDVYVMLMSADGRRILSY
                     DYSRNDGAFTLDLPSDGAPEYVVSTSRLGFEALRQSVRRDAGTVELRLQETSVKLREV
                     KVEAAPMRRRGDTLTYFMSNFSRPQDKTLAEVLERMPGIEVRSDGLVKYDGRPINRFY
                     IEDLNLLGNRYSLATKNLSPANIASVQVYENHEPIKMMRGRTDPDEAALNIRLKSGSR
                     AKWLLTGDFGLGGFPMLYDATVTPARFARRNQTLIVAKANNTGRDIAMELRIHSMGAT
                     VFNPATLEGIPDRLSPLTMTSAFFVRDRARFNRSAIASVNQLWRVADDVDLRLNLNYG
                     YERESRSRSVETEYRLGNGQTYTVGDYTSQIVRRHKLEGEWTLTANRTHYFLENKLSA
                     EIHWKDARADVAAGGRQMQQQMNLPRTLIKNHLKLSRLIGRVAFGFGNETEFIRMPQW
                     LTVSSQDSIPLFRQLFVRQSIRYEAGSNDSYLTLNFHSGAHTLDLKTGFAWKGQAVRS
                     ALQPQPEGVEGPYTNDLRWRLWQLYAVPAYRFVYGPWTLTSSAMLEQRQTTYAGHTDR
                     DLQIHPAIRFSYEPSAVFKSSASWQRTIRRGDLDNRLTGYVMKRYNLLTRGTEREERN
                     VSDMLSLDLSVKDLSHFFNLSYMTYFSRYQGNLISAYLIRDFYTFSWLRPFDQRSTYW
                     SHTLSATRLLTRLSLTAGLQIAYAHNASTLEQQGATIDYTDHSFTLSPSLKWNARRNL
                     NFDYVASLSYTGVSIDRSAVDRYIPFLDHRLYTYWGLTPRLSLTTTLQHYYTQAPDIS
                     ATNLFFADLGLRFSFPHMTVSLDWTNLLNRRTYVVTGYNAINTYTRTDRLRPSEFLIS
                     FRFKR"
     CDS             complement(29873..30724)
                     /locus_tag="SEQF2634_01994"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIPIFFFAWIFATVVTHAQETIDTARFWAVYKFSYKTAPEQP
                     EFEGVDWMYLDMGNKATKFYSRYAEIRDSIMNEGLKKGMSPWEIHETTKGYPLRGTTP
                     IYYQLHDKKKTRVTTQYMKGYFYEEPITMPNWTLHEDTATISGFICKRATTHYRGRDW
                     EVYYTSDIPLSRGPWKLWGLPGLITRATDADHYFLFEMETFKRLINPVPIIYIHREIG
                     AKGGYTGAEYKKISRKTYLEYERLYHEDAIAFGDFETGSPSNFFDESGNPTSAPVMKR
                     EYIPIEK"
     CDS             complement(30921..31763)
                     /locus_tag="SEQF2634_01995"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIPIFFFAWIFATVATHAQETIDTARFWAVYKFSYKTAPEQP
                     EFDWMDWMYLDIGSKSTKYYNRYAEIKDSVKNEGLKKGLSGWELFEMTKKYPVRGASP
                     IYYQLYNEKKTRVTIEYIAHGYVYEEPLEMPNWTLQDDTMTILGYLCNRATTHYLGQD
                     WEVYYTTEIPLSRGPWKLWGLPGLITRATDADHYFLFEMDQFKRLSHPDPIIYIHREL
                     GHKGGYIGDEYKKITKATYLKYEASYHEDVNAFMNFEFGSEIRDTEGNPLPVNKLPYI
                     PLEK"
     CDS             complement(31958..33079)
                     /locus_tag="SEQF2634_01996"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVFVHWHASSFPSETFGGRMLLRPYLSTFLFYGLHSCNTVGAY
                     CIRPTNAAGGGEDAYLCICKDGETCYITCSSIFDDTEGHCFFVGKHIRIFQMKRVLIF
                     LFAWTLVVFALQAQIEIDKAMFRAMYKFSYKTSPEQPTFGWVDWMYIDMGNKATMFYN
                     RYAELKDSMTNECLKQNIAPEAIHERTKNYPVRGDAPVYCQLYSEKTTRVATRYTKGY
                     YYEEPMVMPQWILDNKSLTLYGYTCRRATTHYLGRTWEVYYTTDIPLSYGPWKLWGLP
                     GLIVRATDADHYFLFELDYFKRLSKPEPIIYIHRGFGNKGGYTGSEYKKVSKKTFVEY
                     ERLFHKDAMAFLDFEMGDTGPTSGDPAPVAEIPYIPLEK"
     CDS             complement(33242..33385)
                     /locus_tag="SEQF2634_01997"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPDFSFSIFDFRFSGRVGAFSFFGFHSCNVVGAYYIRLTNAAG
                     GGE"
     CDS             complement(33440..34477)
                     /locus_tag="SEQF2634_01998"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDELVEIQKMRLTRLDNALHVLYHSDAYDIVHAVDITKLGLTLA
                     LLNEWNGNLLTEKDLNLEAQANHNTKLLNEKNEERNKLITFIFNVVRTYQRSPDADET
                     KAATQLDIITRRYRGIQYGSKSHETVHIDGLLIDLKKAEMTPLLATLRLTSAVSLLET
                     ANAEFNKFRKARTASRAKKDLPKIVEVRPKTDAVYERVIFMLQAAYLSGSATVDKELI
                     RTVAKQLNQRMDEINETFSQILARRKSDKSKDPKTPKEPKKPRKPKDKDDPDIRLPET
                     EEPKKPGDSGKDKKPEGGGTPKPGGGGKKPEGGGSGAEGGGKNPKEGGSGSEGGGGAS
                     GGGPEIHLPEN"
     CDS             complement(35532..36974)
                     /gene="susD_3"
                     /locus_tag="SEQF2634_01999"
                     /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
                     KDGGASMGVPIIETVSGTEDKPSRSSVAECYTHIIADLKSASELLGEKFNKGKFNKWA
                     ALTLLSRVYLYKGENEEALKAAKSAIEGAEKNGYALWSNKAYPTAWGADASSADQGEV
                     LFEIVNLTTDSPGKESMGYLNSKDGYDDMCITASFYRLLKENPRDVRLKLLSFDGKQY
                     AYVNKYQPQPGENIADANIPLLRLSEAYLNAAEAAVKTGDNATAVTYLDAIVHRADPD
                     STVKGKTLTLANVLNERRKELVAEGHRMYDVMRNGLSIKREDVEESDISRTRHDTPYM
                     EYDRTFYMIVLPIPKGEIDANPNIKQNPGY"
     CDS             complement(36996..38519)
                     /gene="susC_16"
                     /locus_tag="SEQF2634_02000"
                     /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="MGAKLLMRLSAYARATLSDNHHLDALIGYEVDDQYSDYLLGIAS
                     NFATPQKNEISNGMKTEAVGGSNTRSRMVSYISRLNYDYRNRYYLGGSFRTDGSSRFH
                     RNSRWGSFWSLSGAWRAIEESFMEPTKGWLSDLKLRASYGVNGTLPSDLYGYMGLSDL
                     TNGYLEQPGIIRSRLPNIDLQWETNHNLNLGLDLGLWNRINVTLEYYVRTTKNLLMDR
                     PISMTTGFSSYLMNIGEVKNQGVELEIGSTNVQTKDFTWTTNFNISHNRNEIVKLDGL
                     QTEIIGGYQIHQVGKPYRTFYMIEFAGINPETGAPQFYTNERDANGNYKKDITEDVSK
                     ANAAVLDKYADPAVIGGLSNSIRYKWFDLSCMFSYQFGGYAYDVWAQKTEHGGNDMRA
                     NVPTYYRNSWRKPGDATSYELFYENPAVAMNKISTSRRLHSTDFIRLKTLTLGFTLPK
                     SWVKAAHLENVRLYASANNLWTWAAYDYYDPEATESGSATWGTPPLKTVIFGVNMNF"
ORIGIN      
        1 cgccgccgtg gctggccagg ccgccctccc agaccttgag gatctcgacc gggtgggaga
       61 agtaatacga cgggttgtag aaaagacaat gccccagtcg ggcgccgata agcgtgccgg
      121 ccagggtgaa gtagaggagc gggtcgagcc atttctcatt gaggccttcg cgccgaaaca
      181 tgcgctcgac gatcttgtaa cccacggcaa aaccgacgag aaacataagc gtgtaccagc
      241 ggatttcctt cgggccgatg gagaagatga ccgggtcggc ggtccaagta atgtctaaaa
      301 gcataggccg agtgggattc gttacacgat tcgtccgatc caggcctcgc gatcgccagg
      361 cagcaggtcg acgggcggaa tttcaatcat tgtataggcg ccaggctgga gtcgcatcgc
      421 agcgcgggcg gcggccacga ggatctgccc cgtgagcgcc gggttattga tctgcatatc
      481 gaagctgatg cgctggttgt gcgtcacgcc ggagacgccc ttgcgggtga ggtgtacacc
      541 gtggcccaca tctttcagcg cctcgaccga gtcgacacgg acgacgtgcg tctcgtcgtg
      601 gacgaaatag tcgtcgcggc ggatggcgtc ggctacggtg tcgaagtcgt atccgtcttc
      661 aatctctacg tagaccatgc gtcggtgcac gcccgtgccc atcgggatag tcatgctcag
      721 cgccgcgcgt acgccttcga cggccttcac cgccaccgtg tgccccatgc tcatgcccgg
      781 gccaaagtcg gtgtaggtga tgccctccgg tacgatggcc tgcagcagtg cacgcaccac
      841 cgaatcgctt cccggatccc atccggcagc cacaaccgac acaacgccgt gcctcttggc
      901 ctctacatcg agcgtacgac gcaggtcggc tatttgggta tggatatcga agctgtccac
      961 cgtacgaata cccagcgcca gtgcgacttt ggcgtaagcc tcgaccgaac gcgtgggggt
     1021 agccagtatg gccacatcga cggcctcgag cttctctaaa tgatcggtta cggggtatga
     1081 gcggaacggc tcaggaaagg gagcttgggg attacggcgg atgatgcccg ccacttcaaa
     1141 atcgggtgca gcctcaatgg cttccagcgt atagcgtccg atattgccgt agcccactac
     1201 ggcagctctg atttttttca tagaggggag ggaggaagtg ttgcttggta gtctcgccgg
     1261 gaatcgaacc cgaatctaaa gtttaggaaa cttccattct atccattgaa ctacgagacc
     1321 ttattcaaca gcggaccgcc tgaaaaacag tccgccgtga agagttgttg gtgcgccttg
     1381 gcgccattga ctgacgctcc ttggtttaga ggcggctgcc tactacgtcc cagtcgacga
     1441 tgtcccagac ggccttgata tgatcggcgc gacggttctg atagtcgagg tagtaagcgt
     1501 gctcccatac atcgagaccg aagatgggct tgtagccacg gactacggga ttggcgccgt
     1561 tgggctcctg cgtgatgaca agtttgccat tctgatctac cgagaggaac gcccagcctg
     1621 acccgaagag ggtagcggcg gcatcaccga aagccttctg gaaggcttcg aagctgccga
     1681 agtcgcggtt gatagcctca gcgatcttgc cggtgggctt gttattctcg acgggcgact
     1741 tgaactggag gaagtagagc gtgtgattca gcagctggcc ggcgttgttg aagatgccgc
     1801 ccgcgggggc tgtcttgacg atctcttcga ggggtttgct cgcatattcg gtgccttcga
     1861 tgagtttatt cagcgtgttg acgtagttct ggaggtgttt accgtagtga aactcgatcg
     1921 tctgttggct gattacgggt tccaacgcat tcgttgcgta gggaagtttg ggcatgtcga
     1981 agctcataag tgtaaagctg atgattgttg tgatgatgga taatacaatg gttctcattc
     2041 tgctgtatgg caaaaaacgc gggcaaagat acgcccgggg ttgtaatgcc aaagtggcaa
     2101 ttcggctttt actgtttttt gggtgactct gcattgcagc gcttctgccg tcgctctacg
     2161 aagcctccca tacgcaatcc gcctttattc aaagagtgcg cgcagcacct cgagcgactt
     2221 gagctcggga aagccgggca ggtgcaggcg atagaagtcg aggacgtgac cgaggatggc
     2281 ggagcgttcg gtgtgggaga aggcgaagag cgacatgttg gcgaaggtca tcttcgtcag
     2341 gcgggccatg acgcgactgt cgtcagcgtt cagatagcgg ccgtgcaggg ggacttcctc
     2401 ggtgaagatg ccctcgagaa ggtcaaagta gcgaccctcc acgtacgtct cgcgattggg
     2461 gcggatgccg aggtagacgg ccagacggaa gaggaacgtg aggtggaagt tggcgatgcc
     2521 ggcgtcggcc gtttcgaggt gacggacggc gtcgaagagg aagtggaaga gcggcgggtc
     2581 ggactccttc tcgcggatga cacgatagag gatctcggct aggaagagcg cctcggcgtt
     2641 cttcaccgga tgcgtctgga gggcggtggg cagggagagg gagcgtgcct cacgaatacg
     2701 ttgcaggtcg cggtcgttgc ggtgctccac ctccagctcg agcagcgaga ggggcataac
     2761 aagggcctgc gcaacgccac ccttaccccg tcgggcgggg gtgatgaggt agcccacgcg
     2821 cccgaagagt tcggtgtaga tggcgacgat gaggtatttg tcgccgtagg gtagggtgtg
     2881 gaggacgatg ccgcgcgtct tatgcagcat aagtcaccgg gggacgatga gcgccacggc
     2941 gtaggcggcg atgccttcgc ggcgtccgac gaagcccatg cgctcggagg tggtggcttt
     3001 gatggagatg tcggccgtgg ggacgcccat gacgtcggcc atcgtgcgct gcatgtcggg
     3061 gatgtggggg ttgagcttgg gctgttcggc cacgacggtg gcgtcgatgt tgcccagttc
     3121 gtagcccgca tcgcggagga ggcgcatggt acgggagagg aggatcttgc tgtcgatgcc
     3181 ggcatactcg ccggcggtgt cggggaagtg atagccgatg tcgcgcagtc gggcggcgcc
     3241 gagcagggcg tcgcagatgg cgtgaatgag tacgtcggcg tcgctatggc cgaggagtcc
     3301 gagggggtgg tcgatgtgta cgccgccgat ccacagttca cggtcggggg cgaaggtgtg
     3361 gacgtcgtat ccgaatccga ttcgcataat gatagaggat agagggtaga ggatagaggg
     3421 tagaggatag agggtagagg gtagagggtg gaggatagag ggtagaggat gaacgtgtac
     3481 ccggctctac cctctaccct ctaaactcta ccctctaatt gaataggcta cgcaggccgt
     3541 ccatgtcgaa ggagagggag aagcggagcg tttgatcgag ggggttgctc tggacggtgc
     3601 tgatgaggta ggcggcgtcg aggcggaaga cgttcatctt gaagccggca cccatcgaga
     3661 agtattggcg gttgcccttc agctcgttct cgtaatagta accgccgcgg acgaagaact
     3721 ggttgttgta gctgtattcg gcaccgagcg agacgttgac ctccttcagc tcttcgctga
     3781 aaccgtcgtt ggcgtcggaa aaggaccgga gcgcggctga gagggagttc atcgtcttgt
     3841 agtcgtcgct gcgtttggcg aagtcggcgt ccgactcgcc ctcgcgctta atcggttcgg
     3901 tgggcacgag atacttgttg aggtcgaggt agacgccgat ctggttgtag tcgtcgatgg
     3961 ggtacaggag gccggtgccg atcttgaggt tggcgggcag gaactgctgg cggttgccgc
     4021 cgtcgaacga gaccttggta ccgaggttcg agacgttata gccgaagctc cagaggctct
     4081 cgctctgccc gaggtagacg tacttctcga ggtagccgga gacgtcgacc gatacggcgt
     4141 tggccggctg tagatcttgg ttgatggagg cgttcatgtc cgaccggatg tagcgcaggg
     4201 ccacggccat ggagtaattc tccgagagct tcatgccgta actcaggtcg aaggccattt
     4261 cgtaggggtt gaggttggtg agttgctggc cgaccaggtt ggtgacaggc acctcaccga
     4321 gcgagaagta gcgcagcgag gcgccgacgg ccgatcggtc gttgggcttg tagtagcccg
     4381 aggcgtaggc catgtagacg tccttgacga gcttgcggag ccagggggtg tacgagatgc
     4441 cgacgccggc tttgctctcc atgaaggcgt atttcgaggc gttccaatac tgcgagtgga
     4501 tgtcgggcag ggtggcggcg ccgatgtcgc ccataccgcc gccgcgcgca tcgggggcga
     4561 tggagagcga ggggatagcc gtgttgatgg ggctgaattg tttgtacttg tcctgtgcat
     4621 gcagcagggc cgcgggcagg agcaacgccg gcaacaagcc gacgattcta cgaaggttca
     4681 tcataggggt ttgtgtcaat gtttcgttca aaaataagcc cctttataac tacgaggccg
     4741 gtgcattatt gtacgcaagt gaagaagccc tctccgtagg ccgtctcccg tcggccgcgg
     4801 gctgacgaca gcccctcgac gctaagaaac gaatagccgc tttttggatt catctcgtat
     4861 agccgacctt ctcttttaga tccatcttga ttcagatcac atccccttcc acctctattc
     4921 gtacaaaacg gaaacacttt gtttttcatg caatccgaag caaaacaatt ttgtatcgga
     4981 tcggattgca tgctatctga tataaaacaa acgtgtatca aatcgtattt cgagccatac
     5041 gataggatac acgttttgca ttcaatagaa atcaggatca gggacccgaa aacgggtgga
     5101 aacgacgcgc agctcggcta atcgagcatc agcgccatgt ggagacggtc gatgtcggcg
     5161 gccgagagac ggtcgtcgag ccgtgcggcc agtccgtaag gctgcgaggg acagccgggc
     5221 tgcggagggc gacgaatgcg gagctgcgtg gcgccgtgac gcgtggcagc ggcgcgaagg
     5281 agggccgtct cggcggcggc gtcctcggcg agcaactcct tgacgcgcac cacgccgccc
     5341 tcctcgggtg cctcgaagag gaagcccgcg ggccgtccgt cagcgagggc cacgagcaca
     5401 cggccgccgt ccgattcgca gtcgaggcgg atggtgtcga agtcgtgcgc cgtgtgcagg
     5461 atggcgcacg ggcggcggcg ttggaggcgg tcgaaggcgg cgtaaaaacg cgcgtcggtg
     5521 caggacgcaa cgcggatggg ggtgggcgcg aggggcaggc cgtccgtgga gattcgctcg
     5581 tcgcgggcag ggatggggtg gacgtagccc aagcgggcgt agacgtcgaa gagccacggc
     5641 tcggcgggga tgagcgtagt gagggcaaag cctcggtgac gcatcgtgcg gagggcgcgg
     5701 cgcatgagag ccgtcatcag cccctggcca cgcgcctcgg ggcgggtgct gacgccgcag
     5761 atgtaggtcg cggggagcgt gcgcctcccc acgcggaggc ggtagggaac gatgtggagc
     5821 atggccacga ggcgcccgtc gcggcaggtc gtgagggcgt tctggggccg gtaaacgcgg
     5881 gtgaaaaaga ggcggacgaa ggcgtcggag tcgccaaacg tgtcctgcca gaggcgcatc
     5941 atcgcgggca gtcgtgggtc gcggatcatc ggcgcttcac ggcgccgaac ttctccagca
     6001 gcacggcggg gttgtacgac agcttggctt tgcggaggcc cggcagcccg agatcctcct
     6061 cgcgattgat gtaggtgtac gtctccggga tgtgggcgac gaactcctgg ttgatgacgc
     6121 tgaaaatgcc ctcgtaacgc gtgtcggcct tctcgacgtg cacgccgaag gtggtgcggt
     6181 tgatgggcga tccgtaggtg aaggccacga tgtggccgtc gatgaccagg gcgccaccgg
     6241 tgaggcccag cgcttcgaag ttgcggaggg cgaagtccat cgatcggcgc tcattggtga
     6301 ggtcgtcggc gttgtcgtcc gtcgcattgg cacgcatcca ggtacgctcc agctccatgc
     6361 agcagggggc cgtctcgggc gtgaggggca ggtaggtgta ggtgtattcc ttgcggaaac
     6421 ggttggcgtg gttgcgcttc gactggagct ttttgccacg caacgtgagt agctcctcgc
     6481 gcaggtagat gtaatcgaag tagtcgcggt cggccatgta ggcgaactcg tcggggcagg
     6541 cagcctccag ctccggacgt gcctcggggg taataccgag cacaagcagc gggtggccga
     6601 agccgttcac gtggttgttt tcgtccagct tacggatagc cgcgcccagg tcgccgtgac
     6661 cgatggggat catgtaggcc agccgtcgac ccgcgttttc ctcgatgtag aagcggataa
     6721 agaggaagcc gtcctcgatg gcatactcgg tgtcgtaaag gaaccgccag ctgcacatgt
     6781 tggcgaaggc gaaatcgcag ttggaatagg gggcattcag ggtgaatgcg ctgatcgcgt
     6841 cgcgatctgt gagggagata ggttggaatg tcataagtct ataaatagga aaggagacgc
     6901 cgaccgggca ggtctgaaat ctgtccgatc ggcgtcgggg ggggcttgtc ggcaggctta
     6961 cgtctacttg atgacgccca gcgtacggcc gactttgatg aaggcggcga tggccttgtc
     7021 gaggtgctcg cgctcgtgtc cggcagagag ctgcacgcgg atgcgcgctt gatccttggg
     7081 cacgaccgga tagtagaagc cggtcacgta gatgccttcg tgctgcatct cgagggcgaa
     7141 gtcttgcgag agcttggcgt cgtacagcat cacggcgcag atggccgact gcgtgggctt
     7201 gatgtcgaag cctgcctcta tcatgcggtc gcggaagtag gtcacgttgc gcgccagctt
     7261 ggtgtggagc gtgtccgact cgtcgagcat cttgaacatc tcaatgctcg cgccgacgat
     7321 cgacggggcc acagagttgg agaagaggta cgggcgcgac cgctggcgga gcatatcgat
     7381 gatctccttc cggcccgtgg tgaatccgcc catggcgccg ccgaaagcct tgcccagcgt
     7441 accggtgaag atgtcgatgc gtccgtagag gttgaactgc tccgctacgc cgcgtcccgt
     7501 cggcccaacg acgcccgcgg agtgcgactc gtcgaccatc actaacgcgt cgtaacgctc
     7561 ggccaggtcg cagatccgat ccatcggcgc cacgttgcca tccatcgaga agacgccgtc
     7621 cgtcgcaatc acgcggaagc gacagcccgc ggcctccttc aggcaacgct ccaagtcggc
     7681 catatccgca ttggcgtagc ggaaacgttt ggccttgcag aggcgtacgc cgtcgatgat
     7741 cgaggcgtgg ttgagggcat cggagatgat ggcgtcctgc tcgccgaaga gcggctcgaa
     7801 gagtccgcca ttggcgtcga aacaggagcc gtaaaggatc gtgtcgtccg tccggaagaa
     7861 gcgggcgatg gcggcctcga ggtccttgtg catgtcctgc gtaccgcaaa tgaatcgcac
     7921 ggacgacata ccgaatccgc gctgttgcat ggcgcgtgtg gcggcctcga tgaggcgcgg
     7981 attgtcggac agcccgaggt aattgttggc gcagaagttc agcacctcct cgccgtcgcc
     8041 aacgcggatg tcagcgcgct gcggggttcg gatgatgcgt tcttttttga ataatcccgc
     8101 cgactcgatg tcggccagtt cctgctggag gaacgcttga atttttccgt acatgactct
     8161 ttgtgtatgt aattatggtt tcgcggcggc aaatgtaaga cgtagttcgg ggtaaaaagg
     8221 agccggcgca tcatccctca gccaccgatg cgatatcagc gcagcgccac acgtctgcgc
     8281 gggcccgtcg ctgtgtcttt tgagctgttg caaagctgcg acgactcgtc gctgtgtgtt
     8341 ttgagctgtt gcaaagctgc gacagcccgt cgctgtgtat ttcggggcca tgcaaagctg
     8401 cgacagcccg tcgctgtgta tttcggggcc atgcaaagct gcgacagccc gtcgctgtgt
     8461 gttttgagct gttgcaaagc tgcgacagcc cgtcgctgtg tgttttgggc gttgcaaaat
     8521 ctgcgacagc ccgtcgctgt gtatttcggg gccatgcaaa gctgcgacag cccgtcgctg
     8581 tgcgtctcga gatgcgttca tcatcttttt ttgcagattg tatgggtttc catgttgtcg
     8641 tatatctatt ctgatacctt tgcgcgcaaa aattcacatt cagcaagatg aaaaacatat
     8701 tggtaatcgg ttcaaccgga caaatcggct ctgaactgac cttggaattg cgaaagcatt
     8761 acggagagaa tgtggttgcg ggttacatac ccggagccga accgaagggt gagttggctg
     8821 aaacaggccc ctcagccatc gtggacatta cgaatgggca acagatcgct gacacggtgg
     8881 cgaagtatcg tgtcgacacg gtctacaacc ttgcagcgct actctcggcc gtggccgaaa
     8941 gcaagcaccg gctggcgtgg cacatcggca tcgacggcct gatgaacgtg ctcgaagtgg
     9001 cccgtgaacg gggctgcgcc gtcttcaccc ccagctcgat cggagccttt ggcgacggtg
     9061 cgccgaaaga catgacgccg caggatacca tctgccggcc acacaccatg tatggcgtga
     9121 cgaaggtgac gggcgagttg ctcagcgact actattacac ccgcttcggc gtcgacacgc
     9181 gtggcgtgcg cttcccgggg ctgatctcgt acgtgacgcc tccgggcggt ggcacgacgg
     9241 actatgccgt cgatatcttc tacgccgccg ccaagggcga gacgttccac tgccccattc
     9301 agggcggcac gttcatggac atgatgtaca tgcccgacgc cctgcgtgca gcgatccagc
     9361 tgatggaggc cgacccgtcg aggcttcatc atcgcaacgc gttcaacatc gcctcgatga
     9421 gcttcgatcc ggagatcatc taccggcaga tccgcaagta tcggcccgac ttcgtcatgg
     9481 agtacgccgt cgatcccttg cggcagtcta tcgccgactc gtggccgaat cacatggacg
     9541 accattgcgc ccgcgaggag tgggactggg caccgcgcta cgatctcgac gccatgacgc
     9601 gcgacatgct ggagaagctc tcggctcgct tctgaccgag cgcccccctc ctaccctgct
     9661 ttcacgacta atcccgcata ccggccacac ggtgtgcggg atttttttgg cccaatatgt
     9721 gggggggcga agggtcggat tggatcctct tttcttccct tgatggaaga aaagaagcaa
     9781 aagaagatca aggcctctac cgaggccggg gcggtttggc cgggctctgg attgtagcac
     9841 aaccgaggac cgcagccgcc tcagtggcgc agggtgaagg gcatgaagta ggccagccgc
     9901 agggtgaaga cttggggcga ggctttggag aaggcgtcgc cgtggcgggt gctgtagaag
     9961 tcgccgagtg aatagtagta gcggccttcg agctgaaaat agccgacgga cgtgcgcagc
    10021 tctacgcccg gcccgccgca gagtccccac gcgaaacgtc gctcgatggc catcgtgtgc
    10081 tggtcgttcg tcttgttggg tgtggcgccg ttcaggttct cgtccgtact ctcgcccgtc
    10141 aggaggccga tctgcggacc gaggttgaag aagcatcgca cacgctcgga gccgaagtag
    10201 atgtgcgtca ggaagggcag ttcgaggtag ttcatgcggc ggatgtagcg atactggggc
    10261 tgctcgtcga agcgctcgcg ccaaccaagc tgacggaagc cggcctcgag ctgtagcccg
    10321 aggttacgct ccgtgatcca cctgaaggcc acgccagcgt tgaagccttg catcgggctc
    10381 tggtgcacct tgggcgcgaa gaagacggtc gaatagttga tgccgcccgt cacgcccgcg
    10441 gcccattctt cgcggaacgt ggaccgttgc gcccgaccgt ccgtagcgtg aacggccgcc
    10501 catgccagaa acagaaagag ggccatcgcc ctcctcctgt ctgaaacgcc ttgcagccac
    10561 cgggctgcgc tgtgaagtcg gctcatcatt cgcgcgtaac ggtgttgtcc ttattgtagt
    10621 ggacgatgta aatgttctgg ttcatgaagc cgccccagtt gctcatccgc tcattgtagt
    10681 agaggcccat ctggaggctg gtgtacttca tctggcggat gttctcctcg aagtttgcgc
    10741 cgtgcttttg cagcgcaccg atgaaataca tgcccgtatc gaagcccagc atggcgtagc
    10801 gcgggtaggt ctggtgcata ctcttttggt agaacgattt gtagcgtgag gtgaagcggc
    10861 gcacactcgc cgatcggctg atggcgaaga agggcgcgta gatgtacgta ttgaaggcgc
    10921 tgaagtctcg cgtgtagttg gtgtacgtct gccattcggg gtatccgaag agcgtcagcc
    10981 gatagttcga cttgccctgc aaaagcgcgc ggagcgtggg gcggagcttg gccaatgcgc
    11041 tctcggacga cgaggtgggg atgatcacgt tcggcttcga ggtgctgagc aggcccgtga
    11101 gatcgttcat gaacgtgcga ctgttatagc ctacttcccg attcggaatg ccctttttcg
    11161 tcatctccgc tttgagggcg cggacaaagt ccgtctcttc gtccttatcg ccgatgctga
    11221 caaagacggc gttgtagttc gccaacagtg aggcggctcg gacggcagcg atgggcgcga
    11281 tgtaagcctt gggagcattg acttggaaga tgaacgagtt gccagacgtc agcttctcga
    11341 gtttcgaaga gagggggatg acgtatttga cgcccttccg cgaggcatag tcggcgatca
    11401 gctcgatctg ttcgtccgtc acgccaccta tgatcaggtc ggcggcgttc acctcgtccg
    11461 tgcggagcac ctcctccgtc ttctgcgtgc cgtcgcccag gtcgtagacc gagagatcga
    11521 tcgaggtgcc cgtacgacgc agactgtcga tggccatgag gaaaccctcg taatactcca
    11581 caaagcgggg tacgtttttc ttgtcgctcg tcaggaaggg cagcagcagc gccacacggg
    11641 ccacgtctat gcgattcacc tcgttgcgat aggcacgcat ggcctcgatg tcaaattcgt
    11701 tcgtgggtcc actaacgggt gtggtgggtg tagaaggtgc ggcgcccgct ttcttgggtg
    11761 gcaccttgat caccatgccc gcgcgcaggc cgcttttaag ttgtggattg actcggagca
    11821 gtgtctcgtt gtccgtctcg aagcgtcggc agagaccgta gatggtttcg tttttcttga
    11881 tcgtgtaggt ctcgcccgtc gaggcggtgg ctggagcggc ggacggggcc gggatgcgga
    11941 tcgtcttgcc gacgtagaac gtgcctgcgt ccagtcccgg gttcgcggcc gtgatctcgt
    12001 ccggcgtcac gccataattc ctggagaggg aaaagagcgt ctcgccactg cgaatggtgt
    12061 gctgcacaga ggcgccgtcg gccgtccgtc cgctggcgtt cgacgtgccg ttacggggaa
    12121 tcttcagcgt ttcgccctcc cggatgttgt tgcggctact ggggttcaac cgatagatgt
    12181 cgttttcact caccttgtac agggcggcga tggaatagat ggtttgtcca cgctctacgg
    12241 tgtgataaat aacgctgtcg tcgcgctcgt taccggcgga tgcttgtttg cggctaccct
    12301 gtgccgccaa gaagctgggt ggcaaacaga gcaagagaga cagcagatag aaattcaatc
    12361 tattcatagt caattaaaaa tttgtgcaca aaggtaagcc ttattcatcg atcagacagc
    12421 cgggtatgtg gggaaattgg atagcggcga ggctcgtttg aatgtttggg tgccactccc
    12481 cgccatccga tccacttccc gcttcggaac agcatcgggc gacgatgcgt ggcggtttgg
    12541 gaggctcgtt tcgggctttc gtcgggtgac gggatgtccg aaaaggttcg aaatggactt
    12601 ccatcaggta gcgcggtgtc gtcgcgaact tatctaaaat tcaaccgagc caccgcggcc
    12661 ttaggctgaa tgtatatcat aggcttttaa tctgaaagcc tataataggc acagcaagtt
    12721 attggctatt gatctgaaat gcacctatac actttatcta tcacgatatt ttaatctaaa
    12781 aggaaagaat atgcactgac tgtactatgc tttcaatata aaaggatacc atatacataa
    12841 gagatcgtat ccttttaatc tgaaagcaaa ctatatacgg tatacacatc atccttttaa
    12901 tctaaaataa tagaatctat actgactgta ctgtgctttc aatgtaaaag gataccatat
    12961 acatgagaga tcgtatcctt ttaatctgaa agtatgctat atgcagtatg catagctacc
    13021 ttttaatctg agatcctctt atatacggta gacattagat cctctcctcg tgaaagcact
    13081 ttacaggcag tgacatttct aaccttttag actgaaagca tgccacagac acctgctctg
    13141 ggggcggacg aggggtctac tgggccaaac ggggcgtcgg ggggagcgac tcggggcgtc
    13201 acttgccaat cagggggtag gaggcgcggg cgcgggcggc gggacaggcg ttgaagtgcc
    13261 accattcgct ggtgacggta gtgaaacccg cggcgcgcat gacacgacgg agcaagaggc
    13321 gattctggag ctcctgttgg gtgatgcgac cggtgcgaac gagcgacggc tcgcggtcga
    13381 tgttggccgt ggggccgaaa tggtcgaagg gcgtgcccat gggcagggcg tgtccgaggg
    13441 tgtcgcagag ggtgaggtcg acggcgaggc cgaagttgtg gaggccgccg cgggcgggac
    13501 tggccacgta gtaggtgttc ggggtgccac ggacgaggct ccacatgatg cgctgcacgg
    13561 ctatgggccg cgcggcatcg tagacgagca gggtgaggtc ggggcgctcg aggcggagca
    13621 gctcgtgggc acggcggagc ttacgggcgg catcggggtg gaggaaggcg cgggtgaggc
    13681 cgtcgtagac ggggcggccc atgaagttgt cggccgtggc atacttcagc tccacgcgta
    13741 ggccggggat gaggagctgg aggtcaacgt aaccggcggc ccggaggcgg gcgtcccagt
    13801 cctcggcgcg ggcggtggcg gcgaggacaa gggcgacgag gatggcaagg agggggcgct
    13861 tcatcggatg cgccgctgtg tgacggtgtc ggacgtcagg gcgacgcgtt cggcacggcc
    13921 gacgtctttg cggaggaaga gggaggccat gtcggcgaat cgctcggggg agtcggtcgt
    13981 ctggaaacgc acttcggcgt gtcggctgag gcgacgctcg atctcggggt ggcgcgtgag
    14041 gtagtccttg aggcggtcgg ccacgcggtc accttgcgag aagagggtga cgccctcggg
    14101 caggcagcgg cggatcttgt cggtgagcag cggatagtgc gtgcagccga ggatgacggt
    14161 gtcgatctgc ggatcgcggt tgaagaggcg ctcgatgtgc ttctggacga agtagtcggc
    14221 gccgggcgag tcggcctcac cgttctcgac gaggggcacc cacatggggc aggcttcgcc
    14281 gacgacggtg acgtcggggt agagcttggc gatctccatc gggtaagatc gggaggcgac
    14341 ggtgccggtg gtgcccagca gcccgacgtg gcccgtgtgt gtgagccgcc cgacgatctc
    14401 tgcggtgggc cggatgacgc ccaagacacg ccgcgagggg tcgtgcccgg cgggcagatc
    14461 gcgctgctgg atggtgcgga gggccttggc cgaggcggtg ttgcaggcca ggataatgag
    14521 ggggcagcct tcggcgaaga ggtgcatgac ggcttcgcgg gtgaagcggt agacggcgtc
    14581 gtaggagcgt gtgccgtagg gggtgcgggc gttgtcgccg aggtagatgt agtcgtagtc
    14641 gggcagggct tcgcggatct tgtcgaagat ggtgagtccg ccgaagccgg agtcgaagat
    14701 gccgatgggg gtaggtttat cgttcatttt ttaggggagt tacgcgctgt tggcgcggag
    14761 agttatgcgg ccgttggccg cggtagttgc ggccttgcga ccggggagtt aggggtagtt
    14821 gtaggaagag gggggcgggg ataaaaaggg aaaggatgcc ggccgcacat cgattggcgg
    14881 ggcatccctt ctctgatttt tacttcggat tacacgtgcg tctcgttccg attacttgag
    14941 cccaagtttg gccttaacca gcggtgtggc gtcgatagcg gagctacccg tgtagagaag
    15001 cacttggggg ttgatgatgt aggtgtaccc cttctcatcg cccacggcct tgatggcggc
    15061 ctgcatcttc ttttggatgg gctcgtagag ctcttgctgc ttcttctgca tctcctcacg
    15121 tgccacgggg acgaagtttt ggatccgggt ctcgaggtcc tgaatctcct gctgacggcg
    15181 gagcttgatg ttctcggtca gggagtcctg cttggacatg tactcggaat acttcttcgt
    15241 gtactcgtcc tgcatggttt tgaactcctt ctcatactgc tcattgaggg ccgccatctt
    15301 cttttcaacg gctgcgactt caggcatggc attgaaaatg tctgccgtgt tgacaatagc
    15361 gatcttgtct tgtgcgaaga ctccgcccag gggcaggagc ataaaaatca gcactactaa
    15421 cttcttcatt actctaaaaa tctcttgtta ctaaaatgga ttgttctgtc tattcaaaag
    15481 cgggcggcaa agatggaggt aaaagcgaaa tgcgaaaagc taagggggac ggctggtcca
    15541 gatgtggggt ccgccttcgg gctttcggct tttcgtcgtt ccgttctact tcgcgtagcc
    15601 gagtttggtg agcacctcgt tgctgatgtc gatccgtggc gaggcgaaga tcatgctgcc
    15661 ggccgaggca cgatcgatga ccatctggta gcccttgtcg ttggcaatct ccttgacagc
    15721 gttgtagatc tcgtcttgga tgggcttcat caggctctcg cgcttcttat agagctcgcc
    15781 ctcggctccg aaatatttcc gcttcaggtc ttgggcagcc tgttccttct tcacgatctc
    15841 ttcctcgcgc ttggtcttca tctcggctga aaggaagacg aggtcgctct gatacttctt
    15901 atacatgttc tgcgcctctt gctggatggc ctcgacctcg ttctgccact tcttggagag
    15961 ctgcgacagc tgttcgttgg tcatctcata ggccggaata ttcttcagga tatactccat
    16021 gtccactaag gcgaacttct gcgccatcga tgccactgag aacagcagca ccattccgat
    16081 catcaaaata cttttccttt tcatcgctct atggtcatta aaaatttatc gtcgcaacag
    16141 acggactgcc tgcgtagagg tttgagtcgt ccgcttcata aatcaaatta aaattcttgt
    16201 cccaaataga agtggatctg gctgccgccg cgctgtgcgc cgggataagg ccgatcgaag
    16261 ccgtaggccc agtcgatacc gatcatgccg atcataggca ggaagatgcg cgcaccgaca
    16321 ccggccgaac gcttcaaatc gaacgggttg aagtcgcgca ccgatcccca ggcgttaccg
    16381 ccctccacga aggccaggcc atagatcgta gatgtcggct cgaggataag tggatagcgc
    16441 aattccatcg ataggcggga gtaggcgtag gcgtagggga tagcgttttg gccactgcgt
    16501 ccggcaatgg aattgttctc atagccgcgc agggcaatta gttctgtagg gtagtcatag
    16561 ttggtgtatc cagacatgcc gtcgccaccc atttgaaaag actcaaaggg ggagacttta
    16621 tgccggttgt agtagccgag gaaaccgtac tctacgcgag tcatgagcac cggtgtgcgc
    16681 ttgggaccgt tgttttgcgg caggggtgtg agggggaaga acatcttgcc ttggaacttc
    16741 cacttgtggt actcgatcag cttgtggcgc tcggccgggt cgttgatctt ggagtagtct
    16801 ttgccatcga tgagcgagta gggcggcgtg aacgagacgg aagccaggaa ctgagagccg
    16861 tagcgcgtgt agatcgggtt atcgatcgag ttacgttgca gactcagatc gaagctaatc
    16921 ttgtggcaga cgccgttggc tacatcgaag taggtgtagt cgtgcatgtg aaacagctga
    16981 taattcagcg taagcatggt gtagaaatag tcgtcgggcc aattgaggcg cttaccgaaa
    17041 ccaacgctca cggcaaatcg ttcgtagtat ttgctgggat cgtaggcttg ctcataggga
    17101 ctgtagccat tgcttccata actattgcga ccgtagatgc cgttgttgta gaagctgttg
    17161 gccatgtagc gattgtattc ctgattgaga tagcggggat tatagcccgt aaacttggag
    17221 taagaaagcc cggcggagaa ggtgttcggg cgcttgccac cgaaccacgg gtcgaggaag
    17281 gagacgttgt aggactgata gtatttacca ctcgtctggc cgttgatggt aaacgtttgg
    17341 ccgtcgccct gggggataat gccgcggtag gtgccggggt ggaaaaggtt gcgcatggag
    17401 aagttgttga acttcaaacc gacgcgccca agcaatccac ccggtcccca tccggccgat
    17461 aactcgatct gatcgctggc cttggagacg aggttgtagc ggatgtccac cgtgccattg
    17521 tccgggttgg ggatgggttc ggggttcatc ttctcgggat cgaagtggcc cgtctgcgcg
    17581 atctcacgcg ccgaacggat caggtcgtcg cggctgaaga gctgtcccgg cttggtgcgc
    17641 aactcacggc ggatattgtt ttcgtagagc cgatcgttac cgttgatgat cactttattg
    17701 atcgtggcct gcgggccttc ctgtatgcgg atttcaagcg agatcgagtc gttctccacc
    17761 tccacttcga cggggtcggc gtagaagaag aggtaaccgt tgttgtagta gatgttcgag
    17821 acggcgtcgt cgtcagactg taggcgctcc tgcaacttct tctggttgta gacgtcgccc
    17881 gccttcatgt tgagtagcat ggcgagctgc tcggtgggat acttcgtgtt gcccacgaag
    17941 cggatgtctt tcagatagta tcggtcgccc tcgttaaggt tgaggtagat gtcgacgtat
    18001 ttgtcgtcca cgggcacgat gctgtctgag gttacgacgg catcgcgata gccgtactca
    18061 ttgtatttat caatgaggtt cttcttgtcg ttatcatact cctcgctggt gaacttcttc
    18121 gtgctgaaaa gctccagcca gctggtgcgg aagcgcttct taaggtcgaa cttctcgttc
    18181 gtcttcttca tggccttctt cagtgtaaca tccgagaggg catggttgcc attgaggtgg
    18241 atctcgcgaa tcctcgtctt ttggtttttg gagatattca cgtccacgat cacctcgccg
    18301 tctttccccg catcctcacg ttgcacgatg tccacctcca cgttcttgaa gcccttgcca
    18361 tcgaaatatt tcttgacgag cgtctttgcg cgatccatca cattgggcgt gatctgatgg
    18421 cccttgcgta gaccgagctt tgcctcgagg tcttcgcgtt cgctcttctt cacgccgtta
    18481 tagtggatct ccgagatacg tgggcgctgc ttcaggcgga tctcgagcca caccttatcg
    18541 ccttggatgc gagtggccag gatcttcacg tcagaaaaca gcccatgctt ccagaagcgc
    18601 cgcaccgcgt ccgagatctc atcgcccggg atcgacactt cgtcgccaac agagaggccg
    18661 gagaagccga tgaggatgaa atcgtcgtag ttcttggtgc cggtcacttg gatgccggcg
    18721 atggtgtagc gtttcggtgt cagcgtatag gataccgtcg gcacctcgcc ggctggcacc
    18781 gtatccgtcg gtaccgcgtt cgtcggtgtg aggtccgaaa gcaccgtccc agcgtgcacg
    18841 gccgtggtgt cgacctgcgc ccacgcgctg cccaccgtta aggctgccat tagggccgcc
    18901 gccatcaagc gtaatctctt ctgcatagta aagtagttag aagtagtagg agtgtggttt
    18961 gaggtagtaa gtcgtaggga agcggtgccc ccagcgaggt tcgtacctgt gtacttgtct
    19021 tatttatttg agttgttcgc cggtcttgcc aaagcgccgc tcgcggtgct gatagtccaa
    19081 gatggctgtg tataattctt cttccctgaa atcgggccaa taggtgtcgg tgaaatacag
    19141 ctcggcgtag gagagttgcc aaagcaggaa gttgctgatg cgttgctcac cgcccgtgcg
    19201 gatcatcaga tcggggtcgg gcagatggcg ggtggtgaga tgatcggaga agcacgcttc
    19261 cgtcacctca tccggctgta gccgaccgtc acgaacggct tcggccaatt cacgcgtagc
    19321 acgcaggatc tcccaacgcg ccgaatagct gagcgcaaga acgagcgtcg tgcctgtatt
    19381 gcctgacgtt tcgcgcagac attcctcaag cgtggcccgc acttcggccg gcaaccgatc
    19441 taagtcgcca atggcctcaa ggcgcacgtt gttcctcatc aggtcgggcg tctcgcgctg
    19501 gatggcagcc accatgagcg ccatcagggc gtgcacctcg gccgcggggc ggttccagtt
    19561 ttcggtagag aaggtgtaga tggtcaggta gcgcagcccg atggccacgg ccgcctcaac
    19621 caccttacgc acggagacga cgccctcgcg atgtcccgcg ctgcgatctt cgccacgcgc
    19681 ctgcgcccat cgtccgtttc cgtccatgat gatcgccaca tgctgcggca atcgattgcg
    19741 gtctatttgt tctttcaacg acatgctttg gtaagtcttc agttggttca gtgtttcgat
    19801 aatcccatca gcgcctcgat gccctttgtg ctgttgcatt tgcggttgcg cggcccgaag
    19861 tcccacgtga ggaagagcgt cgtgagcgtg taccagtcgc cgttcttcat cacgctgccg
    19921 gggatgttgt acgggttgtc cagctgcgca ttgtctaagc catcgcccaa gaccttgtgc
    19981 accgtcagct ctgcgccgat gttgacgcgg ttgcggagct tgtatttgat ccccacgccg
    20041 atgggcaggt tcagcccgcc gaacgtacgg ccttggcctg tagccacggt gccaccgagg
    20101 ccaacgagca ggtagggcgc aaggcgctgc gtattgaggt aggcgaactt gtcgctgtag
    20161 ggaaagaagt tgaactcgaa ttgcccgcca agatccacca cgttgcgcga gaaagcggtc
    20221 tgcataccgc cggggaaggc gttcttgagg ccagccgtgc tacctgtgac ccgtgcccac
    20281 gtcaggccgc ccttgaaggc aatgcggaag ttggcgttgt agcgaaagac cagccccaac
    20341 gacgggttca tgcccttgag cggcgtactc ttattcacat cccccatgta aaacgctccg
    20401 ccgcccatgc cgccgatctc gtatttgtat tcctgcgcaa aggccgacac gctgacgacg
    20461 gcgaagacga gccccgccgc aaggtgtcga aagaaagctg ctgacattat ccttgattat
    20521 tacggtcatt actttctccc taacgcgaaa agtgtttcaa aattacgttc accctttacc
    20581 gcccgtaacc cagtcgattg atgcgtccat gccacagttc gtccatcatg gcacccgttc
    20641 gcgaggtgcg tccgccgaca agcagcaggt agccgtccga cgtgacagcg gccgaagcat
    20701 agccacgcgc cacgaactcc gttggcagct ggagcttatg cgccgctgcg atccatgtcg
    20761 caccgcggtc gtaggagagg taaagcgtgc gctgtgcagt gcccgaggcg ttcaggccgc
    20821 ccacaaggac gatggcgccg ctgtagttcg ctaccgccgc gccttccaag gctggtaaac
    20881 cggaggcggt gtactggttg aggcagatcc acgtgcgacc gtcggtcgtc tcccaggcct
    20941 ggtccgtcag gatgccgtcg cgccgacgac cgcccgcgat cagcaggtgc cgacggtggg
    21001 ccgcctcgta gctcgtgctg ccgaagccct ccgtggggaa cgtggttggg acggcgtcgc
    21061 ccgtggtcca agcgcctgac gcatccatcg aggcgaaatg gagcgtgttg tccttactgc
    21121 gcacaatggc cgccagcgcc accggctgtg agccgtaagt taccgtgtcc acggcgccca
    21181 agaggcggac gatggtgggc gcccctgcga cggacgtcca cgtggcgccg tcggccgagc
    21241 ggtagagcgc gccgtcggtg gtgtgtatat aataggtatg gcggaggagg gtggcgtagg
    21301 ctgcctcgaa cgtcttgccc gcgggcaggc cggacggagt gagggcggtc cacgtctgcg
    21361 catcggacga gcgataggcg ctcaggccgt cggttgtgcg ggccaagagc aggtaggcac
    21421 cagtgtgggc cagcacgcgt gcctcaacga ggttgctctg gcggagcagc ggcgcggtgt
    21481 gttgccaggc catcgagtcg gggtcttgct ggtgcacatt caggcgcacg gtgtaggttt
    21541 tggcctcggt gcggtcgagc gacgtgacgt agatgcgcac aggccgcgag aaatcgatcg
    21601 agtcatcctc ccgcaccgaa atgcgtttgc cggtcgcctc tggctcgaac tccacgctcg
    21661 acgggcccac agcttcgtcg tatacgatct ggcaggccaa cttatgggtg acccgtgtgc
    21721 cgtacggcag cgaatcggtg ttgtagattt cccctcgcag ttggtcgatg gtgaaagtca
    21781 cccgactaag gccagcgatg gagtccttat ccttggtgac attcttcagc aaaaaggagg
    21841 cgatttggca gtttttctgc cgccatctcg gcgttgtcct ctgcgtttcg tccttcaagc
    21901 aggacgacaa aacgagcgct gctaaacagc tgacaagcac cgatcgtaac ccgttatttc
    21961 tcatttacac aattgttttt tctgaacgag gggcaaaagt agatagatat tcgtcctaca
    22021 caaccggcgt ccggagcaag ggtcaggggt caaatccccc tgattacggg tgtgcacaac
    22081 ggcttacccg gcatcgccat ttccgttgtc ctacgatcac cctgcgtggc ccctaatgcg
    22141 cctcatttta cccgatagac gccctgcgtg gcccctaatg tgcctcattt tacccgatag
    22201 acaccctgcg ccgcccccga agcgagtcat tttgccccac aactccccca ccaggcccta
    22261 aaaagagcca tatattccat gcttttacat taaaagcacg agatatacag tgcaagtaat
    22321 atgcttttat attgaaagga tagaatattc aacatgcgtt gaattctctt atattaaaag
    22381 cctattatat acgatctata ttcgatgctt ttatactgaa aggatataat atgcatgata
    22441 tatctaatcc ttttaatcta aaagcattga atatacggtg aaggtatata tctttcaaat
    22501 tgatacactc cgacttgcag tatatattcc atccttttga attaaaagaa caaaatatac
    22561 gtgtgatatt ttatcctatc acattaaaag tgtctgatat acacatccgt ctaaggccac
    22621 gcggcgggga ggagtttcga atggggacgc tggggcagcc cgccacccgg gaacagtccg
    22681 aaaggccgtc gcttttgccc ctcacacgac gtcgcacccc gaaatgccct tccaattgca
    22741 ggctaacgcc cctcacggat cgacgtccct tcgtcttttc cgtcctcccc tgcgggatgt
    22801 tcccccggaa gggaggcgta tactttcggg cccctacccg atcgtccctc ctgtatctgg
    22861 ccaaactgcg cctgcctccg cagaggcccc taccataaat cgaacagccg cttagctttg
    22921 cgcctccaaa tttccagaga gtaagaagtg acaataggac aatggaagga ttcacagata
    22981 acagaccaaa caagaacccc cacatgaagc atctatttat cggcgctttg gcgctgctcg
    23041 tcgccctaca tgggggcgca gcctacgggc aaaaagcaaa acagaaacag aagtcggccg
    23101 cagtcaatgt gctggctaac gacacgcgcg tcttcaaggt cgacccggcg atcgatgtgc
    23161 agggcgtgcg cttcaaaaac cgcttcggga tagagctggc cggccacctc tacatgccca
    23221 agggctatga ggcatcgaag cgataccccg ccgtggccgt ctgcgggccc ttcggggcgg
    23281 tcaaggagca ggcctccgga ctctacgccc aggagttggc agcgcgcggc ttcgtggccc
    23341 tggccttcga cccctcgttc acgggcgaga gcggcggcga ggtgcgcagc gtggccgcac
    23401 cagacattaa cacggaggac ttcggcgcgg ccgtggacta tctgatgcgc ctgcgcaacg
    23461 tcgacgtctc gaagattggc ctcgtgggca tcggtggctg gggcggcatg gcggtcaatg
    23521 aggcctcggt cgacacgcgc gtcaaggcga ccgtcatctg ctctttctac gacatgaagc
    23581 gcctcttcgc cgacgtctat tacgactcca aaagcgacga tgcgcgctac gaggagctgc
    23641 gccgactgag caatcagcgc acccgagacg cgcagacgga tacgcacgag gtgacgggcg
    23701 ataacctgga tcgtatcgcc gccaacgcgc cccgctacct gcgcgacttt caggcctact
    23761 acaagtcggc ccgcggcttc cacaagcgct cggtgaactc cacgggcggc tggacaaaga
    23821 caacgcccat ctccttcatc ggctcgccgc tctgctcgcg agtgggcgaa atccgcggtg
    23881 cggtgctcat cgtccagggc gaaaagtcgc acactcgcag catggccgag gacattttca
    23941 agcgcctcaa cggctcgaac aaagagctct acatcgtgcc cggcgcctac cacatcgacc
    24001 tctatgacga catgaagcgc atccccttcg atatcatcga tcgattcctg aaggaatatc
    24061 tgaagtgagg cggctcgacg ctgcaggtgc gcaactacct acgcaaggct ctataactac
    24121 ctattcatta tgagaacata cccacccatg atcgcaggac tcttgctcct gctctttgct
    24181 gcgttcggct gcacgaagtc cgaacatttc attacagacg cctcctatcg cgctcgcgtg
    24241 gaggcggatt tcaaaacgaa acgcgaggcc ttcgccgact cgtcgctctt cgccatcttc
    24301 caaaccgaga tgagcacccc ggagcgtgag gcgatggagt tcctctatgc ctacatgccc
    24361 atcggcgacg tggccgacta cgacggcgcc ttctatctgc gcaacgtccg ggcggccttc
    24421 acggcccgcc gtgagatgcc atggggacaa cagatcccgg aggacatctt tcgccacttt
    24481 gtcctcccga tccgcgtcaa caacgagaat ctggacgaga gtcgcaccgt cttcttcgaa
    24541 gagctgaagg accgcgtgcg gggactctca ctgcgcgagg cggtgcttga agtgaaccac
    24601 tggtgccacg agaaggtgat ctacacaccc tctgacgccc gcaccagttc gccgctcgcc
    24661 tccgtctgca cggcttacgg acgatgcggc gaggagtcca ccttcaccgt ggccgcccta
    24721 cgcgccgtcg gcattcccgc gcggcaggtc tacacgccac gctgggccca tacggacgac
    24781 aatcatgcct gggtcgaggc gtgggttgac ggccgctggt acttcttcgg cgcctgtgag
    24841 cctgagccgg cgctcaatct ggcctggttc aacgctccgg cttatcgcgg gatgctgatg
    24901 cacacgaagg tgttcggcta ctacgacggg ccagaggacg tgatggagcg cacggcctgc
    24961 tacacggaaa tcaacgtgat cgacaattac gccccgacgg gtcgcacgac aatcaccgtg
    25021 aagggtaccg acggcaaacc ggtagcggat gcgctcgtag agttccagct ctacaactac
    25081 gccgagttct ttaccgtggc gcgcaagcag accgatgccg acggcaaggc ctcactgacg
    25141 gcaggcaagg gcgacatgct cgtgtgggtg tcgaaagacg gacgctatgg cttccacaag
    25201 gtgacgtttg gtaaggacga cgccgtgacg atcgccttgg atcatacgcc aggtgacacg
    25261 gctacggtag agatggacat cgtgcccccg gtggagggtg ccatccctcc ggagcgtgag
    25321 gtgacggatg cggagaaggc tgaaaatacg cgtcgcatgc tggccgagga cagtatccgc
    25381 aacgcatacg tggccacatt ctataccgac accctgtctg ctgccttagc gaaagtttta
    25441 ggcatgtcga acgcggacga gctgcggaaa atcatgccca agacacgtgg taaccaccag
    25501 gaggtcgagc atttcctgcg tgaggcagat caggccaacc gactgcccga tgcgctgcgt
    25561 ctattgaaca gtatctccga aaaggacctc cgcgatacgc cggcggacgt gctactcgac
    25621 catctgaaca acacgccgca aatccctgag gggcttatcg accgacctga tgccactctt
    25681 tttgcggagt acgtagttaa cccacgtgtg tggaacgagt atctgacgcc ttacaaacaa
    25741 ttctttgccg agcggatcga tacatcgctg gctgcggcag ctcgacgcaa tccgcaggcc
    25801 ctcgtggaat gggtgaagac acatatcgcc cttcgtaacg acctcaatcc gcagtatatc
    25861 tctatcatgc cgacgggtgt atggcgtgcg cgcatagcgg acacctattc gcgcaacatt
    25921 ttcttcgtgg ccgtggcgcg aagcttgggc atacctgccc ggatcgagtt aatgacgggt
    25981 aaggtgcagt actacaacca cgggtggcag gatgtgaact tcgaggcgga ccatcagact
    26041 aacgcgcccc aaggaatgct cacggccagc tactccccca ctccctcgct tgacaatccg
    26101 aaatactaca gccacttcac gattgcccga ttgcgtgacg acgcacaaat gcggacgctc
    26161 gactttgaat cgcagggcgg tgtgggcgac acatggcagg atctgcttcg cgcgccgtcc
    26221 tcattgcgac tcgattgcgg caattatgtg ctcgtcacgg gtacacgtat ggccagtggc
    26281 aaggtgctgg cacgtctcac cttcttctct attcacgaag ggcagacgac gaacgtgccg
    26341 cttgtcatgc gtgcggatac gacggacatc agcgtgatcg gcagtatcga tcccgaagcc
    26401 aagttcgaca acgaaacagg ctcgaaggtc tccattcttt cgaccacagg ccgcggatac
    26461 ttcatcatag gcattctcgg cgcgcgtcag gaaccgacga atcatgcact gcgcgatatt
    26521 gcccgtctga aggccgactt tgaaggctgg aaccgtggca tagtgcttct tttcaaggat
    26581 aaggcttcct tggatggctt tgatcgaaag gagttcggcc cgctaccgag cacaattacg
    26641 tggggaacgg acgcggacgg ttccgtgacg cgtatgattg ccgaggccat gaaattgcgg
    26701 aatacgaacg acctgccaat cttcattatc gccgacacgt tcggtcgggt agtctttgta
    26761 tcgcagggct acacgattgg cttaggtgag cagatgatgc aggtggtgcg gaagctgtaa
    26821 aacgtaggtc gacaaaagtc taaggccttc aaacgaaagc cgggtacacg ggcgggattc
    26881 cccaagtcgt gtacccggct tttttttgtc ctcacgtgta ccggcaaaat aagttgggat
    26941 taaaaataag tctacacacg gcgccgcggc tccttcatga aacggcatgc gcaccttacg
    27001 cattgttgga ggtcgcgtaa gattttgcga tcttatctcc ggatagtcgg atggataaaa
    27061 aacggccgga tacgtgatga gaaaactcgc aggcgtccgg tcattttttg tttttcgatt
    27121 ttcgttttct cctgatctcc tatcgcttaa aacgaaagct gatcagaaat tccgagggcc
    27181 gcagccgatc ggtacgcgta taggtattga tagcgttata gcccgtaacc acatacgtgc
    27241 gacggttcag gaggttcgtc cagtctaaac tgacggtcat gtgagggaac gaaaaacgca
    27301 gacctaagtc agcgaaaaaa agattcgttg ccgatatgtc tggggcctgt gtgtaataat
    27361 gttgcagggt ggtggttagt gagaggcgcg gcgtgaggcc ccaataggtg tacagacgat
    27421 ggtcgaggaa tggaatgtac cgatccacgg cgctccgatc gatgcttacc ccggtatacg
    27481 atagcgacgc gacataatca aaatttaagt tcctccgggc gttccattta agggaaggcg
    27541 aaagcgtgaa actatgatcg gtataatcta tcgtagctcc ctgctgctcc aaggtcgatg
    27601 cgttgtgagc gtacgcaatt tgcagccctg cggtaaggga aaggcgcgtc aatagccgag
    27661 ttgccgaaag ggtatgagac caatacgtac tgcgttgatc aaaaggacga agccaggaga
    27721 aggtataaaa atcacgaata agatatgccg agatcaggtt tccctgataa cgagaaaaat
    27781 acgtcatata actcaagtta aagaaatgcg acagatcctt gaccgagaga tcgagactca
    27841 gcatgtccga aacgttgcgt tcctcacgct ccgtgccacg cgtgagcagg ttgtagcgtt
    27901 tcatcacata gcccgtgagg cgattgtcca ggtcgccacg gcgaatcgta cgctgccaac
    27961 tggcgctcga cttgaatacc gccgaaggct catagctgaa acgtatcgcg gggtggattt
    28021 gcagatcgcg atcggtatgg ccggcatacg tggtctgtcg ttgctccagc atcgcggacg
    28081 acgtgagtgt ccaggggcca tacacgaatc gataagcagg caccgcgtac agctgccata
    28141 ggcgccaacg aagatcgttc gtgtagggac cctccacgcc ctccggttga ggttgcaggg
    28201 cggaccgcac ggcttgtccc ttccatgcaa aacccgtttt taagtccagc gtatgtgccc
    28261 cggagtggaa gttgagcgtc agatacgaat cgttgctacc cgcctcatag cgaatagatt
    28321 gccggacgaa tagctgtcta aaaagtggta tcgaatcttg cgaagaaacc gtaagccatt
    28381 gtggcatacg tataaattct gtctcatttc cgaatccaaa agccacgcga ccgatcaaac
    28441 gagaaagttt taagtgattc tttatcaagg tgcgtggcaa attcatctgc tgctgcattt
    28501 ggcgacctcc ggcagctaca tcggcgcgcg catccttcca atgaatttct gcgctgagct
    28561 tattctccaa aaaataatgt gtccgattgg ccgtcaaagt ccattcgcct tccaatttat
    28621 gacgtcgaac gatctgcgag gtgtaatcgc cgacggtgta cgtctgtccg ttgcccagcc
    28681 ggtactccgt ctcaacgcta cggctgcgcg actcacgttc gtagccataa ttgagattca
    28741 ggcgcaagtc cacgtcgtcc gccacccgcc aaagttgatt cactgaggcg atggcagacc
    28801 gattgaagcg tgcgcgatcg cgaacgaaga aggccgaggt catcgtgagg ggtgaaagtc
    28861 gatccggaat gccctccaaa gtagccggat taaagacggt ggcgcccatc gaatggatcc
    28921 ggagctccat ggcaatgtcc cgccccgtat tattggcctt ggcgacaatc agcgtctggt
    28981 ttcggcgtgc aaagcgggct ggcgtcacgg tcgcgtcata gagcattgga aaaccgccca
    29041 aaccgaagtc acccgtgagg agccatttgg cgcgcgatcc cgatttcagt ctgatgttta
    29101 gggccgcctc gtcgggatcc gtgcgtccac gcatcatttt gatcggctca tgattttcgt
    29161 aaacctgtac ggaagcgatg ttagccggtg aaagattttt cgtagccagt gaataccgat
    29221 tgccaagcag attcaaatct tcgatataaa agcggttgat aggtcggccg tcatatttga
    29281 caagtccatc actacggact tcaatgccgg gcatacgctc cagcacttcg gccaacgtct
    29341 tatcctgcgg ccgcgaaaaa ttagacatga aataggtcag cgtatccccg cggcgtcgca
    29401 tgggcgcggc ctcgaccttc acttcgcgca gcttgaccga agtctcctgc aaacgcagtt
    29461 ccacagtgcc cgcatccctc cgaacgcttt gccgcagggc ttcaaaacct aaccgggagg
    29521 tcgatacgac atattccgga gcaccgtccg acgggaggtc taaagtgaaa gcgccgtcat
    29581 tcctcgagta atcgtaggac aggatccgcc gtccgtccgc actcatcagc atgacgtaga
    29641 cgtccggaat gggtgcgcca ttggtcttcg cgcgggtatg gcccttcaat tgctgttgtg
    29701 cgctggaccc ggcgacggtc agcataaaaa gtattgtcca aaaaagtagt ccacgattca
    29761 tcataggtca ttcttacgct aaagtgagta atcaaaaaac ctcaggatgt gtctttcgtc
    29821 taaagaaaag cacaagctga ggcctgtaaa gtacttctga aaaaaatagg tgctatttct
    29881 ctattgggat atactctctt ttcatcacag gagcagatgt gggatttccg ctctcatcaa
    29941 aaaagttcga aggcgaaccc gtctcaaaat ctccaaaagc aatggcatcc tcgtgataca
    30001 atcgctcata ttccaaataa gtcttcctcg atattttctt gtattccgca cctgtataac
    30061 ctccttttgc accaatctcg cgatgaatat aaatgatcgg aactggattt attagacgct
    30121 taaaagtctc catttcaaat aggaagtagt gatcggcatc cgtagcgcgg gtaatcaatc
    30181 ccgggaggcc ccaaagtttc catggcccgc ggcttagcgg aatgtcggaa gtataatata
    30241 cctcccaatc acgacctcga tagtgtgttg tagcccgttt gcagatgaat cctgatatag
    30301 tcgcggtgtc ttcatgcaat gtccagttcg gcatcgttat cggctcctca tagaaatagc
    30361 ctttcatata ctgcgtggta actcgcgtct ttttcttatc atgtaattga taataaatcg
    30421 gtgtggtgcc tcgtagggga tagcccttag ttgtttcatg aatctcccaa ggtgacatgc
    30481 ctttcttcaa tccttcattc ataatcgaat ctcgaatttc agcataacgg ctgtaaaact
    30541 tcgtcgcctt attgcccata tccagataca tccaatccac gccctcaaac tccggctgtt
    30601 ccggagcggt cttataagag aacttataga ccgcccagaa ccgcgcggtg tctattgttt
    30661 cctgcgcatg cgtcaccact gtagcgaaga tccatgcgaa aaaaaatatt ggtattcgtc
    30721 tcattcggaa tgtccttatt tgttctccac aaagaacgca gaaacaactg tagactcaaa
    30781 aataagagcg catgttttac aacatgtttt tcagctcttg aaaatagagg cgcttgctat
    30841 tggagatgct caatgactgt catagccact taaaaacaaa gtccccatat ataggcaata
    30901 ggaatacgtt tttgagaaag ctatttctcg agtgggatat aaggcaattt gtttacaggt
    30961 aagggattac cctccgtatc tcttatttcc gaaccaaatt caaagttcat aaaagcattc
    31021 acatcttcat gataagaggc ttcatatttg agataggtcg ccttagtgat ctttttatac
    31081 tcatccccta tatatccacc tttatggcca agctctcgat gaatataaat gattggatct
    31141 ggatgggata gacgcttaaa ttgatccatc tcaaataaga agtaatgatc tgcatctgtc
    31201 gcccgcgtaa ttagtccagg taatccccag agcttccatg ggccacgact aagaggtatt
    31261 tcagttgtat aatacacttc ccaatcttgt cctaaatagt gagttgttgc ccggttgcat
    31321 aagtaaccca aaatggtcat cgtatcatct tgcagtgtcc aattgggcat ttctaagggc
    31381 tcctcataga catatccatg agctatatat tcgatcgtta ctcgcgtctt tttttcattg
    31441 tataattgat aatagatagg agatgcccct cttactggat actttttggt catctcaaaa
    31501 agttcccagc cagatagccc cttcttcaat ccttcgtttt taacagaatc cttgatctcg
    31561 gcatatcgat tgtaatactt tgtcgattta ctgcctatat cgagatacat ccaatccatc
    31621 caatcaaact ccggctgttc cggagcggtc ttatatgaga acttatagac cgcccagaac
    31681 cgcgcagtgt ctattgtttc ctgcgcgtga gtcgccactg tagcgaagat ccatgcgaaa
    31741 aaaaatatcg gtattcgtct cattaggaat gtccttattt gttctccaca aagaacgcag
    31801 aaacaactgt agactcaaaa ataagagcgc atattttaca acatgttttt tggctcctga
    31861 aaattgagga gcttgctatt ggagatgctc aatgactgcc atagccgctt aaaatagagt
    31921 ccccatatat aggcaatagg aatacgtttt tgagaagcta tttctccaat gggatatatg
    31981 gaatttctgc aactggagcg ggatcacccg atgtaggtcc tgtatctccc atctcaaaat
    32041 cgagaaacgc catagcatcc ttatggaaca atctctcata ttccacaaaa gtcttcttgg
    32101 ataccttctt atactcactt cctgtgtatc cacccttatt gccaaatccc cgatggatat
    32161 aaataatggg ttcaggcttg gatagacgtt tgaaataatc taattcaaag agaaaataat
    32221 ggtctgcatc tgtagcacga actatcaatc cgggcaatcc ccataatttc catggtccat
    32281 aactcaaggg aatgtctgta gtataataga cttcccatgt tcgacctaaa taatgggttg
    32341 tagctcgacg gcaagtgtaa ccgtataaag ttagcgactt attgtcaagt atccactgcg
    32401 gcatgaccat cggttcttca tagtaataac ctttggtata ccgtgtagca acccgcgttg
    32461 tcttctcact gtacaattga caataaaccg gcgcatctcc ccttacggga tagttttttg
    32521 tccgctcatg gatcgcctct ggggctatat tctgttttag acactcattc gtcatggagt
    32581 ctttgagttc ggcataacgg ttataaaaca ttgttgcctt attccccata tcgatataca
    32641 tccaatccac ccaaccaaat gtgggctgtt ccgggcttgt tttataagag aacttataca
    32701 tagcccggaa cattgcctta tcgatttcta tctgcgcttg cagggcgaag actactaatg
    32761 tccacgcgaa aagaaatatc agtactcgtt tcatttgaaa tatccttata tgtttcccca
    32821 caaagaaaca atgaccttct gtatcatcaa aaatagagct acatgttata taacatgttt
    32881 ccccatcctt gcaaatgcac aaatacgcgt cttcaccgcc tccggcggca tttgtggggc
    32941 gtatgcaata cgcccctact gtgttacagg aatggagtcc ataaaataag aatgtactta
    33001 ggtaggggcg caaaagcata cgccccccaa acgtttccga aggaaacgaa gaggcatgcc
    33061 aatgcacaaa aacgatcatt cgccgcctcc ggcggcattt gtggggcgta tgcaatacgc
    33121 ccctaccgtg ttacaggaat gaaatccata aaataagaat gtacccaggt aggggcgtat
    33181 tgcatacgcc ccccgaacgt tttcgaagga aacgaagagg cgtgccaatg cacaaaaatg
    33241 atcattcgcc gcctccggcg gcgtttgtga ggcgtatgta atacgcccct accacgttac
    33301 aggaatggaa tccgaaaaat gaaaacgccc ctaccctacc ggaaaatctg aaatcaaaaa
    33361 tcgaaaacga aaaatccgga tacatgattc gacatgtacc cggatttgtt tttaggttta
    33421 tggtgttcgt tctctctgtt caattttccg gaagatggat ctcggggccg ccgccactgg
    33481 cgccaccgcc accttcggaa cctgagccgc cttctttagg gttctttcct ccgccttcgg
    33541 cacccgagcc gccgccctct ggcttcttac caccgcctcc gggcttcggc gtaccgccac
    33601 cctctggctt tttatctttt ccactatcgc cgggtttctt gggctcctcg gtctctggca
    33661 gacggatatc cggatcatcc ttatccttcg gcttacgcgg ttttttaggc tccttgggtg
    33721 tcttgggatc cttactcttg tccgatttgc ggcgtgcgag gatctggcta aacgtctcgt
    33781 ttatttcgtc catccgctga ttgagctgct tggctactgt gcgaatcaat tctttatcca
    33841 ccgttgccga accagacaaa taggcggctt gcagcataaa aatgacacgc tcatataccg
    33901 catctgtctt cggacgcacc tcaacgatct tcgggaggtc ttttttagcg cgagacgcgg
    33961 tgcgggcctt acggaacttg ttaaactcgg cgttggcagt ctctaaaagt gacacggccg
    34021 acgtcagtcg cagggtagcg agtagcggag tcatctcagc cttcttcaga tcgatcagca
    34081 ggccatcaat atgcactgtc tcgtgcgatt tgctgccata ctgtatgccc cgatagcggc
    34141 gagtgatgat atccaactgt gtagcggctt tcgtttcgtc ggcatccggt gaacgctgat
    34201 aggtacgaac cacattgaaa atgaaggtaa tcaatttgtt tcgttcctca tttttctcat
    34261 tcaggagctt cgtgttgtga ttggcttgtg cttccaaatt gagatccttc tccgtcagca
    34321 gattgccatt ccactcattg agtagcgcga gggttaatcc gagtttcgtg atatctactg
    34381 cgtgaactat atcgtacgca tccgaatgat acagtacgtg cagtgcgttg tcaagcctcg
    34441 taaggcgcat tttttggatt tcgactaatt cgtccattcg tttttctcct ttctttatag
    34501 gtacatatat aatgataaat gcttccgaca gcagcgtaag ctgttccaca tatctctaca
    34561 gtcctttttg agcctcataa tcgacctcaa atgcttttgc agtccttttt gagactcaaa
    34621 attaacctca aacggttttg cagtcctttt tgagactcaa aattaacctc aaacgttttt
    34681 gcagtccttt ttgagcctca taatcgacct caaacgcttt tgtattcctt tttgagcctc
    34741 ataatcgacc tcaaacgctt ttgcagtcct ttttgagcct caaaatcgac ctcaaatgct
    34801 tttgcagtcc tttttgagcc tcaaaatcga cctcaaatgc ttttgcagtc ctttttgagc
    34861 ctcaaaatcg acctcaaacg gtttttggct ctttccgagc tgtaaaaaca cacacaaagc
    34921 gtatttggcg ctttctcttt atcttcaaaa tctatctgga gtgtttccca cgactcgaaa
    34981 gtatttcaat atgtagtttg acttatgacc gctgtcctaa gcggcggcta aagtataact
    35041 gttttgaata gcaacaaact tttcgcgaaa aaaccgtaga aaaaatttta cgggtctgtt
    35101 gtatgtgctg attttcaggg tgtagattct tttattcttt tgatgcaaga tctttctggc
    35161 atcattatct tcttttcttc tcttgataga agaaaagaag caaaagaaga tcaagccctc
    35221 tgccgagggc ggggaagttt ggcctggtac gtgtttggga gggcgtatgc ttttacgccc
    35281 ctacatatcc tgatacactg atattctaag aattaaaatg tacccgggta ggggcgtatt
    35341 gcatacgccc tccgaacgtt tccaaaggaa acgaagagac acgccaaggc acaaaaacaa
    35401 tcattcgccg cctccggcgg cttttgtgaa ggcgtatgcg atacgaccct acattatagg
    35461 aatgtcagaa aataaaaggt ctccagccgg atggactgga gaccttctct aaactgctaa
    35521 acgacggcga atcagtagcc ggggttttgc ttgatgttgg gattggcatc aatctcgccc
    35581 ttggggatgg gcaggacgat catatagaac gtgcgatcgt actccatgta aggggtgtcg
    35641 tggcgggtgc gactgatgtc gctctcctcg acgtcttcac gtttgatcga aaggccatta
    35701 cgcatcacat catacatgcg atgtccttct gcaactaatt ctttgcgtcg ctcattgagt
    35761 acattggcca aagtcagggt ttttcccttc accgtagagt cgggatctgc tcgatgaaca
    35821 atggcatcga ggtaagtcac ggctgtggca ttgtcgcctg tcttgactgc ggcctcagcg
    35881 gcattcaaat aggcttccga cagacgcaaa aggggtatat tggcatcggc aatattctct
    35941 cccggttgcg gctgatactt attgacatac gcgtactgct tgccgtcgaa gctcaggagc
    36001 ttcagacgta catcgcgggg gttctccttg agcaaacgat agaacgaggc agtgatacac
    36061 atgtcgtcgt atccatcttt ggagttcagg taacccatgc tctcctttcc gggcgaatcg
    36121 gtggtaagat tgacgatctc gaacagcact tcgccttgat ctgcggacga cgcgtctgct
    36181 ccccaggccg tcggataagc cttattggac cagagggcat atccgttctt ctccgcgcct
    36241 tcgatggcgg acttggcggc tttcagggcc tcctcatttt cgcctttata gaggtacacg
    36301 cgactcagca acgtcagggc cgcccactta ttgaacttcc ccttgttgaa cttctccccg
    36361 aggagttccg aggcggactt caggtcggct atgatgtgcg tataacattc ggccacggag
    36421 ctgcgggagg gcttatcctc cgtgccggaa acggtttcga tgatcgggac acccatcgag
    36481 gccccgccgt ctttcgtata ggggtatccg aatatccggg tcaggtcaaa gagcgccatg
    36541 ccgcggatgg cgagcgcctg acctcgcaaa tcgttgcgat aagccttctc agcgtcgttt
    36601 gcggtgatgc gatcgaggct ggccaacacg acgttgcaat tttgaatgat gttgtagagg
    36661 taagcccaat gactggacgg accgttgtcc ttcgtgaagt taaagcgata gtaattggcc
    36721 gttcgcttgg tcgaactcac ggcctgcatg tcatcgccgg tcacgtctgc gtaataaacg
    36781 agtcggccgg aataagcatc ggcactttgc atcgtgctgt aaatgccgtt gagagaaaac
    36841 tccacttctt tcagcgactt gacgccgctt tcggtctgta tggatgtcga aggctccacg
    36901 tcgagccaat cgttgccgca tgaagtgatt agagatgcag caaggatgag ggtaaggtat
    36961 ttcaaatagt tcatgattcg atctttcttg agggattaga agttcatgtt tacgccaaag
    37021 atgacggttt tgagcggagg agttccccac gttgccgaac cgctttcggt ggcttcggga
    37081 tcataataat cgtatgcggc ccacgtccag aggttgttgg cagaagcata aagacgcaca
    37141 ttttcgagat gcgcagcctt cacccagctc ttgggtagcg tgaagcctaa ggtgagcgtt
    37201 tttagacgga tgaagtcagt gctgtgcagg cgccgagaag tcgaaatctt gttcatggct
    37261 accgcggggt tctcatagaa aagctcatag ctggtcgcgt cgcccggctt ccgccaactg
    37321 tttcgataat aggtcggcac gttagcccgc atgtcgtttc cgccgtgttc cgtcttctgc
    37381 gcccatacat cgtaggcata tccgccaaac tgataggaga acatacaact caggtcgaac
    37441 catttgtaac gaatcgagtt gctcaaaccg cctatcacgg ccggatcagc gtatttatcg
    37501 agtaccgcag cgtttgcctt gcttacatct tcggtaatat ccttcttata gttgccgtta
    37561 gcatcccgtt cgtttgtgta gaactgtggc gcacccgttt cagggttaat gccggcaaat
    37621 tcgatcatat aaaaggtgcg gtaaggcttt ccgacctggt gaatttgata tccgccgata
    37681 atctcagtct gtaatccgtc gagtttgaca atttcattgc ggttgtgcga gatgttgaaa
    37741 ttcgtcgtcc aggtaaagtc cttcgtctgc acgttcgtcg aaccgatttc caactccacg
    37801 ccttgatttt tcacctctcc gatgttcatc aggtagctcg aaaatcccgt agtcatcgaa
    37861 atcgggcgat ccataagtag attcttcgtc gtacggacat aatattccag cgtcacattg
    37921 atgcgattcc agaggcccag atcgagaccc agattgaggt tgtggttcgt ctcccactgc
    37981 aaatcgatgt tcgggagccg cgaccgaatg attccaggtt gctctaaata gccattcgtg
    38041 aggtcgctaa gccccatata gccatagaga tccgaaggaa gtgttccgtt cacgccatac
    38101 gaagcgcgga gcttcaaatc ggacaaccag ccttttgtag gttccataaa cgattcctcg
    38161 atggctcgcc aagcgcctga gagggaccag aagctgcccc aacgactatt gcggtggaag
    38221 cgagagcttc cgtcggtgcg gaaactacct cctaagtagt agcgattgcg ataatcataa
    38281 tttaagcgag agatgtaaga caccatccgc gatcgcgtat tgcttccgcc tacggcttcg
    38341 gttttcatac cgttactgat ctcgtttttc tgtggtgtag cgaaattact ggctattccg
    38401 agcagatagt cactatattg atcgtcaacc tcgtatccga tcagcgcatc gaggtgatga
    38461 ttgtccgata gtgtggcgcg cgcatacgcc gataaacgca tcaacaactt cgcgcccatt
    38521 ccgtggagcg gctatacgga ctgggatgac gtattgttcc gcaaaggcag tcacagcagc
    38581 tacgaagcct cgatcacggg cggatcggac aagttcaaat actattcatc cctctcttac
    38641 ctcaaacaag acggtatcgc ctataactca ggtctggaac gcatcagcgg acgccttaat
    38701 gtggattatc aggccacgga tcgcttgaaa ttgggcgtaa atatgttgct ggccaccgta
    38761 aatcaagaag tgaacagcga gggaacgtct tatgtttcac ctttctac
//
LOCUS       SEQF2634|AYYE01001212.1 7214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             35..931
                     /gene="rffH"
                     /locus_tag="SEQF2634_02001"
                     /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
                     CLILGDNIFYGQSFTRMLKSAVFNATDKQNATVFGYYVNDPERYGVATFDTQGNVLTI
                     EEKPQHPKSNYAVVGLYFYPNEVVEVARHVKPSARGELEITSVNQAFLDKHRLKVELL
                     GRGFAWLDTGTHASLAEASTFVEVIEKRQGLKIACVEEIAYRQGWIDAAQLERNATPM
                     AKNPYGQYLLNLLKGEKLRQLV"
     CDS             1109..2290
                     /locus_tag="SEQF2634_02002"
                     /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="MKTKALLLAVLFGSALAVSAQNAQRYEPQVGFSTERGSKTNFKK
                     NKATDNVFISLAGGANVLFGDLNGNAELMDRIAPSGAISVGKWYNPYLAFRLQVNGGK
                     MRNYSYVTDYKSDNAQEFWWINPHVDLMWDVTNFFAPYKESKVFRFIPFVGLGYALRP
                     GYTDDKTHTSFPRAESASLNGGAQFMFRLSKRVDLFLEGQYTLLGEHWNWDSHPRPRY
                     DRAVQAMLGLNFNLGRKEFEVIEPMDYNLLNDLNDQINRLREENAELAKRPEFCPECP
                     KCPEASEQKENLENVVYFRLNSAKIDKHQEISIFNTAEYAKKYNLPIKLVGYADKKTG
                     NPDYNKGISERRARAVAKRLIDKYGVSSDNISIEWMGDTVQPYAENAWNRVVIMNTDN
                     K"
     CDS             2562..5117
                     /gene="dpp5_2"
                     /locus_tag="SEQF2634_02003"
                     /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="MMKKNLMMRKMQVALLLASYVTVGFAQGETLKKIVATTPLEVRA
                     PLMVDPAKDAKDPFGADKLLKLGLTIPEQTGFTQKYDADADGFFRVGKVAQGASVQLF
                     AFYVRGDRYGNVKVTVTTPDLAELFVNGKSVATKTTSEDGRKEAKELSTTLTPYPETD
                     RVVVKLLRPAGAKAEPVIKVALEPDSTEKDMKLSTWESGKRPIELNDAIKGKRVYDTK
                     VSPKGNYVLMTYTYNHGEISTYPKELYSIKTGRRVIIAPNNDKHALGWMPRSERLFYL
                     SKDDGNVANLITIDPETLEEKVMARNVPYEWVTFSPDEKALFYSKGDEPKKTEDVYRM
                     QTVTDRSGGAVPLTFIYRYDLGTGLTTQLTFGDRTATLNDIAHDGQSILFTITDETIT
                     EQPFTVNSHYRLDLRTMRVDTLCAREAHTTEALFSPDGRKVLFLGDPEAFGRIGLNVG
                     QGQTPNSFDVQAYLMDVATKKVEPLTRDFNPSISKAKWSGDGRTIYFEVADEDHVYVY
                     AYDVAAKKFNRLPSEEDVVNAFDVANQASVMAYSGEGLMNSTRAYVYDLNTKKTTRIA
                     DPYADHLAQLKLQPVKDWNFTNSDGQEIKGFYYLPPDFDPNKKYPMIVFYYGGTLPNA
                     RYFGGRYPMHVYASLGYVVYELQPSGAIGFGQKFSALHVNAWGKRSSDDIIEGTRKFI
                     ADHPFVDGKKVGCIGASYGGFMTMHLQTRTDLFAAAVAHAGISSIAGYWGEGHWGYSY
                     STAASAGSYPWNNKALYVDQSPLFNADKINTPILLINGTSDTNVPPGQSVQMYVALKI
                     LGKPVELVQVKGEDHFIMDYNKRVKWTRSILAFFDRWLKGQPAWWNSMYDPKP"
     CDS             5820..7049
                     /gene="xerC_10"
                     /locus_tag="SEQF2634_02004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDDKKIKVLLYLKKGTRDRSGKAPIMGRITLGRSIAQFSCKLSC
                     NPDLWNPRESRMDGKSREAVEVNRRLDNLLFAVQASYQSLLAKGSPFDAIDIKEHFQG
                     SVQSRTMLLERFDGLIEDMKDRVGVDIRENSLAAYRQTRVQLQRFIRAKHKVSDLAFS
                     QLTEDFIKQFEQFTTGESSLKQSTCYNMIVLIKKVCKLAYREGAADSLLFDNVHVDKG
                     DSRLPKALDKDALDKLKALCFDGLDEDMETSRDVFLFACYIGAAYCDLMALNREHLIR
                     DDEGALWLKFNRQKTGVLCRVKLLPEALRLLEQLHNDARETLLPYMNYATYLSCLKAI
                     SLRAGLSLPITTHTARHTFATLITLEQGVPIETVSKMLGHSNVSMTERYAKVTPQKLF
                     EEFDRLIAFTEDLHLTI"
ORIGIN      
        1 ccatcataac aaccccgtaa atacaacact acagatgaaa ggaatcgtac tggccggagg
       61 ctccggcaca cgcctctacc ccatcaccaa gggcatctcc aaacagatga tccccgtcta
      121 cgacaaaccc atgatttatt accccatctc ggtgctcatg ctgtccggca tccgcgagat
      181 actcgtcatc tccacccccc aagacctgcc cgccttccgc cgtctcctgg gcgacggatc
      241 ggattggggc gttcgctttg aatacgccga acagccctcg cccgacggac tggcacaagc
      301 cttcctcatc ggagccgatt tcattggtaa tgacgacgtc tgcctcattc tgggcgacaa
      361 tatcttctac ggccagagct tcacccgaat gttaaaaagc gccgttttca acgcaactga
      421 caaacaaaac gcaaccgtat tcggttatta cgtcaacgac cccgagcggt acggcgtagc
      481 gacgttcgac actcagggca acgtactcac gattgaagaa aagccccagc atcccaagtc
      541 gaactacgcc gtggttggcc tctacttcta tcccaacgaa gtagttgaag tggcacgcca
      601 cgtcaagcca tcggcccgcg gagagctgga gatcacgtcc gtcaatcaag ccttcttgga
      661 caagcatcgc ctgaaagtcg aactcctcgg acgcggcttt gcttggcttg acaccggcac
      721 acacgcctca ctggccgaag cctccacctt cgtcgaagtc atcgagaagc gtcaaggcct
      781 caaaattgcc tgtgttgaag agatcgccta tcggcaaggc tggatcgacg ccgctcaact
      841 ggagcgtaac gccaccccaa tggccaagaa cccctacgga cagtacctat tgaatctgct
      901 gaaaggggaa aaactgcggc agttggtgtg aattcgaacg tgaagtgtat atagattgtg
      961 cgtccagagc aaagcaagtg cttcccttgc tagggaagaa aaaacattta cctttgccgc
     1021 aaataattga gagataacga atgagttaag taagagatca caaaacagaa aggaaaagaa
     1081 gattgtttaa taagaaattg aatagattat gaagactaag gcattacttt tagccgtttt
     1141 attcggttct gcattggcgg tttcagcgca aaacgcgcag agatatgaac cgcaagttgg
     1201 cttcagcacg gagagaggtt ctaagacgaa cttcaagaaa aacaaagcga cggacaacgt
     1261 atttatttcg ctggccggag gtgcaaacgt cctgtttggc gacttgaatg gcaatgctga
     1321 gttgatggac cgcattgcac cgtcaggtgc gatttccgtt ggaaagtggt acaacccgta
     1381 cttggctttc cgcttgcagg taaacggtgg taagatgaga aactacagct acgtaacgga
     1441 ctacaagagc gacaacgctc aggagttctg gtggatcaat cctcacgtag acttgatgtg
     1501 ggatgtaacc aacttctttg ctccgtacaa agagtctaag gtgttccgtt tcattccgtt
     1561 cgtgggtctt ggttacgcac tgcgtccggg ctatacggat gataagacgc acaccagttt
     1621 cccgagagct gaatcggcat cgctcaacgg tggtgctcaa tttatgttcc gcctttctaa
     1681 gcgtgtagac ctgttcttgg aaggacagta cacactgctg ggtgagcact ggaactggga
     1741 ttcgcatcca cggccccgtt acgatcgcgc tgtacaagct atgcttggtt tgaacttcaa
     1801 cttgggtcgc aaggaattcg aggtgatcga gccgatggac tacaacctgt tgaacgacct
     1861 gaacgatcag atcaacagac tgcgtgaaga gaatgctgag ctggctaagc gtccggagtt
     1921 ctgccccgaa tgcccgaagt gccccgaagc ctctgagcag aaggagaatc ttgagaatgt
     1981 cgtttacttc cgtctgaaca gcgcgaagat cgacaagcac caggagatca gcatcttcaa
     2041 cacggctgag tacgctaaga aatacaactt gccgatcaag ttggtaggtt atgctgacaa
     2101 gaagacgggt aacccggact acaacaaggg tatctctgaa agacgtgcaa gagccgtcgc
     2161 taagcgcctt atcgacaagt atggcgtttc gtctgacaac atctccatcg aatggatggg
     2221 tgatacggtt cagccgtatg ctgagaatgc ttggaaccgc gtggttatta tgaataccga
     2281 taacaaataa gcgattcccc taacacttag aaaaagccga cggaagtttc tttccgccgg
     2341 ctttttttgt gtctatcctt tgatctcgcc tttgtatttg tagctttggc cgcccgacaa
     2401 aaaacgtgtc gtgatgccgc attggaacac acttctgctc aaactacata cacgtcctca
     2461 agtgtgcctc tgcgaactcc ttacgactgt tgaagtgggc cttccccaac agaaagaata
     2521 tcagagatca taaaatagaa gtatcaatca accgtaaaaa catgatgaaa aagaacttga
     2581 tgatgcgaaa gatgcaagtg gcactcctgc ttgcgtcata tgtgacagtc ggcttcgcac
     2641 agggcgagac cttgaagaag atcgtcgcca ctacaccgct ggaagttcgg gcaccgctaa
     2701 tggtggaccc ggcaaaagat gcaaaggatc cgttcggggc agacaagctc ctaaagctcg
     2761 gactgacgat ccccgaacag acgggattca ctcaaaagta tgacgccgat gccgacggat
     2821 ttttccgagt tggaaaggtg gcacaaggag cgtctgtgca actgttcgcc ttttatgtga
     2881 ggggggaccg atacgggaac gtgaaggtga ccgtaacaac gcccgacttg gccgagctgt
     2941 tcgtgaatgg taaatcggta gcgaccaaaa cgacctcgga ggacggacga aaggaggcca
     3001 aagagctgtc gacgacgtta acgccctatc cggagacgga tcgcgtggta gtcaaactgc
     3061 tgcgaccggc cggtgcgaag gcggaaccag tgatcaaggt cgctcttgaa ccagactcga
     3121 cggaaaagga catgaagctc tccacctggg agagtggcaa gcgacccatc gaactgaacg
     3181 acgccatcaa aggcaaacgt gtctatgaca ccaaggtgtc acccaagggg aactacgtct
     3241 tgatgaccta cacctacaac cacggtgaga tctccactta ccccaaggaa ctctactcca
     3301 tcaagaccgg acgacgcgtc atcatcgcgc ccaacaacga caagcacgct ctgggatgga
     3361 tgccacggag cgagcgactg ttctacctct ccaaggacga cggcaacgtg gccaacctca
     3421 tcaccatcga tccggagaca ctcgaggaga aagtcatggc ccgcaacgtg ccttacgaat
     3481 gggttacctt ctcgcccgac gagaaagcgc tcttctacag caagggcgat gaaccgaaga
     3541 agaccgaaga cgtctaccgc atgcagaccg tcaccgaccg ttccggaggc gccgtgcccc
     3601 tgaccttcat ctatcgctac gaccttggca caggcctgac cacgcagctc acctttggcg
     3661 atcgcaccgc cacactcaac gacatcgccc atgacggaca gtcgatcctc ttcaccatca
     3721 ccgacgagac catcaccgag cagcccttca ccgtcaacag ccactatcgc ctcgacctcc
     3781 gcaccatgcg cgtcgacacg ctctgcgcac gtgaggcgca caccaccgag gcgctcttct
     3841 cacccgacgg gcgcaaggtg ctcttcctcg gcgaccccga ggctttcgga cgcatcggcc
     3901 taaacgtcgg ccaagggcag acgccaaaca gcttcgacgt ccaggcttac ctcatggacg
     3961 tagctacaaa gaaggtggag ccgctcacgc gagactttaa cccgagcatc tccaaagcca
     4021 aatggagcgg cgacggacgc acgatctact ttgaagtagc cgacgaagac catgtctacg
     4081 tctacgccta cgacgtggcc gcgaagaagt tcaaccgact gccctcggag gaggacgtgg
     4141 tcaacgcctt cgacgtcgcc aaccaggcgt ccgtcatggc ctacagcggc gagggactca
     4201 tgaactccac ccgcgcctat gtctacgatc tgaacacgaa aaagacgact cgcatcgccg
     4261 atccctacgc tgatcatctg gcccagctga agctgcaacc cgtcaaggac tggaacttca
     4321 ccaactccga cggacaggaa atcaagggct tctactacct cccgcccgac ttcgacccga
     4381 acaagaagta ccccatgatc gtcttctact acggtggcac gctgcccaac gcccgctact
     4441 tcggcggccg ttacccgatg cacgtctacg cctcgctcgg ctacgtcgtc tatgagctcc
     4501 agcccagcgg cgccatcggt ttcgggcaga agttctccgc cctgcacgtc aacgcatggg
     4561 gcaaacgctc ctcggacgac atcatcgagg gcacccgcaa gttcatcgcc gaccacccct
     4621 ttgtcgacgg caagaaagta ggctgcatcg gcgcctccta cggcggcttc atgaccatgc
     4681 acctgcaaac gcgcaccgac ctcttcgccg ccgccgtggc ccacgccggc atcagctcca
     4741 tcgccggata ctggggtgag ggccactggg gttactccta cagcaccgcc gccagcgccg
     4801 gcagctaccc ctggaacaac aaggccctct acgtcgacca gagccccctc ttcaacgccg
     4861 acaagatcaa caccccgatc ctgctcatca acggcacctc ggacacgaac gtcccccccg
     4921 gacagagcgt ccagatgtac gttgccctca agatcctcgg caagcccgtt gagctggtcc
     4981 aggtcaaggg cgaagaccac ttcattatgg attacaacaa gcgtgtgaag tggacgcgct
     5041 cgattctggc cttttttgat cgctggctga agggccagcc ggcttggtgg aacagcatgt
     5101 atgacccgaa gccttgacca cctccgcggc ctcgcaaccc gagcagcagc tgcaacccgc
     5161 gttgccacgc cccgtaaaga atcggtataa cctccagcct acgacgccaa acgccgcaag
     5221 gccaatcaga atgacaatga tttcctgcca catatctata agtgtataag ggattaacgg
     5281 aggcaaaacg cccccgccgt attgtcacaa aaatagagcc agccctgtcg gatcacctcc
     5341 ggcggggctg gctccgtttt tggaggccgt ctccccagtg cctccgcctg atctatccat
     5401 caaacgcgtc cttgtgtcac cctctctatc tcgtgtgtga tcaaattttg ttcatgcgcc
     5461 agcttcttgt tgctcgcgcg tcatcaaatt ttgttcacgc accagcttat ccttgctcgc
     5521 gcgtcatcaa ctattctcct aaaaagcaga agctccgagg ttgaagcaag tgggctgata
     5581 attaggcgga aaggaacgga tctgcttctg attgcataga gtgtaaaagg cagaaaagtg
     5641 cggtcttaag cagaagttca gttaccaaac cattactcca cttggtgata ggtaacgatg
     5701 gtgcaaaagc aggtaactga gcctttctcg catatggttc ttttgcattg atatacagga
     5761 atctgcacag gtaacaggcg ctttgaaccg ggtaattttg cccacagttt tcaaagcgta
     5821 tggatgacaa gaaaataaag gtgttgctct atctcaaaaa gggcactcga gaccgatcgg
     5881 gcaaggcgcc gatcatggga cgcatcacgc tgggacgttc cattgcgcag ttcagttgca
     5941 agctgtcctg caatcccgat ttgtggaacc cacgcgaaag tcggatggac ggaaagagtc
     6001 gcgaggcggt cgaggttaat aggcggttgg acaacctcct tttcgccgtt caagcctcct
     6061 atcagtccct gcttgccaaa ggatcgccgt ttgatgcaat cgacatcaag gaacatttcc
     6121 agggcagcgt gcagagtcga accatgctat tggaacggtt cgacggcctg atcgaggaca
     6181 tgaaggatcg tgtcggtgta gacatcaggg aaaattcttt ggccgcgtac cgtcagacaa
     6241 gagtgcaatt gcagcggttc attcgggcga agcacaaagt ctccgacttg gccttttcgc
     6301 agctcacgga ggactttatc aagcaattcg agcagttcac aacaggagag agtagtttga
     6361 aacaaagcac ttgctacaac atgatcgtcc ttatcaagaa ggtctgcaag ctggcttatc
     6421 gcgaaggagc ggcagactcc ttgctattcg acaatgtaca tgtggacaaa ggagatagcc
     6481 gattacctaa ggcgctcgat aaggacgcgt tagacaagtt gaaggcgctc tgttttgacg
     6541 gtttggacga ggatatggaa acctcccgcg atgtgtttct tttcgcctgt tacatcggcg
     6601 cagcttattg cgatctgatg gcgctgaacc gtgagcatct catccgcgac gatgagggcg
     6661 ctctttggtt gaagttcaac aggcagaaga caggcgtcct ctgtcgcgtg aagctcttgc
     6721 ctgaagccct tcggttgctg gaacagctac acaacgatgc cagggagaca ctgctccctt
     6781 atatgaatta tgccacctat ttgtcttgcc tgaaagcaat ctcactaagg gccggactgt
     6841 ctttgcccat caccacgcac actgcccgac acaccttcgc tacgctcatc accttggaac
     6901 agggcgtgcc catcgaaacc gtaagcaaga tgcttgggca tagcaatgtg agtatgaccg
     6961 aacgatatgc gaaagtgact ccccaaaagc tattcgagga gttcgatcgc ttgatcgcct
     7021 tcactgaaga tttgcaccta accatttaac cgagaccaac atgagaagta cattcaaaat
     7081 cctgttctac attaacagac agaagacaaa gaccgacggc aagacagcca tcttttgccg
     7141 cgtaaccatc gatggtagaa gcacagctat tgccacaggc gaggaatgtt tgccggccga
     7201 atggaacagc agac
//
LOCUS       SEQF2634|AYYE01001213.1 2375 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             981..2210
                     /gene="xerC_11"
                     /locus_tag="SEQF2634_02005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDDKKIKVLLYLKKGTRDRSGKAPIMGRITLGRSIAQFSCKLSC
                     NPDLWNPRESRMDGKSREAVEVNRRLDNLLFAVQASYQSLLAKGSPFDAIDIKEHFQG
                     SVQSRTMLLERFDGLIEDMKDRVGVDIRENSLAAYRQTRVQLQRFIRAKHKVSDLAFS
                     QLTEDFIKQFEQFTTGESSLKQSTCYNMIVLIKKVCKLAYREGAADSLLFDNVHVDKG
                     DSRLPKALDKDALDKLKALCFDGLDEDMETSRDVFLFACYIGAAYCDLMALNREHLIR
                     DDEGALWLKFNRQKTGVLCRVKLLPEALRLLEQLHNDARETLLPYMNYATYLSCLKAI
                     SLRAGLSLPITTHTARHTFATLITLEQGVPIETVSKMLGHSNVSMTERYAKVTPQKLF
                     EEFDRLIAFTEDLHLTI"
ORIGIN      
        1 aagacaaggt cgtcgccttt ctctttcacc gtttgttcct ctcggcatct gctaaggatc
       61 tcctccgcga tcggatgtaa cggcacgacg gattctactt tcgtcttctg ccgttccttg
      121 cggatatacc tccggccgtc agctgatgtt tggatatgag agaatttcag gcgctccatg
      181 tccgcaatgg ccagtccggt gaagcaggag aagagaaaca tttgccgggc ctgctctgct
      241 tccctatcgt tcacctttag tgccatgagc ttggccacat cgctcttttg caagaagcga
      301 atcttccgtt ctaccttttc atagatagcg ccctcaaaag gattgtagcg aatgatcctt
      361 ttactgacgg cacgatacat caatcggctc agccaacaga gatctcgatt gaccgtcttt
      421 gctgtaaatc gcttcttctt gaggtagaag cgaaactcct caaacatccc atctgtaaca
      481 gcgtggatgg gcatgtcctt tcgccctttg tattctatcc actggcgaag catcttgtcc
      541 gaataggtgt gatttcgata ggtgccttct gaccttgacc tacccacgca tgccttaacg
      601 gattgcagct ccgcttcgct catggccaaa agggtagtcg gtgtggcggc gacgccctgc
      661 aaacgattct tgaggagttc tgcactgacc actccgtcct tcgtaagcat ttccgcataa
      721 gtcttttcca caagttccct gaacgctgcg aggcgttggt tgattttctt ttcgccggtt
      781 acaccctgtc tgctgttcca ttcggccggc aaacattcct cgcctgtggc aatagctgtg
      841 cttctaccat cgatggttac gcggcaaaag caggtaactg agcctttctc gcatatggtt
      901 cttttgcatt gatatacagg aatctgcaca ggtaacaggc gctttgaacc gggtaatttt
      961 gcccacagtt ttcaaagcgt atggatgaca agaaaataaa ggtgttgctc tatctcaaaa
     1021 agggcactcg agaccgatcg ggcaaggcgc cgatcatggg acgcatcacg ctgggacgtt
     1081 ccattgcgca gttcagttgc aagctgtcct gcaatcccga tttgtggaac ccacgcgaaa
     1141 gtcggatgga cggaaagagt cgcgaggcgg tcgaggttaa taggcggttg gacaacctcc
     1201 ttttcgccgt tcaagcctcc tatcagtccc tgcttgccaa aggatcgccg tttgatgcaa
     1261 tcgacatcaa ggaacatttc cagggcagcg tgcagagtcg aaccatgcta ttggaacggt
     1321 tcgacggcct gatcgaggac atgaaggatc gtgtcggtgt agacatcagg gaaaattctt
     1381 tggccgcgta ccgtcagaca agagtgcaat tgcagcggtt cattcgggcg aagcacaaag
     1441 tctccgactt ggccttttcg cagctcacgg aggactttat caagcaattc gagcagttca
     1501 caacaggaga gagtagtttg aaacaaagca cttgctacaa catgatcgtc cttatcaaga
     1561 aggtctgcaa gctggcttat cgcgaaggag cggcagactc cttgctattc gacaatgtac
     1621 atgtggacaa aggagatagc cgattaccta aggcgctcga taaggacgcg ttagacaagt
     1681 tgaaggcgct ctgttttgac ggtttggacg aggatatgga aacctcccgc gatgtgtttc
     1741 ttttcgcctg ttacatcggc gcagcttatt gcgatctgat ggcgctgaac cgtgagcatc
     1801 tcatccgcga cgatgagggc gctctttggt tgaagttcaa caggcagaag acaggcgtcc
     1861 tctgtcgcgt gaagctcttg cctgaagccc ttcggttgct ggaacagcta cacaacgatg
     1921 ccagggagac actgctccct tatatgaatt atgccaccta tttgtcttgc ctgaaagcaa
     1981 tctcactaag ggccggactg tctttgccca tcaccacgca cactgcccga cacaccttcg
     2041 ctacgctcat caccttggaa cagggcgtgc ccatcgaaac cgtaagcaag atgcttgggc
     2101 atagcaatgt gagtatgacc gaacgatatg cgaaagtgac tccccaaaag ctattcgagg
     2161 agttcgatcg cttgatcgcc ttcactgaag atttgcacct aaccatttaa ccgagaccaa
     2221 catgagaagt acattcaaaa tcctgttcta cattaacaga cagaagacaa agaccgacgg
     2281 caagacagcc atcttttgcc gcgtaaccat cgatggtaga agcacagcta ttgccacagg
     2341 cgaggaatgt ttgccggccg aatggaacag cagac
//
LOCUS       SEQF2634|AYYE01001214.122360 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(85..627)
                     /gene="pgsA"
                     /locus_tag="SEQF2634_02006"
                     /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             complement(661..1644)
                     /gene="pfkA"
                     /locus_tag="SEQF2634_02007"
                     /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
                     VIGGDGSLHGARDFAQEHNFPIIGLPGTIDNDLSGTDVTIGYDTALNTIMECVDKIRD
                     TASSHERLFFVEVMGRDAGFLALNGALATGSEAAIIPEISLEKDQLAEMIEQGFRKSK
                     NSSIVLVAESEVTGGAMGVAERVKKEYPQFDVRVSILGHLQRGGSPSAQDRILATRMG
                     EAAIEALLEGQRNVMVGLQNDELVLVPFAKAIKKDKPIDRHLLDVLRIVSR"
     CDS             complement(1802..2968)
                     /gene="gcdB"
                     /locus_tag="SEQF2634_02008"
                     /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             complement(2981..3412)
                     /gene="gcdC"
                     /locus_tag="SEQF2634_02009"
                     /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="MKQFKYIINGNVYNVSVNQVEDTTAEVEVNGTPYKVKMDKPAKK
                     EFVTIKRPAQAPTTSTGAPVVTRHAAETSAAALKSPLPGVILTVDCKVGDTVKRGQKL
                     FVLEAMKMENIIPSDRDGQIVEIKVGKGDSVLEGADLVIIK"
     CDS             complement(3471..4358)
                     /locus_tag="SEQF2634_02010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKGMFLAMVLLVCSLAASGQSASSIRLNEVLVINVDNFVDDY
                     GSRSGWIELFNNSPGTIDLKGCYLTNDVNNPRKYMIPKGDVKTKIPPRQHALFWADNK
                     ASRGTFHLNFTLDPERENTIFIFDSDGKTLIDKVTVPAGQKPDVSYGLTLDGGDTWAT
                     LEKVTPDTNNKVLDSNEKIENFQTNDPWGIGMTLTAMAVVFAGLIVLYFLFKQVGRIA
                     IHASRRRSEKAGLSGAAVKSSGQESGEIFAAIALALYEVSEDTHDIESTVLTMSKVAR
                     RYSPWNSKIYGLRNLPARR"
     CDS             complement(4392..5945)
                     /gene="pccB"
                     /locus_tag="SEQF2634_02011"
                     /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             complement(5972..6373)
                     /locus_tag="SEQF2634_02012"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEITHIEHLGIAVKSIEEQLPYYEEVLGAKCYNIEVVEDQKVKT
                     AFFKFGQTKIELLEPTSPESTIAKFIEKRGEGIHHIAFATPDVQAALDEAASKGVQLI
                     DKKPRPGAEGLHIAFLHPKSTHGVLTELCMK"
     CDS             7138..7389
                     /locus_tag="SEQF2634_02013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGSEAEDRLLFFKNSCLEALTGRLFSQRYCHEARAGALFVQKS
                     CREAQMELLDKKECSGASVWATFGLQTGDFYTLYNVRAM"
     CDS             7416..8459
                     /locus_tag="SEQF2634_02014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKEKYWKYSLVTLILGLGALIVGELWAFVSGLLGAFTIFVLV
                     RGQMITLTERWHWPRVLATVVVLIEVAVMILGPLTLIGWMTVERVQHINMDISGLQQM
                     VDDIDRQIKRRFGYDLFTFDNLTMATGYMSRGVQYVIGQVSSMAVTLVVLVFFLYFIL
                     VDFRRIERYVYELLPFKEEHRLRVVNEIYRMVRSNAVGIPLLAIVQGLVAYAAYFFFD
                     LPSALLFAVLTCFATIIPIIGTSIVWVPLVVYLLILGRWVDAAGLAAYCSIILINIDN
                     VVRFILQKRLADTHPLITVFGVILGLSLFGFWGIIFGPLLISMFFLLVNIFKEEYLDE
                     GKEITHDRKENEQ"
     CDS             8456..9472
                     /locus_tag="SEQF2634_02015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLTTSDIERQNVLNNRFAVDEMQRQLGIEGMLFEGEYRFTKK
                     MVADFYGVDISTINRYLDSNGEELKHNGYVLCKGKTLREFKLQFDHLINETSKITQLG
                     LFNFRAFLNMGMLLAESEKAKAVRSMILDVVIATINERTGGGTKYINRRDVNYLTAAI
                     TEENYRKNLTSAINQYVFGHLTYKYAQVTDLIYEAVFREKAKEYRKILRLAPKDNVRQ
                     TLYAEVLLVISSFENGLAAYIEARFKKNGSVPLTIEDVAELIDELSEHPMQKPYIHDA
                     RTKMASRDYSFRDAYHGNIADYLRAVTPEEFERFIGDQSVDFDRILAENKDVLKRLKQ
                     AEDE"
     CDS             9465..9956
                     /locus_tag="SEQF2634_02016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAIQYIDYDETSEVYRKMISASDGGFSGVRDEGGIRATLEFV
                     QNDDYYPTFADKLSYLVFTFCSGHYFADGNKRIALTLGAYFLHKNKHYWNACVFMKQF
                     ESIIYHIAASHISSDLLLRMMYAFMAGEDYDEALKLDIARATSLGELGVQGEDYDREE
                     SKE"
     CDS             complement(10554..10673)
                     /locus_tag="SEQF2634_02017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLWMMIAGGKSLCQGSGGVLTKDIELSSAFVDEQPRLK"
     CDS             11140..13020
                     /gene="mnmG"
                     /locus_tag="SEQF2634_02018"
                     /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
                     CNPAVGGIAKGQIVREIDALGGWMGCVTDRTTIQFRMLNRSKGPAMWSPRAQCDRAQF
                     VRVWRETIEGIPNLYLWQDTVNQLLLDEQEVRGVRTQLGVEFHARCVVLTNGTFLNGL
                     MHVGSVRFSGGRMAEPAVTGLTEQLVSLGFTADRMKTGTPVRIDGRSVHFEELTEQAG
                     DVDPHRFSYLDNVRSELKQLSCWTLYTNPACHEVLRSGLSESPLYNGSIKSIGPRYCP
                     SIETKIMLFADKTQHQLFLEPEGERTNEYYLNGFSSSLPFDVQLRALQQLPAFRDIHL
                     YRPGYAIEYDFFDPTELLHTLETKRISRLFFAGQINGTTGYEEAAGQGLVAGINAHLR
                     CHSEDETFVLRRDEAYIGVLIDDLVTKGVDEPYRMFTSRAEYRILLRQDNADMRLTER
                     GYRLGLADDYRYRLFLNKKQACEEVTNFIRSFSVTPERVNDLLLRLGTSPLEHACKLV
                     DVLSRPQVKFTDAMNGIFEFREIIDAISANYRNEVLEAVEIDVKYGGYIKRERLVAYK
                     ISRLENIRIKGRFDYASIQSLTIEARQKLARINPETLAQAGRIPGVSPNDINVLLVLL
                     GR"
     CDS             13060..14871
                     /gene="uvrC"
                     /locus_tag="SEQF2634_02019"
                     /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="MNDRLDYITSLLSTIPEKPGCYQYYDAKGTVIYVGKAKNLRKRI
                     SSYFQKEHENRKTRVLVKQIYDLRYIVVDSEADALLLENNLIKQYRPRYNVLLKDDKT
                     YPSIVIKNEPFPRIFQTRNIVRDGSLYYGPYSSVHFIRTLLHLIKELYPIRNCKHALT
                     PEAIHAGKYKVCLQYHIKRCKAPCVGMQLAEEYNRNIADIKEILKGNSSKVSELLLER
                     MKVLAEEMRFEEAQEVKRQYDLVESFRLKSTVVPMLHNVDVFSLDENETSFFVNYMHV
                     GSGAIVQVYTIEYQKKLDDEQKEYVLGLGIVEMRERFRSHANEIIVPFIPEGVFPEGI
                     SFTVPQRGDKRKLLELSLQNAKQYKVDKLKRSEKFNPEQRATRLLTTIQKDLHLPVLP
                     MQIECFDNSNIQGTNPVAACVVFKKAKPSKKDYRHFHIKTVVGPDDFASMREIVTRRY
                     TRLLEEKAPLPQLIIIDGGKGQLNAATEVLRELNLLGKITIVGLAKRLEEIFYPGDPF
                     PLVLDKTSETLKVIQHLRDEAHRFGITFHRHMRSKGQIVSELDTIKGIGEKTKEALLK
                     KYKSVKRIREAQYAELEELIGKKKATLVAEGLGMEVR"
     CDS             15159..15611
                     /gene="dtd"
                     /locus_tag="SEQF2634_02020"
                     /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="MRTIVQRVREASVAVDAKCVAEIGQGMLLLVGFEDADTPDDLEW
                     TAQKVANLRIFDDAEGVMNRSVKDVEGELLVVSQFTLYASVKKGNRPSYIRAAKPDVA
                     VPLYETFCETMSQYLGKRVKTGIFGADMKVSLVNDGPVTIVIDTKHKE"
     CDS             15608..15952
                     /locus_tag="SEQF2634_02021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEMENLTIRDVQRRVDDWIKTYGVRYFSELTNMAILTEEVGEV
                     ARIMARRYGEQSFKASDAKHDLADEMADVLWVLVCLANQTGVDLTEAFERNLKKKTER
                     DNERHLHNQKLQ"
     CDS             15954..16883
                     /gene="deoC"
                     /locus_tag="SEQF2634_02022"
                     /EC_number="4.1.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B0TQ91"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyribose-phosphate aldolase"
                     /translation="MNRNEHEHHHDCDCHHHHDEEEMADKYHECFNRFQPALTDAEVA
                     EKTARLLAEKAPEHFTDDTLKQLHGLIDLTTLTTLDTKDSVWQMVDTEVNQWEGTRPD
                     VPHVAAVCTYPNFTETVRQALQVKDVSIAAVAAGFPASQTFPEVKIAEVGMAVLAGAD
                     EIDVVMNLGLFKEEAYEELTDELQEIKESCRGARLKVILETGALASAEEIHRATILAL
                     YSGADFIKTSTGKGYPGATPEAVYTICRVLKQYQKISGRRAGLKVSGGVRTAEDAVKY
                     YTLVRELLGAEWLHKDTFRIGASSLVQDIRKRL"
     CDS             16926..18077
                     /locus_tag="SEQF2634_02023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLITCLCMALAATLGSATLKAQYGPLPGGGYGNSSINWKYET
                     ATRTLTLTGYGRIPDYSNLQPAPWAKHRAEIKSIVIGSGITSIGEYAFAGSSALTSVQ
                     IPAGVTQIEDYAFANCSALPAITLPIGVTKIEEGVFLNCSSLRSVTLPQGMQKVGDGA
                     FANCTSLPSITLPLGLREIEKGAFSGCTSLASVSFPAAGLTDIDEGAFYGCTALKAAT
                     LPLGLREIDKNAFWGCTSLTNVSIPASVTEIKSGAFGGCTGLRSVTVGWTVPPMPRYP
                     IFPSVPVANVQLNVPRGTESTYRSMPVWNEFLKIGTVANAEVDGRRIYATDGVLYLTL
                     PKPELVRIFDISGRLLQTFSAPAGSSTLRLMAGYHIVQVGDTAEKVYAD"
     CDS             18222..19955
                     /locus_tag="SEQF2634_02024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKSITTVWLIALLTGLMSTGAATVQAQSPTSGTAGPLTWKYDT
                     DMRILTISGKGEMPDYDWEHPAPWEEHNREMLILVIEEGITRIGNQAFENAGNLISVI
                     LPKTVTRIGNDAFGFCGSLLMVTIPAGVTQIGDRAFIYCSNLAMATLPVTLQEIGENA
                     FVQCRKLTSVAIPAEVKTIGAGAFAGCINVSAITVEAGNAHYVSVDGVLLNKEKTQLV
                     QYPAGRAATSYVIPKEVTSIEAGAFGAAEKLTAITIPVGIVSIGRRAFEFCFALTTIS
                     IPATVKTIEANAFGYCQELTEIKVEAANTAYTSVDGVLFDKAKKTLITYPGGRKTTTY
                     VIPYGVTNIESYAFEYTQNLTSITIPTSVKKIGLAAFASSVLTSVVIPEGVDTISDMT
                     FRWCFNLRSVTLPASIKMIEFDAFTGCKKLEEMTVKAKTPPIVDNLVFALVPVANVTL
                     TVPKGSKAAYAAAPVWKEFKQISESTVGNVALPEARIYAAGGRLYLTLQTAAPVGVSI
                     PSTVCSSARSRLRRVRRRSRCLKACILSGSANAPRRCLLTKELKPGDRASGYRARVAR
                     LFIFILYITQS"
     CDS             19952..21592
                     /locus_tag="SEQF2634_02025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKRITTVLIAFLAIVMCAATVQAQNPTSGTAGPLTWKYDTGTK
                     TLTISGKGEMPNYDWEHPAPWQDHSQEMLILVVEEGITGIGDNAFRNAANLISASLPK
                     TVNRIGNWAFSSCWSLPMVTIPAGVTSIGDYAFSSCSNLALATLPAGLQVIGRGAFYQ
                     CKKLSSVVIPAGVISIGDGAFAGCGSLPTITVAAGNTKYVAVDGVLFYKDKTVLLQYP
                     AGRAGTSYVIPKEVIGIAPVSFNDADNLTTVTLPAGVIIIGEWAFANCSKLTSITIPA
                     ATESIREKAFTSCRELTEIKVDVANTAYTSVDGVLFDKAKTTLIKYPEGRSATTYTIP
                     AGVTNIDAEAFEKTLQLASVTIPTSVKKIGVAAFASSGLTSVVIPAGVDTIESNLFFW
                     CENLTSVTFPASVKTFRYGIFWGCKSLKSLTVGMKTPPAINENENVFEEVPVANVTLT
                     VPKGSKAAYAAAPVWKEFKQISESTVGNVTLPEARIYAAGGRLYLTLQTAAPVGVYTL
                     NGVLVRTFSAPAGETTVALPQGVYIVRVGDTVEKVFIN"
     CDS             complement(21655..21819)
                     /locus_tag="SEQF2634_02026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRILMSVSYFHVSGPAVPLVGFCACTEAAPIMIAKTAISPVVI
                     NFLMIVLCIK"
ORIGIN      
        1 cctcttgagg ggtcgtccta aggggtgtat gccatacgtc cctacggcct gccggcgggg
       61 cttcgccttt ttcgcgtctt gtctttagcg tctcccgaag aggctgcgct gattggggtc
      121 gggggtgcga ctgcggacga tgatgagcag ctcttcgagg gcggtcaggg cggcgaagag
      181 gagtgcaatg cgcagggctg tcgccgatac ggggccgcac cagacgatgc gcacgagtag
      241 gacgaaggcg atcacggcgc tgatcttatt gccaagggtg tggacggaga gcagtcggcg
      301 gaagcgcagc cacccgacga cgatcgcagc cagtcgtagg gcaaggacca cgacgagctc
      361 cgtcaggcag gagcgcacca cggactcgta gcgcgtgcag aagacccacc ccagggcgag
      421 gaagaacgtc cagtcggcca ccgagtcgag gcgggcgcca agccgcgtct gacagtcgaa
      481 gcgacgcgca atgatcccgt cgacggcgtc ggtagctccg gccagcagca tcagggcggc
      541 cagtagcgga ggccgatcgg ctgtggctat gaggacgggc gagagaagaa tgcgcagggc
      601 ggaaaggagg ttcgggacgt gcttcattgt tcggtcgtcg atggggtggg ggaggacgcg
      661 ctatcgggag acgatgcgga ggacgtcgag caggtggcgg tcgatgggct tatccttctt
      721 gatggccttg gcgaagggca cgaggacaag ctcgtcgttc tgaaggccga ccatgacgtt
      781 gcgctgcccc tcgagtaggg cctcgatggc ggcttcgccc atgcgggtgg ccaggatacg
      841 gtcttgtgcc gaaggggagc caccgcgttg caggtggccg aggatggaga cgcggacgtc
      901 gaactgcgga tactccttct tgacgcgttc ggccacgccc atggcgccac ccgttacttc
      961 gctttcggcc acaagcacga tgctgctgtt cttcgacttg cggaaaccct gctcaatcat
     1021 ctcggccagc tggtctttct cgagcgagat ctcggggatg atggcggctt cggagccggt
     1081 ggccagggca ccgttgaggg cgaggaagcc ggcgtcgcgt cccatgacct cgacgaagaa
     1141 gagtcgctcg tgcgaggagg ccgtgtcacg gatcttgtcg acgcactcca tgatggtgtt
     1201 cagggccgta tcgtaaccga tggtgacgtc ggtgccggag aggtcgttgt cgatcgtacc
     1261 gggcaggccg atgatgggga agttgtgctc ctgggcgaaa tcgcgagcgc catgcaggct
     1321 gccgtcgcca ccgatgacga cgagggcttc gatgccgtgt tcgacgatca cgtcgtgggc
     1381 ttgacgtcgg ccctcggggg tacgaaactc gtcgcagcgg gcggtcttga ggatggtgcc
     1441 accacgctgg atgatgttgc tgacgctttg ggtttcgagc gaggtgatct cgttcgtgat
     1501 cagtccgcga tagccgcggt agatgccttt tacgatgatg ccgttggcga tagccgtacg
     1561 ggtgacggcc cggatggcgg cgttcatgcc cggagcgtca ccgccagagg tcaagacgcc
     1621 gatgcattgg atgtttgttg ccatttgtgt gaaatgatta ggggtaagat gataaatggg
     1681 ctatgaaaag agccgggcgt ttgtcaacgt ccggctccca aggagtttaa ttcaaaacag
     1741 cttcttagtc caagatgcta tgaacaaaga ctggttatga tcgcgtagaa acggcctcct
     1801 ttcaactcgc accgaggaag cctaacagta cgcctgcggc cacggccgat ccgatcactc
     1861 cggctacgtt cggacccatg gcgtgcatga gcagatagtt gcccggatcg tattccagac
     1921 cgaggttttg agagatgcgc gcagagtcag gcacggccga cacgccagcg ttaccgatca
     1981 ggggattgat cttgttgccc tccttgagga agaggttgaa gaacttcacg aagagtacac
     2041 cggcgctggt ggctaccata aacgagaagg cgcccaggat gaagatctgc accgactgga
     2101 agcggaggaa ctccgtagcc tgcgtagagg ctccgacggt gacaccgagc aggatggtta
     2161 cgatgtcgat gatcggtccg cgagccgcct cagccaagcg acgggtgact ccactttcct
     2221 tcagcaggtt gccgaagaag agcataccga gcaggggcag ccccgagggt acaaggaagg
     2281 ccgtcagcaa gaggccgatg atggggaaga cgatcttctc cgtctgcgac actacgcggg
     2341 gcggcttcat acggatcacg cgctccttct tcgtggtgaa gaggcgcatg aagggaggct
     2401 ggataatggg cacgagggcc atataggagt aagccgaaac ggcgatggcg cccataaggt
     2461 taggggcgag cttagaggag aggaagatgg ccgtggggcc gtccgctccg ccgatgatac
     2521 cgatggcacc ggcctggctg ggatcaaaac cgaactgtaa ggcgacgata taggcaccga
     2581 agatgccgaa ctgtgcggcg gccccgatga ggatcagctt ggggttggag atcagcgccg
     2641 agaagtcggt catggccccg ataccgagga agatgagcgg cggataccag ccctgcttga
     2701 caccctggta gaggatgttg agcacggagc cttcctcata gatgccaatc tgcaatccgg
     2761 cgtctttgaa ggggatattg ccgatcaaaa tgccgaatcc gatggggata agtagcatcg
     2821 gctcgaactc gtacttgatg gccaggaaga tgaagaccaa gccaacgagg agcatgatga
     2881 tatggcccca ggtggcgttg gcgaatccgg tgaaggagag gaacgtctgc atgttctctc
     2941 ccaagaatgt caagaaattc tcatgcattg tgccgctgta ttatttgatg attaccagat
     3001 cggcgccctc caggacggag tcgcccttgc caaccttgat ctctacgatt tggccgtcac
     3061 gatcggaggg gatgatgttt tccatcttca tggcttcgag cacgaagagc ttttgtcccc
     3121 gcttgacggt gtcgcccacc ttacagtcga cggtcaggat aacgcccggt agcggcgact
     3181 tgagggcagc ggccgaggtt tcggccgcgt gtcgggtgac tacgggtgcg cctgtggacg
     3241 tggtgggtgc ttgtgcagga cgcttgatgg tgacaaattc tttcttggct ggcttatcca
     3301 tcttcacctt gtagggagtg ccgttcactt cgacctcggc cgtggtgtcc tccacttggt
     3361 tgacggagac gttgtagacg ttgccattga tgatatactt gaattgtttc atttgagagg
     3421 atgataaaag tggtgtatgt gtaccgcgga tgcgatgact aacctgtgag ttatcgcctc
     3481 gcggggaggt tccttaatcc atagatttta gagttccacg gagagtatcg acgcgccacc
     3541 ttgctcatgg taagcaccgt gctctcaata tcgtgggtat cctcagacac ttcgtagagt
     3601 gccaatgcaa tagcggcaaa gatttcgccc gactcctgtc cgctgctctt aacggcggca
     3661 ccggacagac cggccttttc ggagcgtcga cgactggcat ggatagcgat gcgtccgact
     3721 tgtttgaaga ggaagtagag tacgatcagc cccgcaaaga cgacggccat tgccgttaag
     3781 gtcatgccta tgccccaggg gtcgttcgtc tgaaagttct cgatcttttc atttgagtcc
     3841 aacactttgt tgttcgtgtc gggggttact ttttcgagtg ttgcccaagt gtcacccccg
     3901 tcgagtgtca gaccataact cacgtcgggc ttttgcccag cggggacggt gactttatcg
     3961 atcagcgttt tcccgtcaga atcgaagatg aaaatcgtgt tttcacgctc gggatccaac
     4021 gtaaagttca aatgaaatgt tccgcgtgaa gccttgttat cggcccagaa tagtgcgtgc
     4081 tggcgaggtg ggatcttggt cttgacgtcg cctttgggga tcatgtattt gcgggggttg
     4141 ttgacgtcgt ttgtcaggta acaccccttc agatcgatcg ttccaggcga gttgttgaag
     4201 agttcgatcc atccgctcct tgatccataa tcatcgacga agttgtcgac gttgatgacc
     4261 agcacctcgt tcaggcggat agaagaagcg gactgcccgc ttgcagcgag gctgcaaacg
     4321 agcagtacca tggccaaaaa cattcccttt gttttcataa gaccaaacgg ttgctttggt
     4381 tctacaagag gttacaaggg gatatttccg tgcttcttag ccgggttagt cagcttctta
     4441 gtctgaagct gttgcagggc gcggatgatg cggaagcgcg tgttacgcgg ctcgatcaca
     4501 tcgtcgatgt agccataacg tgcagcgttg taggggttag cgaagagctt gttgtactcg
     4561 ttcaccttct cagccatcag cgcagcagga tcggcggcct ccttcagttc cttggcgtag
     4621 agcacctcgg ctgcgcccga tccgcccatt acggcgatct cggccgtcgg ccaagcgtag
     4681 ttcaagtcgc cacggagctg cttacagctc atgacgatgt gcgatccacc gtacgactta
     4741 cgcagcgtaa ccgtgatctt gggcactgta gcctcaccgt aagcgtagag cagcttggct
     4801 ccgtgcagga tgacggcgtt gtactcctga cccgttccgg ggaggaagcc cggcacgtca
     4861 acgagcgtga tgatggggat gttgaaggcg tcgcagaagc gaacgaagcg ggcaccctta
     4921 cgcgaagcat tgcaatcgag cacaccggcc atgaacttcg gctggttggc cactacaccg
     4981 acggactggc cgttgaagcg ggcgaaaccg atgatgatgt tcttggcgta gttgggctgg
     5041 atctcgaaga actcgtgatc gtcgacgatg gtgttgatca cctcgtacat gttgtaggcc
     5101 cggttggggt tgtcaggaac gatctcgttc aggttgtcgt ccagacggtc gatcgggtcg
     5161 ttacattcct tcagcggagc ctcctcgagg ttgttctgcg gaatgtagct gagcagctgg
     5221 cggatggtgg ccagaccttc ttcttcggtc ttagccgtga agtgggtcac gccagacttg
     5281 gtggagtgca cgctggcgcc accgaggtct tcctgcgtca cgtcttcgcc cgtcacggtc
     5341 ttaaccacct tggggccggt aaggaacatg taggatgtgc cctcggtcat aagcgtgaag
     5401 tcagtcaggg ccggagagta cacagcgcca cctgcgcagg ggccgaagat gcccgagatc
     5461 tgcgggatga cacccgacgc caggatgtta cgctggaaga tttccgagta tccagccaga
     5521 gcgttgacgc cttcctgaat acgtgcgcca cccgagtcgt tgatgccgat gcagggtgca
     5581 cccatcatca tggccttgtc catgaccttg cagatcttct gcgccatggt ctcggagagc
     5641 gagccgccga agacggtgaa gtcttgcgca aagacgtaca ccaggcgtcc gtcgatcgta
     5701 ccgctaccgg tcactacgcc gtcgccaagg atcttcttct tgtcctgtcc gaagttcgtg
     5761 cagcggtgct ctacgaacat gtccatctct tcgaagctgc cttcgtcgag caacatattg
     5821 atgcgctcac gggcggtgta tttaccgcgc tcgtgctgct tagcgatggc cttttcgcca
     5881 ccacccaggc gggctttctc acgctgggcg atgagttctt ttatcttttc aagttgattg
     5941 ctcatttcct tcttatctgt ttaaagggtt ctcatttcat acagagttcg gtgaggactc
     6001 cgtgtgtgga tttgggatgc aggaaggcga tgtggaggcc ttcagcgcct gggcgcggct
     6061 tcttgtcgat cagctgcaca cctttcgatg cggcttcgtc aagggcggcc tgtacgtcgg
     6121 gcgtagcaaa ggcgatgtga tggatgcctt caccacgctt ctcgatgaac ttggcgatgg
     6181 tgctctcagg gctggtaggc tccagaagct cgatcttcgt ctggccaaac ttgaagaagg
     6241 cggtcttaac cttctggtct tccacaacct cgatgttgta acacttagcg cccaatactt
     6301 cttcgtagta aggcagctgt tcctcgatgc tcttcacggc gatgccgaga tgttcgatgt
     6361 gggtaatttc cattgtgact ttgctttatt agtgaataat gttaatgtgc gggcaaaggt
     6421 aagcggcgga ttcaatttcc tatccggttt atctcaagaa caaagaccag cgaggtaatt
     6481 ccgtcctttt atcctgcttc tatccggtaa aatcttatcg aagcggcata cttatcctaa
     6541 cttttgtagc accaaagcct tgaaaccgcc tcgtgacaat acttctggga aaaaaggagg
     6601 cccgtcagtg cctcgtggca gtatctctgg aaaaaaagga gatccgtcaa cacctcgtgg
     6661 cagcacctct ggagaaaaag gagatccgtc agtgcctcgt gacggtactt ctggaaaaaa
     6721 aggagacccg tcaacgcctc gcgacaatag gtctataaaa aaaggaacct caaaacctta
     6781 ttcatattat tctatatctg gaaatatggc gaaaaatgaa gcatagatcg attattcatt
     6841 ttgaaatacg tatctatcct atattccgct aatagctcat ctcaaaataa gatctgatcc
     6901 gagcatacgc cactatctca ttctaaaata cgtatcaaat acgtgattca tattctatct
     6961 cataaaaaaa tgcagtataa tccgaacacc catcttatag cgcatttcaa aatgaagtat
     7021 ctacataccc tcatatagct atgtattttg agatacacag caaaccagat ttcatacacc
     7081 tatatatcct aagatgaagt ataaaacaaa gcctgaatct ccaccatatc tcgaaatatg
     7141 ataggatcag aagcagaaga tcggcttctt tttttcaaga actcttgtct cgaggcattg
     7201 acgggccgtc ttttttccca gaggtactgc cacgaggcac gggcaggcgc tcttttcgtc
     7261 caaaagtctt gtcgtgaggc acagatggag cttttggaca aaaaggaatg cagcggagcc
     7321 tcggtttggg ctacttttgg gctgcaaaca ggcgattttt atacgttata taatgtgcgg
     7381 gccatgtaga atgagcctat caaaaggaag aatcaatgtc aacgaaagag aagtattgga
     7441 agtattcgct cgtcacgctc attttggggc tgggggcgct gattgtgggt gaactgtggg
     7501 cgtttgtcag cggactgctg ggagcgttca cgatttttgt gctcgtacgt gggcagatga
     7561 tcacgctgac agagcggtgg cactggccgc gagtcttggc cacggtggtg gtgcttattg
     7621 aggtggccgt gatgattctg gggccgctga cgctgattgg ctggatgacg gtcgaacggg
     7681 tgcagcatat caacatggac atttcgggtc tgcagcagat ggtggacgac attgaccggc
     7741 agatcaagcg gcgcttcggc tacgacctct tcacgttcga caatctgacg atggccacgg
     7801 gatacatgag tcgcggcgtg cagtacgtga tcgggcaggt gagcagcatg gcggtgacac
     7861 tcgtcgtgct cgtcttcttc ctctatttca ttctggtgga cttccgtcgc atcgagcgct
     7921 atgtctacga gctgttgccg ttcaaggagg agcaccggct gcgggtggtt aacgagatct
     7981 accggatggt gcggtcgaat gccgtgggaa tcccattgct ggccatcgtg cagggactgg
     8041 tggcctacgc ggcctacttt ttcttcgacc tgccgagtgc actgctcttt gccgtcctga
     8101 cgtgctttgc gacgatcatt ccgatcatcg gtacgagcat cgtgtgggta ccgctcgtcg
     8161 tctacctgct tatccttggc cgatgggtcg atgcggcggg tctggcggcc tactgctcca
     8221 tcatactgat caacatcgac aacgtggtgc gcttcatcct ccagaaacgc ctggccgaca
     8281 cccacccact gatcaccgtc ttcggtgtca tcctcggcct gtccctgttc ggcttctggg
     8341 gcatcatctt cggcccactg ctgatctcga tgttcttcct gctggtcaac atcttcaagg
     8401 aggagtattt ggatgaaggg aaagaaatta ctcacgatag aaaggaaaac gaacaatgaa
     8461 agatctgact acatcagaca ttgagcgtca aaacgtgctc aacaaccgtt tcgctgtcga
     8521 tgaaatgcaa cgacagctgg ggatagaggg tatgctcttt gaaggagaat accgattcac
     8581 gaaaaagatg gtcgcggatt tctacggcgt ggacatctcg acaatcaaca gatacttgga
     8641 ctcaaacggc gaggagctaa agcataacgg atacgtttta tgtaagggta aaacacttag
     8701 agagttcaag ttacaatttg atcatctcat aaatgagacg agcaaaataa cacagctcgg
     8761 gctctttaat ttccgtgcct tcctgaacat gggcatgctg ctggccgaga gcgagaaggc
     8821 caaagcagtt cggagtatga tcttggatgt ggtcatcgcc accatcaacg aaaggacggg
     8881 aggcgggacg aaatacatca accgaaggga tgtgaattac ctgaccgccg ctattacgga
     8941 agagaattat cgcaagaacc tgacctcggc catcaaccaa tatgtgtttg ggcacctgac
     9001 ctacaagtat gcccaggtga cggatctcat ctatgaagcc gtattcagag agaaggccaa
     9061 ggagtatcgt aagattcttc gcttagcacc gaaagacaat gtccgacaga cgttgtatgc
     9121 agaggtgctg ctcgtcattt catcgtttga aaacggactg gctgcataca tagaagcacg
     9181 ttttaagaag aatggcagcg tcccacttac catcgaagac gtggcggagc ttattgacga
     9241 actgtccgag caccccatgc aaaagcccta tatccatgac gccagaacga agatggcctc
     9301 tcgcgattac agtttccgcg atgcctatca cgggaatata gcagactatc tgcgggccgt
     9361 cacaccggag gagttcgagc gattcatcgg cgatcagtcg gttgatttcg atcggatcct
     9421 ggccgagaat aaagacgtac tcaaacgttt gaagcaggcg gaggatgaat gaggcgatcc
     9481 agtatatcga ttatgacgag acgtcggaag tctatcgtaa gatgatctca gccagcgacg
     9541 gcggattctc cggtgtgcgc gacgagggtg gaattcgagc cacgttggag ttcgtacaga
     9601 acgatgacta ttaccccacg ttcgcagata agctgtccta ccttgtcttc accttctgtt
     9661 cagggcatta cttcgcggat ggcaacaagc gtatcgcact gaccttgggt gcctacttcc
     9721 tgcataagaa caaacattat tggaacgcat gtgtcttcat gaagcagttt gaatcgatca
     9781 tttatcacat cgcggcctca catatcagtt ctgacttgtt gcttcgcatg atgtatgctt
     9841 tcatggccgg cgaagactat gacgaggcgc tgaagctgga tatagcccgt gcgacgagct
     9901 taggagagtt aggcgtacaa ggcgaagact acgaccgaga ggaatccaag gaataggcac
     9961 agggggaaac acacacctta tatatacggt cacggcgacg atggggagca gttccctgtc
    10021 gccgccgttg ctttataccc agcccatcgc agaataagag tcctattctc cggccgacac
    10081 ctttttccac cgacgatcat cacccatcga acctcactcc atcttattca tctcttctct
    10141 tttgaaatct cctatgaagg ggaatatagg cggtggaaat cgttgattgt ttttgggtgc
    10201 ttttgtttgg cggtatggct tatgagcgtc agccgagggc ttttcaaatg gatataaacg
    10261 ccatagaaat gcgattgcaa gcgggcttat cggggttatg aacaagcggc ggaaaacgct
    10321 cttaggggat taaaaatggg ggtgggagag gggagagagc ggtggaacga caggtggaga
    10381 atgtgcggaa gattcctcca aagtttgttt ggcgttatga gaagtctgtg agcttatgca
    10441 aggcactgaa tcttccaaat ctatttatga gcagttctta acgaggctat cccaggagaa
    10501 tccacggggt tatacacacc tgcggaaggg gttcggttag gagcaaagat gtttcacttc
    10561 aaccgaggct gttcatctac gaaagcggag ctcaactcga tgtctttggt gagcactcct
    10621 ccgctaccct ggcaaagact ttttccaccg gcgatcatca tccacaactt cattttatca
    10681 tctctgtttt tttgatttgc tatagtgggg atgataacca gtggaaagcg ttgattcttt
    10741 tttcgtcgat tgtttgggca tccgggttat gagtgcttga gcgtacattt tcaaacagat
    10801 atgaacggcc taaatgtgct tcagaagcga cttcatctaa gttataaaca ccctgcgaat
    10861 aactttttga ggggattaaa tcggactgtg gaaaacctct tcctcggtgg attttcacgt
    10921 ggagagtatg agtacgattt gttggaaatt tctttggcaa aacgggaaac gattcctctt
    10981 atagcgcatc ttgatttctc caaatctcct tttcagtagt tgtaaacgga gttatgagta
    11041 ggttttcaac cggttagaga ggccgttgag gcgctatttt gcagggatct ggccgcgggc
    11101 gtacctttgt aatcgttata agtaggagtt acaagcaaga tgaagtttga ttacgacgtg
    11161 atcgtggtgg gtgcgggtca tgctggctgc gaagcggcag cagcggcggc tggactgggt
    11221 tccaggacgc tgctcatcac tcgcgacatg aataacatgg ctcagatgag ttgcaacccc
    11281 gctgtggggg ggatagccaa ggggcagatc gttcgtgaga tcgatgcctt gggtggatgg
    11341 atgggctgtg tgacagatcg cacgacgatc cagttccgta tgcttaatcg gagcaagggg
    11401 ccagccatgt ggagtccgcg tgcacagtgc gatcgcgctc agttcgtgcg tgtttggcgt
    11461 gaaacaatcg agggaatccc gaacctctat ctctggcaag acaccgtgaa tcagcttctg
    11521 ctcgatgagc aggaggtgcg cggcgttcgg acacaattgg gcgtcgagtt tcacgctcgc
    11581 tgtgtcgtgc tgactaacgg tacgttcttg aatggtctga tgcacgtggg gagtgttcgg
    11641 ttttcgggcg gtcgcatggc tgagccagcc gttacaggtc tcacggagca gcttgtctcg
    11701 ctcggcttca ctgccgaccg tatgaagacg ggtacaccgg tccgaattga cggtcgaagc
    11761 gttcatttcg aagaacttac ggagcaagca ggagacgttg atccacatcg attctcctat
    11821 ttagacaatg tccgtagcga gctgaaacag ctaagttgct ggacgctcta caccaatcca
    11881 gcctgccacg aagtgttgcg cagtgggctt tccgagtcgc cactttacaa tggcagtatc
    11941 aagagtatcg gtccgcgtta ctgtcccagt atcgaaacga aaatcatgct ctttgccgat
    12001 aaaacgcaac accagctctt tctcgagcct gagggtgagc ggacgaacga atactacctg
    12061 aatggcttct cctcgtcgct tccgttcgat gtgcagcttc gggcgctaca acagctccct
    12121 gcctttcgcg atattcatct ctatcgccct ggttacgcca ttgaatacga cttcttcgac
    12181 ccgacagaat tgctccacac gcttgagacg aaacgtatct cgcgtctatt ctttgccgga
    12241 cagatcaacg gaacaaccgg ctatgaggag gcagccggac aagggttagt agcaggtatc
    12301 aatgcacacc tacgttgcca ttcggaggat gagacgtttg tcttgcggcg tgacgaggct
    12361 tatatcggtg tactgatcga cgacttagtg acgaagggtg tcgatgagcc gtatcgcatg
    12421 ttcacctccc gcgcggagta tcgcatccta ttgcgtcagg ataatgcaga tatgcgtctg
    12481 accgagcgtg gctatcgttt aggtttggca gacgactacc gctaccgatt attcttgaat
    12541 aagaagcaag cgtgcgagga agtgacaaac ttcattcgat ctttttctgt tacgcccgaa
    12601 cgggtgaatg atttactgct gcgtttgggc acatcgccac tggagcatgc atgcaagttg
    12661 gtcgatgtat tgtctcgccc gcaggtcaaa ttcacagacg ccatgaatgg catatttgag
    12721 ttcagagaaa tcattgacgc catttccgcg aattatagga atgaagtttt ggaggctgtg
    12781 gagatcgatg tgaagtatgg gggctacatc aaacgcgagc gattagtggc ctataaaatc
    12841 tctcgacttg aaaatatacg gatcaagggg cgcttcgatt acgcgtccat acaatcgctc
    12901 accattgagg cacgacagaa gctcgcccgc atcaatccag aaacacttgc tcaggcaggg
    12961 aggattccag gtgtttcacc gaatgatatc aatgtgttgc ttgtattact cggtcggtga
    13021 aaccttgatt tgtttcacgt gaaacaggaa acatggacta tgaacgatcg attggattac
    13081 atcacttccc tgctctccac catacccgag aagcccggat gctatcagta ttacgacgcg
    13141 aaagggacgg tgatctatgt gggtaaggct aagaatctac gcaagcgtat atcctcgtac
    13201 ttccaaaagg agcacgagaa caggaagacg cgcgtgttgg tgaagcagat ctacgacctt
    13261 cgatacatcg ttgttgattc ggaggcagat gcgttactgt tagagaataa cctaatcaag
    13321 cagtatcgcc cccgatacaa tgtattattg aaggacgata agacgtatcc ttcgatcgtc
    13381 atcaagaacg agcccttccc gcgcatcttc caaacgcgca atattgttcg cgatggctcg
    13441 ctgtattacg gtccctattc atctgtgcat tttatccgca cgctattaca cctgatcaaa
    13501 gagctttatc cgattcgtaa ttgcaaacat gcactgacgc ccgaggcgat ccacgcaggt
    13561 aagtataaag tctgcttgca gtaccatatc aagcgttgta aggcgccatg tgtggggatg
    13621 cagttggcgg aggaatacaa caggaacatc gccgacatca aggagatcct gaagggaaac
    13681 agctccaagg tgagtgaact gttgctcgaa cgaatgaagg tgcttgctga agagatgcgc
    13741 tttgaagagg cgcaagaggt aaagcgacaa tatgatttgg tggaaagttt taggctgaaa
    13801 tctaccgttg tgccgatgct tcacaacgtg gacgtgtttt cgttggacga aaacgagacg
    13861 tcctttttcg tcaattacat gcatgttggg agcggtgcga tcgttcaggt ctacaccatc
    13921 gagtatcaaa agaaactaga cgatgaacag aaagaatatg tcctggggct gggtattgtg
    13981 gaaatgcgtg agcgctttcg gagccatgca aacgagatta ttgtgccgtt tattcccgaa
    14041 ggcgtcttcc cggaagggat cagctttacc gttccgcaaa ggggggataa gcggaagttg
    14101 ctcgagcttt cacttcaaaa tgcgaagcag tataaggtgg ataaactgaa gcgatcggag
    14161 aaattcaacc cggagcaacg tgcgacacgt ctgttgacta cgatccaaaa ggatttgcat
    14221 ttacccgttt taccgatgca aatagagtgt ttcgacaact cgaatatcca gggaacgaac
    14281 cccgtggccg cttgcgtagt gttcaagaag gcgaagccgt cgaagaagga ttaccgccat
    14341 ttccatatca aaaccgtcgt ggggcctgac gactttgctt cgatgcgaga gatcgtcaca
    14401 cggcgctata cacgactttt ggaggagaag gcaccgctac cgcagttgat cattatcgac
    14461 gggggcaagg ggcagttgaa tgcggctacg gaggtgcttc gtgagctgaa tctgttaggt
    14521 aaaatcacca ttgttgggtt ggctaagcgg cttgaggaga tcttttaccc cggcgatccg
    14581 tttccgctcg tgctcgacaa gacgtctgaa acgctgaaag tgatccagca tttgcgcgac
    14641 gaggcgcacc gctttggcat cacttttcac cggcatatgc gtagcaaggg gcagatcgtc
    14701 tccgaactgg atacgataaa aggcatcggg gagaagacga aagaggcgct gctgaagaaa
    14761 tacaaaagcg tgaagcgtat tcgagaggca cagtatgcgg agctcgaaga gctgatcgga
    14821 aagaaaaagg ccacgttggt ggctgaggga ttaggcatgg aagtgcgttg acggttgtca
    14881 atgggttgct ccgccaagtt ttctgcccat tgacagcagt cagaggcatc taaaatgcgt
    14941 tttttatccc attgacaaca gtcagaggca cctaaaacgc attttttacc ccattgacag
    15001 cagtcagagg catctaaaac gcgtttttta tcccattgac attagtcaga ggcatctaaa
    15061 acgcgttttg catgccattg acaacagtca atgagtgatc tgttaaggat tttaacggga
    15121 agaatgtatt agacgatcat aatagtagaa gagagaagat gagaaccata gtgcaacgcg
    15181 tacgagaggc ctccgtggcc gtagacgcaa agtgtgtggc ggagataggg caggggatgc
    15241 tgcttttggt gggtttcgag gatgcggaca cgccggacga cttggagtgg acggcgcaaa
    15301 aggtggccaa cctgcgcatt ttcgacgacg cagagggcgt gatgaatcgc tcggtgaagg
    15361 atgtggaggg cgagctgctt gtcgtcagtc agttcacgct ctatgcctct gtaaagaagg
    15421 gcaatcggcc ctcgtatatc cgtgctgcaa agccggatgt agctgtgcca ctctatgaaa
    15481 cgttttgcga aacgatgagc caatacttgg gaaaacgggt aaagacgggc atcttcggcg
    15541 ccgatatgaa ggtgtcgctg gtgaacgacg gacccgtgac gattgttata gacacgaagc
    15601 ataaggaatg aacgagatgg aaaacctgac gataagagac gtgcaacgcc gtgtcgacga
    15661 ctggatcaag acctacggcg tacgctactt cagtgagctg acgaacatgg ccatccttac
    15721 cgaagaagta ggagaggtgg cccgtatcat ggcgcgtcga tatggcgaac aatcgtttaa
    15781 ggccagcgat gcgaagcatg atttggccga tgagatggcc gatgtgttgt gggtcttggt
    15841 ctgtttggct aaccagacgg gcgtagacct gaccgaggct ttcgagagga acctgaagaa
    15901 gaaaaccgaa cgtgacaacg agaggcattt acacaatcaa aaactacaat aggatgaaca
    15961 gaaacgaaca cgaacatcac cacgactgcg actgccatca tcaccacgat gaggaggaga
    16021 tggcggataa gtatcacgaa tgcttcaacc gctttcagcc cgctctgacg gacgcggagg
    16081 tagccgaaaa gacagcccga ttgctggctg aaaaggcgcc agagcacttc acggacgaca
    16141 cgctgaagca gctccatggc ctgatcgacc tcaccacgct gaccaccttg gacacgaagg
    16201 attccgtctg gcagatggtc gatacggagg tcaatcagtg ggagggcact cgcccggatg
    16261 taccccatgt ggcggccgtg tgtacgtatc ccaatttcac cgagaccgtt cggcaggcct
    16321 tgcaagtcaa ggacgtttcg atagccgccg tagcggccgg attccccgcc tcgcagacct
    16381 tcccggaggt caagatagcc gaggtcggta tggccgtact ggccggtgca gacgagatcg
    16441 atgtggtcat gaacctgggg cttttcaagg aagaagccta cgaggagctg accgacgaat
    16501 tgcaggagat caaagagagc tgtcgcggtg cacggctgaa ggtgatcctt gagacgggcg
    16561 ctttagcgtc ggccgaggag atccaccgag ccaccatcct ggccctctat tcgggcgccg
    16621 acttcatcaa gacgtccacg ggcaagggct atcctggtgc cacgcctgaa gccgtctaca
    16681 ccatctgccg tgtgctgaag caataccaaa agatcagtgg gcgacgcgct ggcctgaagg
    16741 tctccggagg cgtacgcacg gccgaggacg cggtgaagta ttacaccctc gtccgggaat
    16801 tgcttggagc cgaatggctg cataaagaca ccttccgcat cggcgccagc agcctcgtac
    16861 aagacattcg caagagatta tagatcacac aatagatata taaccattag acaaaagaga
    16921 agaagatgaa aaagttgatt acatgcttat gcatggccct tgcggcgaca ctgggaagtg
    16981 ccaccctgaa ggcacaatac ggccccctac ccggcggtgg ttatgggaat agctcgataa
    17041 attggaagta tgagaccgcc acgcgcacct tgaccctcac gggttacggc cgcatcccgg
    17101 actattccaa ccttcagccc gcaccgtggg ccaagcaccg ggccgagatc aaatcgatcg
    17161 ttatcgggag cggcatcaca agcattggtg agtacgcttt tgcagggagt agcgccctga
    17221 cctcggtgca gatccccgct ggcgtgacgc aaatcgagga ttacgccttt gcgaattgct
    17281 ctgccctgcc tgccattacg ctgccgattg gcgtgactaa aatcgaagaa ggagtcttcc
    17341 tcaattgctc ctcgctgcgt tccgttacgc tgccgcaggg tatgcagaag gtgggcgacg
    17401 gcgcctttgc gaactgtacc tccctgccct ccatcacgct gcccctcggc ctgcgtgaga
    17461 tcgaaaaggg agccttctcg ggttgtacct ccttggcctc cgtctctttc cccgcggctg
    17521 gcctgacgga catcgacgag ggcgccttct atggctgtac ggccctgaag gccgccacgc
    17581 tcccgctcgg cctgcgtgag atcgataaga acgccttctg gggttgcaca tccttgacga
    17641 atgtttctat ccccgccagt gtgacggaga ttaagagtgg tgccttcggt gggtgtacag
    17701 gcctgcgcag cgtgaccgta gggtggaccg ttccgcctat gccgcgttat ccgatcttcc
    17761 cgtccgtacc cgtagctaac gtgcagctga atgttcctcg gggaacagag tcgacgtatc
    17821 gctcgatgcc cgtctggaac gagttcctga agatcggcac cgtggccaac gccgaggtgg
    17881 acggtcgccg catctacgct accgatggcg tgctttacct cacgcttccg aagccggagc
    17941 ttgtccgtat cttcgacatc agcggtcgac tgttgcagac gttcagcgct ccagctggct
    18001 cgagcaccct ccgactgatg gccggttatc acatcgttca ggtgggcgac acggctgaga
    18061 aggtgtacgc ggactaagaa gcgaaaagca aagaatgaag ccgggtactg gctcggagcg
    18121 ctccgaaccg gtaatccggc tttttttctt tcttcttcta tcttttcgtt tttcgatact
    18181 tttacgcact caaaaaagtc taattcgaaa actataagat catggcaaaa tcaattacga
    18241 cagtatggct catagccctt ttgacaggtt tgatgagcac gggcgccgcc accgtgcagg
    18301 cgcagagccc cacaagcggc accgccggtc cgctgacgtg gaagtatgac acggacatga
    18361 ggatcctcac catctctggt aagggggaga tgccggacta tgactgggag catccggctc
    18421 cgtgggagga gcacaaccgc gagatgctga tactcgtgat cgaagaaggg attacgagaa
    18481 taggtaatca agcctttgaa aatgcaggca atcttatttc cgtcatcctc ccgaagaccg
    18541 tgacccgaat agggaatgat gcttttggat tctgtggaag tctgctgatg gtgaccattc
    18601 ccgccggtgt aacccaaatt ggagatcgtg cgtttatcta ttgcagcaac ttggctatgg
    18661 ccacgcttcc ggttacgctg caagagatcg gggagaatgc ttttgtgcag tgtcgtaaac
    18721 tgacctccgt ggccattcct gccgaggtaa agacgatcgg agcaggtgcg tttgcgggtt
    18781 gcatcaacgt atcagccatc actgtggaag ccggaaatgc acattacgtg tcggtggacg
    18841 gtgtattgtt gaataaggaa aaaacgcagc tcgtgcaata tccggccggg cgtgctgcta
    18901 cttcctatgt catcccaaaa gaggtgacaa gcatcgaagc aggtgcattt ggggctgccg
    18961 aaaaactgac tgcaataacg attcctgttg gaattgtatc gattggaaga agggcttttg
    19021 agttttgttt tgctttgact actataagta tccccgcgac ggtgaaaacc atcgaagcga
    19081 atgcgtttgg ttattgccaa gaactgaccg aaatcaaggt ggaagctgcc aatacggctt
    19141 atacttctgt cgacggtgtg ctgttcgaca aagccaagaa aacgcttatc acataccccg
    19201 gagggcggaa aactactaca tatgttatcc cctatggagt aacaaacatt gagagttatg
    19261 cctttgaata cacccaaaat ttgacctcaa taacgatccc cacaagcgtc aaaaagatcg
    19321 gattagctgc attcgcaagt tccgtattga cctcggtggt gatccctgaa ggcgtggata
    19381 cgatctcaga catgaccttt cgctggtgtt tcaatctaag atcggtaaca cttcctgcaa
    19441 gcataaaaat gattgaattc gatgctttca cgggatgtaa aaagttggaa gaaatgaccg
    19501 tgaaagcaaa gactcctccg atcgtcgata acctagtttt tgcgctagtc cccgtagcca
    19561 acgtcaccct gacggtaccg aagggatcga aggcggcgta tgctgcggcg ccggtgtgga
    19621 aggagttcaa gcagatcagc gagagtacgg ttggcaacgt tgccctcccc gaggcgcgca
    19681 tctatgctgc gggtggaagg ctttatctga ctctccagac ggctgcaccg gtaggggtat
    19741 ctataccctc aacggtgtgc tcgtccgcac gttcacggct ccggcgggtg agacgacgct
    19801 cacgctgcct caaggcgtgt atattgtccg ggtcggcgaa cgcaccgaga agatgtttat
    19861 taactaaaga actaaagccg ggtgaccgcg cgtcgggata ccgtgcacgt gttgcccggc
    19921 tctttatatt cattttatac ataacacaat catgagaaag agaattacta cagtattgat
    19981 cgccttcttg gcgatcgtga tgtgcgccgc cactgtgcag gcgcagaacc ccacaagcgg
    20041 caccgccggt ccgctgacgt ggaagtacga caccggcacc aagactctta ccatctcggg
    20101 gaagggggag atgccgaact atgactggga gcatccagcg ccttggcagg atcacagcca
    20161 agagatgctg atactcgtag tcgaagaggg aatcaccgga atcggagaca acgcttttcg
    20221 aaacgcagcg aatcttattt ctgcctccct tcccaagact gtgaatagga tcggtaattg
    20281 ggctttttcg agctgttgga gcctaccgat ggtgacaatc cccgccggtg tgacctctat
    20341 cggagactat gctttttcgt cttgtagtaa cttggcttta gctacacttc cagccgggtt
    20401 gcaagtaata ggaagaggtg ctttttatca gtgtaaaaaa ctgtcctctg tggtcattcc
    20461 cgctggtgtg atatccatcg gagatggtgc gtttgctggt tgcggttctt tgccgacaat
    20521 cacggtggcg gctgggaata ccaagtatgt agcggtagac ggcgtgctgt tctataagga
    20581 taaaaccgta ctacttcagt atcccgccgg acgtgccggc acttcctatg tcattccaaa
    20641 ggaggtgata ggcattgcac cagtatcatt taatgatgcc gataatctaa ccacagtgac
    20701 ccttcccgct ggggtgataa ttatcggtga atgggctttc gcgaattgtt ccaagttgac
    20761 ctctatcact attccagcgg cgacggagag catcagagag aaagcgttta cctcttgccg
    20821 agaattgaca gagatcaagg ttgatgtcgc caatacggct tatacttctg tcgacggcgt
    20881 gctgttcgac aaggctaaga caacactgat caagtatccc gaaggacgga gcgctactac
    20941 atataccatt cccgcgggag tgacgaatat tgatgcagag gcttttgaaa agaccctcca
    21001 actggcctcc gtaacgatcc ccacaagcgt caaaaagatc ggagtcgctg cattcgcaag
    21061 ttccggattg acctcggtgg tgatccccgc cggcgtggat acgatcgaaa gtaacctatt
    21121 cttttggtgt gaaaacctga cttctgtgac gtttcccgcc agcgtgaaga ccttcagata
    21181 cggcatcttc tggggatgca agagcctgaa gagcctgacc gtaggcatga agacgccgcc
    21241 ggccattaat gaaaatgaaa acgtctttga ggaagtcccc gtagccaacg tcaccctgac
    21301 ggtgccgaag ggatcgaagg ctgcctatgc tgcggcgccg gtgtggaagg agttcaagca
    21361 gatttcggag agtaccgtgg gtaatgtcac cctccccgag gcgcgcatct atgctgcggg
    21421 tggaaggctt tatctgactc tccagacggc cgcgccggta ggtgtctata ccctcaacgg
    21481 tgtgctcgtc cgcacgttct cggcgccggc aggtgagacg acggtcgccc tgcctcaagg
    21541 cgtgtatatc gtacgggtag gtgacacggt cgagaaggtg tttatcaact aaaaaactaa
    21601 agccgggtga ccgcgcgtcg ggataccgtg cacgtgttgc ccggctcttc atattcattt
    21661 tatacataac acaatcatga gaaagttgat tacaacagga ctgatcgccg tcttggcgat
    21721 catgatgggc gccgcctccg tgcaggcgca aaaccccaca agcggcaccg ccggtccgct
    21781 aacgtggaag tacgacacgg acatgaggat cctcaccatc tcgggcaagg gggagatgcc
    21841 gaactatgac ggggagcatc cggtgccttg gcaggagcac agccaagata tacaaaagct
    21901 cgtggttaag gaaggcgtga catgtatcgg caacgaatct tttcgggata cgaggaatct
    21961 tgtttctgta accttcccca agagtttgac tcgaattggg gatgaggctt ttgcaagctg
    22021 tttaaactta ccgatggtaa cgcttcccgc cggtgtgacc tctatcggag actatgcttt
    22081 ttcgtattgt ggtaacttgg ctttagctac acttccagcc gggttacaag taataggaaa
    22141 aggtgctttt gatcagtgca aaaaactgtc ctctgtggtc attcccgctg gtgtgatatc
    22201 catcggagat ggtgcgtttg ctggttgcag ttctttgccg acaattacgg tggcggatgg
    22261 gaataccaag tatgtagcgg tggacggtgt attgttgaat aaggaaaaaa cgcagctcgt
    22321 gcaatatccg gccgggcgtg ctgctacttc ctatgtcatc
//
LOCUS       SEQF2634|AYYE01001215.1 2397 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             14..769
                     /locus_tag="SEQF2634_02027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEVLPDFTSDKRTFLKQFINRLGDRNILVFEFVDVSNRKEKA
                     NVDGFYLHPNAIVLKRRQESFSREIFTLAHELGHYLLDREEVEEVDLAVLPRPEAPIS
                     AVETWCNTFAYYLLLGAEKAAELDALPAFEAQNNYGHELIARISKETNLSRLAIYTHL
                     LFQKRLSYTAYRDIRDEMEAEWQQRQLQKAQQREQDKEMGIEVKGRNPQPIRADIVKG
                     IFSVALSSGVIGEREYCQAMRIKPTEINEFRYQ"
     CDS             complement(880..2382)
                     /locus_tag="SEQF2634_02028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDDNVEFGNIVYNSNGGNTTNSTLGENAVFGVNKTLDKDLKTN
                     TSYGGTILIGAIGRTDATSQSKIHIQEVSTNADRGLDLGFATFGKEVYTGTCIPAHGT
                     ANLGNYQSNKNGSNPEEITVDNSIHLPGTLNNGALQIFNTKDNLKMDKAYSPTMGAGH
                     MLIMAYKTLSMTKAHNVTGSGTGNTNLVGGDVKLGANEDYTGANTGSYRVIAYGTGNN
                     VPASFSLSNVTWGRCLGAYDWCDNIEQDHFLKTDVPESDASNRAFNSGVVGTAFTTSS
                     CFGGFSGNGDIMDTATITSTVTLSASASSTARWQAARHINIDVAGSTFNWTSNGSGKM
                     WWAAGTDIYPQGIITWKKSGSSSDEAYWQAGNNIEVKGTNTLTANWEADAGVTKAMRW
                     LAGKDIKFPSGSTVTANWETKSTSNTGNILWEAGQDIFSEAKLTANWEVGSNAAGSAR
                     WLAKHAVELLGWLQIYGRNLMRLVPQTLECIVSYALRHILNFPYDFIYEK"
ORIGIN      
        1 agtggctttc gccatgcgta gcgaagtgct gcccgacttc acctccgata agcgtacctt
       61 ccttaagcag ttcatcaatc ggctcggcga ccgcaacatt cttgtcttcg agttcgtgga
      121 tgtaagcaac cggaaagaga aggccaatgt cgacggcttt tatctgcacc cgaatgccat
      181 cgtgctcaaa aggcggcaag aatccttcag ccgtgagatc ttcaccctgg cgcatgagtt
      241 ggggcattat ctgcttgata gagaagaggt ggaagaggtc gacctcgctg tgctccctcg
      301 ccccgaggcg ccgatctcag ccgtcgagac gtggtgtaac accttcgcct actacctgct
      361 gttgggcgct gaaaaagccg ctgagctgga cgccctgcct gccttcgagg ctcagaacaa
      421 ctatggccat gagttgatag ctcgaatctc gaaggagacg aatttgagcc gtttggccat
      481 ttacacccac ttgctcttcc agaagcggtt gtcctacacc gcctaccgag acatccggga
      541 tgaaatggaa gccgaatggc agcaaaggca gctccagaag gcgcaacaga gagaacagga
      601 taaggagatg ggaattgaag tgaaggggcg aaacccgcag ccgatcagag ctgacatcgt
      661 caagggcatc ttttccgtcg ccctctcgtc aggcgtgatc ggagagcggg aatactgcca
      721 agccatgcgc ataaaaccca cagagatcaa cgaatttaga tatcaatgaa aacgattgtc
      781 gacacctcat cccttgttcg tatggcgcag tcctattggc cttttgatca caccggcgcg
      841 ttggaggcct tcctaagccg aaggatggcg cagggcgagc tacttctcat agatgaagtc
      901 gtaggggaaa ttaagtatgt gtctcagggc gtagcttaca atacattcaa gtgtttgcgg
      961 gacaaggcgc atcagatttc taccgtaaat ttgcagccac cccagaagtt ctaccgcatg
     1021 cttagccaac catcttgcac taccggctgc attcgatcct acttcccaat tggctgtcag
     1081 cttggcttca gagaagatgt cttgcccagc ttcccaaagt atgttgcccg tgttggacgt
     1141 acttttcgtt tcccagttgg ccgttaccgt agagcctgac gggaatttaa tatccttccc
     1201 agccagccat ctcatggctt tagttacgcc tgcatcagcc tcccaattag cggtcagcgt
     1261 atttgtgcct tttacctcga tattatttcc agcctgccaa taggcttcgt cagagcttga
     1321 tccagacttc ttccaagtga tgatgccttg cggatagata tccgttcctg cagcccacca
     1381 catttttcca cttccgttgc ttgtccagtt gaacgtgctg ccggcgacgt cgatattaat
     1441 atgacgcgca gcctgccaac gggcagtgct gctggcactt gcgcttaacg tcaccgtact
     1501 tgtaatcgta gccgtatcca taatatctcc attgccggaa aatccaccga agcaagagga
     1561 tgttgtaaac gcagtgccta caacgccgct gttaaacgct ctatttgaag cgtcagactc
     1621 cggaacgtcg gtcttcaaaa agtgatcctg ctctatgtta tcacaccagt cgtatgctcc
     1681 gaggcaacgg ccccaagtga cattagagag agaaaatgat gccggtacat tgttccccgt
     1741 tccgtaagca atcacgcgat aagagccggt gtttgctccc gtgtaatcct cattggctcc
     1801 aagctttaca tcgccaccca ctaaattggt gttacctgtg ccgctgcccg tgacattatg
     1861 tgccttagtc atactcaacg tcttgtaagc catgatcagc atgtgaccag cacccattgt
     1921 agggctatag gccttatcca tcttcagatt atccttcgtg ttgaagatct gcagcgcacc
     1981 attgttaagc gtccccggga gatggatgct gttgtctacc gtgatttcct ccggattgga
     2041 tccgttctta ttagactgat agtttcccaa gttggccgta ccgtgtgcgg ggatacacgt
     2101 accggtatat acttccttac cgaatgtggc aaaaccgaga tccaatccac gatcagcatt
     2161 agtagaaact tcttggatat gaatcttgct ttgtgatgtg gcatccgtcc ttccgatggc
     2221 accgatcagg atcgtaccgc cataagaggt gttcgtcttc aaatctttat ccaacgtctt
     2281 attgacacca aatacagcgt tttctcccaa tgtagagttg gttgtattac ctccattact
     2341 gttatacaca atgttaccaa actcgacgtt gtcatcattc atcagcgtat agtggct
//
LOCUS       SEQF2634|AYYE01001216.1 2690 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2690
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             14..769
                     /locus_tag="SEQF2634_02029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEVLPDFTSDKRTFLKQFINRLGDRNILVFEFVDVSNRKEKA
                     NVDGFYLHPNAIVLKRRQESFSREIFTLAHELGHYLLDREEVEEVDLAVLPRPEAPIS
                     AVETWCNTFAYYLLLGAEKAAELDALPAFEAQNNYGHELIARISKETNLSRLAIYTHL
                     LFQKRLSYTAYRDIRDEMEAEWQQRQLQKAQQREQDKEMGIEVKGRNPQPIRADIVKG
                     IFSVALSSGVIGEREYCQAMRIKPTEINEFRYQ"
     CDS             766..1362
                     /locus_tag="SEQF2634_02030"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIVDTSSLVRMAQSYWPFDHTGALEAFLSRRMAQGELLLIDE
                     VVGEIKYVSQGVAYNTFKCLRDKAHQISTVNLQPPQKFYRMLDNNFVDQVYKKTKLQG
                     DEVLYQDAREEYLRSTDCRIVVYAMCELAREPIQVLTEESANQNDGKLFRKIPFICQQ
                     LRIPTLNAVEYFKQHEDALTVVVESTPASMYVTHNQRP"
ORIGIN      
        1 agtggctttc gccatgcgta gcgaagtgct gcccgacttc acctccgata agcgtacctt
       61 ccttaagcag ttcatcaatc ggctcggcga ccgcaacatt cttgtcttcg agttcgtgga
      121 tgtaagcaac cggaaagaga aggccaatgt cgacggcttt tatctgcacc cgaatgccat
      181 cgtgctcaaa aggcggcaag aatccttcag ccgtgagatc ttcaccctgg cgcatgagtt
      241 ggggcattat ctgcttgata gagaagaggt ggaagaggtc gacctcgctg tgctccctcg
      301 ccccgaggcg ccgatctcag ccgtcgagac gtggtgtaac accttcgcct actacctgct
      361 gttgggcgct gaaaaagccg ctgagctgga cgccctgcct gccttcgagg ctcagaacaa
      421 ctatggccat gagttgatag ctcgaatctc gaaggagacg aatttgagcc gtttggccat
      481 ttacacccac ttgctcttcc agaagcggtt gtcctacacc gcctaccgag acatccggga
      541 tgaaatggaa gccgaatggc agcaaaggca gctccagaag gcgcaacaga gagaacagga
      601 taaggagatg ggaattgaag tgaaggggcg aaacccgcag ccgatcagag ctgacatcgt
      661 caagggcatc ttttccgtcg ccctctcgtc aggcgtgatc ggagagcggg aatactgcca
      721 agccatgcgc ataaaaccca cagagatcaa cgaatttaga tatcaatgaa aacgattgtc
      781 gacacctcat cccttgttcg tatggcgcag tcctattggc cttttgatca caccggcgcg
      841 ttggaggcct tcctaagccg aaggatggcg cagggcgagc tacttctcat agatgaagtc
      901 gtaggggaaa ttaagtatgt gtctcagggc gtagcttaca atacattcaa gtgtttgcgg
      961 gacaaggcgc atcagatttc taccgtaaat ttgcagccac cccagaagtt ctaccgcatg
     1021 cttgacaaca atttcgtaga tcaagtgtat aaaaagacga agctgcaagg cgatgaggtg
     1081 ctctatcagg atgcacgcga agaatatctc cgtagcacag actgccggat cgtggtctat
     1141 gccatgtgtg agctggcgcg tgaaccgatt caggtcttaa ccgaggagag cgcgaatcag
     1201 aacgacggga aactctttcg taagatcccc ttcatctgtc aacagctgag aatcccgacc
     1261 ctcaatgcgg tggagtactt taagcagcac gaagacgcat tgaccgtcgt cgtcgagtct
     1321 acaccggcga gcatgtatgt cacacataat cagcgcccat aaaaggggca gcatcatcaa
     1381 atggtattat taactcaagt aaattcataa cgggtcgcct ccgcgcgccg ctcttcgcct
     1441 cgcaaggggc gatgtagaga ggccgcgggg gaacctcatt ttcaaacttc aaaaacagat
     1501 acaggtatgg aaaagaaaca acttatttca gtagtcaaac ccctcatcgc cgcagcgctc
     1561 ctcttcggca gcagcggcgg agtagcatgg gggcagatct acaagagtca acgaaaccct
     1621 gacaaagcgc aagcgagcgc agataaaaag gaacgggcgc agctgagagc atacggggat
     1681 aaagacggag gatggagcgg ttcttcagga tcaaatccaa gctgcccctc tccgacttct
     1741 tatgatcccg gatggacacg taccatacat gggtcttttg ttcttgacaa caacttcggt
     1801 ccaggtgagt ctggaacaat tacaccggca ggcaataatt caggaaattg gtctccaata
     1861 ggaacgggca caccggtagg tcgtactcct ttcaataatg gaagtggtat cataactgta
     1921 ggtggtacaa cgaaccatat cggccactta gttacaggtg gaaatgaaga ttggggtagt
     1981 actggctttt ataatagccg gtatcatgct ggagctactg cgacgacaac cgtctcaact
     2041 actgataata aagatgcacg tgttgggagt acttatctga ccgcatatta cggtaattgg
     2101 agtgcttcta attctcacgg tggaacaaga tattgggttc agcgtccaac cgtaccgaat
     2161 gtttcagaga gtttttttgc tgcgactatg ccagccgcgg gtacaggacc aggtgtccca
     2221 gttccgggag agacaaagat tattgtagat ggtcgcacgg cgtcgtcgtc cgctccttgg
     2281 caattggaga tcttcaattt cttgaagaat ccgtggtatt actataagac ggtgctggga
     2341 agtacaacct gttctgttac tccgccaacg attacatatg aacatgctat tactgtgtct
     2401 ccatggtgga ctactctaac ccatacagga tctacagtga cctatgacag ggtaacctat
     2461 acgactacga aggatgaggg tggaacagac atcaacgccc gcattgagct tgcagcaggt
     2521 tctcatgttc gtttgacagg ccatggcggt aaatctatcg gtcatggagg tttaggtagt
     2581 acgactgcct acttgaatct gccagccagc cactatacgc tgatgaatga tgacaacgtc
     2641 gagtttggta acattgtgta taacagtaat ggaggtaata caaccaactc
//
LOCUS       SEQF2634|AYYE01001217.124150 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24150
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             16..6048
                     /locus_tag="SEQF2634_02031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDDNVEFGNIVYNSNGGNTTNSTLGENAVFGVNKTLDKDLKTN
                     TSYGGTILIGAIGRTDATSQSKIHIQEVSTNADRGLDLGFATFGKEVYTGTCIPAHGT
                     ANLGNYQSNKNGSNPEEITVDNSIHLPGTLNNGALQIFNTKDNLKMDKAYSPTMGAGH
                     MLIMAYKTLSMTKAHNVTGSGTGNTNLVGGDVKLGANEDYTGANTGSYRVIAYGTGNN
                     VPASFSLSNVTWGRCLGAYDWCDNIEQDHFLKTDVPESDASNRAFNSGVVGTAFTTSS
                     CFGGFSGNGDIMDTATITSTVTLSASASSTARWQAARHINIDVAGSTFNWTSNGSGKM
                     WWAAGTDIYPQGIITWKKSGSSSDEAYWQAGNNIEVKGTNTLTANWEADAGVTKAMRW
                     LAGKDIKFPSGSTVTANWETKSTSNTGNILWEAGQDIFSEAKLTANWEVGSNAAGSAR
                     WLAKQNINIKLPTSSSIAWKSNAGSTGDLEWVAGRDLKVDNVAASPVTFTQLGKTGNT
                     LWQAVGNIEALGPKTFTNSSTGTGNPGTGGKTIWNARGHIITGNGTGNPVPQIVRFER
                     TTPNAGLMAWQSGLDIQTGSKTQFENNAAANISNMEWFACNNIFTHFGATSGDTNNDY
                     EVIFTNDGKGSMIWHANAGNIETRSKTSFNNSGDGHMTWYAKKNIKTYFGKYTDPDQL
                     TDGVIFTQTGKGRTVWFAEEEDIETNNPVHFDWSSAGEDTTSIMWWAGRHIEIGHNFD
                     PNNPHRSRAMFDTNKNDTIQLKSKNGHILTNSQVDIERSNNGSSLTQLRAGCNTFNDA
                     HFNGISNNIDIENVFNFTEKTNGQGGGALVRFYAENDILSNWVCDNNRPAPITFTSHT
                     GSKTTTLWEAERNINLRGRVDFVYGGAANMGPLKWLSRAGYILTERPVTVTYESDSTI
                     SFLAENEFNNYSPARSPKVHTNANNTRRRGNIHFYDSVDINRNNMAGGLTQLKARRHI
                     WTAMLNYVDQRSTGDTMDIISHEGDIYLGYNDGRANHLLPSFPDQRYVSFIDDDAIFQ
                     QSATGLYSTNCQYPPASDVSYDLNRFTYSIPGSNKKGHLWIKAGWEEKTDRNIVPDDG
                     SRKAGGNIYFTHIDVKQATGSIHPTEITIPFSGLWRCGNAGTQDSSLYNRAGGSRQRY
                     ENSGIISGVARCFLPYPGNATQNTVARDTGLIYRGAIGNLTVDAGNRGNIIFNKGAYL
                     SFEDPSSTGDVVFRTRFGDIDMRNPFNVDTLRGSLAFLAQIENLADLSKLKGEKAYCS
                     CEEERNNVYLQDFEYKAHGSSGSVFIAADNNIKLNYGGLQNIGTRHDPFLSQDYEACP
                     DGGLKKVGPGYKAGGGCGDSLHCDADSNENKARTFLMKFDKDANGTAITSGGFGAVAS
                     DYIDVYKKFAYYGGSGSGMGTVPTTGTLHGEGVSGYGLFMKTQANKGNWDTNIFENTP
                     TCPTPCDGTNCGHDYLHMVSRMTFHDDAYIEAHNQKVMLWSPVIETFGLMTLNTEKDA
                     GGNTEITLKADSLIFHDDFIKKGNHVKLSTWSGLHKDLPIMKFGHMRKTPPFIEAKKS
                     DCQTYTECAPCYRYIRYSKDPLHMLDTITIKFGDGAYLERLNTVVFDHTVLTCLTDSF
                     DHVKGGAVQHAQIRTDTFKIRNQVDLFADEKHERDAHLELISEEQMGSKDYAGIYTKH
                     LHMEPIGACGTPYSELWTSDDLALDVITTSIFGGFGFIHSDVHVENGGHLNAGFTSLR
                     LKGMCYEQMCGTQRMKDLRLDVGAQLHFSVGTSKGLNGEYSDAIEVDRLTTYGSVDVN
                     IEIRPCEKIEKRCYPIIYYKSVTPNSLNNLKINPRKVKIDGVEYPLHLNIGTDGVVYV
                     CVGDEVPPPLTHTVTIPNVSGVTTDPGAGIWPRPARGKFGFKATFSGKKPLVVRTNRM
                     VNGQQEVLNGVKNANGEYEYVILNIQQEVTLTFGPDVVSNELLTAGPAVWSHGEMIYI
                     RVDRADIASIYSVAGQLVRKVDLPEGDTSIPMSRGAYVITLKDGSVHKVIVK"
     CDS             6856..7860
                     /locus_tag="SEQF2634_02032"
                     /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
                     RVHLIDLSYADPEALAAQVREHAAEHGRWDGVVHNAGVTKTVRPADFFEVNTEYTRRL
                     LAALNAGGEATRPDRFVLMSSLSAFGRGDEHTFRPISADDEPRPESIYGRSKLAAEQC
                     VREQTTIPYTILRPTGVYGPGDRDYGMEIESIRAGFDFKIGRTPQRLTFIYARDLARV
                     VRLALERPEAVGRSYFVADGDVYTDDEFAGLIQELLHRRHVLHARIPLWLARAVCTVS
                     EAIGRMTGRPATLNTDKYHILKQRNWICDVSPLRHELGFTPEYNLRRGLEEIIAETNH
                     "
     CDS             7874..9439
                     /locus_tag="SEQF2634_02033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLLALALLLSLGACTTSRLVKQEKRFYPKREFRGAWFQTI
                     YQNDYRGLSADDFRALMDQRLDRLKRYGINAIFFQIRPEADAFYPSRYEPWSRWLTGR
                     QGEAPEDEAFDPLAYLIEACHLRGLEFHAWLNPYRAGATDFEDFAETHIYRRHPEWFV
                     RYNRMTLFDPGIPDCRLFICGVVRDIVTRYDIDGIHIDDYFYPYPAPGEPFPDDESFS
                     RYGSSAGFSANRRDDWRRNNINLLIRELKMTVASAKPWVSFGVSPFGIYRNKSSDRHG
                     SDTRGLQDYDDLYADVVLWMKNGWIDYCAPQLYWEIGHKAADYSTLIRWWSSLKTHTP
                     LYIGQDVARTMKAGQLAQKMIEEREAKRVSGHIFWPAGELLRNNGHVADSLRRIWHRY
                     PALTPPLSKAYTVRPDAVQNLRIAQTDGTTRLVWDIAPQDPRAPRKTPMRYVVYRFPL
                     GERRDIGRASMIIGVTGEPSFQLRDSDLELPYTYVVTAVDRYHNESKPCKPLKLDGRT
                     RYINLRGELSRRP"
     CDS             9620..10933
                     /gene="inlJ_4"
                     /locus_tag="SEQF2634_02034"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKTIKRTSLWLSFLFAIAMISIDLTAQAPVNRDRYIVLTIISDP
                     DAESAFSLDPEDKRAYFYLTADTDNTPVEIIYGNIRNTIMVHSRERDAVGTQYVYLPK
                     TSTMTIYGNVNGLNCYAAGHEPFVDLGPLDFNGGVQGPVSNLNISHNQGLKTLDCTNN
                     MISLLDVSWNTGLEELNCSHNGLTTLDVSRNTALKVLDCSSNALGRIDVSHNTALISL
                     SCSENGLSQIDVSRNTALKSLDCAANQLTQLDVSRNTALTDLNCFANELRSIDVSRNT
                     TLTRLICSGNKLTALDIRPHTALEELNCQQNKIIQLDLSQNTALKSLRCSDNRLTTLD
                     LSTNQSLKLLQCYGNQLTAAALDRIYCALPDRTGKEPGELFPAWTDDLDDIPDPDKPK
                     VLATNGRNATRKNWEILYKSNLVSRSAPGGEVTGFTGRHICGSGK"
     CDS             11000..12823
                     /locus_tag="SEQF2634_02035"
                     /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="MIPHFAELIHHQAERYGQRVALLHRDPRTGKWLGISWNAFADRV
                     RLTSQALIEYGIGVQENIGIYAPNMPQYFYTAFGAYGARAVEVPMYPTGSPDQIKYIV
                     RDANIRLLFVGEQQQYNNAYKAQQEMGDTLRKIVIFDRSVVRYPTDETSVFFEEFVRL
                     GDNARAETAARIRRNEATDDDVALIIYTSGTTGEPKGVVITHANFREMMRIHTLRLPM
                     VTERDLSMCFLPLVHIFEKGWTNFCLCRGVRIAINRDPKMIRQTLLEVRPTLMCNVPR
                     FWEKVYAGANERLTRAAGPMQRLLRDALRTGREYVLNYRRTGETPPRTLALKFAFYQK
                     TVYSALKRAVGIERGNIFPVAGAPLSDEIAEFLLSVDIPIVYGYGLSETSATVCCYPT
                     VGYTLGSIGTLMPDIDVRIDPENNEILVRGKTIMREYYRKPEETRRAFTPDGYFRTGD
                     AGRLGEDGCTLFFQERIKDLFKTSNGKYIAPQAIEMSLGGNPYIEQCAVIADERKFVS
                     ALIVPAFDALEAHARARGIAFTDRADLIAREDIIRFYRSLIEEAQQHFASFEKIKRFT
                     LLQRPFTIQDGELTDTLKLRRGAIARRYAAEIEAMYKDTEK"
     CDS             13319..14107
                     /locus_tag="SEQF2634_02036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTSNDLPEVAKIEERGGWNFTIALHVEFQYEQYNRIKDFDQA
                     KLKFPAGLMEIWNGRLSREVKVNKTVKESAFVTQLSDLDKERDKMLTSIFAIVRGQKL
                     SPKKSTAEAATRLARVLKPYANIQRASFDEESADIRGLKVDIGTLTDDIATLGLTDSF
                     TELFALNESFVTLRLQRQVESPREDLPNARVARAETSEAYDVVCCYIEAAFLHAANEE
                     DRAAIGALIKDLNKVTAAYKTTYNKKVGQRKRGASKPDDDQSEE"
     CDS             complement(14272..15597)
                     /locus_tag="SEQF2634_02037"
                     /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
                     ILLRADEEPLERLDEHCLREVVGARTVTVLRDGQETAIAIPADAMQRLLRNKDGFANY
                     RYPAVIDKVVAGTARQAGLREGDRITAVDTVASVAFSDLREQLYADRGREATLRILRA
                     DGSTAQLTVPIDSAGHIGVQMRSPMALYETTTRTYNLFTAFPAGVALGWNTLTGYVGD
                     MKYVFTREGASSIGGFGTIGNIFPAAWDARTFWMLTAFLSVILAFMNILPIPALDGGH
                     IMFLLYEVVTRRKPSDKFLEYAQIVGMVLLFGLLLYANGNDVLRFFFRS"
     CDS             complement(15726..16889)
                     /gene="dxr"
                     /locus_tag="SEQF2634_02038"
                     /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="MNKRQIALLGSTGSIGTQALDVVRDNTDRFEIYALVARQNVDLL
                     AQQAREFRPEVVVIADEQYYAPLKEALADLPMKVWAGADAIADVVQMAPVDVVLTAMV
                     GYAGLRPTLAALEAGKAVALANKETLVVAGELVTATARRTGAPILPVDSEHSAIFQCL
                     VGQDASAVEKVILTASGGPFRTTTREALADVTPAEALRHPNWSMGAKVTIDSASMMNK
                     GFEMIEARWLFGLPPEQIEVVVHPQSIVHSMVQFADGAVMAQLGTPDMHLPIAYALAY
                     PHRLRSAAPRLDFAQLSTLTFEAPDRERFRNLDYAYEAARRGGNMPCILNAADEVAVA
                     AFLSGKIGFLAMSDLIAETMARTTFIATPTYDDYVQTDAEARRIATEITGSQK"
     CDS             complement(16895..17779)
                     /gene="nlpD"
                     /locus_tag="SEQF2634_02039"
                     /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
                     SQLWFFSAVCLFALSLIIITSLIIITTPIRNYLPGYLDAEVRREIVQSAIKADSLDAA
                     LKLQQRYLSNVTAIITGKMKPDSIHAVDSSSYINADYNIPRSKDEAAFVKKYEEEEKY
                     NLSSTNAPRLTENAFFYKPVNGVISSHYNIEKRHYGVDLVAGLKESVVSTLEGTVIYT
                     GNDPAFGNVIAVQHKNGFTSVYKHNDMLLKDVGDHVVAGEAIALVGNTGRLSTGPHLH
                     FELWYRGTSVNPEEYIAF"
     CDS             complement(17786..18316)
                     /gene="rimM"
                     /locus_tag="SEQF2634_02040"
                     /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="MIRKEEVAAVGELVKPHGIAGEMVMTTVYDGLFDDMEEPYLVCD
                     MDGILVPFYIESYRPRGGSSLLVKLDYVDNDRAARRFAHHTVYYPIDRLPEDDPEGDE
                     PTWERFVGYQLTDAAGHAVGTVDDVDTSTANVLFSVDREGEELLIPVAPEVVRAVDHA
                     ARRIAVDIPEGLLDLN"
     CDS             complement(18343..19650)
                     /gene="murA"
                     /locus_tag="SEQF2634_02041"
                     /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
                     TYMLLDEASLTGTANILMAAVMAEGVTTIYNAACEPYIQQLSAMLIRMGAKISGVGSN
                     LLTVEGVRSLRGTTHTVLPDMIEVGSFIGMAAMTGSDLRIKNVNYDQLGIIPDAFRRL
                     GIQMTQEGDDIHIPTHETYEIETFMDGSIMTIADAPWPGLTPDLLSVILVVATQARGS
                     VLIHQKMFESRLFFVDKLIDMGAQIILCDPHRATVIGLGHRFRLRGGKMTSPDIRAGI
                     ALLIAAMSADGTSRMDNIEQIDRGYQHIDRRLNALGACITRVD"
     CDS             complement(19647..20261)
                     /locus_tag="SEQF2634_02042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYNTAEKHLAQPEYGRNVQNLVDYCVTIEDREERNRCANAIIS
                     IMGNLYPQQRDTNDFKHILWDHLAIMSGFKLDVDYPYEVVKEADLQTRPPRIPYVSTR
                     IRSRQYGKIMEQMVGKATEMENSEAKDYLVRSLANQMKRSYVTWNNKDTVSDAKIFKD
                     LAQLSDGLIDLKEGDLKLIDGRELQQVAAAAQHQNKSKKFRKKK"
     CDS             complement(20996..22063)
                     /gene="ynaI"
                     /locus_tag="SEQF2634_02043"
                     /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="MWDKLYYGNSLRDWGISLLIIVGALVVNKLISIINRRVVRRIAE
                     RSRTRIDDLLSDALEPPILLGVILFAVWISLGRLDMGAKFNHFLRNAYEVLVTLNVTW
                     LFARVIARLIESLLTSRDGSAITRLNINTHLIPLIKRGVLIIVWAIGIVMALHNIGVT
                     VTTLMGTLGIGGMAFALASQDTIKNIFGGVTIFTDQTFQIGDIIRIGDTEGTVVDVGL
                     RSTRLRTYDGQLVILPNSQLIDAVVTNISSEPGRRIVIDLGLTYDTSPEKMRQAMAIL
                     SSMDDRVRGVEPGSIIATFVAFADSSLTIRLIYFIRKSADILGTQTEVNFDILSQFNA
                     AGLNFAFPSRTVYIDKGSDLS"
     CDS             complement(22053..22838)
                     /gene="tcdA_2"
                     /locus_tag="SEQF2634_02044"
                     /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="MNENDLFFSRTELLIGREAMLRMERARVILFGVGGVGSWCAEGL
                     VRSGVRRLTLVDSDRVSPTNINRQLPATRQTVGRVKVDVLKERLAEINPEAAIDTIAG
                     VYNADSSASFGLEEYDYIIDAIDSLQEKVHLIRTATRLPQATFFSSMGAALKADPQRI
                     RVAKFRRVAGCPLAAALRRRLKQGEPPARDFLCVYSDEVLENQGAPPASLDGANPTPV
                     STWDARKARINGTLAHITAIFGFTLSGLVIQDIIHKTSDSHVG"
     CDS             complement(22887..23636)
                     /locus_tag="SEQF2634_02045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGGRGARRTLRTIGTLLWAMLCMTGARAQTTEVGSDRLRLGVK
                     VGVCALQPDLTAIHPGGAGTTVSDVAVHSGVGHTAEVSLRIGIRRVFLQPAVGWSRSE
                     SRIGFNLLSASPGAVPVAHFPQSMTLRELRLEAPIVIGCHLVQQSPFQLSLMGGVKMK
                     YNYRVRLTPDTPETSFDFRGDDSPRHWSVCAALEVRIDRLTFDVGYEYGMNSLHADLG
                     AYTYGASTLPPASMRISRRTSGLSMSVGVMF"
     CDS             complement(23644..24135)
                     /gene="pyrI"
                     /locus_tag="SEQF2634_02046"
                     /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="MKSGVRKPMSEQKKRTELQVAAIENGSVLDHIPSEHLFKVAQLL
                     GLEHMDHRITIGNNLKSSKMGHKGVIKIADKFFEEDEINRIAVVAPNVVLNIIRDYEV
                     VEKRRVELPDELTDIIRCNNPKCITNNEPMKSRFYVTDKECGTVQCRYCEHKIHRDEI
                     VLK"
ORIGIN      
        1 agccactata cgctgatgaa tgatgacaac gtcgagtttg gtaacattgt gtataacagt
       61 aatggaggta atacaaccaa ctctacattg ggagaaaacg ctgtatttgg tgtcaataag
      121 acgttggata aagatttgaa gacgaacacc tcttatggcg gtacgatcct gatcggtgcc
      181 atcggaagga cggatgccac atcacaaagc aagattcata tccaagaagt ttctactaat
      241 gctgatcgtg gattggatct cggttttgcc acattcggta aggaagtata taccggtacg
      301 tgtatccccg cacacggtac ggccaacttg ggaaactatc agtctaataa gaacggatcc
      361 aatccggagg aaatcacggt agacaacagc atccatctcc cggggacgct taacaatggt
      421 gcgctgcaga tcttcaacac gaaggataat ctgaagatgg ataaggccta tagccctaca
      481 atgggtgctg gtcacatgct gatcatggct tacaagacgt tgagtatgac taaggcacat
      541 aatgtcacgg gcagcggcac aggtaacacc aatttagtgg gtggcgatgt aaagcttgga
      601 gccaatgagg attacacggg agcaaacacc ggctcttatc gcgtgattgc ttacggaacg
      661 gggaacaatg taccggcatc attttctctc tctaatgtca cttggggccg ttgcctcgga
      721 gcatacgact ggtgtgataa catagagcag gatcactttt tgaagaccga cgttccggag
      781 tctgacgctt caaatagagc gtttaacagc ggcgttgtag gcactgcgtt tacaacatcc
      841 tcttgcttcg gtggattttc cggcaatgga gatattatgg atacggctac gattacaagt
      901 acggtgacgt taagcgcaag tgccagcagc actgcccgtt ggcaggctgc gcgtcatatt
      961 aatatcgacg tcgccggcag cacgttcaac tggacaagca acggaagtgg aaaaatgtgg
     1021 tgggctgcag gaacggatat ctatccgcaa ggcatcatca cttggaagaa gtctggatca
     1081 agctctgacg aagcctattg gcaggctgga aataatatcg aggtaaaagg cacaaatacg
     1141 ctgaccgcta attgggaggc tgatgcaggc gtaactaaag ccatgagatg gctggctggg
     1201 aaggatatta aattcccgtc aggctctacg gtaacggcca actgggaaac gaaaagtacg
     1261 tccaacacgg gcaacatact ttgggaagct gggcaagaca tcttctctga agccaagctg
     1321 acagccaatt gggaagtagg atcgaatgca gccggtagtg caagatggtt ggctaagcaa
     1381 aatattaata tcaagcttcc tacctcctcc tctatcgcat ggaaatcaaa tgcaggaagc
     1441 acgggagatt tagagtgggt agccggtaga gatcttaaag tagataatgt tgctgcgtct
     1501 cctgtcacct ttactcaatt gggtaagacc ggcaacacgc tttggcaggc cgtgggtaac
     1561 attgaggctt taggtccgaa gacgtttacg aacagctcaa ctggtacagg taatccgggc
     1621 accggtggta agactatttg gaatgcacgt ggacatatca tcacgggcaa cggcacagga
     1681 aaccctgttc cgcaaatcgt gagattcgag cgcacaacgc ctaacgctgg cttgatggct
     1741 tggcaatctg gtttagacat ccagactggt agcaagactc agtttgagaa caacgctgcg
     1801 gcaaatattt ccaacatgga atggtttgct tgcaataaca tctttactca ttttggagct
     1861 acaagtggag atacaaacaa tgattacgag gtcatcttca ccaacgatgg taaaggaagt
     1921 atgatttggc atgccaatgc gggtaacatt gaaacccgca gtaaaacgtc attcaacaac
     1981 tccggagacg gccatatgac atggtatgcc aagaagaata tcaagacata cttcggtaaa
     2041 tatacggatc cggatcaact gaccgatggt gtcatcttca cgcagaccgg aaagggtcgc
     2101 accgtatggt ttgcagagga agaagacatc gaaaccaata acccggtgca tttcgattgg
     2161 tcgagtgcgg gtgaagatac cacaagtatc atgtggtggg caggtcgaca cattgagatc
     2221 ggacataact tcgatccgaa taatccgcac cgtagccgcg cgatgtttga tacgaataag
     2281 aacgatacga tacagctgaa gtcgaagaac ggccatatcc tcactaattc gcaggtggac
     2341 attgagcgta gtaacaatgg ctcatctctt acccaattgc gggccggttg taatacattc
     2401 aatgacgctc attttaatgg tatctctaat aatatcgata tcgagaatgt cttcaatttt
     2461 acagaaaaga cgaatgggca aggaggtggc gccttggtac gtttctatgc tgagaatgac
     2521 attctctcga attgggtgtg cgataacaac cgtccggcac cgattacgtt cacgtctcac
     2581 actggatcga agacaacgac tctctgggag gctgagcgta atattaatct gagagggcgt
     2641 gtagactttg tgtatggtgg tgcagcgaat atgggcccgc tgaaatggct ttctcgcgct
     2701 ggctacattc tgacggagcg ccccgtaacg gttacttatg agagtgatag tacgatttca
     2761 tttcttgcag agaatgaatt caataattat tctccagcta gatcaccaaa ggtgcatacc
     2821 aatgcaaata acactcgccg ccgtggtaat atccatttct acgattcagt tgatatcaat
     2881 cgcaataaca tggctggcgg tttgacgcag ctcaaagcca gaagacacat ctggacagca
     2941 atgttgaact acgtcgatca gcgttcgact ggcgatacga tggatattat ctctcacgag
     3001 ggtgatatat accttggata taatgatggc agagcgaatc acttgctacc atcattccca
     3061 gatcagcggt atgtgtcatt tattgacgac gatgctattt tccagcagag cgcgacaggt
     3121 ttatatagca ccaattgtca atatcctccg gccagcgacg tctcttacga tttgaaccgt
     3181 tttacctaca gtatcccggg cagcaacaag aaggggcatt tgtggatcaa agctggttgg
     3241 gaagagaaga cagatcgtaa cattgtgccg gacgatggat cgagaaaggc aggtggtaat
     3301 atctacttca cgcatattga tgtaaagcag gccaccggta gcatccaccc gacggaaatt
     3361 accattccgt tctccggtct ctggcgctgc ggcaatgcag gaacgcaaga cagctcgctg
     3421 tacaaccgtg caggaggttc tcgtcagcgt tatgagaact caggtatcat ctccggtgtt
     3481 gctcggtgct tcctccccta tccaggcaat gccactcaaa acaccgtagc gagagacacc
     3541 ggccttattt atcgcggtgc aataggcaac ttgaccgtgg atgctggtaa tcgtggtaac
     3601 atcatcttca acaagggtgc ttacctgagc ttcgaggatc cgagctctac aggcgatgta
     3661 gtcttccgca cacgttttgg tgacattgat atgcgtaatc cgttcaatgt agacacactg
     3721 cgcggtagct tggctttctt ggcacagatc gagaatctcg ctgacctgtc gaaactgaaa
     3781 ggcgagaagg catactgtag ctgtgaagag gagcgtaaca acgtctacct gcaagacttc
     3841 gaatacaagg cacacggctc aagcggtagc gtgtttattg ctgcggacaa taacatcaag
     3901 ctgaactatg gcggtctgca aaacattggt acgcgtcatg atccgttcct tagccaagac
     3961 tatgaggctt gccccgacgg cggtctgaaa aaggtaggcc cgggttataa ggcaggcgga
     4021 ggctgcggcg attcactcca ttgcgatgca gattcaaatg agaacaaggc acgtacgttc
     4081 ttgatgaagt ttgataagga tgccaacggc acggcaatca ccagcggtgg tttcggtgca
     4141 gtggcttcgg attacattga cgtgtataaa aagtttgcgt actacggcgg tagcggctcc
     4201 ggtatgggta ccgtaccgac tacaggcacg ctgcacggag agggagtcag tggctacggt
     4261 ctctttatga agacacaggc caacaagggc aactgggata cgaatatctt cgagaatacg
     4321 ccgacttgcc ccacaccgtg cgatggaacc aactgcggac atgattatct gcatatggtt
     4381 tcgcgtatga ccttccacga cgatgcctat atcgaagcgc acaaccaaaa ggtgatgctt
     4441 tggtcaccgg taatagagac gtttggtctg atgacgctca acacggagaa agatgccggt
     4501 ggtaacacgg aaatcacctt gaaggcggat agtttgatct tccatgacga cttcatcaag
     4561 aagggtaacc atgtgaagct ctccacttgg agcggtcttc acaaagactt gccgattatg
     4621 aagttcggcc acatgcgtaa gacacctccg ttcatcgaag caaagaagtc cgattgccag
     4681 acgtacaccg agtgtgcacc ttgctatcgc tacatccgct acagcaagga tccgctgcat
     4741 atgttggata cgatcacgat caagtttggc gacggtgctt atttggagcg cctcaatacg
     4801 gtggtcttcg atcataccgt cctcacctgc cttaccgact cgttcgatca cgtgaaaggt
     4861 ggagcagtac agcatgcaca aattcgcacc gatacgttta agatccgcaa tcaggtagac
     4921 ctttttgccg acgagaagca cgagcgggac gcacacctcg agttgatctc tgaagaacag
     4981 atgggatcga aggattatgc aggtatctac actaagcacc tgcacatgga gccgatcggc
     5041 gcgtgcggta ccccgtatag tgagctttgg acttcggacg acttggctct tgacgtgatt
     5101 acgacgtcca tcttcggtgg tttcggtttc atccactctg atgtgcacgt agagaacggc
     5161 ggacacctga acgcgggctt cacctcgctg cgtctcaaag gcatgtgcta tgagcagatg
     5221 tgcggtacgc aacgtatgaa agacctccgt ctcgacgtgg gtgcacagct gcacttctcc
     5281 gtgggtacgt cgaagggtct gaacggtgaa tacagcgacg ctatcgaggt agaccgtctg
     5341 acgacctacg gctcggtaga cgtgaacatc gagattcgtc cttgcgagaa gatcgagaag
     5401 cgctgctatc cgatcatcta ttataagtcg gttactccga atagcctaaa caacctcaag
     5461 attaacccgc gtaaggtgaa gatcgatgga gtggaatatc cgctgcacct gaatatcgga
     5521 acggacggtg ttgtctatgt ctgcgtaggc gacgaggttc cgccgccatt gacccacacg
     5581 gtaacgatcc ccaacgtatc gggcgtgacg accgatccgg gcgcaggcat ctggccgaga
     5641 cctgcacgtg gcaaattcgg cttcaaagcc accttctcgg gtaagaagcc gctcgttgta
     5701 cgcacgaacc gcatggtgaa cggccagcag gaggtgctca acggcgtgaa gaacgcaaac
     5761 ggtgagtacg agtacgttat tctgaatata cagcaggaag tgacgctgac cttcggccca
     5821 gatgtcgtat cgaacgagct tctgacggct ggcccggctg tttggtcgca cggcgagatg
     5881 atctacatcc gcgttgatcg tgctgacatc gccagcatct actccgtagc tggacagctt
     5941 gttcgtaagg tagacttgcc cgaaggcgac acgtcgatcc cgatgagtcg cggtgcatac
     6001 gtgatcactc tcaaggacgg ctccgttcat aaggtgattg tgaagtaagc atgagtccat
     6061 atggggacgc ttttgttagc gtcctcgggt gtgggtggat actgagagag ggtccgcccc
     6121 acctttataa aagaatcccc ggcacagcct cgtaaaggcc cgtgtcgggg attcggtgta
     6181 tttgggaggg gaggaatggg cgtgtatgcc gataggcgta tgtgatgcgt ccctaccccg
     6241 gatatctcct aacaattgat tgggacgatt atttgcgacg tgagttcgac gaaagaaggg
     6301 cctttatcct tggagaatgt ctttcataga gcgctgtaaa ggccaaagca tttccaaaaa
     6361 cgttttggcc atcgtgtgac ttccgtagaa actctctgct ggcgttattc ttacatcgaa
     6421 ctcacgtgag ggttaatact ttctcggaac gccaaaatga aacgcgagac cgatctcaga
     6481 cttcgcgaaa cgccttcccg ccgcacgaaa ccgatcaaaa ttttctggaa acgccaaaat
     6541 gaggcgggaa accgatcaaa ttctccgaaa agtcactttt tgcgacggga aacggggaaa
     6601 attcttcgaa aagtcatttc ccgcggcggg aaaggggaaa aatgcttcag aaaacggctt
     6661 cgtgcggcgg gaaggcgtct aaaagtttcg gagatcggtt tcgcgcgacg ggaaagggtg
     6721 gataatctcg caaaacgcct ttccgccgcg gaatgactct atggaatctc cataaatcta
     6781 attcacacga ccccgcgatt cgtcggcttg tgtaccggcc tcgctgaagg ccgcagccat
     6841 cctacctttg cgggcatgaa aaagattctg atcactggag ccagcggatt catcggcgga
     6901 caccttgtcc gggaggcgct ggagggcgga tacgaggtct gggcgggcgt gcgacgcagc
     6961 agctccctcg gccggttgcc caaagatcgc gtacacctga tcgacctcag ttatgccgac
     7021 cccgaggcgc tcgccgccca agtgcgcgaa cacgcggccg agcacgggcg gtgggacggc
     7081 gtggtccaca atgcgggcgt gacgaagacc gtccgcccgg ccgacttctt cgaggtcaac
     7141 accgaataca cccgccgact tctggccgcc ctcaacgccg gcggcgaggc cacgcgcccc
     7201 gatcgctttg tgctgatgag tagcctcagc gccttcggcc gcggcgacga acacaccttc
     7261 cgacccatct cggccgacga tgagcctcgg cccgaatcga tctacggccg cagcaaactg
     7321 gccgccgagc agtgcgtccg cgagcagacg acgatcccct acaccatcct ccggcccacg
     7381 ggcgtctacg gccccggcga ccgcgactat gggatggaaa tcgagagcat ccgcgccggc
     7441 ttcgacttca agatcggccg cacgccccag cgcctcacgt tcatctatgc tcgtgacctg
     7501 gcgcgcgtcg tccggctggc cctcgagcgc cccgaggccg tgggccgcag ctacttcgtg
     7561 gccgacggcg acgtctacac cgacgacgag ttcgccggcc tcatccagga gctgcttcac
     7621 cgtcggcacg tcctccacgc ccgcatcccg ctctggttgg cgcgcgccgt ctgcaccgtc
     7681 tccgaggcca tcgggcgcat gaccggccga cccgccacgc tcaacaccga caagtatcac
     7741 atcctcaagc aacgcaactg gatctgcgac gtcagccccc tccgccacga gctgggcttc
     7801 acgcccgaat acaacctccg ccgcggactc gaggagatca tcgccgaaac gaatcactaa
     7861 tcatctaccc cttatgcgca acaaactact ccttgccctc gccctgctcc ttagcctcgg
     7921 cgcatgcacc acatcgcgcc tcgtgaagca ggaaaaacgc ttctatccca aacgcgaatt
     7981 tcgcggcgcg tggtttcaga ccatctatca gaacgactac cgcggactct cggccgacga
     8041 ttttcgcgcg ctcatggatc agcgcctcga ccgcctgaag cgctatggca tcaacgccat
     8101 cttcttccaa atccgccccg aggccgacgc cttctacccc tcccgctacg agccctggag
     8161 ccgctggctg acgggccgcc agggcgaagc gcccgaggac gaggcgttcg atccgctggc
     8221 ctacctcatc gaagcctgcc acctgcgcgg gctggagttt cacgcctggc tcaaccccta
     8281 tcgcgccggc gcaacggact ttgaggactt cgccgaaacg cacatctacc gccgccatcc
     8341 cgagtggttc gtgcgctata accgcatgac gctcttcgat cccggcatcc ccgactgccg
     8401 actcttcatc tgcggcgtgg tgcgcgacat cgtcacccgt tacgacatcg acggcatcca
     8461 tatcgacgac tatttctacc cctaccccgc ccccggcgaa cccttcccgg acgacgagag
     8521 cttctcccgc tacggatcgt cagccggctt ctccgccaac cgccgcgatg actggcgccg
     8581 caacaacatc aacctcctga tccgcgagct gaagatgacc gtagcctcgg ccaagccctg
     8641 ggtcagcttc ggcgtcagcc ccttcggcat ctaccgcaac aagtcgtccg accgccacgg
     8701 tagcgacacg cgcgggctgc aggactacga cgacctctat gccgacgtgg tgctgtggat
     8761 gaagaacggc tggatcgact actgcgcccc gcagctctat tgggagatcg gccacaaggc
     8821 agccgactac tcgaccctca tccgctggtg gagcagcctc aagacgcaca caccgctcta
     8881 catcgggcag gacgtggccc gcacgatgaa ggccggccaa ctggcgcaaa agatgatcga
     8941 ggagcgcgag gctaagcgcg tcagcggaca catcttctgg cccgccggcg aactgctgcg
     9001 caacaacggt catgtggccg acagcctgcg ccgcatatgg catcgctacc cagcgctcac
     9061 tccgccgctc tccaaggcct acaccgtccg acccgacgcc gtgcagaatc tccgcatcgc
     9121 gcagacggac ggcaccacgc gcctcgtgtg ggacatcgcc ccgcaggatc ctcgcgcacc
     9181 ccgtaagacg cccatgcgtt acgtcgtcta tcgcttcccg cttggcgaac gccgcgacat
     9241 cggccgtgcc tctatgatta tcggcgtcac cggcgagccc tccttccagc ttcgcgacag
     9301 cgacctcgag cttccctaca cctacgtcgt caccgccgtc gaccgctatc acaacgagag
     9361 caagccgtgc aaacccctca aactcgatgg gcgcacgcgc tacatcaatc tcagagggga
     9421 acttagccgg cgtccctgac ggcccctgcc ggggcaagga aacttggccg gcgtccctga
     9481 cgccttgatc ttcttttgcc tccttttctt ccatcaaggg aagaaaagga ggtgagagat
     9541 cagcacccaa cctccatttc gtttttcatt cccccattca cccccacagt ctttcacttt
     9601 tagtttttag ctcactgata tgaaaaccat caaacgaact tcgctatggc tcagctttct
     9661 ctttgccatc gccatgatct caatcgacct caccgcacaa gcgccagtaa atagggatcg
     9721 ctacatcgtc ctcaccatca taagcgatcc ggacgctgaa tcggctttct ccttagatcc
     9781 tgaagataaa agagcctact tctatctcac agccgacacc gacaatacgc cggtggaaat
     9841 catctatggc aatatccgca acaccattat ggttcactct cgagagcgcg acgctgtagg
     9901 tacacagtac gtctacctac cgaagacgtc caccatgacg atctatggca atgtgaacgg
     9961 actgaattgc tacgccgctg gtcacgaacc gtttgtcgac ctcggtccac tcgacttcaa
    10021 tggtggcgtg cagggccctg tgagcaacct caacatcagc cacaatcagg gattgaagac
    10081 gctcgactgt acgaacaaca tgatctcact gctcgacgtg agctggaaca ccgggctgga
    10141 ggagcttaac tgttcacaca acggtttgac cacattggat gtgagtcgta atacggcgct
    10201 gaaggtgctc gactgttcga gtaatgcatt gggaaggatt gacgtgagcc acaacacggc
    10261 cttaatctcg ttgagctgct ctgaaaacgg cctctcacag atcgacgtca gtcgaaacac
    10321 cgccttgaag tcgctcgatt gtgctgccaa tcaactgacc cagctcgacg tcagccgaaa
    10381 cacggctttg actgatttga actgctttgc caatgagctc cggtcgattg atgtcagccg
    10441 caacacgacc ttgacccgtc tcatctgttc gggaaacaag ctgaccgcgt tggatatccg
    10501 tccccacact gcactagagg aactcaattg ccagcaaaac aaaatcatcc aactcgacct
    10561 cagtcagaac acggcgctga agtcgttgcg ctgctccgat aaccggctta caacgctcga
    10621 cttgagtacc aatcaatccc tcaaattgct gcagtgttac ggcaaccagt tgactgccgc
    10681 cgctctcgat cgcatctatt gtgccctgcc cgatcgaact ggcaaggagc ccggcgagct
    10741 gttccctgcg tggacagatg atttggatga catccccgat ccggacaagc ccaaggtgtt
    10801 ggccacgaac ggccgaaacg ccactcgtaa gaattgggag atcctttata agagtaatct
    10861 tgtatccagg tcagctcccg gtggcgaagt caccggcttc acaggccgac acatctgtgg
    10921 cagcggcaag tagcaccttt cgtttttcat tccctcattc tctcccccac agtctttcac
    10981 ttttagtttt tcgctcacta tgattcccca tttcgcagaa ttgatccacc atcaggccga
    11041 acgctacggc caacgcgtcg ccttgcttca tcgcgatcca cgcaccggca agtggctcgg
    11101 catctcctgg aacgccttcg ccgaccgcgt ccgactcacc tcgcaggcac tcatcgagta
    11161 cggcatcggc gtacaagaaa acataggcat ctatgccccc aatatgcccc agtacttcta
    11221 caccgccttc ggggcctatg gcgcacgcgc cgtggaagtg cccatgtacc ccaccggatc
    11281 gcccgaccag atcaagtaca tcgtccgcga tgccaacatc cgactgctct ttgtcggcga
    11341 gcagcagcag tacaacaacg cttacaaggc acagcaggag atgggcgaca cactccggaa
    11401 gatcgtcatc ttcgaccgca gcgtcgtccg ttatcccacc gacgagacga gcgtcttttt
    11461 cgaggagttc gttcgcctcg gcgacaacgc ccgcgccgaa accgccgcgc gcatccgccg
    11521 caacgaggcc accgacgacg acgtggccct catcatctac acctccggca cgacgggcga
    11581 gcccaagggc gtcgtcatca ctcacgccaa ctttcgcgag atgatgcgta ttcacaccct
    11641 ccgtctgccg atggtcaccg agcgcgacct ctccatgtgc ttcctcccac tcgttcacat
    11701 cttcgagaag ggctggacca acttctgcct ctgccgcggc gtacgcatcg ccatcaaccg
    11761 cgacccgaaa atgatccgcc agacgctgct cgaagtgcgg cccacgctca tgtgcaacgt
    11821 gccgcgcttc tgggagaagg tctacgccgg cgccaatgaa cgcctcaccc gcgccgccgg
    11881 gcctatgcag cgcctcctgc gtgacgccct ccgcaccggc cgcgagtatg tcctcaacta
    11941 tcgccgcacg ggcgagacgc ctccccgcac gctggccctc aagttcgcct tctaccaaaa
    12001 gacggtctac agcgccctca aacgcgccgt cggcatcgag cgcggcaaca tcttccccgt
    12061 ggccggcgcg cccctctcgg acgagatcgc cgagtttctc ctctccgtcg acatccccat
    12121 cgtctacggc tacggcctct ccgaaacctc cgccaccgtc tgctgctacc ccaccgtggg
    12181 ctacaccctc ggctccattg gcaccctcat gcccgacatc gacgtccgta tcgatccgga
    12241 gaacaacgag atccttgtcc gcggcaagac catcatgcgc gagtattacc gtaaacccga
    12301 agagacccgc cgcgccttca cgcccgacgg atacttccgc accggcgacg cgggcaggct
    12361 cggggaggac ggctgcacgc tcttcttcca agagcgcatc aaggatctct tcaagacctc
    12421 gaacggcaaa tacatcgccc cgcaagcgat cgagatgagc ctcggcggca acccctacat
    12481 cgagcagtgc gccgttatag ccgacgagcg caagttcgtc agcgccctca tcgtgcctgc
    12541 cttcgacgcc ctcgaggccc atgcccgcgc ccgcggcata gccttcaccg accgcgccga
    12601 cctcatcgcc cgtgaggaca tcatccgctt ctaccgttcg ctcatcgagg aggcgcagca
    12661 gcatttcgcc tcgttcgaga agatcaagcg tttcaccctc ctccagcgcc ccttcaccat
    12721 ccaggacggc gaattgactg acaccctcaa gctccgtcgt ggcgccatcg cccgtcgcta
    12781 cgccgccgag attgaggcca tgtataagga cacggagaaa tgatgcacta agaagccaaa
    12841 cagggcccct gcgggggcag cgaagtttgg cgggtaccag gatagacttc ctcggcctcg
    12901 gcagaggcct gcgtaagggt aaacagggcc cctgcggggg cagcgaagtt tggcgggtac
    12961 caggatagac ttccccggcc tcggcagagg cctgcgtaag ggtaaacagg cgcctgttcg
    13021 gcgtcctgca atctgcgtaa gggtaaacag gcgcctgttt gggctcctgc aatctgcgta
    13081 agggtaaaca ggcgcctgtt tggggccctg caatctgcgt aggggtaaac aggcgcctgt
    13141 ttgggtctac gcaatctgcg caatggtaaa caggcgcctg tttgggtcta cgcaatctgc
    13201 gcaatggtaa acaggcgcct gtttgagcct acgcaatctg tgcaatggta aacaggcgcc
    13261 tgtttgagtt caaacgaata agatgacctt tggggatcat taaaacgacg cgatatatat
    13321 gacaacgaca agcaacgacc tgccagaggt cgctaaaatc gaagagcgcg gcggatggaa
    13381 ctttaccatc gcgctgcatg tagagtttca gtatgagcaa tacaatcgaa tcaaggattt
    13441 tgatcaggcg aaactgaaat ttcccgctgg cttgatggaa atatggaacg ggcggctgag
    13501 ccgggaagtg aaggtgaaca aaacggtgaa agaatcggct tttgtcacgc agctgagcga
    13561 tctcgacaaa gagcgagaca agatgctgac gagcattttt gccatagtcc gcggccaaaa
    13621 actatcgccc aaaaagtcta cggccgaggc cgccacacgc ttggcacgtg tgctgaagcc
    13681 ttacgcgaat atccagcggg cctcatttga tgaggagtcc gctgacatcc gagggttgaa
    13741 ggtagacata ggcacactga cggacgacat cgccacgctg ggactcaccg actcctttac
    13801 ggagcttttc gccctgaacg agtccttcgt cacgcttcgc ctccagcggc aggtggagtc
    13861 gccgagggaa gatctgccca atgcgcgcgt ggcacgcgcc gagacgagcg aggcttacga
    13921 cgtcgtttgc tgctacattg aagccgcttt cttgcatgcc gccaatgagg aagaccgcgc
    13981 cgcgatcggt gccctgatca aggatttgaa caaggtgacg gccgcttaca agacgacgta
    14041 caacaagaag gtggggcagc ggaagcgggg tgcatcgaag cctgacgacg atcagtcgga
    14101 ggagtgactg ggggggcggt gacgcaccga ttggggcgca tcccttcgcc ctcgttgggc
    14161 cgggggcgga caaagaaatg ccgggtacat atggggagcg tcctccctca tcatgtaccc
    14221 ggcattattc gtcggtgccc gcagccgcct cgccggcagc cgcagggggg gtcaacttcg
    14281 gaagaagaag cgcagcacgt cgttgccgtt ggcgtagagc aggaggccga agagcagcac
    14341 catgcccacg atctgggcgt actcgaggaa cttatccgac ggcttgcgac gcgttaccac
    14401 ctcgtagagc aagaacatga tgtgcccgcc gtcgagcgcc gggatgggca ggatgttcat
    14461 gaaggccagg atgacgctca ggaaggccgt cagcatccag aacgtgcgcg cgtcccacgc
    14521 cgcggggaag atgttgccga tcgtgccgaa gccgccgatc gaggaggcgc cctcgcgggt
    14581 gaagacgtac ttcatatcgc ccacgtagcc cgtgagcgtg ttccaaccca gggcgacgcc
    14641 ggcggggaag gccgtgaaga gattgtaggt gcgcgtcgtc gtctcgtaga gagccatcgg
    14701 cgaacgcatc tgcacgccga tatgcccggc cgagtcgatg ggcacggtga gctgcgccgt
    14761 ggagccgtcc gcacgcagaa tgcgcagcgt agcctcgcgg ccgcggtcgg cgtagagttg
    14821 ctcgcggagg tcggagaaag ccacgctggc gacggtgtcg acggccgtta tgcggtcgcc
    14881 ttcgcgcagt ccggcctgcc gagctgtccc agcgacgacc ttgtcgatga ccgccggata
    14941 gcgatagttg gcgaagccgt ccttgttgcg gagcaggcgc tgcatggcgt cggcagggat
    15001 ggcgatggcc gtctcctgtc cgtcgcgcag cacggtgacg gtgcgcgcac cgaccacctc
    15061 acgcaggcag tgttcgtcca gccgctccag tggctcctcg tcggcgcgca gcaggatgtc
    15121 gccgttgcgg aagccgatct cgcggaaggt ctggctgaac tccatgccgg ctgtgacgtt
    15181 ccggagcggc aggtacgtgt cgccccacgt gaagagcacc atcgagtaga tgaagatggc
    15241 caggaggaag ttgaagagca caccgccgac catgatcagc agtcgttgcc cggctggttt
    15301 ggagcggaac tcccacggct gcgggggctg cgccatctgc tccttgtcca tcgattcgtc
    15361 gatcatgccg gagatcttac agtatccgcc gaggggtagc cagccgacgc cgtattccgt
    15421 gtcgctgttt ttgggtttga accggaacag ggcgaaccag gggtcgaaga agaggtagaa
    15481 cttctcaacg cgcaccttga agaggcgggc gaagaggaaa tgcccgaact catgcaccag
    15541 cacaagaatc gataggctga ggatgagctg tagggcttta atcaaaaagg tttccattta
    15601 tctctgagta gttaggggta gttatgcggc ctgcggccgc ggtagttacg gggctttcgc
    15661 cccgggtagt caaagggtag ttagaagtag tagggggtag ttagggggag tagtttgaag
    15721 ccattctact tctgactacc tgttatttct gttgcaatgc gtcgagcttc ggcgtcggtc
    15781 tgcacgtaat cgtcgtacgt cggtgtggcg atgaacgtcg tgcgggccat cgtttcggcg
    15841 atgaggtcgc tcatggccaa gaagccgatc tttccgctga ggaaggccgc gacggccacc
    15901 tcgtcggcgg cgttgaggat gcagggcatg ttgccaccgc gacgagccgc ctcgtaggcg
    15961 taatccaagt tgcggaagcg ctccctgtcg ggcgcctcga aggtgagcgt cgagagttgg
    16021 gcgaagtcga gccgtggcgc ggcgcttcgc agtcggtgcg ggtaggccag ggcgtaggcg
    16081 atggggaggt gcatgtcagg cgtccccagc tgagccatca cggcgccgtc ggcaaactgc
    16141 accatcgagt ggacgatcga ctgcgggtgc accacgacct caatctgctc gggcggcagg
    16201 ccgaacagcc accgcgcctc gatcatctcg aagcctttgt tcatcatcga cgccgaatcg
    16261 atcgtcacct tggcgcccat cgaccagttc gggtgacgca gcgcctcggc cggagtcacg
    16321 tcggccaacg cctcgcgcgt cgtcgtgcgg aatggtccgc cggaggccgt gaggatcacc
    16381 ttctccaccg cgctcgcgtc ttgcccgacg aggcattgga agatggccga atgctccgag
    16441 tcgacaggca ggatcggcgc gcccgtacgt cgggccgtgg ccgtgacgag ttcgccagcc
    16501 acaaccagcg tctccttgtt ggccagcgcc acggccttgc ccgcctccag tgcggcgagc
    16561 gtcggacgga gcccggcata gccgaccatc gccgtgagca ccacgtcgac cggcgccatc
    16621 tgcaccacgt cggcgatagc atccgcgccg gcccacactt tcattggcag gtcggcaagc
    16681 gcctccttaa gtggcgcgta atactgttcg tcggcgatca cgaccacctc aggccggaac
    16741 tcgcgcgcct gttgggcgag taagtcgacg ttttgtcgtg ccacgagggc gtagatctcg
    16801 aagcgatccg tattgtcccg gacgacgtcg agcgcctgtg taccgatcga gccggtggag
    16861 cccagcaggg caatttgtct cttattcatg tttgtcagaa cgcaatgtat tcttcgggat
    16921 tgactgacgt gccgcgatac cacagctcga agtgcaggtg cggccctgtg gagagtctgc
    16981 ccgtgttacc gaccagtgcg atggcctcgc cggccaccac atgatcgccg acatccttca
    17041 gcagcatgtc gttgtgtttg tagacggacg tgaagccgtt cttgtgttgc acggcgatca
    17101 cgttgccgaa ggccggatcg ttgccggtgt agatgacggt gccctccagc gtggacacga
    17161 cgctctcctt gagcccggcc acgagatcaa cgccgtagtg acgtttctcg atgttgtaat
    17221 gcgacgagat gactccgttg acgggcttgt agaagaaggc gttttccgtc agtcgtggag
    17281 cgttggtgga gctgaggttg tacttctcct cttcctcata cttcttgacg aaggccgctt
    17341 cgtccttcga gcggggaatg ttgtagtcgg cgttgatgta ggatgacgag tcgacggcgt
    17401 gaatagagtc gggtttcatc ttgccggtga tgatggccgt gacgttgctc aggtaacgct
    17461 gttgtagctt cagcgccgcg tcgagcgagt ctgccttgat ggcgctctgc acgatctcgc
    17521 gacgcacctc ggcgtcgagg tagccgggca gatagttgcg gatcggtgtg gtgatgatga
    17581 tgagcgaggt gatgatgatc aaactcagcg caaacaggca gacggcggag aagaaccaca
    17641 gctgcgaaac tcggaagctg aacacctcgt ccagcgtcga ttcgttgatg aacgacagct
    17701 tatacttgaa gcggatgcgc ttccagaacg atttcttttt cgcgttatgg cttgccgcct
    17761 ttttctctct cttcttcata ataggttagt tcaaatccaa cagtccctcg ggtatatcca
    17821 ccgcgatgcg tcgcgcggca tgatccaccg cacgcaccac ctcgggcgcc accgggatca
    17881 gtaactcttc tccctcgcga tcgacgctaa acagcacatt ggccgtcgat gtatccacgt
    17941 cgtccaccgt acccaccgcg tgccccgcag cgtccgtcag ctgatagccc acgaagcgct
    18001 cccacgtcgg ttcgtctcct tcgggatcat cctcgggcag gcggtcgatg gggtaataga
    18061 ccgtgtgatg ggcaaatcgc cgcgccgccc gatcgttgtc cacgtagtcc aacttcacca
    18121 gcagcgagct gccaccccgc gggcgataac tctcgatata aaatggcacg aggatgccgt
    18181 ccatgtcgca gacgaggtag ggctcctcca tgtcgtcaaa aagcccgtcg tacaccgtcg
    18241 tcatcaccat ctcaccggcg atgccgtgcg gcttgacaag ctctccgaca gctgcgactt
    18301 cctctttccg aatcatgcgt tgtataggtc ttcccgcgta cgtcaatcca cccgcgtgat
    18361 gcaggccccc agggcgttca atcgacggtc gatgtgttga tagccgcggt cgatctgctc
    18421 gatgttgtcc atccgactcg tcccgtcggc gctcatggcg gcgatcagca gggcgatgcc
    18481 tgcgcgaatg tctggcgacg tcatctttcc tccgcgcaac cggaagcggt gccccagccc
    18541 gatgaccgtc gcccgatgcg ggtcgcaaag aatgatctgc gcgcccatgt cgatcaactt
    18601 atcgacgaag aagagccggc tctcgaacat cttttggtgg atcaacacgc tgccccgtgc
    18661 ctgcgtcgcc acgacgagga tcacgctcag caagtccggc gtcaatcccg gccacggcgc
    18721 atcggcgatc gtcatgatcg agccgtccat gaaggtctcg atctcgtacg tctcatgcgt
    18781 agggatgtgg atgtcgtcgc cctcctgcgt catctgtatc cccaaccgac ggaaggcgtc
    18841 ggggatgatt cccagctggt cgtagttcac gttcttgatg cgcaggtcgg agcctgtcat
    18901 ggcggccata cctataaaac tgcccacctc gatcatgtcc ggaagcaccg tgtgtgtcgt
    18961 cccccgcagt gagcgcacgc cctccacggt taataggttc gaacccaccc ccgagatctt
    19021 cgcccccatg cggatcagca tcgcggagag ctgctggatg tacggctcgc acgccgcatt
    19081 gtagatcgtc gtcacgccct cggccatgac ggccgccatg aggatgttgg ccgtccccgt
    19141 cagcgaggct tcgtcgagca gcatataggt gccacggagc ttttcggccc gcagctctcc
    19201 cgtgcgacgc gccgtgtgat agatcatctc tgcgccgagc ttgcggaagc ccaagatgtg
    19261 tgtgtcgagg cgccgccgcc cgatcttgtc gccgcccacg ttgggcagca cagcccgacc
    19321 gaagcgtgcc aacagcggcc cggtcatcat caccgacccg cgcagcgacc ccgcccgacg
    19381 cagaaagtcg tccgtctcca gatagtttag gtctaccgca tccgcctgaa acgtgtacgc
    19441 acccttcgcc acatgctcca ccttcacgcc catgtcggcc agcaggcgga tcaggttggc
    19501 cacgtccaga atgtcgggca cgttccggat ctccaccttc tcgctcgtca gcagcgtggc
    19561 gcagatcacc tccagcgcct cattcttggc cccttgcggc gtgatctcac cccgcatccg
    19621 gtgccccccc tcaatcacga acgagctcat ttcttcttgc ggaatttctt gctcttgttc
    19681 tggtgttgcg ccgctgcggc cacctgttgc agctcgcgtc catcgatcag cttcaggtcg
    19741 ccctccttga ggtcgatcag gccgtcggac agctgcgcca agtccttgaa gatcttcgcg
    19801 tcgctcaccg tgtctttgtt attccacgtc acgtaggagc gcttcatttg gttcgccagc
    19861 gaccgcacca gatagtcctt cgcctcgctg ttctccatct ccgtcgcctt gcccaccatc
    19921 tgctccatga tcttgccata ttggcgcgac cggatgcgcg tgctgacgta cggaatgcgc
    19981 ggcggccgcg tctgcaaatc cgcctcctta accacctcgt aagggtagtc cacatccaac
    20041 ttgaagcctg acataatggc cagatgatcc cagagaatat gcttgaagtc gttcgtgtcg
    20101 cgctgttggg gatacaggtt gcccatgatc gagataatcg cgtttgcaca gcggttgcgc
    20161 tcctctcggt cttcgatcgt cacgcagtag tcgaccaggt tttgaacgtt gcgcccatac
    20221 tcaggctgtg ccaaatgttt ctcggcagtg ttgtacttca ttgttagctt aatctattat
    20281 tgatgaggcc gcaaaagtag gtattcccac cgattgcccc ggggcgcatc gcctcctcgt
    20341 tttgcaccta cagcccgcct cacggccccg ttttgctcct cggacgctcc cccaagccct
    20401 gtttcaggcc cgtttcttct cgggtttacg cccaaaaacc gccttcggga gccatttctg
    20461 gtgaaataca tggcccgaat cgtggatttt agcccatttc ttccttgttt tcgagttagc
    20521 aagtagatag acgttgcctc tgaccatctg catatatcgc acattgtcgc atgatcacat
    20581 tcttgatcac tgcgcgataa ataattatgt agtaaacccg tatcattgat cgctgcgcgc
    20641 gtattactca ctacatagac cgctctatgg gtaggtgtcg atgatataaa catgttgcaa
    20701 ttttgctcta tcgattattg cgcggttcgc aatcatgctg catgattgtg gcttcgatca
    20761 cattcaaaat cggaaaagtg tagcatgaca tatatcttga tcttattcga tagctatatg
    20821 cagttacccg tttgcacttt tgattgtaat catcggtgca tcttacttac atattgctat
    20881 ttttctcgat ctatttttat gctgtcaaaa aagtggagag ggaagaccgt attcgcgtgg
    20941 aatactgcct tccctctctt tttatttcga cgtatagacg taatgggctg aatcgttacg
    21001 acagatcgct ccccttatcg atgtacaccg tacgcgatgg gaaggcgaag tttagcccgg
    21061 ctgcattgaa ctgcgaaagt atatcgaagt tgacctccgt ttgggtgcct aagatgtcag
    21121 ccgatttgcg gatgaagtaa atgagccgga tggtgagcga cgaatcagca aaggcgacaa
    21181 aggtcgctat gatgctgccc ggctccacgc cacgtacacg gtcgtccatg ctgctgagga
    21241 tcgccatcgc ctgacgcatt ttctctggcg aggtgtcata agtaagcccc agatcaataa
    21301 cgatacgtcg tccgggctcg gaggagatgt tcgtcactac cgcgtcgatc agttgcgagt
    21361 taggcaagat caccaactgg ccgtcgtagg tgcgaaggcg cgtgctgcga agacccacgt
    21421 ctactaccgt cccctccgtg tcgccaatgc ggatgatgtc accaatttga aacgtttgat
    21481 ccgtgaagat ggtgacacca ccaaaaatgt ttttgatcgt gtcttgcgac gctaaggcga
    21541 aggccatacc gccaatgccg agcgtaccca tcagtgtggt gacggtcacg cctatattgt
    21601 gcagggccat aacgataccg atggcccaca cgataatcag cacgccgcgc ttaatcagcg
    21661 ggatgagatg cgtattgatg ttcagtctcg tgatggccga cccgtcgcgc gatgtaagca
    21721 aggattcgat caggcgggcg atgacacgcg cgaagagcca cgtgacgttg agcgtgacga
    21781 gcacctcgta cgcgttgcgc aagaagtgat taaacttcgc gcccatatcc agcctcccca
    21841 gcgagatcca tacagcgaac agtatcacgc cgagcaggat gggcggttcg agtgcatcgg
    21901 agagcagatc gtcaatgcgc gtgcggctac gttccgcaat gcggcgcaca acgcgtcggt
    21961 tgatgatcga aatcagtttg ttgacaacca gtgcgccgac gatgatcagc agcgatatgc
    22021 cccaatctcg gagcgaattg ccgtaataga gtttatccca catgtgagtc agaggttttg
    22081 tgtatgatgt cttgtataac gagtccggag agtgtaaagc cgaagatggc cgtgatgtgc
    22141 gccaatgtgc cattgatgcg tgccttgcgg gcgtcccaag tggagaccgg cgtagggttg
    22201 gcaccgtcga gcgaggcggg cggtgcgccc tgattttcga gcacttcgtc gctgtagacg
    22261 cagaggaagt cgcgcgctgg cggttcgccc tgtttcagcc tgcggcgcag cgcagccgct
    22321 aatgggcagc ccgccacgcg gcggaatttg gccacgcgga ttcgctgcgg atcggccttg
    22381 agcgcagcgc ccatactgga gaagaaagtg gcctgcggca ggcgtgtagc cgtgcggatg
    22441 aggtgcactt tttcctggag gctatcgatg gcgtcgatga tataatcgta ttcctccaga
    22501 ccaaacgacg ccgaggagtc ggcattgtac acacctgcga tggtgtcgat cgcggcctcg
    22561 gggttgatct cagcgaggcg ctccttgagg acgtccacct tcacgcgccc caccgtctgc
    22621 cgcgtggctg gcagctggcg attgatattg gtagggctca cacgatcaga gtccactaac
    22681 gtcagccggc ggacacccga gcgcaccaag ccctcggcac accagctgcc cacgccgccc
    22741 acgccgaaca gaatcacgcg cgcgcgctcc atccgcagca tggcctcccg cccgataagc
    22801 agctcggtgc gggaaaaaaa gaggtcattt tcattcatag tgatggctgt cagtcgttat
    22861 tcgtaagtcg tcaattgtgt ttagtttcag aacatcaccc ccacggacat actgagtcca
    22921 ctggtgcgtc gactgatgcg cattgatgca gggggtaagg tggaggcgcc gtaggtgtaa
    22981 gcgcctaagt cggcgtgcag gctattcatg ccgtattcat agccgacatc gaaggtgagg
    23041 cggtcgatgc gcacctccag cgcggcgcag accgaccaat ggcgtggcga atcatcaccg
    23101 cggaagtcaa aagaggtctc aggggtgtca ggcgtgaggc gtacccgata attgtacttc
    23161 atttttaccc cacccatgag gctaagttgg aagggcgact gctgcaccaa gtggcaaccg
    23221 ataacaatgg gggcctccag acgaagctcg cgcagcgtca tcgactgcgg gaaatgggcc
    23281 accggcacgg cgcccgggga ggcggagagc aggttgaacc cgatgcggct ctccgaccgg
    23341 ctccagccca cggcaggctg caggaagacg cgccgtatgc cgatgcgcag cgacacctcc
    23401 gccgtgtgtc ccacaccgga gtgtaccgcc acgtcgctta cggttgtccc tgcgccgccc
    23461 ggatggatgg ccgtcagatc cggttgcaag gcgcagacgc cgaccttcac gcccaggcgt
    23521 aggcggtcgc taccgacttc cgtcgtctgg gcccgcgccc cggtcatgca gagcatggcc
    23581 cagagcagcg tgccgatggt ccgcaaggtc cgtcgtgcgc ctcgtccgcc gttcatcgag
    23641 tcgctacttc agtacgatct cgtcgcgatg aatcttatgc tcgcagtaac gacactgcac
    23701 cgtgccgcac tccttgtccg tgacgtagaa gcgcgacttc atcggttcat tgttcgtgat
    23761 gcacttcggg ttgttgcaac gaataatgtc cgtcagctcg tcgggcagct ctacgcgacg
    23821 tttttccacc acttcatagt cgcggatgat gttcagcacc acattgggcg ccactacggc
    23881 gatgcggttg atctcatctt cctcaaaaaa tttatctgcg atcttgatca cgcccttatg
    23941 ccccatcttg gagctcttta gattattccc gatcgtgatg cgatggtcca tatgttcaag
    24001 acctaacagt tgcgccacct tgaaaaggtg ctcggatgga atatggtcga gtaccgatcc
    24061 gttctcgatc gcggccactt gcagttcggt tcttttcttc tgttcagaca tgggcttccg
    24121 aacgccggac ttcatcctcg atgcgctgtg
//
LOCUS       SEQF2634|AYYE01001218.1 1060 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1060
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 attccatctt ttcagatagg gcatattcgg ctatcgcgct accgatgacc tgcttgaaac
       61 acttctgtaa tttggaactg ctcatattgg cctcacgtgc caattcaggg agactcggtg
      121 tgttgttcaa attccgcaaa atcagacgtc ggatacggaa tacagactcc acatcgtgta
      181 aattcaagtt ggcaaaaggt tttacttcag aacgcctttc gagtttttcg agaaacattg
      241 tcagtagctc tattgctttt ccatgcagat ggagcgggga gagaggcgca ttgtttccga
      301 ctattgactt gatgctgcat agagtctgct gcatggccgg cgtaatggtc tcaaacagat
      361 aaaaagactt gtctgactgg agcaacctac tgatgtaggt ttcgtgagcc gcatctattc
      421 gctctatcca atccttgttg aaagtcaatg tgatattttc gtacttccgc ttaggatcga
      481 atgtccattc cgtaggaata ttgctcgaag gcataaagat accgtcgagc gtgtccaccc
      541 cgaccgtttt cgtgcttgtg ccgataatct gctcgtgttt atgctcgttg acatagaaca
      601 tcacgggaat ccattttgag ttttctaccg agcgacgcac cattgtcatc ggttcgtatg
      661 acatgaaact gatataggtc aatgtgagcc acggcaacgg ataatattgt ttgaaaaatc
      721 cgcgacccac tgaaaccgga acggtaaaac cgttattcgt caccgatgtg ccaaattgtt
      781 cggcgaccat ctccatccaa tcttcgggct tgttgatagc acaaaactct atggtcatac
      841 cattgtatct ctctatataa atacacgtga gttcgatgta agcagagaac ttctacggaa
      901 gccacgcgag ggcaaaaacg tttttggaaa tgccccgcgg gagtcccgca aacgccaaag
      961 catttgccgc gagacttgcg ggagtcccgc aaacgccaaa gcatttgccg cgagacttgc
     1021 gggagtcccg caaacgccaa agcatttgcc gcgagacttg
//
LOCUS       SEQF2634|AYYE01001219.1 4546 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             16..837
                     /locus_tag="SEQF2634_02047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKTTKHFFKFFNGIQTNIDFVAPSPKYPGRFKLNITGGSNKVY
                     RSIDNGLHWEFARDTATGEERPFTHDQMEYFLASDRNIWLREPNACAQVQFFHFTKDS
                     LAGPVQPGISRQVIMPEVSGLVSSYAPGIHYVNSGSDLTFRVMPTGANAGKVPVVETG
                     RKSIPDKQGVRVVSNGDGTYTVTIYRVREAIDLRISFAAPNSNVEADGSSIYTERETL
                     YVTSPTANTAKVYNVSGVLVRTLTLSAGETVRTALPAGFYVVALGNGNTHKVIVK"
     CDS             complement(1069..1734)
                     /gene="queC"
                     /locus_tag="SEQF2634_02048"
                     /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="MRTGTRHDAALVVFSGGQDSTTCLFWAKEHFAEVRALTFLYGQK
                     HREEVNVAQRIARTADVAWDVLDASFIASIGTSALTDTRILMDSEKPAEGPPNTFVPG
                     RNLFFLSMAAVYAAERGIRHLVTGVSETDFSGYPDCRDTFVRSLNVTLNLAMDAQFVI
                     HTPLMWLDKADVWALSDRLGVFDLVRRETLTCYNGVLGDGCGHCPACRLRHEGLERYL
                     ARR"
     CDS             complement(1731..2402)
                     /gene="yhhQ"
                     /locus_tag="SEQF2634_02049"
                     /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"
     tRNA            complement(2953..3027)
                     /locus_tag="SEQF2634_02050"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(cgc)"
     CDS             complement(3228..3482)
                     /gene="rpmE2"
                     /locus_tag="SEQF2634_02051"
                     /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(3594..4166)
                     /gene="fumB"
                     /locus_tag="SEQF2634_02052"
                     /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="MEATPQIEKRILRAPFTDDVIRSLTAGDLIYLSGTIYTARDAAH
                     KRLYEMLDRGEPMPFDFTGQVVYYAGPCPAKPGQPIGSVGPTTAGRMDAYSPRLIREG
                     LKVMIGKGLRNAEVVDALKQYTGVFFAAIGGAAALMARCVDTAEVIAFDDLGPEAIRR
                     LTVTELPVIVAIDCQGRNVYETGRAAYEQD"
ORIGIN      
        1 gattgtgata cggtgatgaa caagaccacc aaacacttct tcaagttctt caatggcatt
       61 cagacgaaca ttgactttgt ggcaccatca ccgaaatatc ccggtcgatt caaactgaac
      121 attactggag gttcgaataa ggtctatcga agcattgaca acggcttaca ttgggagttc
      181 gctcgtgata cagctacggg tgaggaacgt cctttcaccc acgatcagat ggagtacttc
      241 ttggccagcg atcgtaatat ttggctgcgt gagcccaatg cgtgtgcaca ggtgcagttc
      301 ttccacttca caaaggattc tttagctgga cctgttcagc cgggaatatc acgacaggta
      361 attatgcccg aagtgtcagg tttggtttcg agctatgctc cgggaatcca ctacgtgaat
      421 tcgggtagcg atcttacctt ccgagtgatg cctacgggtg cgaatgccgg taaggttcct
      481 gtggtggaga caggcagaaa gtctatcccc gacaaacaag gtgtacgcgt ggtcagcaat
      541 ggtgatggca cctatacggt aacgatttat agggttcgtg aagcgatcga tctcagaatc
      601 tcgtttgctg ctccgaatag caatgtggag gctgacggtt cgtcgatcta caccgagcgt
      661 gagaccctct atgtgacgag tcccacggcc aacacggcca aagtgtacaa tgtgagtggt
      721 gtgctcgtac gcacgctgac cctctcagcc ggcgagacag ttcgcacggc acttcctgca
      781 ggcttctatg tggtggcctt ggggaatggt aatacgcata aagtgattgt gaagtaagcg
      841 atcccgctta ctgaaaagag ataagagttg agtctgtaaa gattttagtt tcatagcttt
      901 ttttgtggga ggccctgggg cgtgatgtct cggggcttct attttttgta tacctacctc
      961 agcacgaaaa gggagaggcg attacgacgt gtgaccccaa aatgaaagag gctcgtaaga
     1021 cgatgatgct tacgagcctt cttgctattt gtgtacttgg ggaggagttt atcgtcgggc
     1081 gaggtaacgc tccagtccct cgtggcgcag gcgacaagcg ggacaatgtc cacaaccgtc
     1141 gccaaggacg ccgttgtaac acgtgagggt ctcgcggcgg acaagatcga agacaccgag
     1201 gcggtcggag agagcccaga cgtcggcctt gtcgagccac ataagtggcg tatggatgac
     1261 gaactgtgca tccattgcca agttgagcgt gacgttaagc gagcggacaa acgtgtcgcg
     1321 gcagtcagga tagccactga aatcggtctc ggagacgcct gtaacgaggt gacggatgcc
     1381 acgttcggca gcgtagacag cggccatact caagaaaaag agattacgac cgggcacgaa
     1441 cgtgtttggt gggccctctg cgggcttctc gctgtccatg agtatgcggg tgtcggtgag
     1501 ggcgctggtg ccgatggagg cgatgaaaga cgcatcgagc acgtcccacg ctacatcagc
     1561 cgtgcgggcg atacgttgcg ccacgttgac ctcctcacgg tgcttttgcc cgtagaggaa
     1621 ggtcagcgca cggacctctg cgaagtgttc cttggcccaa aagaggcacg tggtggagtc
     1681 ttgtccacca ctgaaaacga cgagcgcggc gtcgtgacgt gtaccggttc tcatagctcc
     1741 ttaatcttcc aaacgttgta tgagataccc tcgtcgtagg tgtcggtctc gtcgacgcgc
     1801 ttgatgtaat gcaccacgcg gatggtgacg ggcaggatga ggatctcgta gagcgtcttg
     1861 agcagtgcct gcactgcgat catcttcagt agttcatcgg ccgggatgat tccgccgaaa
     1921 gctatgggga agaagaggag cgagtctgca ctttcgccca ccaacgtgga gaggatggcg
     1981 cgcgctgaga agttgcggcc tgcagaccgg atcttcatgc ggctcatcac gtaggcattg
     2041 aggaacgacc caacgaggaa ggccagcagg ctggctgcgg caatgcgtgg agcgagtccg
     2101 aagacgaaat tgaaggcctc ctcgccctcc caaaacggtg cggcgggtag catgacggct
     2161 acgcggctga ggatgataac gaggaagttc atcgcaaagc cgagccaaat gatgaggcgt
     2221 gccttgcggt agccccagac ttcggcgatg cagtcgttga tgatgtagga gatggggaag
     2281 acgagcagtc cggcagtgac ggagaggatg tgcccgccgg gcatttgcca aagcctcacg
     2341 actttggtct ctaacaggtt ggacgctacg aggcaggtgc agaagagcac gccgagcatc
     2401 atgaaggata cggatacttt acttttcatc tatcttgttt ttaacgtggt gttcaagcac
     2461 acggggggga gaggcgtcgt atggctgcct atcggagatc gctgccactc cctgcgccgc
     2521 aaaccatcgc ggcgggcgca aaagtaggga aacggggcta cggaaggaag agagcgtctc
     2581 tcttggacgg tcgtcggagc tctgaaccct gagggtttta ccctcggacg gtcgtcggag
     2641 ccctgaaccc tgagggtttc gcccttggac ggtcgtcgga gctctgaacc ctgagggttt
     2701 taccctcgga cggtcgtcgg agctctgaac cctgagggtt ttgccctcgg atggtcgtcg
     2761 gagctcngaa ccctgagggt tttgccctcg gacggtcgtc ggagccctga accctgaggg
     2821 tttcgccctt ggacggtcgt cggaacttct caacgtccaa gcgtagacct atatgaaaag
     2881 cgcccggcct tacattttgc gtgtaaagtc gggcgccttc tttttgtgta agctgttatt
     2941 ggaataattc gcgtggagca tacgagactc gaactcgtca ccttttgatt gcgaaccaaa
     3001 tgctctacca agatgagcta atgccccatg tttggaatgt ttccctccgg aaacgacggg
     3061 cgcaaagata gatggatttt gaaaccgcat ttcgcttagg gcatcgtgcg ttgctgggga
     3121 tgctctacgc gctatctgtc ccacgggggc cagaaaaagg gaggcgggca agcagaacgg
     3181 attcgttcta cctgcccgcc tctgtgatct gtaaagccga ttggcaatta cttcttgtag
     3241 cggttgccat agcggctcat gaacttgtcg acgcggccgg cggtgtccac cagtttcgcc
     3301 ttgcccgtgt agaaggggtg cgagctgctg gagatttcga gcttgaccaa gggataggtc
     3361 acaccttcga tttcgatcgt ctctttcgtg ttgatcgtgg agcgggtgat gaatacctct
     3421 tcgttcgaca tgtctttgaa ggctacctga cggtagtttt ccggatgaag tccttttttc
     3481 attgcggtgc tgtttttata tgtataaaat tgattcgttt cttcctgtga aacagtgcgc
     3541 aaaagtagga taaatgtcta ttggcgcaag aagtgaggca cttgcgcagc gtgtcagtcc
     3601 tgttcgtagg cggcgcggcc cgtctcgtag acgttgcggc cctgacagtc gatggccacg
     3661 atgacgggca gctcggtgac ggtcaggcgg cggatagctt cgggtccgag gtcgtcgaag
     3721 gcgatcacct cggcagtgtc gacacagcgg gccatgaggg cggctgctcc gccgatggca
     3781 gcgaagaaga cgccggtgta ttgcttcaat gcgtcgacta cttcggcgtt gcggaggcct
     3841 ttaccgatca tcactttcag gccttcacgg atgaggcggg gcgaataggc atccatgcga
     3901 ccggccgtgg tggggccgac ggatccgatg ggttgcccgg gcttggcggg gcagggaccg
     3961 gcgtagtaga cgacttgtcc ggtgaagtcg aagggcatgg gttcgccgcg gtcgagcatt
     4021 tcgtagaggc gcttatgggc ggcgtcgcgg gcggtgtaga tggtgccgga gaggtagatg
     4081 aggtcgccgg cagtgagtga gcggatgacg tcgtcggtga agggggcacg caggatgcgt
     4141 ttctctattt ggggtgttgc ttccattatg tgtgatagtc aaattcaatt tctatttgga
     4201 tgatggggga gggaaggcca gatctattct tgtcttgatg tccttctttc ttttctcccc
     4261 ttgatgtctc ttcttttctt gtcttgatgt ccttcttttc ttgtcttgac acaagaaaag
     4321 aagcaaaaga aggtcaaggc gtcagggacg ccggccaagt ttgctgggta cctggtaaaa
     4381 cttccttgcc tcggtagagg ccgtcaggga cgccggccaa gtttgctggg tacctggtaa
     4441 aacttccttg cctcggtaga ggccgtcagg gacgccggcc aagtttgctg ggtacctggt
     4501 aaaacttcct tgcctcggta gaggccgtca gggacgccgg ccaagt
//
LOCUS       SEQF2634|AYYE01001220.1 5652 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5652
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(102..944)
                     /gene="ttdA"
                     /locus_tag="SEQF2634_02053"
                     /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="MREIQAEKITTLVERLCIEACYVLADDINRKFHSCLQTERSPLG
                     RQVLTTLIDNARIAREERVPICQDTGMTVIFVTWGQDVRITGGFIEDAINQGVRQGYE
                     KGYLRKSVVRDPIDRVNTKDNTPAIIHYEMVPGDAFHIVVAPKGFGSENKSDLKMLMP
                     SDGVPGIKQFVIDTVSHAGANPCPPTIVGVGIGGTMERAAYLSKKALLRPVGSVNERP
                     DLAALEQELYDDINRLGIGPVGFGGSTTALAVHILTFATHIAGLPVSVNIGCHATRHA
                     EGSL"
     CDS             complement(941..1882)
                     /locus_tag="SEQF2634_02054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNHAQEYMVSAQYFAPRGKERLMFLGEQISHRHLFFNDRLIGI
                     LGDAGAGKSSFIKGMFPGLQLSNDDDIVNPRKIMQVRNPLNDIEDATTYHFDVRFQMA
                     FMQMYEIADFVRSLLERKRRVVVEHFNLLYEALGRNADLLVGIGEEIIVARPGVFGPL
                     PQSIYDIVHESLKYRKMAHSAEDITTLLLSDEFGISDDDYYFSDVRNGFMLKFRQRPE
                     IDLERLEARVRERIAEHLHIAYHDEDHVRIGDRVIPCDGPRFHVRNTSEIIDFSLHKT
                     LVEDPKTGHFCLIGFIDDPQEDVSNRNTHYFLARNYQ"
     CDS             complement(2257..2574)
                     /locus_tag="SEQF2634_02055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHYKLTDVASVIRSKNSGPYELTFDVIFKDYEMYERVKAAGVFN
                     NAMFASLYHISETDIIGIVHFDPAKAIKTTIVRPIPSGALGETDVYGAQQHVPLMKFE
                     FDL"
     CDS             complement(2593..3966)
                     /locus_tag="SEQF2634_02056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELRVLSPTAILGYGFPMESFVEGMKRAPHVIAVDAGSSDPGP
                     YYLGAGKSFTDRNSVKRDLEIMIPAAIEAGIPVIVGTAGGSGATPHLDWAVDIVKEIA
                     REKKLSFKMAIIGSELDKELVKEKLRKGQVTPLHPAKEIAEKDVDEAVHIVAQIGEEP
                     YIKALDEGANVIIAGRSYDPAVFAALAIKQGYDKALALHMGKILECAAIAALPGSGSD
                     CMFGYLRRDHFVLEPLSPLRKCTTLSIAAHTLYEKTNPYVLPGPGGALDLHECTFTQV
                     DDNKVKVAGSKFVPTDKFFVKLEGVRRVGYRTISCAGVKDPIMISKIDDIVRSVKDRV
                     KNNFEHYGITDFYLDFKIYGKKGVMAMFKDAEESHSDELLIIIEAVAATQEQANTICG
                     FARSTMLHFGYEGRIATAGNLAFPFSPSDAKMGEVFEFNIYHLMQVDNSTELFPARYI
                     SFNQGKE"
     CDS             complement(4049..5296)
                     /locus_tag="SEQF2634_02057"
                     /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
                     GTKISDTIIPIFSQSGDDRYMNADKMIMKAADVLPHALFNHVETKVGLKGEKIKEYVE
                     WLRNRIQKLKPFEGYNPTIHIDVYGTLGIVFNNDPEAIAHYIGEVAAIAAPFKLRVEG
                     PVDMGEREAQIKALRDIRAVIDREGINAEIVADEWCNTLEDIVDFSKEKSGHMAQIKT
                     PDLGGINNAIEAVLYCKEHAMGAYLGGTCNETNRSAEVCAHIAMATQPVQYLAKPGMG
                     VDEGYMIVFNEMSRILAIRKAKK"
ORIGIN      
        1 cgtcagggac gccggccaag tttgctgggt acctggtaaa acttccttgc ctcggtagag
       61 gccgtcaggg acgccggcca agttggccgg gtacttcaag atcagagcga cccttcggcg
      121 tggcgggtgg cgtggcagcc gatgttgacg gagacgggta ggccggcgat gtgggtggcg
      181 aaggtgagga tgtggacggc tagggcggtg gtgctcccgc cgaagccgac gggaccgatg
      241 ccgaggcgat tgatgtcgtc atacagctct tgctcaaggg cggctaggtc ggggcgctcg
      301 ttgacggagc cgacgggacg cagcagggct ttcttgctga ggtaggcggc gcgctccatc
      361 gtgccaccaa taccaacacc gacgatggtc ggcggacagg ggttggcacc ggcgtgcgag
      421 acggtatcga tgacgaactg cttgatgccg ggcacaccgt cgctgggcat gagcattttc
      481 aggtcgctct tgttttcgct gccgaagcct ttgggcgcga caacgatgtg aaaggcgtcg
      541 ccgggcacca tctcgtagtg gatgatggcg ggcgtgttgt ctttcgtatt cacgcggtcg
      601 atggggtcgc gaacgacgga cttgcggagg tagcccttct cgtagccttg gcggacacct
      661 tggttgatgg cgtcctcgat gaagccgcca gtgatgcgga cgtcttggcc ccaggtgacg
      721 aagatgacgg tcatgccggt gtcttgacag atggggacgc gttcctcgcg ggcgatgcgg
      781 gcgttgtcga tgagggtagt gagcacctgg cgacccagcg gtgagcgctc ggtctggagg
      841 cagctgtgaa acttgcggtt gatgtcgtcg gccagcacat agcaggcttc gatgcagaga
      901 cgctcgacga gggtagtgat cttttctgct tgaatttctc tcattggtag ttacgtgcta
      961 agaagtaatg ggtattgcgg ttgctgacgt cttcctgcgg gtcgtcgatg aagccgatga
     1021 ggcagaagtg gcctgttttg gggtcttcga cgagggtttt gtgaagggag aagtcaatga
     1081 tttcagaggt gttgcggacg tggaagcggg ggccgtcgca ggggatgaca cggtcgccga
     1141 tgcggacgtg atcctcgtcg tggtaggcga tgtgaaggtg ctcggcgata cgctcgcgga
     1201 cgcgtgcctc gaggcgctcc agatcgatct cggggcgctg gcggaacttg agcataaagc
     1261 cattgcggac gtcggagaaa tagtagtcat cgtcagagat gccaaactcg tcgctgagga
     1321 ggagcgtggt gatgtcttcg gccgagtggg ccatcttgcg atacttgagc gactcgtgga
     1381 cgatgtcgta gatgctctgt ggcaaggggc cgaagacgcc ggggcgggct acgatgatct
     1441 cttcgccgat acccacgagc aggtcggcgt tacggccgag ggcctcgtag agcaggttga
     1501 agtgctcaac gacgacacgg cgcttgcgct ccagcaacga gcggacaaag tcggcgatct
     1561 cgtacatctg cataaaggcc atctggaagc ggacgtcgaa gtgataggtg gtagcgtcct
     1621 cgatgtcgtt gagcgggttg cgcacctgca tgatcttgcg cgggttgacg atgtcgtcgt
     1681 cgttggagag ttgcaggccg gggaacatgc ccttgatgaa ggacgatttg ccagcgccgg
     1741 cgtcgccgag gatgccgatg aggcggtcgt taaagaaaag gtggcggtgg ctgatctgtt
     1801 cgccgaggaa catgagtcgc tctttgccac gcggcgcgaa gtactgcgcc gagaccatat
     1861 attcttgtgc gtgattgcgc ataggagctg gggactaaaa atgaaaaact aaaagagccg
     1921 aggccaaggg acatcagtcc cctcctgccg gtagggtagg ggcgtatcgc atacgccctt
     1981 ttagacggcc cgcagggccg aatacagata ccgaggtttg cccctgccgg ggcattggtg
     2041 gggcgtatgc gatacgcccc taccctaccg gccgaatgag acgaggatgt tatgccgaag
     2101 ctaccctata aggtagttcc tcgctaacct atagggtagg acgatgctaa cctataaggg
     2161 tagtcatcac taacgcatcg ggctttggaa taaaaacggg ggcaggaacc gttcgtgtcg
     2221 gtcttgcccc cgcttcttga ttggctcgtt tcctgattat aaatcgaact cgaacttcat
     2281 cagggggacg tgctgttggg cgccgtagac gtccgtttcg ccgagcgcgc cggaggggat
     2341 cggacgcacg atggtggtct tgatcgcctt ggcggggtcg aagtgcacga tgccgatgat
     2401 gtccgtctcg gagatgtggt agagcgaggc gaacatggcg ttgttgaata cgccggcagc
     2461 cttgacgcgc tcatacatct catagtcctt gaagatgacg tcgaaggtca gctcgtaggg
     2521 gcccgagttc ttgcttcgga tcaccgaagc aacgtctgtc agtttgtaat gcatgataga
     2581 tatcctcctt tcttactctt taccctgatt gaagctgatg tagcgcgcgg ggaacagctc
     2641 ggtggagttg tcgacctgca tcaggtggta gatgttgaac tcgaagacct cgcccatctt
     2701 ggcgtccgag ggcgagaagg ggaaggccag gttgccggcc gtagcgatgc gcccttcgta
     2761 gccgaagtgg agcatggtgc tgcgggcgaa tccgcagatg gtgttggcct gttcctgggt
     2821 ggcggccacg gcctcgatga taatcagcag ctcgtcgctg tgcgactctt cggcgtcctt
     2881 gaacatagcc atgacgccct tcttgccgta gatcttgaag tcgaggtaga agtcggtgat
     2941 gccgtagtgc tcgaagttgt tcttcacgcg atccttgacg ctgcggacga tgtcgtcgat
     3001 cttggagatc atgatcggat ccttgacgcc ggcgcacgag atggtgcgat agcccacgcg
     3061 gcgcacacct tcgagcttga cgaagaactt gtccgtgggg acgaacttcg atccggccac
     3121 cttcacctta ttgtcgtcca cctgcgtgaa ggtgcactcg tgcaggtcga gggcgccacc
     3181 ggggccaggc agtacgtaag ggttggtctt ttcgtagagc gtatgggcgg cgatggagag
     3241 cgtggtgcac ttgcgcaggg gtgagagggg ctcgagcaca aagtggtcac ggcggaggta
     3301 gccgaacatg cagtcgctac cgctgccggg cagggcggcg atggcggcac actcgaggat
     3361 cttgcccatg tggagcgcca aggccttgtc gtagccctgc ttgatggcca gggcagcgaa
     3421 gacggcgggg tcgtacgagc gaccggcgat gatcacgttc gcgccttcgt ccaaggcttt
     3481 gatgtagggc tcttcgccga tctgagcgac gatgtgcacg gcctcgtcga cgtccttttc
     3541 ggcgatctct ttggccgggt gcaggggcgt cacttgaccc ttgcggagct tctccttaac
     3601 gagttccttg tccagctcgg agccgatgat ggccatcttg aagctgagct tcttctcgcg
     3661 ggcgatctcc ttgacgatgt ccacagccca gtccagatgc ggcgtagcac cgctgccgcc
     3721 ggccgtaccg acgatgacgg ggatgccggc ctcgatggcg gcggggatca taatctctaa
     3781 gtcgcgcttc accgagttgc ggtcggtgaa cgacttgccg gcgccgaggt aataggggcc
     3841 gggatcggac gatccggcgt cgacagcaat gacgtgcggc gcacgtttca tgccctccac
     3901 gaacgactcc atcgggaagc cgtagcccaa gatggctgtg ggggataaga ctcttaattc
     3961 ttccatttct atttagaggg tagaggatag agggtggagg gtagagatcg gaggatagag
     4021 atcatctacc ctctaccctc taagggtttt actttttcgc tttccggatg gccaggatgc
     4081 ggctcatctc gttgaataca atcatatagc cctcgtcgac gcccatgccc ggcttagcca
     4141 gatactgtac gggctgggtg gccatagcga tgtgtgcgca gacttcggcc gagcggttcg
     4201 tctcgttgca ggtgccgccg aggtaggcgc ccatggcgtg ctccttgcag tagaggacag
     4261 cctcgatcgc gttgttgata ccgccgaggt cgggcgtctt gatctgagcc atgtggccgg
     4321 atttctcctt cgagaagtct acgatgtcct ccagcgtgtt gcaccattcg tcggctacga
     4381 tctcggcgtt gatgccttcg cggtcgatca cggcgcggat gtcgcgcaga gccttgatct
     4441 gtgcctcgcg ctcgcccata tccacggggc cttcgacgcg cagcttgaac ggagctgcga
     4501 tggcagccac ctcaccgatg tagtgagcga tggcctcggg gtcgttgttg aagacgatgc
     4561 ccagcgtgcc gtagacgtcg atgtggatcg tcgggttgta gccctcgaag ggtttcagct
     4621 tctggatgcg gttgcgcagc cactccacgt attccttgat cttctcgccc ttgaggccca
     4681 ccttcgtctc gacgtggttg aagagtgcgt gcggcagtac gtcggcggcc ttcatgatca
     4741 tcttgtcggc gttcatgtag cggtcgtcgc ccgactggga gaagatgggg atgatggtgt
     4801 cggagatctt cgtgccgtac tcgtcggcga tgacttcggc catcagcacg ccgcggctct
     4861 tggccacagc gtcgaggcag gcttgggtca cgccgtagcg gatggcggtg tgatatttct
     4921 ggcccgtctt ggggtctaca tacttgtcgg tgcggtcggc catctcgcgg aaggtggtga
     4981 tctccttgcc cacgtagagc ggagcgattt ccttctcgat aacggggata aagtccttgg
     5041 ccaggaagag cgggtcgcgt ccgcccgcgc cggagtactg caccgcggcg cagtcgccgt
     5101 aagccatcgc accgttttcg agcacgaaga tgactgagat cgattcgcca gcctgacgaa
     5161 cggccgtgaa tccgggggtt acaggcgttc cttcatagaa agcgccgtcg tttttcgctc
     5221 cgttcttgat ggccttctga tcgtcgaaga agaagcccgt cttgccggga gcgcagatta
     5281 cttgggtgat tttcatttct gtttctattt gattgtgtgt acttattcct tatgtctatg
     5341 tgtgatgccc tctgccgggg ctgtggatgg agtcaaacca cctggtttgg ccccaatcgg
     5401 ggttgggttt tgcttcaaac cacctggttt gaccccaatc ggggttgggt tttgcttcaa
     5461 accacctggt ttggacccaa tcggggttgg gttttgcttc aaaccacctg gtttggcccc
     5521 aatcgggggt cggtttgaca tcaaaccacc tggtttggcc ccaatcggag tcgggttttg
     5581 cttcaaacca ttggtttggc ccgaatcggg gtcgggtttt gcttcaaacc attggtttgg
     5641 cccgaatcgg gg
//
LOCUS       SEQF2634|AYYE01001221.1  533 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..533
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(151..249)
                     /locus_tag="SEQF2634_02058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCVNYLSIMYLLMYMIPMRVVIRQRLNMALI"
ORIGIN      
        1 cgtcgaccca tagacgaggc aaaacgcccc tcacgtcaaa taagatagca tcctgatctt
       61 tcataaaaga aaaatccatc tgcgcaaact catcgtaccc tacggccagt ataatcctat
      121 catattgtcg taaatcaggt tcattctgca ttaaatcaat gccatattca gcctctgtct
      181 tatcacgaca cgcataggga tcatatacat caacagatac attatactca agtaattcac
      241 gcacaacatc aacgactttt gtattgcgtg tatctgaaca gttttcctta aacgtaaaac
      301 ctaaaatgag gactttactt ccagctatcc gaatttgttt ttggatcatg agtttgatca
      361 ctttttgagc gataaaacct cctattttgt cattgacatt ccgcccagag agaataacct
      421 gaggattata ccctaagctc tgagatttgt gcagatggat ttttctttta tgaaagatca
      481 ggatgctatc ttatttgacg tgaggggcgt tttgcctcgt ctatgggtcg acg
//
LOCUS       SEQF2634|AYYE01001222.124335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1296..2333)
                     /gene="iolG"
                     /locus_tag="SEQF2634_02059"
                     /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="MEQAKTMKSIRFAVIGCGHIGKRHAEMICREDGAELVALCDIRP
                     KSELAIDAYANVPFFSTLDDLLASDLSFDVVNICTPNGLHAHMAIQSIETGHHVVIEK
                     PMALTTADAEKVVYAGLKYRKQIFCVMQNRYSPPSVWIKDLIESGRLGRVYMVQLNCY
                     WNRDARYYRSGGWHGTADLDGGTLFTQFSHFIDILYWLFGDITDIQARFADFNHEHLT
                     DFEDSGVVSFRFTNGGLGSLNYSTSVWDKNQESSLTIIAENGSVKIGGQYMDKVEYCH
                     IKDYTMPDLPPTNPGNDYGAYKGSAQNHHYVIRNVINVLSENSSDTITTNVLEGMKVV
                     DIIGRMYAEKD"
     CDS             2585..5083
                     /gene="pepN"
                     /locus_tag="SEQF2634_02060"
                     /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="MAVNCLTGHGQTTDAVHYAGVSRELAQLRKQKVKDLRYDLHFSI
                     PRDKHTPVTGEERIRFRLDAPTEIVIDFREAEEKIAEVRVNGKTASYTFRNEHIILPA
                     ALTQAGENAISVRFTAGDQSLNRNDDFLYSLSVPDRARTIFPCFDQPNLKAVFALTLE
                     LPAEWVGVSNTRVTKEEKRADRKTLHFAPTRPLSTYLFAFAAGRFEQRTYHGEGRTLT
                     AYYRETDPQKVAQLDTIFRQSAAALDWLEAYTGMPCPFDKQDFIILPGFQFGGMEHVG
                     ATLYNDTQLFLGPNPTPDEELRRIQLIAHETAHAWFGNLVTMDWFDDVWTKEVFANHF
                     SAWITEPLFPSVNHKLQRMRTFFASALSEDRTPGTNAIHQELDNLRNAGLIYGQIIYN
                     KAPVVMGKIIELMGEDAFREGIREYLRTYAYSNATWDDLIRILDRHTPEDLIAFNDAW
                     VNRKGMPIIRFTPRGNTLEIRQKDRYAPGIVRPQRFAVTLAAKGQTDTTLEVNLRDSL
                     VRLTLPFAPERVLPNTDGRAYGLLIPDTASRDWLLAHWHETTDETTRLARLMLLHENY
                     QACLIPDALWLDALMNGLRAETNPLLFSTITSYISTPLRALPSALREGPEEGLLRLSA
                     SHPQRSSRQRLHRMLIHSAAAPATLARLYAIWRDRSEPLLNETDYTDLAYSLAVRLPD
                     RSDSIVRTQRARLTDPDRIRRFDFISRAMTPDTAALDTLFRSLLIPENRRIEPWTSAL
                     LGWLNHPTRERHAVRYIRPALDALRDVQRTGDIFFPRDWVGALLRNHRSPEAYRALLD
                     FIDANPGYPPLLLNKVWQAAYPLYRANGEVKNEK"
     CDS             5087..5227
                     /locus_tag="SEQF2634_02061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAGCTIISIMPPPNFPAPGWGLDFLLPPFLVSRQEKEVSREEK
                     KM"
     CDS             complement(5959..6300)
                     /locus_tag="SEQF2634_02062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIATILTLIVALEHLYMMYMEMFAWETRGKRFFRSLPEDLFAPT
                     RSMAANQGLYNGFLAAGLAWSFFIGDPTWSANVRLFFLGCVAVAGTYGALTVSKKIFF
                     AQALPAIVEKV"
     tRNA            complement(6380..6454)
                     /locus_tag="SEQF2634_02063"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(tgt)"
     CDS             6668..7885
                     /gene="pepT"
                     /locus_tag="SEQF2634_02064"
                     /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="MTITDRFLRYAASDTQSDEHARTMPSTPGQMRFAESLTEELKAL
                     GLHDVSLDENGYVMATLPANTSRTDVPVIGFIAHMDTSPDMSGRDVKPRIVAYAGGDI
                     VLNESLGVVLSPDVFPELNHYVGQELIVTDGTTLLGADDKAGVAAIVSAMEYLLAHPE
                     VEHGTVRIAFTPDEEIGRGADRFDVARFGCFGAYTVDGGEIGELEYENFNASQAIVTL
                     RGRNIHPGSAKGRMINASLVAMQLNEMLPPAERPETTEGREGFFHLTEMAGSVEEARL
                     TYIIRDHDRALFEKKKETLREAVRRIHAMYPESCTLDMRDQYYNMREVIDQRPELIAW
                     ARQAMEAAGVTPIERPIRGGTDGARLSFMGLPCPNLFAGGMNFHGRYEYLPVPSLQKS
                     METIIHLCHIITK"
     CDS             7898..8986
                     /gene="gcvT"
                     /locus_tag="SEQF2634_02065"
                     /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
                     GIKPIGLGARDTLRLEMGFCLYGNDIDETTSPIEAGLGWITKFVEGKNFINRAALEKQ
                     KKEGVERKLCAFELQDKGVPRHGYDIVCSKGEVIGHVTSGTMSPTRKIGIGLGYIRTD
                     HSKIGTEIAIRVRNRDLKATIVKPPFRK"
     CDS             complement(9413..11074)
                     /gene="acsA"
                     /locus_tag="SEQF2634_02066"
                     /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
                     TRRALCWTNDHGGHIDFTFAQIKERTDRTASYFQSLGIGRGDKVMLILKRRYEFWYAI
                     IALHKLGAVAIPATHLLTKKDIVYRANAADIKAVICAGEPEILRHVTDALPDSPTLRT
                     LVSVGPEMAPGFDDFQQGIEHAAPFVRPAFVNTNDDTSLMYFTSGTSGEPKMVIHDFL
                     YPLGHITTGSFWHNLHPDSLHLTIADTGWGKAVWGKLYGQWIAGATVFVYDHERFTPA
                     DILRMIHDYRITSLCAPPTIFRFLIREDLTRYDLSSLQYCTIAGEALNPAVYETFLRL
                     TGIRLMEGYGQTETTLTICTFPWTTPKPGSMGLANPQYDIDLLRPDGTPAEDGEQGQI
                     VVRTDKRRPIGLFQEYYRDPERTREAWHDGVYYTGDIAWRDADGYYWYVGRADDVIKS
                     SGYRIGPFEVESALMTHPAVVECAITGVPDEIRGQVVKATIVLAREYRDRAGADLIQE
                     IQDHVKRVTAPYKYPRIVEFVDALPKTISGKIRRVEIREKDGGRG"
     CDS             complement(11366..11923)
                     /locus_tag="SEQF2634_02067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEAIQQIAERLRGLRDVLEISVEEMAEVCHLTSEEYLRLESGT
                     EDISIDMLHTIARKYGVEPITLMFGDEPKMSTYFVTRSGRGASVERTKAYKYQSLAAG
                     FLSRRADPFMVTVHPKPESTPIFLNRHTGQEYNYVVSGRMLLQINGKDLILEAGDSIY
                     FNSDLPHGMKALDGEEVRFLAIIIP"
     CDS             complement(11933..12487)
                     /locus_tag="SEQF2634_02068"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKILSVSGKPGLYKLVSQGKSMLIVEALTDGRRLPVYAREKI
                     ISLGDIAIYTDGDEVPLYEVLNSVKAKEEGKAVSSIDAARATPDELRAYMADVLPNFD
                     RDRVYPTDIKRLLSWYNLLISAGITDFDPQESAEEEDVEAPEATAKETHATPPPVVKN
                     TAPKTSSAAAKTPVGKSTQRMRQK"
     CDS             complement(12661..13239)
                     /gene="coaE"
                     /locus_tag="SEQF2634_02069"
                     /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="MTTIGITGGIGSGKSMVSALLTVYGVPVYDADRESKRLLVTSPT
                     IRRGLTALLGPEIYRPDGTLDRARMAALIFADADLLARVNAIIHPAVGDDFDAWRERL
                     TVPLCAMESAILFESGFDRRADVRLTVYAPEAIRLQRVMARDGAVEADVRRRMQSQWT
                     DERKAVLSDAVITNDGLSALIPQVEAFLNRWL"
     CDS             complement(13288..14295)
                     /locus_tag="SEQF2634_02070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEHGNASPLPTKASRVKAFFRRIGWRDVLVFMCFVLASLCLWF
                     LQALQDDYEINIALPVRYKNIPANMVPAADSPTEVVAKVRDKGTVLLNYLWTGSFSPL
                     EIDVRTLPREASSEELTVTRRVLEAGILKHLASSTRLLSFEPSTIRVTYTELGNREIA
                     VEADLTVETEVGFQLSDRVTITPAKVRVYADRAKLDSLRAVRTVPIRLTGLSRTKTLT
                     ARLAEIAGVRFEPQSVKVTVPVEEFTEKRLTLHIRCDSVPAGYALRMFPNTAEAVCNV
                     PLSHFKELCEDRLDILIPFREFEAHREEGKITLRLTKKPDWLTDYDLNPDAIEFILEE
                     Q"
     CDS             complement(14327..14656)
                     /locus_tag="SEQF2634_02071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLLSVFLQTSGAPASGGAGYMNILFMVALVAIFYFMMLRPQQQ
                     RQKAIRKAREAMKVGDKVVTSGGIHGKIKELGEQTMLIEVADGVRIRIDKNAIFANSE
                     DVPQQQK"
     CDS             complement(14763..15740)
                     /gene="nusB"
                     /locus_tag="SEQF2634_02072"
                     /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
                     YYFLLLIVEVTHLQERRLDIRRNRYRPAEEDLRPNTRLVDNRFARQIEANLALQAYVK
                     EHGISWANETDFVKSVLDLILGSEIYAQYLGAKTDSYEVDRDFWRAVFRRLICGNESL
                     EDALEDISIYWNDDIEIIETFVIKTIKYSTAADGPDRPLLPMFKDAEDRDYAIRLLHL
                     TMLRGQEYLARIDRHLKNWESDRVASMDRLIMQMAVAELMNFPTIPVNVTLNEYIDAA
                     KYYSTPKSSTFINGILDAVVQDLKEENKLVKVPLAKGARKDTDDDDDDE"
     CDS             complement(16607..17737)
                     /gene="wbpE"
                     /locus_tag="SEQF2634_02073"
                     /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(17786..19855)
                     /gene="metG"
                     /locus_tag="SEQF2634_02074"
                     /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
                     SSEVHHRMASDFFRTLYDKGVFLEKESDQYYDEEAGQFLADRYITGTCPHCGNEHAYG
                     DQCERCGTSLSPTELINPRSAISGSAPVMRRTKHWYLPLDQYEPFLRQWILEEHKEWK
                     PNVYGQCKSWLDMGLQPRAVSRDLDWGIPVPVEGAEGKVLYVWFDAPIGYISNTKELC
                     DAQPERYGSWETWWKDPETRMVHFIGKDNIVFHCIVFPTMLRAEGSFILPDNVPANEF
                     LNLEGDKISTSQNRAVWLNEYLDDLPGKQDVLRYVLTANAPETKDNDFTWKDFQARNN
                     NELVAIFGNFVNRALVLTGKYFDGVVPECGEMDDYDRATLHEFESVKAELVRLLDTFH
                     FRDAQREAMNLARIGNKYLADTEPWKRFATDPARVQTILHVALQITANLSIAFDPFLP
                     FTTEKLRHMLAIDAPFAWDRLGNFHLLTAGHKLGKAELLFEKIDDEVIERQVQKLLDA
                     KHANEVAEHRAAPIREAVAFDDFTRLDIRVGRVTECTKVPKADKLLQFKIDDGLGGRT
                     IVSGIAKHYAPEELVGRQVCFVANLEPRRIKGITSEGMILSAEGADGRLAVISPEKEV
                     EPGSAVK"
     CDS             complement(19794..19919)
                     /locus_tag="SEQF2634_02075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIIHPREKTNTDKQYNIDHPYGRNKTRFQTHPHHLRTALR"
     CDS             complement(19916..21889)
                     /gene="kinB"
                     /locus_tag="SEQF2634_02076"
                     /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="MKKILHRAGIGLFLTLTPLLAVAQSDADVELLTGEFEAAHPGAK
                     RAEAANRLAAVLTREKALSNTYHFTRSTTEDSLRLILYSGLAQYYYDQALFRKCIRSA
                     QLAIPPTCALKDTAGWFALLTMQTEAYVRTGDFDGARQSIRTCLEVAEKQGNPERLAS
                     AYNNMGALYHHMRDDSFSIVMYRKGLETLRQIPAPESLPMRAELLRNLGGAYGEMNRP
                     KEAMQILREALAISEQLGDTMGIATAQSSMGLAVMAAGDWTQAERYFSQALDGVRRLQ
                     HPVGMIYCLGYLGQVKQKQGLIAEAAAYYRQADEMAREMNFTEMEMKACEQLYALYRT
                     SNPALALEYLERNKALGDSLYRMDAETQMKAFRVEYETAEKEHRIALQNEELKQRYLQ
                     LWLLAVGIVACLVVLYFVNRYRRLVRRRNRELRAINATKDKLFSVISHDLKSPAVAQK
                     MAMEEILANLEDYDSETLSRYLGLFYRASEAQVDLLHNLLNWAHTQTDRISYEPSRFD
                     LRDVMRDAMGLYIMSAENKEITLRTDFSDEPCTVRADRQMVHTVLRNLVNNALKFSES
                     GSEIRLVVKRSGSTVSAFVCDSGQGMTDAQIQSILHTDNLVTTRGTRGEKGSGLGLNI
                     CRELLVRNHSKLILRSRPGQGTEAGFEMGYVNE"
     CDS             22214..22384
                     /locus_tag="SEQF2634_02077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIPVVDTEKMKYVILRIDTPLLPPELCTRNRTRFRSQINKMNK
                     YTVDQKFPFINS"
     CDS             22431..24035
                     /locus_tag="SEQF2634_02078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKFRISILLITLLGLMSATSDSWAQKSHAHEVTFTPEKLIVP
                     AEGGTFKIQMKALGYFWNCSAPPSWVTYLEPRSNDKDYLGEHDITITFMPNIGPTRSH
                     TLYFKTEYAYAGGPGDVDTFKYVITQLSGEFVAPTVANKALTLSATKDAITVTWHAAK
                     DNKTHANELTYRVYVANKPSLLTDLSFDSDLPAAHDQNGSNPSQAGTFTTTIEKYTDG
                     QQLIETLEPGTTYYVIVAVYDEDENVTEYTMGQVKTATPATPFVKLSEQEIVMDASGG
                     KHTLTVTSNYGWNSDVSPNGALKRNGGWFTNTGMSAIGGNGIASDDDYSFAVEPNISS
                     DDRKLTVTLSSTRDPSITTTLTITQKGTKPTEVKVSSLLMNLPRVTVNGDRSRFNLNA
                     TDKRLQWSSSDESVATVHASSASASRLKSGVAIGTAVEVRIHKKGKAVITAQAMDGSG
                     KSASCEVNVLSTVGNATVATPARIYAANGTLRISLPTASRVEIYTLLGKCFHSFTAPA
                     GETTLTLPAGLYIVRAGESVQKISIN"
     CDS             24128..24307
                     /locus_tag="SEQF2634_02079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHDSHRTSNKPPPPPYNREQAKASLKRLIDVYAHYLNACHPLD
                     NPNSHTPPNKSNGER"
ORIGIN      
        1 cgtcgaccca tagacgaggc aaaacgcccc tcacgtcaaa taagatagca tcctgatctt
       61 tcataaaaga aaaatccatc tgcgcaaact catcgtaccc tacggccagt ataatcctat
      121 catattgtcg taaatcaggt tcattctgca ttaaatcaat gccatattca gcctctgtct
      181 tatcacgaca cgcataggga tcatatacat caacagatac attatactca agtaattcac
      241 gcacaacatc aacgactttt gtattgcgtg tatctgaaca gttttcctta aacgtaaaac
      301 ctaaaatgag gactttactt ccagctatcc gaatttgttt ttggatcatg agtttgatca
      361 ctttttgagc gataaaacct cctattttgt cattgacatt ccgcccagag agaataacct
      421 gaggattata ccctaagctc tgagatttgt gcaataaata atacggatca acaccaatgc
      481 aatgtccacc gactaatccc ggagtgaatt ttaaaaagtt ccacttggaa gatgccgcat
      541 ctaagacctc acgcgtatta atccccatct tatcaaagat cagtgccaac tcatttacaa
      601 atggaatatc aacatctcgc taagcgtttt ctattgcttt agcggcctct gcaactttaa
      661 tcgatgatgc gctatgtgtc ctagctttaa ctattgatcc gtataattct tccaactcat
      721 ccagcgtcgt tggagtggag gcagaaatca ccttcttaat cgtagtcagc gtatgctttt
      781 tgtcccctgg attaattcgt tctggagaat atccatagaa gaaatcttgg ttgtacttca
      841 aactagattc tgactccaaa tagaggcaca cattcttcct ctgtacagcc cggataaacc
      901 gtagattcat agacgacaat gtcccccttt tttttaggat ttgagtaatt gattttgtcg
      961 catccaacaa gaaagaaaga tcgggtgttt ttgagtttag aaattggtgt tggaaccgtg
     1021 ataatataaa tttgacagag acgaatatct tcaagattcg aagtcaaaaa caacctccct
     1081 tcaagaacgt gatcggaaga gagacgttct ttcaacaagg aagattccac ttcagcggtt
     1141 cgatctatac cagcagaaag ctcggcaatg cgttgttcat tgatgtcgta tccaacgact
     1201 ttatacttac ggctaaattc aatggctagt ggcaagccaa cgtaacctaa tccaactacc
     1261 gcaatcgctt tcttttccat tcggactttg ccttcttagt ctttttccgc atacatccgc
     1321 ccaataatgt ctacgacttt cataccttca agaacgttag ttgtgattgt gtccgaactg
     1381 ttttcagaga ggacattgat tacgttacgg ataacgtagt gatgattctg agccgaaccc
     1441 ttatatgccc cataatcatt gccgggatta gtgggaggaa gatctggcat cgtgtagtct
     1501 ttgatgtgac aatattcgac cttatccatg tactgtccgc cgatctttac gctaccgttt
     1561 tcagcaatga ttgtcaggct gctttcttgg ttcttatccc acactgacgt cgaatagttg
     1621 agcgaaccaa gtcctccatt tgtgaaccga aaactgacaa cgcctgaatc ctcaaagtcg
     1681 gtaaggtgct cgtggttgaa gtcggcgaaa cgcgcttgta tatcggtgat gtcgccaaaa
     1741 agccaataaa gaatatcgat gaagtgggag aactgggtga aaagtgttcc tccatctaaa
     1801 tcagctgtgc catgccaacc accagaacgg taataacgcg cgtcacgatt ccaatagcaa
     1861 ttgagctgca ccatatacac acgccccagc cgacctgact caatcaaatc cttgatccac
     1921 acagaaggtg gcgagtagcg attttgcatc acgcagaaga tctgcttgcg atacttcaga
     1981 ccagcataga ccaccttttc tgcgtcagct gttgtgagcg ccatcggctt ctctattacg
     2041 acgtgatggc cggtctcgat tgactgaatc gccatgtgag catgcaaccc attcggcgta
     2101 caaatgttta ccacatcgaa ggagagatca ctggcaagca gatcgtccag ggtgctaaag
     2161 aatggcacat tggcataggc gtcaatggct aattccgact tcggacgaat gtcgcataaa
     2221 gccaccaact cagcaccgtc ctcacggcag atcatctctg cgtggcgctt cccgatgtga
     2281 ccgcagccga tgacagcaaa acgaattgat ttcattgttt ttgcttgctc catgatacgc
     2341 caaaggctcg tcactcccaa atggagtaac ctcaaaaagc gcggcaaata tacgaaagtt
     2401 ccgtaccggc gttttttgca tgaaaagcta ttcgcaccgg gtcaaaagcc accttttaac
     2461 gagggcgcac ctcccgaggc tttacgtagt tttgcccgcc gatctgggat tggaacttcc
     2521 acggcatcta acgcctgaat atctacttta ttaccctatg atacgatacg cattcctact
     2581 aattatggcc gtgaactgcc tcaccgggca cggccaaacg actgacgctg tgcactacgc
     2641 tggcgtctca cgcgaactgg cccaactgcg caagcagaag gtcaaagact tacgttacga
     2701 cctacacttc tccattcccc gagacaaaca cacgcctgtc acgggcgagg agcgcatccg
     2761 cttccgactc gatgcaccca ccgagatcgt catcgacttt cgcgaggctg aggagaagat
     2821 cgccgaggta agggtgaacg gaaagacggc ctcttacacc ttccgcaacg agcacatcat
     2881 cctgcctgcc gcgctgactc aggcgggcga aaacgcgatc agtgtgcgat tcactgcggg
     2941 cgatcagtcg ctcaaccgca acgacgactt cctctactcc ctctccgtgc ccgaccgtgc
     3001 gcggacgatc ttcccgtgct tcgaccaacc caacctgaag gccgtcttcg cgcttacgct
     3061 cgaactgcct gccgaatggg ttggtgtgtc gaatacgcgt gtcacgaaag aggaaaaacg
     3121 ggccgacaga aagacgctcc acttcgcacc gacacgtccg ctgagcacgt atctcttcgc
     3181 cttcgctgcg ggacgtttcg agcaacggac ttaccacggc gaggggcgca cactgacggc
     3241 ttattaccgc gaaaccgacc cgcagaaggt cgcccagctg gacacgatct tccgacagag
     3301 cgccgctgca ctcgactggc tcgaggccta caccggcatg ccctgccctt tcgacaaaca
     3361 agacttcatc atcctgcccg gattccaatt cggcggcatg gagcacgtgg gcgctacctt
     3421 atataatgac acgcaactct tcctcggccc caaccccacg cccgacgagg agctgcgacg
     3481 cattcaattg atcgcgcacg agacggccca cgcatggttc ggcaacctcg tcacgatgga
     3541 ctggttcgac gacgtatgga cgaaggaggt cttcgccaac cacttctctg cctggatcac
     3601 cgagccgctc ttcccctccg tcaaccacaa gctgcaacgc atgcgcacct tcttcgcctc
     3661 cgccctctcc gaagatcgca ccccgggcac gaacgccatc caccaagagc tggacaacct
     3721 ccgcaacgcc ggcctcatat acgggcaaat catctacaac aaagcccccg tggtgatggg
     3781 caaaatcatc gagctcatgg gcgaagacgc cttccgcgag ggcatccgcg aatacctccg
     3841 cacgtatgcc tacagcaacg ccacgtggga cgacctgatc cgcatcctcg accgccacac
     3901 gcccgaggat ctcatcgcct tcaacgacgc ctgggtgaac cgtaaaggta tgcccatcat
     3961 ccgcttcacg ccgcgcggaa acacgctcga gatccgtcaa aaagatcgct acgcacccgg
     4021 catcgtccgt ccgcaacgct tcgccgtcac ccttgccgcc aaggggcaaa cggacactac
     4081 cctcgaagtc aacctgcgcg acagcctcgt acgcctcacc ctgcccttcg cccccgagcg
     4141 cgtcctgccc aacaccgacg gccgcgccta cggcctgctc atccccgaca ccgccagccg
     4201 cgactggctc ctcgcccatt ggcacgaaac caccgacgag accacgcgcc tggcccgcct
     4261 catgcttctg cacgaaaatt atcaggcctg cctcatccct gacgcccttt ggctcgacgc
     4321 cctcatgaac ggcctccgcg cggagacgaa ccccctcctc ttctccacca tcacgtcgta
     4381 catctccacg cccctccgcg cactcccgag cgccctccgc gaaggccctg aggagggttt
     4441 gctgcgcctc agcgccagcc atccgcagcg atcctcccgg cagcgactcc accgcatgct
     4501 gatccacagc gccgccgcgc ccgccaccct ggcccgcctc tacgccatct ggcgcgaccg
     4561 ctccgagccg ctcctcaacg agacggatta caccgacctc gcctactcgc tcgccgtgcg
     4621 cctgcccgac cgcagcgact cgatcgtccg cacccagcgc gcccgcctga cggatcccga
     4681 ccgcatccgc cgcttcgact tcatctcccg cgccatgacg cccgacacgg ccgccctcga
     4741 caccctcttc cgctccctgc tcatccccga gaaccgccgc atcgagcctt ggacctccgc
     4801 gctgctcggc tggctcaacc atcccacccg cgagcgccac gccgtccgtt acatccgccc
     4861 cgccctcgac gcccttcgcg acgtccagcg caccggcgac atcttcttcc cccgcgactg
     4921 ggtcggcgcc ctcctgcgca accaccgcag ccccgaggcc taccgcgccc tgctcgactt
     4981 catcgacgcc aaccccggct atccgcccct gctcctcaac aaagtctggc aagccgccta
     5041 ccccctctat cgggccaacg gggaagtgaa aaacgaaaag tgaaaaatga aagccgggtg
     5101 cacgatcatt tcaatcatgc ccccgcccaa cttccccgcc cccggttggg ggcttgactt
     5161 tcttttgcct ccttttcttg tgtcaagaca agaaaaggag gtctcaaggg aagaaaagaa
     5221 gatgtagaag ccatcaatct catccccgca agaccataat caatcagcaa gaagaccaac
     5281 cgaacttccg cggaacccga atcaatccgc aatagcatca aacccatccc cgcgagacca
     5341 taatcaatca gcaatggcct cgcggggatt tttttcatgt cttcgtgcac gcacatgcat
     5401 ataaacagca tcgatttgcc atcttcatgc atgcaggcta atagcttcca tatctatcat
     5461 agattttttc atccatacat ttattcgtgg ataatgagca gatataattc atgtatgcac
     5521 tagaatatag agggattatt atacacaatc accagcacgc atattttcgc gaaaatcata
     5581 tatcctaatc taaacgcaag caggtatata taaaaacgag tatgtatatt atcccctcca
     5641 agcagattta tataaaacag atttctccat cttatactgc atacatatac acaggaaaac
     5701 agatcaaacc aatcttcctg ctatcatata aatatataaa cacatctaca ccactctttg
     5761 tgcgcacacg aaaataagag caacaccccc gtgaaccgtc cgcggaaaaa agcagcgtct
     5821 ccacaaacga aacggagcct tcgagaaccg ccgcaagcgt ctccgaaagc tccgttgccc
     5881 ctttgcgacc gcgaaacagg cctgcgccat gtgccgcaaa ggattcgctg tatgattttg
     5941 atgccgccgt gtgccggttc agaccttctc cacgatggcg ggcaaggcct gcgcgaagaa
     6001 gatcttcttc gacaccgtca gcgcaccgta cgttccagcc acagccacgc aaccgaggaa
     6061 aaacaggcgg acgttcgcgc tccacgtcgg gtctccgatg aaaaagctcc acgccagtcc
     6121 cgccgcaagg aagccgttgt acagcccctg attggcagcc atcgagcggg tgggcgcaaa
     6181 caagtcttca ggcagcgagc gaaaaaaacg cttgccgcgc gtctcccagg caaacatctc
     6241 catgtacatc atatagaggt gctccagggc gacaatgagg gtaagtatcg ttgcaatcat
     6301 cgtgtgaggt ggggataaaa aaagatccgc aaccgatcat cattcactga taaaaccgat
     6361 tgcggaattc gttttttttg agcctcttgt cggattcgaa ccaacgaccc cgagattaca
     6421 aatcacgtgc tctggccaac tgagctaaag aggcaagtgg gaaagctgaa ctgcatcgca
     6481 ccgctacgac caagtaccct tgctgcggtc aagccctggg ggaattccga gggagctggt
     6541 cgtgcaggac tttcccgccg caaatatacg ccaatcccga aattcccaaa ctgccggggt
     6601 ttatttccat agagatggtt tttcgcgtac ttttgcgtta tagatagtaa aaacgaagca
     6661 cagatacatg acgatcaccg accgatttct ccgttacgcc gcgtccgaca cgcagtcgga
     6721 cgaacacgca cggactatgc cctctacccc cgggcagatg cgcttcgcag aatcccttac
     6781 agaagagttg aaagccctcg ggctgcacga cgtctcgctc gacgagaacg gctacgtcat
     6841 ggctacactg ccggccaaca caagccgcac ggatgtgccc gtcatcggct ttatcgcgca
     6901 tatggacacc agtccggata tgtctggacg ggacgtgaag ccgcgtatcg tcgcctacgc
     6961 tgggggcgat attgtgctca atgagtcgtt gggcgttgtg ctctcgccgg acgtgttccc
     7021 tgagctgaac cattacgtgg ggcaggagct gatcgtcacc gatgggacga cactgctcgg
     7081 cgccgacgat aaggcgggcg tggcggcaat tgtctcggcg atggagtatc ttctggcaca
     7141 ccccgaggtg gagcatggca cggtgcgcat cgccttcacg ccggacgagg agatcgggcg
     7201 tggtgccgac cgtttcgatg tggcgcgctt cggttgcttc ggagcgtaca ccgtggacgg
     7261 gggcgagatt ggcgagctgg agtatgagaa tttcaatgcc tcacaggcca tcgtcaccct
     7321 gcgggggcgc aatatccacc ccggcagtgc gaaggggcgc atgatcaacg cgtcgctcgt
     7381 ggctatgcag ctcaatgaga tgctgccgcc cgctgaacgt ccggaaacga ccgaggggcg
     7441 tgaggggttc ttccatctga cggagatggc gggatcggtt gaagaggcac ggctgacgta
     7501 catcattcgc gaccatgacc gcgccctgtt tgagaagaaa aaagagacac tgcgcgaggc
     7561 ggtgcgacgc atccatgcga tgtatcccga aagctgcacg ctggacatgc gtgaccaata
     7621 ctacaacatg cgcgaggtca tcgaccagcg ccccgaactg atcgcgtggg caagacaggc
     7681 catggaggca gccggcgtga cgcctatcga acgaccgatt cgcgggggca cggacggcgc
     7741 ccgactgtcg tttatggggc tgccctgccc gaacctcttc gccggcggca tgaacttcca
     7801 cggccgctac gaatacctgc ccgtcccgtc gctccagaag agcatggaga cgatcatcca
     7861 tttatgtcac atcatcacca aatagataga acaagagatg aaaacaacac cgtttaccga
     7921 cgtgcacatc gccctgggcg ccaagatgca cgagtttgcc ggctacaata tgccgatcga
     7981 gtatgaagga attattgagg agcacctgac cgtatgcaac ggcgtgggtg ttttcgacgt
     8041 gtcgcacatg ggcgagattt ggatcaaggg tccgaaagcg ctcgaactgg tgcagaaaat
     8101 cacctccaac gacgcctccg ccatcggcgt gggtaaggcc caatacagct gcttcccgaa
     8161 cgagacgggc ggcatcgtgg acgacatcat cgtctatcac tacgaggacg acaagtacct
     8221 cttagtggtc aacgccgcca atttggacaa ggactgggcc tggtgtcaga agcacaacga
     8281 gggcatcggc gccgaactgg agaacgcatc ggacaacatg gcccagctgg ctgtgcaggg
     8341 cccgaaggcg aaggaggtgc tgcaacgcct gacgaaggtc aacctcgacg ccatccccta
     8401 ctactgcttc gagacgggcg agttcgcagg ctgccccgac gtcatcattt ccaacacggg
     8461 ctacaccggc gctggcggct tcgagctgta tttctacccc cagtatggac tcaagatctg
     8521 ggaggcgctc ttcgaggctg gcaagcccga gggcatcaag ccgatcggcc tcggcgcacg
     8581 cgacacgctc cgtctggaga tgggattctg cctctacggc aacgacatcg acgagacgac
     8641 ctcgcccatc gaggccggtc tgggctggat cacgaaattc gtcgagggca agaacttcat
     8701 caaccgtgcc gccctggaga agcaaaagaa agagggcgtc gaacgcaaac tctgcgcctt
     8761 cgagcttcag gataagggtg tgccccgcca cggctacgac atcgtttgct cgaaaggcga
     8821 ggtgatcggc cacgtgacct ccggcaccat gtcgcccacg cgcaagatcg gcatcggctt
     8881 gggctacatc cgcacggatc actccaagat cggcaccgag atcgccatcc gcgtccgcaa
     8941 ccgcgacctg aaggcgacga tcgtcaagcc gccgttccgc aaatgatata gttgcttgat
     9001 tttgtcgatg aatccccgtc ggaagatcgc tcgagatctc tctggcgggg attctttttg
     9061 gctgaaacgg gccctcaatc ccgaaaaacg gcctgtttct tccggaaaaa cagacctcaa
     9121 ctccgaaatc tggggcgttt ctttcggaac aacacgccca aattcggaat tctgccgcgt
     9181 ttcttccgag aaacacgcct aaatcgggaa atccacccaa gtttcttctt agcgacacgc
     9241 tgtaatccag aaaaacgggg catttctttt ggagaaacag actccaatcg agaaaaaacg
     9301 gcctgccgcg tcaccgcaac aggccgtttt tcgtggagcg aggtcgttag acgaatggaa
     9361 acagcgcctt cccccactcc gttacgtgca ttcgccgctt cactttcacg tcttagcctc
     9421 gcccgccatc cttttcgcgg atctcgacgc ggcggatttt gccgctgatg gtcttgggca
     9481 aggcgtcgac gaactccacg atgcgggggt atttgtaggg cgccgtgacg cgcttgacgt
     9541 gatcctgaat ctcctggatg aggtcggcgc cagcacggtc acgatactcg cgggcgagga
     9601 cgatggtggc cttcaccacc tgcccgcgga tctcgtctgg gacgcccgtg atggcgcatt
     9661 ccaccaccgc ggggtgcgtc atcagcgcgc tctccacctc gaaggggccg atgcgataac
     9721 cggagctctt gatcacgtcg tcggcgcggc ccacgtacca gtagtagccg tccgcgtcgc
     9781 gccaagcaat gtcgcccgtg taatagacgc cgtcgtgcca ggcctcacgc gtgcgctccg
     9841 ggtcgcggta atactcctga aagaggccga tcgggcgacg cttgtctgtg cggacgacga
     9901 tctgcccctg ctccccgtcc tcggccggcg tgccgtcggg gcgcagcaga tcgatgtcgt
     9961 actgcgggtt ggccaggccc atcgacccgg gcttgggcgt ggtccagggg aaggtgcaga
    10021 tggtgagcgt cgtctccgtc tggccgtagc cctccatgag gcggatgccg gtgaggcgga
    10081 ggaaggtctc gtagaccgct gggttcagcg cctcgccagc gatggtgcaa tactggagcg
    10141 aggagaggtc gtagcgcgtg aggtcttcgc ggatcaggaa gcggaagatg gtgggcggag
    10201 cgcagagtga ggtgatgcgg taatcgtgga tcatgcgcag gatgtcggcc ggcgtgaacc
    10261 gctcgtggtc atagacgaag accgtagcgc cagcgatcca ctgcccgtag agcttgcccc
    10321 agacggcttt tccccagccc gtgtcggcga tggtgaggtg caggctgtcc ggatgcaggt
    10381 tgtgccagaa gctgccggtg gtgatgtggc ccagggggta gaggaaatcg tggatcacca
    10441 tcttcggttc gcccgacgtt ccggaggtga agtacatgag cgaggtgtcg tcgttcgtgt
    10501 tcacgaaggc ggggcggaca aagggcgcag cgtgctcgat gccctgctgg aaatcgtcga
    10561 atccgggcgc catctctggc cctacactga ccagcgtccg aagcgtgggc gaatcgggca
    10621 gagcgtccgt gacgtggcga aggatctccg gttcaccggc gcagatgacc gcctttatgt
    10681 cggccgcatt ggcgcgatag acgatgtcct tcttcgtcag cagatgggtg gcggggatag
    10741 ccacggcgcc gagcttatgc aacgcaatga tggcgtacca aaactcatag cgccgcttga
    10801 ggatcagcat cactttgtcg ccgcggccta tgccgagcga ctggaaatag gaggcggtac
    10861 gatccgttcg ctccttgatt tgtgcaaaag tgaagtcgat gtgtccgccg tgatcgtttg
    10921 tccagcagag ggcgcgccgc gtaggctcct cttcggccca agcatcgacg atgtcgtatc
    10981 cgtagttaaa gttctcgggt acgcggatat ggaaattgtg tttgaaatct tcttgcgacg
    11041 cgaacgaggt ctgcgtcaaa aaacgttcta ccatctctta taagtgaaaa gctaaagtga
    11101 aaagcccaaa tgcagccttg taggatctat ttctcagccg gcaggtgtag gggagtattg
    11161 aatacgcccc agcacgtacc cggttgtcga atcgttcgcc cctgcggggc gttcgagagg
    11221 cgtattcaat aagcccctac acctaccggc aggaggatgt gatctttcct aacgaccgct
    11281 tagggataaa acgccttgcg gcgccccttt ttcggagagc gccgcaaggt ctatatgaga
    11341 aaatgcgata tcaatcgggg aatgatcatg gaatgatgat ggccaggaac cgcacctctt
    11401 cgccgtcgag tgccttcata ccgtgaggca gatcggagtt gaagtagatg ctgtctcccg
    11461 cttcgaggat caggtccttg ccattgatct gaagcagcat ccgaccgctg accacgtagt
    11521 tgtactcctg tccagtgtgc cgattgagga agatcggcgt actctctggc ttggggtgca
    11581 cggtgaccat gaacggatcg gcccgacggc tgaggaagcc agccgcgagc gactggtact
    11641 tgtaggcctt cgtacgctcc acggaggcac cacggccgct acgggtgacg aagtaggtac
    11701 tcatcttcgg ctcgtcgcca aacatgagtg tgatcggctc cacgccatac ttccgcgcaa
    11761 tggtgtggag catgtcgatc gagatgtcct ccgtcccact ctccaaacgc aagtattcct
    11821 cggacgtaag gtggcaaacc tcggccatct cctcgaccga gatctccagc acgtcacgta
    11881 agccgcgtag ccgttcggct atttgttgga ttgcttcgct catgggagtt ctttatttct
    11941 ggcgcatgcg ttgggtagac ttcccaacgg gtgtcttggc tgcagcagac gacgtcttgg
    12001 gggccgtatt cttcaccacc gggggcggcg tagcgtgagt ttctttcgca gtggcctcgg
    12061 gcgcctcaac atcctcctcc tcggccgact cttgcggatc gaagtcagtg atgccggcgc
    12121 tgatcaggag gttataccag ctgaggagcc gcttgatgtc ggtcgggtag acgcgatcgc
    12181 gatcgaagtt ggggagcaca tcggccatgt aggcacgcag ctcgtcgggt gtagcgcggg
    12241 cagcatcgat ggagctgaca gccttgccct cttccttcgc ctttacactg ttgagcacct
    12301 cgtagagggg tacttcgtcg ccgtcggtat agatcgcaat atcgcccagc gagataatct
    12361 tctcgcgagc atagacgggt agccgccgac cgtcggtcaa tgcttcaacg atcaacatgc
    12421 ttttaccctg agataccagt ttgtataagc cgggcttacc cgacacggac agaatttttt
    12481 tcagcataac tctttatcta cttagtgaat atgatgggga ataaaattcg gggggcaaaa
    12541 gtaacccaac cattgaatct gcttcagggc ggacgcaacg catgccatgc gacgcgcagg
    12601 attgactacg agcagcctcg ccctgatgta tccggggcga gaagtgcgac gccaagcccc
    12661 ctacagccat cgattcagaa aggcttccac ctgcggaatg agcgccgata ggccatcgtt
    12721 agtgatcacc gcatcactga ggacagcctt acgctcgtct gtccactgac tttgcatgcg
    12781 ccgacgcaca tcggcctcca cagcaccatc gcgggccatg acccgctgta gacggatggc
    12841 ctcgggggca tagaccgtca gccggacatc ggcccgtcgg tcaaaaccag attcgaagag
    12901 gatggcggac tccatggcgc aaagtgggac agtaagtcgt tcgcgccaag catcgaaatc
    12961 gtcgcctacg gcggggtgga tgatggcatt gacgcgtgcc aataggtcgg cgtcagcgaa
    13021 gatgagcgca gccatacggg cacggtcgag cgtgccgtcc gggcgataga tctcggggcc
    13081 aagtagggcc gtcagcccac gacggatggt gggcgaggtg acaaggagac gtttgctttc
    13141 gcgatcggcg tcatagaccg gcacgccgta gaccgtgagt agggcggaga ccatcgactt
    13201 gccactaccg atgccaccgg tgataccaat cgtcgtcatg tacaatccat ctatcaataa
    13261 taacacccat cgtgataagg ccagaggtta ctgctcctcg aggatgaact cgatcgcgtc
    13321 cggattcaga tcgtaatccg tgagccaatc gggctttttg gttaggcgga gcgtgatctt
    13381 tccctcctca cggtgggcct caaactcgcg gaaggggatg aggatgtcca gacggtcttc
    13441 gcacagctcc ttgaagtgcg agaggggcac gttgcagacg gcctcggcgg tgttggggaa
    13501 catacgcagg gcatagcccg cggggacact gtcgcaacgg atatgaagcg tgaggcgctt
    13561 ctccgtaaac tcctccacgg ggacagtcac tttgaccgac tgtggttcga agcgtacgcc
    13621 agcgatctcg gctaggcgtg ccgtcagcgt cttggtgcgg ctcaagcctg tcaggcggat
    13681 ggggacggtg cgcacagccc gaaggctatc cagcttcgcg cggtcggcat agacgcgcac
    13741 tttagccggt gtgatcgtaa cccgatccga gagctggaaa ccgacttcgg tctcgaccgt
    13801 aaggtcggcc tcgacagcga tctcccggtt gccaagctcg gtataagtga cgcggatggt
    13861 gctcggctcg aagctgagca ggcgggtgga cgaggccaga tgcttcagaa tacccgcctc
    13921 aaggacgcgc cgcgtaacgg tcagctcttc gctgctcgct tcgcggggca acgtacggac
    13981 gtctatctcg agtggcgaga aggaacccgt ccagaggtag ttgagcagca ccgtcccttt
    14041 gtccctcacc ttagccacaa cctccgtcgg actgtcggct gcgggcacca tgttggccgg
    14101 gatgttcttg tatctcaccg gcagagcgat gttgatctca taatcatcct gcaaggcttg
    14161 cagaaaccag aggcagagcg aagccaggac gaagcacata aagacaagca catcgcgcca
    14221 tcctatgcgc cggaagaagg ctttgacccg cgaggctttg gtcggtagcg gagaggcgtt
    14281 cccgtgttct gacataaggg aaggggggaa gggggcgggg agtagactat ttctgctgtt
    14341 gtggcacgtc ttcggagttg gcgaagatgg cgttcttgtc tatgcgaata cggacaccgt
    14401 cggccacttc gatgagcatc gtttgctcac cgagctcctt gatcttgccg tgtataccac
    14461 ccgaggtgac gaccttatcg cccaccttca tggcctcgcg agccttacgg atggctttct
    14521 gtcgctgctg ctgggggcgc aacatcataa agtagaagat ggccacgagg gcgaccatga
    14581 aaaggatgtt catgtaaccg gcaccgccgc ttgcgggtgc tccggacgtc tggagaaata
    14641 cgctgagtag gttcattggg atagggagtt tgataaagta gttacggcct tgtggccgga
    14701 tagttatgtg cgccttgtgg ggcggtagtt atcgcgtagt cagggcgagg cggggggaca
    14761 cgctattcgt cgtcatcgtc gtcgtcagtg tccttacgcg cacccttggc caggggcacc
    14821 ttgacgagct tgttttcctc cttcagatcc tgaacgacgg cgtcgaggat gccattgatg
    14881 aaggtgctgc tcttgggcgt gctgtaatac ttggccgcgt cgatgtattc gttgagggtc
    14941 acattgacgg ggatggtggg gaagttcatc agctcagcca cggccatctg catgatgagg
    15001 cggtccatac tggccacacg atccgactcc caattcttga gatggcggtc gatgcgggcg
    15061 agatattcct gcccgcgcag catggtgagg tgaagcagac ggatggcata gtcgcggtcc
    15121 tcggcgtcct tgaacatcgg cagcaggggt cggtcggggc catcggcggc ggtggagtat
    15181 ttgatggttt tgatgacgaa cgtctcgatg atctcgatgt cgtcgttcca gtagatactg
    15241 atgtcctcca aggcatcctc gagcgactcg ttgccacaga tgaggcggcg gaagacggct
    15301 cgccagaagt cccgatccac ctcgtaagag tccgtcttgg cccccagata ctgggcgtag
    15361 atctcggagc cgaggatgag gtcgaggacg ctcttgacga agtccgtctc gttggcccac
    15421 gagatgccat gctccttgac gtaagcctgc agcgccaggt tggcctcgat ctgacgggcg
    15481 aagcgattgt cgaccagacg cgtgttgggg cgcagatcct cctccgcggg gcgatagcgg
    15541 ttgcgacgta tatcgagccg tcgctcttgg aggtgcgtga cctcaacgat gaggagtagg
    15601 aagtagtagt ataagtcgta cgaccgacgc aggctcagca gcagttcgtt ttctgccagc
    15661 ttcaggtcgt tgctcccgtt ctgctgataa gcgaacaaga tctggagcac tttgatgcgg
    15721 attaggaccc tgttaatcat tgtatgtaag atctattgtg cgatgcttat ttgttctcat
    15781 tttttacggg cggcaaaggt aacatgccgt atggattaga aaagctgagg caaaccgcgc
    15841 cgacaaagcc aggagcaggc tgggcgttac ggagattttc catgagaatg cctctacgga
    15901 tcggtgtata tagccgttgc acaacggtaa acgcgtgctc ttcggtgtga ttcctctata
    15961 ggcaaagtat tcggccctac ccccgaaatg aatgacccga tcccatgtat catcggcggg
    16021 atccaccatt tttaggaatt atcgagtcac tttttattcg tgtaaatatt tctcgcctat
    16081 taaaaagcca ctttctattc gtgagaatct ttctcggcta ttaaaaggtc actttttatt
    16141 cgtgagagtt tttctcagct attaaaaagt cactttttca tttctgacaa acttatctca
    16201 gtgataataa gcgggcattt atatcctaat aatttttcgc acatacaaat tgtcacttcc
    16261 tatttagtga aatatttttc ctgtataaaa aagtgacccg ataattactt atcatagttg
    16321 atcatcataa aaaagcgacc tgataatttc taatcagggc atcctagtga cttcaatttt
    16381 tacgtggggc tttatatggc tgaggcagcg agataatgcc ccatatcggg ggctcgcaca
    16441 acgcactaca ccgtttgcag ttaacttttc cccccgacga caacccgcag gtcttttcct
    16501 ctttgctttc tgggggaaac aaaaaagggc gctaccgaaa tctctttcga cagcgccctt
    16561 tcggactgct ttgtgaagtg tacggccaac ttcctcggcc gaggccctat ttctggaaga
    16621 aggctttgac gcgatcggcg atatgggtca cttcttcgtc tttcatctca gcatggatgg
    16681 gcagcgagag gacgtcctgg gcgaggcgga cggattcggc catgctgccg caggtccggg
    16741 cgacccactt gtaggcttct tgctcgtgga tggctttggg gtagtagacc atcgagggga
    16801 tgccctgcga acgtaaggct tcgcggaggg cgtcgcggcg gccgtcggag acgcggaagg
    16861 tgtactggtg gaagacgtgc gtggagaact tcgaccgggc ggggagcctg agccaaggca
    16921 aggcgcggag accctcgtcg taacggtcgg ccacggcgcg gcggcggctg atgtcgtcgt
    16981 ccatgtggcg caggttgacg cgcaggatgg cggcttgcag ggcgtcgagg cgggagttgc
    17041 gaccgatggc gcggtggtcg tacttggccg cctgaccgtg gttggccaga cagcggatgc
    17101 gctcagccag ctggctgtcg gcggtgaaga cggcgccccc gtcgccatag caggccagcg
    17161 gcttggtggg gaagaaggac gtcgtgccga tgtgggcgat ggtgcctgcc ttgcgcgtgc
    17221 ggccgtcgga cgagatatag tcggcaccga gcgactgggc gttgtcctcg atgacaccca
    17281 gcttgtactt cttggccacg cgcaggatcg ggtccatgtc gcacgtctgg ccaaagagat
    17341 ggaccaccac gatggccttc gtctgtcgtg acacggcctg ctcgacgagt gccgggtcga
    17401 tgttgtacgt gtccggacgc acatcgatga gcacgggcgt ggcgccaagc agggccacca
    17461 tctcggcagc ggcgatgtaa gtaaaggcgg gcataatgac ctcgtcgccc ggctgcacac
    17521 cgagggcacg gagagccagc tcgagggcgt cggtgccatt ggcgcagggg atgatgtgcg
    17581 gggcgttgag atactgcccc aattcgcggg tgaaagtgtc cacctccggg ccaccgatga
    17641 agctgcccgc agccatgacg tcggtcgtgg ccttatcgat ttcggacttc aggcgggcgt
    17701 aacgccgctt gaggtctacc atttgaatcg tttccataag aagaagctgt ttggagttat
    17761 tgattggtcg tcacgaggca gttcttcact tcactgcgct accgggttcg acctcttttt
    17821 cgggtgaaat gaccgcgagg cgtccgtcag cgccctcggc cgaaaggatc atgccctcgg
    17881 acgtgatgcc tttgatgcgc cgcggctcta agttggccac aaagcagacc tgtcgcccga
    17941 caagctcctc gggggcataa tgcttggcga taccggagac gatggtgcgt ccacccagcc
    18001 cgtcgtcgat cttaaactgt agcagcttgt cggccttggg caccttggtg cactccgtga
    18061 cacggcccac acggatgtcg aggcgcgtaa agtcgtcaaa ggcgacggcc tcgcggatgg
    18121 gtgcagcgcg atgttcggcc acctcgttgg catgcttcgc gtcgagcagc ttctgcacct
    18181 gtcgctcgat cacctcgtcg tcaatcttct cgaagagcag ctccgccttg ccgagcttgt
    18241 ggccggcggt gagcagatgg aagttgccca ggcgatccca agcaaaaggc gcatcgatgg
    18301 ccagcatgtg gcgtagcttc tcggtcgtaa agggcaggaa gggatcgaag gcgatggaga
    18361 ggttggccgt gatctgaagg gcgacgtgga ggatcgtctg cacccgcgcg ggatcggtgg
    18421 cgaagcgctt ccacggctca gtgtccgcga ggtacttgtt gccgatgcga gccaagttca
    18481 tggcctcacg ctgggcatcg cggaaatgga acgtgtcgag cagacgcacc aactcagcct
    18541 ttacggactc gaactcatgg agcgtagcac gatcgtagtc gtccatctcg ccacattcgg
    18601 gcacgacacc gtcgaagtat ttacccgtca gcacgagtgc acggttgacg aagttgccga
    18661 agatggccac taactcgttg ttgttgcggg cttggaagtc tttccaggta aagtcgttgt
    18721 ccttcgtctc gggcgcgttg gcggtaagca catagcggag cacatcttgc ttgccaggca
    18781 gatcgtcgag atactcgttg agccatacgg cacggttctg cgacgtagag atcttgtcgc
    18841 cctcgaggtt caggaactcg ttagccggca cattgtccgg caggatgaac gacccttcgg
    18901 cgcggagcat ggtcgggaag acgatgcagt ggaagacgat gttgtccttg ccgatgaagt
    18961 gcaccatgcg tgtctcggga tccttccacc acgtctccca gctgccgtag cgctcgggct
    19021 gcgcgtcaca tagctccttc gtgttactga tgtagccgat cggcgcatcg aaccagacgt
    19081 agagcacctt gccctcggca ccttcgacag gcacagggat gccccaatcc agatcacgac
    19141 tgacggcacg cggctgcagc cccatgtcga gccagctctt gcactgtccg tagacgttcg
    19201 gcttccactc cttgtgctcc tcgaggatcc attggcggag gaaaggctcg tactggtcga
    19261 gcggcaggta ccagtgcttc gtgcgacgca tcacgggcgc gctgccgctg atggctgagc
    19321 gcggattgat cagctccgtg gggctgagcg acgtgccgca acgctcgcat tggtcgccat
    19381 aagcatgctc gttgccacag tgggggcatg tgccggtgat atagcggtcg gcgaggaact
    19441 gtccggcctc ctcatcgtag tactgatcac tctccttctc taagaagacc cccttgtcgt
    19501 agagcgtacg gaagaagtcg gaggccatgc gatggtgcac ctcggaggaa gtgcgggagt
    19561 agatgtcgaa agagacgccg aagcgctcga aggtgtcctt gataagcgcg tggtagcggt
    19621 ctacgatgtc ttgcggggtg acgccctcct tcttggcgcg gagggtgatg ggcacgccgt
    19681 gctcatccga cccaccgacg aagaggacgt cgcgtccgca gagtcgcagg tagcgcgcgt
    19741 agatgtcggc aggcaggtag acaccggcaa agtgtccgat atgcaccggc ccattagcgt
    19801 agggcagtgc ggaggtgatg agggtgcgtt tgaaatcttg ttttgtttct tccatagggg
    19861 tgatcgatgt tgtactgttt atctgtgttc gttttctctc tggggtggat gatcttcatt
    19921 cattgacata gcccatctcg aatccggcct cggtgccttg gccggggcga ctgcggagga
    19981 tgagcttgct gtggttacgg acgaggagct cgcgacagat gttcaggcca agcccgctac
    20041 ccttctcgcc gcgtgtgcca cgtgtcgtga cgaggttgtc cgtgtggagg atagattgga
    20101 tctgcgcgtc agtcatgcct tggccgctgt cgcagacgaa ggcggagacg gtcgagccgc
    20161 tgcgcttaac gacgaggcgt atctcgctgc cggattcgga gaacttgagc gcattgttca
    20221 ccaggttacg caggacggtg tggaccattt ggcgatcggc ccggacggtg catggctcgt
    20281 cggagaagtc ggtccggagc gtaatctcct tgttttcggc cgacatgatg tagaggccca
    20341 tcgcgtcacg catgacgtcg cggagatcga agcgggaggg ctcgtaagag atgcgatcgg
    20401 tctgcgtgtg ggcccagttg agcaggttat gcagcagatc gacctgcgct tcggaggcgc
    20461 gataaaagag gccgaggtag cgcgagaggg tctccgaatc gtaatcctca aggttggcca
    20521 ggatctcctc catggccatc ttctgagcca cggcaggcga cttgaggtcg tgcgagatga
    20581 cggagaagag tttgtctttc gtcgcattga tggcgcgcag ctcgcggttg cgccgacgga
    20641 cgagtcggcg gtagcggttg acgaagtaga gcaccacgag gcaggccacg atgccgacgg
    20701 ccaagagcca cagttgcagg taacgctgct tcagctcctc gttctggagg gcgatgcgat
    20761 gctccttttc ggccgtctca tattccaccc ggaaggcctt catctgcgtc tcggcgtcca
    20821 tccgatagag cgaatcgccc agcgccttgt tgcgctccag atattccagc gcgagagccg
    20881 ggttcgaggt gcgataaagc gcatagagct gctcgcaagc cttcatctcc atttccgtga
    20941 aattcatctc gcgagccatc tcgtctgcct gacgataata ggctgctgcc tcagcgatga
    21001 gtccttgttt ttgcttgacc tgccccaggt aaccgaggca atagatcatg cccacggggt
    21061 gctggaggcg ccggacaccg tcgagcgcct gagaaaaata ccgctcggcc tgcgtccagt
    21121 cgccagcggc catgacggcc agacccatag acgactgggc ggtggcgatg cccatcgtgt
    21181 cgccgagctg ttcactgatg gcgagggcct cgcggaggat ttgcatggcc tccttcgggc
    21241 ggttcatctc gccgtaggcg ccgccaaggt tacggagcag ttcggcgcgc atgggcaggg
    21301 actccggcgc cgggatttgg cggagcgtct cgagcccctt gcggtacatg acgatagaaa
    21361 aggagtcgtc acgcatgtgg tgatagagcg cgcccatgtt gttgtaggcc gaggccaaac
    21421 gttccggatt gccttgcttc tcggccacct cgaggcaggt gcggatgctc tgccgggcgc
    21481 cgtcaaagtc gcccgtgcgg acgtaggcct ccgtctgcat ggtcaggagg gcaaaccagc
    21541 cggcagtgtc cttcaaggcg catgtgggcg ggatggccag ctgtgcgctg cggatgcact
    21601 tacggaagag tgcttggtcg taatagtact gtgcgaggcc actatagagg atcaatcgaa
    21661 ggctgtcctc cgtcgtgctg cgggtgaaat gatacgtgtt cgacagcgcc ttttcgcggg
    21721 tcaagacggc tgccaggcga ttagcggcct cggcgcgttt ggctccgggg tgggccgcct
    21781 caaactcacc ggtgaggagc tccacatccg cgtcgctctg cgccacggcc aagagtggtg
    21841 tcagggttag gaataggccg ataccggcac ggtgtaagat cttcttcatc tctctgtctg
    21901 tatatctgaa tgccgcgcaa aagtaacggc cgccggggca attttcaatt gttaatggtc
    21961 aatgacccag atggagacct atcgccgggg aggagtatgg ccatatatat acgtataggg
    22021 ggacgtaatg cttacgcccc ctctctcgta cccggaaaaa cttcccgact acgcacactt
    22081 acgtatcctc ttccggaaaa tctgacgtgt ttctcggaaa gtcgattgta acaaagtgta
    22141 aattgtacac agttttagac gatccatagg atttgataga cgtctgataa acagcagata
    22201 gcacgcttga aaaatgaaca ttccggtcgt tgacacggaa aaaatgaaat acgtaatatt
    22261 acgtattgac acgcctcttt taccgccgga actttgcact cgcaatcgga caagatttcg
    22321 atcgcagata aacaagatga ataagtacac ggtagatcag aaatttccat ttatcaactc
    22381 gtaagcggtg cggacaacct cctcacctcc tgcacattcc cccaaacgat ttgaaaacaa
    22441 aattccgcat ttcaatcctc ctcatcaccc tcttggggct gatgagcgcc acaagcgaca
    22501 gctgggcaca aaaatcacac gcacacgagg tgacgttcac gcccgagaag ctcatcgtcc
    22561 cggccgaagg cggcaccttc aagattcaga tgaaggcctt aggttatttc tggaattgct
    22621 ccgccccacc ctcttgggtg acgtatctgg agccgcgaag caatgataag gattatctgg
    22681 gcgagcacga catcaccatc accttcatgc ccaatatcgg ccctacacgt agtcacacgc
    22741 tctacttcaa gaccgaatac gcgtatgccg gcggccccgg cgacgtggac accttcaagt
    22801 acgtcatcac gcagctctcc ggggaattcg tcgcacccac cgtggccaac aaggcgctca
    22861 ccctctcggc caccaaagac gcgatcaccg tcacttggca cgccgcgaag gacaacaaga
    22921 cccacgcaaa cgagttgacg tatcgtgtct acgtggccaa caaaccctcg ctgctgaccg
    22981 acctttcctt tgacagcgat ctccccgcgg cgcacgacca aaatgggtcg aatccctccc
    23041 aagcgggcac tttcacaacc accatagaga agtacaccga cggccagcag ctcatcgaga
    23101 cgctcgaacc gggcacgacg tattacgtca tcgtggccgt gtacgacgag gatgagaacg
    23161 tcaccgagta caccatgggg caggtgaaga ccgccacccc cgccaccccc ttcgtcaagc
    23221 tctccgagca agagatcgtt atggacgcca gcggcggcaa gcatacgctc accgtgacca
    23281 gcaactacgg ctggaacagc gacgtctccc ccaacggggc gctcaaacga aacggaggct
    23341 ggttcaccaa taccggcatg tcagccatcg gtggcaacgg catagcgtcg gatgatgact
    23401 actccttcgc tgtcgagccg aacataagct cggacgatcg caagctcacc gtcaccttat
    23461 cgtccaccag agacccctcc atcaccacca cgctcaccat cacgcagaag ggcactaagc
    23521 ccaccgaggt caaggtcagc tcgctgctga tgaacctgcc ccgcgtaacg gtcaatggcg
    23581 atcgtagccg cttcaacctc aacgccaccg acaagcgcct gcaatggtcg agcagcgacg
    23641 agagcgtggc tacggtacac gcctcttcag cctccgcctc acggctcaag tcgggcgtcg
    23701 cgatagggac tgccgtagag gttcgcatcc ataagaaggg taaggccgtg atcaccgccc
    23761 aggccatgga cggcagtggc aagtcggcct cgtgcgaggt gaacgtcctc tccaccgtcg
    23821 gcaacgccac cgtagccacc cccgcacgta tctatgccgc taacggcaca ctccgcatca
    23881 gtcttccgac agcctcccgc gtagagatct acaccctgct cggcaaatgc ttccacagct
    23941 tcaccgctcc cgccggcgag accaccctca cgctccccgc cggactctat atcgtccgcg
    24001 ctggtgaatc cgtacagaag atcagcatca attaagcagc tgttgggaat ctatttcgga
    24061 gacagctcca cagaacaatc atccaataaa ttcaaaacag ctcctctaaa cagtttctga
    24121 gacagcgatg aaccacgaca gccacagaac cagcaacaag cctcccccac ctccctacaa
    24181 tcgggagcaa gcgaaggctt cactgaagcg gttgatcgac gtgtatgcgc attacctgaa
    24241 tgcctgtcac cccctcgaca accccaacag tcacacgccc ccgaacaaga gcaacggcga
    24301 acgatagccc gctgtcgcca cgacaagtgc cattt
//
LOCUS       SEQF2634|AYYE01001223.1  740 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..740
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(70..603)
                     /locus_tag="SEQF2634_02080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRMVQMIDRRCAFLSPAGPFGGAYAIRPYHVTRKMIAAGACFE
                     VEYEKQAAFRGCYGVGYENRGAFDCFTVVVCPNRGAFSCPYVGAYCIRLTNDPPKEGE
                     SPAFGRGQAFAIHEMALCGAYAIRPYRDGRKMIAVGACHWVRYEKRGAMPAFYRLTWR
                     RSYTCDLFYLGRVGVSA"
ORIGIN      
        1 tttggttgaa tgatagcctn atcttggata ttcctaagcg atacggcccc aaagatttga
       61 tctttacaat caggcgctaa cccccacacg acctaaatag aataggtcgc acgtatatga
      121 gcggcgccat gtcaggcggt aaaatgctgg catggcgccg cgtttttcat atctcaccca
      181 atggcatgcc ccgactgcga tcatttttcg gccgtcacgg taggggcgta tggcatacgc
      241 cccacaaagc gccatctcat ggatggcgaa tgcctgtcca cgaccaaagg caggactctc
      301 gccctccttc ggagggtcgt ttgtgaggcg tatacaatac gcccctacat aaggacacga
      361 aaacgcgccg cggttagggc ataccacaac cgtgaaacaa tcaaacgcac cacggttttc
      421 atatcccacc ccatagcatc ccctaaaggc agcctgtttt tcgtattcca cctcaaaaca
      481 tgccccagcc gcaatcattt ttcgggtaac gtggtagggg cgtatggcat acgccccacc
      541 gaatggcccc gcaggggaca agaatgcgca tcggcgatca atcatttgaa ccattcgccc
      601 cataaatggg acgccggtag ggcgtattca atacgcccct acacagggac ataaaaacgc
      661 accacatttt ccacctccca ccccatagca tcccctaaag gcagcctgtt tttcgggtaa
      721 cacggcaaaa cataccccga
//
LOCUS       SEQF2634|AYYE01001224.1  828 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..828
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 tttggttgaa tgatagcctc gtcttggata ttcctaagcg atacggcccc aaagatttga
       61 tctttacaat caggcgctaa cccccacgca cctaaatagt ataggtcgca cgtatatgag
      121 cggcgcgatg tcaggcagta agatgtcggc atggcgccgc gtttttcata tctcacccaa
      181 tggcatgccc cgaacacgat catttttcgg gtaacacggt aggggcgtat ggcatacgcc
      241 ccacaaaatg gccccgcagg ggacaagaat gcgcatcggc gatcgatcat tcagatcatt
      301 cgccccataa atgggtcgtt tgtggggcgt atgcaatacg cccctaccca gggacacgaa
      361 aacgcgccac attttccacc tcccacccca tagcatcccc taaaggcagc ctgtttttca
      421 ggtaacacgg cataacatac cccagtcgcg atcatttttt cggccgtcag ggtaggggcg
      481 tatggcatac gccccacaaa atggccccgc aggggacaag aatgcgcatc gacgatcgat
      541 cattgggatc attcgcccca taaatggggc gtttgtaggg cgtatgcaat acgcccctac
      601 acagggacat aaaaacgcgc cgcggttagg gcataccaca accgtgagac aatctaacgc
      661 accacatttt ccacctccca ccccatagca tccccaaaag gcggtccgtt tttcaggtaa
      721 cgcggtagaa catgccccga acgcgatcat ttttcgactg tcagggtagg ggcatatggc
      781 atacgcccca ccaaatggcc ccgcagggga caagaatgcg tatcagcg
//
LOCUS       SEQF2634|AYYE01001225.1  657 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..657
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(29..283)
                     /locus_tag="SEQF2634_02081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADILPGLPHPMSMSADILPGLSLPMSMPADILPGLSHPMSMS
                     ADILPRLPHPMSVPADILPGLSLPMSMPADILPKSPKRKN"
     CDS             complement(286..639)
                     /locus_tag="SEQF2634_02082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLEVERILRQYAEDLVSRYTWLTIRFEYSEKRSVYLVSYSPK
                     CLISGNDTLINEMMEFEDRMNDVYGDDAPLFCEDERLFKLSPEAEVVRHHAPERAVRH
                     VSPRKKRSVAEPAAV"
ORIGIN      
        1 atgcgttgat atatcatgtg gtaaactctt agttctttct ctttggggat ttcggcagaa
       61 tgtctgccgg catactcatg gggagtgata gtcccggcag aatgtctgcc ggcacactca
      121 tggggtgtgg tagcctcggc agaatgtctg ccgacatact catggggtgt gatagccccg
      181 gcagaatgtc tgccggcata ctcatgggga gtgatagtcc cggcagaatg tctgccgaca
      241 tactcatggg gtgtggtagc cccggcagaa tgtctgccga catatttaca cggcagcggg
      301 ttcggccacg gagcgcttct tgcgcggcga cacgtgtcgc acggctcgct cgggcgcatg
      361 atggcggacc acctccgcct cgggcgagag cttgaagagc cgctcatctt cgcaaaacag
      421 cggcgcatcg tcgccataga cgtcattcat ccggtcctcg aactccatca tctcgttgat
      481 gagcgtatcg ttgcccgaaa tcagacattt gggtgagtag gaaacgaggt atacgcttcg
      541 cttttcgctg tattcaaacc ggatcgtcag ccaagtgtag cggctgacca agtcctcggc
      601 atattgccgc aggatccgtt ctacttcaag atctttcata ggtcaccaaa atacgtt
//
LOCUS       SEQF2634|AYYE01001226.1  657 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..657
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(29..283)
                     /locus_tag="SEQF2634_02083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADILPGLPHPMSMSADILPGLSLPMSMPADILPGLSHPMSMS
                     ADILPRLPHPMSVPADILPGLSLPMSMPADILPKSPKRKN"
     CDS             complement(286..639)
                     /locus_tag="SEQF2634_02084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLEVERILRQYAEDLVSRYTWLTIRFEYSEKRSVYLVSYSPR
                     YLISGKTALINEMMEFEDRMNDVYGDEAPLFCKDEELFKLSPEAEVVRHHAPERAVRH
                     VSPRKKRSVAEPAAV"
ORIGIN      
        1 atgcgttgat atatcatgtg gtaaactctt agttctttct ctttggggat ttcggcagaa
       61 tgtctgccgg catactcatg gggagtgata gtcccggcag aatgtctgcc ggcacactca
      121 tggggtgtgg tagcctcggc agaatgtctg ccgacatact catggggtgt gatagccccg
      181 gcagaatgtc tgccggcata ctcatgggga gtgatagtcc cggcagaatg tctgccgaca
      241 tactcatggg gtgtggtagc cccggcagaa tgtctgccga catatttaca cggcagcggg
      301 ttcggccacg gagcgcttct tgcgcggcga cacgtgtcgc acggctcgct cgggcgcatg
      361 atggcggacc acctccgcct cgggcgagag cttgaaaagc tcctcgtcct tacaaaacag
      421 cggcgcctcg tcgccataga cgtcattcat ccggtcctcg aactccatca tctcgttgat
      481 gagcgcagtc ttccccgaaa tcaggtatct gggtgaatag gaaacgaggt atacgcttcg
      541 cttttcgctg tattcaaacc ggatcgtcag ccaggtgtag cggctgacca agtcctcggc
      601 atattgccgc aggatccgtt ctacttcaag atctttcata ggtcaccaaa atacgtt
//
LOCUS       SEQF2634|AYYE01001227.1  775 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..775
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 agtctcgtca caatagcacg ttcccgcata taattgtcca ataatcctgt gctccgcatt
       61 aagaagaggt gacccagatg aaccctgttc tatcattcct ttgctccaat taactttcca
      121 acatctcgca acatagttat tcccaggttt atagtcgact tctaatggcc tatctttaac
      181 aatgctgatt ttcatggttg agccaaaagg atgatggata gaagcacctt gccctccagg
      241 atttccagaa cgatcccatc ccaaataata aggtgttact cccactatac gtgaaggatc
      301 ctccgccaat cttaatagag caaaatcaga ttcggggtta ttggcaataa cctctgctcc
      361 agatgtcgaa aatttcggct ttatcgccga tacatattta caatttggat cttcataacg
      421 ccaatagaac aaccaatcgg ttatagcccg atttcctcta gcatcatatt tgttgtcaag
      481 acaatggttc gctgtgtaaa agntgcntgc tagcgaactg ttatcgggca ggccgaaggg
      541 atgaaagtcc ctcgggtctg cccgattttc gtatggacga atggcaacgc ccccttcact
      601 tccctttcat cgccccccnt agcttcgggt cggctttgat gcgggcgtcc catttcgggg
      661 cgcgcggatg ttttcttggg ggcgattcat ggggttagtt tttcgtatgg gattaggtgg
      721 cgactttgga gccgaaccgc cgcagagtga aggctccggg ggcaaggcgt tttgt
//
LOCUS       SEQF2634|AYYE01001228.1  782 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 antnccccna gcngnaantc naaagcaata agngaactcc gtagacgcgg ctataaacca
       61 cagccgctga gacgggtttg cattaagaaa agcaacggta aactcagagg ccgttgggca
      121 ttccaacgat gaaagacagg gctatgcaag ccttatatct gatggcactt gaaccaatcg
      181 ctgaaacgac gggcgacaga ttctcctatg gtttccgaaa aagacgtagg acgatggacg
      241 ctattcnaca gattgatacn gttcttaacc gtcagcactc ccccgaatgg attctggagg
      301 ganatataaa gggctgcttc gaccatatca gccacgactg gctgctatcc cacatcccta
      361 tggataaggn gattcttgcc aaatggctaa aatgtggttt tgtcttcaaa ggtggtctat
      421 acccgacgga agaggggaca ccacagggcg gtattatatc gcccacgctt gcgaacatga
      481 cacttgatgg acttcagacg ctgttggctg agagattcaa gagacgttgc atcaactaca
      541 agactttcag ttacaaggtg aatcttgtac gttatgcgga cgatttcatc atcacaggct
      601 acagcaagga actcttggaa aacgaggtga aaccgttggt gtttgatttc ttaaaggagc
      661 gtggactgac actttccgaa gaaaagacca ccatcacgca catccaggac ggcttcgatt
      721 tcctcggatt caacatccgt aagttccaca agaggttgta cacgtcaccg tcaaagagag
      781 ca
//
LOCUS       SEQF2634|AYYE01001229.1  782 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 antnccccna gcngnaantc naaagcaata agngaactcc gtagacgcgg ctataaacca
       61 cagccgctga gacgggtttg cattaagaaa agcaacggta aactcagagg ccgttgggca
      121 ttccaacgat gaaagacagg gctatgcaag ccttatatct gatggcactt gaaccaatcg
      181 ctgaaacgac gggcgacaga ttctcctatg gtttccgaaa aagacgtagg acgatggacg
      241 ctattcnaca gattgatacn gttcttaacc gtcagcactc ccccgaatgg attctggagg
      301 ganatataaa gggctgcttc gaccatatca gccacgactg gctgctatcc cacatcccta
      361 tggataaggn gattcttgcc aaatggctaa aatgtggttt tgtcttcaaa ggtggtctat
      421 acccgacgga agaggggaca ccacagggcg gtattatatc gcccacgctt gcgaacatga
      481 cacttgacgg acttcagacg ctgttggctg agagattcaa gagacgttgc atcaactaca
      541 agattttccg ttacaaggtg aatcttgtac gttatgcgga cgatttcatc attacaggct
      601 acagcaagga actcttggag aacgaggtca aaccgttggt ggttgatttc ttaaaggagc
      661 gtggactgac actttccgat gaaaagacca ccatcacgta catccaggac ggcttcgatt
      721 tcctcggatt caacatccgt aagttccaca agaggttgta cacgtcaccg tcaaagagag
      781 ca
//
LOCUS       SEQF2634|AYYE01001230.113716 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13716
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(327..941)
                     /locus_tag="SEQF2634_02085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVKIFMGMALLMAAVLTLTSCGKDESFASKQRAERKAVEKFIK
                     ERGIEVLHRYPANGVFGKNQYYLIDDGLNEGKVYLHVIDSGNGNRAVMGRTDVLMRCS
                     GEDFFKRDTAIPFNLFVNEEAPIEFIYGTAQYVSSRGFYVHGDKKLYTASGSFLSPGV
                     ESALRYVGENATVSLIVCFVDGSLQQLEQYRPIFYDRVTFRFGD"
     CDS             complement(1041..2420)
                     /gene="tpl"
                     /locus_tag="SEQF2634_02086"
                     /EC_number="4.1.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08897"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine phenol-lyase"
                     /translation="MELPFSESYRIKMVEPIRKSTRTEREGWMADAKYNLFMLKSDEV
                     FIDLLTDSGTGAMSDRQWSALMLGDESYAGARSYENMREAIGRILGFDFFLPTHQGRA
                     AENVLYSAIVHEGDILPGNSHFDTTKGHIEFRRATALDCTIDAAADTQLELPFKGNMD
                     VEKLERVLRSYPAERIPCVVLTITNNTAGGQPVSMQNIREVSALCRRYGVKLQIDSAR
                     FAENAYFIKTREEGYADKSIKEIVREIFSYADIMTMSSKKDAIVNMGGFVAFRSEELW
                     RRCQMFCIMNEGFITYGGMSGRDMNALAVGLDEGTEFDYLETRIRQVEHLAHRLDEYG
                     IPYQRPAGGHAVFIDAKRVLTHVPKEEFIAQTLGVELYLEAGIRGVEIGAILADRDPK
                     TRENRYPKLELLRLAIPRRTYTDNHMDVVAAALKNVFDRRERITRGYRITKEHPIMRH
                     FTVELAPAE"
     CDS             complement(2531..3052)
                     /locus_tag="SEQF2634_02087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTSLTIRSANADDLDAILSLFDTARRFMAANGNPSQWVEGYPN
                     ADIVRADIAHGNCYVCTPTDRQTIVGTFVFILGEEPTYRLIEQGHWHANRPYGTIHRM
                     ASDGHTHGIARASFDYCAARTDYLRIDTHADNRPMLRAITRYGFRPCGIIYVRDGSPR
                     LAFDLERPSAGRP"
     CDS             3595..4800
                     /locus_tag="SEQF2634_02088"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHIIILGDGMADEPIAELGGLTPLQYAPTPAMDRLAQLGASGR
                     LHTVPDGFHPGSEVANLSILGYDLPTVYEGRGVLEAASMGVDLRPGELGLRCNLICID
                     GDQIKNHSAGHISSEESDVLIRYLNEQLGSDDVTFHHGVSYRHLLVLRGGDRRLDCTP
                     PHDIPLHPFRPALVKARVPEAEATANRLNDLILRSQQLLADHPINVKRRAEGKDPANS
                     IWPWSPGVRPAMKTLRELYGIGSSAVISAVDLIRGIGVYAGMDVINVEGATGLYDTNY
                     EGKAAAAIEALRTHDFVYLHIEASDEAGHEGDVELKVRTIEYLDRRIVDPVFRAVSQW
                     DEPVAIAVLPDHPTPCAIRTHTNAPIPFVIYKPGATPDAVERYDEFAAVDGSYGLLRK
                     DEFMKVFLR"
     CDS             5101..6411
                     /gene="thrC"
                     /locus_tag="SEQF2634_02089"
                     /EC_number="4.2.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00934"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine synthase"
                     /translation="MKYYSTNHQVSPASLEEAVVRGLAADRGLFMPERIPTLDRAFID
                     GMKHMTFHEIALHVASAFFGDDMPQSDLRRIVEDTLAFDTPVVPVTDTIYSLELFHGP
                     TLAFKDVGARFMARMLGHFIARQGASREVNVLVATSGDTGSAVANGFLDVPGIRVFVL
                     YPKGKVSAIQECQFTTLGRNITALEVDGVFDDCQALVKSAFVDADLNAHLQLTSANSI
                     NVARFLPQAFYYFHAYAQMDRIGRAQRLVVSVPSGNFGNLTAGLIAHRMGLPVSHFIA
                     ANNRNDVFLDYLHTGVYRPRPSVATLANAMDVGDPSNFARILDLFGGDHAAITALISG
                     SRTTDEEIRATLADVVRTHGYTPDPHGACGYHALMQRGLQPGETGVFLETAHPAKFLD
                     TVETATGRSVEIPERLRAFMQGEKRSVPMARTFEAFKDYLLSQA"
     CDS             6997..7221
                     /locus_tag="SEQF2634_02090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAYKTDRLFDPDGVLACKTGRLFDPDGVLACKTGRLLDPDGVL
                     AYKTGRLLDPDGVLAYKTGRVLVPDGVLAC"
     CDS             7392..7838
                     /gene="tadA_1"
                     /locus_tag="SEQF2634_02091"
                     /EC_number="3.5.4.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P68398"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific adenosine deaminase"
                     /translation="MTNKEEKQYETDRRYLRMAAVWAENSYCKRRQVGALLVKDHMII
                     SDGYNGTPSGFENVCEDADGVTKPYVLHAEANAITKVAASSNNSRGSTIYVTASPCIE
                     CAKLIIQAGVVRVVYSEEYHTDEGVQLLRRAGIAVDYISINEENHE"
     CDS             7831..9567
                     /locus_tag="SEQF2634_02092"
                     /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="MNKKRKNVLWGIIGAVACLCLGMWLGIFLYSRSPRFRGINTGKN
                     KINAILDIIDTQYVDTVNMGDLIDRTAENLISELDPHSVLIPAESVEAVNDDLEGSFG
                     GIGVSFSLRNDTILITGIISGGPAEKAGLRPFDRIIAINDTTFAGKGFEQAKIMRTLR
                     GKKGTRVKLGVQRNHASKLTDFVVTRGEVPNRSVDAAYKIGRDIGYIKVRSFTRSTYN
                     EFITAIAKEKKEGCTKFIIDLRDNAGGLLDAAVTMLNEFIPGGEMIVYVQGKAYPRQE
                     FFADGRGTCQDAPLVVLTDEMSGSASEIFAGAIQDNDRGLIIGRRSYGKGLVQMPIPL
                     SDGSELRLTIARYYTPSGRCIQKMYEMGKTDEYEQDLYRRYLHGEFDTADSITFDKSA
                     AYKTRGGRTVYGGGGIMPDIFIPRDTQRITSYYNQVMTDGILYDFTLDYSDRNYKKLS
                     SFHSYPELLGYLRQQSLLNRFVDYAEENGVRRRPTLIEVSRPLIETALEAFIVRHFFD
                     YDGFYPVFQRDDATLQRAVQELESSAWRQKLMAHILSIGRITIGNLRSTTASYFIYSP
                     LPLDRNYRMKGA"
     CDS             9592..10152
                     /gene="ygfA"
                     /locus_tag="SEQF2634_02093"
                     /EC_number="6.3.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC28"
                     /codon_start=1
                     /transl_table=11
                     /product="5-formyltetrahydrofolate cyclo-ligase"
                     /translation="MTINEQKQALRKQVAALKRAHTPEALEALSAEALARLETLDAFQ
                     SAACVALYHALPGEVQTAEFLGRWYGRKQLLLPIVQGDDLVLRPYAGPDSLHKGAYDI
                     WEPSVDASATDVPRPDLIIVPGIAFDRQLNRLGRGRGYYDRLLSDLTLPCIGLAFAFQ
                     LFDHIPVDAHDRRMTAVVTDTEVIRG"
     CDS             10694..10927
                     /locus_tag="SEQF2634_02094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKTEKQFREYQDGCEALIRRGAELGGMDYLSDEEKREYIRLS
                     DAVIEYEAAYYPLPGRASTLTKRTMTAAERVPV"
     CDS             complement(10999..11931)
                     /gene="fieF"
                     /locus_tag="SEQF2634_02095"
                     /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="MAGITPNTPCGEPTDSARERALVGIIAAGAAVNLLLLLFKFAAG
                     VGGHSGAMMADAVHSLSDFATDLIVFLCLRLSARPWDKDYDYGHGKYETLATSIIGIV
                     LLFVGIGIFWEGAAKIHAVLFLSYELEAPGHIALIAALVSIVVKELLYRVTLSAGRRR
                     NSSTIIANAWHHRSDALSSVGTALGIGGAIFLGHGWTVLDPIAAVVVSILIVRVAIKL
                     TVPAVNDLLEKSLPEEVERDILSTILEDHRISNPHHLQTRRIGNDYAIDVHIRVDGHM
                     TVAEAHEIMCHAERRLRQKYGPGTQITLHAEPVK"
     CDS             complement(11934..13259)
                     /locus_tag="SEQF2634_02096"
                     /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="MKKNFVLDTNVILHDYSCIDHFEDNDIYLPITVLEELDRFKKGS
                     EQIHYNARAFVRRLDELTSNELHLRGASLGPGRGMLYVVVGDHYQRRVANSFPERIPD
                     HRILSAAVTVAERHPDMLTILVTKDINMRMKARALGIPVEDYFTDKVTDFVPFSENET
                     VYEGIDPELIDRLYATPEGVDADLFGLPKRPEPNACFILKSHRNSVPARYVPFTERFH
                     RVDKGAAVGLGIRPRNVEQSFAFEVLNDPEVKLVGITGRAGTGKTLLALASALRQMDD
                     YKQILLARPIVALANKDIGYLPGSGKDKVAPYMQPLFDNLNVIRAQLAPGSKDLRRLD
                     ELQKSDRLVIEALAFIRGRSLSETFCIVDEAQNLTPHEIKTIITRTGEGTKMVFTGDI
                     EQIDSPYLDAQSNGLAYMIDKMRGERLFAHVNLVKGERSALAELASERL"
ORIGIN      
        1 cacgcaggct cctcaaaatg tcgcatgacg gggccgctgg cacgcagcga cgcgaaaatg
       61 tcgcatgacg gcgccgctgg cacgcaggct cctcagaatg tcgcatgacg gagccgctgg
      121 cacgcaggct tcccaaaatg tcgcatgacg gcgccgctgg cacgcaggct cctcaaaatg
      181 tcgcatgacg gggccgctgg cacgcaggct cctcagaatg tcacatgacg gggcgggctg
      241 ctcgcatgag atacaaagac tcggaaccga tggctgtttc catctggctc cgagtctttg
      301 catgatccaa tcccgacgcg tgagggtcaa tcaccgaagc ggaaagtcac ccggtcatag
      361 aagatcggcc tgtattgctc cagctgttgc aagctgccat cgacaaagca gacgatcagg
      421 ctgacggtgg cgttctcgcc cacgtagcgc agagccgact ccacgccggg gctgaggaag
      481 gaaccagacg cggtgtagag cttcttatcc ccgtgtacgt aaaagcctcg cgaggagaca
      541 tactgcgccg tgccgtagat aaattcgatc ggcgcttcct cgttgacaaa gaggttgaag
      601 gggatcgccg tgtcgcgctt gaagaagtct tcgccgctgc aacgcatcag cacatccgtg
      661 cggcccatca cggcgcggtt gccattccca gagtcgatca cgtgcagata gactttgccc
      721 tcgttcaggc cgtcgtcgat caagtaatac tggttcttgc cgaagacacc attggcggga
      781 tagcggtgca gcacctcaat gccgcgttct ttgataaact tctcgacggc cttacgctca
      841 gcccgctgtt tgctggcgaa cgactcatcc ttgccgcacg aggtcagggt cagcacagcc
      901 gccatcagca acgccatgcc catgaaaatc tttactctca tcttgtataa ctacttatgg
      961 gttttgtacg ggcggcaaaa atagacgcag acatggcatt gcgacgcacc ggtcactgcg
     1021 agcgaggttt ctctgacggt ctattccgcc ggcgcgagct cgacggtgaa gtgacgcatg
     1081 atggggtgct ccttcgtgat gcggtagcca cgggtgatcc gttcgcgtcg gtcgaaaacg
     1141 ttcttcagcg ccgcggccac gacgtccata tggttgtcgg tgtacgtgcg gcgggggatg
     1201 gccaggcgca gcagctcgag ctttgggtaa cggttctcgc gcgttttcgg gtcgcggtca
     1261 gccaggatgg cgccgatctc cacgccgcgg atgccggcct cgaggtacag ctccacgccg
     1321 agcgtctggg cgatgaactc ctccttaggc acatgcgtga ggacacgttt ggcgtcgatg
     1381 aagacagcgt gaccgccggc ggggcgttgg taggggatgc cgtactcgtc gagacggtga
     1441 gccaggtgct ccacctgtcg gatgcgtgtc tcgagatagt cgaactccgt gccctcgtcg
     1501 aggcccacgg ccagtgcgtt catgtcgcgg ccgctcatgc cgccgtaggt gatgaagcct
     1561 tcgttcatga tgcagaacat ctggcagcgg cgccaaagct cctcggagcg gaaggccacg
     1621 aagccgccca tgttcacgat cgcgtccttc ttcgatgaca tggtcatgat gtcggcgtag
     1681 gagaagatct cacgcacgat ctctttgatc gacttgtcgg cgtaaccctc ctcacgcgtc
     1741 ttgatgaagt aggcgttttc ggcgaagcgg gccgagtcga tttgcagctt cacgccgtag
     1801 cggcggcaca gggcagagac ctcgcgaatg ttctgcatcg acacgggctg accgccggcg
     1861 gtgttgttcg tgatcgtgag cacgacgcag gggatgcgtt cggcggggta ggagcggagc
     1921 acgcgctcga gcttctcgac gtccatgttg cctttgaagg gcagctcgag ctgcgtgtcg
     1981 gcggcggcgt cgatggtgca gtcgagggcg gtggcgcggc gaaactcgat gtgcccttta
     2041 gtggtgtcga agtgggagtt gccgggcagg atgtcgccct cgtggacgat ggcggagtag
     2101 agcacgttct cagccgcgcg accctgatgg gtgggcagga agaagtcgaa gccgaggatg
     2161 cggccgatgg cctcgcgcat gttttcgtac gagcgtgcac cggcgtagct ctcgtcgccg
     2221 agcatgaggg ccgaccattg gcggtcgctc atggcgccgg ttccggagtc ggtcaggagg
     2281 tcgatgaaga cttcgtcgct tttcagcatg aagaggttgt acttcgcgtc cgccatccag
     2341 ccttcgcgtt ctgtgcgcgt gcttttgcgg atcggctcta ccattttaat gcggtaggat
     2401 tcagaaaaag ggagttccat gatgtttggt gtttgatgga tttatgcggc attcgccgcg
     2461 gtagttataa gtagttacgg ccttgcggcc gggtagttat gcgcctgcgg cgcggtagta
     2521 ggggtacccc ttatgggcgc ccggccgaag gccgttccaa gtcgaacgcc agacgcgggc
     2581 tgccgtcgcg gacgtagatg atgccgcagg gacggaagcc gtaacgggtg atggcgcgga
     2641 gcatagggcg attgtcggcg tgggtatcga tgcggagata gtccgttcgg gcggcgcagt
     2701 agtcgaacga ggcgcgggcg atgccgtgcg tgtggccgtc ggaggccatg cggtggatgg
     2761 tgccgtaggg gcgattggcg tgccagtggc cctgctcgat gaggcgatac gtgggctcct
     2821 cgccgaggat gaagacgaac gtgccgacga tcgtttggcg gtctgtcggc gtgcagacgt
     2881 agcagttgcc gtgggcgatg tccgcccgta caatatccgc gttgggatag ccttcgaccc
     2941 attgcgacgg gttgccgttg gcagccatga agcggcgcgc cgtatcgaag agtgacagga
     3001 tggcgtccag atcgtcagcg ttggccgagc gtatggtgag agaagtattc atggatgtgc
     3061 tttcgttttc ttttaagcgc aggcaaagat agaagcgcgc gccacttttg gcggaaaaag
     3121 tgtgtccgat ggatgagatt tccccagagg gaggcccaga tgacatgctt tgggaggtac
     3181 ggcgaggcgt cccgcggcgg gacggaacca aaatgaccgt tgagacgcca tcccgtggcg
     3241 ggacgagacc caaatgaccg ttgagacgcc atcccgtggc gggacggagc caaaatggcc
     3301 gttgagacac catcccgcgg cgggacgggg cccaaatgac ggttgagacg ccatcccgcg
     3361 gcgggacgga gccaaaatgg ccgttgagac gccatcccgt ggcgggacgg gatcaaaatg
     3421 acggttgaga cgccatcccg tggcgggacg agaagaacgg atggcggaac ctacttgcac
     3481 cgatctctgc cgatcaggca tcgcgcgtcc gcccctacgt ttacttttgc cgcccctaca
     3541 acagatcgaa atccctgggc tgcactgcga ggtgcgccca catacgtatt atatatgaag
     3601 catatcatca ttttgggaga cggcatggcc gatgagccga tagccgaact gggcggactg
     3661 acgcccttgc aatatgcacc tacgcctgcg atggatcggc tggcccagct cggagcttct
     3721 ggccgactgc acacggtgcc cgacggattc cacccgggca gtgaggtggc caacctttcg
     3781 attctcggtt acgacctgcc caccgtctac gaggggcgcg gcgtgctcga ggctgccagc
     3841 atgggggtcg acctccgacc cggtgagctg ggcctgcgct gcaatctcat ctgtatcgac
     3901 ggcgaccaga tcaagaacca ctccgcagga cacatttctt cggaggagtc tgacgtcttg
     3961 attcgctatc tcaacgaaca gcttgggtcg gacgatgtca cctttcacca cggcgtctcc
     4021 taccgccatc tgcttgtgct ccgtggcggc gaccggcgcc tggattgcac cccgccgcac
     4081 gacattccgc tgcacccctt ccgcccagcg ctcgtcaagg cgcgtgtgcc cgaggctgag
     4141 gctacggcca accgcctgaa cgacctcatc ctccgctcgc agcagttgct ggccgatcat
     4201 ccgatcaatg tgaagcgtcg cgccgagggt aaggatcccg cgaacagcat ctggccgtgg
     4261 tcgcccggcg tgcgtccggc catgaagacg ctccgcgaac tgtacggcat aggctcctcg
     4321 gccgtcatct cggccgtcga tctgatccgc ggcattggcg tctatgccgg catggacgtg
     4381 atcaacgtgg agggcgccac aggcctttac gacacgaatt acgagggcaa ggcggccgcg
     4441 gccatcgagg ctctccgcac gcacgacttc gtctatctgc acatcgaggc cagcgacgag
     4501 gccggtcacg agggcgacgt ggagctgaag gtgcgcacca ttgagtacct cgaccgccgc
     4561 atcgtcgacc ccgtcttccg cgccgtcagc cagtgggacg agccggtggc catcgccgtc
     4621 ctgcccgacc atcccacgcc ctgcgccatc cgtacgcaca ccaacgcccc tatccccttc
     4681 gtgatctaca agcccggcgc cacgcccgac gccgtggagc gttacgacga gttcgccgcc
     4741 gtcgatggca gctacggact gctccgtaag gatgagttta tgaaggtgtt cttaaggtag
     4801 tcatgcggcc tttcggccgc ggtagtaggg tcggcctttg gccgcccggt agttacggcc
     4861 tacggccggg tagtcatggg gctacgcccc ggtagttatg cgccttcggc gcaggtagtc
     4921 agtagtagca gaagaagcta ccctttgact acccccccct aactacctta taactactct
     4981 ttgactaccg ggggcgtagc cctcctgact accgcgccgc aggcgcataa cttctttcta
     5041 actaccgggg gcgtggcccc ctaactaccg cgccgcaggc gcataactcc ccctatcaag
     5101 atgaaatatt acagcaccaa tcaccaagta tcgcccgcca gcctcgagga ggccgtagtc
     5161 cgcgggcttg ccgccgaccg cgggctattt atgcccgaac gcatccccac gctcgaccgc
     5221 gcgttcatcg acgggatgaa gcacatgacc tttcacgaga tcgccctcca cgtggccagc
     5281 gccttctttg gcgacgatat gccgcagagc gatctccgcc gcatcgtgga ggacacgctg
     5341 gcttttgaca cgcctgtcgt acccgtcacg gacacgatct actccctcga actctttcac
     5401 ggacccacac tcgccttcaa agacgtcggc gcacggttca tggcccgcat gctgggccac
     5461 ttcatcgccc gtcagggggc gagccgcgag gtcaacgtgc tcgtggccac ctcgggcgac
     5521 acgggcagcg ccgtagccaa cggtttcctc gatgtgcccg gcattcgcgt cttcgtgctc
     5581 taccccaagg gcaaggtcag cgcgattcag gagtgccagt tcaccaccct cgggcgtaac
     5641 atcaccgcgc tggaggtgga cggcgtcttc gacgactgcc aggcgctcgt caagtcggcc
     5701 ttcgtggacg ccgacctcaa cgcccacctg cagctcacct cggccaactc catcaacgtg
     5761 gcccgcttcc tgccgcaggc cttctattac ttccacgcct acgcccagat ggaccgcatc
     5821 ggccgtgccc agcgcctcgt cgtgagtgtg cccagcggca acttcggcaa cctcaccgcc
     5881 ggactcatcg cgcaccgtat ggggctgccc gtgtcgcact tcatcgccgc caacaaccgc
     5941 aacgacgtct tcttggacta tctccacacg ggcgtctatc ggccccgccc ctcggtggcc
     6001 acgctggcca acgcgatgga cgtaggcgat ccgagcaact tcgcccgcat cctcgacctc
     6061 ttcggcggcg accatgccgc gatcacggcg ctcatctccg gcagtcgcac gacggacgag
     6121 gagatccgtg ctaccctcgc cgacgtggtc cgcacgcacg gctacacgcc cgatccccac
     6181 ggtgcctgtg gctatcacgc cctcatgcag cgcggcctac agccgggcga gacgggcgtc
     6241 ttcctcgaga cggctcaccc ggccaagttc ctcgacacgg tggagacggc cacaggtcgc
     6301 tcggtcgaga tccccgagcg gctccgagcc tttatgcagg gcgagaaacg cagtgtgccg
     6361 atggcgcgca ccttcgaggc gttcaaggac tacctgctct cgcaggcctg atctcacctc
     6421 gctgaatagg cctaacgccc taccgaggac gtcttcggac gccacagcaa aatttgccgg
     6481 ggcgtcttcg gacgccagcg aagtttgccg ggggcgtctg cggacgccag cgaagtttgc
     6541 cgggtacatg atgggatttc catggtgtat ccggcttcgt tttatagtca gcccggaatg
     6601 aagggccaat acagcagccc cgcggggtgg cggagtgcaa acggcgccgc ctttttcacc
     6661 gcgcagttag gaatggtgaa aaacgggccg cctttttcac cgcgcaccca agaactgtga
     6721 aaaacagacc gcctttttca ccgcgcagcc cggaacggtg aaaaacgggc cgcctttttc
     6781 gccgcgcagc ccggaacggt gcaaaacagg ccgccttttt cgccgcgcag cccggaacgg
     6841 tgaaaaacag accgcctttt tcaccgcgca gttaggaatg gtaaaaaacg ggccgccttt
     6901 ttgaccgcgc agcccggaac ggtgcaaaac agaccgcctt tttgaccgcg cagcccggaa
     6961 cggtgcaaaa caggccgcct ttttgacctc gacggggtgt tggcctacaa aacagaccgc
     7021 ctttttgacc ccgacggggt gttggcctgc aaaacaggcc gcctttttga ccccgacggg
     7081 gtgttggcct gcaaaacagg ccgccttttg gaccccgacg gggtgttggc ctacaaaacg
     7141 ggccgccttt tggaccctga cggggtgttg gcctacaaaa caggccgcgt tttggtgccc
     7201 gacggggtgt tggcctgctg aatgggcgca aagaggagcg atgtccggct gatctccccc
     7261 cgcctgcccc acgctgctaa actcggctgt ccatgccgat ttacgcttaa tgctactttt
     7321 gcgcaccctt ttcggacagg gtgactacac acgacgatga agggggctat tcctaatatg
     7381 tagatacagc gatgacgaat aaggaagaga aacaatatga aaccgaccgg cgctacctgc
     7441 gtatggcagc cgtctgggcc gaaaattcct attgtaagcg ccgtcaagta ggcgcattgc
     7501 ttgtcaagga tcacatgatt atttccgacg ggtacaatgg cacaccctcg ggctttgaga
     7561 acgtttgcga ggacgcggac ggcgtgacca agccttatgt gctgcatgcc gaggccaacg
     7621 ctatcaccaa ggtggcagcc tcgtcaaata atagtcgcgg atccacgatc tacgtcaccg
     7681 cctcgccctg catcgagtgc gccaagctca tcatccaagc cggcgtcgtg cgggtggtct
     7741 actccgagga gtatcacacc gacgagggcg tccagttgct ccgccgcgca ggtatagcag
     7801 tcgattacat cagcatcaac gaagaaaatc atgaataaga agcgtaagaa tgtcttgtgg
     7861 ggaattatcg gcgccgtggc gtgcctctgt ttgggcatgt ggctcggcat cttcctctat
     7921 tcgcggtcgc cccggttccg cggcatcaac acgggcaaaa acaagatcaa cgccatcctc
     7981 gacatcatcg acacgcagta cgttgacacg gtcaacatgg gcgacctcat cgaccgcacg
     8041 gctgagaacc tgatcagcga gcttgatccg cactccgtgc tcatcccggc cgagagtgtg
     8101 gaggccgtta acgacgatct cgaggggtcg ttcggcggca tcggcgtctc cttcagtctg
     8161 cgaaacgaca cgatcctcat caccggcatc atctccggtg ggcccgctga gaaggccggt
     8221 ctccgcccct tcgatcgcat catagcgatc aacgacacga cgttcgccgg caagggcttc
     8281 gagcaggcca agatcatgcg caccctgcgc ggcaagaagg gcacaagggt gaagctcggt
     8341 gtgcagcgca accatgcctc gaagctgact gactttgtcg ttacccgtgg tgaagtgccc
     8401 aaccgctccg tcgacgctgc ctataagatc gggcgtgaca tcggctatat caaggtgcgc
     8461 agcttcaccc gctccaccta taacgagttt atcaccgcca tcgccaaaga gaagaaagaa
     8521 ggctgcacca agttcatcat cgacctgcgc gacaatgccg gcggactctt ggacgcggcc
     8581 gtgaccatgc tcaacgaatt cattcccggc ggcgagatga ttgtctatgt gcagggcaag
     8641 gcttaccccc ggcaggagtt ttttgctgac ggtcgcggca cctgccaaga cgccccgttg
     8701 gttgtcctca ccgacgagat gtctggctcg gccagcgaaa tcttcgccgg cgccatccag
     8761 gacaacgacc gcggactcat catcggtcgg cgctcctacg gtaagggcct cgtgcaaatg
     8821 cctatccccc tctccgacgg ctccgagctg cgcctgacca tcgcccgtta ctacacgccc
     8881 tccggtcgtt gcatccagaa gatgtacgag atgggcaaga ccgacgaata cgagcaagat
     8941 ctttatcggc gctacctcca cggcgagttc gacacggccg acagcatcac cttcgacaag
     9001 tcggccgcct acaagacccg cggcgggcgt accgtctatg gcggcggcgg catcatgcct
     9061 gacatcttta tccctcgcga tacgcagcgc atcacctcgt attacaacca ggtcatgact
     9121 gacggtattc tctacgattt caccctcgat tactccgatc gcaattacaa gaagctctcc
     9181 tccttccatt cctaccccga actgctcggt tacctccgtc agcagtcgct actcaatcgt
     9241 ttcgttgact atgccgagga gaatggtgtc cgccgtcggc cgacactcat cgaagtttca
     9301 cgaccgctaa tcgagaccgc tctcgaagcc ttcatcgtcc gccacttctt cgactacgac
     9361 ggcttttatc ccgtcttcca acgcgacgac gctaccctac agcgtgccgt tcaggagtta
     9421 gagagcagcg cctggcgtca gaagctcatg gcccacatcc tctccatcgg acgcatcacg
     9481 atagggaact tgcgctccac cacagcttct tatttcatct attccccgct gcccttagac
     9541 cgtaactatc gcatgaaagg cgcataacta ccactcctaa cgatccttga tatgacgatc
     9601 aacgaacaga aacaagcgct gcgcaagcag gtggcagcgc tcaagcgggc ccacacccca
     9661 gaggccctcg aggcgctctc tgccgaggca ctcgcccgat tagagacact cgacgccttt
     9721 caatccgccg cctgcgtggc gctctatcat gcgctgccgg gcgaggtgca gacggccgag
     9781 ttcctcgggc gatggtacgg ccgtaagcaa ctcctgctgc ccattgtgca gggcgacgac
     9841 ctcgtgctcc gcccctatgc ggggccggac agcctgcaca aaggcgccta cgacatctgg
     9901 gaaccgtccg tcgacgcctc cgccaccgac gtgccacggc ccgacctcat catcgtgccc
     9961 ggcatcgcct tcgaccgcca gctgaaccgc ctcggtcgtg gccgcggata ctacgaccgc
    10021 ctgctctctg acctcacctt gccttgcatc gggctagcct tcgcctttca gctcttcgac
    10081 cacatccccg tcgacgccca cgaccgccgc atgaccgccg tcgtcaccga cacggaagtg
    10141 atcagggggt aaagacgaaa aactaccaac taaaaacgaa gccgggtaca cgagaggagg
    10201 aagctctcat gtacccggct ttcgtctttc ccggctccat cctcccctct cgtatgacgg
    10261 gggactttct aagcagttag acccttattg ctccggagag gatttctcgg gtggggagat
    10321 tcaaggagga tactgcgtgc tgccccacgt tgggaatgtc tctacttttg tccgcaaaga
    10381 gcaatacagt gaagataaga ggtgctgaaa tactaaatga ttgctgtgag aggcatgcgg
    10441 acgtgaggac agcgttgatc aaatggattc aattcgtgtc tcgcgcttca tggaagaatc
    10501 atagcgaact gaagagggat tttccctctg ctgattatgt gggtggagat cgatatgtgt
    10561 ttaatatcag gggtaacagg tatcgattga tctgtgtcgc cgtcttcttt gccggaagat
    10621 tagacatccg ttttattggg actcacgcag aatacgataa gattaatgcc caaacgatat
    10681 aatgtagaca ataatgaaaa tcaaaacaga gaaacaattc agggaatatc aagacggttg
    10741 cgaagcgctt atacgtcgtg gagcggagct tggagggatg gattatctct cggacgaaga
    10801 gaagcgcgag tacatccgtc tttcggacgc ggtcatagaa tatgaagctg cttattatcc
    10861 tttaccggga cgtgcatcaa cccttacaaa gcgtacaatg accgccgctg agcgtgtacc
    10921 agtatagtgt caatacctcc cagtaccgac cgataacaac aaaaggggca tccctcgaac
    10981 ggaggagtgc cccttatctc atttcaccgg ctcggcgtgc agtgtaatct gtgtgccggg
    11041 gccatacttc tggcgcaggc ggcgctctgc gtgacacatg atctcgtgcg cctcggcgac
    11101 tgtcatgtgg ccgtctacgc ggatgtgcac gtcgatggcg tagtcgttgc cgatgcggcg
    11161 cgtctgtaga tggtgcggat tgctgatacg atggtcctcg aggatcgtgg agaggatgtc
    11221 gcgctctacc tcttcgggca gcgacttctc caggaggtcg ttcacggcgg ggacggtcag
    11281 cttgatggcc acacgcacga tgaggatgct gacgacgacg gccgcaatgg ggtcgagcac
    11341 cgtccagccg tgtccgagga agatggcgcc gccgatgcct aacgctgtgc cgacggacga
    11401 gagggcgtct gagcgatgat gccaagcgtt ggcgataatc gttgagctat tgcgccgtcg
    11461 gccggcggag agcgtgacac gatagagcag ctccttgact acgatcgaga cgagcgcagc
    11521 gatgagtgcg atgtggcccg gcgcttcgag ctcgtagctg aggaagagga cggcgtggat
    11581 cttagccgcc ccctcccaga agatgccgat accgacgaag agcagcacga tgccgatgat
    11641 ggacgtggcc agggtctcat acttgccgtg gccgtagtcg taatccttgt cccaggggcg
    11701 ggccgagaga cggaggcaga ggaagacgat gaggtccgtg gcgaagtccg agagcgaatg
    11761 caccgcgtcg gccatcatgg cgccactatg cccgcctaca ccggcggcga atttgaagag
    11821 gagtagcagc agattgaccg ctgccccagc ggcgatgatg ccgacgagtg cccgttcacg
    11881 tgcgctgtct gtcggttcgc cgcagggggt gtttggggtg atcccagcca tcgtcagagg
    11941 cgctccgaag ccagttcggc cagggcgcta cgctcgcctt tgaccagatt cacgtgcgca
    12001 aagagtcgct cgccacgcat cttatcgatc atgtaagcca gaccgttgct ctgggcgtcg
    12061 aggtagggcg agtcgatctg ctcgatgtct ccggtgaaga ccatcttggt gccctcgccg
    12121 gtgcgcgtga tgatggtttt gatctcgtgc ggcgtcaggt tctgcgcctc gtcgacgatg
    12181 cagaaggtct ccgagagact ccgtccgcgg atgaaggcca gcgcctcgat cacgagccgg
    12241 tcgctcttct ggagctcatc cagccggcgc agatccttcg acccgggggc gagttgggca
    12301 cggatcacgt taaggttgtc gaagagcggc tgcatgtaag gcgccacctt gtctttgccc
    12361 gacccgggca ggtagccaat gtctttgttg gccagcgcca cgatggggcg cgccaggagg
    12421 atctgcttat agtcgtccat ctgtcggaga gccgaagcca gcgccagaag cgtcttgccc
    12481 gtgcctgcgc gaccggtgat gccgacgagc ttcacctccg gatcgttgag cacctcgaaa
    12541 gcgaagctct gctccacgtt gcggggccgg atgccaaggc ccacggccgc gcccttgtcc
    12601 acacggtgga agcgctcggt gaagggcaca tagcgcgcgg gcacagagtt tcggtggctt
    12661 ttgaggatga agcaggcgtt cggttcgggg cgtttgggta gcccaaaaag gtcggcgtcg
    12721 acaccttcgg gcgtggcgta gaggcggtcg ataagctccg ggtcgatgcc ctcgtagacg
    12781 gtctcatttt cactgaaggg cacgaaatcc gtcaccttgt ccgtgaaata atcctcaacc
    12841 ggaatgccca gcgcgcgggc cttcatacgc atgttgatgt ctttggtgac aaggatggtg
    12901 agcatgtccg gatgtcgctc ggccacggtc acggctgcgg agaggatgcg gtggtcgggg
    12961 atacgctcgg ggaaggagtt ggccacgcgc ctctggtaat ggtcgcccac gacgacgtag
    13021 agcatgccgc gtcccgggcc gagcgatgcg ccgcgcaggt gcagctcgtt ggaggtcagt
    13081 tcgtcgagcc gacggacgaa ggcgcgggcg ttgtaatgga tctgttcact gcccttcttg
    13141 aatcggtcca gctcctcaag cacggtgatg ggcagataga tgtcgttgtc ctcgaaatgg
    13201 tcgatgcaac tgtagtcgtg caggatgacg ttggtgtcta agacgaagtt ctttttcata
    13261 acgagtaaga tgtgtgtagg gtgaatggtt ggtggttatc cgaggctcgg agaatcgggg
    13321 gcgaaataag gggcttttcg ccgaaggcgg ggatccgtgt ctcgtcttgc cgcagttttt
    13381 ggtccgaaaa gaacactcgt tccctccctt ctacagctat agaaagtctc aaaccattgg
    13441 tttggcctaa atcggggtcg ggttttgctt caaaccattg gtttggccca aatcggaggt
    13501 gggttttgct tcaaaccatt ggtttggcct aaatcggggt cgggttttgc ttcaaaccat
    13561 tggtttggcc taaatcgggg tcgggttttg cttcaaacca ttggtttggc tcaaatcgtg
    13621 ggtcggtttt gcttcaaacc attggtttgg cctaaatcgg ggtcgggttt tgcttcaaac
    13681 cattggtttg gcccaaatcg gaggtgggtt ttgctt
//
LOCUS       SEQF2634|AYYE01001231.1 1199 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1199
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             37..1164
                     /locus_tag="SEQF2634_02097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLFYDRGQRYLLFRDQPATLPKQAIVPQVLLTTWILHGRVYFK
                     DGNKALLRNTETGRLRFYADATWVFQLSTGQLTGSFRTDGQSMHFTLTPPSLKTSPSE
                     AYYLRQALERVTSYKIYDNELQLYVGGEEAYLTFKKAKIGTGRINEHLCRPWKLVGFG
                     HTAGGSLQELTGADRLSNKAFLVEFRDNGMLYALSSTNEFDGEYSVDGQSLRMNVGGG
                     TMVNETKEGHAYVQALHAAERFELQKDGQLKLFYNQGRDYLLFRDGLSLVSSTPPAEL
                     LGKWTLAQIITFSQPPVVFEPGEQTITFHKSGYVDIEGYKLFGSIPEDQLSYGYRPWG
                     KENTLFIGWTYFTYNLEGETLTMSNGVDIDGPRYVFKRLRK"
ORIGIN      
        1 agcgtcgaga gttaccgtgt cgataatgaa caccaaatgc ggctcttcta cgatcggggt
       61 cagcgctatc tgctcttcag ggatcagcct gcgacactgc ccaagcaggc tattgttccg
      121 caagtcctgc tcaccacgtg gatcttacac ggccgtgtgt acttcaagga cggaaataag
      181 gcccttctcc gaaataccga gacaggccga ctccgcttct acgccgatgc cacttgggtg
      241 ttccaactct caactggaca gctcacgggc tccttccgca ccgatggtca gtcgatgcac
      301 ttcaccctca cacctccatc gctgaaaact agcccaagcg aagcctacta cctccgtcag
      361 gcactggaac gggtgacgag ctataagatc tacgacaatg agctgcagct ctatgtgggt
      421 ggagaggagg cgtatctcac tttcaaaaaa gcaaagatcg ggacaggtcg catcaacgag
      481 cacctctgcc gaccgtggaa actcgtcggg ttcggacaca ccgcaggtgg ctcgctgcag
      541 gagttaaccg gagcggatcg cctttccaac aaggctttct tagtcgaatt tcgagacaac
      601 ggtatgctgt atgcgctctc ctcaaccaat gagttcgacg gcgagtactc cgtagatggt
      661 cagtcgctcc gtatgaacgt aggcggaggc accatggtga acgaaaccaa agagggccat
      721 gcatatgtcc aggcgctgca tgcggcggaa cgtttcgaac tgcagaagga cggacagctg
      781 aaactcttct ataaccaagg tcgcgactat ctgctcttcc gcgatggtct ctcgctcgtc
      841 tcctccacgc cacctgccga gctgctgggg aagtggacac tggcccagat tatcaccttc
      901 tcacaacctc cagtcgtctt tgagcctggc gaacagacga taacgttcca caagagtggg
      961 tatgttgata ttgagggata taagctcttt ggcagcatac ctgaagatca gctgtcttac
     1021 ggctatcgtc cgtggggcaa ggagaacacc ctctttatcg gttggacgta cttcacctac
     1081 aatctggaag gcgaaacact gacgatgagc aacggagtag acatagacgg tccgaggtac
     1141 gtcttcaaac ggctaaggaa gtgatcgcag ccctcccccc gacaacccca ttttttgga
//
LOCUS       SEQF2634|AYYE01001232.111574 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             768..1163
                     /locus_tag="SEQF2634_02098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWELDIDLLQIVFPGAPYFDKFVPKPRRVGGFNLLFPRQIAHG
                     EALLGSFFYFADRALIYHLATKPSRGRADVNNVIRSPNNLLVMLYYDDRVPLRLQLPE
                     HSDQLIRIVRMETDARLVEYIKRAHEATS"
     CDS             1605..1958
                     /locus_tag="SEQF2634_02099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNREVLFRCRPHKIASPLIHHLTPPASDRALINRQVFIRDHKVL
                     IDTYYPSEALTLRAGAHRIIKIEHHLGRLLECQAVSLESFGKFEDLRLGTRRSVDAEA
                     ACLMPFIESRFHGVG"
     CDS             2223..2702
                     /locus_tag="SEQF2634_02100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLHLLARDRRKSTTQSGEQQSEVIIDFSRRPDRRSGIPDAYLL
                     LNGNGRGYTFNIITFRLAHSAKKLSGIGRKTLHIASLALGIERIESQRRLSAARKPCN
                     DHETVSRDTYIYIFQIVDPCALDKDAIIVLPCGLFHLGYGHFVACDEIYVWCKWPQR"
     CDS             3832..4455
                     /locus_tag="SEQF2634_02101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYAIRPYRVTGKHIDFLRSHVGAYCIRPTGRHPKDGECTKRVN
                     FSGYNDHIIPKRVTFSISIMYPAIFPDLGRGLDFLLPSFLVSRQEKKVEARRIRYTEY
                     HFNDDECGKRDTFSGYKDLITRKRITFLGYSFHRWNVCGSYAIRPYRVTRKRIAFLRY
                     NDQITPKRITFSIFIMYPASFPGLGRGLDFLLPSFLVSRQEKKVESR"
     CDS             6057..6644
                     /locus_tag="SEQF2634_02102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKFILWFSVLFLLLMVATGCEKEHSVSMPKTDKVAAIFELSY
                     GQHKNITYGKNEKIEISLQNVIDSVTVNCALADFQKPEDMLSVRTHAYLRINKSAELV
                     KVSSKPCGAIDYRKDGDDIQDVVRYINEEIIETPAYKSDPSYFLQPFVMLFGEGTSIQ
                     NTSLRIYMAKSYPNLFEMRNAQLKDYKFIFILTRQ"
     CDS             6655..7539
                     /locus_tag="SEQF2634_02103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKIFLSVSLSLLFLVSLRPQEIVSADKFINVFEANNATWTCHW
                     DFNKEGIKIPFSITQLYGDTTLNGQKWRIVNIDKDAKGLVRTENKRVMFKPYPGYERM
                     VHPEYLKLEEAVIYDFSLEIGDSVAPIGLAPFGKVDKIDSVELEDGCKHKRIHIGNYR
                     YIEGLGNEISSPFFMISRAYPTMPSIPTFVCCHVNDKLLYRNPKYSDCNGSGMHNELV
                     AEPKTKLQFSDGRITVSLEDGREFDVAVFNIQGVLIKQQKGNRYKSTISLGANRSVYF
                     VQIRVGEHVYTHKIASIN"
     CDS             7743..8786
                     /locus_tag="SEQF2634_02104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFAPFWLWFLVLFCLSSVKVQLFCQDSHLFIGPKPTNWASSGN
                     SPGVYLGPNWGIEFSENGLNFWRPFGSSNWGNYKLFIDQSGKIGIGRKPITHALEVNG
                     RVWTTQGLLITSDERLKRNVVDINGMCLSKLAKLNGKFYEKQISSETDRRKNMMKMLS
                     EGKISNEESQAALSSLSRVADGDSYKKEFGFMPQEVKELFPELLEQDADGIYAVNYTG
                     FIPILVEAIKELQVKIKALENNGQVSLRSGEKSVSSYGDNIVGEEYLSQNAPNPIENS
                     SKINYSLPEGTTSAAIAFYSINGAEVKNVPLDVNVRSGSITVTSADFATGLYVYKLIA
                     NSVLLGFKKLISK"
     CDS             8792..9721
                     /locus_tag="SEQF2634_02105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHIVCFLILLTTLPLAKVFGKDEYKYTPLLAGNKQWNVLEERS
                     EEGRWTYIYKLDGDTIINGRKYWILYHTVDKKAKRWRKQGYLYEDTAQKKVWFHSLQN
                     NHDGLIYNFDVTEGDTVYTMSRFTADFKEKHDSIRHIVKKTDTIRINDRDYRRIIVES
                     TYIGMSGTSHYSFENEWIEGIGSKKGLFSIYVMLPGSFNETLLAFYHDGKLVYKSPEY
                     KDVFIWETVGNESIGDMQIFVSPDGRILHLGNAGFASPCTVVLYSIQGAVVFRQIIAP
                     HTAVVGMPLLLQGVYVVNIHSRTIEMSRKVIIK"
     CDS             complement(10059..11294)
                     /locus_tag="SEQF2634_02106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISPPSKDLMKTLTYNFRKVDRDQADILLSGQLSADGKLTA
                     ERVFREMTAYIPSGARTKNIVFHASINPRPDEPLSDDRLRTIAREYLRRLGYGDQPFI
                     VFKHRDIAREHIHLVSTRVRHDGSKIRDTMEHVRSTRIMRSLEAQFGLLPSQKKEDVS
                     VKPSAVDIDTGDIKRQVAAAVKHVLGRYAFQSVGEMNLLLARFRVTAEEVKTERKGRP
                     FDGIVYAATDADGHKICTPIKASEIGRKVSYAALRCHFEQSKSVVRERAGAIRRAIAD
                     VMQTSPDRVEFIDRMRGHGIETVTRINTAGRLYGITFIDDANGIAVNGSRLGKGFAAN
                     VFNAYFAGEPNPFLEMSRPKEKEERADVVDELTESPNDMLSTEIDLSLQVHGADLREL
                     AFQRRLRNRARVRLRRKPR"
     CDS             complement(11291..11524)
                     /locus_tag="SEQF2634_02107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVDKSREDFVRRLTEFTAALNKIGVLYNQAVCAINTYHSPKTA
                     VAMLRKLEGYAADILRLQERVVALTESFRTIDR"
ORIGIN      
        1 tgccccaggc ggatcagatc ggagaaggct ttgagtaggg tcttaatatc gtggaaatga
       61 aggccagtcg taggttcgtc gaagatgaac atcgtcgccg gatgctgctt ctctaatcct
      121 aaatagtagg ccaatttgac gcgctggttc tcgcctccag atagggtcga cgaggattgc
      181 ccaagtttga tataccccag tcctacttcc tgcaaaggcg tcaagcgagc gactattttc
      241 ttggcttgtt tgtcgtcctt ctgcgcgctg aagaactcca tcgcctgtgc aaccgtcatc
      301 tcgagcacgt cgtaaatgtt caccccgtga tattccacct ccagcgtgtc ggcgttgaac
      361 ctccgcccgt gacaagcctc acactcgagc gtgatgtcgg ccataaactg catttcgacc
      421 gtgatccgtc cctcgccttt gcactcctcg cagcggccac cctccttatt gaacgagaaa
      481 tgggctggtg tgtaacccat ttgcttcgaa agcggttgtt cggcaaagag tttccgtatt
      541 tcttcatacg ccccgatgta tgtgacgggg ttcgacctcg aacttttccc gatcgaattt
      601 tgatctatga actctatgtt cttgatatgc tgcacatcgc cctcgatagc aagacactcc
      661 acggttagag gcgcattgtc cagcagttgt ttcaatccct catacaaaat atcccgaacg
      721 agcgagcttt ttcccgaccc actgaccccg gtaacgaccg tcatggcatg aagtgggaac
      781 ttgacatcga tttgcttcag attgtttttc cgggcgcccc gtacttcgat aaattcgttc
      841 caaagccgag gcgcgtcggg ggcttcaatc tgctcttccc ccgtcagata gcgcacggtg
      901 aagctctcct tggctccttt ttctatttcg ctgaccgggc cttgatatac cacctcgcca
      961 ccaagccgtc ccgcggccgg gccgatgtca ataatgtaat ccgcagcccg aataatctcc
     1021 tcgtcatgct ctactacgac gaccgtgttc ccctgcgcct gcaattgccg gagcactcgg
     1081 atcaattgat ccgtattgtg cggatggaga ccgatgctcg gctcgtcgag tatataaagc
     1141 gagcccacga ggctacttcc tagcgaggtg gataggctga cgcgctgact ctcaccgcct
     1201 gaaagcgacg cagataggcg atcgagcgtc aggtaaccga gtcccacatc gaggaggtac
     1261 tgaatccggg ccgtgatctc ggtcaatagt cgctttccaa ttgttgcctc ggtctcgttg
     1321 agccttaaat cggagaaaaa agcacgtagt tcggtgatgg gcatagatac cagttcggtg
     1381 atagtccgtc caccgacgcg gacatagagc gcttcgggtt ttaagcgcgt cccgtggcac
     1441 gtggggcagg tcgttttgcc tcgatagcgc gcaagcaaca cccgatactg tattttatac
     1501 acattgacct ccacgtctgc gaaaaaatcg tcgatgccat tcacatcctc tgccccatgc
     1561 cagagcagat ggcgctcctc atccgttaga tcgtaataag cacgatgaat cgggaagtcc
     1621 tttttcgatg ccgtccgcat aaaatcgcgt cgccactgat ccatcacctc acccctccag
     1681 caagcgaccg cgccctcata aaccgacagg tttttatccg ggatcacaag gtcctcatcg
     1741 atacctacta cccgtccgaa gccctcacat tgcgggcagg cgcccatcgg attattaaaa
     1801 ttgaacatca tctcggtcgg ctcctcgaat gtcaggccgt cagcctcgaa tcgtttggaa
     1861 aattcgagga cctcaggctc ggcaccaggc gtagcgtaga cgctgaggcg gcatgtctca
     1921 tgcccttcat agaaagccgt ttccacggag tcggctaatc ggttcttaaa gagcttgtcg
     1981 tcggacactt cgaggcggtc aatcaaaata tatactcctt ccgtgggcca cttttcctgt
     2041 tccaacacct cttgaaggcg catcacgcgc ccgtccgcct ctattctcgt gtaaccctct
     2101 ttttgcagga tctcgagttg ctccttcatc gtcctccctt ccggtaaaac gatcggcgca
     2161 tagaccgcca accgggtgcc agtcgggtag gagagcgcct tttcgactac atcagacact
     2221 tgatgcttct tcacctcctg gccagagaca ggcgaaaaag tacgacccag tctggcgaac
     2281 aacaatcgga ggtaatcata gatttcagtc gacgtcccga ccgtcgatcg gggattccgg
     2341 acgcttacct tctgctcaat ggcaatggcc gggggtatac ctttaatata atcacattcc
     2401 ggcttgctca ttcggccaag aaactgtctg gcataggccg aaagactctc cacatagcgt
     2461 cgttggccct cggcatagag cgtatcgaaa gccagcgacg actttccgct gcccgaaagc
     2521 cctgtaatga ccacgaaacg gtctctcggg atacgtacat ctatattttt cagattgttg
     2581 acccttgcgc tcttgataag gatgcaatta tcgtcttgcc atgtggcctc tttcatcttg
     2641 gatacggtca ttttgttgcg tgtgatgaga tctatgtctg gtgtaagtgg ccacaaaggt
     2701 agggcgaata agtctttgat acactgagtg tccatctcaa aaagacgcgc cacttcaaaa
     2761 aaggaaaagc ccccatctac acgaagtttt acattaaaat actttgattg atcggcgaaa
     2821 cgcggcaaag gcaaaacatc catcttagat ggaagactca aacgcggcgc gttttgcacc
     2881 tccaactaag ttggaagtcc caaacgcggc gcgtttttca cttcctacta ggtagcaagt
     2941 cccaaacgcg gcgcgtttca cacttcctac taagtagcaa gtcccaaacg cggcgcgttt
     3001 tacacttcct actaggtagc aagtcccaaa cgcggcgcgt ttttcacttc ctactaggta
     3061 gcaagtccca aacgcggcgc gtttcgcact tccaactaag tagcaagtcc caaacgcggc
     3121 gcgtttttta cttcctacta ggtagcaagg ttgaggcgcg ataatttttc gaccgtcagg
     3181 gtaggggcgt attgcatacg ccacaccgga caccatccca aggatggcga atgcgcaaaa
     3241 catgatatgt ttttaggtta ttcattccat agatagaacg tttgtggggc gtatgcaata
     3301 cgcccctacc atgttaccag aaaacgcgtt gatttttcgg ggttccatgt aggggcgtat
     3361 tgcatacgcc ccaccggacg acataccaat gatggagaat gcgcaaaacg tgatacgttt
     3421 ttgggatata aggatctaat aatcagaaaa cgcgtcacgt tttcaggtta ttcgttccat
     3481 agatggaacg tttgtggggc gtatgcaata cgcccctacc atgttaccag aaaacgcatc
     3541 acgttttcta ttttcatcat gtacccggcc atcttccccg gcctcggcag aggccttgat
     3601 tttcttttgt cttcttttct tgtatcaaga caagaaaaga aggtagaggc atgatgaata
     3661 cgcttcgccg aataccattt taatgatgat gaatgtcgaa aacgtgatac gttttcggga
     3721 tataaggatc taataaccag aaaacgcatc acgtttttgg tgttcatatt caatgaatga
     3781 tagaaacgca tcacgttttt aggatattcg ttccatagat agaacgtttg tgtggcgtat
     3841 gcaatacgcc cctaccgtgt taccggaaaa catattgatt ttttgagatc tcatgtaggg
     3901 gcgtattgca tacgccctac cggacgccat cccaaggatg gcgaatgcac gaaacgcgtc
     3961 aatttttcag gatataacga tcatataatc ccaaaacgcg tcacgttttc tatttccatc
     4021 atgtatccgg ccatcttccc cgacctcggt agaggccttg attttctttt gccttctttt
     4081 cttgtatcaa gacaagaaaa gaaggtagag gcaagaagaa tacgctacac cgaataccat
     4141 tttaatgatg atgaatgtgg aaaacgtgat acgttttcgg gatataagga tctaataacc
     4201 agaaaacgca tcacgttttt aggttattcg ttccatagat ggaacgtttg tgggtcgtat
     4261 gcaatacgcc cctaccgtgt taccagaaaa cgtatcgcgt ttttgagata taacgatcag
     4321 ataaccccaa aacgcatcac attttcgatt ttcatcatgt atccggccag tttccccggc
     4381 ctcggcagag gccttgattt tcttttgcct tcttttcttg tatcaagaca agaaaagaag
     4441 gtagagtcaa gatgaatacg ccccaccgaa taccatttta atgatgataa atgcgcaaaa
     4501 cgtgatacgt tttcgggata taaggatcta ataaccagaa aacgcatcac gttttcaggc
     4561 tattcgttct atagatggaa cgtttgtggg gcgtatgcaa tacgccccta ccgtgttacc
     4621 agaaaacgta tcgcgttttt gagatataac aatctaataa tccgaaaacg catcacgttt
     4681 tggatattca tattcgatga atgatgaaaa cgcggttcat tttccggata tattgatctt
     4741 gtggtataaa aatcgggggc tttgccccca tgcccctacc ttcttttctt gtatcaagac
     4801 aagaaaagaa ggcaaaagaa aatcaaggcc tctgccgagg ccggggaagt tgaccgggta
     4861 catgattgat cttgaaaatg gatcacgttt tccggatata ttgatcttag ggtatcaaaa
     4921 tcgggggctt tgcccccctt gcccctactt tcttttcttg tcttgataca agaaaagaag
     4981 gcaaaagaaa atcaaggcct ctaccgaggc cggggaaatt gaccgggtac atgattgatt
     5041 ttgaaaacgt atcacgtttt tggggtataa cgatctaata atccgaaaac ggatcacatt
     5101 ttccgaatat attgatcttg ggatataaaa atcgggggct ttgccccctt gcccctacct
     5161 tcttttcttg tcttgataca agaaaagaag gcaaaagaaa atcaaggcct ctgccgaggc
     5221 cgaggaagtt aaccggatac atgattgatc ttgaaaatgc gtcaattttt caggatataa
     5281 tgatcgtata aattgaaaac gtacttttta cggcttgcac cgatggtgca agcatttcca
     5341 aaggcacttt ggccgctaca gcatgctatc taagacattc tccccataaa acaaaagagt
     5401 tagggctcaa gtatctgtca atgagtggat actgattgtt ccactcaccc aaagagaacg
     5461 aataagaaac gagcgaggtg cttctgcatt cgtctctttg ctgtagtcat aagacatccc
     5521 atttctcgcc cgcaaaggtg ccaaaatctt cggcaaacgt cacagcaaaa gtttgaaggc
     5581 atgcgaaaat cctgcaatgg ctacgaaggc tcacccttcg atgatcagat agcagttcct
     5641 cgtcgaaatg ctgtcgatgg cggagggtat ctcctccacg ttcatatcag acttgacggg
     5701 cgcctgacga atgatcactt atcagaaagt tttccctctc tgcaagtttc ataggacacg
     5761 agaagcgaga atcgagggaa agtaaagtat ttctttgatt aaaaagtttg atttgtagaa
     5821 aaaagagttc tttttttttg ggggggtaag atatcaagaa ttacaggaaa tagctttcgt
     5881 attacaacta cacacactat atttgcgccg aatatttaac aggacagtcg tatgaaaacc
     5941 atagatgaca ctccgccaga cttgtcaagg cgcccttagg aaccgcaccc cggaggcgca
     6001 gcgagataaa tcgatccgga agcgaagttt gtgattaacg aaaaacatga tgagaaatga
     6061 aggcgaaatt cattttatgg tttagtgtcc tcttcctact actgatggta gcgacggggt
     6121 gcgagaaaga gcattcggtg tcgatgccga aaacggataa ggtggccgcc atctttgaat
     6181 tatcctacgg ccaacacaag aacatcacct atggcaagaa cgagaagatt gaaatatcac
     6241 tccaaaacgt gatagacagt gttacggtaa attgtgcctt ggccgatttt caaaaaccgg
     6301 aggatatgct gtcggtaaga acgcatgctt atttgagaat caataaaagc gcagagcttg
     6361 ttaaagtctc gtcgaagcct tgcggagcaa tcgattatag aaaagacggg gacgatatac
     6421 aagacgttgt tcgctatatt aatgaagaaa tcatagagac cccggcttat aaaagtgacc
     6481 catcatactt cttgcaacct ttcgtcatgc ttttcggcga aggaacgtct atacaaaata
     6541 cgtctctgag gatttacatg gcaaagtcgt atcccaatct gttcgagatg cgcaacgctc
     6601 aactcaaaga ctataaattc atctttatac tgacccgtca ataaataatc ggttatgaga
     6661 aaaatatttc tatctgtgtc attatcgctt ctattcttag tatcacttcg tccgcaggaa
     6721 attgtttcgg ctgataaatt cataaatgta ttcgaagcga acaatgcgac ttggacatgt
     6781 cattgggatt ttaataaaga aggaattaag ataccattca gcataaccca gttatacggg
     6841 gatactacgc tcaacggaca gaagtggaga attgtcaata tagacaagga cgctaaggga
     6901 cttgttcgca ctgagaataa gagagtgatg tttaagccct accctggata cgagagaatg
     6961 gtacatccag aatatctgaa actggaagag gcagtgatct atgatttctc tttagaaata
     7021 ggagatagcg ttgcaccaat tggccttgct ccatttggca aagtggataa aattgattca
     7081 gtcgaattag aggatggttg taagcataag agaatccata ttggaaatta taggtatatc
     7141 gaaggattgg ggaatgaaat tagttctcca tttttcatga tatcccgagc ttatccaaca
     7201 atgcctagta taccaacttt cgtgtgctgt catgtcaatg ataaattgct ttaccgaaat
     7261 ccgaaatatt cggattgtaa tggaagtgga atgcataatg agttagttgc agagccgaaa
     7321 acaaagctgc aattttccga tggacgaatt accgtgtcac ttgaggacgg gcgagaattt
     7381 gatgtagctg tattcaatat tcaaggtgtt ctcataaagc agcaaaaggg gaatcgttat
     7441 aaatccacta tttctcttgg tgcaaatagg agtgtttatt ttgttcagat aagagttggt
     7501 gaacatgtct acactcataa aatcgcaagt attaattagc agcacgtttc ttattaggca
     7561 agacattctt atgtagaata ttttatatac taagccgagg gtttagctac acactgctct
     7621 ctcggctgtg ctcgacatga gtagcgtcta atactgaaag ccccgaatag actcttgttg
     7681 taatgaatcg cataagccca aaccagttat tagattaata aattgtatta tgaaaaggta
     7741 ttatgttctt cgcgccgttt tggctttggt ttttagtgtt gttttgtcta tcttccgtta
     7801 aggtgcaatt attttgtcaa gacagtcatt tatttatcgg gcccaaacca accaattggg
     7861 catcttcggg caattctcct ggagtgtatt taggtccgaa ttggggaatt gagttttctg
     7921 aaaatggttt gaacttttgg agaccatttg gttcatctaa ttggggtaac tacaagctat
     7981 ttattgacca aagcggaaag attggtattg gtcgtaagcc gatcacgcat gctctcgaag
     8041 taaacggaag agtttggaca actcagggat tgctgattac ctcagatgaa agattgaaga
     8101 gaaacgttgt tgatatcaat ggcatgtgct tgagtaagct ggcaaagctc aatggtaaat
     8161 tctacgagaa acagatctca tctgagacag atcgacgaaa gaacatgatg aaaatgctct
     8221 cagagggcaa gattagcaat gaggagtctc aggccgcatt atcatcattg tcgagggtag
     8281 cagatggaga cagttacaaa aaggagtttg gcttcatgcc acaagaagtc aaggagcttt
     8341 ttcccgaatt gttggagcag gatgctgatg gaatatatgc tgtgaattac acaggtttta
     8401 taccgatact tgttgaagca attaaagaac ttcaagttaa gatcaaggcg ctggaaaata
     8461 acgggcaagt atcacttaga agtggagaaa aatcggtatc ttcttatgga gataatatcg
     8521 ttggagaaga gtacttgtct caaaatgccc ccaatccaat agagaacagt tccaaaataa
     8581 attattcctt accagaaggg acaacaagtg ctgcgatagc attttattca ataaacggcg
     8641 cagaggtgaa gaacgttcca ctcgatgtga atgttcggag cggatcgata actgttacgt
     8701 ccgctgattt tgccactgga ttatatgtct acaagttgat tgctaatagt gtcttattag
     8761 gatttaagaa attaatcagc aaataaacac catgagacac atagtctgtt ttttgatttt
     8821 gcttacaact ttgccactgg cgaaagtgtt tggaaaagat gaatataaat acaccccctt
     8881 gttagcaggt aataagcaat ggaacgtatt ggaagaacga tctgaagaag gtcggtggac
     8941 ctatatatat aaattagacg gcgacacaat aatcaatgga cgaaaatatt ggatccttta
     9001 tcatacagtt gataagaaag caaaaagatg gcgcaaacag ggctatctat atgaagatac
     9061 tgcccaaaaa aaagtatggt ttcactcctt gcaaaataat cacgacggat taatatataa
     9121 ttttgatgtg acagaaggcg ataccgtcta tacaatgagt aggtttactg cggatttcaa
     9181 agaaaaacat gactcaatcc gtcatatagt gaaaaagaca gatacgatta gaataaatga
     9241 cagggactac agacgaataa tcgttgaatc tacttatata ggtatgtcag gtaccagtca
     9301 ttactctttt gagaatgagt ggattgaggg gataggtagt aagaaaggac ttttcagtat
     9361 atacgttatg ctacccggtt ctttcaatga aacactttta gcattttacc atgacggtaa
     9421 gctggtgtat aaatcaccgg aatataagga cgtgtttatt tgggagacgg tcggaaacga
     9481 atctattgga gatatgcaga tatttgtctc tccggatggc cgcatattgc atctcggtaa
     9541 cgcaggtttt gcctcaccct gtacagttgt actatattcg atacagggag cagttgtatt
     9601 tcggcaaatt atcgcgcctc atacagctgt ggtcggcatg cctctcttac tacaaggtgt
     9661 ttatgttgta aatattcatt caagaacgat agaaatgtca aggaaggtta ttataaaatg
     9721 aaataaagca tagagtataa aacagtgata ttaacaacaa ttggatcatt gttattgatt
     9781 tttattcatc cttacatgta aaatcttgaa gtgttcaaga tgtgggaaaa gacgcaatcc
     9841 cagctgatac aaaagtattt taagaacaat agtgagacag gactaacaag caggacacct
     9901 tagaggatga aggcggcaat ttatgaatga tatccttttt gaaaagtaag gctgaactca
     9961 gagggtttag cgccactttt ttttcaagta ggatgaaacc ctcagggttc agcgctccaa
    10021 cgaccgtcga agggtaaaac cctcggggtt caggactgct accgcggttt tcggcgtaag
    10081 cgcacgcggg cgcggtttct cagccgacgt tggaaggcca attctcggag gtcggcgccg
    10141 tgtacctgca aactgagatc gatctccgtc gagagcatgt cgttcggact ttctgtcagt
    10201 tcgtccacca catccgcccg ttcttctttc tcttttggcc ggctcatttc gaggaacgga
    10261 ttcggttcgc ccgcgaaata ggcattgaac acgttcgctg cgaagccctt cccgaggcgc
    10321 gaaccgttga ctgcgatgcc gttcgcatcg tcgatgaagg taatgccata cagacgtcca
    10381 gcagtgttga ttcgggtcac ggtttcgatg ccgtgcccac gcatacggtc gatgaactcc
    10441 acacggtcgg gcgaggtctg catcacgtcg gcaatcgcac ggcggatcgc tcccgcccgc
    10501 tctcggacaa cgcttttcga ctgctcaaag tggcaacgaa gtgccgcgta actgaccttt
    10561 cgaccgatct cggaggcctt gatcggcgtg cagatcttgt gtccgtcggc atcggttgcc
    10621 gcgtagacga tcccatcgaa gggcctaccc ttccgctccg ttttgacctc ctcggccgtc
    10681 acacggaaac gcgccagcag cagattcatc tctccgacag actgaaatgc gtacctcccg
    10741 agcacatgct ttacagcggc cgcaacctgc cgcttgatgt ctcccgtatc aatgtcgaca
    10801 gctgacggtt tgacagaaac gtcctctttc ttctgactgg ggaggaggcc gaattgcgcc
    10861 tccagactcc gcatgatgcg ggtgcttcgg acgtgctcca tcgtgtcccg gatcttgctg
    10921 ccgtcgtgcc tgacccgcgt cgagacgagg tgaatgtgtt cccgtgcgat gtcccggtgc
    10981 ttgaacacga tgaagggctg gtcgccgtaa ccgaggcgcc gcaggtattc gcgtgcgatc
    11041 gttcggaggc ggtcgtcgga gagtggctca tcggggcgag gattgatcga ggcgtgaaag
    11101 acgatgtttt tcgtccgcgc accactcggg atgtaggcag tcatctcccg aaaaacgcgt
    11161 tcggccgtca gctttccgtc tgccgaaagc tgcccggaca ggaggatgtc ggcttgatcc
    11221 cgatcgactt tccggaagtt gtacgtgagc gttttcatca ggtctttgga gggcggcgag
    11281 atcttcgcaa tcatcggtca atcgtgcgaa aggattcggt taaggcaacg actcgctcct
    11341 gcaaccggag gatgtcggcc gcatagccct ccaacttacg gagcatggca acagccgttt
    11401 tcggagagtg atacgtattg atggcgcaga ctgcttggtt gtacagcacg ccgatcttgt
    11461 ttagcgcggc ggtgaactcg gttagcctgc gaacgaagtc ctcacgactc ttgtcgacgg
    11521 tcacgacgcg gaaatgctca tctaagatgc gcgctcggat gtactccgtt ttcg
//
LOCUS       SEQF2634|AYYE01001233.1 1410 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(440..799)
                     /gene="xerD_9"
                     /locus_tag="SEQF2634_02108"
                     /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="MGQGRTEGLWFREFPVNSHFNRKIRELLVKAGCSPHIEASSHTA
                     RHTFATTICLENGLPIETVSRMLGHRFISTTELYAKVSKQKIAQEMRPLMGSEQTQKL
                     RRALRVCPPRKGMLEKK"
     CDS             complement(751..1119)
                     /locus_tag="SEQF2634_02109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEAGLREDPFDLIDIGTPAYERNTLSAEDLQRLLAYRPHRSVD
                     NHVRLIFLLGCFTGLAFSDLKKLRMEDVYTLGDGRRYLSICRTKTQNGSIVPLCPSPK
                     RYSPTWGRVAPRGYGSGSFP"
ORIGIN      
        1 ttatgcccga ccatggagaa ggggattttg cccgtatctc tcaaggtctg cagggtgcga
       61 gggctgatgc tcagccggcg gcacacggcg tcgttgtcga gccattcgtc ggcctcgggc
      121 gggttgccaa tgagccgctc gatgcggtgg ataaagtcgg caaaggcgga gcgatgtcgc
      181 tcccaagcct tactgtctac aaggatgatt tgcatggtgt ttcgataagt atgaggttgc
      241 gtaattggat tgaagcaagc aagcgcgact gctcgcgctt gctgtttctt ttgacggcaa
      301 aagtcggcga gaggacacgc ggaaccatgg atcaatggaa catcgaggat accaatggaa
      361 cactgaggat aaggagggaa aacgctggaa acaggtgggc ttaatcgtga gaaaatctcc
      421 ggcaggccgc ctgccagcat cactttttct cgagcatccc ctttcttggc ggacagactc
      481 gcaaggcacg gcgtagcttc tgcgtctgct cgctgcccat cagtggacgc atctcttggg
      541 caatcttctg cttgctcacc ttggcatata actccgtggt ggagataaaa cgatgcccca
      601 acatccgact caccgtctcg atgggcaggc cgttctctaa gcagatggtg gttgcgaaag
      661 tgtgacgcgc ggtgtgcgaa ctggcctcga tgtgcggcga gcaaccggcc ttgacgagca
      721 gctcacggat cttgcgattg aaatgactgt tcacgggaaa ctcccggaac catagcccct
      781 cggtgcgacc ctgccccacg taggtgagta tctcttcggc gatgggcaga ggggcacgat
      841 gctgccgttc tgcgtcttgg tgcgacagat ggagaggtat ctgcgcccgt cgccgagcgt
      901 gtagacgtct tccatacgga gcttcttgag gtcggagaag gccaagccgg tgaagcagcc
      961 caagaggaag atcagccgga cgtggttgtc cacggagcga tgcgggcgat aagccaagag
     1021 ccgttgcaga tcttcggcac tgagggtgtt gcgttcgtag gccggcgtcc cgatgtcgat
     1081 caggtcgaac ggatcttccc taagtcccgc ctccaacatc gccccataaa acaaaagaat
     1141 ggggatttaa gagcttgtct atgagtgaat actgattgtt ctattcacct aatgggaacg
     1201 aataagaaac gagcgagatg cgcctgcttt cgtctctttg ctgtagtcat aagacatctc
     1261 atttctcgcc cgcaaaggtg ccaaaatctt cggcaaacgt cacagcaaaa gtttgaaggc
     1321 atgcgaaaat cctgcaatgg ctacgaaggc tcacccttcg atgatcagat agcagttcct
     1381 cgtcgaaatg ctgtcgatgg cggagggtat
//
LOCUS       SEQF2634|AYYE01001234.1  465 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 tccaaaaaat ggggttgtcg gggggagggc tgcgatcact tccttagccg tttgaagacg
       61 tacctcggac cgtctatgtc tactccgttg ctcatcgtca gtgtttcgcc ttccagattg
      121 taggtgaagt acgtccaacc gataaagagg gtgttctcct tgccccacgg acgatagccg
      181 taagacagct gatcttcagg tatgctgcca aagagcttat atccctcaat atcaacatac
      241 ccgcattcgt ccccttgacg gggacgtcta atggggcgta tgcaatacgc ccctacccct
      301 tcggatgaaa acaatcgacc gtcagggtag gggcgtattg aatacgcccc acgaacgggc
      361 acgatagggc ccggacaacc ccaacaaatc accctgcgaa ataaccgggc acccgcattc
      421 gtccccttga cggggacgtt ttatggggcg tatgcaatac gcccc
//
LOCUS       SEQF2634|AYYE01001235.1 1308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(413..1126)
                     /locus_tag="SEQF2634_02110"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSLLPNWRLSYDGLVQIPFIRRHFKTMTLSHQYRCVYTVGTYQ
                     SHLSWVGIGRGDRGYIKDASGDPRPSSPYDIASVSITEAFSPLIGIDAMFLNNVTAGL
                     KYQKTRNLNLNITSYQVVETHSGEFTVSLGYKYAEFNKVLKMRKKGDFSNDLMLRFDY
                     SRRRTQSLIRKIENAYTQLTAGTMTQSLQFSADYAFSRAVTVRAYYDLQINTPLISNN
                     SYPTSNADYGISLRFSLAQ"
ORIGIN      
        1 aacaaatcac cctgcgaaat aaccgggcac ccgcattcgt ccccttgacg gggacgtttt
       61 atggggcgta tgcaatacgc ccctacccct tcggatgaaa acaatcgacc gtcagggtag
      121 ggcgcaaaag catacgccct ccaaacgggc acgatagggc ccgggcggtt gtcctaaaat
      181 aaccatcgat aaaacccggt acgggtgttc gtccccttaa cggggccgcc agggagggcg
      241 tattcttttg cgccctaccc attcggacga aaaacatcga ccgccgggct gtcgagcttc
      301 aacatagagc acaaaaaaat gaaccccgac tgagccgggg ttcattggat ggtgtcgtct
      361 gtgggacggt tggccgcggg gccttgacct ttagtagccg ccgcgcggac cactattgcg
      421 ccagagagaa gcggaggctg atgccatagt cagcattgga ggtcgggtag gagttgttcg
      481 agatgagcgg cgtattgatc tggagatcgt agtaggctcg gacggtgacg gcacggctga
      541 aggcatagtc ggcagagaac tgtaggcttt gggtcatcgt accggcggtc agctgcgtat
      601 aggcattctc gatcttacgg atcagtgact gcgtgcggcg gcggctgtag tcgaaccgga
      661 gcatgaggtc gttactgaag tcacctttct tgcgcatctt caacacctta ttgaactcgg
      721 cgtatttgta gcctaaactc accgtgaact ccccactgtg ggtctcgacg acttgataag
      781 aggtgatgtt caggttcagg ttgcgcgtct tttggtactt cagaccggcc gtgacgttgt
      841 tgaggaacat ggcgtcaatt ccgatgaggg gcgagaaagc ctcagtgatg ctgaccgacg
      901 ctatgtcata cggcgatgac gggcgagggt cgcccgaggc gtctttgatg taaccgcggt
      961 cgccgcgacc gatgccgacc caggataggt gtgactggta ggtgccgacg gtgtagacgc
     1021 agcgatactg atggctgagg gtcatggtct tgaagtggcg acggatgaag gggatctgca
     1081 cgagtccgtc gtacgagagg cgccagttgg gcagtaggct gagcatggag gggaaggcgg
     1141 tcagggccgt gcgggatgcg ctgcggccgg tgtatgcggc caggaaggcg gggatgagta
     1201 cgtcggacgc gttctgactg acggggtaga catagacggt ccgaggtacg tcttcaaacg
     1261 gctaaggaag tgatcgcagc cctccccccg acaaccccat tttttgga
//
LOCUS       SEQF2634|AYYE01001236.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ggggcgtatt gcatacgccc cataaaacgt ccccgtcaag gggacgaatg cgggtgcccg
       61 gttatttcgc agggtgattt gttggggttg tccgggccct atcgtgcccg ttcgtggggc
      121 gtattcaata cgcccctacc ctgacggtcg attgttttca tccgaagggg taggggcgta
      181 ttgcatacgc cccattagac gtccccgtca aggggacgaa tgcgggtgcc cggttatttc
      241 gcagggtgat ttgttgggat cgtccgggcc ctaccgtgcc cgtttggagg gcgtatgctt
      301 ttgcgcccta ccctgacggt cgaaaaaaca cgttcgtatt ttgaactcct gagggatcgg
      361 agtaccctta acacgtccgt atttacaact accaagccct catgactgcc aatacggcag
      421 gtattttgaa gtaccgagtg ataggagtgc aaaattcggt gccgtattgt catgctcc
//
LOCUS       SEQF2634|AYYE01001237.1 9142 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9142
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             108..398
                     /locus_tag="SEQF2634_02111"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIVTLGKSLHLRFEGYGFLPLHPIQRTLASDALTGERVRYGKT
                     VETFRYMGEAALVLNLPFISVSLFANGYSYPKNDFNVGLNIGFLLFNPSFVE"
     tRNA            644..718
                     /locus_tag="SEQF2634_02112"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(acg)"
     CDS             complement(856..1449)
                     /locus_tag="SEQF2634_02113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISYRDNFQVKHNDLKPEKGKILISEPFLQDAYFQRSVVLLIEH
                     GGEGSMGFVVNKQTDLIVNDFFPELKERPVIPIYLGGPVSPNHLFFIHSLGMAIPGSV
                     EIGEDLYFDGDFEVLKHHLKSDNSAYGQVKFFLGYSGWTKEQLDSEIVCNSWLVGHSS
                     CRSLILARDDSFWNHVVERLGHPYSTWINYPKNPEMN"
     CDS             complement(1540..2061)
                     /gene="ogt"
                     /locus_tag="SEQF2634_02114"
                     /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
                     TPLLQRAVTQLTEYFAGRRRVFDLPLDERGTPFQLRVWAALRRIPYGVTWSYKQLAAE
                     VGSPRGFRAVGMANHCNPISIVTPCHRVIGANGALVGYAGGIDIKRALLNLEMRFSGR
                     LLQSLFADDLEKS"
     CDS             complement(2109..3440)
                     /gene="zraS"
                     /locus_tag="SEQF2634_02115"
                     /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
                     AAVHTAALYLRNLRKIAFMFDAVDNDDLTFHFSTRRQSPDETLLNESLNRMLGILLQA
                     KADTMERERYYETILRAAGTGIVVVDEKGFVLQCNEEALRLLGLPLFTHVRQLERIDH
                     GLAEGFANLRAGEHYDMAFSNERGGVRLSVHVSKTVLRGRSALLAAINDIRGEMEDTE
                     VETWVRLTRILTHEIMNAVTPIASVSDTLRERFGPTDSELRAGLETISETGKGLMSFV
                     ESYRRLTRIPAPQPTLFYVRRFLDRTLRLALPDVVGTTDGSPHITVDIDIRPDDLILY
                     ADENLISQVMLNLLRNAVQAIEADRSDGRIRIVAACRADDSVEIEVSDNGAPIPPDVA
                     EHIFTPFFTTKSGGSGIGLSVARQIMRLSGGAISLKRPSSDGLTTFLLRFP"
     CDS             4098..5096
                     /gene="mdh"
                     /locus_tag="SEQF2634_02116"
                     /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
                     LQGVYEEMRHCGFEGMNFTYTTDSAEALKDAKYVISSGGAARKAGMTREDLLKGNAQV
                     AEQLGKDIKAYCPDCKHVVIIFNPADITGLITLIYSGLKPSQVTTLAALDSTRLQSEL
                     AKYFKLPQSAVTGCSTFGGHGEQMAVFASTAKVDGTPLTDLIGTPKLPAEEWAALQQR
                     VIKGGANIINLRGRSSFQSPAYVSVEMIRAAMGGETFRWPAGTYVSTDEFHHIMMAMP
                     VEITKDGCAYRKVEGTPSEMADLAKSYEHLCAMRDEVIGLGVLPPVAEWSKVNPNL"
     CDS             5271..6092
                     /gene="cysE_1"
                     /locus_tag="SEQF2634_02117"
                     /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             6095..7021
                     /gene="cysK_2"
                     /locus_tag="SEQF2634_02118"
                     /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
                     ALAMIEDAEQQGMIRPGATLIEATSGNTGVGLAFVAAVKGYRLIIVMPESMSVERRRL
                     MQSYGARLELTPREKGMKGAIERAKALLAEIDGSWMPRQFVNPSNPEVHARTTAREIM
                     DDFPEGFDYFVTGIGTGGHISGVGRELKRVFPSVQIVGVEPADSSVLTGGCAGAHPIQ
                     GIGPGFVPETLDRNVIDRVTAITGPDAFRFARRLAREEGILCGISTGASLAAVERVLA
                     GSGVSKRVLTFGLDTGERYLSVEGLFTNKVRH"
     CDS             7096..8052
                     /locus_tag="SEQF2634_02119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRQLLAACCAIAALTVGCSPTKRADDAPHTFTPAAVPAEYRQP
                     QARAAYLAMHYWDGFDFRDTAFVGSAASVTENALTDYFNAVFPNVPYDVAAAGIRNLL
                     DRAVTNRAMYAFFTSKMEQYLFNPASPMRNEEYFIPTLQHMLATDSLDRYRKARAQAM
                     LEEVVKNRPGTPAADIHYATASGGTGSLYALKTDFVLIFFHNLDCGNCRQLAAAISAS
                     PIVSELMKRGRLTVLAIYPDMAADMWRQYLPQMPSAWTHGYDRDLEIANNHTYILRVL
                     PSLYLVDRDHRVVMKDAAFPYVEQYLANILNPPSLMQPRAAQ"
     CDS             8049..8696
                     /gene="yvqK_2"
                     /locus_tag="SEQF2634_02120"
                     /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="MNRRARTYYYRWGASPINHPLKKQNEMKKSIIYTGGGDKGTTAL
                     VGGFRVPKTHPRLEAYGTIDELNSHIGLLMAETDDLETLDTLRFVQHKLFTVGSYLAT
                     DPTKTDFRIESRVTPEAIQRIESAIDRIDGQLPRLNAFVLPGGNRASAQAHVCRTVCR
                     RAERCIYRLTETGAEVEEPVLIFMNRLSDLLFVIGRNECVRRGDDEIIWDSKEGV"
ORIGIN      
        1 actacaccgc caccgtcctc caagcgcccg ccttcacgcc cacgccccac agcaagatca
       61 ccttcaacga aggtttccgc gccaatcaat acgtagccat cggtgtcatg cccatcgtca
      121 ccctcggcaa atcgctccac ctccgcttcg aaggttacgg cttcctgccc cttcacccca
      181 tccagcgcac cctcgcatcc gacgccctca ctggcgaacg cgtgcgctac ggcaagaccg
      241 tcgaaacctt ccgctatatg ggtgaggccg ctctggtact gaatctacca ttcatctccg
      301 tcagcctctt cgccaacggc tacagctacc cgaagaatga cttcaacgtc ggcctgaaca
      361 taggcttcct actttttaat ccgagcttcg tggagtgacg cgttgacgtg gcgacacttc
      421 gcgaaatgag aagatgctgc tgacgtttat cgttgggcat cagcatattc ttgcccacct
      481 ctttcgctgc attaagccct cgaaataggt ctcagcattc tctcgtgtcg cccggtaaag
      541 acttgttgga agctcttcgg agtgaaaaaa atgcattgca ttatttggag gtttcggaaa
      601 cgagtttacc tttgcgcccg ttaacgataa aagaaaaccc aaaggccccg tggctcaact
      661 gaatagagca tctgactacg gatcagaagg ttacaggttt gaatcctgtc ggggtcactt
      721 ttcattcctc ctataaaata aatttctatt tcgatagaaa ctgatgatgc gtttatccga
      781 gcatagtgat gccgaataaa cgcatcattt tttgctatct gatgctgaaa tgttcggaga
      841 gagagggtcc gagaatcagt tcatctccgg atttttaggg tagttaatcc acgtactata
      901 cgggtggcct aatcgctcca cgacatgatt ccaaaacgaa tcgtcgcgcg ctaagatcaa
      961 gctgcggcag gaggaatgcc ccaccagcca tgaattgcac acaatctcgc tatccagctg
     1021 ctccttcgtc caaccggagt accccaagaa aaacttcacc tgcccatagg ccgaattgtc
     1081 gcttttgagg tgatgcttga gcacttcaaa gtcgccatcg aaatacaaat cctcgccgat
     1141 ctccacacta ccggggatag ccatgcccaa agagtggatg aagaataagt ggtttggact
     1201 gacggggccg cccaagtata tggggatcac ggggcgctcc ttgagctcag ggaagaagtc
     1261 attgacgatt aaatcagttt gcttgttcac aacgaaaccc atcgatcctt cccctccatg
     1321 ctcgattaag agtacgacag agcgctgaaa gtaggcgtcc tgcaagaagg gttcggagat
     1381 caagatcttt cccttttcag gttttagatc gttgtgtttg acctggaaat tgtctctata
     1441 tgaaatcatg agattcagtt tttctattgt ttaggccgac aatgtagtgt gtatattctg
     1501 taaaatcaaa gagggaaacg agattttttc gaaaggatct caacttttct ccaaatcatc
     1561 ggcgaataaa gactgcaaaa gacggcctga gaagcgcatt tcaaggttca agagcgcccg
     1621 cttgatgtca attcctcccg cgtaaccgac cagtgcacca ttggcaccga tcacacgatg
     1681 gcagggggtg acgatcgaga tcggattgca atgattggcc atgccgacgg ctcggaatcc
     1741 ccggggactt cccacttcgg cggccagttg tttgtacgac caggtgacgc cgtagggaat
     1801 ccgtcgtagg gccgcccaga cgcggagttg gaagggcgtg ccgcgttcgt cgagggggag
     1861 gtcgaagacg cggcggcggc cggcgaagta ttcggtaagc tgcgtgacgg cgcgttgcag
     1921 tagtggcgtg acgcgctccg tagcgtcggg tgggaggggg agcggatcgt cggtgacgaa
     1981 gtcgatctgg gagatgccgc gcccactgtc gacgataagc agggggcgga ggggcatagg
     2041 atggacgagg tagtaaatca taagaaggag gattgggtga tgaatgaagt tgcgagagga
     2101 aatgaggctc atgggaagcg aagcaggaag gtggtcaggc cgtcggacga ggggcgtttg
     2161 agggagatgg cgccgccgga gaggcgcatg atctggcgcg ccacggagag gccgatgccc
     2221 gagcctccgc ttttggtcgt gaagaagggc gtaaagatgt gttcggccac gtcgggcggg
     2281 atgggcgcac cgttgtccga gacctcgatc tcgacggaat cgtccgcgcg gcaggcggcg
     2341 acgatgcgaa tacggccgtc tgagcggtcg gcctcgatcg cttgtacggc attccttaac
     2401 aaattgagca taacctggct aatcagattt tcatctgcgt agaggatgag gtcgtcaggg
     2461 cgaatgtcga tgtcgactgt gatatgtggg ctgccatccg tggtgccgac aacgtcgggg
     2521 agggccaacc gcaacgtgcg atctaaaaat cggcgcacat agaagagcgt cggctgcggg
     2581 gctgggatgc gggtcaggcg gcggtacgac tctacgaaac tcatcagccc cttacccgtt
     2641 tcagagatcg tctcgaggcc cgcgcgcaat tcgctgtcag ttggaccaaa acgctctcgg
     2701 agtgtgtcgc tgacagaggc gatgggcgtg acggcattca tgatctcatg cgtgaggatg
     2761 cgtgtaaggc gcacccaagt ctccacctcg gtatcctcca tttcaccgcg gatgtcgttg
     2821 atagccgcca gcagggcgct gcgcccacgc aagacggtct tagaaacatg gaccgaaaga
     2881 cgcactccac cgcgctcgtt actaaaggcc atgtcataat gttcgccagc acggaggtta
     2941 gcgaagcctt ccgccaggcc gtgatcgata cgttccagct gccgaacatg tgtaaagagc
     3001 ggtagcccca gcagccggag agcctcctca ttgcattgta agacaaaccc tttctcgtcg
     3061 accaccacaa tgcccgtacc cgcagcccgc aggatggttt cgtaatatcg ctcccgctcc
     3121 atcgtgtcgg ccttagcctg cagcagaatg ccaagcatac gattcagcga ttcgttgagc
     3181 aacgtctcgt ccggcgactg gcgacgggtg gaaaagtgga acgtcaggtc gtcattatcg
     3241 acagcatcaa acataaaggc aatcttacgg agattgcgca ggtagagagc cgccgtatgg
     3301 acagcggcga tgagactcac cgtcgcacac agtgtacccg ccagccactg tcggttggcc
     3361 atcagcactg cagcagtggc cgtgacagcc atcagcagac agaggcggaa ggtaaagctg
     3421 tcagacagat gtcgatgcat ataaatgggt atagaaaggc gcaaaagtag ccgcaccggc
     3481 agattccttg ggtggagtgg tggtaaattt cttcagaata agttccatcc ctatctttca
     3541 tctcatattg actcattcat tgagcgattc tggatcgaat aatccgccat tactttgatc
     3601 aatgtgaacc cgtaagcatt ataagttgct attgcttcag acagcatcaa ctctctacct
     3661 tattagctgc tattgtttct gactatatta actcgtaatc ttatgagcta tgattaattc
     3721 agacgatatt aactcataac tttacgatca actatttgtg cgtgaaatat cagctcgaaa
     3781 ctttgagggt tgctattgtc tcggacaatg gtagctcata aaatttggac ttactgtttt
     3841 atcgcataac gttaggtcca aacattagga gttaccattg tccaagacaa cgttagctca
     3901 gaatcttagg ggttgctatt gttttgatca ttgagagatg ggatattcac gtttttctgg
     3961 gtgaaaagcc ctgtggcaga ttcgccctcg aggtgaaatt gattacggaa atatttccgt
     4021 atttccgaat ctcttctact tttgccgccg ttgcgaacaa gattttcctc tgtttactca
     4081 cctaaacgat atattctatg gaatttttga cgaacgaaaa attgacaatc gttggtgccg
     4141 gtggcatgat cggctccaac atggcacaaa ctgcggcgat gatgcgcctg acgcccaaca
     4201 tctgcctgca agacgtgtat gaacctgcgc tgcaaggcgt gtatgaagag atgcgccact
     4261 gcggttttga gggaatgaac ttcacgtaca cgaccgattc cgctgaagcg ctgaaggacg
     4321 ccaagtatgt aatctcctct ggcggcgccg cccgcaaggc tggcatgacg cgcgaagacc
     4381 tcctcaaggg caacgcgcag gtggccgagc agctgggcaa agacatcaag gcttactgcc
     4441 ccgattgcaa gcacgtagtc atcatcttca accccgctga catcacgggc ctcatcaccc
     4501 tgatctactc cggcctgaag ccctcgcagg tgaccaccct ggccgccctc gactctaccc
     4561 gcttgcagag cgagctggcc aaatatttca aactgccgca gagcgccgta acgggctgca
     4621 gcacattcgg tggacacggt gagcagatgg ccgttttcgc atccacagct aaggtggacg
     4681 gcaccccgct gactgacctg atcggtaccc cgaaacttcc cgctgaagaa tgggcggcac
     4741 tgcagcagcg cgtcatcaag ggcggcgcca acatcatcaa cctccgcggt cgctcctcgt
     4801 tccagagccc ggcctacgtg tcggtagaga tgatccgcgc agccatgggc ggcgagacgt
     4861 tccgctggcc agctggcacg tacgtttcga ccgacgagtt ccaccacatt atgatggcca
     4921 tgccggtgga gattaccaag gacggctgcg cctaccgcaa ggtggagggc actccgtcgg
     4981 agatggcaga cttggccaag agctacgagc acctctgcgc tatgcgtgac gaagtgatcg
     5041 gcctcggcgt gctgcctccg gtggctgagt ggagcaaggt gaatccgaac ctctaagccc
     5101 cccacgtaac ctatcgcttg atctctttta agtgcatttg ttctcaaagt gacgaaaggg
     5161 tggagctccc cgcaagggtt ccaccctttc tctgtgttta gacgatagga gctacgtcct
     5221 acatcttcta accctttcct actcccccca acaattcccc ctttctcccc atgcttcgaa
     5281 agatatttga actgatcgac gactttgccc cgcaaccgat caggattccg ctcgacaaaa
     5341 gcgaattgga gacgatcgcc cgctcgctct ttacgtggat gttccccgtg tgcgacgagt
     5401 tgaagatgat caacgtgcgc agtggtctga tggacgcggc catcaagctg cacgccaaca
     5461 ttgcccgcct gatcggcaat ccggaggccg aagagaagac cgaggccttc ttcagccgcc
     5521 ttagcggtgt gcgtgaacgg ctctacaaag acgccgcctg ctacctgcgc aacgaccccg
     5581 ccgccaagtc gctcgaggaa gtcatcatct cctatcccgg cttcttcgcc ctcagcattc
     5641 accgcatcgc ccatgagctc tacacgctcg gcgtacccct catcccgcgc atcttctccg
     5701 aatacgccca ctccaaggtc ggcatcgaca tccatcccgg cgccacgatt ggtaagaacc
     5761 tcttcatgga tcacggcaca ggcatcgtca tcggcgagac aaccgagatc ggcaacaacg
     5821 tcaagatcta tcagggcgtt acgctcggcg ccatctactt agagaagaag ctctccgaag
     5881 tcaagcgtca cccgacggtg gaggacaacg tggtcatcta ttccggggcc accatcctcg
     5941 gtggatcgac cgtcatcggc cacgattcga ccatcggcgg tggggcttgg ctgacgcata
     6001 gcgtgatccc ctattcgctc gtgtacaata aggtcgacgt gaaggtcaag accgtgaagg
     6061 gcttcgaaga accgatcaat tactccatct aaagatgaaa gcagacaaca ttttaggact
     6121 tatcggaggc acgccacacg tccggctggg acgactcttc cccgaccatg aggtgtggat
     6181 gaagctggag cgacagaacc ccgcgggcag catcaaggac cgcattgcgc tggccatgat
     6241 cgaggatgcc gagcagcagg gaatgattcg tccgggcgcc acgctgatcg aggctacgtc
     6301 tggcaacacc ggcgtgggac tggcctttgt ggccgccgtg aaaggctatc ggctgatcat
     6361 cgtcatgccc gaatcgatgt ccgtcgagcg tcggcgactg atgcagagct acggcgcccg
     6421 gctggagctg acgccgcgcg agaagggcat gaagggcgcc attgagcggg ccaaggctct
     6481 actcgccgag atcgacggat cgtggatgcc gcgtcagttc gtgaacccat cgaaccctga
     6541 ggtgcacgcc cgtacgacgg cgcgcgagat catggacgac tttcccgagg gcttcgacta
     6601 tttcgtcacc ggcattggca ccggtggcca catctcgggc gtggggcgtg agctgaagcg
     6661 tgttttcccc agtgtgcaga tcgtgggcgt agagccggcc gattcgtccg tgctgaccgg
     6721 aggatgcgcc ggcgcacacc ccatccaagg tatcggtccg ggcttcgtgc ccgagacgct
     6781 cgaccgcaac gtgatcgacc gcgtgacggc catcactggg ccggacgctt tccggtttgc
     6841 tcgccgactg gcgcgtgagg agggcatcct ctgcggcatc tccaccggtg cgtcgctggc
     6901 tgccgtggag cgtgtgctgg ctggatcggg tgtgtcgaaa cgcgtcctga ctttcggcct
     6961 cgacaccggc gaacgctacc tatcggtcga aggactgttc acaaacaagg tcagacacta
     7021 aggcacgccc atagaagtac ccggccaaac tcctcagcct cggctgaggc ctccatcact
     7081 cacctaacga taaagatgaa aagacaactc cttgctgcat gctgcgccat cgctgcgctg
     7141 accgtcggat gcagcccgac aaaacgagcg gacgacgctc cgcacacctt cacgcccgcc
     7201 gctgtccccg ctgaatatcg ccaacctcag gcccgcgccg cctacctggc catgcactat
     7261 tgggacggtt tcgacttccg cgacacggcc ttcgtgggtt ctgccgccag cgtcaccgaa
     7321 aacgccctga cggactattt caatgccgtc ttccccaacg tcccgtacga cgtggccgcc
     7381 gccggcatcc gcaacctgct cgaccgtgcc gtcacgaacc gcgccatgta cgccttcttc
     7441 acctccaaga tggagcagta cctcttcaac ccagcctcgc ccatgcgcaa cgaggagtat
     7501 ttcattccca cgctgcaaca catgctggcc accgacagcc tcgaccgcta ccgcaaggcc
     7561 cgggcgcagg ccatgctcga ggaggtcgtg aagaaccgcc ccggcacacc cgctgcggac
     7621 attcattatg ccaccgcaag cggcggaacc ggctcgctct acgccctgaa gacggacttt
     7681 gtgctcatct tcttccacaa cctcgactgc ggcaattgtc gccagctggc cgccgccatc
     7741 agcgcctcgc ccatcgtcag cgagctgatg aaacgcggtc gactgaccgt cttggccatc
     7801 tatccggaca tggcggccga catgtggcgc cagtatctgc cgcagatgcc ttctgcctgg
     7861 acgcacggct acgaccgcga cttggagatc gccaacaacc acacctacat cctgcgtgtg
     7921 ttgccctcgc tctacctcgt cgaccgcgac caccgcgtgg tgatgaaaga cgccgccttc
     7981 ccctacgtcg agcaatactt ggccaatatc ctcaacccgc cctccctcat gcagccgcgc
     8041 gctgcgcaat gaatcggcgc gcccgtacct attattatag gtggggcgca tcccccatca
     8101 accatcctct caaaaaacaa aacgaaatga agaaaagtat catctacacc ggcggtggcg
     8161 acaaaggcac caccgcactc gtgggcggct ttcgcgtgcc caagacccat ccgcggctcg
     8221 aagcctatgg caccatcgac gagctcaatt cgcacatcgg cctgctcatg gccgagacgg
     8281 acgacctcga gacgctcgac acgctccgct tcgtgcaaca caaactcttc accgtcggct
     8341 cctatctggc caccgacccc accaagaccg acttccggat cgagagtcgt gtcacacccg
     8401 aggccatcca acgcatcgag tcggccatcg accgcatcga cggccaactg ccccgcctga
     8461 acgccttcgt gctgcccggt ggcaaccgcg cctcggccca ggcgcacgtt tgccgcaccg
     8521 tctgccgccg cgccgagcgt tgcatctatc gactgaccga gaccggcgct gaggtcgagg
     8581 agcccgtcct catcttcatg aaccgccttt cggatctgct cttcgtcatc ggtcgtaacg
     8641 agtgcgtccg ccgtggcgac gacgaaatca tctgggacag taaggaaggc gtctgaggca
     8701 gcgggatcaa ctgtcgatcg ccttcccccg tcccgtggcg ggatggcgtc tcaatggcca
     8761 ttttggtctc gtcccgtggc gggatggcgt ctcaatggcc attttggtct catcccgtgg
     8821 cgggacggcg tctcaacggc cattttggtc tcatcccgtg gcgggatggc gtctcaatgg
     8881 ccattttggt ctcatcccgt ggcgggacag cgtctcaatg gccattttgg tctcgtcccg
     8941 tggcgggatg gcgtctcaat ggccattttg gcctcgtcat gcgacatgat ggcgtctcaa
     9001 cggccatttt ggcctcgtcc cgtggcagga cagcgtctca atggccattt tggtctcatc
     9061 ccgcggcggg atagcgtctc aacggccatt ttggtctcgt catgcggcac gatggcgtct
     9121 caatggccat tttggcctcg tc
//
LOCUS       SEQF2634|AYYE01001238.1  535 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             108..398
                     /locus_tag="SEQF2634_02121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIVTLGKSLHLRFEGYGFLPLHPIQRTLASDALTGERVRYGKT
                     VETFRYMGEAALVLNLPFISVSLFANGYSYPKNDFNVGLNIGFLLFNPSFVE"
ORIGIN      
        1 actacaccgc caccgtcctc caagcgcccg ccttcacgcc cacgccccac agcaagatca
       61 ccttcaacga aggtttccgc gccaatcaat acgtagccat cggtgtcatg cccatcgtca
      121 ccctcggcaa atcgctccac ctccgcttcg aaggttacgg cttcctgccc cttcacccca
      181 tccagcgcac cctcgcatcc gacgccctca ctggcgaacg cgtgcgctac ggcaagaccg
      241 tcgaaacctt ccgctatatg ggtgaggccg ctctggtact gaatctacca ttcatctccg
      301 tcagcctctt cgccaacggc tacagctacc cgaagaatga cttcaacgtc ggcctgaaca
      361 taggcttcct actttttaat ccgagcttcg tggagtgacg cgttgacgtg gcgacacttc
      421 gcgaaatgag aagatgctgc tgacgtttat cgttgggcaa gctggcgcga taggcgcggc
      481 gccgggcgtt gacctccgag agggggacac gccgcgtgac gcgctgacgg atgga
//
LOCUS       SEQF2634|AYYE01001239.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 aggtagtcgg gcacattgtc gctctgaccg ttcggacccg tcttgtcctc accccatacg
       61 gcgtagaggt ttgcgagtgc ggatgagtaa gacacttgct gattcggctg cttcatatcg
      121 gccggtacgt tggctgcagt ttttactaca gatacactcg aagtgtgcca tccgataaat
      181 accgcctggt taagcgtcaa gtcgccctta tccttgatgg tcacttggtc gccattatta
      241 tagaggttgg catcctgcgg agccgtgcca ctggcatcat tggcatgata ggtcacgcca
      301 ttttggctgt agtctggctt gccgtctggt gtgccgctcg gaccggtctt atctactgcc
      361 catactgcgt agagggt
//
LOCUS       SEQF2634|AYYE01001240.1 1277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgagcatgg cgaacttctc gttgatggtg ggcaggtcgt caatcagctt tgggaaacgc
       61 gtcacgagcg ccttgagctt cgtgtctttg gtgatcgcct cgggcgacgc gggcgcctct
      121 cccggcttgg cagcgggttg ctcttgctcg cttttctgct cgtcgtccca cgtgaggagg
      181 gtgcgagagc cttccagctc acgaatgtgc gtgcagtttt gcatcatctc catcacgccg
      241 cggaagcgcc cgttggcgtc gcggacggcc acgtagacga tgtaaataaa gaggcctggc
      301 ttgttgatcc agaactcgga gcggctctgc tcaccggtgc ggaacttctc gatgatctcc
      361 tccacgatgt gcacnctttt gggcgggtga cagttgcgca cctcgcggcc gatgacnccc
      421 ttgctgcgcg gnaagacgcg gtggggcgtg tcggtgtaga acttgaccag ctcgttttcg
      481 tccacgtacg agatgtcgac aggcaggtgg cggaacagca ggttgatctg ctccagcgtc
      541 agcttgccct cggccacgtc gagcacacgg tcgtcgtcgt cggtgtcctt cgcgcccatc
      601 ccgtacttgc cgagcagcgc agccagatcg tttataaagt ctccgcccgc gggtgcgttg
      661 gtcgatgcag ttgcagcctt cggcgcgtca cccggcatat cgatcaggaa gaaaccgatc
      721 tcgcgatcgc cgtgcttcat ctcctcaaac tccgcgtcgg aaatcagctt gagcgacgtc
      781 gggtaaagga tcagctcctc cttgccgatg aggtcgagca catcttctga catcgttttg
      841 aaggcctgga ggaagtcttc cgtgcgcccc agttggagca ggtcgcgggc tttgttcatc
      901 tcgtcgcgca cgtagtcgtc gtaggtccac atcgtggtcg aaggccgcgt gaatcccttg
      961 cgctccaggg cggagtagag ctgattttgc ttgcggtgga agtgcacttt gtatttcaac
     1021 acctcgttca tcagcgccgt ccatgccgcc tcgtcgaagg gtttctcagc caacgcctcg
     1081 ccctgcttca tcagctcctt catgcggtcg gcctcgcgtc ggtaggcatc aatcggatgg
     1141 ccaaaaggca actcttttcg cggctccttg atcaggccct cgtagatgtg cacaatctct
     1201 tgcgtgtcct cgtcgcggca ttcgtccgga gtctcgtcct tgaccaactg ctcggccgcg
     1261 gcaaattctt cgggcga
//
LOCUS       SEQF2634|AYYE01001241.1 1277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 ttgagcatgg cgaacttctc gttgatggtg ggcaggtcgt caatcagctt tgggaaacgc
       61 gtcacgagcg ccttgagctt cgtgtctttg gtgatcgcct cgggcgacgc gggcgcctct
      121 cccggcttgg cagcgggttg ctcttgctcg cttttctgct cgtcgtccca cgtgaggagg
      181 gtgcgagagc cttccagctc acgaatgtgc gtgcagtttt gcatcatctc catcacgccg
      241 cggaagcgcc cgttggcgtc gcggacggcc acgtagacga tgtaaataaa gaggcctggc
      301 ttgttgatcc agaactcgga gcggctctgc tcaccggtgc ggaacttctc gatgatctcc
      361 tccacgatgt gcacnctttt gggcgggtga cagttgcgca cctcgcggcc gatgacnccc
      421 ttgctgcgcg gnaagacgcg gtggggcgtg tcggtgtaga acttgaccag ctcgttttcg
      481 tccacgtacg agatgtcgac aggcaggtgg cggaacagca ggttgatctg ctccagcgtc
      541 agcttgccct cggccacgtc gagcacacgg tcgtcgtcgt cggtgtcctt cgcgcccatc
      601 ccgtacttgc cgagcagcgc agccagatcg tttataaagt ctccgcccgc gggtgcgttg
      661 gtcgatgcag ttgcagcctt cggcgcgtca cccggcatat cgatcaggaa gaaaccgatc
      721 tcgcgatcgc cgtgcttcat ctcctcaaac tccgcgtcgg aaatcagctt gagcgacgtc
      781 gggtaaagga tcagctcctc cttgccgatg aggtcgagca catcttctga catcgttttg
      841 aaggcctgga ggaagtcttc cgtgcgcccc agttggagca ggtcgcgggc nttgttcatc
      901 tcgtcgcgca cgtagtcgtc gtaggtccac atcgtggtcg aaggccgcgt gaatcccttg
      961 cgctccaggg cggagtagag ctgattttgc ttgcggtgga agtgcacttt gtatttcaac
     1021 acgtctttca tcaaggccgt ccatgcggcc tcgtcgaagg gcttcgcagc cagctcctcg
     1081 ccctgcttca tcagctcctt catacggtcg gcctcgcgcc ggtaggcatc aatcgggtgg
     1141 ccgaaaggca actcctttcg cggctccttg atcaagccct cgtagatgtg aacgatctct
     1201 tgcgtgtcct cgtcgcggca ttcgtccgga gtctcgtcct tgaccaactg ctcggccgcg
     1261 gcaaattctt cgggcga
//
LOCUS       SEQF2634|AYYE01001242.1 1361 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(315..677)
                     /locus_tag="SEQF2634_02122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRFSVSPSPQEERRGGTLLFIPQNKMIRIDREDDGRRGRFVIY
                     EDELYAGEMTYEWQDARTIIVDHTGVESYFGGKGYGRLLIGAGVDFARREGLKIVPVC
                     SFVRKSFERDASLADVMA"
     CDS             complement(714..1331)
                     /gene="pckA_1"
                     /locus_tag="SEQF2634_02123"
                     /EC_number="4.1.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A6VKV4"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoenolpyruvate carboxykinase (ATP)"
                     /translation="MVKDETPDECRDEDTQEIVHIYEGLIKEPRKELPFGHPIDAYRR
                     EADRMKELMKQGEALAEKPFDEAAWTALMNEVLKYKVHFHRKQNQLYSALERSGAKAY
                     LVNTGWNGTGKRISIRDTRGIIDAILEGHILKAPTKKLPFFDFEIPTELPGVDPKILD
                     PRDTYANEAEWETKAKDLAGRFVKNFVKYEGNAAGKALVAAGPKL"
ORIGIN      
        1 tgacgccttg agctgttatg gtgcgtaccc ggtaaacttg gttggcgtcc ctgacgcctt
       61 gagctgttat ggtgcgtacc cggcaaactt ggcaggcgtc cctgacgcct tgagctgtta
      121 tggtgcgtac tcggtaaact tggctggcgt ccctgacgcc ttgactttct tttcccctcc
      181 ttttccccgt gtcaagacaa gaaaaggagg agggtggccc caagaagaaa aagaaggggc
      241 gccacctcgg agaagtcgct catcaacgac accccgaggc agcgccccta tacctattat
      301 atatagcgcg tccgtcaggc catcacgtcc gccagcgagg cgtctcgctc gaagctcttc
      361 ctgacaaacg agcacacggg gacgatcttc agtccctcgc gtcgggcaaa gtccacgccc
      421 gcgccaatca gcagtcggcc gtagccctta ccgccgaagt agctctccac gcctgtgtga
      481 tccacgatga tcgtccgcgc gtcctgccac tcgtaggtca tctcgccggc atacagttca
      541 tcttcataga tgacgaagcg gccacgccgt ccgtcgtctt ctctgtctat tcgtatcatt
      601 ttgttttggg ggataaaaag aagcgtgccc cccctgcgct cttcttgagg tgagggagac
      661 acgctgaatc gattcatgta aatcgagttg ctacaactct cgactgtgga ggattacagc
      721 ttcgggcccg cagctacgag agccttgcca gctgcattgc cttcgtactt cacgaagttc
      781 ttcacgaagc gtccagccag atccttcgcc ttcgtctccc actcggcttc gttagcgtac
      841 gtgtcgcgcg gatcgaggat cttcggatca acacccggca gttccgtcgg gatctcgaag
      901 tcgaagaagg gcagcttctt cgtcggtgcc ttgaggatgt gtccctcgag gatggcgtcg
      961 atgatgccgc gtgtatcgcg gatcgagata cgcttgcccg tgccgttcca tcccgtgttt
     1021 accagatagg ccttggcacc gctgcgctcc agggcggagt agagctgatt ttgcttgcgg
     1081 tggaagtgca ctttgtattt caacacctcg ttcatcagcg ccgtccatgc cgcctcgtcg
     1141 aagggtttct cagccaacgc ctcgccctgc ttcatcagct ccttcatgcg gtcggcctcg
     1201 cgtcggtagg catcaatcgg atggccaaaa ggcaactctt ttcgcggctc cttgatcagg
     1261 ccctcgtaga tgtgcacaat ctcttgcgtg tcctcgtcgc ggcattcgtc cggagtctcg
     1321 tccttgacca actgctcggc cgcggcaaat tcttcgggcg a
//
LOCUS       SEQF2634|AYYE01001243.1 9201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(315..677)
                     /locus_tag="SEQF2634_02124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRFSVSPSPQEERRGGTLLFIPQNKMIRIDREDDGRRGRFVIY
                     EDELYAGEMTYEWQDARTIIVDHTGVESYFGGKGYGRLLIGAGVDFARREGLKIVPVC
                     SFVRKSFERDASLADVMA"
     CDS             complement(714..2357)
                     /gene="pckA_2"
                     /locus_tag="SEQF2634_02125"
                     /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="MKTRLFYTLYIRDMAKLDLTKYGITGTTEIVHNPSYEDLFNEEM
                     KPGLEGYEKGQLTELGAVNVMTGIYTGRSPKDKFIVMDETSKDTVWWTSEEYKNDNKP
                     ASAEAWNAVKEIAKKELSNKRLFVVDGFCGANRSTCLRVRFIMEVAWQAHFVTNMFIR
                     PTKEELESFEPDFIVYNASKAKVENYKELGFNSETAVVFNLTSKEQVIINTWYGGEMK
                     KGMFSMMNYFKPLEGIASMHCSANTDTNGQNTAIFFGLSGTGKTTLSTDPKRLLIGDD
                     EHGWDDEGVFNYEGGCYAKVINLDKESEPDIYHAIRRNALLENVTVDANGKIDFKDKS
                     VTENTRVSYPIYHIEKIVKPISKGPAAKNVIFLSADAFGVLPPVSILTPEQTKYYFLS
                     GFTAKLAGTERGITEPTPTFSACFGQAFLELHPTKYAEELVKKMERSGAKAYLVNTGW
                     NGTGKRISIRDTRGIIDAILEGHILKAPTKKLPFFDFEIPTELPGVDPKILDPRDTYA
                     NEAEWETKAKDLAGRFVKNFVKYEGNAAGKALVAAGPKL"
     CDS             complement(2323..2472)
                     /locus_tag="SEQF2634_02126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYPQLRKYFSNYPVAVSELSYFCLRLQEKDGKARPFGHEDAIV
                     LHIIY"
     CDS             2531..3109
                     /locus_tag="SEQF2634_02127"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYERFGDTVAGTIMADESFGDTVARTIMVDECLGDTVARTIMV
                     DERFGDTVARTIMVSERFGDTVAGTIMVSERFGDTVAKTIMVDESLGDTVAGTIMVDE
                     CFGDTVARTIMVDECLGDTVASTIMVDECLGDTVARTIMVDESFGDTVARIIMVDESL
                     GDTVARTIMVDECFGDTVARTIMVDGSPNDGV"
     CDS             3326..4021
                     /locus_tag="SEQF2634_02128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVKKSPKADLEGSKGLGILMGLVVGLAVLFVGFEWGTQDQVVQ
                     KDEGISDVIAEEEMDITRQDETPPPPPPPDVPNVAEVLNVVEDNVQVANNDLISSEDN
                     QKAAQVQVYTPPAVTHEEEEESPQHIFVVVEEMPEFPGGQAELMSYIAKSIKYPVVAQ
                     ENGIQGRVTCTFVVNKDGTIVDAQVVRGIDPALDKEALRVINSMPKWKPGKQRGKPVR
                     VKFTLPVTFRLQQ"
     CDS             4151..5131
                     /locus_tag="SEQF2634_02129"
                     /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
                     AFVLMACNLYRDDIECAMSSALGVEMFHNFTLLHDDLMDEAEKRRNQPTVHVKWDRNT
                     AVLSGDAMLIVAYRLIGQTPSSSLKPVLDLFTQTALEICEGQQFDMEFEQRDDVTEEE
                     YMEMIRLKTAVLLACSLKMGALIGGAPVHDAEVLYRFGIHIGLAFQLQDDMLDVYGDT
                     STFGKNIGGDILCDKKTFLSVLMYQLATDEQKNRIAHYRKENASAYTANEKISVITSI
                     YDELKLRERTQSRIKYHYDLAWSELARLSVNQGKCQELLRVCNLLIDRAK"
     CDS             5145..5933
                     /gene="yjjV"
                     /locus_tag="SEQF2634_02130"
                     /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="MKLIDSHTHLYAEDFYGDQEIVIERAKAAGVIAVLLPNIDESSI
                     APMFCLCDEHPEFAFPMMGLHPTSVDSHYSSKLQAIERMLTKRPYCGIGEIGIDLHWE
                     QAYLKEQRIVFEEQLKWSVDMDLPVSIHIRDAFSEVFDCIYKVGAERLKGVFHCFSGT
                     VDELEEIKRMQRFKIGVNGIVTFKKSALSDIIRMVPSTMLLLETDAPYLSPSPYRGKR
                     NEPAFLVEVVKKVAEELQISEETVADLTRENTLALFDIPFPTSN"
     tRNA            6077..6165
                     /locus_tag="SEQF2634_02131"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gga)"
     CDS             6276..7019
                     /locus_tag="SEQF2634_02132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFTKAFLGVLAAGISTVAFAQEAAEAAAPVEGGVHQALKTK
                     FIEGSADFMSFVAIALILGLAFVLERIIYLNLADVNPNGMLSEIEAALDRGDVDGAKA
                     IARDTRGPIASIAYQGLMRIDQGIDVVEKSIVAYGGVQSGLLEKNLSWITLFIAMAPS
                     LGFLGTVVGMIMAFDKIERVGDISPTVVAGGMKVALITTVGGLIVALILQVFYNYLLS
                     KLEAILNKMEDASITLLDMVIKYNVKYKK"
     CDS             7028..7501
                     /locus_tag="SEQF2634_02133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVTKIRKLSSWMLTGVIIVSVIVLAMFYLGGVVDPAAENKEPV
                     NTSLLLYWCYALFGVTMVCLVLFGIMQFFSTLKTKPKAALGSLVVLIAFVVLLGVTYA
                     MGDATPLPGINVDSAQFNTAGWLKVSDMWIYSTYVLLGLSVLAMIAGSLKKVLNK"
     CDS             7710..8135
                     /locus_tag="SEQF2634_02134"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVVLISSTNQVLCGGEYMDIKQVKAKAKEFIANVNNDPNLPEK
                     EEADVPFFGKMMVCKPHIISLQNDRGTQYQAYIRVQNELAAAYNELRDEVAKQKWGKT
                     FAELDEKQQEAVQMIYPQKISEAEPKNYGGGSKSAPAAN"
     CDS             8192..8632
                     /locus_tag="SEQF2634_02135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPELNTSSLPDLVFAFLFFIMMVTTMREVTLKVQFRAPQATELQ
                     KLEKKSLVTFIYVGQPIEEYRAKMGSESRLQLNDAFAEISEVGTYIGQEKSSMKEEDQ
                     PFMTVSIKADQDTKMGLITDLKQALREAYALKISYSARKQVDNK"
     CDS             complement(8954..9151)
                     /locus_tag="SEQF2634_02136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTLHNLRNLLQRLRDRSVLIRTLEKKPHVSTRLKPNLAIINDE
                     FGAFHDSSMNQLLNPLMDSRP"
ORIGIN      
        1 tgacgccttg agctgttatg gtgcgtaccc ggtaaacttg gttggcgtcc ctgacgcctt
       61 gagctgttat ggtgcgtacc cggcaaactt ggcaggcgtc cctgacgcct tgagctgtta
      121 tggtgcgtac tcggtaaact tggctggcgt ccctgacgcc ttgactttct tttcccctcc
      181 ttttccccgt gtcaagacaa gaaaaggagg agggtggccc caagaagaaa aagaaggggc
      241 gccacctcgg agaagtcgct catcaacgac accccgaggc agcgccccta tacctattat
      301 atatagcgcg tccgtcaggc catcacgtcc gccagcgagg cgtctcgctc gaagctcttc
      361 ctgacaaacg agcacacggg gacgatcttc agtccctcgc gtcgggcaaa gtccacgccc
      421 gcgccaatca gcagtcggcc gtagccctta ccgccgaagt agctctccac gcctgtgtga
      481 tccacgatga tcgtccgcgc gtcctgccac tcgtaggtca tctcgccggc atacagttca
      541 tcttcataga tgacgaagcg gccacgccgt ccgtcgtctt ctctgtctat tcgtatcatt
      601 ttgttttggg ggataaaaag aagcgtgccc cccctgcgct cttcttgagg tgagggagac
      661 acgctgaatc gattcatgta aatcgagttg ctacaactct cgactgtgga ggattacagc
      721 ttcgggcccg cagctacgag agccttgcca gctgcattgc cttcgtactt cacgaagttc
      781 ttcacgaagc gtccagccag atccttcgcc ttcgtctccc actcggcttc gttagcgtac
      841 gtgtcgcgcg gatcgaggat cttcggatca acacccggca gttccgtcgg gatctcgaag
      901 tcgaagaagg gcagcttctt cgtcggtgcc ttgaggatgt gtccctcgag gatggcgtcg
      961 atgatgccgc gtgtatcgcg gatcgagata cgcttgcccg tgccgttcca tcccgtgttt
     1021 accagatagg ccttggcacc gctgcgctcc atcttcttca ccagctcctc agcatatttc
     1081 gtcgggtgca gttcgaggaa tgcctgtcca aagcaagcgg agaaggtcgg tgtcggctcg
     1141 gtgataccgc gctctgtacc ggccagcttc gccgtgaaac cagagaggaa gtaatacttc
     1201 gtctgctccg gcgtcaggat cgacactggc ggcagcaccc cgaacgcgtc ggcagagagg
     1261 aagatcacat tcttcgcagc cgggcccttc gagatgggct tcacgatctt ttcgatgtga
     1321 tagatcggat acgatacgcg cgtattctcg gtcacgctct tgtccttgaa gtcgatcttg
     1381 ccgttcgcat ctaccgtcac gttctccagc agggcattgc gacggatggc gtggtagatg
     1441 tctggctcgc tctccttatc caagttgatc accttggcgt agcatccacc ctcgtaattg
     1501 aagacgcctt cgtcgtccca tccgtgctcg tcgtcgccga tcagcagacg cttcgggtcg
     1561 gtcgatagcg tcgtcttacc cgtgcctgag aggccgaaga agatcgctgt attctgtccg
     1621 ttcgtgtccg tgttggcgga gcagtgcatg gaggcgatgc cctcgagcgg cttgaagtag
     1681 ttcatcatcg agaacatacc cttcttcatc tcgccgccgt accatgtgtt gatgatcacc
     1741 tgctccttgg aggtcaggtt gaagactacg gcggtctctg agttaaaccc cagctccttg
     1801 tagttctcca ccttcgcctt cgaagcgttg tagacgatga agtctggctc gaacgactcc
     1861 agctcttcct tcgtcggacg gatgaacatg ttcgtcacaa agtgcgcttg ccaagccact
     1921 tccatgataa agcgtaccct cagacatgtc gaccgattgg cgccgcagaa gccgtccact
     1981 acgaagagcc gcttgttcga cagctccttc ttggcaatct ccttgaccgc attccatgcc
     2041 tcggccgatg ccggcttatt gtcgttcttg tattcctccg acgtccacca tacggtgtcc
     2101 ttactcgtct cgtccatgac gataaactta tccttcggcg atcgcccggt gtagatgccc
     2161 gtcataacgt tcactgcacc cagctccgtc agctgacctt tttcatagcc ctccaaaccg
     2221 ggcttcatct cctcgttaaa cagatcctcg taagaaggat tgtgcacaat ctccgtggta
     2281 cccgtgatac cgtacttcgt caaatcgagt tttgccatgt ctctaatata taatgtgtaa
     2341 aacaatcgcg tcttcatgtc cgaaggggcg tgcttttccg tccttttcct gaagacgcag
     2401 gcaaaagtac gacaattccg atacggctac ggggtaatta gagaaatatt tccgtaattg
     2461 aggataggcc attctcccct ctgtaaaatg acatgagtta gaagtctgtg aaggctttgc
     2521 cgaggccctc atggtctatg agcgcttcgg cgacactgtc gccgggacca tcatggccga
     2581 tgagagcttc ggcgacactg tcgccaggac tatcatggtc gatgagtgcc tcggcgacac
     2641 tgtcgccagg accatcatgg tcgatgagcg cttcggcgac actgtcgcca ggactatcat
     2701 ggtctctgag cgcttcggcg acactgtcgc cgggactatc atggtctctg agcgcttcgg
     2761 cgacactgtc gccaagacca tcatggtcga tgagagcctc ggcgacactg tcgccgggac
     2821 tatcatggtc gatgagtgct tcggcgacac tgtcgccagg actatcatgg tcgatgagtg
     2881 cctcggcgac actgtcgcca gtactatcat ggtcgatgag tgcctcggcg acactgtcgc
     2941 caggaccatc atggtcgatg agagcttcgg cgacactgtc gccaggatta tcatggttga
     3001 tgagagcctc ggcgacactg tcgccaggac tatcatggtc gatgagtgct tcggcgacac
     3061 tgtcgccaga acaatcatgg tcgatgggtc tcctaacgat ggggtataaa aagcagaagg
     3121 cttagactga actcgcgctg agtaaggtct ttcatgttcc ccctaaaccc actcgtcttc
     3181 ctcaattttc gtcgttttcg tttggttgcg tttgttttgt ctcagctttg aattttttgg
     3241 cagcttcggt tgtcgcattc atttttctct atctttgcct ccgataagaa gatagacgaa
     3301 taatcactct ttaaatagat aactcatgga agtcaagaaa tcgccaaaag cagatcttga
     3361 aggtagtaag ggcctaggca tcctcatggg gttggtcgtg ggcttggctg ttctgttcgt
     3421 tggttttgaa tggggtaccc aagatcaggt cgttcagaaa gacgaaggga tcagcgatgt
     3481 tatcgcggag gaagagatgg atatcacaag gcaggatgag acgcctcccc ctccccctcc
     3541 tcccgatgtg cccaatgtgg ctgaagtgct gaatgtggta gaagataatg tacaggttgc
     3601 gaataatgac ctgatatctt ccgaggacaa tcagaaagca gcccaggtgc aggtttatac
     3661 tcctcctgcg gtaacgcatg aggaagaaga agagtctcca cagcacattt ttgtagtggt
     3721 agaggaaatg ccggagtttc cgggtggaca ggctgaattg atgagctata tcgctaagtc
     3781 aattaagtat cccgttgtag cgcaggaaaa cggcattcaa ggacgtgtta cttgtacgtt
     3841 tgttgtgaac aaagacggta cgattgtaga tgctcaggtg gtccgtggta ttgatccagc
     3901 tctcgataaa gaggcgcttc gtgtgatcaa ttccatgccg aaatggaagc ctggtaagca
     3961 gcgtggcaag cctgtacgtg tgaagtttac acttcccgta acgttccgcc tgcagcaata
     4021 atacccctca ttgaacgtac ctcactcacg tgcaaaatag cagacgatga tgaactaaaa
     4081 agaaaaaggt cgttctccct ccccgaagag agcgaccttt tctaattatc tctctgctac
     4141 aatcgttgct atgttgtcat ttgaatacat cctcaaggcg attgaagagg ctatccatca
     4201 gttgcgtttc gatgattctc cacaaagtct tttcgatccg atcgtctaca cattgtctga
     4261 gggagggaag cgtttgcggc cagcttttgt gctaatggcc tgcaatcttt accgagatga
     4321 tatagagtgt gcgatgtctt cggctttggg ggtggagatg ttccacaact tcaccctact
     4381 gcatgacgac ttgatggatg aggcggaaaa acgtcgtaat cagccgaccg tccatgtgaa
     4441 atgggataga aatacggccg tgctttcagg tgacgccatg ttgatcgtag cctatcgtct
     4501 gattggacag accccgtcct catcattaaa gcctgtcttg gatctgttta cgcagacggc
     4561 gcttgaaatc tgtgaaggcc aacagttcga tatggagttt gagcaacgtg acgatgtgac
     4621 agaagaagaa tacatggaga tgatccgcct gaaaacagcc gtattattgg cttgcagctt
     4681 gaagatggga gcattaatcg gtggtgcacc cgtgcatgac gcagaggtgc tctatcgttt
     4741 tggaatccat atagggttag cctttcagtt gcaagatgat atgttggacg tctacggcga
     4801 tacgagtaca ttcgggaaaa atataggagg tgatattctg tgcgacaaga agaccttttt
     4861 gtcagtgctc atgtatcagc ttgcaacaga tgagcaaaag aatcgcatag cgcattacag
     4921 aaaagagaac gcttcagctt acactgcgaa tgaaaaaata tcagtgatca ccagtatata
     4981 tgatgaattg aagctgaggg agcgtacgca aagcaggata aagtatcatt atgatctcgc
     5041 ttggagtgaa ttggcacggt tgagtgtaaa tcagggaaaa tgccaagagc tactccgtgt
     5101 ttgcaatctg ctgatagatc gagcaaagta aaaacatggc tgcaatgaag ttgatagaca
     5161 gtcataccca cctttacgcc gaggattttt acggtgatca ggaaatagta atagaacgag
     5221 caaaggctgc tggagtgata gccgtactat taccaaatat agacgagtcg agtattgctc
     5281 cgatgttttg cctatgtgac gagcatcctg aatttgcctt tccgatgatg gggttgcatc
     5341 cgacaagtgt ggattctcac tattcgtcaa aactacaggc gatagagaga atgttgacaa
     5401 agcgtcctta ttgtggaatt ggtgaaattg gaatcgattt acactgggaa caggcgtatc
     5461 tgaaagagca aagaattgtg ttcgaagaac agttgaagtg gagtgtcgat atggatcttc
     5521 ctgtaagcat tcatattcgt gacgcttttt cagaagtgtt tgactgcata tataaggtag
     5581 gagcggagag attgaaaggt gtttttcatt gcttttcagg gacggtcgat gaattggagg
     5641 aaataaagcg catgcagcga ttcaagatag gggttaatgg gattgttact ttcaaaaagt
     5701 ctgcattgtc tgatattata cggatggtac catcaacgat gcttttatta gagacagatg
     5761 cgccatattt atctccttca ccgtatcgag gaaaacggaa tgagccagct tttctcgtag
     5821 aagtcgtaaa gaaggtggcg gaagaattgc agatatcaga ggagacagtg gcagatctta
     5881 caagagagaa cacattggcc ctgtttgata tcccatttcc tacatctaac tgacgtctac
     5941 atagtgtgtt gacgtattat ggaagagatg atgacatcaa ggaaaactaa gttatatcag
     6001 caaaaagttt gcgtgtcatg tttttttccg tactttgcac tcgttttcag aaagaatggg
     6061 ggcgattaat aagaaaggag agatgctcga gtggttgaag aggcacgcct ggaaagcgtg
     6121 tatacgccaa aagcgtatcg cgggttcgaa tcccgctttc tccgcaagca aacggtagaa
     6181 agataaaaat aagaagcgcg aacaagcgaa gtttctaatc aataagtata ttcatcaaag
     6241 taaaattcag gcattaattc caaattatca tcactatgaa aaagttgttt acgaaagcct
     6301 tcttgggtgt attagccgcg ggcatctcta cagtagcatt tgcacaagaa gcggcagagg
     6361 ctgcagctcc cgttgaggga ggagttcatc aagcattaaa gacgaagttt attgaaggta
     6421 gtgcagactt catgagcttc gttgctattg ctttgatttt gggtctagca ttcgtcttgg
     6481 aacgaatcat ctacttgaat ttggcagatg tgaatccaaa cggtatgttg agcgagattg
     6541 aggctgcact cgatcgagga gatgtagatg gcgcaaaagc tattgcacga gatacgagag
     6601 gcccgattgc ttctattgca tatcaaggat taatgaggat cgaccaaggg atcgatgttg
     6661 tagagaagtc tattgtcgct tatggtggtg tgcaaagcgg actgttggag aagaatctgt
     6721 cttggattac cctgtttatc gcgatggcac cgtcattggg cttcttggga acagtggtag
     6781 gtatgatcat ggcgttcgat aagattgagc gtgtaggtga tattagtccg acggttgttg
     6841 ccggtggtat gaaggtggct ttgatcacta cggttggtgg tttgatcgtt gcattgatcc
     6901 ttcaggtctt ctataactat ctgttgagca aattggaagc tattctgaat aagatggaag
     6961 atgcgtcgat cacattgctc gatatggtta tcaagtacaa tgtgaaatac aaaaagtaag
     7021 acgagtcatg gctgtaacca agataaggaa actgtcgagc tggatgttga caggcgtcat
     7081 catagttagt gtgattgtct tagcaatgtt ctatctcggt ggtgtggttg atcctgctgc
     7141 agagaataag gagcccgtaa atacatcgct gttactttat tggtgctatg cgctgtttgg
     7201 agttacgatg gtttgtttgg tattgtttgg aattatgcaa ttcttctcta cactgaagac
     7261 taaaccgaaa gcagcactag gatctttagt agtgttgatt gcttttgtag tcttgcttgg
     7321 agtaacctat gcgatgggtg atgctactcc tctaccggga atcaatgttg attcagcaca
     7381 attcaataca gcgggctggt tgaaggtctc ggatatgtgg atctattcaa cgtatgtcct
     7441 gttgggactt tcagtgttag ctatgattgc tggcagtctt aagaaggttc tgaataagta
     7501 atagatatag agagcataga aagaacatga gtaagaaaag aaaagttccg ggaattaatg
     7561 gatcttcttc tgctgacatc gctttcatgt tgttgctgtt ctttcttttg acgacttcta
     7621 tggatacgga tatggggtta gcgcgaagat tgcctcctcc acccgataaa cagcagaaga
     7681 aacaagaaat cgatgtcaaa aaaaggaaca tgcttgtagt tttgatcagc tccactaatc
     7741 aagtgttgtg cggtggcgaa tacatggata taaagcaggt caaagctaag gctaaggagt
     7801 ttatagccaa tgtgaataat gatccgaatt taccagagaa ggaagaagct gatgtcccgt
     7861 tttttggaaa gatgatggtg tgcaaacctc acattatatc gttgcaaaac gaccgaggta
     7921 cgcagtatca agcatatatc cgggtgcaaa atgaattggc cgctgcttat aacgagctgc
     7981 gtgatgaagt agctaagcag aaatggggca aaacatttgc agagttggat gaaaaacaac
     8041 aggaagctgt acagatgata tatcctcaga agatatccga ggctgagccg aagaactatg
     8101 gtggaggatc taagtctgct cctgctgcga actaaagatt ttaggaagga aaaatgtaat
     8161 gggaaaattc agtcgatcgg gtggacgtga aatgcccgag ttgaacacgt catcattgcc
     8221 agacttggtc tttgcgttct tgtttttcat tatgatggtt acgaccatgc gcgaagtgac
     8281 tttgaaggtg caattccgtg ccccgcaggc tacggagcta cagaaactgg agaagaaatc
     8341 actggtcacg tttatttacg tcgggcaacc tatcgaggaa tatcgtgcca agatggggtc
     8401 ggagagtcgt ctgcaattga atgatgcttt tgcggaaatc tctgaagtag gaacatacat
     8461 cgggcaggaa aagtcgagta tgaaagagga ggatcagcct tttatgaccg tctcaatcaa
     8521 agccgaccaa gacaccaaga tggggttgat cactgactta aagcaggcgc ttcgagaagc
     8581 atatgctttg aagatcagtt actcggcacg taaacaagta gataataagt aagagatatt
     8641 cgatttcttg catccacaat tgaatatcaa cattaaaaag agagtggggg cgaatcttac
     8701 tggtaagaaa gtaggttcgc tcccctcttt gtttttgcat agaacgagat ttcatcagac
     8761 gaaatgatga cggtcaagga ggatatgagt aggaggctgt ctctacgcct ctttgttaca
     8821 gctaacaatg tcatcttaat ctgaaaagac gatggaacaa tacgaattag atgaattgga
     8881 cgagaagatc ctgagcatga tggtcaaaga cgctcggaag ccgtttcttg aagtggcgcg
     8941 agagtgcaat gtttcagggg cggctatcca tcagcggatt cagaagttga ttcatgctgg
     9001 agtcgtgaaa ggctccgaat tcatcattga taatagcaag attgggttta agacgtgtgc
     9061 ttacatgggg ctttttctcc agagttcgga tcaatacgct tcgatcacgg aggcgttgaa
     9121 gcagattccg gagattgtgg agtgtcacca tacgacgggg aaatacgacc tctttgtaaa
     9181 gatctacgcc agagataatg a
//
LOCUS       SEQF2634|AYYE01001244.1  331 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cgatcatttt tcgactgtca gggtaggggc gtatggcata cgccccacca aatggccccg
       61 caggggacaa gaatgcgtat cagcgatcga tcatttggat cattcgcccc ataaatgggt
      121 cgccggtggg gcgtatgcaa tacgccccta cacagggaca tgtaaacgca ccacattttc
      181 cacctcccac cccatagcat gccccaaagg cagcctattt ttcgtatccc accgcaaaac
      241 atgccccgac cgcgatcatt tttcggccgt cagggtaggg gcgtatggca tacgccccac
      301 caaatggccc cgcaggggac aagaatgcgt a
//
LOCUS       SEQF2634|AYYE01001245.1 4178 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4178
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             230..1078
                     /gene="bshA"
                     /locus_tag="SEQF2634_02137"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81ST7"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetyl-alpha-D-glucosaminyl L-malate synthase"
                     /translation="MNDMWPFTGICHHAWECERYSHECGKCPLLNSLKRFDLSFLTLR
                     KKSAINSNIRMVSVSSWLRGKALMSSIAQSKDIKVIPNVIDLEVFHPSDKLAARRKYS
                     LPIEKKIILMGAVRIDDPVKGFFFLKEALNNLHMECGDILLVLLGEVKDSKILGDVSF
                     PIIQLGFRSDLFEVAQLYSAVDVNVVPSFYETFGQTIIEAMACGCPSVSFNNSGQVDV
                     IDHKKNGYLAAYKDAADLATGIDWVLNKADRKKLSFNARKKVEENYSEAVVAKQYIEL
                     YRSLLK"
     CDS             1086..1877
                     /locus_tag="SEQF2634_02138"
                     /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="MPLLFSIITVTYNARKALERTLQSVGVQTYGEMEYLVIDGGSTD
                     GTMERVARWEAEMADERTRRGLEPMRCVTVSEPDRGLYDAMNKGLQRATGDYVWFLNA
                     GDTFRSPETVAQLADVAERNGWPDILYGETDVTDSDGRFIAERRLKAPEMLTWRSFRT
                     GMRVSHQAFVVKRSVAPTYDLQYRFSADFDWCIRCMKQSQRIVNSRMRLVNYEAEGMT
                     TRNRKASLAERYRIMCRYYGTLPTQMRHLWFATRFLWAKVSGNKA"
     CDS             1973..3262
                     /gene="comEC"
                     /locus_tag="SEQF2634_02139"
                     /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
                     IAALVCLRGRRSAPRELRIETPYIWGAILTFVVLFLAIQRTALAERHLDDPRPAPTAW
                     RRAAHAVQGHIVERLGQLRLSPDEHAVLASITVNDRSGMTRDLRRRFSTAGVAHLLAV
                     SGFHVGLVSGALALLLGFLPPTTPCRLFRCGLMILVAWAYAAVSGLSAPAVRAATMLT
                     IYLVGVALRRTPEPYNTLFASALLMLFVDPFSLFDVGFQLTFAAVLFILLLTPRIACL
                     IDVRRRWIALPWRLVAVSLAAQVGTFPLCCYYFGRISLVFLFANLFLVLSATLLIPLA
                     LVWVALPVGTPGSFGLQSAVECLTHTLVAVVDRFSLLPAAGVPMRFDLVLLIGSYAVL
                     LLGIHAATRGSRRTLFASFGGTLSLIVYTLAQHQFGG"
ORIGIN      
        1 aattaatcag cttcgatttg tctgggaacg ccttgtaatc tatatccaga atggattaga
       61 tcgcagtaat ctatttaaag tttctattgc taatacggga attgatctaa gtcgccgctc
      121 tattattcag aagtcagaca ttattcattt gcattggatt aatcagggat ttctttcgct
      181 ggagagtatt aaaaaactac aaaaaacagg taaaccaatt gtttggacaa tgaatgatat
      241 gtggcccttt acaggaatat gccatcatgc ttgggagtgt gaaagatata gccatgaatg
      301 tggtaaatgt cctctactga attccctcaa gcgttttgat ttatcttttc tcacgttgag
      361 gaaaaaaagt gcgattaatt ctaatattag gatggtttcc gtaagctcat ggttaagggg
      421 gaaggcacta atgagttcga tcgcacaaag caaagacata aaagtaatac ctaatgttat
      481 tgatttagag gtgttccatc cgtcggacaa gcttgctgcg cgaagaaaat attccctacc
      541 tattgaaaaa aagatcattc tcatgggggc cgtccgaatc gatgaccctg taaaggggtt
      601 cttttttcta aaagaagcgt tgaataatct tcacatggag tgtggggata tcttgctggt
      661 attgctgggg gaggttaagg atagcaaaat attgggcgac gtctcatttc ccattataca
      721 attgggattt cgatcggatc tcttcgaggt agcccaactt tactctgctg tggatgtgaa
      781 tgttgttcct tctttttatg agacatttgg tcagaccatt atagaggcga tggcgtgtgg
      841 atgcccttcg gttagtttta ataatagcgg gcaagttgac gttatagatc acaaaaaaaa
      901 tggatatctt gccgcatata aagatgcagc cgatcttgcg actgggattg attgggtact
      961 gaataaggcc gatcggaaaa agctttcgtt caatgcccgc aaaaaggtcg aggagaacta
     1021 cagtgaagca gtagttgcga aacaatacat agagctatat cgtagtttgc tgaaataaga
     1081 tctagatgcc cctccttttc tccatcatca cagtcacata caatgctcgg aaggcgctcg
     1141 agcggacgtt gcagagcgtc ggggtgcaga cgtatggcga gatggagtac ctcgtgattg
     1201 acgggggatc gactgacgga acgatggagc gagtcgcacg ttgggaggcg gagatggcgg
     1261 acgaacgcac gcggcgtggt ctggagccga tgcggtgtgt gaccgtttcg gagccggacc
     1321 gtgggctgta cgacgcgatg aacaagggac tgcaacgggc tacgggcgac tatgtctggt
     1381 ttctcaacgc gggcgacaca tttcggtcgc cggagactgt ggcgcaattg gccgatgtgg
     1441 ccgagcgaaa cggttggcca gatattcttt acggtgagac ggacgtgacc gacagcgatg
     1501 ggcgatttat cgccgagcgt cgactgaagg cgcctgaaat gctgacgtgg cgcagctttc
     1561 gaacgggaat gcgtgtcagc catcaggcgt ttgtcgtcaa gcggagcgtg gcgccgacgt
     1621 acgatttgca ataccggttc tcggccgact tcgattggtg catccggtgc atgaaacaat
     1681 cgcagcggat cgtcaactca cgaatgcggt tagtgaatta tgaagccgaa gggatgacga
     1741 cgcgcaaccg taaggcgtcg ctggcggagc gctaccgcat catgtgtcgc tactacggaa
     1801 cgttgcccac gcagatgcgt cacctttggt ttgccacccg attcctctgg gcgaaggtga
     1861 gcggaaataa ggcgtagcgc gagagatcgt ccgagaaggg ccgcggacac tcatcccgca
     1921 aaacaataac acaacgcggc gggccgacgc cccgcggaaa agagaatcga gcatgatcga
     1981 acgcgatcat aacgaatgga ataagcgacc tctatcgagg ccgctttttt tgtggattgt
     2041 tgggaccctt tgcgaggtct gctacccgct ccagtacttg tctttcgcct tgctgattcc
     2101 cgccattgcg gcgcttgtgt gtctccgagg gagacggtcg gcaccgcgcg aactgcggat
     2161 cgagacaccc tacatttggg gcgcgatctt gactttcgtg gtcctctttc tggccataca
     2221 gcggaccgcg ctggctgagc ggcacctcga cgatccgagg cccgcgccga cggcatggcg
     2281 acgggcggcg cacgctgtgc aagggcacat cgtggaacgc ctcgggcagc tgcgcctttc
     2341 gcccgacgag cacgctgtac tggcctcgat cactgtcaat gaccgtagcg gcatgacgcg
     2401 tgacttgcgc cgccgattct ccaccgctgg cgtggcacac ctcttagccg tcagcggctt
     2461 tcacgtcgga ctggtcagcg gcgcgcttgc cctgctactc ggttttctgc cgccgactac
     2521 gccctgccga ctcttccgtt gcggactgat gatcctcgtc gcctgggcct acgccgccgt
     2581 gtcgggcctt tctgcaccgg ccgtccgagc ggccacgatg cttactatct atctcgtggg
     2641 cgtggccctt cgccgcaccc ctgagccata caacacgctg ttcgcctctg ctttgctgat
     2701 gctttttgtc gaccccttca gcctcttcga cgtcgggttc cagctcacct tcgcggccgt
     2761 cttattcatc cttctgctca cgccccgcat agcctgcctc atcgatgtgc gccgccggtg
     2821 gatcgccctc ccttggcgac tcgtggccgt cagcctggct gctcaggtcg gcaccttccc
     2881 gctctgttgc tactatttcg gccgcatctc cctcgttttt ctcttcgcaa atctcttcct
     2941 cgtgctgtcc gccacgctgc tcatccccct ggccctcgtg tgggtcgcgc tgcccgttgg
     3001 cacgcccggg agcttcgggt tgcagagcgc ggtggagtgc ctgacgcata cgctcgtcgc
     3061 cgtcgtcgat cggttcagcc tcctccctgc ggccggtgtc ccgatgcgct tcgacctcgt
     3121 cctgctcatc ggttcctacg ccgtccttct cttgggcatc cacgctgcga cccgcggcag
     3181 tcgacggacg ctttttgcct ccttcggggg gacgctttcc ctcatcgttt acacccttgc
     3241 gcagcatcag tttggagggt gacagacact cgtttcccgg ataaaaacag ggcggaggcg
     3301 ctgtcggatt gggttccggc agtgcctttt ttgtttttag gttccatcgg atgcgcttcg
     3361 gctctctcgc tccgtttttt gcccctttga tcgttccagc cccccctctt catcgttaac
     3421 gcgagttcgg cgtgggcaat cctatcgctt acgatttcct gaggaaatga gtgagtaagt
     3481 gaatggccga tttcctgagg aaatgagtga gtaagtgagc ggccgatttc ctgaggaaat
     3541 gagtggaagc tcatccagtg atttcctgag gaaatgagtg agtaagtgag tggccgattt
     3601 cctgaggaaa tgagccgaaa aagtttgtgg cggccgattt cctgaggaaa tgagctgaaa
     3661 aagttttgtg gcggccgatt tcctgaggaa atgagccgaa acagttttgt ggcgggcgat
     3721 ttcctgagga aatgagccga aacagttttg tggctgccga tttcctgagg aaatgagtga
     3781 gtaagtgagt ggccgatttc ctgaggaaat gagtgagtaa gtgagtggcc gatttcctga
     3841 ggaaatgagc tgaaaaagtt ttgtggcggc cgatttcctg aggaaatgag ccgaaaaagt
     3901 ttgtggcggc cgatttcctg aggaaatgag ctgaaaaagt tttgtggcag gcgatttcct
     3961 gaggaaatga gccgaaaaag tttgtggcga gcgatttcct gaggaaatga gctgaaaagt
     4021 tttgtggcgg ccgatttcct gaggaaatga gctgaaaaag ttttgtggcg gccgatttcc
     4081 tgaggaaatg agctgaaaag ttttgtggcg gccgatttcc tgaggaaatg agctgaaaaa
     4141 gtttgtggcg gccgatttcc tgaggaaatg agctgaaa
//
LOCUS       SEQF2634|AYYE01001246.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 cggtggacgg tgtattgttg aataaggaaa aaacgcagct cgtgcaatat ccggccgggc
       61 gtgctgctac ttcctatgtc atcccaaaag aggtgacaag catcgaagca ggtgcatttg
      121 aggctgccga aaaactgact gcaataacga ttcctgttgg aattgtatcg attggaagaa
      181 tggcttttga gtcttgtttt gctttgacta ctataagtat ccccgcgacg gtgaaaacca
      241 tcggagcgaa tgcgtttggt aattgccaag aactggccga gatcaaggta gaagctgcca
      301 atacggctta tacttctgtc gatggtgtgc tgttcgacaa agccaagaaa acgcttatca
      361 cataccccgg agggcggaaa actactacat atgttatccc ctatgg
//
LOCUS       SEQF2634|AYYE01001247.1 1138 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1138
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             125..919
                     /gene="xerD_10"
                     /locus_tag="SEQF2634_02140"
                     /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="MDKALIEAYRLYMLRDLGYKMSSVAVYLRRLHQAFRRAMLEAGL
                     REDPFDLIDIETPAYERNALSAEDLQRLLAYRPHRSVDNHVRLIFLLGCFTGLAFSDL
                     KKLRMEDVYTLGDGRRYLSICRTKTQNRSIVPLLPIAEEILAYVGQGRTEGLWFREFP
                     VNSHFNRKIRELLVKAGCSPHTEASSHTARHTFATTICLENGLPIETVSRMLGHRFIS
                     TTELYAKVSKQKIAQEMRPLMGSEQTQKLRRALRICPPRKRTHDQE"
ORIGIN      
        1 ggctctttgt gaggagaagg cggcccataa aagcaaggcc acagcgcggg gctttcgaga
       61 cagctacaag agcttcgtcc gcttccttga cacgcacggg ctgcggcgtt gtttgcccca
      121 cgaggtggac aaggcgctga tagaagccta tcgtctctac atgctgcgcg acttgggcta
      181 taagatgagt tcggtggccg tctacctgag gcgtctacac caagcctttc ggcgggcgat
      241 gttagaggcg gggcttcgag aagatccgtt cgacctgatc gacatcgaga caccggccta
      301 cgaacgcaac gccctcagtg ccgaagacct gcaacgactc ttggcttatc gtccgcatcg
      361 ctccgtggac aaccacgtcc ggctgatctt cctcttgggc tgcttcaccg gcctagcctt
      421 ctccgacctc aagaagctcc gcatggaaga cgtctacacg ctcggcgacg ggcgccgata
      481 cctctccatc tgccgcacca agacgcagaa ccgcagcatc gtacccctgc ttcccatcgc
      541 cgaggagata ctcgcctacg tagggcaggg tcgtactgag gggctatggt ttcgggagtt
      601 tcccgtgaac agccacttca atcgaaagat ccgcgagctg ctcgtcaagg ctggttgctc
      661 gccgcacacc gaggccagtt cgcacaccgc gcgccacact ttcgcgacca ccatctgctt
      721 agaaaacggc ctacccatcg agaccgtgag tcggatgttg gggcatcgtt ttatctccac
      781 cacggagtta tatgccaagg tgagcaagca gaagattgcc caagagatgc gtccgctgat
      841 gggcagcgag cagacgcaga agctacgccg tgccttgcgg atttgtccgc cgaggaagag
      901 gacgcacgat caagaatgac tctggcaggc ggcctgccaa agtggtccga cactccggtg
      961 acgttggcag gccgcctgcc agagtcatcg aacactccag cgatgttggc aggccgcctg
     1021 ccggagaatt tctcacgatt aagcccgcct gtttccagcg ttttccctcc ttatcctcag
     1081 tgttccatca atccatggcg cagcgagtcc tttcgccgac ttttgccgcc aaaagaaa
//
LOCUS       SEQF2634|AYYE01001248.1 5930 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5930
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(595..2199)
                     /gene="prsA3"
                     /locus_tag="SEQF2634_02141"
                     /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
                     LFIAQKDSGVDLNNKKSLDDFVTLFKHFKQKVADAEAAQYDQTENFRNELRDYELQLR
                     AGFLSDKRGEAEAIRTVYNRGKMLPSFSDIVFPLPEKTVSKDTVAVYRRAKAAYDRIS
                     RGENYDKVAHELAPGRDDDSVFFDHVEYIYPLQLMKSLENTVFNMKVGQIVGPVRSPA
                     GYHILRLDQLTPNPGRRRVAHILIGSDEDHQDTVALLRRANEVYDLLKKGESFSSLVN
                     TYSTDGRTRNSGGILPYFSLGEMVRPFEEAAFALKDTGDFTRPVRTRFGYHIIKLLDK
                     RPMPPYEEMEKSYYTTMRQGDRNFELFKTYDDMMKQKYGYVFYPEAYEELQRLCDNYF
                     PTDSDFHKQARQMHKTLLRIHDTDIPQSEFAEYLRLYPFSTKTYSGDFMSEVYQLFVR
                     DITNNLERRELDANHPELEKLMKEYRDGILLFNISNERVWSHPVEEQAKLEADWLKEL
                     DRKYAVKINRKVLSNLKQYIAPTSKK"
     CDS             complement(2238..4547)
                     /gene="recQ_2"
                     /locus_tag="SEQF2634_02142"
                     /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="MAEELPKAESSKKPSEERKPGVAPRKTATATPRTKSPAKGATSK
                     GDMNVTEALKKHFGFDSFKGDQKAIIETLLSGKDVFVLMPTGGGKSLCYQLPSLMMEG
                     TAIVISPLIALMKNQVDAMRNFSEADGVAHFINSSLNRTAIEQVKQDILSGLTKLLYV
                     APESLTKEENVEFLRQVKISFYAVDEAHCISEWGHDFRPEYRRIRPIINEIGKHPLIA
                     LTATATPKVQHDIQKNLGMLDATVFKSSFNRSNLYYEVRPKGKDVDREIIKYIKANEG
                     KSGIVYCLSRKRVEEFTDILCANGIKALPYHAGMDSQARSRNQDAFLMEEADVIVATI
                     AFGMGIDKPDVRYVIHYDIPKSLEGYYQETGRAGRDGGEGRCLAFYAYKDLQKLEKFL
                     QGKPIIEQEIGKQLLLETAAYAESAVCRRKVLLHYFGEEFTEENCGSCDNCLTPRTTV
                     EGKELLVTALEAIDLLRERYKAEHIVDFLMGKETADIVSYQQNEMEQFGSGQEEDDKT
                     WNAVLRQALIAGYLTKEIENYGTLRITPQGREFMEHPTSFRVVKDKEFEEDEGADMPM
                     RGSGASAVDPALFSIMKDLRKKLSKQLDVPPFVIFQDPSLEAMATTYPVTLEELQNIP
                     GVGSGKAKRYGTEFVALIKKYVEENEIERPEDMRVRTVANKSKLKVYIVQSIDRKVAL
                     DDIASSKGLEFSELLDEIESIVYSGTRINIDYFIFDAIDEDRVDDIYQYFKESTTDSL
                     QEAIEELGSDYTEDEIRLVRIKFLSEMAN"
     CDS             complement(4605..5834)
                     /gene="clpX"
                     /locus_tag="SEQF2634_02143"
                     /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="MAKGVENTCAFCGKSGKDVGMLITGLSAAICDECATQAYHIVQQ
                     GRAVGSSFLPKGEEVPKPKELKEFLDQYVIGQETAKRYLSVAVYNHYKRLMQKTTADD
                     VEIEKSNIIMVGATGTGKTLLARTVARKLHVPFCIVDATVLTEAGYVGEDIESILTRL
                     LQAADYNVEAAQRGIVFIDEIDKIARKSDNPSITRDVSGEGVQQGLLKLLEGSIVNVP
                     PQGGRKHPEQRMIPVDTRNILFICGGAFDGIEKKIAQRLNTRVVGYAASRDTSVVDRE
                     NLMQYITPTDLKAFGMIPEIIGRLPILTYLDPLDRKALRQILTEPKNSIIKQYIKLFD
                     MDGIKLTFSEEVYEYVVDKAIEFKLGARGLRSIVEAIMMDAMYRLPSENRKKMAVGLS
                     YAKEQFEKMDLSRLQRA"
ORIGIN      
        1 gcatggagga tcttgtttga tgaatgaaac gaatcgatga ccttgaaaca tatacggagg
       61 cgctggggtt caaatttttt ctgggcgagg ctaacccctg agcgttccag cccttctttt
      121 tttcaagtga ggctgaaccc tgagggttta gccctacttt ttttcaagta gcgctgaccc
      181 ctgagggttt ggggctactt tttttctagc gaagctgacc cctgagggtt tagccctact
      241 ttttttctag cgaagctgac ccctgagggt ttggggctac tttttttcaa gtagcgctga
      301 accctgaggg tttagggcta ctttttttct gggtgaggct gacccctgag ggtttagccc
      361 ttcttttttt ctagcgaagc tgacccctga gggtttagcc cttctttttt tcaaggagca
      421 ttgaaccctg agatgccggc gctccttttc gaaaagtaag accagccttt cgcctcgcgg
      481 agtgtgccca ccttttgagg cgttcgtcaa atacaacggg acagggctcc cgacgctgcg
      541 ggggtcctgt ccttaaaggc ggttgtgaca aaagacatga gtggcgtcaa cgcttcattt
      601 cttggacgtc ggcgcgatgt attgcttgag gttgctgagc accttgcgat tgatcttgac
      661 cgcatacttc cggtcgagct ccttcagcca gtcggcctcc agtttagcct gttcctcgac
      721 gggatggctc cagacgcgct cgttgctgat gttgaagagc aggatgccgt cacgatattc
      781 cttcatcagt ttttccaact cgggatggtt ggcgtccagc tcgcggcgct cgaggttgtt
      841 cgtgatgtcg cggacgaaaa gctgatagac ctcgctcatg aagtcgcccg aataggtttt
      901 ggtggagaag ggatagaggc ggaggtattc ggcgaactcg ctctggggga tgtccgtgtc
      961 gtggatgcgg agcagcgtct tgtgcatctg tcgggcttgc ttatggaagt ccgaatcggt
     1021 ggggaaatag ttgtcgcaaa ggcgctggag ctcttcgtaa gcctcgggat agaagacgta
     1081 gccgtacttc tgcttcatca tgtcgtcata cgtcttgaag agttcgaagt tgcggtcgcc
     1141 ctgacgcatg gtcgtgtagt agctcttttc catctcctcg taagggggca tggggcgctt
     1201 atccagcagc ttgatgatgt ggtatccgaa gcgggtgcgg acggggcggg tgaaatcgcc
     1261 cgtgtctttg agggcaaagg cggcctcctc gaaggggcgc accatctcac cgagggagaa
     1321 atagggcaga atgccgccgc tgttgcgggt gcgtccgtcg gtggagtagg tgttgacgag
     1381 tgagctgaag ctctcgccct ttttcagcaa gtcatagacc tcattggcgc gtcggagcag
     1441 ggctacggtg tcctgatgat cttcgtcaga tccgatcagg atatgggcca cgcggcggcg
     1501 cccaggattg ggcgtgagtt gatctaggcg caggatgtgg tatccggccg gggagcgcac
     1561 ggggcccacg atctgtccga ccttcatatt gaagacggta ttctcgagcg acttcatgag
     1621 ctgcaagggg tagatgtact ccacgtggtc gaagaagacg gagtcgtcgt ctcgtccggg
     1681 ggccagctca tgggctactt tgtcgtagtt ctcgcctcgg ctgatgcggt cgtaggcggc
     1741 tttggcgcgg cgatagacgg ctacggtgtc tttcgatacc gttttctcag gcaggggaaa
     1801 gacgatgtcg ctgaacgagg ggagcatctt gccccggtta tagacggtgc ggatggcttc
     1861 ggcctcgccc cgcttgtcgg agaggaagcc ggcacgcagc tgcaactcat agtcgcgcag
     1921 ttcgttgcgg aagttttccg tttggtcgta ctgggcggct tcagcgtcgg ccaccttttg
     1981 cttgaagtgc ttgaaaagcg tcacaaagtc gtcgagcgac ttcttgttgt tcaggtccac
     2041 gccgctgtct ttttgggcga tgaagaggaa ctccgagacg gggatgtctt tccctgccac
     2101 ggtcatgatc gtcgggtcgt cagctgcctt tttctgtgcg aacgctccgc tgaggggcat
     2161 ggcgcaacac agggcgaccc ataaaagcct tcttttcatt ctatcgttga ttggttgatg
     2221 attgatctgt gaggccgtta gttggccatt tcggagagga acttgatgcg gacaagccgg
     2281 atctcgtcct cggtatagtc gctaccgagc tcttcgatgg cctcctggag gctgtccgtg
     2341 gttgactcct tgaagtattg atagatgtcg tccacgcgat cctcgtcgat ggcgtcgaag
     2401 atgaagtagt cgatgttgat ccgggtgccg gagtagacga tggattcgat ctcgtccagc
     2461 agctcggaaa attccagtcc tttagacgag gcgatgtcgt cgagggccac cttgcggtcg
     2521 atgctctgca cgatgtagac cttcagcttc gatttgttgg ccacggtgcg cacacgcatg
     2581 tcttcggggc gctcgatctc gttttcctcg acgtatttct tgatcagggc cacgaactcc
     2641 gtaccgtagc gtttggcctt gccggatcct acgccgggga tgttctgtag ctcctccagt
     2701 gtgacgggat aggtggtggc catcgcctcg agcgaaggat cttggaagat gacgaaggga
     2761 ggcacatcga gctgtttaga gagcttcttc cgaaggtctt tcatgatcga gaaaagggct
     2821 ggatcgacgg cgctcgcacc gctgccacgc atcggcatgt ctgcgccttc gtcctcctcg
     2881 aactccttgt ctttcacgac gcggaacgag gtggggtgct ccatgaactc ccgtccttga
     2941 ggggtgatcc ggagggtgcc atagttctcg atctctttcg ttagatagcc tgcgatgagg
     3001 gcctgacgaa gcaccgcgtt ccaagtcttg tcgtcctcct cttgtccgct accgaattgc
     3061 tccatttcgt tttgctgata ggagacgatg tcggccgtct ctttacccat caggaagtcg
     3121 acgatgtgtt ccgccttgta acgttcacgc aggaggtcga tggcttccag cgccgttacg
     3181 agcaactctt tgccctcgac cgtagtgcgc ggcgtgaggc aattgtcgca gctgccgcag
     3241 ttctcctccg taaactcttc gccgaagtag tgcagcagca ctttacgtcg gcagactgcg
     3301 gactcggcat aggcagccgt ctccagcagc aattgtttac cgatctcctg ttcgatgatg
     3361 ggcttgcctt gcaggaactt ctccagcttc tgaaggtctt tgtaggcgta gaaagccagg
     3421 catcggccct cgccaccgtc acgtccggca cgccccgtct cttggtaata cccctcgaga
     3481 cttttgggaa tgtcgtaatg gatcacatag cgtacgtcgg gcttgtcgat acccataccg
     3541 aaggcgatag tggccacaat gacgtcagcc tcttccatca ggaaggcgtc ctgattcctc
     3601 gatcgcgctt gcgagtccat accggcgtgg taaggcagag ccttgatacc gttggcgcag
     3661 agaatgtcgg tgaactcctc cacccgtttt cggctgaggc aatagacgat gcccgacttg
     3721 ccctcgttgg ctttgatgta tttgatgatc tcgcgatcta catccttacc cttcggccgc
     3781 acctcgtagt agaggttgga gcggttgaag gaggacttga agaccgtggc atccagcatg
     3841 ccgaggttct tctgaatgtc gtgctgcacc ttaggcgtgg ccgtagccgt caaggcgatg
     3901 aggggatgct tgccgatctc gttgatgatg ggtcgtatgc gacgatattc gggtcggaag
     3961 tcgtgtcccc actccgagat acagtgcgcc tcgtcgacgg cgtagaacga gatcttcacc
     4021 tgacgcagaa actcgacgtt ctcctctttc gtcaatgatt cgggggccac gtaaagcagt
     4081 ttggtaagac cggataggat gtcttgcttc acctgctcga tggcggtacg gttgagtgac
     4141 gagttaatga agtgtgccac gccgtccgcc tcgctgaagt tgcgcatagc atccacctga
     4201 ttcttcatca gtgcgatgag gggggagatg acgatcgccg taccttccat catcagcgag
     4261 ggcaactggt aacagagcga tttgccgccg cccgtaggca taagcacaaa cacatcttta
     4321 ccagaaagca gcgtctcaat gatggctttc tggtctccct taaaggaatc aaatccgaaa
     4381 tgttttttta gggcctcggt gacgttcatg tcccctttgg acgtggcgcc tttggcaggc
     4441 gacttggtgc gtggtgtagc tgtggcagtt tttctcggcg ccactcccgg ctttctctct
     4501 tctgacggct ttttgctgct ttcagctttc ggtaattctt cggccatgct tcttcctttt
     4561 agacatatct attgccatac tctcttcact ctcgtgtgac gccctcatgc tcgctgcaaa
     4621 cggctgagat ccatcttctc aaactgctct ttggcgtagc tcagcccgac ggccatcttc
     4681 ttcctgttct cagaaggcag cctgtacatg gcgtccatca taatagcttc cacaatcgac
     4741 ctcaatcctc gtgctccgag cttgaactcg atcgccttgt cgacgacgta ttcataaacc
     4801 tcttcgctga aggtgagttt gatgccgtcc atgtcaaaca gcttgatgta ttgcttgatg
     4861 atggagtttt tgggttcggt caggatctgc cgcagcgcct ttctgtccag cggatcaagg
     4921 taggtcaaga tgggtaatcg accgatgatc tcaggaatca taccgaaggc cttgaggtcg
     4981 gtcggcgtga tgtattgcat gaggttttcc cgatctacga cggatgtatc tcgactggca
     5041 gcgtaaccca cgacgcgtgt gttgagtcgc tgggctattt tcttttcgat accgtcgaat
     5101 gcaccgccgc agatgaaaag gatgttgcgt gtgtccacgg ggatcatgcg ttgctcagga
     5161 tgcttgcgtc caccttgagg cgggacgttc acgatcgatc cttcgagcaa tttcagaagt
     5221 ccttgctgca caccctcgcc actcacgtca cgcgtgatgg aagggttgtc gctcttgcgg
     5281 gcgatcttat cgatctcatc gatgaaaaca atgcctcgct gagcagcctc aacgttgtag
     5341 tcggccgctt gtagcaggcg tgtcaggatg ctttcaatgt cttctcccac atagcccgct
     5401 tcggtcagta cggtggcgtc gactatgcag aagggcacgt gcagcttgcg tgccacggta
     5461 cgcgccagca aggtcttgcc cgttcccgtg gcaccgacca tgatgatgtt ggatttctca
     5521 atctccacgt catcagcagt cgttttctgc attaatcgtt tatagtggtt gtagacagcc
     5581 acggacaggt agcgcttggc tgtttcctgt ccgatgacat attgatccaa aaactccttc
     5641 agctctttgg gtttaggcac ttcctcgcct ttaggcagga agctgcttcc cactgcacgc
     5701 ccctgttgca cgatgtgata cgcttgtgtc gcacattcgt cacagatcgc agcggaaagc
     5761 cccgtgatca gcatgcctac gtctttgcca ctcttgccgc aaaaggcaca agtattctct
     5821 accccttttg ccatcgtctc ttacttacgt ttcatgattt cgtcaaccat gccgtattcc
     5881 agcgcttcct gggcgttcat ccaatagtcg cggtcgctgt cgcgggcaat
//
LOCUS       SEQF2634|AYYE01001249.1  329 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
     CDS             complement(62..307)
                     /locus_tag="SEQF2634_02144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKEHRMGSHDFIIKEIRRRIGRLANLDTAKDFARDVRELKGD
                     RIDADYRSRQFTLEESLACKRLAEELITKLKTYFGDL"
ORIGIN      
        1 gtgtagcggc tgaccaagtc ctcggcatat tgccgcagga tccgttctac ttcaagatct
       61 ttcataggtc accaaaatac gttttgagtt tagtaatcaa ttcctccgcc aggcgtttgc
      121 aggccaggct ctcttccagt gtgaactgcc gcgagcggta atcggcatcg atccggtcgc
      181 ccttcaattc acgcacatcg cgagcaaaat ctttcgccgt atccagattg gccaaacggc
      241 cgattcgccg cctgatctcc ttgataataa agtcgtgcga ccccatccgg tgctccttcg
      301 ctttcaccgt ctgctcctcg taggagagc
//
LOCUS       SEQF2634|AYYE01001250.1 2295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(62..478)
                     /locus_tag="SEQF2634_02145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIHNIKAAGALIDKAEEGYYTASIHHVYYAVFQYMKYDLA
                     HTDMEPLSYEEQTVKAKEHRMGSHDFIIKEINRRISRLADPDTAQDFTQYVRELKGDR
                     IDADYRSRQFTLEESLACKRLAEELITKLKTYFGDL"
     CDS             602..1627
                     /gene="ywaD"
                     /locus_tag="SEQF2634_02146"
                     /EC_number="3.4.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25152"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminopeptidase YwaD"
                     /translation="MNLKLMTKWIIPATVGLLLATACGRKVEPTTQGEAAAPTGATAT
                     APDFDADSALAYVARQVDFGPRVPGTEAHRACATYLADELRRHGATVTVQEAEVTTYD
                     SRRLTAKNIIGALAPDRTRRILLCAHWDSRPFADRDPDTGRQRTPIDGADDGASGVGI
                     LLEIARQLNASGLPADVGIDIVFFDAEDGGTPAFDPASNDPQSETTWCLGSQHWARYP
                     HTAGYTAEYGILLDMVGSRDAVFYREQTSDRYAAAYVDRVWSAARDLGFGRYFVNAPG
                     GNLVDDHVYVIRGLRIPCLDIVNYAPDRSTGFGTYWHTGGDTMDNIDRATLRAVGQTV
                     LYVIKGS"
     CDS             1762..2190
                     /gene="sufE"
                     /locus_tag="SEQF2634_02147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9EXP1"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfuration protein SufE"
                     /translation="MNTINELQDEVIEEFSTFTDWMDKYALLIEMGNALEPLEERFKT
                     SDNLIEGCQSRVWLTADLGTDGRITFRGDSDAVIVKGIVSLLIRVLSGHTPSEITASD
                     LYFIDRIGLKEHLSPTRSNGLVSMLKQMKMYAVAFQAKGE"
ORIGIN      
        1 gtgtagcggc tgaccaagtc ctcggcatat tgccgcagga tccgttctac ttcaagatct
       61 ttcataggtc accaaaatac gttttgagtt tagtaatcaa ttcctccgcc aggcgtttgc
      121 aggccagact ctcttccaac gtgaactgcc gcgagcggta atcggcatcg atccggtcgc
      181 ccttcaattc acgcacatac tgagtgaaat cctgagccgt atccggatcc gccaaacgac
      241 tgatccgccg attgatctcc ttgatgataa agtcgtgcga ccccatccgg tgctccttcg
      301 ctttcaccgt ctgctcctcg taggagagcg gctccatgtc ggtgtgcgcc agatcgtact
      361 tcatgtattg gaacacggcg taatagacat ggtgtatgct ggccgtgtaa tagccttctt
      421 ccgctttgtc gatcagcgcc ccggcggctt ttatgttatg gatggctttc gtcttcatct
      481 gctcctgttg cctttcgtgt gggcgcaaag atagccgtgg ccccgttttt cgttttgcat
      541 ttttcgattt tccctcctca ggcccctact tttgccgccg cttctaacaa acgaacgtaa
      601 catgaacttg aaattgatga ctaaatggat catccccgcg accgtcggcc tactcctggc
      661 caccgcttgc ggacgaaagg tcgagccgac gacgcagggc gaagcggcgg ctcccactgg
      721 ggcgacggct acggcgcccg acttcgacgc cgacagtgcc ctggcctacg tagcccgaca
      781 ggtggacttt gggccacgcg tgcccggcac ggaggcgcat cgtgcctgcg ccacctatct
      841 ggccgacgag ctgcggcgcc acggcgctac cgtcaccgtg caggaggcgg aggtcaccac
      901 ctacgacagc cgtcgcctca cggccaaaaa catcatcggc gcactggctc ccgatcgcac
      961 acgccgcatc ctgctttgcg cgcattggga ctcgcgcccc ttcgccgacc gtgacccgga
     1021 cacgggtcgc cagcgcacac ccatcgacgg ggccgacgac ggagccagcg gcgtgggcat
     1081 cttactggag atcgctcgcc agctcaacgc ctcgggactg cctgcggacg tgggcataga
     1141 catcgtcttc ttcgacgccg aggatggcgg tacaccggcc ttcgatcccg cctcgaacga
     1201 cccgcagagt gagaccacct ggtgcctcgg ctcgcaacat tgggcgcgct acccgcacac
     1261 agcgggctac acggccgaat acggcatcct gctcgacatg gtcggctcgc gcgacgccgt
     1321 cttctaccgc gagcagacct ccgaccgcta cgccgcagcc tacgtcgacc gcgtctggtc
     1381 ggccgcccgc gacctcggct tcggacgcta cttcgtcaac gcccccggtg gcaacctggt
     1441 cgacgaccac gtctacgtca tccgcggcct gcgcatcccc tgcctcgaca tcgtcaacta
     1501 cgcccccgac cgctccacag gcttcggcac gtattggcac acgggcggcg acacgatgga
     1561 caacatcgac cgcgccacac tccgcgccgt cggccaaacc gtcctctacg tcatcaaagg
     1621 atcgtagaaa gtactaccct ctacctactt ataactaccc tttgactacc ctttgactac
     1681 cctttgacta ccctataact accctttgac taccctataa ctaccctttg actaccccct
     1741 aactacccat acccccccta tatgaatacg ataaacgaac tgcaagacga ggtgatcgag
     1801 gagttctcca ccttcaccga ttggatggat aaatacgcgc tgctgatcga aatgggcaac
     1861 gcgctggagc cgctcgagga gcgcttcaag acgtcggaca acctcatcga gggctgccaa
     1921 agtcgtgtct ggctgacggc cgacttgggc accgacggtc ggatcacgtt tcgcggcgac
     1981 agcgatgcgg tgatcgtcaa aggcatcgtg tcgctactga tccgtgtgct ttcgggccac
     2041 accccgtcgg agatcacggc ctccgatctc tacttcatcg accgcatcgg cctcaaggag
     2101 cacctctccc caacgcgctc caacggcctc gtctccatgc tcaagcagat gaagatgtac
     2161 gccgtagcct tccaagcgaa aggggaatag caaacgactc ttccaccctc gggctatacg
     2221 caaatccttg cagaggacac tcccacctcg ggagaccttt gcaaggattt ttttttcgtg
     2281 ggggctatgg atcac
//
LOCUS       SEQF2634|AYYE01001251.1 7682 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7682
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(447..1451)
                     /gene="epsJ"
                     /locus_tag="SEQF2634_02148"
                     /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="MNPTPFFSIIVPIYNRPDEARELLESLAVQTDRDFELVLVEDGS
                     TRPCAAEVEAFRSRLTIHYIVKPNTGRSDSRNVGMRASHGAYLIFFDSDCIIPPDYFA
                     TVRRYLATEPADCFGGPDREHPSFTPTQKAISYAMTSFWTTGGIRGGRTNLEKFKPRT
                     FNMGFSREVYERVGGFKDMYGEDIDLSLRIHQAGFTTRLYRDAYVYHKRRGNLRKFYR
                     QVHIFGQARINLFKLYPDSLKAVHTLPAVFVLGSVGVLVCAVLLSPWWFLLPAFYLVL
                     LFVDALIKTRSLSIALRAVVASLIQIYGYGLGFLRAFVDKIILRHGLEDLETLKRVYK
                     "
     CDS             complement(1448..3598)
                     /gene="dpp7"
                     /locus_tag="SEQF2634_02149"
                     /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
                     GLNVPIETIYSETNPCVANAVVIFGGGCSGITVSNEGLIFTNHHCGYGSIQKLSSVEH
                     DYLKNGFVSQNFKDELPVEGLKVQYLRETVDLTDRIMPQLEGITDEYDRISTADSIAR
                     AIADSVSKGDKFTNAEVLPFYNNNKYFLVVYDVFRDVRLVFAPPTSLGKFGGDTDNWM
                     WTRHTCDFSVFRVYAGADNKPAEYSADNKPYHPRYVAEVSLQGYGEKDYAMTIGFPGS
                     TDRYLSSWGVNQRIENSNKPRIEVRGLKQDIWRKAMQASDAVRIKYASKYAGSSNYWK
                     NSIGMNRGLANLDVIARKRAEEAAFAAWVAQSPERQARYGDVLKLLEKGYTQSDKYTN
                     MATYLLEAFMSGTEIVRLARMINSVDVEKSTPEEIDDWINGSLHDFYKDYEPELDRQV
                     LPVMLRVVKERVPAEFLPDIYKTIDKKYKGDYERYANDLFKRTLFTSPEKVAALLKDK
                     KHYKTVMKKDPAAELSHSTILSLMSVRQLLSTSLEDVERGERLYFEGLQKMHPERTFY
                     SDANFTMRASYGSIGGYQPRDAVWYNYFTTQRGILEKQDPTSSEFYVQPEILSLVRNR
                     DFGSYANPQGDLQLCFLSNNDITGGNSGSPVFDRNARVIGLAFDGNWEAMSGDIAFEP
                     DLQRTISVDIRYVLWVIDRWGKCPRLIQELKLVK"
     CDS             complement(3952..5310)
                     /locus_tag="SEQF2634_02150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSSLLTQIKRILTIHFDLRQEKEDEQETIDSLKKGVEFRGTNL
                     WVLIFAIFLASLGLNTNSTAVIIGAMLISPLMGPIMGFGLGLGIADFDLVKRSLRNYL
                     TATLFSVVTATIYFLISPISEAQSELLARTSPTIYDVLIAFFGGLAGIVAGSTKSKGN
                     VIPGVAIATALMPPLCTAGFGLATGNLSYFLGAFYLYFINTVFISLSTYIVVRVLKYP
                     NKEFLDKKSAMVVRRYMMIIVTCTIIPSLYLTYRVLRNTVFDEQVRSFVNKELDFPNT
                     QVLSRTVAVDTAGRKALNVVLLGDEVPDMMIEAARARMRDYGLGGIGLNIQQGFGSDV
                     DINELKSVLMKDLYKNNEELIQAQAVQIDSLKHTVDRYRRASHLALSLTPELRVLYPQ
                     VERLACTPTIIANTVQDKPDTVLLVYVKVKNALTPDEQRKLSQWMGARTEEKNIKLII
                     DR"
     CDS             complement(5448..6938)
                     /locus_tag="SEQF2634_02151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLAKETAIYGLSSIVGRFLNWMLVPMYTRVLANTNEFGVVTN
                     LYGWTALLLVILTYGMETGFFRFVNKQEEREPMRVYATALYSVGFTSALFMVAAWLLL
                     GPISGALGYAAHPEYVGMMAGIVAVDAFCCLPFAYLRYRNKAVRFAAIKLANIFLNIV
                     LNIFFLVVCPQLNESHPEWIAWFYRPGYGIGYIFLTNVFTTVTTLLMLLPDMMPGLRA
                     RPDAARLRQMLAYSFPILILSIAGIFNQTADKILFPFLFADKAEADAQLGIYGACFKI
                     AVVMVMFIQAFRYAYEPFVFAKTRDADNRRSYVEAMRYFIIFSWVIFLGVTFYLDLLK
                     HYVDARYYAGLSVVPIVMLGELFFGIYFNLSVWYKLTDRTQWGAYFSTAGCVMTVAVI
                     VLFVPRFGFMACAWASFASNLLMMVLSYLVGRRYYPVPYDLRSAAFYTLLAAAFFAAG
                     MWPEIDNTVWRMAYRTALLLVFVGIIIKRDLPLSELPLIHGRRKAA"
     CDS             complement(7079..7567)
                     /gene="ruvB"
                     /locus_tag="SEQF2634_02152"
                     /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="MHLEYYDTATLTRIIHRSADILGVGCDTDAAKEIAGRSRGTPRI
                     ANALLRRVRDFAQVKGSGRVDREIACYALEALHIDRYGLDLIDNKILNLLIDKFNGGP
                     VGLTTIATALGEDPGTLEEVYEPFLIQEGFLKRTPRGREVTQLAYEHLGKVSTPSQGT
                     LF"
ORIGIN      
        1 aaactcgccg ggttttgccc cttgcacgct gtgcgagtac cgaaactcgc cgggttttgc
       61 cccttgcatg ccgtgcgagt accgaaactc gccgggtttt gccccttgca cgctgtgcga
      121 gtaccgaaac tcgccgggtt taccccttgc atgccgtgcg agtactgaaa ctcgccgggt
      181 tttgcccctt gcacgctgtg cgagtaccga aactcgccgg gttttgcccc ttgcatgccg
      241 tgcgagtacc aaaaggtgcc aggggcaccg gccaagtttg caggcgacat aggacaactc
      301 acccgagttc gctacccgca tgccgtgtga gctccgaaat gaatggcctt tgctctcccc
      361 gcaaaaaaga aaagccccaa tgactgaatc attggggctt tttgctttct gtgtattggg
      421 tcaaactcgc cgatcaacac ccaacatcac ttatataccc gcttgagggt ctcgaggtct
      481 tcgaggccgt ggcggaggat gatcttgtcg acaaacgcgc ggaggaagcc gagtccgtag
      541 ccgtagatct ggatcagcga ggcgacgacg gcgcgcaggg cgatgctgag gctgcgggtc
      601 ttgatgagag cgtcgacgaa gagcagcact aagtaaaagg cgggcaggag aaaccaccac
      661 ggcgacagca ggacggcgca cacgaggacg ccgacgctgc cgaggacgaa cacggcgggg
      721 agcgtgtgga cggccttcag cgagtcgggg tagagcttga agaggttgat gcgcgcctga
      781 ccgaagatgt gcacctggcg gtagaacttg cggaggttgc cgcggcgctt atggtagacg
      841 taggcgtcgc ggtagaggcg ggtggtgaag ccggcctgat ggatgcggag gctgaggtcg
      901 atgtcctcgc catacatgtc tttgaagccg cccacgcgct cgtagacctc acgcgaaaaa
      961 cccatgttga aggtgcgggg cttgaacttc tccagattgg tgcggccgcc gcgtatgccg
     1021 cccgtggtcc agaaggaggt catggcgtag ctgatggcct tttgcgtggg ggtgaagctg
     1081 gggtgctcgc ggtcggggcc gccgaagcag tcggccggct cggtggcgag gtagcggcgg
     1141 acggtggcga agtagtccgg cgggatgatg cagtcggagt cgaagaaaat gagatacgca
     1201 ccgtgggagg cacgcatccc gacgttgcgc gagtcgctgc ggccggtgtt gggcttgaca
     1261 atgtagtgga tcgtgaggcg ggagcggaag gcttccacct cggccgcgca gggccgggtg
     1321 gagccatcct cgacgagtac cagttcaaag tccctatcgg tctgcacggc gagactttcg
     1381 agcagttcgc gggcctcgtc cgggcgattg tagatgggga cgatgatgga gaagaagggc
     1441 gtcgggttca ttttaccagc ttgagttctt ggatcaggcg cgggcacttg ccccagcggt
     1501 cgatcaccca aaggacgtag cggatgtcga cgctgatggt gcgttgcagg tcgggttcga
     1561 aggcgatgtc gccgctcatg gcctcccagt tgccgtcgaa ggcgagtccg atgacgcgcg
     1621 cattgcggtc gaagacgggg ctgccggagt tgccgcccgt gatgtcgttg ttcgagagga
     1681 agcagagttg cagatcgccc tgcgggttgg cgtacgagcc gaagtcgcgg ttgcggacga
     1741 gggagaggat ctcgggctgc acgtagaact ccgagctcgt cgggtcttgc ttctctaaga
     1801 tgccgcgttg ggtggtgaag tagttatacc acacggcgtc gcggggctga tagccgccga
     1861 tggagccgta gctggcacgc atggtgaagt tggcgtcgga gtagaaggtg cgctccgggt
     1921 gcatcttctg taggccttcg aagtagaggc gttcgccgcg ctcaacatcc tccagagagg
     1981 tggagaggag ttgccgcacg ctcatcagcg acaggatggt ggaatgggag agctcggcgg
     2041 cgggatcctt cttcatcacc gtcttgtagt gcttcttgtc cttgagcagg gcggccactt
     2101 tctcgggcga ggtgaagagg gtgcgcttga agaggtcgtt ggcgtagcgc tcatagtcgc
     2161 ccttgtactt cttgtcgatc gtcttgtaga tgtccggcag gaattcggcg ggcacacgct
     2221 ccttgactac gcgcagcatg acgggcaaca cctgacggtc gagctccggc tcatagtctt
     2281 tgtagaagtc gtgcaggctg ccgttgatcc agtcgtcgat ctcctcgggc gtgctcttct
     2341 ccacgtcgac gctgttgatc atgcgtgcca ggcggacgat ctccgtgccg ctcatgaagg
     2401 cttccaagag gtaggtcgcc atgttggtgt acttatccga ctgcgtgtag cccttctcga
     2461 gcagcttcag cacgtcgccg tagcgcgcct gacgttcggg cgactgggct acccatgccg
     2521 caaaggcagc ctcttcggcc cgtttgcggg caatgacgtc gaggttggcc agaccgcggt
     2581 tcataccgat ggagttcttc caatagttgg agctgccggc atacttcgag gcgtacttga
     2641 tgcgtacggc gtcgctggct tgcatggctt tgcgccagat gtcttgcttg aggcctcgca
     2701 cttcgatgcg cggcttgttc gagttctcga tgcgttggtt gacgccccag gaggagaggt
     2761 agcggtcggt gcttccgggg aagccgatgg tcatcgcgta atccttctcg ccgtaaccct
     2821 gcagggagac ttcggccacg tagcgcgggt gatagggttt gttgtcggcg ctgtattcgg
     2881 ccggcttatt gtcggcgccg gcgtagacac ggaagacgga gaagtcgcac gtgtggcgtg
     2941 tccacatcca gttgtccgta tcgccgccga acttgccgag cgacgtgggc ggagcgaaga
     3001 cgagtcggac gtcgcggaag acgtcgtaga cgacgaggaa gtacttgttg ttgttataga
     3061 agggcagcac ctcggcgttg gtgaacttgt cgcccttgga tacggagtcg gcgatggcgc
     3121 gggcgatgga gtcggctgtg ctgatgcgat catactcgtc ggtgataccc tcgagctgcg
     3181 gcatgatgcg gtcggtgagg tcgaccgtct cgcggaggta ctgcactttg agtccttcga
     3241 cgggcagctc gtccttgaag ttctgcgaca cgaagccgtt cttcaggtag tcgtgctcca
     3301 cgctgctgag cttctggatg gagccgtagc cgcaatggtg gttggtgaag atgagcccct
     3361 cgttggagac ggtgatgcca gagcatccgc cgccgaagat gacgacggcg ttggctacgc
     3421 aaggattcgt ctcgctgtag atggtttcga tgggcacatt gaggcccaac tcctgcatgc
     3481 gtgcgatgtt ttgtttgttc aactctttca gcacccacat gccttcgtcg gcccgggcgc
     3541 ccgtggcaag cagcatgcac gcggctactg cagccatgat cttgtttgtt ctgttcatgt
     3601 ttatgagtag ttaattaagt agttatcggc ctgcgaccaa gtagttatgc gccttcggcg
     3661 cggtagtgag gggcttcgcc ccggtagtca tgcgccttcg gcgcggtagt gaggggcttc
     3721 gccccggtag ttatgcgcct ttggcgaggt agttaggggc ttcgccccgg tagttacgcg
     3781 ccttcggcgc ggtagttaga agtagttatc ggcctgcggc cgggtagttg agagggtcag
     3841 gaggtcttcc actgactact tctgactacc gcgccgaagg cgcataacta cctctaaact
     3901 actgggcgca ccgcagtgcg cccctactac cgtggccgaa aggccgcatg actaccggtc
     3961 gatgatcagt ttgatgttct tctcttcggt gcgtgcgccc atccattgcg agagcttgcg
     4021 ctgctcgtcg ggggtgagtg cgtttttgac tttgacgtaa accaaaagca cggtgtccgg
     4081 cttgtcttgg acggtgttgg cgatgatggt cggcgtgcag gctaagcgct ccacttgcgg
     4141 atagagcaca cgcagctcgg gcgtcagcga gagggccagg tgagaggctc gacgatagcg
     4201 atccacagtg tgcttgagcg aatcgatctg cacagcttgt gcttggatga gctcctcgtt
     4261 gttcttgtag agatccttca tcaggacgct cttcagctcg ttgatgtcta catcgctgcc
     4321 aaagccttgc tgtatgttca ggccgatgcc accgaggcca tagtccctca tgcgggcgcg
     4381 ggcggcttcg atcatcatgt ctggcacttc gtcaccgagc aagacgacgt tgagcgcttt
     4441 gcgtcctgcg gtgtcgacag cgacggttcg gctgaggact tgcgtgttgg ggaaatccag
     4501 ctctttgttg acgaacgacc ttacctgctc gtcaaagacg gtgttgcgga ggacgcgata
     4561 ggtgaggtaa aggctgggga tgatggtgca ggtgacgatg atcatcatgt agcgccgaac
     4621 gaccatagcg ctcttcttgt cgaggaactc cttgttcgga tacttcagca cccgcaccac
     4681 gatgtaggtg gagaggctga tgaagaccgt attgatgaaa tagaggtaga aggcgccgag
     4741 gaagtagctc aagttgcccg tcgccaagcc gaagccggcg gtgcagaggg gcggcatgag
     4801 ggcggtggcg atggccacgc cggggatgac gttacccttc gacttggtgg agccggccac
     4861 gatgccggcc aagccgccga agaaggcgat gagcacgtcg tagatggtcg gagaggtgcg
     4921 cgccagcagc tcgctctgcg cctcgctgat gggcgagatg aggaagtaaa tggtggccgt
     4981 gacgacgctg aagagcgttg ccgtaaggta gttgcgcagg gagcgcttaa ccaggtcgaa
     5041 gtcggcgatg ccgaggccca gcccgaagcc cataatgggg cccatgagcg gggagataag
     5101 catggcacca atgatgacgg ccgtggagtt ggtgttcagc ccgagcgagg ccaggaagat
     5161 ggcgaagatg aggacccaga ggttggtgcc gcgaaactcg acgcctttct tcagtgagtc
     5221 gatcgtttct tgttcgtctt ctttctcctg cctaaggtcg aagtggatag tcaggatgcg
     5281 tttgatttgc gtgaggagtg atgagttcat atgtagttat ggaaaaatga tgtcaaaaac
     5341 gtgggatctg ccttgtactc ggcaaacttg actggcgtcc ctgacgcccc gcgcagtgtg
     5401 cgcgaagcca acgagacctc tcgttgggta tacaaaatcc gtatgcttca tgccgccttc
     5461 ctccttccat gaatcaacgg cagctcggag agcggcaggt cgcgtttgat gataatgccg
     5521 acaaaaacaa gcaggagcgc ggtgcggtag gccatgcgcc agaccgtgtt gtcgatctct
     5581 ggccacatgc ctgcggcgaa gaaggccgcg gcgagcaggg tgtagaaggc ggccgaacgg
     5641 aggtcgtaag gcacggggta atagcgccgc ccgacgaggt aagagagcac catcatcagc
     5701 agattgctgg caaacgaggc ccaggcgcag gccatgaagc cgaagcgggg cacgaagagc
     5761 acgatgacgg ctacggtcat gacgcacccg gccgtggaga agtaggcgcc ccactgggtg
     5821 cggtcggtga gcttgtacca caccgagagg ttgaagtaga tgccgaaaaa cagctccccg
     5881 agcatgacga tgggcacgac gctgaggccg gcgtagtagc gggcgtcgac gtagtgcttg
     5941 agcaggtcga ggtagaaggt gacgccgagg aagatgaccc acgaaaagat gatgaagtaa
     6001 cgcatcgcct cgacgtacga gcggcggttg tcggcgtcgc gggtcttggc gaagacgaag
     6061 ggctcgtaag cgtagcggaa ggcttggatg aacatgacca tcacgacggc aatcttgaag
     6121 caggcgccgt agatgcccag ctgcgcgtcg gcctcggcct tgtcggcaaa gaggaagggg
     6181 aagaggatct tgtcggccgt ctgattgaag atgccggcga tgctcaggat caggatcggg
     6241 aaggagtagg ccagcatctg tcggaggcgc gctgcgtcgg gtcgggcgcg gaggccgggc
     6301 atcatgtcgg gtagcagcat gagcagcgtg gtgacggtgg tgaagacgtt ggtcaggaag
     6361 atgtatccga tgccgtagcc cggacgatag aaccacgcga tccactcggg gtgcgactcg
     6421 ttcagctgcg gacagacgac aaggaagaag atgttcagca caatgttgag gaagatgttg
     6481 gccagtttga tggcggcaaa tcgcacggct ttgttgcggt atctgaggta ggcgaagggc
     6541 aggcagcaga aggcgtcgac ggccacaatg ccggccatca tgcccacata ttccgggtgc
     6601 gccgcgtagc ccagtgcgcc actgatcggc ccgagtaaca gccacgccgc caccatgaag
     6661 agggccgacg tgaagcctac gctataaagc gccgtggcat agacgcgcat cggttcgcgc
     6721 tcctcctgct tattgacgaa gcggaagaag cccgtctcca tgccatacgt caggatgacg
     6781 agcagcagtg ccgtccatcc gtagaggttc gtcaccacgc caaactcatt cgtgttcgcc
     6841 agcacccgcg tgtacatcgg caccagcatc caattcagga aacgccccac gatgctgctc
     6901 agcccgtaga tcgctgtctc cttcgctaac cgtttcattc ctccggccat gctctcattc
     6961 aactaaaaac gaaaaactaa aagcgggcgg ataccaggcc aacttggccg gcacccctgg
     7021 tgccttgatc ttcttttgct tcttttcttc tatcaaggga agaaaagaag gttctgcctt
     7081 aaaacaatgt gccttgcgac ggcgtcgaca ccttgcccag atgctcatac gccagttgcg
     7141 tcacctcccg tccgcgcggc gtacgcttca ggaaaccctc ttgaatcagg aacggctcat
     7201 agacctcctc cagcgtgccc ggatcctctc cgagtgccgt ggcgatcgtt gtcagcccca
     7261 ccggtccgcc gttaaacttg tcgatgagca gattcaggat cttgttatcg atcaagtcca
     7321 gtccgtaacg gtcgatgtgg agcgcctcga gtgcatagca ggcgatctcg cgatctacgc
     7381 ggcccgatcc cttcacctgc gcaaagtcgc gcacccggcg cagtagcgcg ttggcgatgc
     7441 ggggcgtgcc ccgactgcgt ccggcgatct ccttcgccgc atccgtgtcg caacccacgc
     7501 cgaggatgtc cgcactgcga tggatgatcc gcgtgagcgt cgccgtgtcg taatactcca
     7561 agtgcatgtt gatgccgaag cgtgctcgga gcggtcctgt cagcaatccg ctgcgcgtcg
     7621 tggcgccgac gagcgtgaag ggtgcgaggt cgatctgtat cgagcgcgcg ctgggcccct
     7681 tg
//
LOCUS       SEQF2634|AYYE01001252.1 2908 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2908
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             454..1017
                     /gene="ydaF"
                     /locus_tag="SEQF2634_02153"
                     /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="MREGQNNVEEIKLNTAAVLRLLTPLDAPDIFNAIDTQRRYLAQW
                     LPFVSGTRTIEDTLRYVRTSMLDFERGDYVFVIVCEEQFAGLIGFKDTDRENRRTELG
                     YWLREEYQGRGLITESVKALCRWAFRKQRMFRVQIKCATDNIRSRAIPERLGFVHEGT
                     ERGGARLANGRHTNLEVYSRLRTDKVK"
     CDS             1056..1538
                     /locus_tag="SEQF2634_02154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWFECKVSYEKMIEGGMQKKVTEPYLVDAMSFTEAEARIIEEL
                     QPYITGEFLVADIKRVRLSELFYNEQGDRYYKAKVCYISLDEKSGMEKRTTVQMLAQA
                     SSVREALDTIDEGMKGSMADYEVASITESPLIDVFPFSEGAKARQGETPKKSSAEDEA
                     "
     CDS             1535..2209
                     /locus_tag="SEQF2634_02155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTVAERLEAIRRTLPKDVELVAVSKFHPAEVVREAYDAGQRLF
                     GESRVQELVAKQPLLPNDIEWHFIGSLQTNKVKYLAPFIHTIQSIDSLKLLAEVDRAA
                     ERVGRQIRVLIEVHIAEEDSKHGFSVDECRKLFADGALSAYKHVKIAGLMGMATFTDD
                     TEQVRREFDRLRTLFDEVRAMPDAVDSCFTELSMGMSDDYPTAIEAGSTMVRVGTKIF
                     GPRQYS"
ORIGIN      
        1 aatcttacac ttaactgtat agacttcttc ctatttaaca actagaaaaa actcttcttt
       61 aagctcttcc agcaattttc gccgttctct cttccagcat ttcatcttta tcgtcgctcc
      121 ctctctcgaa agcgggtgca aaagtacatg gactttcttt tcatccaaat tttaccacca
      181 tatcccacat gttaaattat gcttgatttc tgatttacag gcactataca gaaacgagta
      241 gcgctgtttt ttattgagat aggcgattcg agaggcaaaa agacacttgt ccgagtatca
      301 tagctgttgt aagcaactat gctgatctct acgcctaaca gagactttta ctaggaaagg
      361 agtaggaaat atgtcatagc tttgtccccc taaaatacga ttacgataga gcagaatccg
      421 atcaatacac atatttaaat atacaagtag cgcatgaggg agggccaaaa caatgtggag
      481 gagataaaac tgaacacggc tgcagttctg cgactgttaa cccctctgga tgcaccggat
      541 attttcaacg cgatcgacac acaacgccgt tacttagctc aatggctacc tttcgtgagc
      601 ggaacgcgga ctattgaaga cactctccgc tatgtgcgaa cctcaatgct tgattttgaa
      661 cgaggcgatt acgtgtttgt gatcgtttgc gaggagcaat ttgcaggatt gatcgggttt
      721 aaggatacag atcgagaaaa ccgcagaacg gagctgggat actggctgcg tgaggagtat
      781 cagggtcgag gactcataac agaatcggtg aaggcattat gtcgctgggc atttcggaaa
      841 cagcggatgt tcagggtaca gatcaaatgt gcgacggata atatccgtag ccgtgccatt
      901 ccggagcgac tgggattcgt acatgagggt acggagcgtg gaggggcacg attagctaac
      961 ggtcgacata cgaacttaga ggtgtatagc cgtttgcgga cagataaggt gaaatagata
     1021 tatatgaagt atagcaagca gaaaagacag atgtcatgaa ttggtttgaa tgcaaggtat
     1081 catacgaaaa gatgatcgaa ggtgggatgc agaaaaaggt tacagagcct tatctggtgg
     1141 atgcgatgtc gttcaccgag gctgaggcac ggatcatcga ggagctgcag ccctatatca
     1201 caggtgaatt cttagtagcc gacatcaagc gggtacgact ctctgagcta ttttacaacg
     1261 aacagggcga ccgatactat aaggcgaagg tctgctacat ctcgctcgat gagaagagcg
     1321 ggatggagaa gcgtaccaca gtccagatgc tggcccaagc ctcatcggta agggaagcgt
     1381 tagacacgat cgatgagggc atgaagggct ctatggccga ctatgaagta gcctccatca
     1441 cggagagtcc gctgatagac gtcttcccat tctccgaggg cgcgaaggcg cggcaaggtg
     1501 aaacaccgaa aaaaagctct gcggaggacg aggcatgagc acggtagcag aacgtctgga
     1561 agccatccgg agaacgttgc ccaaagacgt ggagttggtg gcagtgtcga agtttcaccc
     1621 cgctgaagtc gtgcgcgagg cctatgatgc cgggcaacgc ttgttcggtg agagtcgcgt
     1681 acaggagctt gtagccaagc agcctctact tcccaacgat atcgagtggc acttcattgg
     1741 atcgctacag accaacaaag tgaaatatct cgctcccttc atccacacca ttcaaagcat
     1801 tgactcgcta aagttgctgg ccgaagtgga tcgggcagca gaacgcgtgg ggcggcagat
     1861 ccgcgtactg atcgaggtgc atatcgccga agaagactcg aagcacggat tcagcgtgga
     1921 cgagtgccgc aaactgtttg ctgacggtgc actctcggcc tacaaacacg tcaagatcgc
     1981 aggcctaatg ggcatggcta cattcacgga cgacaccgag caggtgcgtc gtgaatttga
     2041 tcggctccgc acactcttcg acgaggtgcg ggcgatgccc gatgccgtcg actcatgctt
     2101 cacggagctg tcgatgggta tgagcgacga ttacccgacg gccatcgagg ccggtagcac
     2161 gatggtccgc gtgggcacga agatcttcgg gccgcgacag tacagctaag ggtcggacat
     2221 agaaatttga atagtaaacg aaaacagcat aaccaatgag aaatttagag acaaaatatg
     2281 ccggcttgac gctgcgtaac ccgttgatcg tcggcagttc gggacttacg agcaaggctg
     2341 ataaaaacgg caaatgggaa gaagcaggtg cgggggccgt ggtcctcaaa tcgctcttcg
     2401 aagaacagat cgaggcgcaa ggtgacctat taatggaagg cgcaagcgac tacccggagg
     2461 ccgaagatta cgtccgcgcc tacgtccgcg cgaacggacg cgaagagtat ctccagttga
     2521 tccgcgacag caaagctgcc tgccacgtga tccccgtgat cgccagcgta aactgctacc
     2581 gcgcggacac ttgggccgac ttcgccgccg agatcgaacg cgcgggcgcc gacgccctcg
     2641 agctcaacgt gttctactta gacaccgaca tccattccga cagccgcgaa gtgcttcggc
     2701 actatagctc gattctgaaa gacgtgcgcc gccgcatctc catccccatc atcatgaaga
     2761 tcggcaaggg cttcagcacc atccccgcct tcgtcaaccg tctgcaaggc ttcggtgcca
     2821 atgccgtagt gctcttcaat cgctactacc ggccggatat cgacatcgag cgttgccgca
     2881 tcgtcgctgc gccgcccttc agcgaccc
//
LOCUS       SEQF2634|AYYE01001253.1  204 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..204
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 acttttcagt taaatcggcc acatcgtcct ctctgaaaaa gaaaccattc tctccttcaa
       61 acactaagtc tttttctgtt ccatcacaaa cagaacaaat aatgggtaag gagaaacaca
      121 ttgcgtcatt tatggacagc ccccccatgc ctgctaaaac atatacagat gattcattca
      181 tatattgagc aagctctata aggc
//
LOCUS       SEQF2634|AYYE01001254.1 1851 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
ORIGIN      
        1 ttcgacgaac ctacgactgg ccttcatttc cacgatatta agaccctact caaagccttc
       61 tccgatctga tccgcctggg gcacacggta gtcattattg agcaccatcc agacgtgatt
      121 aagtgtgccg actacatcat tgatctcggt cccgaaggcg gcaaagccgg tggacacctg
      181 atttgtgccg gtaccccacg cgagatcgcc gcttgccccg agtccctaac cggccgctac
      241 ctcaagttgt gagatccatt tcaggtaaaa gtcctattcc tcgacccatt tttcagcccc
      301 cacacgtacc cggccatctt ccccggcctc ggtagaggcc ttgattttct tttgccttct
      361 tttcttgtat caagacaagg cccctaccgg ggcagggaag ttttccctgg tacattttta
      421 agatggatct tatattcatc cctgttcttc gatccatttt ccagtttcca cacgtacccg
      481 gctatcttcc ccggcctcgg tagaggtctt gattttcttt tgccttcttt tctttcatca
      541 aggaaagaaa agaaggtagg ggcgtattgc atacgcccca ccgaacgcca tcccaaggat
      601 ggcgaatgca tgaaacgcgt caatttttca ggctataacg atcgtataac ctcaaaacgc
      661 gccatttttt caggctattc gttccataga tggaacattt gtggagcgta tgcaatacgc
      721 ccctaccttg ttacccgaaa acgtattgat ttttcaggtc cccgtgtagg ggcgtattgc
      781 atacgcccca ccgaacgcca tcccaaggat agcgaatgca cgaaacacgt caatttttca
      841 ggttgtaacg atcgtataat ctaaaaatgc gccatttttt caggccattc gttccataaa
      901 tggaacgttt gtagggcgta tgcaatacgc ccctaccttg ttacccgaaa acgtatagat
      961 ttttcaagtc cccgtgtagg ggcgtattgc atacgcccca caaaacacca ttttaatgat
     1021 ggtggatgcc gaaaacgtga tacgttttta gggtataagg atctaataac cacaaaacgc
     1081 gccatttttt caggctattc gttccataga tggaacgttt gtagggcgta tgcaatacgc
     1141 ccctacctta ttacccgaaa acgtatcgat ttttcaggtc cccgtgtagg gacgtattgc
     1201 atacgcccca caaaacacca ttttaatgat ggaggatgca cgaaacgtgt caatttttca
     1261 ggttataacg atcgtataat ctgaaaacgc atcacatttt taggttattt gttccataaa
     1321 tggaacgttt gtaggggcgt atgcaatacg cccctaccgt gttacccgaa aacgtattga
     1381 tttttcaggt ccccgtgtag gggcgtattg catacgcccc accggacgcc attttaatga
     1441 tggcggatgc cgaaaacgtg atacattttt ggggtacaag gatctaataa tcccaaaacg
     1501 cagcacgttt tgggcattca tattcaatga atcatgaaaa cgtgatacat tttctggata
     1561 tattgatctt ggagaataaa aatcaggggc tttgccccca tacccctacc ttcttttctt
     1621 tccttgatga aagaaaagaa ggcaaaagaa aatcaaggcc tctgccgagg ccggggaaga
     1681 tgaccggata catgaaggaa gtagaaaacg taccgagaaa aacttccctg ccccggtagg
     1741 ggtcttgtct tgatacaaga aaagaagaca aaagaaaatc aaggcctctg ccgaggccgg
     1801 ggaagatgac cggatacatg aaggaagtag aaaacgtacc gagaaaaact t
//
LOCUS       SEQF2634|AYYE01001255.147678 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..47678
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             74..2380
                     /gene="bfrD"
                     /locus_tag="SEQF2634_02156"
                     /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="MILHAQDGQPKREYTNFQDTTFQLSEISVTAKRPMQVEVMKLGV
                     PAAYLPVTTNTLPSRLLANHGITNIQDAARFLPGVRVQTSYGAFQQISIRGFDHSIIM
                     VDGVRDERSSINNSYPFMDLTSVERIELLKGPASVLYGQSAVGGVLNIVRKAPTAQQH
                     VNARVAYGSYQNLQTTLGFGGRLFGPINYSANFNYQTQDGWRDNAMRRLSGYLALGGK
                     LTEADELDIRIGALRDFYPTEIGLPDVMPADIYRTADDTKAYDRGDMLPGLDKKARYN
                     SESDFMYNRNFNASIMWRHTFGEAARLTDKLSYTYDDIDYFGTEDLAYLTSDQPIYKH
                     YYKSGNRKVYINLDSLRYDFPLRFEHIARTWNNQLELNGRFATGSVKHNYLGGYSLIG
                     LYRNSFSGYDLGQDVYGPGLTGQGSVYNPHSLGWMDTRFSRAFVSRIYMHGFYLQDLL
                     ELNEKLKMLLAGRYDLYSYKRVSGVPTIDGRAEFEMPADSLFTRTATSTFSFRTGLVY
                     IPVQPLSLFASVGSYFKPDNTTYSDNTRYFDRNGREFFPNKDSRKIFDPERGIQVEVG
                     ARYELDDKLSADFSLFYINRENERQYMADKGDVINGEKLDKYVVGQVGRMDSRGFDLE
                     LTYRPIRGLSLTAGYGYTDTRLRKIATNPYLDGENLVGKRYAYSPLHSFYVYADYTIR
                     EGVLRGLGFNFDVTYQDEVYRNFSNTSTFPSYWMTDASISYRLPNRVRLRLNVNNVFN
                     TDYYNEALDSQYVPGMPRNFLISAAYSL"
     CDS             2518..4893
                     /gene="pupA"
                     /locus_tag="SEQF2634_02157"
                     /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="MKLPLTLFFGLGLCPMLHAQDGHTKREYTNFQDTTFRLDEVSVT
                     ATRQRPMSITKFGVPNAYLPVSGSVIPTSMLTDRGIVNLQDAVKFLPGTRMRTTYGAY
                     QQFQVRGFDHTPVMIDGVRDERTSINNSAPMGDLASVERIELLKGPASVLYGHSTVGG
                     ILNIIRKSPTARTTLNTRLTYGSWNDRRAMIDIGGRLIGPFNYRAVLNWQDVEGYRYA
                     NDRRFSGYAAIGARWENQELDIRGGFNRDSYGTDIGLPKLMANDIFNADGTPYLAKGE
                     SQPGLNPRWRYNNESDFMLHHGSNVSVKYNYRFSPAFKLENRLAYTYDNIDYFSTEEL
                     SYPTSDEPIYKHYYMAGGKKKFIDLDTVQLTYPLRFAYTVHTVNEQLEASGRVDLGRG
                     MKYNYLAGYNYVYFFRDTYRGYGGGYKLSDLIEGPGLNSKVAVRNPHSMGYMEPHFNA
                     GTSTRNYTHSLYLQNLLELSEKFKVMVSGRFDQFIFKTATAKINRLKTREYSELPDYD
                     QTSTSAFTYRIGAVYLPTPGFSLYGSFANFFQPYRNIVNTATTVYIGADGKRFYPTSG
                     EEAFKAQKGYQGEIGARYNLTSRLQATASLFYIRRENENKTLNSRYVDPTDGKTKSVV
                     GQVAGSDSKGLEVEVAYTPTDGLSLLAGYGYTDARIRKFSFSPERLIEDGFMDKGTKV
                     QDGMRQAGIPMNTFYLAAGYTFTRGPLQGLGLNATANYMDNVYRDLNKTLIYGAYWDT
                     DLGIAYRLKNGVRLQVNINNVLDDRTFTQSLGTQITPRTPRSYLFTIGYSL"
     CDS             4907..6595
                     /locus_tag="SEQF2634_02158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGANHPWFVPIFSTLYSLSSTLYPLLSILYSLPSTLYPLLSTLY
                     PLSSILYPLSSTLYPLPSMFTRFMFTLHRVTGTLLSLLFVVWFVSGIVMMYHGFPRVT
                     ADDRLARLEPLDTADLPPVESVLRRVPDSLGRIDGLSVSRYLGQTVFEVHAGDETLRL
                     PADSTQSLPTIDAAYLRRVATAWYDAPIAAVDTLRNLDQWIPFGRLREELPILRFRFA
                     DADHTQLYVASRTGEVLQRTTLKERIWAWLGPIPHWVYFTRLRQDADLWRRTVIWLSG
                     IGCIMVIAGLYVGVYTTVQARRRRQKRFIPYKKRWYYWHHLTGLVFGLFTLTWAFSGM
                     MSLADPPEWFMPQHAPSAAQDTIKALAPNPASYPMDYRELFATDNSSFGAPIKQIRWT
                     HFFGRPAYEVRLQDEKEGQTLDATTLRPLALTREQVTEAVRRLHASDAQLSTESMVDY
                     DTYYFDRKGRLPLPVYRIRVADADHTTYYINPANGQLRDYSDHRRAGFWMYKGLHSLR
                     FPFLIDHPALWTVVMWVLLLGGTAVSVSGFVLGLRYIGRLFRRKRRGKRKADSL"
     CDS             complement(6811..7758)
                     /locus_tag="SEQF2634_02159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPSKSISGITHRYPMGMHLAMQDQLYGLIHPIAAEKIALEPTD
                     IPGWKADIEQERELVRETTAAEETVSIIEKDKKRDEVITSIFQEVRLADKSLIEARHT
                     AGHRLRLVVDTYKGLQTENKIEETGHITGLLNDLDKPAAAADLATLGLTPLVQKLRTY
                     NNEFIALQDSRLKAGASTNLPPTAQVRAKNDATATEIFRHIEAAYITTATDEDRKMIG
                     ELIDRINKVLQTVKTTYRQSLAQRKSTKDPNAPKQPKQPKEPKQPKDPKTPDQPKDPK
                     TPEKPGGGAGEQPKKPDEKPKDPKKPGGDGNPDITLPEE"
     CDS             7833..8054
                     /locus_tag="SEQF2634_02160"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLASKNVFKGNTTMVEAPKTVFKANATIVKASKTAFRGQYNYG
                     KGIKNGFQGQYNYRKGIKNGFQVPRQLLY"
     CDS             complement(8246..9538)
                     /locus_tag="SEQF2634_02161"
                     /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"
     CDS             9690..10589
                     /gene="pldA"
                     /locus_tag="SEQF2634_02162"
                     /EC_number="3.1.1.32"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A921"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospholipase A1"
                     /translation="MNYVYLLSLLLLALPTATHAQQDVSAFKRGRMRGDSLRTELLRR
                     IEDARPDYNADSVRAVIESGPYFGIFRDNYFIGGIPIGVPVRRDNANVKFQISIIHRL
                     TKSRLPFDTYLFLQFTQKTIWNVLEESLPMRDLNFNPGVGLGHLIVYHNKYIGHALFM
                     LEHESNGKDGPASRSWNKVSLSSTLLLNRHMEMQLKAWIPIVDGENNRNILRYSGLAQ
                     MGLLYRTDNRRVQAGMLATWRAHSFSFNTQWELSLKISRHANQYLFFQYYNGYGENLL
                     DYDRFKRVLRLGMVIKPEGFSIY"
     CDS             complement(10657..11775)
                     /locus_tag="SEQF2634_02163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEATRPLRFLFIVQGEGRGHLTQALSLADMLRRHGHEVVEVLV
                     GKSHGREVPSFFRSKVKAPVRAYEAPSLIYKKDHKRLDKLRTAFYNGNPRKLRQYGQS
                     IEMIHRRIKKQQPDVVVNFYEMLPALAQLRFRIDIPFVNIAHQYLLRHPDYRHGTGDA
                     QSLLILRLHTLLTGIGATKLLALSFYPMKACARERIVVVPPLLRREVLDLQATEGDYI
                     LGYMLNQGFENEVRRWHDAHPDVRLHFFWDKRDAPAELRVDDTLTLHRIDDEQFLHYM
                     AGCRGYITTAGFESVCEALYLNKPVMLIPAHLEQEINAADASSIPGAATTGDSFDLSH
                     LLDFMQTPRTFDHDTFRRWLLSAEETFVRELTSVVDRE"
     CDS             complement(11859..12818)
                     /gene="prfB"
                     /locus_tag="SEQF2634_02164"
                     /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
                     YKVTISNLQEGDEAGIKTVTMNIEGDYAYGYLKGENGVHRLVRVSPYNAQGKRMTSFA
                     SVFVTPLVDDTIEVNVEQARISWDTFRSGGAGGQNVNKVESGVRLRYQYKDPYTGAEE
                     EILIENTETRDQPKNRENALRQLRSILYDREMQHRMEEQNKVEAGKKKIEWGSQIRSY
                     VFDDRRVKDHRTNFQTSDVGGVMDGKIDGFIKAYLMEFAAVEN"
     CDS             13463..14554
                     /gene="rsxG"
                     /locus_tag="SEQF2634_02165"
                     /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="MQLLCLVTCFLMMMSIALLRGGKLFGHDLRPQKSTSTEAPKDTV
                     PTIRTSSDGTTVINTSALGADLVGYAGPVPIELHLRDGRIERLEVLPNSETPSFLEAV
                     TDELPAHWVGRTAEEAATMEVDVVSGATFTSRALIGNVRRAAAYATDHPAAPSLWDTL
                     DLSPGSIAALLVVLLAAVLPLFVHNRTYQTVQQVLNVAVLGFWSGSFLSYTLFLGYLT
                     NGAQLLLSIVPIVMLVTAFIYPLFGHPQYYCTHICPLGSLQQLAGRVNRRKWHLSSRT
                     VRLLERFRKGLWVALMICLWTGVLADWIDWELFPAFLVRTAPVPLIILTAIVTLLSAF
                     IPRPYCRFVCPTGTLFKMSEGMKPKRAFR"
     CDS             complement(15324..15446)
                     /locus_tag="SEQF2634_02166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPANFPGLGEALIFFCFFSCIKTRKDDYNKVQNVSAGRL"
     CDS             15731..17026
                     /gene="cbiA"
                     /locus_tag="SEQF2634_02167"
                     /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
                     DARYHTRAAGLTSVNLDTWMASPDHIQYIYGKYGGSADACVAEGVMGLFDGFDKTRGS
                     SSEVARTLGLPVVLVVNARSTAYSVAALIHGFAHFDPHVEVAGVVFNLVASASHAAYL
                     REACADVGVPCLGCLPRLAELEVPSRHLGLTLDTNFQLEQWIERVADTVEQHVDLDHL
                     LSVCRRPTPPAGEAPQPMRPIGRVAVADDEAFAFVYRENIARLEQAAEVVRFSPMRDE
                     RLPEADLVYLPGGYPEFHLEALTANTSMRDAIRRYAERGGRILAECGGMMYLCRAVTG
                     MDGVRREMVGILGQEATMEGMRLRLGYRRFELGGTDWRGHEFHYSSVVTSPDAPPSVA
                     QQYNAKGDTVDTPVYRHANVLASYTHLYWGESDISTLFG"
     CDS             17564..18313
                     /gene="truA"
                     /locus_tag="SEQF2634_02168"
                     /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="MRYFIWLSYTGGAYCGWQRQPNGMSVQQRVEEALATILRQPTPL
                     TGAGRTDAGVHARRMAAHLDTDVPIDDPAGLVGRLNRLLPPDIAVWSLDAVRPDAHAR
                     FSATARTYEYTVTGVKDPFAPPAVHRMVLRGVDFEAMNRAAATLLDYRDFTSFSKLHT
                     DVKTNLCHVTRAEWRRQGDLWTFTITADRFLRNMVRAIVGTLFEVGRGRLSEEGFRHV
                     IEALDRSQAGDSAAAEGLALVEVHYPAELFL"
     CDS             18441..19004
                     /gene="efp"
                     /locus_tag="SEQF2634_02169"
                     /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             19131..19832
                     /locus_tag="SEQF2634_02170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDRLRIKELAEEDRPREKMRLKGAAALSDAELIAILIGSGSST
                     ETAVQLSQRILGTVDNSLGRLARLTVDELMAFRGIGEAKAITIAAAMELGRRKGLTND
                     DADRDTIRSSAEAFRLFHPHLCDLPHEELWAAFTNRSAKVIARTMISRGGTDHTSADV
                     LIVLKAAINNLCAGIVLCHNHPSGDPRPSRQDDALTDRIARAAALLGIQLIDHIILCD
                     KRYYSYADEGRLPRT"
     CDS             complement(20063..20710)
                     /locus_tag="SEQF2634_02171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQPCGLRDLARPWGRRSFGLKARRFADCVRGTLAKRGLKNIHAT
                     LRAAGFNASLGATVVWPQGRAGCGMRPRYPWPKGSKKHSCNPAGCGIWRALGGDFRLA
                     SRPGELRATPAAPWPKGSKKHSCNLAGCGIWRALGGDGRLASRPSDLRTAPAAPLAQS
                     GLKNISATLRAAGFGVPLGATFVWPQDQASCGLRPRHLGPKGSKKHSCNPAGCGI"
     CDS             21729..22046
                     /gene="mrp"
                     /locus_tag="SEQF2634_02172"
                     /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             22074..22826
                     /gene="lpxH"
                     /locus_tag="SEQF2634_02173"
                     /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
                     HRGPLTVELLGRHFFLAHGDEVGYQPRKYRFIQRIFRNRLCQVLYASIHPRWTFGFAR
                     GWSLSSRRKGLADTRRAAAQERNTRSLDAFARTYLQSHPETDFFLFGHLHLMLDRQLT
                     PHTRMIVLGDWMQYFSYAVWDGLELRLLQDEG"
     CDS             23134..25092
                     /gene="thrS_2"
                     /locus_tag="SEQF2634_02174"
                     /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
                     YYDVDLGDRTITDEDFSRIEARMQELAARAEPIVRRSISKADAMKMFGDRGEVYKTEL
                     ISELEDGKISTYTQGSFTDLCRGPHVPDTSYIKAVKITSVAGAYWRGDEKRKQLVRLY
                     GITFPKKKMLDDYLTMLEEAKKRDHRKVGRELELFTFSPAVGAGLPLWLPRGTQLRLK
                     LEEFLKQIQKKYGYKQVMTPHIGSKHLYVTSGHYAKYGKDSFQPIHTPQEGEEFLLKP
                     MNCPHHCEIYKSFPRSYRDLPLRLAEFGTVYRYEQSGELHGLTRVRGFTQDDAHIFCR
                     PDQLKDEFLKVMDIIFIIFKALDFESFEAQISLRDPNNKEKYIGSDENWEKAERAIIE
                     ACEEKGLPAKVELGEAAFYGPKLDFMVKDAIGRRWQLGTIQVDYNLPERFELEYTGED
                     NQKHRPVMIHRAPFGSIERFVAVLIEHTGGKFPLWLTPDQVVVLPVGERYNDYAHRVA
                     KELEQNDIRVLVDDRNEKIGRKIRDNELKRIPYMLVVGEKEQESNSVSVRKQGEGDKG
                     VMEISTFAALLTDEVNDMMHRWEKEQIN"
     CDS             25149..25784
                     /gene="infC"
                     /locus_tag="SEQF2634_02175"
                     /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
                     EGKRMTIMLSPKKSVSSKAAAAKQQAAAVQKAAKNADDTQPTESADSDEEE"
     CDS             25823..26020
                     /gene="rpmI"
                     /locus_tag="SEQF2634_02176"
                     /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             26132..26479
                     /gene="rplT"
                     /locus_tag="SEQF2634_02177"
                     /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             26529..26828
                     /locus_tag="SEQF2634_02178"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVGLFLFIVATQRTPSKPLTACPMDILIVAIVTFAINLLLGRW
                     RVRYRKFSPMWWVLIHASIPIVIPLRIGLGVPLWTIPVFITLGVAGQALGARLRW"
     CDS             26932..27969
                     /locus_tag="SEQF2634_02179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTFLLMIVASVCVATEMACMSREVKDPVVQADAKRGETQIDT
                     APSIATPAPEPVRPKVTTETTWSEIVAIPQFKGFGQYILARERIGYKPHMKLADVAKT
                     LPFHRNVDANQAADCINKMIERVDAGRMSYHSIGQDVGLFFFRGRPGAPFAIISAGGG
                     FYYVGSIHEGFPLAMTLSDLGYNAFVLQYRTGGFQIACKDLARGIDYVFKHADEWKVD
                     TADYSLWGASAGAEMAAALGSHGTRHYVPSIVRPRPGAVILCYTEHADYTRHDPPTYA
                     VVGADDRVTKASAMRRRVANLKAAGIDAEVHVYPNLVHGFGMGIGTTAEGWHMGAVKF
                     WEKYIKKDRVK"
     CDS             28810..29490
                     /locus_tag="SEQF2634_02180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITIYCCLVHVVNGRCFIRLLVEEGILTGFLLLRGSPKSDWYKD
                     RLIFYRDSAALHGFGYVIAPRNGSSFLPLMKEKNQKKIKAMIAIYFCLVHVVNGQYFV
                     HLGDGKSILAGFLLLRGCSKSDPYKDGLIFYRDSAALHGFGHVVVSRNGSSFLSLMKE
                     KNQKKIKAMIAISFCLVHVVNGRCLVRLGEGRVIFAEELLLCSLYMRKKCLHFFSIVL
                     GVCFKNMF"
     CDS             29605..30558
                     /locus_tag="SEQF2634_02181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTIEVKRVGMKKYDNSLHVRYHSEIYGIVKQYDLTKIGLTTA
                     LMDEWNGDINLEGDINKEAGMNVNTERMLKKDEERGKLITFIFNAIRNARQSPDDNES
                     DAAMTLYTVIRSYDGLQQEAHERKSADIFGLVTDLRKTENAPFVTALHLTNAVNKLET
                     VNKAYDEFVAKRAKDRTAAAELPPARVVRPKTDEVFDHIVFAIQSAYTFGTAPVEKEL
                     ITKMVAEMNQRTREIEEAYHRSLAEKKANRKKDPSQPKDPKPKKPKKKDNDPDIHLPE
                     KEEPKKPEDGKDKKPEGGGGSAGGGTEGGGEGGPEIHLPKE"
     CDS             31207..33297
                     /gene="axeA1"
                     /locus_tag="SEQF2634_02182"
                     /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
                     YPAQLQKLLGDAFDVRNFGRNGATLMHGSGTTYRLQNECKRALAFAPDYVVIDLGLND
                     VDPMNWTPNDTAFTRDYRELIDAFCRVNPRCRIWICHMTPISYDYPNYFHGLRERYAM
                     IRQKIADVARETGASLIDLREPFRHRLDLLFDGLHPNAESARLLAATIGGALTGRHGG
                     LRMPAMYTDHMVLQRDRPIKIEGTADAGETVTVRIADRTHSAQAAADGRWLVTLDTMP
                     AATGLTLEVATPKRKLRFDDVAVGDVWLCSGQSNMAYPTDSVVPAERAVLRAFAKTLP
                     VVRLFLMQPSRIPFAEEWEAPMLDSLNRLEYFLPARWEQCDESTVGHFSAIAMAFAKR
                     IQETENVPIGLILNAIDGSPLEAWIDRETLEADGPEMLSDFASNVLIHPWVRSRTAFN
                     LRRATSNRQRHPYAPTYLFETGVWPLAQLPVRGVLWYQGESNAHDAAGYARFFPLLVS
                     SWRRYFSDATLPFYFVQISTTDKPDWGRFRDMQRQLPERVSACYMAISSDRGDSIDIH
                     FPHKIDVGERLARQALYHSYGHTEVIADGPIVERAVQHDGRVTIYFRSAAGLITSDHQ
                     PVRTVELADAEGPFYPATAEIIGDRLSAYSPHVPRPHRVRYGWASFNRANLTNGAGLP
                     ASTFSVDVEQEGKP"
     CDS             33294..33524
                     /locus_tag="SEQF2634_02183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAQKGAVPRSERKPRMHRVSFLMNEEEYRAVTHHLARYKIKN
                     RSNWLRMTILTHVFRVMGEDHPTLFNENEMRR"
     CDS             33521..33967
                     /gene="tadA_2"
                     /locus_tag="SEQF2634_02184"
                     /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="MTVQPFNDEYFMRRALDEARQAAAEGEVPVGAVVVCGDRVIARA
                     HNQTERLNDPTAHAEMLAITAATGAMGAKYLPECRLYVTVEPCVMCAGAIGWAQLSAV
                     VYGAPDVKRGFTVYAPQALHPRTEVRGGVMEAECAAEMTAFFRAKR"
     CDS             complement(34066..35040)
                     /locus_tag="SEQF2634_02185"
                     /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="MNDLFTQNPDHLFLIEQAVKAPSGHNTQPWLFRISKTEIDICPD
                     YSRALPVVDPDNRELFVSLGCAAENLCIAASHKGYCPTVTVAEDGTICIRLDRHTDVT
                     PSPLFAQITLRQTNRRVYDGRTIPAADIDRLRAVEVAPSVSVHFYKRGTPAFDAIAEL
                     IYRGNSLQMQDDTFKTELRSWMRYNKKHRDAQHDGLSYDVFGAPNLPRFISENVIAGA
                     LNERSQNRADRKKIASASHLILLTTRDNTVEQWVALGRTLERLLLTSTAMGLAHAYLN
                     PPNELPELTHELASTLNLPDEYPTILLRIGYAKRMPHSVRIPAEQRVR"
     CDS             complement(35080..35379)
                     /locus_tag="SEQF2634_02186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPGLNPLLHSELRLGVMSILIGVESAEFTYLRKETGATAGNLS
                     VQLEKLSQAGYIAIEKGFRGKIPRTTCRITPEGTEALHQYVKALDHYLKGVKNGK"
     CDS             complement(35364..35981)
                     /locus_tag="SEQF2634_02187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEEKKVLRDVPLNEEESMALIAQMIRNTQRKMERGAGTPILV
                     WGYATVLATLAVWAGVKFTNDPRMEYLWFLIPAIGLPWQLFQKRRPPEVRTYVDKVVS
                     YIWIVMGWSGFIVSCLSFLGAIQATILFLITLMMGQGNVITGLVTRFRPLTIGGIVAL
                     LLSFALLHLTDIDLHLLTFALAFVAMEIIPGHILNRRAKKACSQD"
     CDS             complement(35991..38300)
                     /locus_tag="SEQF2634_02188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLADGARAQEVRGRVTDAEGRAVEPATVAVFRGDRQLAADVTDT
                     AGRFRLAAPDGPYTLRVRHVAYRPLDTLIAARGRSGDELSLVMAEASVGLGEVTVQAE
                     RIVREADRFVVHVGDAPAMAGRDGAELLRTAPGVWVTDDGVSVNGAAGARVYVDDREL
                     RLSGRALTAYLRTLRAADVARVEVLPQADASYGADVRGGVVRIVLRRRRERGVDANVS
                     AEADFGRQYGGVRPSASVRAHAGRWTWHASAAGDHLYKGIGQLSAERFYVNREAGSFA
                     SQSVTDGRRRSVTGRVGAIFDANPRTSVGAEAELSRGRETEPSEVETVISQHGRLRSI
                     SGHYDREETDRLAAAAVNVTHRTDTIGSRLKLVADYTDRSLGGETDEHSTAGWTNRDL
                     TASRYRVLAIDASTVRVFRSGMRLSAGAKYTRNRMRDSVRREGSASDPGFLTDYTEQI
                     AAGYASVALELGRLSLTAGLRAEWTHTAGREGMRRAYADLFENATATYAFDPMRLFML
                     VAQYARNVERPNFRYLNPRRVRSSDFAYIEGNPALRPTYIRRLSLTAVWHYRYTLTVG
                     GNLHRDLIREEAHTDASAPEVRIVRPENHDRENHWFVALSAPLRPVRGWELNANLVGV
                     RQDLRATSSDPWATHWLGFARLTLGVTLPRDAYAELIYNASSRLHSANTGVEPRHTFD
                     VVLKKQFADHRLTVTLGVSNLFDRGVTYFSHTDRFNERTSISGGSAGRRLTVGLHYVL
                     RSGKSVKSRTVERASSDDTRRMDRVKNEK"
     CDS             complement(38458..38886)
                     /locus_tag="SEQF2634_02189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLRMACLAGVFCMMTGAAMVAQSRPLPMSDKVNVNLLLSGVR
                     TGGGKLMASAVDPKDSKRTVYAMVDPTADELQAVVLENVPVGMCDIYVFQDLNGNKKL
                     DRNADGVPTEPCYMKQKVRVADHGVLLKAHLVNPAEMMGK"
     CDS             39210..39488
                     /locus_tag="SEQF2634_02190"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTDWNVAHSAQGVMMMTVDKPTACGSACGSGDKPAEKSAACG
                     SACGSGDKPEKPAEKPAACGTACGAGDKAEKPAEKPAACGTACGAGDK"
     CDS             39500..40543
                     /gene="mftC_2"
                     /locus_tag="SEQF2634_02191"
                     /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="MDYFAFQWHITDECDQRCKHCYIFSEGHPKLIEMPWTRLVAVLA
                     NVRRMCERMQRRPYLYITGGDPILHSRFWDFLELVHSYDIPFTIMGNPFHLTDEVCQR
                     LRALGCRKYQLSIDGMRETHDFFRMPGSFDTTLRSIHTIRRAGMHCAVMTTVSETNRH
                     ELPDIIDLVVEHEVDIFAFGRYCPTSEDKSTRASWHIEPEDYRDLLERCWEKFEQHRE
                     SETTFNLKDHLWTLFLYEKGLFQIPDGLDEDTIYDGCNCGNCHFTISAEGRLMACRRF
                     DSYVGTVHEELFDVFHGTRMERYRQHEQFEKCSRCELLRFCRGCPAVAFGYTHDFYAP
                     DPQCWKQVESRSA"
     CDS             40634..41596
                     /gene="adh"
                     /locus_tag="SEQF2634_02192"
                     /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="MKAIVINGCCKAEDLHISEIPTPQVKPGWVLVKVRAAGLNHSEA
                     LMRLYEADRDYIHTPIVPGIECVGEVADASDSGLRVGDRVIAIMGGMGRSFDGSYAEY
                     ALLPATHVFRVDTDLDWPSLAAVPETYFTAHGSLFESLRLEAGDTLLVRGATSTVGMA
                     AVQLAKAVGARVIAACRRESSFEKLQAAGADRCLIDDERLSEHPWAERPNKMLELVGI
                     KTLYDSLRTVTEPGYVCHTGNLGFVFTASDFNPIKDIPNGVYLTSFYSNYPTQAVIDD
                     LFRLIRRGGIRPLYSKVFGMDEIATAHKLLETGGAGGKIVLRVS"
     CDS             41969..42541
                     /locus_tag="SEQF2634_02193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARAKNLISAALTAENITKTKTHIGEIETELPFLIALPAEEKRR
                     MNAMGQKSVEYVNLALTGAESFPQYLLPSFKKDEFKKDVTLIRDLQGIRTSVASLLEK
                     LDDTIYGASVDAMQAANEVYDYLKTAGEKDAAVKALVSEMRKRYDHKDKKPADPNKPA
                     DPKKPADPKKPDTPKKPGTGGDPDIHLPEE"
     CDS             42674..43747
                     /gene="mutY"
                     /locus_tag="SEQF2634_02194"
                     /EC_number="3.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31584"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenine DNA glycosylase"
                     /translation="MPNDYDVSRTLCRWYDTHRRALPWRDTRDPYRIWISEVILQQTR
                     VAQGMDYYHRFLERFPDVRALADASEQDVLRLWQGLGYYSRARNLHAAARDVRDRFGG
                     RFPTAYAAVRSLSGIGDYTAAAIVSFATGAPYAVVDGNVLRVIGRLFAIDTPTDTSAG
                     RRLYNDLARSLLPPDHAGEHNQAIMEFGALQCVPRNPDCSVCPLVARCAAHAAGTPER
                     FPVKQHRTKTVDRYFHYFYVTTGDDLFLHRRPAGDIWQGLFELPLIETRAPADLDALM
                     GTDDFRALFADTGNTQFALVAADVRHVLTHRVLHATCYLARIQHPSEALLRLTHTSRA
                     ELDRYPLPRLMTLLIDRVDSRGR"
     CDS             43822..44337
                     /gene="ssb"
                     /locus_tag="SEQF2634_02195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AGE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded DNA-binding protein"
                     /translation="MSLNKVILIGNVGREPDVRYFDSGNAVANFTLATNERGYRLANG
                     TEIPERTEWHNIVAGRDRALFVERHVHKGSLVYVEGKIRTRSYDDASGNKRYITEIYA
                     DRIEFFSLGGRRPQDAEHAGDSSVATQPADAAAEVHAFAAKSEPTPTTSASDLEPISP
                     ADADPVDDLPF"
     CDS             44356..45672
                     /gene="corC_3"
                     /locus_tag="SEQF2634_02196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A2L3"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium and cobalt efflux protein CorC"
                     /translation="MDSDYFPPLSLQIAAPGWTVPDAILCCVILCILLILACAIAAGG
                     RALFALTLEELSEVREEKNPADRFLHLLSDRPQQTRFSLAAVQSLVTLAIGTVGLYGV
                     ALLWPDALRSAVGCVSVILVGSLLMCLCCGLVPRWLLRKGHLRVARTIAPVLKFIDFL
                     CSPISRRLAVAPSNAMHRNEVATGEPATILSKESADEHEMLEEIGQFYNKTADEIMVS
                     RMDMKAISAHCTFQEALDLIIRSGFSRIPIYEESDDNITGILYAKDLLPYIRDPQDFN
                     WQKLVRPAYFVPETKKIEDLLEEFRTNKVHIAIVVDEFGCASGLVTMEDIIEEIVGDI
                     SDEYDTEQKPFFRLPDGSYIFEGKTQLNDFFRETDIDEEEFGDLTEDVETLTGLLLKI
                     KGTLPRRRETIDYGHYRFRVLEANERRVLKVKFYRLPLSPAENTKA"
     CDS             45725..46087
                     /locus_tag="SEQF2634_02197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLAVHQTGNKKIAEIQASDIVIHSTEDALNLMGDLYYQGYDGL
                     ILYEGQVTPAFFDLKTKMAGEILQKFSNYRFPLVLIGDFSKFPSRSLQDFIRESNKGR
                     QVNFVRTLPEALLLLSKP"
     CDS             46084..46665
                     /locus_tag="SEQF2634_02198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSRPTTLAILCAVLFSLFTACNAPMPKPRGMLRIDLPTPRYAE
                     FSAPGRPYTFRFSRLANVELPPAGEADDRLNITYPKWGVTIYCSGAAITPATLSAATD
                     ECRELIRRSVRDVHAVTEQAYEDPDARVYGVLFRIEGDSPAPIRFMLTDSAAHFFQGA
                     LYYSDRVSPDSVAPLTDYLLRDVTVLIQTFRWK"
     CDS             46679..47308
                     /locus_tag="SEQF2634_02199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLLEIHTQSECRWGLWRIDETWLELLGGLERRDAYQPFLESVS
                     AGGRRTEWLAVRALLRVLLGYEPTVNYRPEGYPEVDGWHVSFSHTRHYAAAICSRDTV
                     VGIDIERFRPRIIGLRDRFLDRDELALIGGPNTDDVRRLTVCWSAKEAAFKMLRLGSS
                     DWLRGVRIVAYDPTSHQLTVHETLTPNTYTFKIDFSLASDYVLTWGRRG"
ORIGIN      
        1 tgctttggcc gtactgccgc agctttcgcg gattgccgtt gtaaaatgcc gtgcggagct
       61 tgtcgagtcg cttatgatcc ttcacgcgca ggacggtcag cccaaacgcg agtacaccaa
      121 ctttcaggac accaccttcc agctctccga aatttctgtc accgccaagc gccccatgca
      181 agtggaggtg atgaagctgg gtgtccctgc ggcttacctg cccgtcacca ccaacaccct
      241 gccctcacgg ctgctcgcta accacggcat cacgaacatt caagacgccg cacgcttcct
      301 gcccggcgta cgcgtacaga ccagctacgg cgccttccaa cagatctcca tccgtggttt
      361 tgaccactct atcatcatgg ttgatggcgt gcgcgacgag cgttcgtcca tcaacaactc
      421 ctaccccttc atggatctga cctccgtgga gcgtattgaa ttactcaaag gtccggcatc
      481 ggtgctttat ggacaatcgg ccgtgggcgg cgtgctcaac atcgtacgta aggcacccac
      541 cgcacagcaa cacgtcaatg cacgcgtggc ttacggcagc tatcagaacc tgcaaacgac
      601 gctcggcttc ggcggacgcc tctttggccc aatcaactac tccgccaact tcaactatca
      661 aacgcaggat ggctggcgag acaacgccat gcggcgcctc tcaggctacc tcgctctggg
      721 cggtaaactc actgaagccg acgagctgga catccgcatc ggcgctctcc gcgactttta
      781 cccgacggag atcggtctgc ccgacgtcat gcccgctgac atctatcgca cggccgacga
      841 cacaaaggct tacgaccgtg gcgacatgct gcccggcctc gacaagaaag cgcgctacaa
      901 cagcgaatcg gacttcatgt acaaccgcaa cttcaacgcc tccatcatgt ggcggcacac
      961 cttcggcgaa gcggctcgcc tgaccgacaa gctctcctac acctacgacg acattgacta
     1021 cttcggcact gaggacttgg cctaccttac cagtgaccag cccatctaca aacactacta
     1081 caagtccggg aatcgcaagg tttacatcaa cctcgactcc ctgcgctacg actttcctct
     1141 gcgcttcgag cacatcgccc gcacttggaa caaccagtta gagctgaacg gacgctttgc
     1201 caccggatct gtcaagcaca actacctcgg cggctattcg ctcatcggcc tctatcgcaa
     1261 ctccttcagc ggctatgacc tcgggcagga tgtctacggc cccggactca ctggccaagg
     1321 ctcagtctac aatccgcaca gcctcggatg gatggatacg cgcttcagcc gtgccttcgt
     1381 gtcacgcatc tacatgcacg gcttctacct gcaagacctg ctcgagctga acgagaagct
     1441 gaagatgcta ctggccgggc gttacgacct ctattcctac aagcgcgtct ccggtgtccc
     1501 caccattgac ggacgcgcag aatttgagat gcctgcagac agtctcttca ctcgcaccgc
     1561 cacgagcacc ttctccttcc gcaccgggtt ggtttacatt cccgtccagc cgctgtccct
     1621 cttcgcctca gttggctcct acttcaagcc cgacaacacc acctacagtg acaacacccg
     1681 ctacttcgac cggaacggcc gcgagttctt ccccaacaaa gacagccgca agatcttcga
     1741 ccccgagcgc ggcatacaag tggaggtcgg ggcgcgctat gagctggacg ataagctgag
     1801 cgctgacttc agcctcttct acatcaatcg cgagaacgag cgccaataca tggccgacaa
     1861 gggcgacgtc atcaatggcg agaagctcga caaatacgtc gtgggccagg tgggacgcat
     1921 ggattcgcgc ggcttcgatt tagagctgac ttatcgcccc atccgcggtc tttcgctcac
     1981 ggccggctat ggctacaccg atacccgcct tcgtaagatc gccaccaatc cttacttgga
     2041 cggcgaaaat ctggtcggta agcgctacgc ctattcgcca ctacactctt tctacgtcta
     2101 cgccgactat acgattcgcg aaggcgtgtt gcgcggtctg ggcttcaact ttgacgttac
     2161 gtatcaggat gaggtctacc gcaacttctc caacacctcc accttccctt cgtattggat
     2221 gactgacgcc agcatctctt accgcctgcc caaccgcgtc cggctgcgtt tgaacgtcaa
     2281 caacgtcttc aacacagact actacaacga agccctcgac agccagtacg ttcccggcat
     2341 gcctcgcaac ttcctcatct ccgcggcgta cagcctgtaa tctcatcctt caaggatatg
     2401 ggggcgaatc gcactacacc ctattcaccg attcgccccc gctaccctaa gcatgcattt
     2461 ccctatcact gaaataatcg cacaaaacat tcatcacata aaacaattac acatacaatg
     2521 aaattacccc ttaccctttt cttcggcctc ggcctgtgcc cgatgcttca cgcgcaggac
     2581 ggccacacca aacgcgagta caccaacttt caggacacta ccttccgact cgacgaggta
     2641 tccgtaaccg ccacgcgcca gcggccgatg tcaatcacga agttcggtgt gcccaatgct
     2701 tacctgcccg tctcaggctc cgtgatcccc acctccatgc tcacagaccg cggcatcgtc
     2761 aacctgcaag acgccgtcaa gtttctgccc ggcacccgca tgcgcactac ttatggcgcc
     2821 taccaacagt tccaagtgcg cggcttcgac cacaccccgg tgatgatcga tggtgtgcgt
     2881 gacgagcgca cctcgatcaa caactccgcc ccgatgggcg acttggcttc cgtggagcgt
     2941 atcgagctgc tcaaaggccc tgcctccgtg ctctatggcc actcgaccgt cggcggcatc
     3001 ctcaacatca tccgcaaatc gccgaccgcc cgcacgacgc tcaacacacg cctcacctac
     3061 ggctcatgga acgaccgtcg cgccatgatc gacataggcg gacgactcat cggaccgttc
     3121 aactaccgcg ccgtcctcaa ctggcaagac gtggagggtt atcgctatgc taacgaccgc
     3181 cgcttctcgg gctacgccgc catcggtgcc cgctgggaga atcaggagct ggacatccgc
     3241 ggcggcttca accgtgacag ttatggcacg gatatcggtc tgccgaagct catggctaac
     3301 gacatcttca acgccgacgg cacaccgtat ctggccaaag gcgaaagcca accgggactc
     3361 aatccacgct ggcgttacaa taatgaatcg gacttcatgc tgcatcacgg ctcgaacgta
     3421 tcggtgaagt acaactaccg cttctcgccc gctttcaagc tcgagaatcg attggcgtac
     3481 acctacgaca acattgacta cttcagcacc gaggagctca gctatcccac cagcgatgag
     3541 ccgatctaca agcattacta tatggctggc ggcaagaaga agttcatcga cctcgacacc
     3601 gtgcagctga cctacccgct gcgattcgcc tacaccgtgc acaccgtcaa cgagcagctc
     3661 gaggcttcgg gccgcgtcga tcttggccgc ggcatgaagt acaactatct cgccggctac
     3721 aactacgtct acttcttccg cgacacctat cgcggttacg gtggaggcta caagctctcc
     3781 gacctgatcg agggccctgg gttgaactct aaagtggccg tccgcaaccc gcacagcatg
     3841 ggttacatgg agcctcattt caacgccgga acgtccacgc gtaactatac gcacagcctc
     3901 tacctgcaaa acctgctgga gctctctgag aagttcaaag tgatggtctc cggacgcttt
     3961 gatcagttca tcttcaagac agccacggcc aagattaacc gcctcaagac acgcgaatac
     4021 agcgaacttc cggactacga ccagacgtct acctcggcct tcacctaccg catcggcgct
     4081 gtctacctgc cgacgccggg cttctccctc tatggctcat ttgccaactt tttccagccc
     4141 taccgcaaca tcgtgaatac agccactacg gtctatatcg gtgccgacgg caagcgcttc
     4201 tatcccacct caggcgaaga ggcgttcaag gcgcagaagg gataccaggg cgagatcggt
     4261 gcccgttaca acctcacatc tcgcctccag gccacggcca gcctcttcta catccgccgc
     4321 gaaaacgaga acaagacgct caacagtcgc tacgtcgatc ccacggacgg aaagacgaag
     4381 agcgtcgtag gtcaggtggc cggatcagac tctaagggcc tcgaggtgga agtggcttac
     4441 acgccgacgg acggtctttc actcctggcc ggctacggct acaccgacgc ccgcatccgc
     4501 aagttcagct tcagccccga acgcctgatc gaagacggat tcatggacaa gggaaccaaa
     4561 gtacaggacg gcatgcgcca ggccggtatc cccatgaaca cgttctacct cgcagccggc
     4621 tacaccttca cccgcggacc gctccagggc ctcggcctga acgccacggc caactacatg
     4681 gataacgtct accgcgacct gaacaagacc ctcatctatg gcgcctattg ggacaccgac
     4741 ctcggcatcg cttatcgcct gaagaatggt gtccgtctac aagtgaacat caacaacgtc
     4801 ctcgacgacc gcaccttcac gcagtcgctc ggcacacaga tcacgccccg cacaccgcgc
     4861 agctacttgt ttacgatcgg atacagtctg taatctgttc ttctgtatgg gggcgaatca
     4921 cccatggttc gtccccatat tctctaccct ctactctcta tcctctactc tctatcctct
     4981 actctctatc ctctactctc taccctctac tctctaccct ctactctcta ccctctaccc
     5041 tctatcctct atcctctacc ctctatcctc taccctctac cctctaccct ctatgttcac
     5101 ccgcttcatg ttcaccctgc atcgtgtcac gggcacgctg ctcagcctgc tcttcgtcgt
     5161 ctggttcgtc tccgggatcg taatgatgta ccacggcttc ccacgcgtca cggccgacga
     5221 tcgcctcgcc cgactcgaac ccttagacac ggccgatctg cctccggtcg agtccgtgct
     5281 ccgccgagtg cctgactcgc tcggccgcat cgacggactt tccgtcagcc gctatcttgg
     5341 gcagacggtc tttgaggtgc acgccggcga cgagacgctc cgccttccgg ccgacagcac
     5401 ccagtcgctg cccaccatcg acgcggccta cctccgccgc gtagccaccg cctggtacga
     5461 cgcacccatc gccgccgtcg acaccctccg caacctcgac cagtggatcc ccttcggccg
     5521 actgcgcgag gagctgccca tcctccgctt ccgctttgcc gacgccgacc atacgcagct
     5581 ctacgtcgcc tcacgcaccg gcgaagtgct ccaacgcacc accctcaaag agcgcatctg
     5641 ggcttggctc gggcccatcc cgcattgggt ctacttcacc cgcctcaggc aggacgccga
     5701 cctctggcgc cgcaccgtca tctggctctc cggcatcggt tgcatcatgg tcattgccgg
     5761 cctctacgtc ggcgtctata ccaccgttca ggcgcgtcgc cgccggcaga aacgattcat
     5821 cccgtacaag aagcggtggt attactggca ccacctcacg gggcttgtct tcggactctt
     5881 cactctcacg tgggccttca gtggcatgat gtcgctggct gatccacccg aatggttcat
     5941 gccgcaacat gcgccctcgg ccgcccaaga cacgatcaag gccctcgcgc ccaaccccgc
     6001 gtcgtacccg atggactatc gcgagctttt cgcgacggat aacagctctt tcggagcacc
     6061 catcaagcag atccgctgga cgcacttctt cggccgaccc gcttatgagg tgcgcctaca
     6121 agacgaaaaa gagggacaga ccttggacgc cactacgctc cgtccgctgg ctctcacccg
     6181 cgagcaagtg accgaagccg ttcggcgact ccacgcttca gacgcccaac tcagcacgga
     6241 atcgatggtg gactatgaca cctattactt cgaccgcaag gggcgcctcc cgctgcccgt
     6301 ctaccgcatt cgcgtagctg acgccgatca taccacgtac tacatcaacc ccgcgaacgg
     6361 ccagctgcgc gactacagcg accaccgccg tgcgggcttt tggatgtaca aggggctgca
     6421 cagcctacgg ttcccgttcc tgatcgatca tcccgcgctg tggacggtcg tcatgtgggt
     6481 gttactgctt ggcggcacgg cggtttcggt cagcggcttt gtcctcggcc tgcgttacat
     6541 cggccgtctc ttccgccgta agcgacgggg gaaacgaaaa gccgacagtc tgtaggggcg
     6601 tattgcatac gggcgtctac ggacgccggc gaatttggcc gggtacctgt gggggcgtat
     6661 tgcatacgcc ctaccgaacg gacccaacgg ggccgaacgg tccccaccaa ccgagtacaa
     6721 aaaagggcac ccccatctgt ttggggatgc cctttaatca tttcggagtg tctgtggggc
     6781 gaatgcaata cgcccctaca accgggtacc ttattcctcc ggcaacgtga tgtcgggatt
     6841 accgtcgcca cccggtttct tcggatcctt cggcttctcg tccggtttct tgggctgttc
     6901 gccagcgcca ccaccgggct tctccggcgt cttcggatcc ttcggctgat ctggagtctt
     6961 ggggtctttg ggttgcttag gctccttcgg ctgcttgggt tgcttgggag cgttcggatc
     7021 cttagtggat ttacgctggg cgaggctctg gcgataggtg gtcttgacgg tttgaagcac
     7081 cttattgatt cggtcgatca attcgccgat catcttgcga tcttcatcag tggcggtggt
     7141 gatataggcg gcctcgatgt gtcggaagat ctcggtagcc gtggcgtcgt tcttggcgcg
     7201 cacctgtgcc gtgggaggca ggttggtcga ggcgccggct ttgaggcgtg agtcttgcag
     7261 ggcaataaac tcgttgttgt aggtgcggag cttctgcacg agtggcgtca gtccgagggt
     7321 ggccaggtcg gccgcggcgg cgggtttgtc cagatcgttc agcaatccgg tgatgtgtcc
     7381 ggtttcctcg atcttgtttt cggtttgcag ccctttgtag gtatcgacca cgaggcggag
     7441 cctatggccg gccgtatggc gggcttcgat gagcgacttg tcggccaggc ggacttcttg
     7501 gaagatggac gtgatcacct catcgcgttt cttgtctttt tcgatgatgg ataccgtttc
     7561 ttctgccgcc gtggtttcgc gtactaattc tctttcctgc tcgatgtcag ccttccaacc
     7621 ggggatgtcg gtcggttcca aggcgatctt ttcagcagca atggggtgga tcagtccata
     7681 caattgatct tgcatggcga ggtgcatacc catcgggtag cgatgagtga tcccggagat
     7741 tgactttgat ggcttcattt ctctctgttc ttttaattca aatcaaggtg ggtaaagggg
     7801 cactggaatg cctctaaagc gctgcgacga ctatggtttt agcctcgaaa aacgttttca
     7861 aaggcaatac aactatggta gaggcaccga aaacggtttt caaggccaat gcaactatcg
     7921 taaaggcatc aaaaacggct ttcagagggc aatacaacta tggtaaaggc atcaaaaacg
     7981 gttttcaagg ccaatacaac tatcgtaaag gcatcaaaaa cggctttcag gtgccacgac
     8041 aactattgta ttgaccctaa aaagggcttt taagtgccgt gcataagctg tattgggtct
     8101 caaaagctgt tttcaagtgc cacgacaact atcgtattga ccctaaaaac ggctttccag
     8161 aggcctccgc cccgcagcgg gggcgaaagt agaaagattc gggaaagggg gcgagtaagg
     8221 cgccccccca cgttttcgct tgcggtcaga cgtcgtcgtc gagtgaggag aggtatttct
     8281 cgatgaactc gttggagatg ctggtcagct tctcttcgcg gtcggccagc tcgcgcatct
     8341 cgttgaggcg gagcaggtgc tcacagccgg cctcgcggaa gagactcgcc agacgcgaac
     8401 gctggtcgat cttggaggca aagaaggtgc tgaggcggtc gatgcagagg taacgcttgt
     8461 cgagggcctt gaggccggcg tagctggaga ggatctcacc ctcgggcgtg tggtcgtagg
     8521 tgatgaagta gaaggtgcgg atgacgatct tacggtcacg tgtgaagtcg gcaaagaaat
     8581 accccacccg gaagctgaag acgctgaagg agatcagcag cgaacccttg taccaatcca
     8641 cgtcgaagga ggtgaagcag aagttcatgt acgtattgac cacgttgggc gagaggccgt
     8701 cgacgcgctc gaacatgcgc ttgatggcgt gctcctggat gtagacgtcg taggggcggt
     8761 cggggtccag ctcggggatg taggggttgt gggggatgca ggccgagagc cagcggaggc
     8821 cgtcgttgag gatgtccgga aagccgacgc ggaagagtag ccgtcgctca cccttgcggt
     8881 cggtgcccca gatggattgc ggcttgcagg aggagaagtc gaccgtgcgc ccgacgcggt
     8941 tacgcaacat ctcgaagttg cgcttcttga accacaagag gtgcatgcag gggttggaga
     9001 gctggaagat gtaggtcatc agggtgctgg tgtactgata ctccatgcgc accagcacgc
     9061 ggtcgaactc ggccgagaac tcgtaggggt tgttgatgcc gcgcatggag aatccgcccg
     9121 cctcgatgat gtctacaatg cgggcgtaga tcttgtcctc cggatacttg ggctcgcgca
     9181 ggaggtagag cgagaggggc atccaaatgt cgtagaagtc gagggccgag atggtgcgtt
     9241 tctcgccctc gcgcagggtg aagggcatct tgtcgaagtc catgtagtag tagaactcgc
     9301 tcttgatgat gtccaggtct tctttgttga agatggtcat atccgcggcg ttgatgcgga
     9361 gcagcgtcgg tcgagcggag tagaggacgc gcaacatgga acggtcgatg tactgtatgg
     9421 cttcactata ccccagctcg cggagcaggt tgaagacgcg tttcttgtag acgttgtatc
     9481 gtcgtgcctc ttcttctttt cgggcttggg tagcagccgc ttttttcttt ttcgccatga
     9541 ctatatatct gttttctgaa taggtgaaac ttgcgctttt gggtgaaccc ccggaaggcg
     9601 ctttttgtgg gggcctccgg tggctgccca cgctcgctgt gggggcgtcg tggctatgtt
     9661 tgccacctgt aaaatctcac cccctgttta tgaattacgt ttatctctta tcccttttgc
     9721 ttctggccct gccgacggcc acgcatgcgc aacaagacgt ctcggccttc aagcgcggcc
     9781 gcatgcgtgg cgacagcctc cgcacggagc tcctacgccg catcgaggac gcacgcccgg
     9841 actacaatgc cgacagcgtg cgggcggtca tcgagagcgg gccatacttc ggcatcttcc
     9901 gcgacaacta cttcatcggc ggcattccga ttggcgtgcc tgtccgccgc gacaacgcca
     9961 acgtgaagtt tcagatcagc atcatccatc gcctgaccaa gagtcgcctg cctttcgaca
    10021 cgtatctctt cctgcaattc acgcagaaga cgatctggaa cgtcttagag gagtcgctcc
    10081 cgatgcgaga cctaaacttc aatcccggcg taggcttggg ccaccttatt gtctaccaca
    10141 acaagtacat cggtcacgcc ctcttcatgt tggagcatga gtcgaacggc aaggacggcc
    10201 ccgcgtcacg cagttggaac aaagtctcgc tcagcagcac cctcctcctc aatcgccaca
    10261 tggagatgca gctcaaggcc tggatcccca tcgtggacgg cgagaacaat cgcaacatcc
    10321 tccgctactc gggtctggca cagatggggc tgctctatcg cacggacaat cggcgtgtgc
    10381 aggcgggcat gctggccact tggcgggcgc actccttcag cttcaacacc caatgggagc
    10441 ttagcctcaa gatcagccgt cacgccaatc agtacctctt ctttcagtac tataacggct
    10501 acggcgaaaa cctcctcgac tacgaccgtt tcaagcgtgt cctccgccta gggatggtga
    10561 tcaagcccga aggcttctcc atttactgag gccggaggat agcggttaga gtcgggcgag
    10621 aggtcatcta cctctcaacg cgcctctctc aacgcgctac tcccgatcga ccacggacgt
    10681 cagttcgcgg acgaaagtct cttcggccga gagcagccag cggcggaagg tgtcgtgatc
    10741 gaacgtgcgc ggagtctgca tgaagtccag caggtgcgag aggtcgaacg agtcacccgt
    10801 cgtggcggcg ccagggatcg atgaggcgtc ggcggcattg atctcctgtt ccaagtgcgc
    10861 ggggatgagc atcacgggct tattcagata gagcgcttcg cagaccgact cgaatccggc
    10921 cgtggtgatg taaccgcggc agccagccat gtaatggagg aattgctcat cgtcgatgcg
    10981 gtgaagcgtc agcgtgtcgt ccacccggag ttccgccggg gcgtcacgct tgtcccagaa
    11041 gaaatgcagg cggacgtccg ggtgggcgtc gtgccagcgg cgcacttcgt tctcaaagcc
    11101 ctgattgagc atatagccga ggatgtaatc cccttccgtg gcttgcaggt cgagcacctc
    11161 acgcctgaga agcggcggca cgaccacaat gcgttcccgg gcgcaggcct tcatcggata
    11221 gaaggacagg gccaggagct tcgtggcgcc gatgcccgtc agcagggtgt gcagacgaag
    11281 gatcaggagg ctctgtgcgt cgcccgtgcc atgccgatag tcggggtggc gcagcaggta
    11341 ctgatgggcg atgttgacaa aggggatgtc tatgcggaag cgcagctgcg ctagggcggg
    11401 gagcatctcg taaaagttca ccaccacgtc cggctgctgc ttcttgatcc gtcggtgaat
    11461 catctcaatg ctttggccgt actgccgcag ctttcgcgga ttgccgttgt aaaatgccgt
    11521 gcggagcttg tcgagtcgct tatgatcctt cttatatatc agcgacgggg cttcgtaggc
    11581 gcgcaccggc gctttgacct tcgatcgaaa gaaggagggc acttcgcgcc cgtgactctt
    11641 accgaccagc acctccacga cctcgtggcc gtggcgccgc aacatatcgg cgagtgagag
    11701 cgcttgcgtc aggtggccgc gcccttcacc ttggacaata aacaggaacc gcagtgggcg
    11761 ggttgcttca ttcattggga tagggagtca gaagtagttc ggaggtagtt gaagtagtga
    11821 ggcgtagacc tgtttgggcg tctgatagac gatcccgcct aattctctac ggctgcgaac
    11881 tccatcaagt aagccttaat aaatccatca atcttaccgt ccatcacgcc gcccacgtcg
    11941 gaggtttgga agttcgtccg gtgatccttc acgcggcggt cgtcaaagac gtagctgcgg
    12001 atttgcgacc cccattcgat cttctttttt ccagcctcca ccttgttttg ctcctccatc
    12061 cgatgctgca tttcgcggtc gtagaggatg gatcggagtt gacgcagggc gttctcgcgg
    12121 ttcttcggtt gatcgcgcgt ctcggtgttt tcgatgagga tctcctcctc ggcacccgtg
    12181 tacggatctt tgtactgata gcgcaggcgg acacccgact ccaccttgtt gacgttctga
    12241 cctcccgcgc cgccggagcg gaacgtatcc cacgaaatgc gtgcctgctc cacgttgacc
    12301 tcgatcgtgt cgtccacgag cggtgtgaca aatacggagg cgaacgacgt catgcgtttt
    12361 ccttgcgcgt tgtagggtga gacgcgcacc aagcggtgga cgccattctc gcccttgaga
    12421 tagccgtacg catagtcgcc ttcgatattc atcgtcacgg tttttatgcc cgcctcgtcg
    12481 ccttcttgta ggttgctgat ggtcaccttg taaccattgg cctcgcccca gcgcatatac
    12541 atgcgcataa gcatcgaagc ccagtcttgg ctttcggtac caccggcgcc ggagttaatc
    12601 ttgagcacgc agttcatcgc gtcggcctcg ccgcgcaaca tgttgcgaaa ttcgaggttc
    12661 tccaccagct ccttcgtgcg cgcataggcg gcgtccacct cgtcttcggt cgtcacgccc
    12721 tccttgacat attcgaaagc cagactcagc tcctctgtcg catcgtggac agcgcggtat
    12781 agctcaatcc atttcttcag atccttgacc actttcatct gcgcctccgc ccgttgagcg
    12841 tcttcccaga aggccgggtc gcgcgtgcgc agctcttctt cctctaattg aacggttttc
    12901 gcatcgacgt caaagaaacc tcctcaacgc ctgctcgcgt tccaacatat ccttcagttg
    12961 gtctatcgta atcatgttcg taaatcttgt tcgttcattc tgtgaataaa aagcctcgtt
    13021 cgaagcggtc gcaaatgtag aatctccgtc caaaacgcca cggcgtcggg gcggcctatt
    13081 ttccgtgtct gcggcgtggc gggggatgct ttccgaaaaa tgtagggcta aaaaagtgat
    13141 gcttggggca atcgatcgag tgggggagat gctccgcggg gcaggttggg cagtcggcat
    13201 atttacttgg tgtgcagcgt ggcaggggag gaactttgtc ggttgtcgcc gtcaaaaaaa
    13261 tgacgtcagc gccttatctt tgcccccgaa atccatatct ttaggtgggg gcgtccgggg
    13321 gaccatatct tttttcattt acgcaatgaa tctccaaaac cccggatgcc ctaccttctt
    13381 tttttgccct ttccgagagg atggcgggca gatcgatcgc tttccttatc gaattttaga
    13441 cccaatgaat agaagaaaat ggatgcagct cctttgtttg gtgacctgct ttttgatgat
    13501 gatgtccatc gccctgttgc gcggtggcaa acttttcggg cacgatttac ggccccaaaa
    13561 atccacctca acggaggcac cgaaggacac cgtgcccacg atacgcacct cgtccgacgg
    13621 cacgacagtg atcaatacct ccgcgctggg ggccgatctt gtcggctacg ccggcccggt
    13681 gccgatcgaa ctccatctgc gtgatgggcg cattgagcgc ctcgaggtgc taccgaacag
    13741 cgagacgccc tcgttcctcg aggcggtgac cgatgagttg cccgcgcact gggtcgggcg
    13801 caccgcggag gaggcggcca cgatggaggt ggatgtcgtc tccggcgcca cgtttacctc
    13861 gcgcgcactg atcggaaacg tccgccgcgc cgccgcctat gcgacagacc atcccgccgc
    13921 accctcactc tgggacacgc tcgacctctc gcccgggtcg atcgccgcgc tcttggtcgt
    13981 actcctggcc gccgtcctgc cccttttcgt gcacaatcgc acgtatcaga ccgtgcagca
    14041 ggtgcttaac gtggccgtgc tcggcttctg gagcggctcc tttctctcct acacgctctt
    14101 tttgggatac ctcaccaacg gcgcccagct gctcctgtcg atcgtcccga tcgtgatgct
    14161 cgtcaccgcc ttcatctacc cccttttcgg tcatccgcag tactactgca cccacatctg
    14221 ccccctcgga tcgctgcaac aattggccgg gcgcgtcaac cgacgcaagt ggcacctcag
    14281 cagccgtacc gtccgcctat tggagcgttt ccgcaaaggg ctttgggtgg cgctgatgat
    14341 ttgcctctgg accggcgtgt tggccgactg gatcgactgg gaactcttcc ccgcctttct
    14401 tgtccgcacc gcgcccgtgc ccctgatcat cctcaccgcc atcgtgaccc tcctctcggc
    14461 cttcataccc cgtccctatt gtcgatttgt ctgtccgaca ggcacccttt tcaagatgtc
    14521 cgaaggaatg aagccgaagc gcgccttccg ataagaggca agaattcgag gctgacagtt
    14581 atcgaggatc caaaaataga tggcgagcgt ccgtgtaggg gcgtattgca tacgcccctt
    14641 ggatggcccc gcaaggggac aaatgaccca atggtcaaat ttatttggag atgattcagg
    14701 caatcgtttc cggccgaaaa cgcccgaggg gcgtatgcaa tacgccccta ccgcctgata
    14761 cctgataggt ttcgcattcg ttttgccaca agtttgagta aaacccggcg ggtttcactc
    14821 cgacacgtgg caaagtccaa aacccgccgg gttttgctct atgtcgtgtg gcaaagtcca
    14881 aaacccgccg ggttttgctc tatgtcgtgt ggcaaagtcc aaaacccgcc gggttttacg
    14941 ctatgtcgtg tggcggaatc cgaaacccat cggccggcag gctgtagggg cgtattgcat
    15001 acgccccttg gatgttttcg gtaggataca aatgatcggc atcaaaaaag gggtattttt
    15061 tcttgccttc atgttcttct tttcttccct tgatggaaga aaaggcccct gccggggcag
    15121 ggaagttttt cctggtactt ttttaagacc gatcatgtat ccggccaact tccccggcct
    15181 cggtgaggcc ttgattttct tttgccttct tttcttgtat caagacaaga aaagaaggtc
    15241 ttgagaatag aaaagacgcc cttttttgaa atcaatcctt cgttcccttg cgggaacgtc
    15301 tggggggcgt atgcaatacg cccctacagc ctgccggccg acacgttttg gactttgtta
    15361 taatcatctt ttcttgtctt gatacaagaa aagaagcaaa agaagatcaa ggcctcaccg
    15421 aggccgggga agttggccgg atacatgatc ggtcttaaaa atgtaccggg aaaaacttcc
    15481 ctgccccggt aggggccttc ccttgatgga agaaaagaag caaaagaaga tcaaggcctc
    15541 accgaggccg gggaatttgg ccgggtacgt gtgggggtgg aaaatggggt gtttttttct
    15601 tcgctccgct ggtcgctgac cgatatttgt ctggtggggg cttcaatatc ggtgcgcgtg
    15661 cgcttctttt gcaggcaatt ttgaacaacc cggcggcgca ctgacgcggc gccctacatt
    15721 ttctacagat atgattcctc aatggctcat cgcggccaca aactcaggct gtggcaagac
    15781 caccttcacc atcgggctac tgcgcgcact ccggcgacgc gggctctccg tgcaaccctt
    15841 caaatgtggg ccggactata tcgacgcacg ctatcacacc cgggccgcgg gcctgacgtc
    15901 cgtgaacctc gacacttgga tggcgtcgcc cgatcatata caatatatat atggcaaata
    15961 cggcgggtcg gccgatgcgt gcgtggccga gggcgtgatg gggctctttg acggcttcga
    16021 caagacgcgc ggaagctcgt ccgaggtggc gcggacgctc ggcctgccgg tcgtgctcgt
    16081 cgtcaatgcc cgttcgacgg cctactccgt ggcggctctt atccacggct ttgcgcactt
    16141 tgatccgcat gtcgaggtgg ccggcgtggt ctttaatctg gtcgcctcgg cgtcgcatgc
    16201 cgcttacctc cgggaggcgt gtgccgacgt cggtgtgcct tgcctcggct gcctgcctcg
    16261 gctggcggag ttagaggtgc cttcgcgaca cctcgggctg acgctcgata cgaatttcca
    16321 actcgagcaa tggatcgagc gcgtagccga caccgtggag cagcacgtcg atctggatca
    16381 tttgctcagc gtctgccgtc gccccacgcc ccccgccggc gaggccccgc aacccatgcg
    16441 ccccatcgga cgcgtggccg tggccgacga tgaggcgttt gccttcgtct atcgcgagaa
    16501 tatcgccagg ctcgagcagg ccgccgaggt cgttcgcttc agcccgatgc gagacgaacg
    16561 gctgccggag gccgatctgg tctacctgcc gggcggatac cccgagttcc atctcgaggc
    16621 cctcacggcg aacacctcga tgcgcgacgc gatccgtcgc tatgccgagc gcggcggccg
    16681 gatactggcc gaatgcggcg gcatgatgta tctctgtcgc gccgtgacgg ggatggacgg
    16741 cgtgcggcgg gagatggtcg gcatcctcgg tcaggaagcc acgatggagg gcatgcggct
    16801 gcgcctcggc tatcgccgtt tcgaactcgg cgggacagac tggcgcggcc acgagttcca
    16861 ctattcttcg gtcgttacct cgcccgacgc cccgcccagc gtcgcccagc agtacaatgc
    16921 caagggcgac acggtcgata cccccgttta tcgccacgcc aacgtcctgg ccagctatac
    16981 ccacctctac tggggcgagt cggacatctc gacgctgttc ggatagggga ggagggttaa
    17041 tgattcatag caaagaattt cggaggtgtt ttttttgacg agtacccgga tgtaggggcg
    17101 tatcgcatac ggcccctgcc ggggcaggga agtttgccgg gtaccaggcc gttcatgtat
    17161 ccggcaaact tcgctgcccc cgcaggggcc ttcccttgat ggaagaaaag aagcaaaaga
    17221 agatcaaggc ctcaccgagg ccggggaagt tggccggata cgtgatcggt cttaaaaagt
    17281 agcaggtaaa cttctccgcc tattttccca tttccacacg tacccggcta tcttcgccgg
    17341 cggccgcagc cgccttgatt ttcttttgtt tcttttcttg tatcaagaca agaaaagaag
    17401 atgaggcggc ggggcgaagc cgcgcaaaaa gaacttccca atccttgcct cttattggat
    17461 tcaatacacc cgtcagcatc tacttcttac tacgttttac taccgagcgc catgagcggc
    17521 gcccttacta ccgcggccat taggccgcat aacaaccctt ctgatgagat acttcatttg
    17581 gctatcatac accggtggcg cctactgcgg ctggcagcga cagcctaacg gcatgagtgt
    17641 gcaacagcgc gtggaggagg ccctggccac catccttcgt cagcccacgc ccctcaccgg
    17701 ggccggccgt acagacgccg gcgtgcatgc ccgacgcatg gcggcgcact tagatacgga
    17761 cgtcccgatc gacgatcccg ccgggttggt gggtcggctc aaccgactcc taccgcccga
    17821 catcgccgtg tggagcctcg acgccgtgcg gcccgacgcc cacgcccggt tttcggccac
    17881 ggcgcgcacc tacgagtaca ccgtgacggg cgtcaaagac cccttcgcgc ccccggccgt
    17941 acatcggatg gtcttgcgag gcgtcgattt tgaggctatg aaccgcgccg cggcgacgct
    18001 gctggactat cgcgacttca cctctttcag caagttacac accgatgtga agaccaacct
    18061 ctgccacgtg acgcgggccg aatggcgacg ccagggcgac ctctggacgt tcacgatcac
    18121 ggccgaccgc ttcctgcgca acatggtccg cgccatcgtc ggcaccctct tcgaagtggg
    18181 gcgtggccga ctgagcgagg agggctttcg acacgtgatc gaagccctcg accgcagtca
    18241 ggcgggcgac tcggccgcgg cggaaggtct cgcactcgtc gaggtgcact atccggccga
    18301 actctttctg taactcccat cgccccctcc ttgggcgcct cagatcccgc tccggaagcg
    18361 gcttttgact tttgcgagat tggtctactt ttgcggccgg tttaattttc aacgatttac
    18421 agtaataaca gaataagaaa atgattaact ctcaagacat caagaaaggg acctgtatcc
    18481 gcctcgacgg caagctctac ttctgcatcg acttccttca cgtaaagccc ggaaaaggca
    18541 atacgatcat gcgcacgacc ctgaaagacg tcgttcgcgg caatgtgatc gaacgccgat
    18601 tcaacatcgg ggagaaactg gaagacgtac gcgtggagcg tcgcccgtac cagtaccttt
    18661 accaagaggg cgaagagttt atcttcatga atcaggaaac tttcgagcaa atccctattg
    18721 ccaagtcgct gatcaacggg gtagacttta tgaaagaagg tcagatcgta gacgtcgttt
    18781 cggatgcctc tacggacacg atcctctttg ccgacatgcc catcaaagtg cagctggccg
    18841 tgacgtacac cgagccgggc atcaagggag acacggcgac gaacacgctg aagccggcca
    18901 aggtcgagtc aggcgctgaa gtgcgcgtgc cgctcttcat caacgaaggg gatgtgatcg
    18961 agatcaacac ccaggacgga tcctatacgg gtcgcgtgaa gtgacgcgcg tcgccgtcct
    19021 atacctatat ataggggtgc ggcaaggggg ggagcatacg catgctcgcc ccgtttgtca
    19081 atcacccgca gcagacactt gccattcgta acgcgtaacg attgggcgca atggacgaca
    19141 ggctgcgcat caaggagttg gccgaggaag atcggccgcg cgagaaaatg cggctcaagg
    19201 gggccgctgc gctgagcgac gccgagctga tcgcgatctt gatcggatcc ggcagcagta
    19261 ctgaaacggc cgtacagctc tcgcagcgta tcctcggcac cgtcgataac agtctcggcc
    19321 ggctcgcccg cctgaccgtc gacgagctga tggcttttcg tggcattggc gaggcgaaag
    19381 ccatcaccat cgccgccgcg atggagctgg ggcggcgcaa ggggctcact aacgacgacg
    19441 cggaccgcga cacgatccgc agcagtgccg aagcctttcg cctcttccat ccgcacctct
    19501 gcgacttgcc gcacgaggaa ctctgggcgg ccttcaccaa tcgcagcgcc aaggtcatcg
    19561 cccggacgat gatcagtcgc ggcggcacgg atcatacctc cgccgacgtg ctgatcgtcc
    19621 tcaaagcagc gatcaacaac ctctgcgcgg gcattgtgct ttgccacaac catccctcag
    19681 gcgatcctcg ccccagtagg caagacgacg ccctgaccga tcgcatcgcc cgcgccgctg
    19741 cgctcctcgg catccagctg attgatcata tcatcctctg cgacaagcga tattatagtt
    19801 atgccgacga aggtcgcctg ccgcgcacct aactcatcga tcggcttcgg agcgtgcctc
    19861 tttcggctca cccgttgcgg gcgcagcccg caactcgctt ggtcttgagg tctaacgacc
    19921 gtagcccctg agggtgcgcc aatttttgca ttccgcaggt ctgcatgatt gttttttagt
    19981 gccctttcgg gtaaggttct gcgggtgcag cccgcaactt gtctggtctt gaggccaaac
    20041 gactgtcgcc cccgagggcg cgttaaatcc cacagcccgc agggttgcag gaatgttttt
    20101 tagagccctt tgggccaagg tgccgcgggc gtagcccgca actcgcttgg tcttgaggcc
    20161 aaacgaaagt cgcccccaag ggcacgccaa atcccgcagc ccgcagggtt gcagaaatgt
    20221 tttttagccc actttgggcc aagggtgccg cgggcgcagt ccgcaaatcg ctcggccttg
    20281 aggccaaacg accgtcgccc ccgagggcgc gccaaatccc gcagccggca aggttgcagg
    20341 aatgtttttt agagcctttc ggccaaggtg ccgcgggcgt agcccgcaac tcgcccggcc
    20401 ttgaggccaa acgaaagtcg cccccaaggg cgcgccaaat tccgcagccc gcagggttgc
    20461 atgaatgttt tttagaccct ttgggccaag ggtaccgcgg acgcattccg cagcctgccc
    20521 ggccttgagg ccaaactact gtcgctccca aggacgcgtt aaatcccgca gcccgcaggg
    20581 ttgcatgaat gttttttaga cctcttttgg ctaaggtacc gcggacgcag tccgcaaatc
    20641 gcctggcctt gaggccaaac gatcgtcgcc cccaagggcg tgccaaatcc cgcagcccac
    20701 aaggttgcat gattgttttt tagacctctt ttggccaagg gtaccgcgga ctcaatccgc
    20761 aactcgccca gtcttgaggc caaacaaaag tcgcctccga aggcgcgcca aatcccgcag
    20821 cccgcaaggt tgcaggaatg ttttttagag ccctttgggc caagggtacc gcggactcaa
    20881 tccgcaactt gctcggcctt ggggccaaac gaaagtcgcc cccaagggca cgccaaatcc
    20941 cgcagcccgc agggttgcat gattattttt tagacccctt tgggctaagg taccgcggat
    21001 gcagtccgca aatcgcttgg tcttgaggct aaacgatcgt cgctcccgag ggcacgccaa
    21061 attccgcagc ccgcagggtt gcatgattgt tttttagacc cctttgggcc aagggtaccg
    21121 cggactcaat ccgcaactcg cccggccttg aggccaaacg accgtcgccc ccgagggcgc
    21181 gttaaatccc gcagcccgca gggttgcatg aatgtttttt agagcctttt gggccaaggt
    21241 gtcacggact caatccgcaa ctcgcccggc cttgaggcca aacgattgtc gctcccgagg
    21301 gtgcattaaa tgccgcagcc cgcaggatgg catgaatgtt ttttagaccc ctttgggcca
    21361 agggtaccgc ggactcaatc cgcaacttgc ccggccttga ggccaaacga aagtcgcccc
    21421 caagggcgcg ccaaatcccg cagcccgcag ggttgcatga atgtttttta gagccccttt
    21481 tggccgaggt gccgcgggcg tagcccgcaa attgcccggc cttgaggcca aacgaaagtc
    21541 gcccccgagg gcacgccaaa tcccgcagcc cacaaggttg catgaatgtt tttttagagt
    21601 cctttcggct aaggtactgc gggcgcaatc cgcaacttgc ccggccttgg ggccaaacga
    21661 aagtcgctcc cgagggcacg ccaaatcccg cagcccgcaa ggttgcataa ctacttttta
    21721 accccattat ggataacgaa ttcctgagaa tagaagaaga gatcgtgaag gtccttcgca
    21781 ccgtttttga ccccgaaata cccgtcaata tttacgacct ggggctagtc taccgcgtcg
    21841 aagtcgacga cgataaggat gtgacgattg acatgacctt caccgcgccc agttgtccag
    21901 ctgccgactt tatcctggac gatgtgcagc aaaaagtgga gggcatcgct ggtgtgcatg
    21961 gcgtgacgat caatcttgtc tttgagcccg agtggaacaa ggacatgatg accgacgagg
    22021 ctaagctcga gctgggcctg ttctaatcct gcccctccgc cgaccttccc tccgtgaaga
    22081 agatctactt tgcctccgac gcccacctcg gcaaccgtta cgcggccgat cccatggccg
    22141 acgagaagcg gctcgtccgc tggatggacc gcatcgcccc ggatgccgcg gccatctact
    22201 ttctgggtga catgttcgac tattggtacg agtatcgcta cgtcgtgccc cgcggccacg
    22261 tgcgtttctt gggcaaactg gccgagctgc acgacgctgg cgtggaaatc cacctcttca
    22321 tcggcaacca tgacatttgg atgttcgatt acctacccgc cgaagtgggc gctgtcatcc
    22381 atcgcggtcc gctgactgtg gagctgctcg gccgtcactt tttcctcgct cacggcgatg
    22441 aagtgggcta ccagccccgc aaataccgct tcattcagcg catctttcgc aatcgactct
    22501 gtcaagtgct ctatgcctcg atccaccctc ggtggacgtt cggttttgcc cggggatggt
    22561 cgctcagcag ccgtcgcaaa ggcctcgccg acacacgtcg tgcagccgca caggaacgca
    22621 acacgcgctc gctcgacgcc tttgcccgca cttatttgca atcccatcct gagacggatt
    22681 ttttcctctt tggccatctc cacctcatgc tcgaccgcca gctcacgccc cacacccgca
    22741 tgattgtcct cggcgactgg atgcagtatt tctcctacgc cgtctgggac ggcctcgagc
    22801 ttcgtttgct tcaagacgaa ggctgactgc gctcccgatc acttttccct tggtgagagg
    22861 tgatctttcg ggacatttac cccgtttttc gccctgtcgg gattatcgtt cgaaaaactg
    22921 gaccgatttt ccgccgtgag gagaggtcgg atagcgatcc ttgctcggtt ttgcaccccg
    22981 acggagggtg tcaataggat caagggagag ttttttgagg ggcaactttt cgcaatggaa
    23041 acggaggtgt cttacggccc ccgtttttag atccgtacgc atgtctttac tttgcgccca
    23101 tatttacagc agacagattt tcaaatagca ataatgataa aagtcacatt cccggatcac
    23161 tccgtaaaag aatttgcaga gggaacgacc tccatgcaga tagccgaaag catcagcccc
    23221 agactggcca aagaggtgct tgcggccaaa gtcaacggca ccgtttggga cctcacacga
    23281 cctctcaacg aagacgccca agttgaactc ctcaaatggg aggacgaagg cggtaaacac
    23341 acttattggc actccagcgc acaccttatg gccgaagccc tccagcaact ctatcctgac
    23401 gttaagttcg gtatcggccc cgccatcgaa aacggcttct actatgatgt cgatctgggc
    23461 gaccggacca tcacagacga agacttctca cgcatcgaag ctcgcatgca ggaattggct
    23521 gcacgcgccg aaccgattgt ccgccggagc atctccaagg ctgacgccat gaagatgttt
    23581 ggcgaccgtg gcgaggtgta caagacggaa ctaatcagcg aactcgaaga cggtaagatt
    23641 tccacctata cgcagggctc tttcaccgac ctctgccgtg gcccgcacgt tccggatacg
    23701 tcgtacatca aagcggtcaa aatcaccagc gtggccggag cctattggcg cggcgacgag
    23761 aagcgcaagc aactcgtgcg tctctacggc attactttcc cgaaaaagaa gatgctcgac
    23821 gactacctta ccatgctcga ggaggcgaag aagcgcgacc atcgtaaggt aggccgcgaa
    23881 ctagagctgt tcaccttctc acctgccgta ggtgccggtc tgcctctgtg gctccctcgt
    23941 ggcacacagc tccgactcaa acttgaggag tttctcaagc agattcagaa gaagtatggt
    24001 tacaagcagg taatgacacc gcatatcggt agcaaacacc tctacgtaac ctctggccac
    24061 tacgccaaat acggcaagga ctctttccag cccatccaca caccgcagga gggcgaagag
    24121 ttccttctca agcccatgaa ttgcccgcac cactgcgaga tatacaaatc cttccctcgt
    24181 tcctaccgtg atctgccttt gcgcctggct gagttcggca cggtttaccg ttacgaacag
    24241 agcggcgaat tgcacggcct gacgcgcgtc cgtggcttca cgcaagatga cgcccatatc
    24301 ttctgtcgcc ccgatcagct caaggacgag ttcctcaagg tgatggacat catctttatc
    24361 atcttcaagg cacttgattt cgagagtttc gaggcgcaga tctccctccg cgaccccaac
    24421 aacaaagaga aatacatcgg atccgatgag aactgggaaa aagctgaacg tgccattatc
    24481 gaagcctgtg aagagaaagg tcttccagcc aaagtggagc ttggcgaggc cgctttctac
    24541 ggtcccaaac tcgatttcat ggtcaaggat gctattggac gccgttggca actgggtacc
    24601 atccaagtcg actataatct tcccgaacga ttcgagttgg agtacacagg cgaggacaac
    24661 cagaagcatc gcccagtgat gatccaccgt gcgcccttcg gctccatcga acgctttgtt
    24721 gccgtattga tcgagcatac tggcggaaag ttccccctct ggcttacccc tgaccaagtt
    24781 gtcgtacttc ccgtaggcga gcgctacaac gactatgctc atcgcgtggc caaagaactg
    24841 gagcagaatg atatccgtgt ccttgtagac gaccgtaacg agaaaatcgg acgtaagatt
    24901 cgtgacaacg agctcaaacg tatcccctac atgcttgtcg tcggagagaa ggagcaggaa
    24961 agcaattccg tatctgtcag gaaacaaggt gagggcgata aaggagtaat ggaaatttct
    25021 acatttgccg cgcttttaac agacgaggtc aacgacatga tgcatcgctg ggaaaaagaa
    25081 cagataaatt gatttcaccg tacaattaaa aaggaggata tattactcat ttggatacga
    25141 gaggtaagat gagaaacgac aaactgaagg accaataccg gatcaacgac cggattcgcg
    25201 tacctgaagt tcgtttggtc ggcgagaatg tgactaacgg agtctatccg atagaaaaag
    25261 cattacagat agcagagagc cacgagatgg atctggtgga gatctctccc aacgccgatc
    25321 ccccggtgtg tagaatcacc gactatcaga agtttcttta tcagcagaaa aagcggcaga
    25381 aagagcaaaa agctaagtcg gtcagagtcg tcgtgaagga gatccgcttc ggaccgcaga
    25441 ctgacgatca cgattataac ttcaagctcc gccacgccaa agagtttttg gacgagggtg
    25501 ccaaggtcaa ggcctacgtg tttttcaaag gccgctcgat cctgtttaag gagcagggag
    25561 aggtgctgct gctgcgattt gctaacgatc tggaagagta tgccaagctg gatcagatgc
    25621 ccgtcttaga aggtaagcgc atgaccatca tgctttcgcc taagaagagc gtatcgagca
    25681 aggccgctgc cgccaaacag caggccgctg cggtacaaaa agccgccaag aacgccgatg
    25741 acacccagcc caccgaatcc gctgactccg acgaggaaga atgatatata catcgatata
    25801 cagtattaat taagagtaga ttatgccaaa gttgaagact aattccggtg ccaaaaagag
    25861 gttcgccctt accggaacag ggaagatcaa aagaaaacat gccttcaaaa gtcacatcct
    25921 gactaagaag acgaaaaagc aaaagcgcaa cctgaccgcc accggtctcg tggatcgcgc
    25981 caatgttcgt agcgtgaagg aaatgctttg catgaagtaa gttgatccgc aaaacagaga
    26041 ggacagaata tcattttact aaccgaatga atcagcgcca aagatcatcg cttgcagaag
    26101 ggatgacgct gacattcaaa aacaagaact tatgccaaga tcagtaaatc atgttgcttc
    26161 gagagcaaaa agaaaacgga ttctgaaact tacgcgcggc tactatggcg cccgtaagaa
    26221 cgtgtggacg gtagctaaaa acacgtggga gaaaggtctg acctacgcct tccgcgaccg
    26281 tcgaaacaag aagcgcaact tccgcgccct gtggattcag cgtatcaacg ctgcggcacg
    26341 cctcgagggg ctgtcgtact cccgactgat gggtgggttg cgtgaggccg gtatcgaaat
    26401 caaccgcaaa gtgttggccg accttgccgt caatcacccc gaggcgttca aggccgttgt
    26461 tgccaagatc gcgaagtgac gatgaaaaga taatgtgaga aaatagatcg ttggaagagc
    26521 tcggcccgat gaaggtcggg ctctttctgt ttattgtcgc cactcagcgc accccatcca
    26581 agcccttaac cgcctgccct atggacatcc ttatcgttgc cattgtgacg ttcgctatca
    26641 acctgttact gggacgatgg cgcgtacgct atcgcaaatt cagccccatg tggtgggtgc
    26701 tgatacatgc ctcgatcccc atcgttatcc ccctgcgtat aggactcggt gtgccgttat
    26761 ggacgattcc cgtttttatt accctgggtg tggcgggtca agcgttagga gcgaggctca
    26821 gatggtgatc ctcggcgggg tacgctttac gattcacaac acgatcggga ggacgtccaa
    26881 atcctctctt cccccaatca cccgggagca caactcccat aaattcccgt tatgaaaaag
    26941 acatttttac tgatgatcgt cgcttccgtg tgtgtagcga cggaaatggc ctgcatgtcg
    27001 cgcgaggtga aagatcctgt ggtgcaggct gatgcgaaac gtggcgagac gcagattgac
    27061 acagcgccgt cgatcgccac acctgccccc gaacccgttc gcccgaaggt aacgaccgaa
    27121 acaacctggt ccgaaatcgt tgccataccc cagttcaagg gcttcggcca gtacattttg
    27181 gctcgcgagc gcatcggata caagccccac atgaagttag ccgatgtggc caagacattg
    27241 cccttccacc gtaacgttga cgccaatcag gctgccgatt gcattaacaa aatgatcgag
    27301 cgcgtcgatg ccggtcggat gagctaccac agcattgggc aggacgtcgg tctcttcttc
    27361 ttccgtggtc ggcccggcgc cccgtttgcc attatcagtg ccggcggcgg gttctactac
    27421 gtcggatcca tccatgaggg attcccgttg gcgatgacac tcagcgactt aggctataac
    27481 gccttcgttc ttcagtatcg caccggcggg tttcagatcg cttgcaaaga tttggctcgc
    27541 ggcatcgatt acgttttcaa gcacgccgac gaatggaagg tcgacaccgc cgactattct
    27601 ctctggggtg cctcggcggg ggctgaaatg gccgctgcgc tcggttcgca cggcacacgg
    27661 cactatgtcc cgagtattgt tcggcctcgt ccgggcgcgg tcatcctctg ctataccgag
    27721 cacgctgatt acacccgtca cgacccgccc acttacgccg ttgttggcgc tgacgatcgt
    27781 gtcacgaagg cttccgccat gcgtcgccgc gtagctaacc tcaaggccgc cggcatcgac
    27841 gccgaggtgc acgtttaccc caaccttgtt cacggtttcg gtatgggcat tggcactacc
    27901 gccgaagggt ggcatatggg agctgtcaag ttttgggaga aatacatcaa aaaggaccgc
    27961 gtaaagtgac aaaatgacat tccttgacca ccagataaac cttttcgcag ccttattgcc
    28021 gtacgcaggc gtaaaatgaa gcgcaaagga ggcgagtcgt ccgacgcgac tctatctcat
    28081 aacgaaagac cgggcagctt tgtgctttcc ggtctttttt taatctaaaa tatcggtgtt
    28141 ttttatcttc atcgagaaga tttataccct aaatccatcg aaaaatcact tccacgagta
    28201 gattttgatc atcagtctgt cataaattcg attccgagaa aagaagagta tcgagaatct
    28261 accaagaatc tgcttccatg aaaagaaaat gacgaagcac ctatcgagga tttgcttcac
    28321 gtatactttt tctacctcaa attagaccaa gatatgcttc ccaaattcac tttacactca
    28381 aaacctatca aagatttgct tctctgacac acaccgaatc taaaacttga tgggaatttg
    28441 cttcattgac actcttggat gggaatcctt gccgggtttt tcgtgtcttt tggctcttgg
    28501 ataagaatcc tcggcgagtc tttcgtatct tttggctctt ggatgtgaat cctcggcggg
    28561 tttttcgtat cttttggcta tcggataggg atccttgatg ggttttttgt atcttttggc
    28621 tctcggataa gaattcccgc cgggtttttg cttttgagag tgcgttataa gtctgatcca
    28681 tataaagata ggctgatctt ttatcgtgat aacgctgctt tgcatgggtt tagctatgtg
    28741 gttgcctctc ggaacggatc ttcttttctt tccttgatga aagaaaagaa gcaaaagaaa
    28801 atcaaggcga tgatcaccat ctattgttgc cttgtacatg tagttaatgg gcggtgtttc
    28861 attcgcttgt tagtagaaga aggtatcctc accggttttt tgcttttgag agggagtcct
    28921 aagtctgact ggtataaaga taggctgatc ttttatcgtg atagcgctgc tctgcatggg
    28981 tttggctatg tgattgcccc tcggaacgga tcttcttttc ttcccttgat gaaagaaaag
    29041 aatcaaaaga aaatcaaggc gatgatcgcc atctattttt gccttgtaca tgtagttaat
    29101 gggcagtatt ttgtgcacct aggggatggg aagagcatcc tcgctggttt tttgcttttg
    29161 agagggtgtt ctaagtctga tccatataaa gatgggctga tcttttatcg tgatagcgct
    29221 gctttgcatg ggtttggcca tgtggttgtc tctcggaatg gttcttcttt tctttccttg
    29281 atgaaagaaa agaatcaaaa gaaaatcaag gcgatgattg ccatctcttt ttgccttgta
    29341 catgtagtta atgggcgatg tttggtacga ttgggggagg ggagggtcat tttcgccgag
    29401 gagctgcttc tctgttcttt atatatgaga aaaaagtgcc tccatttttt ttcgattgta
    29461 cttggtgttt gtttcaagaa catgttctaa ctttggggcc atgaaacgaa ggaaatcgtt
    29521 gccgatatga ggctaatgag tcacagcggg tagcagattc tcttccaaat gtaaattgta
    29581 atactaaata taaacaggaa aaagatggca agaacgattg aagttaagag agtgggcatg
    29641 aaaaagtacg acaactctct tcatgtacgt tatcacagcg agatctatgg cattgtaaaa
    29701 cagtacgatc tgaccaagat tggccttacg accgctttga tggatgaatg gaatggcgac
    29761 atcaatttag agggcgacat taacaaagag gcaggcatga atgtgaatac agagcgcatg
    29821 cttaagaaag acgaagagcg cggcaagctg atcacgttca tttttaatgc tattcggaac
    29881 gcgcggcagt ctcccgacga caacgaatcc gatgcggcta tgacgctgta caccgtgatt
    29941 cgctcttacg atggtctgca acaggaagcg cacgagcgca agtctgccga tatctttggc
    30001 ttagtgaccg acttacggaa aaccgagaat gctccgtttg ttacagccct tcatttgaca
    30061 aacgccgtga ataaattgga gacggtgaac aaagcgtacg acgaatttgt cgcaaaacgg
    30121 gcaaaagatc gtaccgcggc cgccgaattg cctccggctc gggtagtccg cccgaagaca
    30181 gacgaggtct ttgaccacat tgtctttgcg atacagagcg cttacacctt tggtaccgca
    30241 cctgtagaaa aggagctgat tacgaagatg gtagccgaga tgaatcagcg tacccgagag
    30301 atcgaggagg cttatcaccg cagtttggcg gagaaaaagg ccaatcggaa gaaagatccc
    30361 agtcagccga aggatcctaa accgaaaaag cccaagaaaa aagacaatga tccggatatc
    30421 catctgcctg agaaagaaga acctaagaag cctgaggatg gcaaggacaa aaagcctgaa
    30481 ggaggtggcg gatctgctgg tggcggaaca gaaggtggcg gcgaaggcgg ccccgaaatt
    30541 catcttccga aagaatagat gcacaaactg ggcaggtctg ggaatcgttt gtaattccct
    30601 aactgccttt tgatgagata gataatgact gggcgcacgg cgaagggaaa ccttgcttcg
    30661 tgcgcctttc attttgtcta tctgtagcga aatcttggcg ttgtttttat tcgtaaagtg
    30721 ttcgtataga ggatatttag cgagtgtgtc cttcgtttat actttttcat aggtgtttct
    30781 cctgaatttc ttcttccttt tttatccttg atgaaagaaa aggacgggaa gtagattaag
    30841 agatcaagag tgttagccaa actggccggg tatccagtaa aaaaggtgta aaatgacgcc
    30901 aaaatgtcag agatttcgga tggatgggct tgatgttagg caaactttac agcctcggca
    30961 gaggtctttt ttcttcttga tagaagaaag gacgggaaaa aggatcaggg cattacgagt
    31021 gtcgctatct ttgccgggta aattctgagt tggtgccctg tttatcagat atttagtgag
    31081 tactttcttc ggagaaactc tttttagggt aaacggggcg agacatcgat tagaatttct
    31141 ttctgtcatg tataactgat tattaatcaa tcgctaatag cttcatcttt tcccattcct
    31201 gacaatatgt ccaaactgat aatcaccctg atcatgatta cgagctttac cgcggtagtc
    31261 ggccagcgga tcaaggtcgc atgcgtgggt aacagcgtaa cttatggcta tggtttgccg
    31321 aatcctgcca cagacgctta tcccgcgcag ctgcaaaagc tgctcggcga tgcgttcgat
    31381 gtgcgtaact tcggccgcaa tggcgccacc ctcatgcatg gcagtggcac gacctatcgt
    31441 cttcagaacg agtgtaaacg cgctcttgct tttgcccctg attacgttgt tattgacctc
    31501 ggactgaatg atgtagatcc gatgaattgg acacccaacg acacggcctt tactcgcgac
    31561 taccgcgagc tgatcgacgc cttctgtcgg gttaaccccc ggtgtcgcat ttggatttgc
    31621 cacatgacgc cgatctcgta tgactatccg aactatttcc acggccttcg tgagcgctat
    31681 gccatgattc gacagaaaat tgcggatgtg gcccgcgaaa caggcgcctc actgatcgac
    31741 cttcgcgagc cgtttcgcca tcgcctcgac ctactttttg acggcctcca tccgaacgcc
    31801 gagagtgcgc gcttgttggc cgcgaccatt ggcggggctc tgaccgggag gcacggcggg
    31861 ttgcgcatgc ctgccatgta caccgatcac atggtgctcc agcgcgaccg gccgatcaag
    31921 atcgagggca cggccgacgc cggtgagacc gtcaccgtgc gcatagccga tcgcacgcac
    31981 tcggcgcagg ccgcagccga cggacgctgg ctcgtcacgc tcgacaccat gcccgctgcc
    32041 accggtctca cgctcgaagt ggccaccccg aagcgcaaac tccgctttga cgacgtagcc
    32101 gtgggcgacg tttggctttg ctccggacag tcgaacatgg cctaccccac ggacagcgtc
    32161 gtgccggccg agcgcgccgt attgcgcgcc ttcgcgaaga cccttcccgt cgtgcgtctc
    32221 ttcctcatgc agccctcgcg gatccctttc gccgaggaat gggaggcgcc gatgctcgac
    32281 agcctcaacc gcttggaata tttcctgccc gcgcgttggg agcagtgcga cgagtctacg
    32341 gtcggccatt tttcagccat agcgatggcc tttgctaagc ggattcagga gacggagaac
    32401 gttcctattg gcctcatcct caatgctatt gatggctcac cgcttgaggc ttggatcgat
    32461 cgcgagacct tagaagccga cggcccggag atgctcagcg acttcgcgtc gaacgtgctc
    32521 attcacccct gggtgcgcag ccgcaccgcg ttcaatctac ggcgtgcgac atcgaatcga
    32581 caacgccacc cgtacgcgcc tacgtacctc tttgagaccg gcgtttggcc ccttgcgcag
    32641 cttcccgtcc gcggcgtgtt gtggtatcaa ggcgagtcga acgcgcacga tgcggcgggt
    32701 tacgcacgct tcttcccgtt actcgtcagc agttggcggc gttacttcag cgacgccaca
    32761 ttaccgttct attttgtcca aatttccacc accgacaagc ccgattgggg tcgttttcgc
    32821 gacatgcagc gccaactgcc cgagcgcgtc tcggcctgtt acatggccat cagcagcgac
    32881 cgtggcgatt cgatcgacat ccatttcccg cataagatcg acgtcgggga acggctagcg
    32941 cgacaggccc tttatcacag ctatggccac acggaggtga ttgccgacgg tccgatcgtc
    33001 gaacgcgccg tgcaacacga tggccgagtg acgatttact tccgatcggc cgcgggcctc
    33061 atcacgtctg accatcagcc agtccgcacg gtcgagttgg ccgatgccga aggcccgttt
    33121 taccccgcta cggctgagat tatcggggat aggctgagcg cttactctcc acacgttccc
    33181 cgtccgcatc gcgtgcgcta cggttgggcg tcattcaatc gggccaacct aacgaacggc
    33241 gcagggctgc ctgcttcgac cttttccgtc gatgtcgaac aggagggcaa gccatgaaga
    33301 aagcccaaaa aggtgcggtg ccgcggtcgg aacgcaagcc gcgcatgcat cgcgtatcat
    33361 ttttgatgaa cgaagaagaa tatcgggctg tcacgcatca tttagcgaga tacaagatta
    33421 aaaaccgttc gaattggctt cgcatgacga ttctcaccca cgtttttcgc gttatgggcg
    33481 aggatcatcc gacactcttc aatgaaaacg aaatgcgccg atgaccgtac agccttttaa
    33541 tgacgaatac ttcatgcgcc gtgccctcga cgaggcgcgt caggccgccg cagagggcga
    33601 agtgcccgtc ggagcggtcg tagtttgcgg cgatcgcgtc atcgcccgtg cccacaacca
    33661 aacggagcgc ctcaacgacc cgactgcgca tgccgagatg ctggcgatca ccgccgccac
    33721 cggggctatg ggtgcgaaat atttgcctga atgtcgtctc tacgttaccg tcgagccctg
    33781 cgtcatgtgt gccggcgcca tcggctgggc acagctgagc gccgtcgtct atggtgcgcc
    33841 agacgtcaaa cgcggcttca ccgtttacgc tccgcaggcg ctccatccgc ggacggaggt
    33901 gcgcggcggt gtaatggagg cggaatgcgc cgccgagatg acggctttct tccgcgccaa
    33961 gcggtgaggt gttatggtgc gcttgcgagg gtgtaccaat atggccgccc agagcaaata
    34021 aaaatagggt aggacgtcgt ggtcttaccc tcttctcatt gtgtgttacc ggacccgctg
    34081 ttcggctggg attcgcactg aatggggcat acgtttagcg tatcctatgc gcagcaagat
    34141 cgttggatac tcatccggaa gattgagcgt gctggccaac tcatgggtga gctccggaag
    34201 ctcgttcggc gggttgaggt acgcatgggc gaggcccatc gccgtcgacg tgagcaagag
    34261 gcgctccaac gtccgaccca gtgcaaccca ttgctccacg gtgttgtcgc gggtggtgag
    34321 caggatcaag tgggaggccg aagcgatctt cttgcggtcg gcgcggttct gcgatcgctc
    34381 gttgagtgca ccggcgatca cgttttcgga gatgaagcgc ggcagattag gggcgccgaa
    34441 gacgtcgtaa ctcagtccgt cgtgctgagc gtcgcggtgc tttttgttat aacgcatcca
    34501 gctgcgcagt tcggtcttga aggtgtcgtc ctgcatttgc aggctgttgc cgcggtagat
    34561 cagttcggcg atggcatcga aagcgggcgt accgcgcttg tagaaatgga cgctgaccga
    34621 gggcgcgact tcgacggccc gcagtcggtc gatgtctgcc gcggggatcg tgcgcccatc
    34681 gtacacccga cgattagtct gccggagggt gatttgtgcg aagagcggcg acggcgttac
    34741 gtcggtgtgg cgatctagcc ggatgcagat cgtaccgtct tccgcaacgg tcaccgtcgg
    34801 gcagtagccc ttatgcgagg cggctatgca gaggttttcc gccgcgcaac cgaggctgac
    34861 gaacaactcc cgattgtccg gatcgactac gggcaatgcc cgactgtagt cggggcagat
    34921 gtcgatctct gtcttgctga ttcggaacag ccatggctgt gtgttatgcc ccgacggggc
    34981 tttgacggcc tgctcgatca ggaacaggtg gtctgggttt tgtgtgaaca agtcattcat
    35041 tgcagtctaa agtcaatagg tgaaatcgag taagccattt cattttccgt ttttcactcc
    35101 cttgaggtag tggtccaacg ccttgacgta ttgatggagg gcttccgtgc cctcgggcgt
    35161 gatacggcag gtagtacgtg gaattttccc cctgaaacct ttctctatag cgatgtaacc
    35221 cgcttgagag agcttttcca actgcacact caggttgccg gccgtcgcgc ccgtctcctt
    35281 gcgcaggtag gtgaactcgg cgctctctac gccgatcaga atcgacatca cgcctaaccg
    35341 aagttcgctg tggagcagcg gattcagtcc tgggagcatg ccttcttcgc gcgacggttc
    35401 aagatgtgtc cagggatgat ctccatcgcc acgaaagcca aggcgaaggt cagcaggtgc
    35461 aagtctatgt ccgtgagatg gaggagcgcg aagctgagca acagcgcgac gatgccgccg
    35521 atggtgagcg ggcggaagcg cgtgactaac ccggtgatga cgttgccctg acccatcatc
    35581 agcgtgatga ggaacaggat cgtcgcctgt atcgcaccga ggaacgacag gcaggagacg
    35641 atgaagccgc tccagcccat gacaatccag atgtacgaaa ccactttgtc gacatacgtg
    35701 cggacctccg gcggccggcg tttctgaaat agctgccacg gcagcccgat agcggggatc
    35761 agaaaccata ggtactccat ccgagggtcg ttcgtgaact tcacgccggc ccagaccgcc
    35821 agcgtggcca gcaccgtggc gtagccccaa acgagtatcg gcgtacccgc gccacgctcc
    35881 atcttgcgct gcgtgttgcg gatcatctgc gcgatcagcg ccatactctc ttcttcattc
    35941 agcgggacgt cccgcaagac tttcttctct tcttctttca ttgtcatgat tcatttttca
    36001 ttcttcaccc gatccatccg ccgggtgtcg tcggacgagg cacgctccac ggtgcgcgac
    36061 ttgacggact tgccggaacg cagcacgtaa tgcaacccga ccgtgaggcg tcgcccggcc
    36121 gatccgccgg agatggacgt gcgttcgttg aagcggtcgg tgtgcgagaa gtacgtcacg
    36181 ccgcggtcga agaggttgct cacgccgagg gtgacagtca accgatggtc ggcgaactgc
    36241 ttcttgagca cgacgtcgaa cgtgtggcgc ggctcgacac cggtgttggc cgaatggagc
    36301 cgactcgacg cgttgtagat cagctccgcg tatgcgtcgc gggggagggt gacgccgagc
    36361 gtgaggcggg caaagccgag ccagtgcgtc gcccacgggt cggaggaggt ggcgcgcaga
    36421 tcttgtcgca caccgacgag gttggcgttg agttcccacc cgcggacggg tcggaggggg
    36481 gcgctcaggg cgacgaacca gtggttctcg cggtcgtgat tctcgggtcg cacgatgcgc
    36541 acctcgggcg ccgaagcgtc ggtgtgcgcc tcctcgcgga tgaggtcgcg gtggaggtta
    36601 ccgccgacgg tcagcgtgta gcggtagtgc cagacggccg ttaggctgag gcgccggatg
    36661 taggtcgggc ggagcgccgg gttgccctcg atgtaggcga agtccgacga gcggacgcgc
    36721 cgcggattga ggtagcggaa gttgggccgc tccacgttgc gggcgtactg cgcgacgagc
    36781 atgaagaggc gcatcggatc gaaggcgtac gtcgcagtgg cgttctcgaa gaggtcggcg
    36841 taggcgcgtc gcataccctc gcggccggcc gtgtgtgtcc actccgcgcg cagtccggcg
    36901 gtgaggctga ggcgaccgag ctcgagggcg accgaggcgt agccggccgc gatctgctcg
    36961 gtgtaatccg tcaggaaacc cgggtcagac gccgagcctt cacgtcggac agagtcgcgc
    37021 atgcggttgc gggtgtactt cgcgccggcg gagagccgca tgcccgaccg gaagacgcgc
    37081 acggtggagg cgtcgatggc cagcactcgg tagcgcgagg cggtgaggtc gcggttcgtc
    37141 cagcccgctg tcgaatgctc gtccgtctcg ccgccgaggc tgcggtcggt gtagtcggcc
    37201 acgagcttga gccgcgagcc gatcgtgtcc gtgcggtgtg tcacgttcac ggctgccgcc
    37261 gctaagcggt ccgtctcctc acggtcgtag tgacccgaga tggaccgcag cctgccatgt
    37321 tgactgatca cggtctccac ctccgacggc tccgtttctc gcccgcgcga cagctccgcc
    37381 tcggcgccga cggacgtccg cgggttggcg tcgaagatcg cccccacgcg ccccgtgacg
    37441 ctgcgtcgtc ggccgtccgt caccgattgg gacgcgaacg agccggcttc gcggttcaca
    37501 taaaaacgct cggccgatag ctgccctata cctttatata gatggtcgcc cgcggcggag
    37561 gcgtgccacg tccagcggcc ggcatgcgcc cggacggaag ccgagggccg gacgccgccg
    37621 tactgccggc cgaagtcggc ctcggctgac acgttggcat ccacgccccg ctcgcgccga
    37681 cgacgcagca cgatccgaac gacgccgccc cgtacatccg cgccatacga cgcatcagcc
    37741 tggggcaaga cctccacacg cgccacatcg gccgcccgca gcgtacgcag gtaagccgtc
    37801 agtgcacgcc ccgagagtcg cagctcacgg tcgtccacat agacccgcgc gccggccgcg
    37861 ccattgacag acacgccgtc gtccgtcacc cagacgcccg gcgccgtgcg gagcaactcc
    37921 gcgccatcgc ggccggccat cgccggcgca tcgcccacgt gcaccacgaa gcgatccgcc
    37981 tcacgcacga tccgctcggc ctgcaccgtc acctcgccga ggcccacgga cgcctcagcc
    38041 atgacgagtg acaattcgtc acccgaacgg ccacgcgctg cgatcagcgt gtccaacggt
    38101 cgataggcca catgccgcac acgcagcgtg taaggcccat caggagcggc caatcggaat
    38161 cgccccgccg tgtctgtcac gtcggccgcc agctgtcggt cgccgcgaaa gactgccacc
    38221 gtggcaggct ccaccgcccg gccctcggcg tccgtcaccc ggccgcggac ctcctgcgcc
    38281 cgcgccccat cggcgagcat cgccgccgcc agcgccacta tatataaggt ataacgcatc
    38341 gtcttttcgt tctcgagatt accacccctc tactctctac cctctaccct ctaccctcta
    38401 tcctctatcc tctaccctct accctctatc ctctaccctc tactctctac cctctactca
    38461 tttgcccatc atctcggccg ggttcacgag gtgcgccttc agaagaacgc cgtggtcagc
    38521 aaccctcacc ttctgcttca tgtagcaggg ctcagtgggc acgccgtccg cgttgcgatc
    38581 gagctttttg ttgccgttca ggtcttgaaa gacgtagatg tcgcacatgc ccacgggcac
    38641 gttctccagc acgaccgcct gcagctcgtc ggccgtcgga tccaccatgg cgtagaccgt
    38701 gcgcttgctg tctttcgggt cgacggccga ggccatcagc ttgccgccac cagtgcgcac
    38761 gcccgagagg agcaggttca cgttcacctt gtccgacata ggcaggggcc tactttgcgc
    38821 caccatcgcg gcgcccgtca tcatgcaaaa cacgcctgcg aggcaggcca ttctcagtgt
    38881 tttcatcttg tttatctcct attttaatgg ggtttgaatc gtcatcgaat cggctcgatg
    38941 acgggggcaa atgtatgtca gtttatttta taaaccaatc atcattacag actgatttag
    39001 cctgacgcac gagcgattcc gcttcatcag ccagctctgc ctgttaatta gacaaaaagt
    39061 ttttggggct gcccactgat aaccagcaat acttacctcg aggtaactga ctcacgcggt
    39121 cctcagccgc ttcggcagcg gatttttcgc tacatctttg ccggcgtgat tgtaatacac
    39181 agtgtttcac agcttaatac aagacagaaa tgaaaagaac agattggaac gtggcgcaca
    39241 gcgcccaggg agtgatgatg atgactgtag acaaaccgac ggcttgcggt tcggcttgtg
    39301 gcagcggtga caaaccggca gagaagtcgg ctgcttgcgg ttcggcgtgc ggatcgggag
    39361 ataagcccga gaaaccggcc gagaaaccgg cggcttgtgg cacagcgtgc ggcgcgggcg
    39421 acaaggccga gaagccggct gagaaaccgg ccgcttgtgg tacggcatgc ggggcaggcg
    39481 ataaataagc cgccgaggca tggactactt cgcctttcag tggcacatca ctgacgagtg
    39541 cgaccagcgt tgcaagcact gctacatctt ctccgagggg catccgaagc tcatcgaaat
    39601 gccttggacg agacttgtgg cggtgcttgc taacgttagg cggatgtgcg agcggatgca
    39661 gcggcggccg tacctctaca tcacgggcgg cgacccgatc ctgcacagtc gcttttggga
    39721 cttcctcgag ttggtgcaca gctacgacat ccccttcacg atcatgggca acccgttcca
    39781 cctcaccgac gaggtctgcc agcggctccg ggcgttgggc tgcaggaagt atcagctgag
    39841 catcgacggg atgcgcgaga cgcacgactt tttccgcatg ccgggctcgt tcgacaccac
    39901 gctacggagc atccatacga tccgccgcgc gggtatgcat tgcgccgtga tgacaaccgt
    39961 ctcggagacg aaccgacacg aactgcctga cattatcgac ctcgtcgtgg agcacgaggt
    40021 agacatcttc gccttcggcc gctattgccc cacgagtgag gacaaatcga cgcgagcgag
    40081 ctggcacatt gagccggagg actaccgcga cttgctggag cgctgctggg agaagttcga
    40141 gcagcaccgc gagtcggaga caacgttcaa cctcaaggac cacctctgga cgctcttcct
    40201 ctatgaaaag ggcctcttcc aaatccccga cgggctggac gaggacacca tctacgacgg
    40261 ctgcaactgc ggcaactgcc acttcaccat ctcggccgag gggcgactga tggcctgccg
    40321 acgcttcgac agctacgtgg gcaccgtcca cgaggagctt ttcgacgtct tccacggcac
    40381 acggatggag cgctatcgcc agcatgagca gttcgaaaag tgcagccgct gcgaactcct
    40441 acgcttctgc cgcggctgcc cggctgtcgc cttcggctac acacacgact tctacgcgcc
    40501 cgacccacag tgctggaagc aagtggagag ccggtcggcc tgattattta tcacattaaa
    40561 aacaagaaaa ggtgagtcgt agcgccactt ctggctactc ctcaccacat caaactacaa
    40621 cttattcccc cttatgaaag ccatcgtaat caatggatgc tgcaaggccg aagacctgca
    40681 catcagcgaa atccccaccc cgcaggtgaa gccgggatgg gtgttagtaa aagtacgcgc
    40741 cgccgggctg aaccactccg aggcgctcat gcggctctat gaggccgaca gggattacat
    40801 ccatacgccc atcgtgcccg gcatcgaatg cgtgggcgag gtggccgacg cctccgactc
    40861 cggcctccgg gtgggcgacc gcgtgattgc catcatgggc ggcatgggac gctcgttcga
    40921 cggcagctat gccgagtacg ccctgctgcc agccacgcac gtcttccgcg tcgacacgga
    40981 tctggactgg ccgtcgctgg cggccgtccc cgagacctac ttcaccgccc acggctcgct
    41041 cttcgaaagc ctccggctcg aggccggcga cacgctcctc gtgcgcggcg ccacgagcac
    41101 cgtcggcatg gccgccgtgc agctggccaa ggccgtcggc gcgcgcgtca tcgccgcctg
    41161 tcgccgcgag agctcgttcg aaaagctgca ggccgccggc gccgaccgct gcctcatcga
    41221 cgacgagcgc ctcagcgagc acccctgggc ggagcggccg aacaagatgc tcgagctggt
    41281 cggcatcaag acgctctacg actccctgcg tacggttacg gagcccggct acgtctgcca
    41341 caccggcaac ttaggcttcg tcttcaccgc ctcggacttc aaccccatca aggacatccc
    41401 caacggcgtc tacctgacca gtttctacag caactacccc acgcaagccg tgatcgacga
    41461 cctcttccgg ctcatccgcc gcggcggcat ccgtccgctc tacagcaaag tcttcggcat
    41521 ggacgagatc gccacggccc acaagctgct cgaaaccggc ggcgcgggcg gcaagatcgt
    41581 cctgcgggtg agttgaccat cggagccgca aaagcgaggt gaaaaggtgt gtgtttcacg
    41641 taaatcactg atcaacaagc gttttttgtt ggtagacgag caaggggaag ctcatcggcg
    41701 agcttttttt gctcgatcac gagcttattt tgctcgttga cgagcttttt ttgctcatcg
    41761 acgagctttt tttgctcgat cacgagctta ttttactcgc cgacgagctt attttactcg
    41821 ccgacgagct ttttttgctg gccaacgagc aaaataagct ggccgatgag caaaaatcac
    41881 tcgatcaaaa gcgagaaagt gcggcccatg catggtcatt ctcataagag cattactttt
    41941 acgtcaccat ttttaacacg attgatatat ggcaagagca aagaatttga tttccgccgc
    42001 actgacggca gagaacatca cgaagacgaa aactcacatc ggtgagatcg agacagaact
    42061 cccttttctt atcgcattac cagcggaaga aaagaggcga atgaatgcca tggggcagaa
    42121 aagcgtagag tacgtcaacc tggcactgac aggcgcagag agctttccgc agtatctgct
    42181 gccatcgttt aagaaagacg agttcaagaa agacgttacg ctgatccgtg atttacaggg
    42241 gatccgcaca tccgtagcct ctctacttga aaaacttgat gacacgatct acggcgcatc
    42301 ggtcgatgcc atgcaggccg caaatgaggt ctatgattac ctgaaaacag caggagaaaa
    42361 ggacgccgct gtgaaggctt tagtcagtga aatgcgcaag cgttacgacc acaaggacaa
    42421 aaagcctgct gatcccaaca agcccgctga tccgaagaag cccgccgacc cgaagaagcc
    42481 ggacacgccg aagaaaccgg gtacgggcgg cgatccggac atccatctgc cggaggaata
    42541 aggaggatcg tttagtcggc ggtcgcagcc gcccgaagcc gtcttaaagt gccaatggcc
    42601 acaactggag atgatccggg gaggccgttg gcactttctt tgctcaacaa cgcctcgttt
    42661 cacacatcac cccatgccta acgattatga cgtgagccgc acgctctgcc ggtggtacga
    42721 cacgcaccgc cgcgcactcc cctggcgcga cacccgcgac ccctaccgca tctggatctc
    42781 cgaggtcatc ctccagcaga cccgtgtggc gcaggggatg gactattacc accgcttcct
    42841 cgagcgcttc cccgacgtcc gcgccctggc cgacgcctcg gagcaggacg tcctccggct
    42901 ctggcagggc ctcggctact attcccgcgc ccgcaacctc cacgccgccg cccgcgacgt
    42961 ccgcgatcgc ttcggtggac gcttcccgac ggcgtatgcc gccgtccgct ccctcagcgg
    43021 catcggcgac tacacggccg ccgccatcgt ctccttcgcc accggtgcgc cgtacgctgt
    43081 cgtcgacggg aatgtgttgc gcgtcatcgg ccgactcttc gccatcgata cgcccaccga
    43141 cacctccgcc ggccgccgcc tatacaacga tctggcccgc agcctcctcc cgcccgatca
    43201 tgccggtgaa cacaaccaag ccatcatgga gttcggcgcc ctgcagtgcg tcccccgcaa
    43261 ccccgattgc agcgtctgcc cactcgtcgc gcgttgcgcc gcccacgccg ccggcacccc
    43321 ggagcgcttc cccgtcaagc agcaccgcac gaagaccgtc gatcgttact tccattattt
    43381 ctacgtcacc acgggcgacg atctcttcct ccatcgccgg ccagcgggcg acatctggca
    43441 aggcctcttc gagctcccgc ttatcgagac acgcgccccc gccgacctcg acgcgctcat
    43501 gggtacggac gacttccgcg cgctcttcgc cgacacgggc aacacgcagt ttgcgcttgt
    43561 cgccgccgac gtccgccacg tgcttaccca ccgcgtcctc cacgccacct gctacctcgc
    43621 ccgcatccaa cacccctccg aggccctcct tcgcctcacc cacacctcgc gcgccgagct
    43681 ggatcgctat cccctcccgc ggcttatgac gctcctcatc gatcgtgtcg acagccgcgg
    43741 ccgatgaccc cttccggctt tgtgcgatcc tattcttagc catacttttg gcgcacttaa
    43801 acgataaaaa gactgataac tatgtcactg aacaaagtca tcctcattgg aaacgtgggg
    43861 cgcgaacccg acgtccgcta ctttgacagc gggaacgccg tagccaactt cacgctggct
    43921 accaacgaac gcggataccg cctggccaac ggcacagaga tcccggagcg caccgaatgg
    43981 cacaacatcg tcgccggccg cgatcgcgca ctcttcgtag agcgccacgt ccataaggga
    44041 tcgctcgtgt acgtcgaagg caagatccgc acccgcagct acgacgatgc ctcgggcaac
    44101 aagcgctaca tcacggagat ttacgccgat cgcattgagt tcttttccct cggtggacgc
    44161 cgtccgcagg atgctgaaca cgcgggcgac tcgtccgtcg ccacgcagcc ggccgacgcc
    44221 gcagccgaag tgcacgcctt cgccgccaag tccgaaccta caccgacgac atccgcctcc
    44281 gatctcgagc cgatctctcc cgccgacgcc gatcctgtgg acgatctgcc cttctaacct
    44341 tagccccctc attccttgga ttcagactat ttcccgcccc tttcgctgca aatagcagcc
    44401 cccggatgga cggttccgga cgccatcctt tgttgtgtca tcctctgtat tctcctgatt
    44461 ctcgcctgcg caatcgctgc gggtgggcgc gcactctttg cgctcaccct ggaagagttg
    44521 agtgaggtgc gtgaggagaa gaatcctgcc gatcgtttcc tccatttatt gtctgaccgc
    44581 ccacagcaga cgcgtttctc actggccgcc gtccagtcgc tcgtgacgtt agccattggc
    44641 accgtcggat tgtacggcgt ggcgctgctg tggccggatg ccttacggtc ggcggtcgga
    44701 tgcgtgtcgg tgatccttgt tggtagcctt ttgatgtgcc tttgctgcgg acttgtgccg
    44761 agatggttgc ttaggaaggg ccatctgcgc gtggcgcgga ccatcgcacc cgtattgaag
    44821 ttcatcgatt ttctctgttc gcccatcagt cgccgattag ccgtcgcccc ttcaaacgcc
    44881 atgcatcgca acgaggtggc aactggcgaa cctgccacga tcctctccaa agagtcggcc
    44941 gatgagcacg aaatgctcga ggagatcggg cagttttaca acaagaccgc cgacgagatc
    45001 atggtctccc gcatggacat gaaagcgatc agcgcccatt gcacgtttca ggaggccctc
    45061 gacctaatta tccgtagcgg cttctcgcgc atccccatct atgaagagtc ggacgacaac
    45121 atcaccggca ttttgtacgc caaggacctt ctaccctaca tccgcgatcc gcaagacttc
    45181 aactggcaga aattggtccg ccccgcctac ttcgttccgg aaacgaagaa gatcgaagac
    45241 ctcctcgaag agttccgaac caacaaagtg cacattgcca tcgtcgtcga cgagttcggt
    45301 tgcgcctctg gacttgtaac gatggaggat attatcgagg aaatcgtggg cgacatcagt
    45361 gacgagtacg acacggagca aaaacccttc ttccgactac ctgacggtag ctacattttc
    45421 gaggggaaga cgcaactcaa cgatttcttt cgcgaaaccg acatcgacga ggaagagttt
    45481 ggcgatttga ctgaggacgt tgagacgctc accggcttgc tactcaaaat caagggcacg
    45541 ctgccccgac gtcgcgagac gattgactat ggacactacc gttttcgcgt gcttgaggcc
    45601 aacgaacgtc gtgtgctcaa ggtgaaattc tatcgccttc ccttgtcacc tgccgagaac
    45661 acgaaagcgt gatgcacaag ggggcatcca catcccattc tttctcaaga aaaacaagcg
    45721 cagaatgaac ttagcagtac atcagaccgg aaacaaaaaa atcgccgaga tacaggcttc
    45781 cgacatcgtc atacatagca cggaagatgc cttgaatctg atgggcgatc tctattatca
    45841 gggttacgac ggactcattc tgtatgaggg gcaagtcacc ccagcattct tcgacttaaa
    45901 aacgaaaatg gctggcgaga tccttcagaa attctcgaac tatcgtttcc cgttggtctt
    45961 gatcggtgac ttttccaagt tcccaagccg gagtttgcag gattttatcc gagaaagcaa
    46021 caagggacgg caggtgaact tcgtccgtac ccttccggag gccctcctac tactgtccaa
    46081 gccatgaagt cgcggccgac tactcttgca atcctctgtg cagtcctttt ctccctcttc
    46141 acggcctgca atgcacccat gccaaagcct cgcggcatgt tgcgcatcga cttacccacg
    46201 ccacgatacg ccgaattttc cgcgccaggc cgtccctaca cctttcgttt ctcccgcctt
    46261 gccaatgtgg agcttccccc cgccggtgaa gctgacgacc gactcaacat tacctacccc
    46321 aagtggggcg taacgatcta ttgcagcggc gcagccatta ccccggccac tttatctgct
    46381 gccacagacg aatgtcggga actcatccgc cggagtgtcc gcgatgtgca cgccgttacc
    46441 gaacaagcct acgaagatcc cgacgcacgc gtctacggcg tcctattccg tatcgaggga
    46501 gattcgcccg cgcctattcg ctttatgctc accgacagtg cagcccactt ttttcagggc
    46561 gcgctctatt actccgaccg tgtgagcccc gactctgtcg cgccgctgac tgattacctc
    46621 cttagagacg tcaccgtgct gatccaaacc tttcgctgga aataagtgct ccccgcccgt
    46681 gccattgctt gaaattcata cgcagtcgga gtgtcgctgg ggactgtggc gcatagatga
    46741 aacatggttg gagctgctcg gcgggctgga gcgacgggac gcctatcagc cgtttctcga
    46801 gagtgtcagc gcgggggggc gtcgcacgga gtggttagcc gttcgcgcgc tgttgcgtgt
    46861 cctccttggt tatgaaccga ccgtcaacta ccgccccgaa ggctaccccg aggtcgatgg
    46921 atggcacgtc agcttctcgc atacgagaca ctatgccgca gccatctgtt cccgcgacac
    46981 ggtcgtcggt attgacatcg aacggttccg tccgcgcatc atcgggctgc gtgaccgctt
    47041 cttagatagg gacgaactgg cgctcatcgg cggcccgaac acggatgatg tccgtcggct
    47101 gacggtctgc tggagtgcca aggaggcagc attcaaaatg ctccgtctgg ggtcgtctga
    47161 ctggctccga ggagtgcgta tcgtggccta cgatcccact tcccatcagc taacggtcca
    47221 cgaaacgctc acgccgaaca catacacctt caaaatagac ttctccctcg cctcggacta
    47281 cgtactcacg tggggaagaa ggggataacg tggtgtgttt ggggggatac atggaatagg
    47341 tatgctcaaa acgcggtaca ttttcaaggt aaatcatgtt cccggtcaac ttccccggcc
    47401 tcggcagagg ccttgatttt cttttgcttt cttttcttgt atcaagacaa gacccctacc
    47461 ggggcaggga agtttttctc ggtacgtttt ctacttcctt catgtatccg gttatcttcc
    47521 ccggcctcgg cagaggcctt gattttcttt tgccttcttt tcttgtatca agacaagatc
    47581 cctaccgggg cagggaagtt tttctcggta cgttttctac ttccttcatg tatccggtca
    47641 tcttccccgg cctcggcaga ggccttgatt ttcttttg
//
LOCUS       SEQF2634|AYYE01001256.1  225 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 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 1/3"
ORIGIN      
        1 gagtttgcga tatagtgtaa gctctacagc gaaagcgtta agtaatccac ctggggagta
       61 cgccggcaac ggtgaaactc aaaggaattg acgggggccc gcacaagcgg aggaacatgt
      121 ggtttaattc gatgatacgc gaggaacctt acccgggatt gaaatgtacc tgacgaactg
      181 cgagagtggt tttccagcaa tggcaggtat gtaggtgctg catgg
//
LOCUS       SEQF2634|AYYE01001257.128780 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..28780
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             144..992
                     /locus_tag="SEQF2634_02200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTKEETSVMNEAETPTPEVVETAAPTHTPAAEYRELTVEERLR
                     SLHHLQAIMTEVDKLKTLRGELPLEVQDLEDEIAGLETRIKNYQSGIEENKANVLAQK
                     NKISESRELIERYKSQLDNVRNNREFDNLTKEIEFQGLEIEFAEKKIREFNAAVDAKK
                     QKIKQSKEVLEGRKGDLAQKKSELDEITSETRQEEDRLRDKAKVLETTIEPRLLAAFK
                     RIRKGARNGLAVVPIERDACGGCFNKIPPQRQMDIKLRKKIIVCEYCGRIMIDPDLAE
                     EGTPNT"
     CDS             complement(1324..2076)
                     /locus_tag="SEQF2634_02201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEMIEQISIDLSNYCSKQCPFCYNHSRPEGATMWRPSEVIRLA
                     TDCIAHGVRAVSLGGGEPFEYDGVFDIIRALYPRCYLTVTTNGLPLEHDAVWLQLLRD
                     APDKIHVTIHRPHDADEVRRVEGLIRRLAATPIKPGLNLLVESDRLPDATAVFARFLG
                     LLTRQQIILVPRRPDRTPSARQLAEVAGRQPFQAPACLTRCLRPERFVSISWDKQVNH
                     CSYAGGKAPLHSLDHAGLLDALSRVTWQRCGS"
     CDS             complement(2073..2885)
                     /locus_tag="SEQF2634_02202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLDKEYPATHSMSTAWYMVDDDDNVAIIEYNENGPVPWDVPEA
                     ITEDLLFGPPTGVSDSCKTTIELTEEQIEELLPDFLDAPCSLEDVSYWWHRTVFQIDP
                     RQTDAFLAHCSEGGVPIKEIVSKQKGLYLADFDRCIQEGKIKEGSVLQKMIAGGILTA
                     AYEMKEFEFDDIYHKETRRMEYTKNYEAAPYYIYYQPYWVAHLAKRMITPHHPVKLSQ
                     VPENFRHRIHRIPGRFADKEYLQIAQHTPCRFEESPNFSLSTLPREEDYIPT"
     CDS             complement(3272..4141)
                     /gene="ispH"
                     /locus_tag="SEQF2634_02203"
                     /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
                     DIYLFSQTTKSLEGFGQTVELIRSHLAAGVHFRYFDTICRQVSNRLSTIRDFAARHDY
                     VYFVAGKKSSNGQMLYDQCRLANPRSVFISDAAEITEPLPPDVHSVGVCGATSTPKWL
                     MEEVAERIRTLNA"
     CDS             complement(4145..4840)
                     /gene="cmk"
                     /locus_tag="SEQF2634_02204"
                     /EC_number="2.7.4.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38493"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidylate kinase"
                     /translation="MTKKIIVAIDGLSSCGKSTMARELAREVGYAYIDTGAMYRAVTL
                     YALRHALLTPDGAIAPTLEQRMGEIDITFRVNPATGRSETYLNGQNVEAEIRSMEVSA
                     LVSRVSALPFVRRALVAQQQAMGREKGLVMDGRDIGTVVFPRAELKVFVTASDEVRAQ
                     RRVDELRAKGTEVSLEEVLRNVRERDRLDMERAESPLRRAEDAIELDNTHLTIEGQRE
                     RLLQLFRQATEGE"
     CDS             complement(5360..6364)
                     /locus_tag="SEQF2634_02205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILRLMGLLCLFPACLAAQQGNEVFRFLRFPMSARAGALGGHT
                     VSLVEADPALVFHNPALLGGEMNGMVGLSYMNYIGGIHVGSAIYTRTHGDRGAWAVGL
                     SYINYGSMKEADAQRNLSGHFSASDAGLSATYSYDLSDRWRGGLSMKVLYSAIAEYSA
                     FGLAADAGLSYFDEDADLSVGIALKNIGAQLKAYDSRRSRLPWDIQLGFTKRMAHAPI
                     RLSVTGMYLNQWKFKYVDETLTERNVDDSFVATLAKHLVFGVDFVPSNNFWVGVGYNP
                     KEAMDMRLKDGGNRLGGFSMGAGLHVSRFDVSISAARYHPSAMSLMLGLGISLNDDNP
                     "
     CDS             complement(6871..7518)
                     /locus_tag="SEQF2634_02206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRALSFFAPKQMLLPTAYLGPIPYYRLMHRATEVRIEACEHY
                     PKQTLRNRCLIATAGGVQALTVPVVRPDNPKAPTRDIRISDHGRWRHLHWQALVSAYG
                     MSPFFEYYADDFAPFYERPYTFLIDYNMALQSLVCELLDISPTVSLTDVYMPPESVTD
                     DLREAFTPRQPRPEHPDLPPPQPYYQVFGRKHGFQPDLSIVDLLFNMGNESLLYL"
     CDS             complement(7576..8025)
                     /gene="rplI"
                     /locus_tag="SEQF2634_02207"
                     /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
                     AKLGFEVDRKIIRIKEDAVKEVGSYNATVRLHKEVSVEIPFEVVSEA"
     CDS             complement(8050..8340)
                     /gene="rpsR"
                     /locus_tag="SEQF2634_02208"
                     /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(8346..8723)
                     /gene="rpsF"
                     /locus_tag="SEQF2634_02209"
                     /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
                     KRRGLKASKERESAEKATSKKED"
     CDS             8856..10421
                     /locus_tag="SEQF2634_02210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHITHSSLRHVLAWMTLALSVHVYADEVADSTASVPPSAGTLYK
                     VSFSGAATDGGTPFWMASHTHGRMPIDIARFGGYMQAGVQHTGRLTDRWQWEAAMSLV
                     AATPRIGRHVFVEEAYAALSYHDRLTLSIGSRAWDGNAAASRPTSPDPTLSSGDLLLS
                     PNARPIPEITLYTPRLMTVPLTGGWLAAGGDFAVGRSFDTDYLRTAIAPERHYVQGVL
                     WHRKALYLRIHDPRPASLPLAFTIGIRHMAQWGGTSTLPKMGRQPQSLKDFARIVLGQ
                     SGGSDATVSDQINVLGNHYGTFDFRLDYTGPRFAISAYYQHFWEDRSGIEWYNGLDGL
                     AGISIDLPTFPHVRRIVVEHLSTMDQSGPFHFIQYDHKKYPGYGGGADNYYNNGEYTT
                     GASYFGRAIGSPLLLSPAYNANRSPAFLHNRIRAWHIGAEGRIAGSWGWRARVTTLRS
                     FGTPYAPTLKPLNDTSLSLDIRYLLPDAHSAAPSGWEFTATLALDRGSLIGPRTGVGL
                     TVSRCGWIRWAGR"
     CDS             complement(10423..11169)
                     /gene="plsC_2"
                     /locus_tag="SEQF2634_02211"
                     /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
                     GRMGRFKKGAFQVALDRGLPVVPITLNGPYHVLPIGRWLAWPHRLEMVIHPPIDCGTL
                     AEGEDEFARMQQVADRTRETIASALWPEFR"
     CDS             11319..11495
                     /locus_tag="SEQF2634_02212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGALKYLGILILLIGVGVLAATTAGDTSSNTMLLLGLALIICGY
                     LAHIFFNKNSKRIE"
     CDS             11561..11758
                     /locus_tag="SEQF2634_02213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFFVPKPRTTRTSTPLRPPKTHAIGFARIVIPLSVTPSAFPAL
                     RQLSKTNAKRMSWTFNQMFYS"
     CDS             12432..13784
                     /gene="miaB"
                     /locus_tag="SEQF2634_02214"
                     /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
                     MRGCNNFCSYCIVPYTRGRERSRDVGSILSEIEDMRAKGYRDVTLLGQNVNSYLYRSA
                     EGEEVSFARLLERAAEAAPDVRIRFMTSHPKDMSDEMLHVMAAHRNICKYIHLPAQSG
                     SSRMLAVMKRGYTREWYLDRIAAIRRILPGCAISTDLFCGFHSETEADHQETLSLMRE
                     VGYDSAFMFKYSERPGTYAARHLEDDVPEEVKVRRLQEMIALQNELSEASNRRDVGRR
                     FEILVEGFSKRSRERMYGKTEHNKVVVFDRGGHRIGDFVRVEVEEATSATLLGREVFD
                     "
     CDS             13907..14782
                     /gene="ftsX"
                     /locus_tag="SEQF2634_02215"
                     /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
                     YMKENLAFSVVLKDDLRESDIRRMQDYLEAQPFVRSTEYVSKAEAAEEMKAELGEDPE
                     VFLGYNPFHASIGVTLKSEYANAENLREIEKKLTADVRVMELAYRKDIMQTVNDNIRR
                     IGLVLALLIALLMVISFVLISNTIRLLIYSKRFLIYTMRLVGATPEFIRRPFIHSAVV
                     NGAVAGGLADMLLALTAVYLQNELSGLDRILPVGGVVTVCLVLPLLGVALSVGAAYFS
                     VNRYLYMERGQLYSV"
     CDS             14852..15121
                     /locus_tag="SEQF2634_02216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKEDKMKDFALGKLNFMLIGAAVVLIAVGFMLMSGGGSTDGVS
                     FNPAIFSKQRISVAPIVTMAGFILMVFGILVGDRKTASDKDQTEA"
     CDS             15118..15930
                     /gene="uppP"
                     /locus_tag="SEQF2634_02217"
                     /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             15930..16643
                     /gene="truB"
                     /locus_tag="SEQF2634_02218"
                     /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
                     LLDCQLPGMIRIRCVCSKGTYMRALARDIGEALQSGAHLIELQRTRSGDMTLDRCITP
                     DQIGDFLDRALGATHSTRI"
     CDS             16673..17731
                     /gene="queA"
                     /locus_tag="SEQF2634_02219"
                     /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             17942..18412
                     /gene="folK"
                     /locus_tag="SEQF2634_02220"
                     /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="MSDVYLSLGSNLGDRHRLITSAIALLAERTGEIVAVSRCYETAP
                     WGFQSPHPFLNVALSLRTDLAPLPLLDLTQQIERELGRTVKSSPGGTYADRPIDIDLI
                     FYADTCLDTPRLTLPHRLMHLRRFVLEPLAEIAPTIVHPTLGRTVSELLEQCPE"
     CDS             18563..18829
                     /locus_tag="SEQF2634_02221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQHLYSPFTVCEMTMQHLRRPFTVCSETMQHLHSIVAVCGVTMQ
                     HLLDLFTGCKTTIHPLRTLFTGCSVTMQHLQGVLQAFSPQAMEA"
     CDS             18921..19868
                     /locus_tag="SEQF2634_02222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKLRNILLTLLLLAIVALTAGSFFLLNHALRPADNKGRDTEGS
                     YAYMFQTYPFLRPWVDSLRRAGALRDTFITADDGVRLHALYARATRPTRRSAVIVHGY
                     KDCAVRMLMIGYLYHHDLGFNILLPDLYGAGQSGGDYIRMGWLDRYDVIRWTSVADEL
                     FGPEATIAVHGISMGAATTMMVAGEKQQADVRCFVEDCGYTSVWDEFAKELRAQYGLP
                     EMPLLYTTSMLCRARYGWDFLQASSLAQVAASELPIFFIHGEADDYVPTEMVHPLYEA
                     KRRGGRELWIAPGSAHALSYHDHRAEYTARVRAFVRRYM"
     CDS             19995..20279
                     /locus_tag="SEQF2634_02223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYRSIMNTTLTKSAASIRINSGVLKQLKEEAKKEDKSLSSYLE
                     TLLYEMGYRPYNEETVQACREAREGKIAGVVDTTSRETIEALLFGDESPY"
     CDS             20297..20890
                     /gene="ruvA"
                     /locus_tag="SEQF2634_02224"
                     /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             20932..28368
                     /locus_tag="SEQF2634_02225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTGCPYRSTLLLALFFAILWFGGRAAAQAPADSARKDSVPPTI
                     ATLGKPRFPVARTAPLFYRDLTQPMPADLHNPDNLQTTVEYDILTNRYIVRTRVGDME
                     LGTPITMTPEQYQQYSMQQSMKAYYRQRNDENFRQASGEKLNLMDMRFNIGAADRVFG
                     PGGIRVKSQGTAEMKVGMKSSGTKNPTLPERSRNHTFFNFDNNVQLNMQASVGTKVNF
                     GLNYNTQSSFEFDASRLNLAYTGDEDEIIKNIEAGNVSLNTGNSLIRGGAALFGIKTE
                     LQFGKLRVNALLAQQNSESRTITSQGGVQTTDFEINIDNYDENRHFFLGHFFRDRYDE
                     AMAKLPLVASSAKITKIEVWVTNRRGNYNEARDIVAFSDLGENVHIGNTAEVQASGTV
                     RMTHNEANTLYSRVNALTDARSIDRVNGALSFLEDGRDYEKIGSARLLSPSEYSLNEA
                     LGYISLSTALQPDESLAVAFEYTYGGQTFKVGEISTDNTNNTSGCLFVKLIKGINEAP
                     GMPFWDLMMKNVYSLEAFSVQKDRFKLDIVYQSDTVGTYVYSIQEGNIAGRTLLQVMN
                     LDRLDVNNEPYPNGSFDFVEGYTIQPANGRIFFPVVEPFGRHLRKAIGNNAIADRYVF
                     QELYDSTKTVAQQIAEKNKFKLRGKYRASSASDINLGSTNVARGSVVVTAGGVRLTEN
                     VDYVVDYASGIVSIINESVLANRSSISVSLENQSVYSMQRKTMMGLDLNYEFSKHFSA
                     GATVMHLSEMPLTTKTAMGEESINNTLWGANLAYKGESQWLTNVVDKLPLLNLTQPSQ
                     ISLNAEFAHLIAGHYQNENTGRYSYLDDFESTRNSIDLLNPYLWSLASTPYDNGAAAK
                     FPEASLVNNVEYGKNRALFAWYYIDGLFTRRNSSLRPKYLTDKDISNHYVRPIEYSEI
                     YPNKDLAYNETNMLNTLNLAYYPTERGPYNLDVDGMNADGTLANPQRRWGGMMRRLDH
                     TDFEASNIEYVEFWMMDPFIYNRETTKGGDLYLHLGDVSEDILRDGKKFFENGLPVNG
                     NLSQVDTNVWGRIPRQQSTVYAFDNTTGARRVQDVGLNGLSSTEERTFPTYKNYVERL
                     RAKVSADTWMRWEHDPFSPVNDPAGDDYHYFRGSDYDRDQVDILTRYKHYNGTEGNST
                     ASEDSPESYDISSKTNPDVEDINGDNTMSDLERYYEYRVSIRPKDMVVGQNHIVNERR
                     VRVRLPNGDTTSVTWYQFKVPVKEYLRRVGTIQGYKSIRFMRLYMTDFYETTILRLGT
                     FDLVRGDWRTYLQSLAPIGAPPSVNGTLDVTSVNIEENGDREPVNYILPPGVTRMTDP
                     SQPQIRQQNEQALSLKVTNLASQDARAIYKSTKYDMRRYKRLQLFVHAERLINDVTSL
                     ANGELSVFIRLGSDYKNNYYEYEVPLTLTPAGRYNSSSEADRSTVWPESNMIDFPTDV
                     LTNLKNKRNRAKREGRAGVSFATVYSEMDPQRQMNKVSVVGNPSLAEVRTIMIGVRNN
                     AKDLKSGEVWVNELRLTDFDERGGWAANGSLSVALSDLGTIQAAGRITTAGFGQIDQS
                     IGERSMDNYTQYAVSTSLQLGKFFPEKAQVNLPLYYAYSRETISPEYNPLDGDVHLRD
                     ALDAAVTTAQKDSIRNLTQQRVTTKSVALSNAHVNIQSKTPMPYDPSNFSFGYAYNER
                     ERKDPETVYETTKNYQGNLSYIYTPYIRPFQPFEKLQKSNGYTRYIKQLAFNYLPSTI
                     TFQTTMLRNYNELQLRDMDHLDDAASATTLPVSFSGQFTWDRSFSIRWSPLTNLTADF
                     SAGTNARIEEPHVQVNKKLNRSDYELWKDSVKRSIADLGTPQLYDQTLNVSYSLPLQY
                     IPVLDWVAANMTYNAQYNWESGSRVDQTTKTGNTIKNQRQMNYTAGLNLQGLYNKSSF
                     LKTVNQKYGALADAQRSEGSRRRRVKQNYEATIRLSPDSGTIVSHSLMTKKLARVTAR
                     RTDDSSRYNITYKVIDFARIRITNRDSVELRIVVVPAPPKEETPAYKGLEYAARFLMM
                     VRRVNLQFSQTDGMKVDGFQPQIGDWIGQASTAYGRAPGWGFAFGDVRESYVREAYDR
                     HWLMTESEQNYLAQINSSRTLTGSATIEPAVGMKIELNINRVDSRDAEIQYLYSGMPT
                     MHRGTFTMTTSTIGSAFASLGSATNGYESGPFRRFVENRAIVASRIEREYAGATYPSE
                     GFLAQSELAGKAHNATKSPVSQNASDVLIPAFLAAYTGRSASRTALTAFPSMLSLLPN
                     WRLSYDGLVQIPFIRRHFKTMTLSHQYRCVYTVGTYQSHLSWVGIGRGDRGYIKDASG
                     DPRPSSPYDIASVSITEAFSPLIGIDAMFLNNVTAGLKYQKTRNLNLNITSYQVVETH
                     SGEFTVSLGYKYAEFNKVLKMRKKGDFSNDLMLRFDYSRRRTQSLIRKIENAYTQLTA
                     GTMTQSLQFSADYAFSRAVTVRAYYDLQINTPLISNNSYPTSNADYGISLRFSLAQ"
ORIGIN      
        1 gcctcctcct ggccgtcgtc gggcactatg agagtgagcg atgcacggtg gatttgtttc
       61 acgaaatcat ctcctcgaaa caccctactt ttgcactacg aaactcagaa acaagcatta
      121 atcccataac atatttatag cgtatgacta cgaaagaaga aacgtcagtg atgaatgagg
      181 ccgaaacgcc gacgcccgaa gtggtggaaa cagctgcccc aacccatacc cccgcagctg
      241 aataccggga gctgacggtc gaagagcggc tccgatcact gcaccatttg caggcgatca
      301 tgacagaggt cgacaagctg aaaaccctgc gtggggagct gccgctggaa gtgcaggact
      361 tggaagacga aatagccgga ctggagacgc gcatcaagaa ttatcagagc ggcattgagg
      421 agaataaggc gaatgtgctg gcacagaaaa acaaaatctc ggagtcgaga gagctgatcg
      481 agcgctacaa atcgcagctc gacaacgtgc gcaacaaccg cgagttcgac aacctgacga
      541 aggaaatcga gttccaaggc ctcgagattg agttcgccga aaagaaaatc cgcgagttca
      601 acgccgccgt ggacgccaaa aagcagaaga tcaagcagag caaggaagtg ctcgaagggc
      661 gcaagggcga cttggcgcag aagaagagcg agctggatga gatcacctcc gagacgcgtc
      721 aggaggagga tcgcctgcgc gacaaagcca aggtgctcga gacgaccatc gagccacgcc
      781 tgctggcagc cttcaaacgc attcgcaagg gcgcccgcaa cgggctcgcc gtggtgccca
      841 tcgaacgcga tgcgtgcggc ggctgcttca acaaaattcc gccccagcga cagatggaca
      901 tcaagctgag gaagaaaatc atcgtctgcg agtattgcgg ccgtatcatg atcgaccccg
      961 atctggccga agaggggact cccaacacct gacccccgcg actgataacc aagaattgca
     1021 gcgccgccct gtcggaatcc cttccggcgg ggcggcgttg tgttattgag ggagagagtg
     1081 gtcggcggtt aagccagcag ggggcatcga acctgttcgg gccgcagcgt ccaatccgat
     1141 gggagccaac cgccgaacca gactggcccc atacgccgag cggaattggg cctatccacc
     1201 cgaagcgatt gggcctacac gccccatggg gtgggggctg tcaggcaaac ggtcttgggc
     1261 gcatcatgca agcccgatcg gacccactct gccccccggt tttggctccc gcattcgtag
     1321 ccgctaactg ccgcagcgtt gccacgtcac gcgcgagagg gcgtccagca ggccggcgtg
     1381 gtccaaactg tggagtggcg ccttacctcc ggcatagctg caatggttca cctgcttgtc
     1441 ccacgagatg gagacgaagc gctccggacg cagacaacgc gtcagacagg cgggcgcctg
     1501 aaagggctgt cggccggcca cttcggccaa ctgccgggcc gacggagtac ggtcgggccg
     1561 acggggtacg aggatgatct gctggcgggt gagtaggccg agaaaacgcg cgaagacggc
     1621 cgtggcgtcc ggcagccgat cagattcaac gagcaggttc agcccgggct tgatgggcgt
     1681 tgcggcgagg cgacggatca ggccctccac gcgacggact tcgtcggcgt cgtgcgggcg
     1741 gtggatggtg acgtgaatct tgtctggcgc atcgcgtaga agttgtagcc agacggcgtc
     1801 gtgctccagc ggcagtccgt tggttgtgac cgtgaggtaa caccgagggt agagcgcgcg
     1861 gatgatgtcg aacaccccgt cgtactcgaa cggttcgcca cctccgagcg agacggcccg
     1921 cacgccgtgc gctatgcaat ccgtggccag gcggatcacc tccgacgggc gccacatggt
     1981 cgctccctct ggccggctat ggttgtagca aaaggggcac tgcttggagc aatagttgct
     2041 gaggtcgatg gagatttgct cgatcatttc aatcatgtag ggatatagtc ctcctcacgc
     2101 ggcagggtag agagcgaaaa atttggactc tcttcgaacc gacagggggt atgctgggcg
     2161 atctggaggt actccttatc ggcaaagcgt ccgggtatgc ggtggatgcg atggcgaaaa
     2221 ttttccggca cttgggatag cttcaccggg tgatgcggcg taatcattcg tttggccaga
     2281 tgcgcgaccc agtagggttg ataatagatg taatacggcg cagcctcgta gttcttggtg
     2341 tactccatac gacgagtttc tttgtgatag atatcgtcga actcaaactc tttcatctcg
     2401 taggccgcag tgaggatgcc gccagctatc attttctgca atacggaacc ctccttgatc
     2461 ttaccctcct gaatacaacg atcaaaatcg gcaaggtaaa gtcccttttg cttcgataca
     2521 atctctttga tgggcacacc gccttcacta cagtgcgcca aaaacgcgtc tgtttgcctg
     2581 gggtcgatct gaaacaccgt ccgatgccac caatagctga catcctccag cgagcagggg
     2641 gcgtcaagaa aatcgggtaa aagctcttcg atttgctctt cggtcagctc gatagtcgtt
     2701 ttacagctat cggaaacacc cgtaggtggg ccaaacagta aatcctctgt aattgcctcg
     2761 ggcacgtccc aaggcacggg accgttttcg ttatactcaa tgatggccac gttgtcgtcg
     2821 tcgtccacca tgtaccaggc ggtggacatg gagtgcgtgg cgggatattc tttgtcaagt
     2881 agcatggggt ggggcggatt gtataaaacg attcttttga tctgctccgg ggagcctaaa
     2941 ggggcttgga agtttcttcc tggcaacccc caagcgcttg gaagtgcttg gaagtttctt
     3001 ccagacaacc cccaagagca tttaggtgct tggaagaaac ttccacggga ctaaaagcac
     3061 cgggggactc tctggaagaa acttccacgg ggctaaaagc accgggggac cctctggaag
     3121 aaacttccac gaggctaaaa gcgccgggag atcctctgga agaaacttcc acgaggctaa
     3181 aagcgccggg ggatcctctg gaagaaactt ccatgggact aaaagcactc ggagactccc
     3241 tgagaagaat cttttttggg agccccgagg ttcaggcatt gagtgtgcgg atgcgttcgg
     3301 ccacctcttc catgagccac ttgggcgtgg aggtggcgcc gcagacgccg acgctgtgga
     3361 cgtcaggcgg aagtggctcc gtgatctcgg ccgcatcgga gatgaatacg gagcgggggt
     3421 tggccagccg acattggtcg tagagcattt gcccgttgga gctttttttg ccggccacga
     3481 agtagacgta gtcgtgccgc gcggcgaagt cgcggatcgt ggagaggcgg ttggagactt
     3541 ggcggcagat ggtgtcgaag tagcggaagt ggacgcccgc ggcgaggtgc gaacggatca
     3601 gctcgaccgt ctggccgaat ccctcgagcg acttcgtggt ctgggagaag aggtagatgt
     3661 ctcgcgaaaa atcgaggcga gtcagggcct cctccgggtg ctcgatgacg atggccgtgc
     3721 cgtcggtctg gcccaccaga ccattgacct ccgcgtggcc tttttttccg tagatgacga
     3781 gctgtgcggg ggtgcctttg atctcgttgt agcagcggtg gatgcgccgc tggagctgga
     3841 ggacgacggg gcaggtggcg tcgatgatcc ggatgcggtg ctcgcgggcc aggcggtagg
     3901 tggagggcgg ctcgccatgc gcgcgaagaa ggacggtgcg cccctcgagc cgcgagaggt
     3961 cggcgtgctc aatggtgtgt aggccgatgg agcggaggcg gtcgacctcc aggctgttgt
     4021 ggacgatgtc gccgaggctg tacagctcgt ccgtctgcgt cagttcgcgc tcggcgctgc
     4081 ggatggcatt cacgacgccg aagcagaagc ccgaatcctg gtcgatggtt acgttcacca
     4141 taccttattc tccctccgtg gcctgccgaa agagctgcag cagacgttcg cgctgcccct
     4201 cgatcgtcag gtgggtgttg tctaactcga tggcgtcctc tgcgcggcgc agggggctct
     4261 cggcgcgctc catgtcgagg cggtcgcgct cgcgcacatt gcggagcacc tcctcgagcg
     4321 acacctccgt gcccttggcc ctcagctcat cgacacgtcg ctgggcccgc acctcgtccg
     4381 aggcggtgac aaaaaccttc agctcggccc gcggaaagac gacggtaccg atgtcgcgtc
     4441 cgtccatcac caatcctttt tcgcggccca tcgcctgctg ctgcgccacg agggcacggc
     4501 ggacaaaggg cagcgccgag acgcgactga ccagcgcaga cacctccatg ctacggattt
     4561 cggcctcgac gttctggccg ttgagatacg tctccgagcg tcccgtcgcg gggttcacgc
     4621 ggaaggtgat gtcgatctcg cccatgcgtt gttcgagtgt gggggcgatc gccccgtcgg
     4681 gcgtcagcag cgcgtgtctg agggcgtaaa gggtcacggc gcgatacatg gcgccggtat
     4741 ctatataggc atagccgacc tcacgggcca gctcgcgcgc catcgtgctc ttgccgcacg
     4801 acgacagacc atcaatggct acaattattt tctttgtcat agtgagttag ggggtacttt
     4861 ttctttgatt ctctttcctc gttgtcttct ttgattctct ccttcttgtc ttcttttctt
     4921 ccctgtcttc ttttcttccc ttgatggaag aaaagaaaca aaagaagatc aaggcctctg
     4981 ccgaggccgg ggaagcttgc cgggtaccag ggcaaacttc gctggcggcc gcagccgccc
     5041 cgctaccgag gcccgggaag tttgggccgg gtaccaggac aaacctcgct ggcggccgca
     5101 gccgccccgc taccgaggcc ggggaggtta gccgggacca agataaacct tgctggcggc
     5161 cgcagccgcc cctctaccga ggccggggaa gtttgggccg ggtacttctt ttccttgatg
     5221 ataattagcg gagagacttt agagagtggc gcagatgcaa ggcgtccgag accgaaggcg
     5281 aagggagtat acataagtat atgaccgagc ctgagtttgt cgaaggcaac gcagcagatg
     5341 cgctactata taaagtctct tatggattgt cgtcattgag cgatatcccc aaccccaaca
     5401 tcagcgacat cgccgagggg tgatagcgtg cagcggagat gctgacgtcg aaccgcgaga
     5461 cgtgtagccc cgcacccatc gagaatccgc cgagccgatt accgccgtcc ttgagccgca
     5521 tatccatggc ttctttgggg ttatagccca cgccaaccca aaagttgttc gagggtacga
     5581 agtcgacacc aaagacgagg tgcttggcca gcgtagcgac gaagctatcg tccacgttgc
     5641 gctccgtaag cgtctcgtcg acgtacttga acttccattg attgagatac atgcccgtga
     5701 ctgacaggcg tatcggggca tgggccatgc gcttggtaaa tcccagctgg atgtcccacg
     5761 gcaggcgact gcgacgcgaa tcgtaggcct tgagctgagc gccgatgttc ttcagcgcga
     5821 tgccgacgga gaggtctgca tcctcgtcga agtagctaag cccggcgtct gcggccagtc
     5881 cgaaggccga gtattcggcg atggcggagt agaggacctt catcgacaac ccaccccgcc
     5941 aacgatccga gaggtcgtag gaataggtgg cacttaggcc cgcgtcagag gccgagaagt
     6001 ggcccgagag gttgcgctgc gcatcggcct ccttcatgct cccgtagttg atgtacgaga
     6061 ggccgacggc ccacgcgccg cggtcgccgt gtgtgcgtgt atagatggcg ctaccgacgt
     6121 ggataccgcc gatgtagttc atatagctca gccccaccat gccgttcatc tcgcccccca
     6181 gcaacgcggg gttgtgaaag acgagggccg gatcggcctc cacgagcgag accgtgtgcc
     6241 cccccagtgc gccggcccgg gccgacatgg ggaaacgtaa aaagcggaac acttcgttgc
     6301 cctgctgagc cgcaaggcat gcgggaaaga ggcataaaag ccccatcaac cgtagaatct
     6361 tcatcttgtc tttgtctaaa atatcggtgg caaaaataga gcaaagcccc cggggcagcg
     6421 gtgggcctca cccttaacgg acaaaggcgc caggtatttc ctttcggggc tgaaaagagg
     6481 ggctcgggag gggcggtcga gggtcgttgg gtgaattatc gtgagacaac ggcgccaact
     6541 aaggatcaat ggaggcgttt ctttgagtaa tttttaccga tgaccagcca acggtgaaaa
     6601 ttactcaagg aaattccttc aaaagaggtc agttggagga atttactcgg agaaattcct
     6661 tcaaaagaga tcggttggag gaatttactc ggagaaattc cttcaaaaga gatcgattgg
     6721 aagaatttac tcgaagaaat tccttcaaaa gagatcggtt ggaagaattt actcggagaa
     6781 attccttcaa aagggatcgg ttggaggaat ttactctggg gaagcggccc ggcgagaggc
     6841 ctccctcccc ccagagcgaa cgtgcatggg ctataaatac agcaggctct cgttccccat
     6901 attgaagagc aggtcgacga tgctgaggtc gggctggaag ccgtgcttgc gcccaaagac
     6961 ttggtagtag ggttgcggcg gcggcaggtc ggggtgctcg gggcgtggct gacgcggcgt
     7021 gaaggcctcg cgcaggtcgt ccgtcactga ctccgggggc atgtacacgt cggtcaggct
     7081 gaccgtcgga ctgatgtcga gcagctcgca gacgagcgac tggagggcca tgttgtagtc
     7141 gatcagaaac gtgtaaggcc gctcataaaa cggtgcgaag tcgtcggcgt aatactcgaa
     7201 aaaggggctc atgccgtagg ccgaaaccag ggcttgccag tgcagatggc gccaccgacc
     7261 gtggtcggag atgcggatgt cgcgcgtggg cgccttgggg ttgtcaggcc gtacgacggg
     7321 cacagtgagc gcctgcacac cgccggcggt ggcgatcagg caacggttgc ggagcgtctg
     7381 tttcgggtag tgttcgcagg cctcgatgcg cacctcggtg gcgcggtgca tgaggcggta
     7441 gtaggggatg gggcctaagt aggcggtggg gaggagcatc tgtttgggtg caaaaaaaga
     7501 gagcgcccga acgctcatgt tcggacactc tcttctgctt ctatccggtt tctggaaaaa
     7561 actccgggtg tggggtcatg cctccgagac cacctcgaag gggatctcga ccgacacctc
     7621 cttgtggagt ctcaccgtgg cgttatacga gcctacttcc ttcactgcgt cttccttgat
     7681 acggatgatc ttacgatcga cctcgaagcc cagcttagcc agctcttctg cgatttggat
     7741 attcgtcacc gagccgaaga ttgtacccgt agagctggtc ttggcgccga tggtgagcga
     7801 tacgcccttc atcttttcgg ccagtgcctc ggcttcttcc ttgatcttgg caatcttgtg
     7861 agcgcgctgc ttgagcactt ctgcgagcac tttgcgggca gactctgagg cgatcacggc
     7921 cttcccctgc gggatcagaa agttgcgtcc gtaaccgtcc tttacgtgta cgatatcgtc
     7981 tttgtagccc aggttggcta cgtcttcttt caatataact tccatagttc tgtttcgctt
     8041 taacgggggt tatttcatca aatcggttac gtaaggcagc agggccaagt ggcgagcacg
     8101 cttaacggcc tgggccacgc gacgctgaaa cttcagcgag gtgccggtga tgcgtcgggg
     8161 caggatcttg ccttgctcgt tgaggaactt cttgaggaag tcgggatcct tgtaatcgat
     8221 gtatttgatt ccgcttttct tgaagcggca gtacttcttc ttcttgacgt ccttcgacat
     8281 cggggtcagg taccggagtt cagactggtt gttacctgcg ggggtgtttg tcgttgccat
     8341 gtggtttaat cctccttttt actggttgct ttctctgccg attctctctc tttcgatgcc
     8401 ttcaggccgc ggcgcttggc tgcgtactca gcggcgaact tgtcctgacg gaaggtcagg
     8461 aagcggatca cacgctcgtc acggcggaac tgcgtctcca gcacttccac ggcttctggt
     8521 acagccttga actcaagcag ccagtagaag cccgtcgtct tcttgtcgat cgggtaagcc
     8581 agcttcttca gcccccaatt ctcttcgttc acaatctctg ccttcactgt ccccagtgcg
     8641 gccttcacct tgtctaccgc ttcctttacc tgtgcttcag ataaaacggg agttaaaatg
     8701 aaaacggttt cgtaattgtt catatgtgta ttacttacgc ttaaaaaaat tcggccgcaa
     8761 agatagatat tcggcttacc tgcacaaccg tcagggtatt gtgccacaag atgaagccgc
     8821 tacggtagct ttgccgcccg tattatttct gacttatgca catcacccat tcttccctcc
     8881 gccacgtcct cgcatggatg acccttgcgc tttcagttca cgtttatgcc gacgaagtcg
     8941 ccgactctac ggcctctgtc ccaccctctg ccggtacctt atataaggta tcgttctccg
     9001 gcgccgccac cgacggcggc acacccttct ggatggccag ccacacgcac ggacggatgc
     9061 ccatagacat cgcccgtttc ggtggctaca tgcaggcagg cgtgcaacac acggggcggc
     9121 tcaccgaccg ttggcagtgg gaggcggcga tgagcctcgt agccgccaca ccacgcatcg
     9181 ggcgacacgt cttcgtcgag gaggcttacg ccgcgctctc ttaccacgac cgactcacac
     9241 tctccatcgg cagtcgcgcg tgggatggca acgccgcagc atctcgcccg accagccccg
     9301 acccgacgct aagcagcggc gacttacttc tctcgcccaa cgcacgcccc atccccgaga
     9361 tcacgctcta cacgccgcgt ctcatgaccg tcccgctgac aggcggatgg ctcgcggcag
     9421 gcggcgactt tgccgtggga cgatcgttcg acacagacta tctgcgcacc gccatcgccc
     9481 ccgagcgcca ctatgtgcag ggcgtactgt ggcaccgcaa agcgctctac ctccgcatcc
     9541 acgatcctcg ccctgcctcc cttccccttg ccttcacgat cggcatacgt cacatggcac
     9601 agtggggcgg cacatcgacc ttgcccaaga tgggccgtca gccgcagtcg ctgaaagact
     9661 ttgcgcgcat cgtcctcggg caatcgggcg gtagcgacgc caccgtctcg gatcagatca
     9721 acgtgctcgg caaccattac ggcacattcg atttccgcct cgactacacc ggcccacgct
     9781 tcgccatctc cgcctactac cagcatttct gggaggatcg ctccggcatc gagtggtaca
     9841 acgggctcga cggcctggcg ggaatttcca tcgacctgcc caccttccca cacgtgcgcc
     9901 gcatcgttgt ggagcacctc tcgacgatgg atcagagcgg ccccttccac ttcatccagt
     9961 atgaccacaa gaaatatccc ggctacggcg gcggcgcaga caactactac aacaacggtg
    10021 agtacaccac cggagcctcc tacttcggtc gcgccatcgg ctcaccgctc ctcctctcgc
    10081 ccgcctacaa cgccaaccgt tcgcccgcct tcctccacaa ccgcatccgc gcgtggcaca
    10141 tcggcgccga gggacgcatc gccggatctt ggggttggcg tgcccgcgtc actaccctcc
    10201 gcagcttcgg cacgccctac gcccccacgc tgaagccact caacgacacc tccctcagcc
    10261 tcgacatccg ttacctccta cccgacgctc acagcgcagc gccgtctggc tgggagttta
    10321 cggccacgct ggccctcgat cgcggtagcc tgatcggccc ccgaaccggc gtcggactga
    10381 ccgtcagccg ctgcggatgg atccggtggg ccggacgata ggtcatcgga actccggcca
    10441 gagcgccgaa gcgatcgtct cacgcgtacg gtcggccacc tgctgcatac gcgcaaactc
    10501 atcctcgccc tcggccaacg tcccgcaatc aatcggcgga tggatcacca tctccaatcg
    10561 gtgcggccag gccaaccaac ggccgatcgg caaaacgtga tacggcccat tgagcgtgat
    10621 cggcaccacg ggcagccccc ggtcgagcgc cacctgaaaa gcgcccttct tgaagcgtcc
    10681 catccgcccc gtcttcgacc gcgagccctc ggggaagacg gccagcgaga agccgtcctt
    10741 cagccgtcgc tcagcctccg caatgctgcg gcgtgctgcc cgcggcgacg aattatccac
    10801 gaaaatgaac cccgcggccc gacatgcata gcccaccagc ggaatgcgct ccagcccagc
    10861 cttcatcatc cacttgatcg ggaggccgat gaagccgtaa accagaaaaa tgtcgaacgc
    10921 cccctgatga ttggccgcga agacgtacga gcggccccgt tgcagatgtt cgcgcccccg
    10981 cacatgcacc ggcgaaagca ccaataggca tgtcagccgc gaccaaatca tgcccgggta
    11041 atacgagaaa acgcgctccc cacccagcag gcagcctacc gttgtcaaga gcgccgtcag
    11101 cgccgtcagc agcacaaaca gcggcagcgc gatcaggatg aaataaatgg gataaagcaa
    11161 tttagccatc gtttttgtca gtcttttctt gcaacaaaga tacgtccctt gccccgttcc
    11221 ctcgggcact ttttacagcg ccccgcgcat gcgatctgat ttttatccct tcttttgtgc
    11281 gtagaaatcg taatcaatca acagtaatag atcgaactat gggtgctttg aagtatttag
    11341 ggatcctgat cctcctcatc ggcgtcggcg ttttggctgc caccacggca ggcgacacga
    11401 gcagtaacac catgctcctc ctcgggctgg cattgatcat ctgcggctat ctggcgcaca
    11461 tcttcttcaa caagaacagt aagcgcatcg aatgaaaagc gggctctcgg gccctgcctc
    11521 tttaacgtct ttcgtgcatc ctccaccatc gcggtggggg atgctttttt ttgtccccaa
    11581 accccgcacg acgcgaacct ccaccccgct ccgtccccca aaaacgcacg ctatcggctt
    11641 cgcccggatc gtgatacccc taagcgttac gccatcggct tttcccgccc tcaggcaact
    11701 ctcaaaaacg aatgcgaagc gaatgtcatg gactttcaac cagatgtttt attcatagac
    11761 actatatcca aaagtgtttc caaagcgttt atccccttga cgggatctcc catgtatttt
    11821 atccctattt ctttctattg acgcctattc aaaaagttat ttcatcctgt ttggattcat
    11881 atccttatgt agaaatagct cgaaacctcg tttatgatca aaaaaagcta tctaagagat
    11941 atatcatgct atctatgaca aaaacgagct gaataaaatg tttggaaaat tatatcgatc
    12001 atagacaagg aataaaatgc gatatacagc ttgtttatgt cacaatcaat atataaaaag
    12061 gatttacatg cttattttga tcgcatacgg tatgtgtaaa ttattctata agccgtttgt
    12121 ttgatagata ggacctataa aatagaaata aagatgtatg ttgtaaagac ggatcgaata
    12181 atattttaga ctcactgttt atgatcaaaa caatagatag aagtttttgg atagtatgtc
    12241 tatgaataaa acaacacctt gaagaatcat agtttcagcc cttgagccgt ttttggggct
    12301 atcacggcgg gggtgaaacc gattgcgcgc gtttttcgga gggagaggcg aatggggaag
    12361 gccgtcgcct cgatcaatgg gagattcggg tcggcggcta cctttgccgc ccgatttttt
    12421 taaggtatac gatgaacgaa aagatgaagg gagagacgaa aaagttgtat gtggagacgt
    12481 acgggtgcca aatgaatgtg gcggacacgg aggtggtagc gtcggtgatg caaaccgatg
    12541 gctacgagct gacggccaac ctggaggagg cggacgcggt gttcgtgaac acgtgttcgg
    12601 tgcgcgacaa tgcggaacaa cgggtggtga gccgactgca atatttccgg tcgctgaaac
    12661 gcgggggacg gccgcggctg atcgtcggtg tgctgggttg catggccgag cgagccaagg
    12721 aggagctggt cgagaagcat ggcgtggacc tggtggcggg gccggattcg tacatggacc
    12781 tgccgaacct cgtgggggcg gtggagcgcg gcgagaaagc tgtcaatgtg tcactctcga
    12841 cggaggaaac gtatcgcgac gtgaagccat tgaagatggc cggggtgcat gtgacggggt
    12901 ttgtttcgat catgcggggg tgcaacaact tctgttcgta ctgcattgtg ccctacacgc
    12961 gggggcggga gcggagccgc gatgtgggca gcatcctgtc cgaaatcgag gatatgcggg
    13021 cgaagggata ccgcgatgtg acgctgttgg ggcagaacgt gaactcgtat ctctatcggt
    13081 cggcggaggg cgaggaagtg agcttcgcgc ggctgctgga gcgggctgcg gaggcggctc
    13141 cggacgtcag gatccgcttc atgacgtcgc acccgaagga catgagcgac gagatgctgc
    13201 acgtgatggc ggcacaccgg aacatctgca aatacatcca cttgccggcg cagtcgggca
    13261 gctcgcggat gctggcggtg atgaagcggg gctacacccg ggagtggtat ctggaccgga
    13321 tagcggccat tcggcggatc ctgcccgggt gtgccatttc gacagatctc ttttgcggtt
    13381 tccactccga gacggaggcg gatcaccagg agacgctctc gctgatgcgt gaagtgggct
    13441 acgattcggc cttcatgttc aagtactcgg agcggccggg gacgtatgcg gcgcgacacc
    13501 tcgaggacga cgtgccggag gaggtgaagg tgcggcggct ccaggagatg attgcgctgc
    13561 agaacgagct ctcggaggcg agcaatcggc gggatgtggg gcgtcgattt gagattctgg
    13621 tcgagggctt ctcgaagcgt tctcgggagc ggatgtacgg gaaaacggag cacaataagg
    13681 tggttgtttt cgatcgcggc gggcatcgga tcggggactt tgtgcgggtc gaggtcgagg
    13741 aggccacgtc ggccacgctg ctgggtcggg aggtgttcga ttgacgcctc gaagtcggct
    13801 tgagaggtgt tttggaggct gttaaatatc acaaaggggg cgagcgggcc gtggattagc
    13861 ctttcttttg cgcgctcatc atcatcccca tccccgcgcg catcgcatgg cctataaaaa
    13921 atccggttcg gcatcctttt tcagctcacg tttgacctcc gtcatcagca tcgcattggc
    13981 gctgtacatg acgggcgttt tttttgtgtt tgggcttttg agccgtgggc tgtcggtgta
    14041 catgaaggag aacctggcgt tctcagtcgt actgaaggac gacctgcgcg aatcggacat
    14101 tcgccgcatg caggattacc tcgaggcgca gccgttcgtg cgctccacgg agtacgtctc
    14161 gaaggctgag gcggcggagg agatgaaggc cgagctggga gaggatccgg aggtgttttt
    14221 aggctacaac ccgtttcatg cttcgatcgg cgtgacgctg aagtcggaat atgcgaacgc
    14281 ggagaatctc cgagagattg agaagaaact gacggctgat gtgcgcgtga tggagctggc
    14341 ctatcgcaag gacatcatgc agacagtgaa cgacaatatc cggcgcatcg ggctagtgct
    14401 ggcactgctg atcgcgctgc tcatggtgat ctcgttcgta ctgatcagca acacgatccg
    14461 actcctgatt tactcgaaac gttttctgat ttacaccatg cgactggtgg gcgccacgcc
    14521 ggaattcatc cggcgaccgt tcatccacag cgccgtagtg aacggtgcgg tggcgggtgg
    14581 gctggccgac atgttgctgg cgctgacggc tgtctatcta cagaacgaac tgagcggact
    14641 ggaccgtatc ctgcccgtgg gtggggtcgt gacggtgtgc ctcgtgctgc cattgctggg
    14701 cgtggcgctg tcggtcggtg cggcgtattt ttctgtgaac cgctacctat atatggagcg
    14761 ggggcagctg tattcggtgt agctcggagt cgagtcaggg gagagtgaga agtagcggac
    14821 ggcaatacct attatatgtg tgatttgaat catggataaa gaagataaga tgaaagattt
    14881 tgcgttgggg aaactcaact ttatgctgat cggggccgcg gtggtactga tcgctgtggg
    14941 ctttatgctg atgagcggtg gcggatcgac ggacggcgtg tcgttcaatc ctgcgatctt
    15001 tagcaaacaa cggatctcgg tggcaccgat cgtgacgatg gccggattta tactgatggt
    15061 cttcggtatt ttggtgggcg accgtaagac ggcgtcggac aaggatcaga cggaggcatg
    15121 aacgaggcgg aagcgattgt gctgggcctg atccaaggcc tgacagagtt tctgcccgtc
    15181 agcagcagcg gccacttgac gatagcgggc acgctgttcg gcatgaatag cgggaaggag
    15241 atgctggcct tcacgacgct gctccatgtg gctacggtat tcagcacgtt ggtcgtgctg
    15301 cgtagcgaga tcggtgagct gatccgcgga ctgtttgctt ttcggcgaaa cgacgagaca
    15361 gcgatggtcg gtaagctgtt gctgtcggcc gtaccagtgg gcattgtagg gctgtttttt
    15421 cgcgactggg tggaggctgt gtttggcgaa ggattgctcg tcgtgggctg catgttgttg
    15481 ctgacggcgt tgctactcgg cttggcatcg ttcataaagc cacggatgga gaagcctgag
    15541 atctcgtatc gcgacgcatt cgtgatcggc gtggcgcaag cctgtgccgt gatgcccgga
    15601 ctgtcacggt cggggacgac cattgcgacg ggtctggtgc tgggcaacaa gcgtgaggcg
    15661 gtggccaagt tctcgtttct gatggtgctg atccctgtgc tcggtgaggc cctgctggac
    15721 gtcgtgaaaa tcctcaaggc gggatcgacc gaggcggctt tcggtggcat ttcaccggcg
    15781 gcgatggtgc tcggtttcct ggccgcattc gtgacgggcg tcatggcctg ccgatggatg
    15841 atcggcgtgg tgaagcgcgg ccgactgatc tatttcgcca tctattgtgt catagccgga
    15901 gcggtggcca tcgtttattc gctgctgtga tggactttct gaagggggag atcgtaggct
    15961 tcgacaagcc gctggactgg acgtcgtttg acgtggtcaa caagtttcgc tatgccctct
    16021 ctcgacgcct cagcgtgaag aagatcaagg tggggcatgc tgggacgctc gacccgaagg
    16081 ccacgggcgt cttggtgctc tgcacgggcg gcgctacgaa gcgcatcgag gagctgcaaa
    16141 gtcacacgaa ggaatacatc gccacactgc aactgggtgc caccacgccc tcgttcgact
    16201 tagagaagcc tatcgatgcc acgtacgcca cagaccacat cacccgcgag atggtggagg
    16261 aagtactcac ggcgttcacg ggcgaaatcc gacaggtgcc ccccacattc tcagcctgca
    16321 aagtggacgg gaaacgagcc tacgacttag ctcgtcgtgg caaggacgtg gagctggagg
    16381 cgaggccaat cgtcatcagc gagatggagc tgctggactg ccagttgccg ggcatgatcc
    16441 gcatccgctg cgtatgcagc aaaggcacct acatgcgagc cttggcgcgc gacatcggcg
    16501 aggcgctcca gtcgggcgcc cacctcatcg aactacaacg tacacgcagc ggcgacatga
    16561 cgctcgatcg ctgcatcacc ccggaccaga tcggggattt cttagaccgt gccctcggcg
    16621 cgacgcattc aacacgtatt taatcactga ccaaataccc tttttacgcc acatgaaact
    16681 ttcgagatac aaattcaccc tccccccaga actgatcgcc acacaccccg cgccctaccg
    16741 cgacgagtcg cgcctcatgg tggtgcaccg cgacacgggt aagatcgaac atcgggtctt
    16801 caaagacctg gtcaaatact tcggcgccgg cgacgtgttt gtgatgaaca acacgcgcgt
    16861 cttccccgct cgcctctatg gaaacaagga gaaaaccggc gcacggatcg aggtcttcct
    16921 gctgcgcgag ctgaacgaga gcctgcgcct gtgggacgtg ctggtcgacc ctgcgcgtaa
    16981 gatccgtatc ggcaacaagc tctatttcgg caaggacgag aacatggagg atctcgtggc
    17041 cgaggtgatc gacaacacca cctcgcgcgg acgtacgctg cgcttcctct gcgaaggcga
    17101 ccacgatgcc ttcaaaaaga aactctatga actgggcgag acgccgattc cgaaatacat
    17161 gaaccgcgag gccgaggagg aagacaagga gcgctaccag accatctacg ccaccgaaga
    17221 gggcgccgtc gtagcccccg ctgccggact ccacttcagc cgcgagctga tgcgccgact
    17281 cgagatcaag gacagccgct tcgtctacct caccgtccac tctgggctgg gcatctatcg
    17341 cgaaatcgac gtcgaggatc tctccaaaca caagatcgac tccgagcaga tgatcatcgg
    17401 tcgcgagacg atcgacgccg tcaatacggc catcgacacc aaccatcgcg tctgcgccgt
    17461 cggcacctcc gtcatgcgcg ccatcgagac ggccgtcggt acggacgggc acctcaagga
    17521 gtttgacggc tggacgaaca agttcatctt catcccctac gagttctcca ttgccaactc
    17581 gatgatcacc aacttccatc agccttactc cacgctgctg ctgatgacgg ccgccttcgc
    17641 gggctatgag ctgacgatgg aagcctacga catcgccatc aaggagaaat atcgcttctg
    17701 cgcttatggc gacgcgatgc ttatcctgta agtagaggat agaggataga gggtagaggg
    17761 tagagattag agggtagagg gtagagggta gaagcaaaac gaaagagagc gtaaagcata
    17821 aaaactcgac cattcgactc caccctctat cctctaatct ctatccatct ctaatctcta
    17881 tcctctaccc tctaatctct accctctaat ctctaccctc taatctctac cctctattaa
    17941 catgtctgac gtctacctca gcctcggttc taatttaggc gaccggcacc gactgatcac
    18001 atcggcgatc gcgctactgg ccgaacgcac cggcgagatt gtcgccgtgt cacgttgcta
    18061 tgagaccgcg ccgtggggtt tccaatcgcc gcaccccttc ctcaacgtcg ccctcagcct
    18121 ccgcaccgac ctcgcccccc tacccttgct cgacctgacg caacagattg agcgcgagct
    18181 gggccgcacc gtcaaatcct cgcccggagg cacctacgcc gatcgtccga tcgacatcga
    18241 cctcatcttc tatgccgaca cctgtctcga cacgccccgc ctaaccctgc cccaccgact
    18301 gatgcacctg cgacgcttcg tcctcgagcc gctcgcagag attgccccta cgatcgtcca
    18361 ccccacgctc ggtcgcacag tcagcgaact gctggagcag tgcccggagt gatcccctga
    18421 ggggggcgta aacctccgtt caccccttgc gcaggccggc gcagtgtgtg atacgagtgt
    18481 gcaacacctg cgcaggcctt tcacagtgtg cagcgtgacc atgcaacacc tgcacaggcc
    18541 ttccacagtg tgcgaaatga ctatgcaaca cctgtacagt cctttcacag tgtgcgaaat
    18601 gactatgcaa cacctgcgca ggcctttcac agtgtgcagc gagactatgc aacacctgca
    18661 cagcatcgtc gcagtgtgcg gcgtgactat gcaacacttg ctcgaccttt tcacagggtg
    18721 taaaacgacc atacatccct tgcgcaccct tttcacaggg tgcagcgtga ccatgcaaca
    18781 cttgcaggga gtcttgcaag cattttcccc ccaagcgatg gaggcgtgag gcacgccttt
    18841 atggtgcacc ctgagaggcg ccttatgagc aaaggccctt tctggctgcg caccggcgag
    18901 gccttacctt tgcggccatg atgagaaaac tacgcaacat cctgctcaca ctgctgctgc
    18961 tcgccatcgt ggcgctcacc gcaggcagct tcttcttgct caaccatgcc ctccgaccgg
    19021 ccgacaataa ggggcgcgac acggagggat cgtacgccta catgttccag acttacccct
    19081 tcctgcggcc ttgggtagac agcctccgcc gtgcgggtgc cctgcgcgac acgttcatca
    19141 ctgccgacga tggcgttcgt ctgcatgccc tctacgcccg cgccacacgg cccacgcgcc
    19201 gatcggccgt catcgtccac ggctacaagg actgcgccgt gcgtatgctc atgatcggct
    19261 atctctatca ccacgacctg ggcttcaaca tcctcctgcc cgacctctac ggcgccggtc
    19321 aaagcggtgg cgattacatc cgtatgggtt ggctcgaccg ctacgacgtg atccgttgga
    19381 cgagcgtcgc cgacgagctc ttcggccccg aggccacgat cgccgtgcac ggcatatcga
    19441 tgggtgcagc cacgacgatg atggtggccg gcgaaaagca gcaggcggac gtgcgatgct
    19501 tcgtcgaaga ctgtggctac accagcgtct gggacgagtt tgccaaggag ctgcgcgcgc
    19561 agtatggcct gcccgagatg cccctgctct acaccaccag catgctctgc cgcgctcgtt
    19621 acgggtggga cttcctgcag gcctcgtcgc tggcgcaagt ggccgcttcg gagctaccca
    19681 tcttcttcat ccacggcgag gcagatgact atgtgcccac cgaaatggtt caccccctct
    19741 acgaagccaa acgccgtggc ggccgcgagc tctggatcgc ccccgggtca gcccacgccc
    19801 tctcctatca cgatcaccgc gctgaataca ccgcccgcgt ccgcgccttc gtccggcggt
    19861 atatgtgagc ccgactcccg ctatactttt tcaatccttt agccgttatg aggggacacg
    19921 taaccaatct cttgagaggg cttcacagcc taaacagaag caaccgtaca cctctcaaat
    19981 acgtttacat gtaaatgata tatcgctcga ttatgaatac gactctcacg aaatccgctg
    20041 cgtctattcg gatcaactcc ggagtgctga agcagctgaa agaagaagcc aagaaagaag
    20101 acaagagcct aagcagctat ctggagacct tgctttacga gatgggatac aggccctata
    20161 acgaagagac cgtgcaagcc tgtcgggaag ccagagaggg taaaatagcc ggcgtcgttg
    20221 atacaaccag tcgagagaca atcgaagcct tgctgttcgg agatgaatct ccctattaag
    20281 aaccacccat agacatatga tcgaatacat caaaggagaa atcgtagaac tgcaacccgc
    20341 actgatgatc atggagtgcg gcggcgtggg ctacgaactc aatatctcac tgaccaccta
    20401 cagcaccttc gacggtctcc gcgagggcaa gatctacgtc cacgaagtga tccgtgaaga
    20461 cgcccacctg ctttacggct ttgccagccg cgaagagcgc gagctcttcc tgctgctcac
    20521 atccgtctcc ggcgtcgggc cgaacaccgc gcgcatgatc ctctcgtcct tcaagccctc
    20581 ggacctgatc gacatcatcg cttctggcga cgacgccaca ctgaccaccg tcaaaggcat
    20641 cggcaacaag acagcccagc gcatcgttgt cgacctcaag agtaaggtgc gccccgtggc
    20701 aggactcgac gaacggcgtg ctgcagcctc gcgagggtca cagacagaca cgtccgaaga
    20761 ggccgtggcg gcgctcgtca tgctgggttt ccagaaaaac gcctcgcaaa aagccgtcga
    20821 gaaactcctc aaggaggatc ccaacatgcc cgtcgaacag atcgtacgca gtgccctgaa
    20881 agtactctga tcgccttgac gcatcgtttc ccgtcactat tccccatccg tatgaaaaca
    20941 ggttgcccct atcgttctac ccttctcctt gcactcttct tcgccatact ctggttcgga
    21001 gggcgcgccg cagcgcaggc tccggctgac tccgcgcgca aggactccgt ccccccgacc
    21061 atcgctacgc tgggcaagcc acgcttcccc gtagcacgca ccgctcccct cttctaccgc
    21121 gacctgacac agcccatgcc tgccgacctc cacaacccag acaatctgca aaccaccgtt
    21181 gagtacgaca tcctcacgaa ccggtatatc gtccgtacac gcgtgggcga catggagctc
    21241 ggcacaccca tcaccatgac tcccgagcaa taccagcagt acagcatgca acagtcgatg
    21301 aaggcctatt atcgccagag aaacgacgag aacttccgac aggcaagcgg cgaaaagctg
    21361 aacttgatgg acatgcgctt caacatcggt gccgccgatc gggtgtttgg ccccggaggt
    21421 atacgtgtca agtcgcaggg gacggcggag atgaaggtgg gcatgaagtc cagtggcacg
    21481 aagaacccca ccctgcctga acgatcgcgc aaccatacct tcttcaactt cgacaacaac
    21541 gtacagctca acatgcaggc ctccgtcggc acgaaggtca atttcgggct gaactacaac
    21601 acccaatcct cgttcgagtt cgacgcttca cgcttgaatc tagcctacac gggcgacgaa
    21661 gacgagatca tcaagaacat cgaggccggt aacgtgagcc tgaacacggg caactcactc
    21721 attcgtggtg gggcggctct gttcggcatt aagacggagc tacagtttgg caaactgcgc
    21781 gtcaacgccc tcttggccca acagaactcc gagtcgcgta ccatcacctc gcaggggggc
    21841 gtacagacga cggacttcga gatcaacatc gacaactatg acgaaaaccg ccacttcttc
    21901 ctggggcatt tcttccgtga ccgctatgac gaggccatgg ccaagttgcc cctcgtggcg
    21961 tcgagtgcca agatcaccaa gatagaggta tgggtgacca accgccgtgg caattacaat
    22021 gaggcgcgag acattgtcgc cttctccgac ctcggtgaga acgtccatat cggtaacacg
    22081 gccgaggtgc aggcttcggg tacggtgcgg atgacccaca acgaggccaa cacgctctac
    22141 tcccgcgtca acgccttgac cgatgcgcgc agcattgacc gcgtcaacgg ggcactgagc
    22201 ttcttggagg acgggcgcga ctatgagaag atcggtagcg cacgcctact cagcccctcc
    22261 gaatattcgc ttaacgaggc cttagggtat atctccctct cgaccgcctt gcaaccggac
    22321 gagagtttag cggtggcctt tgagtacacc tatggcgggc agacgtttaa ggtgggagag
    22381 atttcgaccg acaatacgaa taacaccagt ggatgcctct tcgtcaagct gatcaagggt
    22441 atcaatgagg ctccgggcat gccattctgg gatctgatga tgaagaatgt ctactccctc
    22501 gaggcattct ccgtgcagaa ggaccgcttc aaactggata ttgtctacca gagcgacacg
    22561 gtcggcactt acgtctacag catccaagag ggaaatatcg ccgggcggac cttgctgcag
    22621 gtgatgaacc tcgaccgcct cgacgtcaac aatgagccct atccgaacgg ttcgttcgac
    22681 ttcgtggagg gctacaccat ccaacccgcc aacggacgca tattcttccc cgtcgtggag
    22741 ccctttggac ggcacctccg gaaggccatc ggtaacaacg ccattgccga tcggtacgtg
    22801 tttcaggaac tctatgactc caccaagacc gtcgcccaac agattgcaga gaagaacaag
    22861 ttcaagctac gtggcaagta ccgtgcgtca tcggcatcgg acatcaacct gggttcgacc
    22921 aacgtggccc gcggatctgt tgtcgtcacc gccgggggcg ttcgactgac cgagaatgtg
    22981 gactacgtcg tggactacgc ttccggtatc gtcagtatca tcaatgagag cgtgctggcc
    23041 aatcgcagtt ccatcagtgt atcgttagag aaccagtccg tctacagcat gcaacgcaaa
    23101 acgatgatgg gcctcgacct gaactatgag ttctcgaagc acttttcagc cggagccacc
    23161 gtgatgcacc tctccgaaat gcccctcacc acaaaaaccg ccatgggcga ggagtcgatc
    23221 aacaacaccc tttggggggc caatctggcc tacaagggag aaagtcagtg gttgacgaac
    23281 gtagtggaca agctcccgct cttgaacctc acccagccca gccagatctc cctcaatgcg
    23341 gagttcgctc acctcatcgc cggacactac cagaacgaga acacgggtcg ctattcctac
    23401 ctcgacgact tcgagtccac ccgaaacagc atcgacttac tgaaccccta cctctggtcg
    23461 ctggccagca caccttacga taacggcgcc gcagcgaaat tccccgaggc ctcactcgtc
    23521 aataatgtcg agtatggcaa gaaccgcgcg ctctttgctt ggtattacat cgacggactc
    23581 tttactcgcc gcaactcgag cctccgtccg aagtatctta cggacaagga catctcgaac
    23641 cactatgtcc gtccgatcga gtattccgag atctatccca acaaggattt ggcatacaac
    23701 gagaccaaca tgcttaacac cctcaacctg gcctattacc cgaccgagcg aggcccctac
    23761 aacctggacg tagatggcat gaacgccgat ggcaccttag cgaatccgca gcgccgttgg
    23821 ggtggcatga tgcgacgact ggaccacacg gacttcgagg cttccaatat tgagtacgtc
    23881 gagttttgga tgatggatcc cttcatctat aaccgggaga caaccaaggg gggcgacctc
    23941 tacttacatc tcggcgacgt atcggaagac atactgaggg acggcaagaa gttcttcgag
    24001 aatggtctgc ccgtcaacgg caacctgagc caggttgaca cgaacgtctg gggtcggata
    24061 ccccgacagc agagcactgt ctatgccttt gacaacacga caggtgcacg ccgtgtacag
    24121 gacgtaggcc tcaacggtct ctcctccacc gaggagcgca ccttccccac gtacaagaat
    24181 tatgtggaac ggctgcgcgc caaggtctcg gccgacacat ggatgcgatg ggagcacgac
    24241 cccttctcac ccgtcaatga ccctgcgggc gacgactacc attacttccg cggttcggat
    24301 tacgaccgtg atcaggtaga tatcctcacc cgatacaagc attacaacgg cacggagggc
    24361 aactccaccg cctcggaaga ttctccggag agttacgaca tctcatccaa gaccaacccc
    24421 gatgtggaag acatcaacgg agacaacacc atgagcgact tggagcgcta ttatgagtat
    24481 cgtgtctcga tccgccctaa ggacatggtc gtggggcaga accatatcgt caacgagcga
    24541 cgcgtccgcg ttcgcctgcc taatggtgac acgacgtccg tcacctggta ccagttcaag
    24601 gtaccggtca aggagtacct ccgccgcgtg ggcaccattc aggggtacaa gagtatccgc
    24661 ttcatgcgcc tttacatgac tgacttttac gagaccacca tcctacgtct gggcaccttc
    24721 gacctcgttc gtggtgactg gcgcacctac ctccagagcc tggcacctat cggcgcgccc
    24781 ccgtcagtga acggcaccct cgacgtcact tccgtcaaca tagaggagaa tggcgaccgc
    24841 gagccggtca actatatcct gcccccgggc gttacccgaa tgaccgaccc cagccagccg
    24901 cagatcaggc agcaaaacga gcaggccctc tcgctgaagg tcaccaatct ggcctcgcaa
    24961 gacgcacgcg ccatctacaa gagtaccaaa tacgacatgc gtcgctacaa gcgcctccag
    25021 ctcttcgttc acgccgagcg attgatcaac gacgtcacca gcctggccaa tggcgagctg
    25081 tccgtgttca tccgactcgg atcggactac aagaacaact actacgagta tgaggtaccc
    25141 ctcaccctca cccctgccgg acgatacaat agcagcagcg aggccgaccg ctccaccgtt
    25201 tggccggaaa gcaatatgat cgacttccca accgatgtgc ttaccaatct gaagaataag
    25261 cgcaaccgag ccaagcgtga gggtcgtgcg ggggtatcgt ttgccacggt ctattccgag
    25321 atggatccgc agcggcagat gaataaggtg agcgtggtgg gcaacccttc gctcgctgag
    25381 gtgcgcacga ttatgatcgg cgtccgcaac aacgctaaag acctcaagag cggcgaggtc
    25441 tgggtcaacg agcttcgctt gaccgacttc gacgagcgag gcggatgggc cgccaatggc
    25501 tcgctcagtg tggccctctc ggacctcgga acgattcagg ctgccgggcg gatcacgaca
    25561 gccggattcg ggcagatcga ccaatccatc ggcgagcgca gcatggataa ctacacccag
    25621 tatgccgtct ctacctccct ccagctcggc aagttcttcc ccgaaaaggc tcaggtgaac
    25681 ctgccgcttt actatgccta ttcgcgtgag actatctcgc cggaatacaa cccgttagac
    25741 ggcgacgtcc acctccgcga tgcccttgac gccgccgtaa ccacggccca aaaggactcc
    25801 atccgcaacc tcacgcagca gagggtcacc accaagagcg tcgccctttc gaacgcgcac
    25861 gtgaacatcc aaagcaagac acctatgcct tacgacccgt cgaacttctc cttcggctac
    25921 gcctataacg agcgcgaacg gaaagaccca gagacggtct atgagactac gaaaaattat
    25981 cagggcaacc tcagctacat ctatacgccc tacatccgac ccttccagcc cttcgagaag
    26041 ctgcagaaga gcaatggcta tacccgctat atcaagcaac tggccttcaa ttacctcccc
    26101 tccaccatca ccttccagac caccatgctc cgcaactaca acgagcttca gctccgcgac
    26161 atggaccacc tggacgacgc agcctccgcg accaccctgc cggtctcctt cagcggccaa
    26221 ttcacctggg atcgcagctt cagcatccga tggagtcccc tgacgaacct caccgccgat
    26281 ttctccgccg gaactaacgc ccgtatcgag gagccgcacg tgcaggtcaa caagaagctc
    26341 aaccgctcgg actatgagct ctggaaggac tccgtcaagc gcagcatcgc cgaccttggc
    26401 acgccccagc tctacgacca aaccctgaac gtctcctaca gcctgcccct gcaatacatc
    26461 ccggtgctcg actgggtggc agctaacatg acctacaatg cgcagtacaa ctgggagagc
    26521 ggctctcgcg ttgaccagac caccaagacc ggtaacacga tcaagaacca gcgccaaatg
    26581 aattataccg ccggcctcaa cctgcaaggc ctttacaaca agagttcgtt cctcaagacc
    26641 gtgaaccaga aatacggcgc tctggccgat gcgcagcgca gcgagggatc ccgccgacgt
    26701 cgcgtgaagc agaattatga ggccaccatc cggctcagcc ctgacagtgg cacaatcgta
    26761 tcgcacagcc tgatgacgaa gaagttagcc cgcgtcacgg cgcggcgaac cgacgacagc
    26821 tcgcgctaca acatcacgta caaggtgatc gacttcgccc gcatccgcat tacgaatcgg
    26881 gactcggtgg agctacgcat cgtcgtcgtc cctgccccgc ccaaagagga aacgcccgct
    26941 tacaagggtc tggagtacgc cgcacgcttc ctgatgatgg tgcgccgcgt caacctacag
    27001 ttctcgcaga cggatggcat gaaggtggac ggcttccagc ctcagattgg cgactggatc
    27061 gggcaagcct ccacggccta cggtcgggca cccggatggg gttttgcttt tggcgacgtc
    27121 cgcgagagct atgtccggga ggcttacgac cgccactggc tgatgacaga aagcgagcag
    27181 aactatctgg cccagatcaa tagcagccgc accttgaccg gatcggccac catcgaaccc
    27241 gccgtgggca tgaagatcga gctcaacatc aatcgagtgg actcccgcga cgcggagatt
    27301 cagtatctct attccggcat gcccaccatg caccgaggca ccttcacgat gaccacctcc
    27361 acgatcggta gcgcctttgc cagcctcggc agcgccacca atggctacga gtccggaccc
    27421 ttccgacgtt tcgtggagaa ccgtgccatc gtagcctcgc gcatcgagcg tgagtacgcc
    27481 ggggccacct atcccagcga aggcttcctg gcccagtccg aactggccgg taaggcccac
    27541 aacgcgacaa aaagccccgt cagtcagaac gcgtccgacg tactcatccc cgccttcctg
    27601 gccgcataca ccggccgcag cgcatcccgc acggccctga ccgccttccc ctccatgctc
    27661 agcctactgc ccaactggcg cctctcgtac gacggactcg tgcagatccc cttcatccgt
    27721 cgccacttca agaccatgac cctcagccat cagtatcgct gcgtctacac cgtcggcacc
    27781 taccagtcac acctatcctg ggtcggcatc ggtcgcggcg accgcggtta catcaaagac
    27841 gcctcgggcg accctcgccc gtcatcgccg tatgacatag cgtcggtcag catcactgag
    27901 gctttctcgc ccctcatcgg aattgacgcc atgttcctca acaacgtcac ggccggtctg
    27961 aagtaccaaa agacgcgcaa cctgaacctg aacatcacct cttatcaagt cgtcgagacc
    28021 cacagtgggg agttcacggt gagtttaggc tacaaatacg ccgagttcaa taaggtgttg
    28081 aagatgcgca agaaaggtga cttcagtaac gacctcatgc tccggttcga ctacagccgc
    28141 cgccgcacgc agtcactgat ccgtaagatc gagaatgcct atacgcagct gaccgccggt
    28201 acgatgaccc aaagcctaca gttctctgcc gactatgcct tcagccgtgc cgtcaccgtc
    28261 cgagcctact acgatctcca gatcaatacg ccgctcatct cgaacaactc ctacccgacc
    28321 tccaatgctg actatggcat cagcctccgc ttctctctgg cgcaatagtg gtccgcgcgg
    28381 cggctactaa aggtcaaggc cccgcggcca accgtcccac agacgacacc atccaatgaa
    28441 ccccggctca gtcggggttc atttttttgt gctctatgtt gaagctcgac agcccggcgg
    28501 tcgatgtttt tcgtccgaat gggtagggcg caaaagaata cgccctccct ggcggccccg
    28561 ttaaggggac gaacacccgt accgggtttt atcgatggtt attttaggac aaccgcccgg
    28621 gccctatcgt gcccgtttgg agggcgtatg cttttgcgcc ctaccctgac ggtcgattgt
    28681 tttcatccga aggggtaggg gcgtattgca tacgccccat aaaacgtccc cgtcaagggg
    28741 acgaatgcgg gtgcccggtt atttcgcagg gtgatttgtt
//
LOCUS       SEQF2634|AYYE01001258.149286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(3054..3581)
                     /locus_tag="SEQF2634_02226"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKRISGRTFAMALAATTFFAAPSHDAWASSPDASGRNGEASL
                     RAPLSSPAAVDGDLLGTWTINRVKVKKTVDGVSSERTYSAGQKVESFNESPKRVTFSA
                     DGNSVFEYENGKTDGPFEYTVEGNQIKRMIMVAVLTYDYKVTPSGELQLVTTVSYARD
                     SHSIDEEYTYYGTKR"
     CDS             4333..5277
                     /locus_tag="SEQF2634_02227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENSKDLPWVEKIEPSNSKNFTLSLHVEYQNEQYARVKAFDQT
                     KLKLPAGLMAAWDGRREKEIQVNKTVTESAYTKRLEEADKKRDKVLTFLFTSVRSQRL
                     SPTEAVAEAAERIARTLKPYGGSQIAAFDEETANIRGLLEDLSKQTTDVTALGLTDAV
                     TRLGALNTEFINLRAERRVESPEGDLPNSRVVRAETDAAYETVCCYIEAAFLYAATDE
                     DRKAIANLIKELNKTTAAYKTTHRMKAAQRKPKDPKDPKLPKEPKPNTPKPDDKPDIK
                     HPEEGPKKPDPKKPEEGGGKKPEGGGTGGDPDIRLPEE"
     CDS             complement(5455..7611)
                     /gene="mutB"
                     /locus_tag="SEQF2634_02228"
                     /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(7624..9489)
                     /gene="mutA"
                     /locus_tag="SEQF2634_02229"
                     /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
                     NLNDAGSYITQELGYALAWGNDLIAKLSEAGLPAEKVAKKIKFNFGISSNYFLEMAKF
                     RAARWLWAEIVKAYNPSCDCACKIRVHARSSMWNMTVFDAYVNLLRTQTETMSAAIAG
                     VDSITVLPYDSVFKTPDEFSERIARNQQLLLKEECHFDKVVDPAAGSYYVEVLTQSMA
                     DAAWKLFLEVEDKGGFAAVANTGEVQKAINESNKARKKLVATRRISLLGTNIFPNFTE
                     MSGDKIEKKEEGTGHGCGCSKDASIEKLDFSRGASEFETLRLATEHSGKRPKVFMLTI
                     GNLAMRLARSQFSSNFFACAGYEIIDNLGFETVEAGVKAAREKKADIIVLCSSDDEYA
                     VHAPEAFKLIDGKELFVVAGAPACMEELKAAGIEHFIHVKSNVLETLQMFNAKLL"
     CDS             complement(9569..10564)
                     /locus_tag="SEQF2634_02230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIPLHIERILLVNDCVIIPDFGGFILRRHAAVHKTRECAFLP
                     ARKEIVFNPTLTHNDGLLAESYMEMYGMDFNEAQQAIRHDVSALLTQLDEEGILRLDA
                     IGTLRRNDDGALLFDPIDRTPLYGIGSYGLPLFYMPPLSPEPSEAQPIDRPTVPDSIP
                     VTRRLIPESVKAHLPAALRVVGQTAAVAAVACAFYFTVSTPVKEVDRSAYTAGFVPSE
                     LLHDLSEKAPAAPPAPIPEIQPEGEGQAKTQKAAEKKRYRIVIASLDRLEAAEQLVSK
                     LTPADRARARIRMNGVVRKIRVIIGDYTDRKEAEAELARWRKNPKFETAWLIVGP"
     CDS             10673..11281
                     /locus_tag="SEQF2634_02231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIDSVGWGFSSLKSPIDSVGRRFSSLKSRIDSVGWCFSSLKCP
                     IDSVDRGFPNPKCRIDSVGRRFSSLKCLIDSVDRCFSSLKCPIDSVDRGFPNPKCRID
                     SVGRRFSSLKSRIDSVGRCSPQKEDPHIGMICGPCGYFSSDPSRPRPNLKRRLITSRL
                     ALVEAILVRLPVRLLSFSRWRWRSRRSRSTRSARSRRSCSFC"
     CDS             complement(11086..12624)
                     /locus_tag="SEQF2634_02232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDNQNRACIAVTAGGGDVCLLPQMANRHGLIAGATGTGKTCTL
                     QNMAETFSRMGVPVFATDIKGDLSGVARPGGGNAALQRSVDAHHLAERGFAYAASPVC
                     LWDIFGEAGHPLRTTISEMGPLLLSQLLDLNDIQSNVLSIAFRIADDEQLLLLDLKDL
                     RKMLEHIGQERTRYTTAYGNISVATIGAIQRGLLALEEQGADHFFGEPAFDILDFLQP
                     RDGRGVIHILEAERLMRSPKLYTTFLLYLLSELFERLPEVGDLDRPRLVFFFDEAHLL
                     FNGIAPSLLEKVEQVVRLIRSKGVGIYFCTQNPADIPDTVLGQLGNRVQHALRAFTPR
                     DQKAVSTAASTFRPNPAFDARTAITELGVGEALVSFLDAAGRPSIVERAVIIPPEGRA
                     GALTADERRAVIQSSPFLGKYDQAVDNESAFELLTARMERASREQADALREKEELRQQ
                     KEQERRERADRVERERLERQRQREKDNSLTGSLTKMASTKAKREVINLLFKFGRGLLG
                     SLLK"
     CDS             complement(12721..17100)
                     /gene="rpoC"
                     /locus_tag="SEQF2634_02233"
                     /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
                     RKLIERGIVKTVKSAKKIVDRKEPVVWDILEYVMQGHPVLLNRAPTLHRLGIQAFQPK
                     MIEGKAIQLHPLACTAFNADFDGDQMAVHLPLGNEAVLEAQMLMLASHNILNPANGAP
                     ITVPSQDMVLGLYYITKLRKGTRGEGLIFYGPEEARIAYNEKKLDIHAPIKVYVNDRD
                     AEGNPVRHMVETSVGRLMVNEFVPEEVGYVNEVWGKKALRDIIGNVIKTCGVARTAQF
                     LDDIKNLGYYMAFKGGLSFNLADVLIPPEKDSIVKEGYDEVEQITSNYNMGFITNNER
                     YNQIIDTWTHVNSKLSKTLIDQLSSDNDGFNSIYMMMDSGARGSKEQIRQLSGMRGLM
                     AKPQKSGSDGGQIIENPILSNFKEGLSVLEYFISTHGARKGLADTALKTADAGYLTRR
                     LVDVSHDVIINEEDCGTLRGLVCTELKNNEDVIASLYERILGRVSVHDVVHPITGKII
                     VHSGEEIREKEAMEIQESPIESVEIRSVLTCESKKGVCAKCYGRNLSTGRMVQKGEVV
                     GVIAAQSIGEPGTQLTLRTFHVGGIASNIATENSLISKYDGVLEIDELRVVDSESDGC
                     KIVVSRLAELRIVDPNTKIVLHNHNIPYGSKIFFDNGATVKKGDKIIEWDPFNAVIVS
                     EAAGRITFESMEENITYKVESDETTGLKEKIIIESKDKTKVPVAHVVSDEGMTLKNYA
                     LPLGAHVIKEDGDLIKTGEVLVKIPRAVGKTGDITGGLPRVTELFEARNPSNPAVVSE
                     IDGEVSFGKIKRGNREVMVTSKLGETKKYMVPLSKQLLVQENDYVRAGMPLSDGAITP
                     SDILSIKGPTAVQEYIVNEVQDVYRLQGVKINDKHFEVIVRQMMRKVEIADAGDTRFL
                     EQQLVDKIDVMEENDRMWGKKVVTDPGESDTLNAGQIVTARKLRDENSSLKRRDKKLV
                     EARDAKPATTIQILQGITRAALQTSSFMSAASFQETTKVLNEAAISGKSDRLEGLKEN
                     VICGHLIPAGTGRREFDRLIVGAKDDFDRIVAERELAELSETLETPAPRKTKKKKAAP
                     APAPAPVVESETVVLTSDAIVEP"
     CDS             complement(17227..17457)
                     /locus_tag="SEQF2634_02234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVHLRKVSCNLREMFVHLRKASYNLREMFVHLRKASYNLREMF
                     VHLRKVSCNLREMFVHLRKVSCNLREMFVDLQ"
     CDS             complement(17566..21381)
                     /gene="rpoB"
                     /locus_tag="SEQF2634_02235"
                     /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
                     LDEDNINTIVDSGAQSVLLHRGDQNLSDYAIIYNTLQKDPSNSEKEAVLYIYRQLRNA
                     DPADEASAREVITNLFFSEKRYDLGDVGRFRINRKLNLSTGVDTKVLTKEDIIEIIKY
                     LIELINSKAVVDDIDHLSNRRVRTVGEQLYNQFGVGLARMARTVRERMNVRDNEVFTP
                     IDLINAKTISSVVNSFFGTNALSQFMDQTNPLAEITHKRRLSALGPGGLSRERAGFEV
                     RDVHYTHYGRLCPIETPEGPNIGLISSLCVYAKINDLGFIATPYRKVEDGKVDFSEDA
                     ITYYTAEEEENKIVAQGNTPLDDNGHFLLDRVKARYEADFPVVEPDKVSLMDVSPTQI
                     ASIAAGLIPFLEHDDANRALMGSNMMRQAVPLIRTDAPIVGTGIEGQVARDSRTQVIA
                     EREGEIVFVDATCIKIKYDRTEEEEFISFEDAIKTYNIPKWRKTNQSTTVDLRPICHP
                     GQRVKKGDILTEGYSTQNGELALGRNVKVAYMPWKGYNYEDAVVLNERMVREDFFTSV
                     HVDEYILEVRETKRGMEELTSDIPNVSEDAIKDLDERGIIRVGAHVKPGDILIGKITP
                     KGESDPTPEEKLLRAIFGDKAGDVKDASLKATPSLRGVVIRTNLFSKMVKKRASSRLA
                     DKAILPKIDEEYEEKLAQLKTSLVDKLQSLTNGKTSQGVKDYLNTEVIPRGVKFSRKM
                     LEELDYNAIQVSKWTTDAAKNELIKQLIVNYLKKYKELDSELRRKKFDLTVGDELPTG
                     IVQIAKVYIAKKRKIQVGDKMAGRHGNKGIVSKIVRQEDMPFLEDGTPVDICLNPLGV
                     PSRMNLGQIFEAVLGWAGKTLDVKFATPIFDGASIDDLNEWTDKAGIPRYGKTYLYDG
                     GTGERFDQPATVGVTYFLKLGHMVDDKMHARSIGPYSLITQQPLGGKAQFGGQRFGEM
                     EVWAIEAFGAAHILQEILTVKSDDVVGRSKAYEAIVKGDNMPTPGIPESLNVLLHELK
                     GLCLSLTLD"
     CDS             complement(21492..21866)
                     /gene="rplL"
                     /locus_tag="SEQF2634_02236"
                     /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             complement(21910..22437)
                     /gene="rplJ"
                     /locus_tag="SEQF2634_02237"
                     /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             complement(22452..23147)
                     /gene="rplA"
                     /locus_tag="SEQF2634_02238"
                     /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="MSKVTKKRKLAESKLEAGRSYTLQEASVLVKEISMTKFDASVDI
                     DVRLGIDPRKSNQMVRGVVSLPHGTGKETKVLALCTPDKEAEAKAAGADFVGLDDYIE
                     KIKGGWTDVDIIITMPSIMGKIGALGRILGPRGLMPNPKSGTVTNDVGSAVKEVKQGK
                     IDFKVDKAGIVHTSIGKVSFNPEQISGNAKEFISTLVKLKPTAAKGTYIKSIYLSSTM
                     SPGIRVEPKSVDE"
     CDS             complement(23676..24218)
                     /gene="nusG"
                     /locus_tag="SEQF2634_02239"
                     /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"
     tRNA            complement(24433..24506)
                     /locus_tag="SEQF2634_02240"
                     /product="tRNA-Trp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Trp(cca)"
     CDS             complement(24561..25757)
                     /gene="tufA"
                     /locus_tag="SEQF2634_02241"
                     /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            complement(25803..25875)
                     /locus_tag="SEQF2634_02242"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(ggt)"
     CDS             complement(26050..26349)
                     /locus_tag="SEQF2634_02243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIRIQAIHFDVTERLDAFIRKKVAKLNQYHDGILDAEVILRVV
                     KPETARNKQAGIRLQIKSNDCFAEKVSDTFEEAVDEAVVALEKQLIKAKEKSRSK"
     CDS             complement(26360..27256)
                     /gene="xerD_11"
                     /locus_tag="SEQF2634_02244"
                     /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="MEASISSFIDYLRYERGASAATRVAYKNDLLQFVAYVHEHTKNG
                     KASLGFVDSDLIRLWITSLMDGRMSPTSVNRKLSALKSYFKYLMKQGLVLNNPASLVI
                     GPKFFRPLPQIIKEDELTELLDGSCFKADFIGTRDRLMMEFLYETGLRRQELAFLKCS
                     DIDLMAMVVRVCGKRNKERIVPFSERLKVQIISYLQKRRSVLQCDNTHFFLCKNGRSV
                     TGATVYNVVRKYVSNRGLRTKCAPHMLRHSFATSLLNNGAELNAVKELLGHSSLASTS
                     IYTHITFDKLREMYCAHPRANR"
     CDS             complement(27319..27510)
                     /gene="rpsU"
                     /locus_tag="SEQF2634_02245"
                     /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="MIVVPLKEGESIERALKRFKKKFEKTGVIRELRSRQAYTKPSVE
                     KRKERMRAVYVQHLQQEEE"
     CDS             27712..28224
                     /gene="cysE_2"
                     /locus_tag="SEQF2634_02246"
                     /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="MALIKSVRGFTPSIGKDTFLADNATIIGDVVIGEGCSVWFGTIL
                     RGDVNSIRIGNGVNIQDGSVLHTLYQKSTIEIEDDVSVGHNVTIHGAKICKGALVGMG
                     SVVLDHAVIGEGAIIAAGSVVLSHTQVEPWSIYAGVPAKFVKKVDPEQAKEMNQKIAR
                     NYHMYASWYE"
     CDS             28217..29380
                     /gene="capA_2"
                     /locus_tag="SEQF2634_02247"
                     /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="MNKGIARVIHRSATRPHRLYWLAVALLFCIACTMHPREGQSGEL
                     DSSASDTVRREARLVFAGDLMQHMPQVRAAQRPNGRFDYSESFRYVKPLFEQADYAIL
                     NFETTLTPTTDYHGYPTFRSPGAVADALRDIGIDAVMFANNHICDNGRTGIEYTTRRF
                     DSLGIVHTGAFVDSSRIRREHPLLFQAGGLRFALFNYTYDTNGMPIPKGMIVNLIDTN
                     AIRRDLSQVNRKHMDCVIVFFHWGIEYVRRPNDEQRRLAALCHRLGAEIVIGSHPHVI
                     QPIEAKRDNEGVVRSVTVYSLGNLVSNQKERYRNGGLIVTLDIKKERNGALRIAPAYT
                     PGWVCRPGGYRIIPPSAADSIALPADLRATCTQFFEDTRALLEGNKIFEERVR"
     CDS             29432..31489
                     /locus_tag="SEQF2634_02248"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRPLFVVLLLLVVASNVVWSQDTHPTDDWMEQLRELSEYTDDE
                     FDEKRLEALYTDLSHLAEHPIDLNTATTYDLHQLPFLSDAQVDSILSYRQRHHYFLTV
                     YELRTIDVLDWITLRRVAPFVCVNRHGPERPAITLANLLHHGASEWVMKYGQTVERKR
                     GYTPAPDSSSQRYLGEPFGHTVRYAYTFDDRLQAGFAAEKDAGEPFANATHKGYDYYS
                     AHLVLKDFGHLRILAVGDFKATFGQGLVVSHDYAPARGTLAAEPEYRNNGFRRHYSTD
                     EQQFFRGIAATLALSYWQLSLFGSSREVDATTDGTTITSLKVDGLHRTRNERLTRHTV
                     SLRAIGGNLRYARSRMHIGLTALAYDFGGQRVDPPPKPYNHYDFRGRSNVDLGLDYMI
                     KNDRLKLFGETALSTVSGATATLAALQWTPSSEIIATLLYRNYSPRYHALFASAFART
                     ARVRNEEGLYLGLTFTPAPRWLLTGHADLFRFPWMKPRVSFPSTGSEYALRIDWTDPR
                     EIIAAYVRFRSQRTEGDAARGHEIALRPIVRHRLRAQITCTIDTVWALRTALDVSLHQ
                     PDGAPTARSHMLSEAISWRPQRLPVRAELFAALFLTDGFAARLYSYEKNLLYTFATPS
                     LYGRGLRLSGLFYWRPAGRRLTLSTKIGWTHLFTGDSIGSGLETIRGRNRTDLYAMLR
                     WTF"
     CDS             complement(31862..33094)
                     /gene="waaA"
                     /locus_tag="SEQF2634_02249"
                     /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="MRPLYTAAIRLYAAAVHAAAPFHAKARKMIEGRRSIDDVLREKI
                     VPGARYVWLHAASLGEFEQGRPLLEAIRQRHPDCQILLTFFSPSGYDVRRDYPGADVV
                     CYLPFDFPRRIRHFLDRVRPTLALFVKYEFWLNTLDELRRRRVPTYLVSGIFRPGQLF
                     FRPIGRPYRDALRCFDHLFVQDETSRQLLTGIGLTNVTVTGDTRFDRVIDIRHAARPL
                     PVVAAFAERDARPVLIAGSSWPEDEALLIPYFNAHPDLKLILAPHEIHEAHLAAIETR
                     LTRPALRLSRADADTAAGVDCLIVDSFGLLSSIYRYARIAYIGGGFGHGIHNAPEAAV
                     YGVPVLFGPNHRKFREALDLIACGGAYSITDASSLSARLDALLADPDACTAAGESAGA
                     YIQQHSGATEQILRAIDL"
     CDS             complement(33094..34614)
                     /gene="gltX"
                     /locus_tag="SEQF2634_02250"
                     /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
                     AGLAYIAFDTPEELEAKRKEIPNFQYDASTRGQMRNSLTLPADEVQRLIDSGARYVVR
                     IRIEPNEDIRVNDLIRGEVVINSSILDDKVLYKSADGLPTYHMANIVDDHLMEITHVI
                     RGEEWISSAPLHVLLYRYLGWADTMPQFAHLPLLLKPEGGGKLSKRDGDRLGFPVFPL
                     EWHDPKSGEKSSGYRESGYLPEAVINFLALLGWNPGNDIELMTLDEMVRLFDLTHCSK
                     SGAKFDYEKGKWFNHRYIQLRSDRDIADMFRPVLESHGITDADQAYVEKVVGLMKERV
                     SFVPELWPLTYYFFVAPTEYDEKTRKKRWREDSAAQLTELIEVLRSREPFDVEGTEAY
                     VKEWIAAKGYHLGNIMNAVRLALVGQGIGPQIFHITEAIGKDETIRRIQRAIEILG"
     CDS             complement(34943..35758)
                     /locus_tag="SEQF2634_02251"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRLTLLLLLCLAVSLYMRAYDNVRRPDTRALGLAGSEVVYSP
                     LFNPSLTPFFAHRQLRGDYFNPYGMKELVTVSAGLNVPNRILPFGVHIASFGYDRYRE
                     SMFRLSVSKRLSSMWSLGVSVQYALLQSEIFEQDGQRLSADVGVALRPTDKWLLGLSV
                     LHFPAVSIGSDETNQVHMTPRMVLLGARYMMDEGLELSAEAEYRQYEPFLFSVGAEYT
                     PFANFQLRAGVKSSPFSPSLGVSYSFIGLTLDTALYYHPALGASVGIGLAYSF"
     CDS             complement(36406..39435)
                     /locus_tag="SEQF2634_02252"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYLYLKSGSSKYLYADTFYHVGNRGGDQFLKFNLGEKLWTGGL
                     HPHGGSGGSAGKDTTYYADSVMYGQHVWRMVYYPSGDSIYINPFQAAYKPTYDPVVWN
                     NGADSVLATGWKTQLRYTFAAIPDTSVMRVQYQSTPGPHYWFDESSLTNLQNTSNVLK
                     NDTDYLKTARLRDGFMAHTSNKRGEDAPLPYKYRHRLYVSIQSLNAGRVATLHSNHSG
                     NLPAGDHSINTHINFAKVYNPCTAAASDHVSIPADLYLIRNTDGQYLHVPLYSAHDSA
                     VWTDLEEFVHPEELPSFQWIVEKRYKNADENAPSPINIINREFGHKIAGGKYGLAFVN
                     VQLKKDMKHFSFRTDRWRWNEEKMVNERTTTFDAAKSNMREKNGATFISLPKKYKNDP
                     LLGYQWINPDTSIVNLYAFNYATGLGNDFYISTHKDFDMNAYPRTDTFLFAAKKSDFD
                     VAYFRMDTIGAENGKLNEYGYKADNSQVTDLVTLKRQAYRLNYENPFKYCLGTLSVSN
                     AAEHFYSLSSRLTAPLTHILGKPVFYLRDVYMENDGVKDFALVQVMDTVAMQSADSTQ
                     LKAYMTQTLGSQITDLVMRNLRIAGKFNPGLFVLAVDDATSKLKFDYRGNSATRVSTF
                     RLKKDEDPIYRRFNTELEGKVGDDSPRTMKFFTTNSKPTGGDYLFENTGALQKSYYRG
                     KRYLGLVSSVSNPKAQTSIFVDTAYVNRGTGYIKPQYMLMIHPSGEGDTVGCDDNGER
                     TIRLSGYRRGMYLINATDSAAKERAAGIVDERNPYLWDTKWDRFVFTDAIHANDALYI
                     IGDIDLKKMKSLYTPLDYKGNVTRLDLAKLDAVSDTARDAREKGKIRKINLGNNYHKD
                     CVFSFRLVERGSPQKDFLIESETAYRGEPITDRNPIFAPCVGGWVKIQNGVPVISRSD
                     EEKRIPEGELFNVEMTSEDPVSNVVVPATTGVKVVAENGSVTVLNASGKRVVISNVLG
                     QTVANTVLTSDRATVSAPKGVVLVAVEGEPVVKALVK"
     CDS             39436..39636
                     /locus_tag="SEQF2634_02253"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKNTIWKRYDILTTICNTGGRPRLSHNSITSQESYIYACSTVI
                     ARIQMFSLQPCSEGVKSTRRVR"
     CDS             complement(40684..44289)
                     /locus_tag="SEQF2634_02254"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRKVFTLLAASFLLLLGAVGTSARPAWGDTLRYLPEGYGKGAY
                     HLKVTFVGDSAVTDKFLIMDQNGYVTMADTNYIWNRNGATDSSFFKLRSSLWCVDVGR
                     HENAGKVPAYKFMNKEFGTDLAFEYLPYLFTDTGATYYSDTMAKRYPGSIDKIIGQHD
                     YPLVGGNLSRWRFSRTYNTVRLDTSQYLAIEVKPDYYMTFAVPKGTGDKIRLVVAHKN
                     DLDTSAPFYKHELVRFTLMQAAPRVLTAHDFNTKMHQNPTEGPVQMLFDPDVTTGQIN
                     PLNQLLKATDVVAANRGKDNNYVYLNTTGGQYVTMSTSASGYHNGLGIRYPKIVTTGA
                     PNDEQSQWRLVYYPSEDSLIINVKGYKNHVAYGDHRDAGNVDAYTASTHLRPYNNNLY
                     TDEMVDFLIVRMQDLDRTTGDRVLTVAEAPANTRIHFGIKSCIVYDKDRTSVESNLYT
                     IKDREGRYLVVPMYAGDLTPQWRRLESDNNEVIENANRTPSYQWFVTKVNDGSPISKI
                     HLTNREFNNIRIEYVQVYNDYHLFKGVWHRIDENGLGRDYSPIMGKNYVNRAGFTVVP
                     KPYRNDPYLGYKFFSKNPDDAAAIKEATDSLNWFAYAFNYLNKLSDGDHYLYVPQNND
                     ESSTDSGLYVGKNKKTYFQLVVPDTLRREAYGVEKYGIGWNDNLLAKFNDPKDDNYIA
                     QLKRWFYHLQVNDYWHFRQNENYVVMDDGLHYGQTPEQNANSRRLNKAKFYLRFTYEK
                     DNRDYYALLDRIDISNFHYLTYVKGLSVTDTIKAYDWSHGSNRQNSFGVVVANVTEQA
                     PMYLAAQPKTLGTFRVSTFALTHETEPLYRRFNSLDEGSVATDDPDTVAFYRAREPHH
                     YLYEDAHSIHSATKKQNAAGYSNINFAGVENADVAIKNKDKDQVFQRHIDTDWAIYVD
                     TAYVNRGTGHIKPQYLLVLKPERGWLGCPTCGERDMDRPYVYGRFLRNETDSARTDPQ
                     LGSQSAIRDRDYILPSNWDRLAFTPAIHASDTLYILNGRSIDDFRYEEKAPDGKPYLN
                     YRKLYNSTQGIKKVPLNNNLHKDEVFSFRFRHQGGGNDKEFLIESESWNRNAGRVIGP
                     TQGGWLKIQNDVLVISRGSYFDAIREAEVWNVRKTHKAPLANKEVSTTNVVVTAGVGN
                     VTVQNASGKAVTVSNILGQTVAKAVLASDNETISAPQGIVVVSVEGENAVKAVVK"
     CDS             44511..44690
                     /locus_tag="SEQF2634_02255"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIFHSRTLIPLWSTLASIRYLLHIDNLQIHFFLLAFYSAYFLR
                     KINLLLSKFKDFYVT"
     tRNA            complement(44789..44862)
                     /locus_tag="SEQF2634_02256"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(cgt)"
     CDS             complement(44928..45506)
                     /locus_tag="SEQF2634_02257"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWLCIDVNSGVCNRTQRNRHLFLGSPVNPSIFARRQTEEYVKEN
                     PKIQGIIESIFLSAIDRVTKDGAIQTISRLYVQLDADAGEIQIFDEPDHLLKKKVIFD
                     WADPRNKGAVFLQRKLAMIRSAIARVTAKGAFNHPKCSKPFFISLVDDEFKESEVLFG
                     QKEQSEGGEECLMAGLEKELDDFYRKLFPDME"
     CDS             complement(45525..46571)
                     /locus_tag="SEQF2634_02258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTDKRRGWGIYVCLSLLLLLASCSTIRFIGIDTLEPSELHVP
                     HTVRRVLIVDNAAMPSAAPCVLTLGKIPLEVKEVTTDSMAFYYCHTLGERIADAHRYD
                     DVRLYDRAYRPSHLSDQPLSASEVRQLCTDEGVDAVISLDRLQFSVKGDVDPLYFLTH
                     DPLRVEVSGLIRLSIPSDTLTMVRTVHLSDTLRAAFEGTIDSPEAISQAMRTVLREVS
                     LYMADKSSSRFVPHWEPNIRWYYTSSSSAWKEASAYAAAEKWKEASIIWHRLYDQARN
                     WKIKARLASNIAVSEELCGNLSIASDWAERSYSHYLEYASVVDSTTLNRQRRYTEAMK
                     QRLRSDKELRDLGK"
     CDS             complement(46589..49246)
                     /gene="valS"
                     /locus_tag="SEQF2634_02259"
                     /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
                     VTGVLHMGHMLNNTIQDILVRRARMTGHNACWVPGTDHASIATEAKVVARLAERGIRK
                     SDLTREEFLRHAWEWKEEHGGIILKQLRRLGASCDWDRTAFTMDDTRSRSVLRVFCDL
                     YRKGLIYRGVRMVNWDPAALTALSDEEVIYKEQQGKLYYLRYRIVGEDGYAIVATTRP
                     ETIMGDTAMCINPNDPKNQHLRGRRVIVPLVGREIPVIEDDYVDIEFGTGCLKVTPAH
                     DVNDYMLGEKYNLPSIDIFNDNGTIAPAGELYVGMDRFAVREQIVRDLDAAGLLEKTE
                     DYTNKVGFSERTNVPIEPKLSMQWFLKMDGLAKPALDAVMNDEIRFYPPKFKNTYRHW
                     MENVKDWCISRQLWWGHRIPAYYASPTDGEASGNVSPVIILVAETEEEARAQAAEHPM
                     LKGRPFTLRQDEDCLDTWFSSWLWPIALFDGINHPGNDEMRYYYPTADLVTGPDIIFF
                     WVARMIMAGYEYEGDKPFRSVYFTGIVRDKLGRKMSKSLGNSPDPLALIDQYGADGVR
                     MGIMLAAPAGNDILFDESLCEQGRNFNNKIWNALRLVKSWEVSDAAEQPDAARIAIDW
                     MEAKFCATIVELEDDFSRYRISEALMTAYKLFRDEFSAWYLEAVKPAYGQPIDAKTYR
                     STISLFEKLILTLHPFMPFITEEVWQALADRQPGESIMVTQQPRPEQTNDRLTADFEV
                     VKSIVAGVRSIRLERNIPNKESLTLQVVTGDHNEAYNPVIMKMCNVDTIVRAPKDATA
                     ASFMVGTTEYAVPLGNTIDVAEEIQKMEAEIDYLEGFLRSVMKKLGNEKFVANAKPEV
                     VAVERKKRADAESKLALLRENVAKLKDNA"
ORIGIN      
        1 tcagccttct tcgtgatcag aggcttctgc tcgaagagcc agccgaggaa gacggcatcc
       61 gtacgaacca agctaccctt atcgagcact ttcacgtcat cgttgtcatt gtaaagcttc
      121 gaatctaccg gagctgtacc accggtgttg tcgttaccct tgtaggtcac gccggcttgg
      181 ctatagtcag gcttaccgtc gggggttccg cccgggcccg tcttgtcgat tgcccatacg
      241 gcaaagagcg tcgtatcggc cgtgatgttg aagtggacac cggtcttctt caggtctgcg
      301 ggttcatccg cggcctgcgt gatcagaccc ttttgcgcga agctccagcc gaggaacacg
      361 gcctcggtgc gaaccatcgt gccggaatct tttacagcta ctgacgtgcc gctgttatag
      421 cggttgttat ctaccggggc gtcgccactg gtttggttgt taccgttgta ggtgaggccc
      481 ttttgcagat agtcggggat accgtcagag gttccgttcg ggccggtctt gtcctcgccc
      541 catacggcga agagtgtcgt gtcctgagta atggtgaagt tctggccttt cgtcttcaga
      601 tcacttggca gatcgctggc cttcttgatc agctctttct gcgtaaagct ccagccgacg
      661 aatgctgcgc tcgtgcgaac gaggctgccg gaatctttca ccgtcacctg tgtattggcg
      721 ttgtagagat tgtcatccgt cggagcggca ccgctcgttg agtggttacc gttgtaggtc
      781 accccgtttt gcaggtagtc gggcacattg tcgccctggc cattggggcc tttcttatcg
      841 acggcccatg tggcgtaaag cgtcgtgtcg gtcttgatgg tgaacttgtc gttctccttc
      901 ttcaggtcgg tcggctcgtc gctcttagcg gtgatgaggc ccttctgcgt aaagctccaa
      961 ccgatgaacg tggcatccgt acgcttgagg tcgcccaagc cctttacggt cacttcggca
     1021 tcctcgacat agggactctt ctcgtccgtc ggcaccgtgc cactgttatt gccgtttccg
     1081 ttgtaggtca cgtcgagcgt agcgttgcag ccgtctacca cagtcacagt gtcactcatc
     1141 ggggaggtgc acttgccata ataaccgatc accgtgtact taccagcttt atctcgggta
     1201 accgtccact ctttctgcgt cgcacccgta atggagtcac cattcagata ccactgataa
     1261 cgtgcaggac catcgccagc cttcagcgtc accgactgtg ccggcgggca gatgaagcga
     1321 tcgcctgtaa tcttgagcgg ctggggattg accaccgtga tcttggtcgt cagcgtaaac
     1381 gtctcattgt acgcgctctc gacaaccatt ttaatctcat gctgtacatc gagcgaaagt
     1441 gatgggatcg tccattccag tttaccacgt tctgcagtct gctcctgacc atcaatgaac
     1501 catttgatag actccgatcc ggacttaagt tgcatctgcg caacgccttt caccttgaac
     1561 tcacctgcac aataagtctg ctcattggca tcctcaaagt ggatatcgtt gatatagaaa
     1621 gccggattca actgacgtgc agaagaggca gcgagataga aataagactc gtaactaccc
     1681 aaaccatatc ccaacacgga aagacccgct gcattctcga agtagtaggt ggaagtctcc
     1741 tcagttaagg gcatcgaata gaacgagaag cccgactggg cgttgtccgt ccatgttccg
     1801 cctgaaagcg ccttgggaac accaccacca atggtcatcg tcgtagcatt ctttgtggcc
     1861 gtcggggtca tgatcagcgc atggtgctct tctatcacag agcttccttt ttctatgaag
     1921 ggagcgatgg ccacattcat caccgtctgc tcaattggcg gaacgaaagc catagccggg
     1981 tctcctttgt gataaagatc tggattgtct aaccccatca aaaaggaagc tacagccacg
     2041 ggtttatccg acgtgataaa gcagccgccg tcactaagag ccgcttccaa ttctacaaac
     2101 tgtccggcat tcaatgtaag actgcctgca ccaacgccag aaataatccg accacctgtt
     2161 tgtgttatcg ttgtaccatt ttgcgaggct acaatacgaa tacgctcttt accacgcttg
     2221 gtgatcggta ctaagaattt atttccccat gaatgaaccg gtacctgctg ctgaaacaag
     2281 cagtcacaag cgcctatgct actcgggaca taaacacaag agttcgtcgt gaaataggca
     2341 aaaggtttat ctgacgtaat cagcgtaccc gtcatatccg ttccactata cttactataa
     2401 acctctccct tatttaaggt ggctaccaat acctcgtttt cctttatctg cgtattgtct
     2461 tcagatgcga tcaaagtata tccgtcattt gataaggggg tatatgtcag atgacgataa
     2521 gccttgccat agttggtcac aggcaatacg ttcgtagcat ccgtggtata cctatagata
     2581 ttgatagcaa ataccgagat caattcatca gaaacaatat gcatcgattt tttcgaagtc
     2641 cctgtattct tgctgtatat cttattcgcc tcattcacat tgaacatgcg tgtatatacc
     2701 tgaccggcgg ctacattgat cgtttctgtc gtattatctt ccgtatacgt caacgttaca
     2761 gtggttgctt tcgtggcaac gattcggagc tgcaacatgt tcgcttgagg tggcataccg
     2821 gcattatcgc cgtagctcaa ccagaaatct tttccctgcg tggtcgactg gccttgcgag
     2881 aaaagctggt tactgaacag gaagagtagg gccatggcgc ccacaaacct gagtaataac
     2941 tgtttcatac tgtattctat tttctattag ttgataggcc ttgaagctgc tcagagagag
     3001 agtgtgtgtg ccccgcaatg ggggcatcaa acagccctca aggcgcgctt ttcttatcgc
     3061 ttcgtcccgt aatacgtgta ttcctcgtcg atggaatgcg aatcgcgggc gtagctaact
     3121 gtggtaacca attggagttc acctgacggc gtcaccttgt agtcataggt gaggacggcg
     3181 accataatca ttcgcttgat ctggttgccc tcgaccgtat actcaaacgg tccgtcagtc
     3241 ttgccattct catactcaaa cacggagttt ccgtcagccg aaaaagtcac ccgcttcggg
     3301 ctttcgttga acgactccac cttctgaccg gccgaatagg tgcgctcgga ggagacaccg
     3361 tcgacggtct ttttgacctt cacccggttg atggtccagg tgccaagcag atcaccatct
     3421 actgctgcgg ggctggatag cggtgcccga aggctggcct ctccgttccg gccactggcg
     3481 tccgggctgg aggcccaagc gtcgtgggat ggtgctgcaa aaaacgtcgt ggccgcaagg
     3541 gccatagcga acgtcctacc agaaattctt ttcttcttca ttttgtaaca ctttattgat
     3601 ttggaatctg ccctgacgcc tcttttcggg gcgccagcgc ttttatcgtc gttttagcta
     3661 ttacggtcga gtttacccct tcatggggtc actcttttgt ttgatagttg ggccatgttc
     3721 aagcgtaaat gcgccgcaaa gggacggaaa agatttcgcc tccgccagcg actacgtttt
     3781 tttacggatc tccagcttca tccctgatgg atattaggga aaaacggggc catcagcgcg
     3841 atcggctcgc ttcgattcct caaaaacgga taacgcgtcc ctgttgccat tccagctcta
     3901 cacgcctacc tttgccctcg ctaagtcgga tgggattcac cgcaaaaagt cgctcgggcg
     3961 gcgtcgtttg agcaaaagtg atgccaaaaa gtcgcttgac ggggccgctg gctcgcagcg
     4021 gcgtcaaaaa gtcgcttgac ggggccgctg gcacgcagcg gcgtcaaaaa gtcgcttgac
     4081 ggggccgctg gcacgcagcg gcgccaaaaa gtcgcttgac ggagccgctg gcacgcagcg
     4141 gcgtcaaaaa gtcgcttgac ggggccgctg gcacgcagcg acgccaaaaa gtcacttgac
     4201 ggagccgctg tggcacgcag actctccaaa atgtcgcatg acggagccgc tggcatgcag
     4261 gcttcccaaa atgtcgcatg acgggtcacc tatccgataa acagaaagag atacactaat
     4321 aatctataga aaatgaacga gaacagtaag gacctgccat gggtcgagaa aattgaaccg
     4381 agcaacagca aaaactttac tttgtcgttg cacgtagagt atcagaacga acagtatgcg
     4441 cgggtcaagg cttttgacca gacgaagctg aagctgcccg ccgggctgat ggcggcctgg
     4501 gacggcaggc gtgagaaaga gattcaggtc aacaaaacgg tgacggaatc ggcttacacc
     4561 aagcggttgg aggaggccga caagaagcgc gataaggtgt tgaccttcct cttcacctcg
     4621 gtgcgcagcc agaggctctc ccccaccgaa gcggtggccg aagcggcgga acgtatcgca
     4681 cgcaccttga agccttacgg gggttcgcag atcgctgcct ttgacgaaga gacggccaac
     4741 atccgcggac tgctggagga tctgagcaag cagacgactg acgtgaccgc cctcggactg
     4801 accgacgccg tcacccgact gggggcgctg aacacggagt ttatcaactt gcgagccgag
     4861 cgccgcgtgg agtcgcccga gggcgatcta cccaactcga gagtcgtacg ggcggagacg
     4921 gatgcggcct acgagacggt ctgctgctac atcgaggcgg ccttcctcta tgccgccacc
     4981 gacgaggatc gcaaggccat cgccaacttg atcaaagagc tgaacaagac cacggcggcc
     5041 tacaagacga cgcatcgcat gaaggctgcg cagcgcaagc ccaaggatcc gaaagatccc
     5101 aagctgccca aggagcctaa gccgaacacg cccaagcccg acgataagcc ggacatcaag
     5161 cacccggaag aggggcctaa aaagcccgat ccgaagaagc ccgaagaggg cggcggcaag
     5221 aagcctgaag gcggcggtac gggtggcgat ccggatatcc gtctgccgga ggagtaattg
     5281 attgcgcgcg tcccaccccg gcggttgggg cgccgcatac aaaaagaaaa caggggcgaa
     5341 catcccatcg cgggggttcg tccctgtttc gttatagtcg tggagcgtgg ggagaggaga
     5401 gagggcgctc ccccctcgac tccaccttca gcgcattttc tgcgccgata cagtttactt
     5461 attctcttcc cctaagagga tctccaggat ctggcaggca gccttggcca cggaggttcc
     5521 ggggccatag atggcggcca caccggcctt gtagaggaag tcgtagtcct gcgcggggat
     5581 cacaccgccg gcgatcacga ggatgtccgg acgaccgagc ttcttcagct cttcgatcac
     5641 ctgcggcacg agcgtcttat gacctgcggc cagcgacgat acgccgagca catgcacgtc
     5701 gttttcgacc gcctcacgcg cggcctcggc cggcgtctgg aagagcggac ccatgtccac
     5761 atcgaaaccg cagtcggcat agcccgtggc taccaccttg gcgccgcggt cgtgtccgtc
     5821 ctggcccatc ttggcgatca tgatacgcgg ctgacggccc tccttcttgg caaacttctc
     5881 ggccaattcg caggcacgct ggaagtcgct gtcgttcttt gtctctgatg aatacacgcc
     5941 tgatatagtt ctaatgattg ctttataacg tcccactacg gcctcgcacg cgtcggagat
     6001 ttcacccagc gaagcgcgca gtccggcagc cttaacggcc aatgccagca ggttgccctt
     6061 cttcgtccgg acgcactcgg tgatgtcggc cagcgccttc tgtacggcgg cctcgtcacg
     6121 ctcggcgcgc aactccttca ggcgcgcttc ctgctcctca cgcacggcgc ggttgtccac
     6181 ctcgaggatg tcgatcgggg cttccttagc caagcggtac ttgttcacgc cgacaatcgt
     6241 ctgcacgccc gagtcaatgc gagcctgcgt acgtgcggcg gcttcctcga tacgcatctt
     6301 cggcagaccc gtctcgatgg ccttggccat gccgcccatg ctttcgattt ccttgatcag
     6361 ctcccagccc ttatgcacga gctcgttcgt cagcgtctcc acgtagtagg aaccggccca
     6421 ggggtcgatc tccttgcaga tctgcgtctc ctcttggatg tagatctgcg tgttacgggc
     6481 gatacgagcg gagaagtccg tcggcaaggc gatggcctcg tcgagggcgt tcgtgtggag
     6541 cgactgggta tgtccgagcg tagcggccat ggcctcgata caggtacggc cgacgttgtt
     6601 gaacggatcc tgctccgtga gcgaccaacc cgacgtctgg ctgtgtgtac gcagcgccaa
     6661 cgatttggga ttctttgcgc cgaagctctt cacgatcttg gcccagagca tacgcgcagc
     6721 gcgcatcttg gcgatctcca tgaagtggtt cataccgatg gcccagaaga aggagagacg
     6781 cggagcgaag gcgtcgacgt cgataccggc gttgatacct gcgcggaggt actccatacc
     6841 gtccgagagg gtgtaagcca tctcgatgtc ggccgtagcg cccgcctcct gcatgtgata
     6901 gccggagatg gagatggagt tgaacttggg catgttctgc gaggtgtact cgaagatgtc
     6961 ggcaatgatg cgcatcgaaa attcgggcgg atagatgtag gtgttacgca ccatgaactc
     7021 cttgaggatg tcgttctgga tcgttccctg catctcctcg agcttagcac cctgctccag
     7081 accggcgttg atgtagaacg cgaggacggg taacacggca ccgttcatgg tcatggatac
     7141 ggacattttg ctcaagggaa taccgtcgaa gagcaccttc atatcctcca gcgagcagat
     7201 cgatacaccg gctttaccaa cgtcgcccac cacgcggggg ttgtcagcgt tatagccgcg
     7261 gtgcgtcggc aggtcgaagg ctacggagag acctttctga cccgaagcga ggttacggcg
     7321 atagaaggcg ttcgactcct cagccgtgga gaatccggcg tactgacgga tggtccaggg
     7381 gcgcatggcg tacatgccgc tatacgggcc gcgcaggtag gggggcagac cggaagcgta
     7441 gtgcaagtgc tccatgccgt cgaggtcctc tttcgtgtat acggatttca cctgaatgtg
     7501 ttcaggcgtt ttccagtcgg cggtgatgcc gttggacttt gcccaggccg tcgcatccgt
     7561 agcgacaaag ccggctgact tgatatctat gtttctaaag ttcggtctca taagatcttt
     7621 ccatcaaaga agtttcgcgt taaacatctg caaggtctcc agcacgttcg atttcacgtg
     7681 aatgaaatgt tcgatgccgg cggctttcaa ttcctccatg caagcaggcg cacctgccac
     7741 cacaaacagt tccttgccgt cgatcagctt gaaagcctcg ggggcatgga cggcgtactc
     7801 gtcgtcgctc gagcagagca cgatgatgtc ggccttcttc tcgcgagcgg ccttcacgcc
     7861 agcctctacg gtctcgaaac cgaggttgtc gatgatctcg tagcctgcgc aggcgaagaa
     7921 gttggacgag aactgcgagc gtgccagacg catggccaga ttgccaatgg tcagcatgaa
     7981 cactttcggg cgcttgccgc tgtgttccgt ggccagacgc agggtttcaa actccgacgc
     8041 accacgagag aagtcgagct tctcgatcga ggcgtctttg ctgcaaccac atccgtggcc
     8101 ggtgccctct tctttcttct cgatcttgtc gccagacatc tccgtgaagt tcgggaagat
     8161 gttcgtgccc agcagactga tgcgacgcgt ggcaacgagc ttcttgcgtg ccttgttcga
     8221 ttcgttgatg gccttctgca cttcgcccgt gttggctacg gcggcaaatc cgcccttgtc
     8281 ctctacctcg aggaagagct tccatgcggc gtcagccatc gactgcgtca gcacttctac
     8341 gtaataggaa cccgctgcgg ggtcaaccac cttgtcgaag tggcactctt ccttgagcaa
     8401 gagctgctga ttgcgtgcga tgcgttccga aaattcgtcg ggcgtcttga atacgctgtc
     8461 gtacggcagg acggtgatgg agtcaacgcc tgcgatggcg gctgacatcg tctccgtctg
     8521 cgtgcggagc aggttcacat aagcgtcgaa cacggtcatg ttccacatcg acgagcgagc
     8581 atggacgcgg atcttgcagg cgcagtcgca cgaggggttg taggccttga cgatctcggc
     8641 ccagagccag cgtgcggcgc ggaacttggc catctctaag aagtagttcg acgagatacc
     8701 gaaattgaac ttgatcttct tcgccacctt ctctgcgggc agaccggcct cgctcagttt
     8761 ggcgatcaaa tcgttacccc aagccagcgc atagcccagc tcttgggtga tgtacgaacc
     8821 ggcgtcgttg aggttggcgg cgttgacggc cagcacgcga taacccggca gggcttcggc
     8881 ggcgttcacc acatcgacag cttcctgcac ccaagcgcca gtcagagcta cgcccttaac
     8941 gaggggcttc ttgagcggat cgtaagccac ggaacctacg acctcgtcga ggttgacgcc
     9001 cttggccttg aaatagtcag cgaggatgct gatcagatcc gttacgcgat ggttgcaggt
     9061 gcggaaattg agctctacag ccaccggatc gatgccgtcg agcaatgtgg cgatgttcgc
     9121 agcgtcgatg agggtgctct ttacattgaa accgagggcc gtgacgccac tctctgcgat
     9181 gaggcgttta gctttctcgt ttgccgccgc gcaatcgtcg acggcgaggt cttgacggac
     9241 caaccacgtg ttgcagactt tcgtaccgcg cacgtagggg aactccccgg gcaacgaggt
     9301 ggcggtggcc agtccttcga tgtcttcggc gcgataaaac ggattcacat tgaatccttc
     9361 gcccgttttc caaaccagtt tcttctcgaa cggcacgccc tttagatcgg ctgtgatctt
     9421 ggccatccac tcttcggtgg tgacgggcgg gaactccgag aacagtttct cttttgctgc
     9481 ttctgccata aatttcttcg ttttactgtg taaaaaatga ctgtattgta ttcctcactt
     9541 tttgggggag aggaagagga tctatgcttt aaggtccgac gatgagccag gctgtttcaa
     9601 acttgggatt ctttcgccac cgcgccagct cggcctccgc ctctttccga tctgtataat
     9661 cgccgattat cacgcggatc ttgcggacca ctccgttcat ccggattcga gctcgagccc
     9721 gatcagcggg cgttagcttc gagacaagct gctcagcggc ttcgagacga tccagactgg
     9781 cgatgacgat cctatatctc tttttctctg ctgctttttg ggtcttcgct tgcccctccc
     9841 cttccggctg aatctctggg ataggcgcgg gcggtgcggc gggcgctttt tcactcagat
     9901 cgtggagcaa ttcagagggg acaaagccgg cggtataggc tgatcgatcc acctccttca
     9961 cgggtgtgga caccgtaaaa tagaaggcgc atgcgacggc ggctacggcg gccgtctgtc
    10021 ccaccacacg cagggcagcg gggagatgcg cctttacact ctcggggatc aggcgacgtg
    10081 tgacgggtat agaatcgggg acagtaggcc ggtcgatcgg ctgggcctcg gacggttcgg
    10141 ggctgagcgg cggcatataa aataaaggta ggccgtaaga accgatgcca taaaggggcg
    10201 ttcgatcgat aggatcaaag aggagcgcac cgtcatcgtt gcgacggagg gttccgatag
    10261 cgtccaatcg gaggatgccc tcctcgtcga gctgggtcag cagggcgctg acgtcgtgcc
    10321 ggatagcctg ttgcgcctcg ttgaaatcca tgccgtacat ctccatatac gactcggcca
    10381 gcaggccgtc gttatgggtg agcgtgggat taaaaacgat ttcttttcgg gcgggaagga
    10441 aggcacattc ccgggttttg tggacggcag catgccgccg gaggatgaag cctccgaaat
    10501 ccgggattat tacgcaatca ttaacaagga ggatgcgttc gatatgtagc gggattcgta
    10561 gcacgagcgc aaaagtattt ttttttcgga attgcggaga tgccgaacgg gacgcgtttg
    10621 aaagtacgga agggcctccg gcgctgttca aatccacatt ttccccatga aaatgcccat
    10681 tgacagtgta ggttggggtt tttcaagtct gaaaagcccc atcgacagtg taggtcggcg
    10741 tttttcaagt ctgaaaagcc gaattgacag tgtaggttgg tgtttttcaa gtctgaaatg
    10801 ccccatcgac agtgtagatc gaggctttcc aaatccgaaa tgccgaatcg acagtgtagg
    10861 tcggcgtttt tcaagtctga aatgcctcat cgacagtgta gatcggtgtt tttcaagtct
    10921 gaaatgcccc atcgacagtg tagatcgagg ctttccaaat ccgaaatgcc gaatcgacag
    10981 tgtaggtcgg cgtttttcaa gtctgaaaag ccgaattgac agtgtaggtc ggtgttcccc
    11041 ccaaaaagaa gacccgcaca tcggtatgat atgcgggcct tgtggctatt tcagcagcga
    11101 tcccagcagg ccgcgaccga atttgaagag gagattgatc acctcacgct tggctttggt
    11161 ggaggccatt ttggtgaggc ttcccgtgag gctgttgtcc ttctcgcgct ggcgctggcg
    11221 ttcgaggcgc tctcgctcga cacgatcggc ccgctcgcga cgttcttgct ccttttgctg
    11281 acgcagctcc tccttttcgc ggagggcgtc ggcttgctca cggctagcgc gctccatgcg
    11341 ggcagtgagg agttcgaagg ccgattcgtt gtccaccgct tggtcatact tgcccaagaa
    11401 gggcgacgac tgaatcacgg cccgacgctc gtctgcggtg agggcgccgg cgcggccctc
    11461 aggcgggatg atgacagcgc gctcgacgat ggatggccgt ccggcggcgt cgaggaagga
    11521 gacgagcgcc tcgcccacgc caagctctgt gatggctgtg cgcgcatcaa aagcgggatt
    11581 ggggcggaag gtggaggcgg ccgtcgagac ggctttctgg tcgcgcgggg tgaaggcacg
    11641 cagggcatgc tgcacacggt tgccgagctg accgagaaca gtgtcgggga tgtcggccgg
    11701 attttgtgtg cagaaataga tgcccacgcc tttggagcgg atgagccgga ccacctgttc
    11761 gaccttttcg agcaacgagg gggctatgcc attgaagagc aggtgggctt cgtcgaagaa
    11821 gaagacgagg cgcggccggt cgaggtcgcc cacctcgggc aggcgctcaa aaagctcgga
    11881 aaggagatag aggaggaagg tggtgtagag cttcggggag cgcatgaggc gttcggcctc
    11941 aaggatgtgg atgacgccgc ggccgtcgcg tggctggagg aagtcgagga tatcgaaggc
    12001 cggttcgccg aagaaatggt cggcgccttg ctcctcaagc gccagcagtc cgcgctgtat
    12061 ggcgccgatg gtggccacgg agatattgcc gtaggccgtg gtgtagcggg tacgctcctg
    12121 gccgatgtgc tccaacattt tgcggaggtc tttgaggtca agcagcagga gttgctcgtc
    12181 gtccgcgatg cggaaggcga tcgagaggac gttgctttgg atgtcgttca agtcgagcag
    12241 ctggctgagg agcagcggtc ccatctcgga gatggtggtg cgcagcggat gaccggcctc
    12301 gccgaagatg tcccagaggc agacgggtga ggcggcgtag gcaaagccac gttcggcaag
    12361 gtggtgcgcg tccacgctgc gttgcagggc ggcgttacca ccgcccgggc gggccactcc
    12421 ggagaggtcg cctttgatgt cggtggcaaa gacagggaca cccatgcgac tgaatgtctc
    12481 ggccatgttt tgcagcgtgc aagtcttgcc cgtgcctgtg gcaccggcga tgaggccatg
    12541 cctattagcc atctgcggga gaaggcagac gtcgccccct cccgcagtta cggctatgca
    12601 tgctctgttt tggttgtcaa gcatgaggtg atggattgtt ataagtaagg agagcttctg
    12661 agaagtagtt acgagttaca agtcgccgga taggctgcct gtaactcgta acgtgtgcgc
    12721 ttacggctcc acgatagcgt cggaggtcag aacgaccgtc tcggactcga ccacaggtgc
    12781 gggggcaggc gccggggcgg ctttcttctt cttcgtcttg cgtggtgcag gcgtctcaag
    12841 ggtttcgctc agctcggcca gctcgcgttc ggcaacaatg cgatcgaagt cgtccttggc
    12901 gccaacgatg agtcgatcga actcgcggcg gcccgttccg gccgggatca agtgtccgca
    12961 gatgacgttc tccttcagtc cctcgaggcg gtcagactta ccgctgatgg cggcctcgtt
    13021 gagcaccttg gtcgtctcct ggaaagaggc ggcggacatg aagctggacg tctgaagtgc
    13081 ggcgcgggtg ataccctgaa ggatctggat cgttgtcgct ggtttcgcgt cgcgagcctc
    13141 gacgagcttt ttgtcgcggc gcttgagcga actgttctcg tcgcggagct tacgcgcggt
    13201 gacgatctgt ccagcgttga gcgtatccga ctcgcccgga tcagtcacca ccttcttgcc
    13261 ccacatgcga tcattctcct ccatgacgtc gatcttatcg acaagctgtt gctcgaggaa
    13321 acgcgtgtcg cccgcatcgg caatctccac cttgcgcatc atctggcgta cgatcacctc
    13381 gaaatgcttg tcgttgatct ttacgccctg caaacgatag acgtcttgca cctcgttgac
    13441 gatgtactcc tgcacggccg tgggaccctt gatggagaga atatcggacg gggtgatggc
    13501 accgtcagag agtggcatac cggcgcggac atagtcgttt tcctgcacca gaagctgctt
    13561 ggagagcggc accatgtact tcttcgtttc gccgagcttg gaggtgacca tgacttcgcg
    13621 attgcctcgc ttgatcttac cgaagctgac ctcaccgtcg atttcagaca ctacggccgg
    13681 gttggacggg ttacgcgcct cgaagagctc cgtgacacgc ggcagaccac cggtgatgtc
    13741 gcccgtctta ccgacggcgc gcggaatctt tacgagcacc tcgcccgtct tgatcaggtc
    13801 gccatcctcc ttgatcacgt gagcacccaa cggcagcgca tagtttttaa gcgtcatgcc
    13861 ctcgtcgctg actacgtgcg ccacgggaac cttcgttttg tctttcgatt cgatgatgat
    13921 cttctccttc aagcccgtgg tttcgtcgct ttccaccttg taggtgatgt tctcttccat
    13981 gctttcgaac gtgatccgtc cggcggcctc ggagacgata acggcattga aggggtccca
    14041 ttcgatgatc ttgtcgccct tcttcacggt ggcgccgttg tcgaagaaga tcttcgaacc
    14101 gtaggggatg ttgtggttat gcagcacaat cttcgtgttc gggtctacga tgcgcaattc
    14161 ggccagacgg ctgactacga tcttgcagcc atcgctctca gagtctacca cgcgcagctc
    14221 atcgatctcc agcacaccgt cgtacttgga gatgaggctg ttttcggtag cgatgttcga
    14281 ggcgataccg ccgacgtgga atgtacgcag tgtaagctgt gtacccggct caccgatgga
    14341 ctgagcggca atgacgccga ccacttcgcc cttctgcacc atgcgacccg tagagaggtt
    14401 gcggccgtag cacttggcac agacgccctt cttcgattcg cacgtaagca cagagcggat
    14461 ctcgacactt tcgatcggcg attcctggat ctccatggct tccttctcgc gaatctcttc
    14521 acccgagtgg acgatgattt tacccgtgat cgggtgaacg acatcatgca cagacacgcg
    14581 gcccaggata cgttcgtaga gcgaggcgat gacgtcttcg ttgttcttca attccgtgca
    14641 gacgaggccg cgcagcgtac cgcagtcttc ctcgttgatg atcacgtcgt gcgagacgtc
    14701 cacaagtcga cgcgtcaggt atccggcgtc ggctgtcttg agggcggtgt cggccaaacc
    14761 ttttcgggca ccgtgggtgg agataaagta ctccaacacg gagagtccct ctttgaagtt
    14821 cgaaaggatc gggttctcga tgatctgacc gccgtcgcta ccgctcttct gcggcttggc
    14881 catcagacca cgcatgcccg aaagctgacg gatctgctcc ttcgatccac gagcaccgga
    14941 atccatcatc atgtagatag aattgaagcc gtcgttgtcc gaactgagct gatcgataag
    15001 cgtcttggag agcttactgt tgacgtgcgt ccaggtgtcg atgatctggt tgtaacgctc
    15061 gttgttggtg atgaagccca tgttgtagtt ggacgtgatc tgctccactt cgtcgtatcc
    15121 ctccttgacg atgctgtcct tttcgggcgg gataagcacg tcggccaggt tgaacgacag
    15181 gccacccttg aaggccatgt aatagccgag gttcttgatg tcgtcgagga actgtgccgt
    15241 acgggccacg ccgcacgtct tgatcacgtt gccgatgatg tcgcgtaggg ctttcttgcc
    15301 ccaaacctca ttgacgtaac ccacttcttc gggtacgaac tcattgacca taagtcggcc
    15361 cacagaggtc tcgaccatgt gacggacggg gttgccttcg gcgtcgcggt cgttgacata
    15421 gaccttgatc ggggcgtgga tgtcgagctt cttttcgttg taagcgatgc gtgcctcctc
    15481 ggggccgtag aagatgagac cttcgccgcg ggtgcctttg cggagcttgg tgatgtaata
    15541 gagtccgagc accatgtctt gcgagggcac ggtgatgggg gcgccgttgg cagggttgag
    15601 gatgttgtgc gaagcgagca tgagcatctg cgcttcgagc acggcctcgt tacccagcgg
    15661 cagatggaca gccatctggt caccgtcgaa gtcggcgttg aaagcggtac aggccaaggg
    15721 gtggagctgg atggctttcc cctcgatcat cttcggctgg aaggcctgga taccgaggcg
    15781 gtgaagcgtc ggtgcacggt tgagaagcac aggatgaccc tgcatgacgt attcaaggat
    15841 gtcccacacg acaggctctt tgcggtcgac gatcttcttg gccgacttga ccgtctttac
    15901 gatgccacgc tcgatgagct tacggatgat gaatggctta tagagttcgg cggccatatc
    15961 cttgggcaga ccgcattcgt gcatcttcag ctcggggcca acgacgatga cggagcgcgc
    16021 ggaatagtcg acgcgcttac cgagcaggtt ctggcggaag cgtccttgct tacccttcag
    16081 actatcggag agagatttga ggaggcggtt ggcgtccgtc ttgacggcgc tcgacttacg
    16141 cgagttgtcg aagagcgaat cgacggcctc ttggagcatg cgcttctcgt tgcggaggat
    16201 gacttccggg gcgcggatgt cgatgaggcg tttgagacgg ttgttgcgga tgatgacacg
    16261 acgatagagg tcgttcaagt cggaggtggc gaagcgtcca ccatcgagcg gaacgagcgg
    16321 acgcagctcg ggcggaatga cgggcacgac tttgatgatc atccactccg gacggttgcg
    16381 cccctttgac gcacggaaag cctcgaccac ctgcaggcgc ttcagggctt cgttcttgcg
    16441 ctgttgcgag gtgtcggtca tggcgtggtg gcgcagatcg taagagaggg tgtcgagatc
    16501 gatgcgcgtc aagaggtcat agatcgcctc ggcgccgatc ttggcgatga acttgttcgg
    16561 gtccgtatcc tcgagcattt ggttttcctt cggcagggtg tcgaggatgt tcaggtattc
    16621 ctcttcggag aggaggtcca tatcgttcac attttcagcc tcaccggtct ggataactac
    16681 gtaacgctca tagtagatga tcgaatccag cttcttggtt ggcaggccaa gcaggtagcc
    16741 gatcttgttg ggcaatgagc ggaaatacca aatgtgagcc acgggaacga cgagctgtat
    16801 atgtcccgaa cgctctcgcc gcaccttctt ttccgtcacc tcgaccccgc aacggtcgca
    16861 gacgatgcct ttgtagcgga tgcgtttgta ttttccacaa tagcattcgt agttcttcac
    16921 cggcccgaag atgcgctcgc agaacagtcc gtcgcgttcg ggcttgtacg tgcggtaatt
    16981 gatcgtctcg ggcttgagaa tctcaccgta ggagttctcc aaaatctcct ccggtgaagc
    17041 cagtccgatc gtgatcttcg tgaaatccgt ctttatctta ttctctctcc taaaagccat
    17101 aatcctcttc tattatatag tcgtatttgt atcgcgatgg gtcgcatgaa atggggtgaa
    17161 actgaatctc ctcgagtgtt tgggccttcc gtaggtctac gaacatctcc tgcaagttgc
    17221 aggggatcac tgtaggtcta cgaacatctc ccgcaagttg caggaaacct tccgtaggtg
    17281 tacgaacatc tcccgcagat tgcaggagac cttccgtagg tgtacgaaca tctcccgcag
    17341 attgtaggag gccttccgta ggtgtacgaa catctcccgc agattgtagg aggccttccg
    17401 taggtgtacg aacatctccc gcagattgca ggagaccttc cgtaggtgta cgaacatctc
    17461 ccgcagattg caggagtctg ctgtgccccc ctgctattcg tccctatgaa caagggaaag
    17521 cgaggggtgt gccctctctt ccgccctgat tcatgcgctg tatctttaat ctaatgtgag
    17581 gctcaagcag agccctttga gttcatggag caacacgttg agcgactccg gaatgcccgg
    17641 tgttggcatg ttgtcgcctt tcacgatggc ctcgtaggct ttcgagcggc ccacgacatc
    17701 gtccgacttc acggtcaaaa tctcctgcaa gatgtgcgca gcgccaaagg cctcgatggc
    17761 ccagacctcc atctctccga agcgctgtcc accgaactgg gccttaccgc cgagcggttg
    17821 ctgcgtgatc agtgagtacg gtccgatgga gcgcgcgtgc atcttgtcgt ccaccatgtg
    17881 gccgagtttc aagaagtagg tcacgcccac agtagccggc tggtcgaagc gctcgcccgt
    17941 gccgccgtcg tagaggtagg tcttgccgta gcgaggaatg ccggctttgt ccgtccattc
    18001 gttcaagtcg tcgatcgaag cgccgtcgaa aatcggggtg gcaaacttca cgtcgagcgt
    18061 ctttccagcc catccgagga cggcctcgaa gatctgcccg aggttcattc gcgaaggcac
    18121 acccagcggg ttgagacaga tgtccaccgg tgtaccatcc tcgaggaaag gcatatcctc
    18181 ttggcgcaca atcttcgaca cgataccctt gtttccgtga cgaccggcca ttttgtcacc
    18241 cacctggatc ttacgtttct tggcgatgta gaccttcgca atctgcacaa tgccggtcgg
    18301 cagctcgtcg cccacggtga ggtcgaactt ctttcgccta agctccgaat ccagctcctt
    18361 atatttcttg aggtaattca cgatcagctg cttgatcagc tcgtttttgg ccgcatccgt
    18421 tgtccacttg ctgacttgga tcgcgttgta gtccagctcc tcgagcatct tgcgcgagaa
    18481 cttcacaccg cggggtatga cctccgtatt cagatagtcc ttcacgccct gcgaggtctt
    18541 tccgttcgtc agcgattgca gtttatcgac cagcgaggtc ttcagctgtg ccaatttctc
    18601 ctcgtattcc tcgtcgatct tgggcagtat agccttgtcg gccaagcgtg acgaggcgcg
    18661 cttcttcacc atcttcgaga aaaggttcgt ccgaatcacc acgcctcgta atgacggtgt
    18721 agccttcagc gaagcgtcct tcacgtcgcc cgccttatcg ccgaagatgg cgcgcagcag
    18781 cttctcctcc ggtgtcggat ccgactctcc cttcggcgtg atcttcccga tcaggatgtc
    18841 acccggcttc acgtgcgcac cgacgcggat gatgccgcgt tcatctaagt ccttaattgc
    18901 atcctcgctg acgttcggaa tatcggaggt caactcctcc ataccgcgct tcgtttcacg
    18961 cacctcgagg atgtattcgt ccacatgcac cgaggtgaag aagtcctccc gaaccatgcg
    19021 ttcgttcagc accacggcgt cctcatagtt gtatcccttc cacggcatgt aggccacttt
    19081 cacgttccgt cccagcgcca attcgccatt ctgcgtggag tagccttctg tcagaatgtc
    19141 acccttcttc acccgttggc caggatgaca aatgggccgc aaatcgaccg tcgtactctg
    19201 gttcgtcttc cgccacttgg ggatgttgta agtcttaatt gcatcctcga aactgatgaa
    19261 ttcttcttcc tcagtccggt cgtatttgat ctttatgcag gtcgcatcta cgaacacaat
    19321 ctcgccctct ctttcggcaa tcacctgcgt tcgcgagtcg cgtgccacct gcccctcaat
    19381 gcccgttccc acgatcggcg catcggtgcg gatcaacggc acagcctggc gcatcatgtt
    19441 cgatcccatc agcgctcggt tcgcgtcgtc atgttccaag aaggggatca gtccagcagc
    19501 gatcgatgcg atctgtgtcg gagagacgtc catcaggctc accttatccg gctccactac
    19561 tgggaagtct gcttcatagc gcgccttaac gcggtcgagc aaaaagtgac cgttgtcatc
    19621 cagcggcgta ttcccttgtg ctacgatctt gttctcctct tcctctgcgg tgtaataggt
    19681 tatggcgtct tccgagaaat ccacctttcc gtcctcaacc tttcgataag gtgtagcgat
    19741 gaatccgagg tcattgatct tggcatacac acacagcgac gagatcagtc cgatgttcgg
    19801 accttctggt gtctcgatgg ggcacagacg gccatagtgc gtatagtgca cgtcgcgcac
    19861 ctcgaatcca gcacgttcac gcgacaatcc acccggtccc aaagcagaca aacggcgctt
    19921 gtgcgtaatc tcagccaacg gattcgtctg atccatgaac tgcgacaaag cgttcgttcc
    19981 gaagaacgaa ttgacgacag acgagatcgt cttagcgttg atcaggtcaa tcggagtaaa
    20041 gacctcatta tcgcgtacgt tcattcgttc gcgcactgta cgcgccatac gtgccaaccc
    20101 gacaccaaat tgattgtaca gctgctcacc caccgtacgc acacgacgat tactcaagtg
    20161 gtcaatatca tcaacaaccg ccttggagtt gatcagctcg atgaggtatt tgatgatttc
    20221 gatgatgtcc tccttcgtca acacctttgt gtccacccct gtcgacaaat tcaatttgcg
    20281 attgatccgg aagcgcccca catcgcccaa atcatagcgt ttctcggaaa agaacagatt
    20341 cgtaatgacc tctctggcac ttgcctcatc cgccggatca gcattacgca actgacgata
    20401 gatgtacaac acagcttcct tctccgaatt actcggatcc ttctgcagcg tattgtaaat
    20461 gatcgcgtag tctgacagat tttggtctcc acgatggagc aacacagact gtgcacccga
    20521 atccacaatg gtgttgatgt tgtcttcatc cagctcagcc tcacggtcaa tcactacatc
    20581 gtttcgctct atcgaaacca cctcacctgt gtcttcatcc acaaagtcct caacccaagt
    20641 cttcaataca cgagccgcca atttgcgccc gataaatttc ttcagattgg ccttagacac
    20701 cttcacctct tcggccaaat ggaatatctc caagatgtct ttatcgctct cgtagcctat
    20761 ggcgcgaagt aaagtcgtaa caggcagttt cttctttcga tcgatgtagg catacatgac
    20821 attattaatg tctgtagcaa attcgatcca tgagcccttg aacgggatga ttcgagctga
    20881 ataaagtttc gtcccattag cgtgaacact ctgaccaaaa aagacgcctg gtgaacgatg
    20941 taactgagaa acgaccactc gttctgcgcc attgataaca aacgttcccc gttccgtcat
    21001 atacggaatc ggccctaaat aaacgtcctg aatgaccgta tcaaaatctt catgctccgg
    21061 atccgtacaa tacaatttca gttttgcctt tagagggacg ctatacgtca atccacgtgc
    21121 aatgcattcg tcaatcgaat aacgaggcgg atctacataa taatccaaga actccaacac
    21181 gaaattattt cgcgtatccg ctatggggaa gttctcagaa aacactttat acaacccttc
    21241 cttcttcctc ctctctggag gcgtatcgag ttgcaaaaag tcttggaacg actttaactg
    21301 tacttcgaga aagtccggat agggtagaaa cttttttatc gaagcgaaat ttattctctg
    21361 gacttgggct gttgaagaca tcttctattg aacgagttta ttctgaactt atgagataga
    21421 cacaaaaagg ttaagtatcc ccacacatag gggagactta accatattac ctgataaaca
    21481 ggagatagag actatttaag ctcaacttca gccccagcct cttctaacct cttcttcaaa
    21541 tcttcagcct cggctttcgc tgcaccttcc tttacattat tgggagcacc atcaaccaag
    21601 tccttagctt ccttcaagcc tagaccggta agttctttca ccaacttaac gacagccaac
    21661 ttattagcac ctgcagcctt cagtaccacg tcaaacgagg tcttctcttc aacagctgca
    21721 gcaccttcag ccggtcctgc agcaacagct acagcagcag ctgcgggctc gatgccatat
    21781 tcgtctttca atatcgtcgt cagttcgcta acttccttta cggtgaggtt cactaattgc
    21841 tctgctaaag ctttcaaatc tgccattttc ttatgattta atcgattatt attccgtatt
    21901 aattattttc tatctcttct cgagagtttg taaaacacca tgtataacgt gtccagaaga
    21961 ggactgcaat gccgagatca gattctttat cggcgattgc aacaagccga tcacatctcc
    22021 caacatttcc tctctgctct tcagacttgc taacgtgtca agatgttcaa ctcctacata
    22081 aaaactttcc tgtacatatg cggccttcaa ctgaggtttt ccctcacctt tcgtgccctt
    22141 agtaaagtcc ttaattaacc tagccggagt atttaccaca ttagagaaca tgacagcggt
    22201 attccccttt agcgtcgaat ataatgctga ataatcaaca tccatattct ctagagccct
    22261 cttaaacaag gtgttcttaa caacgactaa cttcacattc tctttaaagc acaatcttct
    22321 cagcgcactt gtcttctcag cattcaatgc ctcaatatct gtcaaataga agttgtcata
    22381 ctccttcagt gtctcagtca attgtcctat aacaatgctc ttatcttcct tcttcatcgt
    22441 acttacatgt attactcatc aacagatttc ggttcaaccc taatacccgg actcatggta
    22501 ctagaaagat atatactctt gatataggta cctttcgcag ccgtaggttt caacttaacc
    22561 aatgtggaaa taaactcctt cgcatttcca cttatctgct ctggattaaa cgagactttc
    22621 ccaatggaag tatgaacgat accagccttg tcaactttaa aatcaatctt gccttgctta
    22681 acctctttaa cagcactgcc tacatcatta gtaacagtac cacttttcgg attaggcatt
    22741 aaaccacgag ggcccaagat ccttcctaaa gctccaattt ttcccatgat ggacggcatc
    22801 gtaatgataa tatcgacatc ggtccatcca cctttaatct tctcgatgta atcatctaat
    22861 ccgacaaaat ccgcacctgc agccttagcc tcggcctctt tatcaggcgt acataaagct
    22921 aaaaccttag tctcttttcc agttccatga ggaagagata caacgccacg aaccatttga
    22981 ttagacttac gaggatctat cccgaggcgg acatcaatat ccacagatgc atcaaacttc
    23041 gtcatcgaaa tttctttcac caataccgaa gcttcttgga gtgtatacga ccttcccgct
    23101 tcaagtttgc tctcagccaa ctttcgtttc ttagttactt tactcatctt cttaattgag
    23161 tttattgatt cgtcgttggg aaagcgcccc ttacagcaat gcccatactc cgagcagttc
    23221 cagctaccat ccgcatagca gattcaacag taaagcaatt caaatctacc agcttatcct
    23281 cagcgatttt ccgtactgtt tcccaagtaa tctgagccac cttcttacga ttaggttcag
    23341 aagatcctcc cttttgctta gtagcttcta acagctgaac cgcaacagga ggagtcttta
    23401 ctataaaatc aaaggtctta tccgcataat aagtaattac tacgggaaga acttttccgg
    23461 ctttatcctg agttctggca ttgaattgct tgcagaactc cattatatta atacccttag
    23521 aacccaatgc gggtccaacg gggggagaag gattggccgc tcctccctta atctgcaatt
    23581 tgatttgtcc agcaatttct ttcgccatct ttcttaccta aaacaattca cgaatttatc
    23641 tcatagaata aaaatccgcc atccgtaacc aatggctatt ctttctccac ctgcacataa
    23701 cttaactcaa ggggcatctt acgcccgaaa atcttaacta ttaccttgag cttctttttc
    23761 tcagcgttga cttcttcgac taggccacta aaaccattaa atggaccgga aatcaccttg
    23821 acggtttctc ccacaaaata ctgaatctcc atttcctctg gctgctcttg taattcatcc
    23881 aaagtgccca acactcgact cacttcagat gggcgcaacg gtactggttg cccttctccc
    23941 cccaaaaaac cgataacgtt aggaatctca cgtaagcgat gaataacctc tccaaccaaa
    24001 ttagcctcta ccaaaacata tccaggcaaa taagcccgct ctttcatcac tttcttgccg
    24061 tttcttacaa cgaaagtttt ctcagtagga atcagaactt gagaaacata attacccaag
    24121 tccgaattct tgatttcggc ctccagatat tcacgtacct tgttctcctt gccactaata
    24181 gctctgagaa cataaaattt ttgctgagaa tccggcatta taaccattat aagctataga
    24241 tgaaattcat cacagcctca aatccaaagt caacaacccc aattagtact gctatgataa
    24301 gggaagcgaa cataacaaca acagcactgc tcgaaagctc cgaccttgtc ggccaagata
    24361 ctttatatac aagttcgtta tatgagtctt taatatatga gataaccttc ttcattcatt
    24421 atcctattta ttgcacggaa ggagaggctc gaactcccga cagccggttt tggagaccgg
    24481 tactctacca actgagttac ttccgtatat atgcagccga ctcacaatat cagtgaaaat
    24541 cggctgcaat taacccaatc ctaatctaac aattccgtta tctgacctgc acccaccgta
    24601 cgtccacctt cacgaatagc aaagcgcaga cccacattgc atgctacggg atagattaac
    24661 tcaacctcaa tcgtaacatt atcacccggc attaccatct caacaccagc cggtaatgtt
    24721 atctctccag tcacatccaa tgtacggata tagaactgag ggcgatattt attatggaat
    24781 ggagtatgac gacctccttc ctctttcttc aagatataga cctcggcctt aaatttagaa
    24841 tgaggcttaa cctgacctgg gtgacaaagt accataccac gcttaatctc attcttgtcg
    24901 ataccacgga gtaaaagtcc aacattatca ccagcttgac cttcgtctaa tatctttcgg
    24961 aacatttcaa cgcctgtaac cacggatttt ttaccatcag cacctaagcc gataatctca
    25021 acttcatccc cggtcttgac aatacccgtc tctatacgac ctgttgctac cgttccacga
    25081 cctgtaatcg agaaaacatc ctccacaggc atcaagaaag gtttatcgac atcgcgagga
    25141 ggaagcggaa tccatgtatc aacagcttcc ataagctcta gcaccttctc ctcccacttc
    25201 ggatcgccat taagagcgcc caatgcagaa ccacgaatga tcggcgtatt atcaccatcg
    25261 aacttataga aacttagcaa ctcacgcatt tccatttcta caagttccaa catctcttcg
    25321 tcgtctacca tgtcacattt attcatgaag acaactaact taggcacatt cacctgacga
    25381 gccaaaagaa tatgttcacg tgtctgaggc attggaccgt cagtcgcagc aactacaata
    25441 atggcaccat ccatctgtgc agcaccagta accatatttt tcacatagtc agcgtgacct
    25501 ggacaatcta catgggcata atgacgattg gccgtctcat actctacatg cgaagtattg
    25561 atggtaatac ctctctcctt ctcttccggg gcgttatcaa tttgatcaaa tgactttaca
    25621 ccctctgcac tagaaaaacc cttctcagcc aacactttcg taattgcagc tgtcagagtc
    25681 gttttaccgt ggtcaacatg accaatcgta ccgatgttta catgcggttt actcctgtta
    25741 aaatgttctt ttgccataac tcaaatgcct ttatacattc aattctctaa tctttaatta
    25801 ttgagccggt gccgagactt gaactcggga cctcttcctt accaaggaag tgctctaccg
    25861 ctgagctaca caggcattac cctcttgaaa aacgacacat tcacacataa cctaagccag
    25921 ctagcgccat caatggatgg aaactctgca atgaagggtc gagtttagtt taaaagagcc
    25981 gttccgttat tacgcgaaac ggccgcaaat ttagaatgaa tttgttatgc aacaaatctc
    26041 ccgccttttt tatttggatc tactcttttc cttggcttta atcagttgct tttccaaagc
    26101 aactacggcc tcgtcaacgg cctcttcaaa agtatcactt accttttcgg cgaaacagtc
    26161 gttgctctta atctgtagac gtatgccggc ctgcttattt cgcgctgtct ccggcttgac
    26221 tactcgcaat atgacttcag catccaaaat accatcatgg tactgattca attttgccac
    26281 tttcttccga ataaacgcat ctaagcgctc cgtcacgtca aaatgaattg cctgaattct
    26341 aatttccata attacctcct tatctattag ccctaggatg agcacaatac atttctctca
    26401 acttatcaaa ggtgatatgc gtataaatcg aagttgaagc taaactacta tgtcccagta
    26461 attctttcac agcgtttagt tctgcaccgt tattcaataa gctcgtcgca aaagaatgcc
    26521 tcagcatatg aggagcacac tttgtacgca agcctctgtt agagacatac ttcctcacaa
    26581 cattgtatac tgttgcacca gtgacagaac gaccattctt acaaagaaaa aagtgagtgt
    26641 tatcacattg cagcacagac cttctctttt gtagatagct aatgatctgc accttcaacc
    26701 gttccgagaa agggactata cgttccttat tgcgctttcc acaaaccctt accaccatcg
    26761 ccattagatc tatatctgag catttcaaaa aagcaagttc ttgacgtcga agcccggtct
    26821 catacaggaa ctccatcatt agtcgatcac gtgttcctat aaaatcagcc ttaaaacaac
    26881 ttccatcgag caattctgtc aactcatctt cctttataat ctgaggtaac ggacggaaaa
    26941 atttgggacc aataactaaa gacgccggat tgttcaagac caatccctgc ttcatcaagt
    27001 acttaaaata cgattttaat gcactcagct ttcgattcac tgatgttgga gacatgcgtc
    27061 catccatcaa tgatgtgatc catagacgta tcaagtccga atcgacaaat ccaaggcttg
    27121 ctttgccatt cttcgtgtgt tcatgcacat atgccacaaa ttgaagcaag tcatttttat
    27181 aagcaactct agtagcagca cttgcccctc tctcgtatcg gagatagtct ataaaagatg
    27241 agatagatgc ttccatatta cctctccata cacctactat cgtgacaaac acacgagaga
    27301 cacttcgtgt aagcggaatt actcttcttc ctgctgcaag tgctgcacgt agaccgcacg
    27361 catacgttcc tttcgttttt ccaccgaagg cttcgtataa gcctgacgac ttctcagttc
    27421 tcgaataaca ccagtctttt caaacttctt cttgaacctc ttcagtgctc gctcgatgct
    27481 ctctccttct ttcaacggaa ctacaatcat atattatcgc ttttagaatt actcagtatc
    27541 tgtttctctt ctacttatac taaaaatcag gcgcaaaagt agagatattt tattcccagc
    27601 aaaactttca gttggatttt catccatgct ctcccacgca aaatagctgt ctttcttttg
    27661 tctacttttg tcggcgttaa tttcattcat aacccatcaa agaagagaac aatggcgctt
    27721 atcaaatcgg taagaggatt tactcccagc attgggaaag atactttcct cgcagacaac
    27781 gcgacgatta ttggtgatgt cgtgattggc gaaggatgca gcgtttggtt tggcacgata
    27841 ttacgtggcg acgtaaactc tatccgcatc ggaaacggtg tgaatattca agacggatca
    27901 gtgctgcata ccttatatca aaagtcaacg atagagattg aggatgatgt ctcggtagga
    27961 cacaatgtca ctatccacgg agccaagatc tgcaaagggg cccttgtggg tatggggtcc
    28021 gtagtgctcg atcacgcagt gatcggcgaa ggggcaatta tagccgcagg atctgttgta
    28081 ttgagccaca cacaagttga gccgtggagt atttatgcgg gtgtacctgc caaattcgta
    28141 aagaaagtag acccagagca agccaaagag atgaatcaga agatcgctcg caactatcac
    28201 atgtacgcct cgtggtatga ataagggcat cgcacgcgta atacacagat cggccacccg
    28261 cccccaccgc ctctactggc tcgcggtggc tctcctattt tgcatcgcgt gcacgatgca
    28321 tccgcgggag ggacaatcgg gtgaactcga ctcaagcgct tcggacacgg tgcgcaggga
    28381 ggcgagactg gtattcgcgg gcgacctaat gcagcacatg cctcaagtaa gagcagccca
    28441 acgtccaaac ggtcgttttg attactccga atcgtttcgt tacgtcaagc cacttttcga
    28501 acaggctgat tatgccatcc tgaacttcga gacaactctg actccaacaa ctgattatca
    28561 cggctaccct acgttccgat cgccgggagc tgtggctgac gctctgcgtg acatagggat
    28621 cgacgctgtg atgttcgcga ataatcatat ctgtgacaac ggtcgtacgg gaatcgaata
    28681 cacgacacga cgcttcgatt cgctcggaat tgtacacacg ggagccttcg tcgacagtag
    28741 tcggatacgc agagaacatc cgctgttgtt ccaagctgga gggttacggt ttgcgctctt
    28801 caactatacc tatgatacga atggcatgcc gatacccaaa ggcatgatcg tgaacctgat
    28861 tgatacgaat gctattcgta gagacctatc gcaagtaaac cgtaagcaca tggactgcgt
    28921 gatcgtcttt ttccattggg gcatagagta tgtccgtcga ccgaatgacg agcaacgccg
    28981 actggccgcg ctctgccatc ggcttggcgc cgagatcgtc atcggtagtc acccacacgt
    29041 tattcaaccc attgaagcga agcgcgacaa tgagggtgtc gtgcgcagcg tcactgtcta
    29101 ttcgctcggc aacctcgttt cgaaccagaa ggagcgttac cggaacggcg gactgatcgt
    29161 cacactcgac attaagaagg aacgtaacgg tgctctccgg atcgctcccg cctacacgcc
    29221 cggatgggtc tgtcgtcccg gtggataccg gattattccg ccgtctgcgg ctgactccat
    29281 cgcactacca gctgacctac gcgcaacctg tacgcaattc ttcgaagaca cccgcgcgtt
    29341 gctcgaaggg aacaagatct tcgaggagag agtccggtaa aatcggccag ctcatcctga
    29401 aatcctacca acacctgaat ctatacatgc catgctccgc cccctattcg tcgtcctgct
    29461 tttactcgtt gtggcaagca acgtagtctg gtcgcaggac acccacccga cagacgattg
    29521 gatggagcag ctgcgtgaac tatccgaata cactgacgat gagttcgatg aaaagcgact
    29581 tgaagcactc tacaccgacc tctcccacct ggctgagcat ccgatcgacc tcaacacagc
    29641 caccacctac gaccttcacc agcttccttt cctctccgac gcacaagtcg actccatcct
    29701 ctcctaccgt cagcggcacc actacttcct caccgtctac gaactgagaa ccatcgacgt
    29761 cctcgactgg atcacactcc gacgcgtcgc cccctttgtt tgcgtaaaca gacacggccc
    29821 cgaacgcccg gctatcaccc ttgctaatct gctacaccac ggtgccagcg aatgggtgat
    29881 gaaatacggc cagaccgtgg aacggaaacg aggttacacg cccgccccag acagcagctc
    29941 ccagcgatac ctcggcgaac ccttcggcca caccgtccga tacgcctaca cctttgacga
    30001 ccgtctgcaa gcgggctttg cggcagagaa agatgccgga gagccctttg ctaatgcgac
    30061 tcataagggc tacgactact attcggctca cctcgtcctg aaagatttcg ggcacctgcg
    30121 catcctcgct gtgggcgatt tcaaggccac ctttgggcaa gggctcgtcg taagtcatga
    30181 ctatgcgccc gcccgtggca cactcgccgc cgaacccgag tatcgcaaca acggcttccg
    30241 ccgccattat tccaccgacg aacagcagtt cttccgcggc atcgcagcca ccctcgcact
    30301 ttcgtactgg cagctgagcc tcttcggatc gagccgcgaa gtggacgcca cgacagacgg
    30361 caccaccatc acctccctca aggtcgacgg cctgcaccgt acccgcaacg aacgcctcac
    30421 ccgacacacg gtcagcctgc gtgccatcgg cggcaacctg cgctatgccc gctcccgcat
    30481 gcacatcgga cttacggcct tggcctacga ctttggcgga caacgcgtcg atccgccacc
    30541 taaaccttac aaccactacg acttccgcgg ccgcagcaac gtcgaccttg gcctcgacta
    30601 catgatcaaa aacgaccgtc tgaagctctt cggtgagacg gcactctcca ccgtctctgg
    30661 cgccacggcc acgctcgccg ccctgcaatg gacgcccagc tccgagatca tcgccaccct
    30721 gctctaccgc aactattcgc cccgctacca cgccctcttt gcctctgcct tcgcgcgcac
    30781 cgcccgcgtc agaaacgaag aggggctcta cctcggcctc accttcacac ccgccccacg
    30841 ctggttgctc acgggtcatg ccgacctctt ccgcttcccc tggatgaagc cccgcgtcag
    30901 cttcccctcc accggcagcg aatacgcctt gcgaatcgat tggaccgatc cacgcgagat
    30961 cattgcagct tacgtccgtt tccgtagcca acgcactgaa ggcgatgccg ctcgcggaca
    31021 tgagatcgcc cttcgcccca tcgtcagaca tcggctccgc gcccaaatca cctgtaccat
    31081 cgacaccgtt tgggcgctcc gcaccgccct cgacgtctcg cttcaccagc cagacggagc
    31141 ccctaccgca cgcagccaca tgctctccga ggccatcagt tggcgccctc aaaggctgcc
    31201 cgtccgcgcc gaactcttcg ctgccctctt cctgacggat gggttcgccg ctcgcctcta
    31261 ttcctacgag aaaaacctgc tctacacctt cgccacaccc tcgctctacg gccgcggact
    31321 gcgcctctcc ggcctgttct attggcgtcc cgcgggtcgt cggctcacgc tctcgactaa
    31381 aatcggctgg acgcacctct tcaccggcga ctccatcggc tcgggcctcg aaaccatccg
    31441 cgggcgcaat cgcacggacc tctatgccat gctccgctgg acgttctaag gtgggccatc
    31501 gttaacgcaa agtgcatgta cccctaccag taggagcggg tagacgagtc caatttgatt
    31561 gggcctataa gcccaaaatg attagaacta tgcgcccaaa gcaattgggg ctgtaagtcc
    31621 aaagtatttg gggatataag tccaaaatga ttagaactat aggcccaaag agattgggct
    31681 tataagccca aagcgattgg attcatgcac ccaaatcgat tcaaaacaca ctccaaggtt
    31741 tgtcaccact accctataag gtaggtcgtc actatcacgt gaggtcggtc gtcactaaca
    31801 agcaatggta ggtcatcact aaccaggagc atacctatat aggtatcctc agtctgttga
    31861 cttataggtc gatggcgcgg aggatctgct cggtggcacc gctatgttgc tggatatatg
    31921 cgccggcaga ctctcccgcc gcagtgcagg cgtcggggtc agcgaggagc gcatcgaggc
    31981 gagcagagag gctggacgcg tcggtgatgg agtaggcgcc gccacaagcg atgaggtcga
    32041 gggcctcgcg aaacttgcgg tggttggggc cgaagagcac ggggacgccg taaaccgcag
    32101 cctcgggggc gttgtggatg ccgtggccga agccgccgcc gatgtaggcg atgcgggcgt
    32161 agcggtagat ggacgagagg aggccgaagg agtcgacgat gaggcagtca acgcccgcgg
    32221 ccgtgtcggc atcggcgcgg gagaggcgca gggccggacg ggtgaggcgg gtctcaatgg
    32281 cggcgaggtg cgcctcgtgg atctcgtgcg gagcgagaat gagcttcagg tcggggtggg
    32341 cgttgaaata ggggatcagc agcgcctcgt cttctggcca cgagctaccg gcaatcagca
    32401 ccggacgggc gtcgcgttca gcgaaggcgg caacgacggg gagcggccgc gcggcatggc
    32461 ggatgtcgat cacgcgatcg aagcgggtgt cgcccgtgac ggtgacgttc gtcagaccga
    32521 tgccggtgag gagttggcgc gaggtctcgt cctgcacaaa gaggtgatcg aaacagcgga
    32581 gcgcgtcgcg atacggtcgg ccgatgggac ggaagaagag ttggccgggg cggaaaatgc
    32641 cggacacaag gtaggtgggg acgcgtcggc gccgaagctc gtcgagcgtg ttcagccaaa
    32701 actcgtactt gacaaagagg gcgagggtgg ggcggacacg gtcgaggaaa tggcggatgc
    32761 ggcgtggaaa atcgaacggg aggtagcaga caacatcggc gccggggtag tcgcggcgga
    32821 catcgtagcc agagggggag aagaacgtga ggaggatttg gcagtcgggg tggcgctggc
    32881 gaatggcctc aagcaggggc cgcccctgct cgaattcacc gagcgaggcg gcgtgaagcc
    32941 agacgtagcg cgcaccgggg actatcttct cacgcaagac gtcgtcaatg ctccgcctcc
    33001 cctcgatcat cttgcgcgcc ttcgcatgaa aaggcgcagc ggcgtggacg gccgctgcgt
    33061 agaggcggat agccgccgtg tagagggggc gcatcagccg agtatttcga tggcgcgctg
    33121 gatgcgccga atggtttcgt ccttgccgat ggcctcggtg atatgaaaga tctgcggccc
    33181 aataccctgc ccaacgagcg ccagccggac agcattcatg atgttgccga ggtggtagcc
    33241 cttcgctgcg atccactcct tgacgtatgc ctcggtgccc tccacgtcga agggttcacg
    33301 gctgcgcaag acttcgatca gctccgtaag ttgtgccgcg ctgtcctcgc gccaacgctt
    33361 cttgcgggtc ttttcgtcgt actcggtcgg cgcgacgaag aagtaatagg tcagcggcca
    33421 gagttcgggc acaaagctga cgcgctcctt catcagcccg accaccttct cgacatacgc
    33481 ttggtcggcg tccgtaatgc catgactttc gagcacgggg cggaacatgt cagcgatgtc
    33541 gcggtcgctg cgcagctgga tataacggtg gttgaaccac ttgcctttct cgtaatcgaa
    33601 cttggcgccg ctcttgctgc aatgggtgag gtcgaagagg cgaaccatct cgtcgagggt
    33661 catcagttcg atgtcgttgc cagggttcca cccgagcagc gcaaggaagt tgatcacggc
    33721 ctcaggcagg tagccactct cgcggtagcc cgatgacttt tcgccactct tcgggtcgtg
    33781 ccactcgagg gggaagacgg ggaacccgag gcggtcgcca tcgcgcttgc tcagcttacc
    33841 gccgccctcg ggcttgagca gtagcggcag gtgtgcaaac tgcggcatcg tgtcagccca
    33901 acctaagtaa cggtaaagca gcacatgcag cggcgcgctc gagatccatt cctcgccgcg
    33961 gatcacgtgc gtgatctcca tcagatggtc gtccacgatg ttggccatgt ggtacgtggg
    34021 cagtccgtcg gccgatttgt agagcacctt atcgtcaagg atggacgagt tgatgaccac
    34081 ctcaccgcgg atcaagtcgt tgacgcggat atcctcgttc ggttcgatgc ggatacgcac
    34141 cacgtagcgc gcaccgctgt cgatcagccg ctgcacctcg tcggccggaa gcgtcaggga
    34201 gttgcgcatc tgtccgcgcg tcgaggcgtc gtattggaag ttggggatct ccttgcgttt
    34261 agcttctaat tcctccgggg tatcgaaggc gatgtaggcc agaccagcat ccagcagctg
    34321 gtcgacatac tggcgataga tggctttccg ctcgctctgt cggtaaggcc cgtagttgcc
    34381 gccaaacccg acaccctcgt cgaagcggag accaagccac tcgaacgact gaatgatgta
    34441 ttcctcggcg ccaggcacaa agcgctggga gtccgtgtcc tcaatgcgga gaatgaagtc
    34501 tccgccgtgc tttttcgcaa acagatagtt gtataacgcg gtacgtacac cgccgatgtg
    34561 aaggggtccc gtgggactgg gcgcgaatcg caccctaact tttcgttctg acatgattcg
    34621 tataggctta ttcgttgaaa acgacgccaa aaatataggg cgaatgctta cccgccctcc
    34681 atagcagcca caatacgacc ttccccgtcg aacttattcg aggcctattc cgcctttctg
    34741 tcccatcttt tccgtcacat agtatgctct gccccttaac gtgagctcga tgtaagaaca
    34801 aagtcagcaa agagttccta cgggaatcac acgatggcca aagtgctttt ggctgctact
    34861 gcgcgctatc aaggacattc ttcagggatt agggagtcca ttctttcgtc gaactcacgt
    34921 taagaaagaa cggcttcttg catcaaaacg aatatgccag cccaattccc acactggctc
    34981 caagcgcggg gtgatagtat agtgccgtgt caagggtcag gccgatgaag gaatagctca
    35041 cgcccagcga agggctgaag ggtgacgact tcacaccggc acgcagttgg aaattggcaa
    35101 aaggcgtgta ctccgccccg actgaaaaga ggaagggctc atactgccga tactccgcct
    35161 cggccgacag ttccaagccc tcgtccatca tataacgcgc cccgagaagg accatccgcg
    35221 gcgtcatgtg cacctgattc gtctcatcgg agccgatcga aacagcgggg aaatgaagta
    35281 ccgacagccc cagcagccac ttatctgttg gccgtagcgc cacacccacg tcggccgaca
    35341 gccgctgccc gtcctgctca aagatctcag actgcaggag agcatactgt acactcaccc
    35401 ccagtgacca catgctgctc agccgcttag agaccgaaag gcggaacata ctctcgcggt
    35461 atctgtcgta gccaaacgag gcgatgtgca caccgaacgg cagaatgcgg ttcggcacgt
    35521 tgagcccagc actgaccgtg actaactcct tcatcccata ggggttgaaa tagtcaccgc
    35581 gcagctggcg atgcgcaaag aagggtgtca gcgatgggtt gaagagcggc gaatagacga
    35641 cctcggaacc agccaatccc agcgcacgcg tatctggccg acgcacattg tcataagctc
    35701 gcatgtacag gctaacagcg aggcaaagca gtaacagtag ggtaagacgt gttttcatac
    35761 tctattttca tttgatgttt agtgatcttc attgcttcca tgactgtttg ttcatagaaa
    35821 tcgaaatgct cccgcaaagc aaataattgt aatggaatgc atcaactata tgaggacgaa
    35881 ttagggtaac ctcgtatcaa aatggcgata ggctcgagat acactcttca tacttactcc
    35941 tacggagatc aaaaccacgt gtggttttaa tgtctgtacc cctacggaaa gcaaaaacac
    36001 gtgtggttct catgtctgta cccctacgga gatcaaaacc acacgtggtt ttaatgtctg
    36061 tacccctacg gagattaaaa ccacgcgtgg ttttaatgtc tgtaccccta cggagatcaa
    36121 aaccacacgt ggttttaatg tctgtacctc tacggagatt agaaccacgc gtggttttga
    36181 tctctgtagc ccctcagccc cctcaccgtt gtacggtttt gacctctcct aacgaatggc
    36241 aatcttggaa aaggaggcca tgtccttaat acgatcgccc ttcgtgcgtg aaagattatc
    36301 ccctatctat ttctgattga ccgtaatacc atcggaccat aagatcaaaa aagaaaggct
    36361 gcccccatat aggagcagcc ttccctcaat taatatcact agttgttact tcaccagtgc
    36421 cttcacaacc ggttcgcctt caacggccac aagcacaact cccttcggag cggataccgt
    36481 agcacgatca gaagtcaata ccgtattagc caccgtctga cccagtacat tgctgatcac
    36541 tacacgcttg ccagaagcgt tgagcacagt tacagaaccg ttctcagcaa ccaccttcac
    36601 acccgtagta gccggaacaa ctacgttaga aacaggatct tcagatgtca tctctacatt
    36661 gaagagctct ccttccggta ttctcttctc ttcatcagag cggctgatta caggtacacc
    36721 attctgaatc ttcacccaac caccaacaca cggtgcgaat atcggattcc gatccgtaat
    36781 aggttcacca cgatatgcag tctctgactc gattaagaag tctttttggg gcgatccacg
    36841 ctcaaccaag cggaaggaga atacgcagtc tttgtggtag ttgttaccca aattgatttt
    36901 gcgaatctta cccttttcac gagcatctcg tgcagtatcc gagaccgcat ccaacttagc
    36961 caagtcaagt cgtgtaacat tacctttata atcaagaggc gtatagagac tcttcatctt
    37021 cttcaaatcg atatcaccta tgatatagag cgcatcattt gcatgaatag catctgtgaa
    37081 tacgaagcga tcccattttg tatcccaaag ataaggatta cgctcatcga ctataccggc
    37141 agctctctcc ttagcggcag agtcggtagc attgatcaag tacatacctc tgcggtagcc
    37201 tgacagccgt atcgtccgtt caccattgtc atcgcagccc acagtatcac cttctccaga
    37261 cggatggatc ataagcatgt actgcggttt aatataacct gttccacggt ttacataagc
    37321 tgtatccaca aagatcgaag tctgagcttt aggattagag acactgctca ccaatcccaa
    37381 atacctcttt ccgcgataat aacttttttg taaagcaccc gtattctcga agaggtaatc
    37441 cccacctgtc ggcttactgt ttgttgtaaa aaacttcatt gtcctaggcg agtcgtcacc
    37501 aaccttaccc tcaagctccg tattgaagcg gcggtaaatc ggatcttcat ccttcttcag
    37561 tctgaaggtt gatacacgtg ttgcagagtt accgcgatag tcaaacttca acttactcgt
    37621 tgcgtcatct acagccaaca caaagagtcc cggattaaac ttaccagcga ttctgaggtt
    37681 tctcatcacc aagtcagtga tttgggaacc caatgtctgc gtcatatagg ccttgagttg
    37741 cgtagaatca gcactctgca tagccaccgt atccattacc tgtacaagag cgaagtcttt
    37801 tacaccatcg ttctccatat atacatcacg caagtagaag acaggtttac ccaaaatgtg
    37861 ggtaagagga gcagtcaatc tcgaactcaa tgaatagaaa tgctctgcag cattgcttac
    37921 agaaagcgta cccaagcagt acttgaacgg attctcgtag ttcagacgat aagcctgacg
    37981 cttcagtgtt acgaggtctg ttacctggct gttatcagcc ttatatccat actcattcaa
    38041 cttaccattc tcggcaccga tcgtatccat gcggaagtaa gcaacatcaa aatcactttt
    38101 cttggcagcg aagaggaatg tatccgtcct cggataagca ttcatatcaa aatccttatg
    38161 cgtagagata tagaagtcgt ttcctaagcc tgtcgcatag ttgaatgcat aaagattcac
    38221 gatcgaggtg tcaggattaa tccactggta acccagtaac ggatcattct tgtacttctt
    38281 tggcaaggag ataaacgtcg caccgttctt ttcacgcatg ttcgacttgg cagcatcaaa
    38341 cgtagtcgtt ctctcattca ccatcttctc ttcattccat ctccaacgat cggtacggaa
    38401 agagaaatgc ttcatgtctt tcttcaattg tacatttacg aaagccaatc catacttacc
    38461 acccgcaatc ttatgaccaa actcgcgatt gatgatgttg atgggggaag gtgcattttc
    38521 atcagcgttc ttataacgct tctcaacaat ccactggaaa gaaggaagtt cttctggatg
    38581 tacaaactct tctaaatccg tccaaacagc agaatcatga gcggaataca acggtacatg
    38641 tagatactgt ccatccgtgt tacgaatcag atacagatcc gctggaatcg atacatgatc
    38701 agaagcagcg gccgtacacg gattatagac cttagcaaaa ttgatgtgcg tattaattga
    38761 atgatcacca gccggcagat taccactgtg attagagtgc agagtagcca cacgacccgc
    38821 attcaaactc tgaattgata catacaaacg atgacgatat ttatatggca atggagcatc
    38881 ttctccacgt ttgttggagg tatgagccat aaagccatct ctcaaacgag ccgtttttag
    38941 ataatccgtg tcatttttta agacattgga ggtattctgt aaatttgtca acgacgactc
    39001 atcaaaccaa taatgaggac cgggagtact ctgatactgc actctcatta cactcgtatc
    39061 gggaattgcc gcaaacgtat aacgaagttg ggtcttccac cctgttgcca agacgctatc
    39121 tgcgccatta ttccatacta ctgggtcata tgtcggttta tatgcagctt ggaacgggtt
    39181 gatatagata ctatcccctg aaggataata aaccatacgc catacatgct gaccatacat
    39241 tactgagtct gcataatatg tggtgtcttt acccgcacta ccaccactac caccatgcgg
    39301 atgcaatcca ccggtccata gcttctctcc taaattaaat ttcaagaatt ggtctccacc
    39361 tcgattcccc acatgataaa acgtatcggc ataaagatac ttgctgctac cactctttaa
    39421 atagagatag cccatatggt caagaatact atctggaaac gctacgatat tcttaccact
    39481 atctgcaaca ctggcggaag accacgcctt agccacaaca gcattactag tcaagagagt
    39541 tatatctacg cgtgcagcac ggtgattgct cgaatccaaa tgttcagcct gcaaccctgc
    39601 agtgaagggg ttaagtccac tcgtagagtt cggtgagaat gtcaaagact tatgtccgct
    39661 attggcagtt ccaaacatcg tattatagtc catcgcatcc aatgcaaatg gagccgcttc
    39721 acgcaaagag aagagaagca taccatcaac tttacgatta tgcacatccg cagctgaagc
    39781 gatctttacc gttacaatag agtctaacgc gatagagcca ccacctgcag tagtatctcg
    39841 aggtaaacat aatacagcga ctgtatcatg tgtatcatcc aaataagaga ctaacggccg
    39901 cgtttgattg acaaccgttg catatgtttc tgagaactcc caatcgaaga gaccaccagg
    39961 caccaaataa gcattagtat cagccggaga agttttccaa ttcttcgaag cgcctacatg
    40021 tttcatggaa ctatcagcct tccacatctc acgattaaat atatctactt ccaatagagt
    40081 cttatgttgc ttattggtaa aatcgaatgt tgggttctgt ccttgattgt aatctgtcac
    40141 attaacacac cacaaagccg acgctgacac ttcggtattc ggggtaggac tggcagaaga
    40201 aaattcattt ctccacctcg acttaagagc ataccctgat gcattcttct ttacgacgtt
    40261 tatcgtatca acaaacagct taaaccttcc atttttaggc ttacccataa acatgacaag
    40321 tgctttcttc gactcacgaa ttcccgcagg agtattatga atcgtatcat caagaagctg
    40381 cctcggcgca ttactaccta atcctataat actatctatc gccaaatagt agtatccggg
    40441 atttgatccg gccttcaatt tttgaacggg tgctcctaca cgcaaagcct gtctccttaa
    40501 gaaggtctgc gccttacttg gagccccaaa cagccccaat agaagaatcc ccgctaatag
    40561 cgtgaaaatc tttttgttca taatgattat tgttttaata tccaaatagt caattctatc
    40621 aattagaaga aactcgggcg ataagcggaa tcctaccgcc cgaatatctt atctatccag
    40681 tctttacttc acaacagctt tcactgcatt ctcaccttct accgatacga ccactatgcc
    40741 ttgcggagca gaaatcgtct cgttgtcaga tgccaatacg gcttttgcta ccgtttgtcc
    40801 caagatattg cttacagtaa cagccttacc cgaagcattc tgaacagtca cgttacctac
    40861 accggcagtt actactacat tcgtagtgga tacttccttg ttggccaacg gagccttgtg
    40921 cgtcttacgt acattccaaa cttcagcttc gcgaattgca tcgaagtacg atccacggct
    40981 aatcaccaat acatcattct gaatcttaag ccatccgccc tgtgtcgggc caatcactcg
    41041 tccggcatta cgattccaag actcggactc gatcagaaat tctttatcat ttccccctcc
    41101 ttgatgtcta aagcggaatg agaacacttc atccttatgg aggttgttat ttaaaggtac
    41161 tttcttgatg ccctgcgtgg aattatacaa ttttctgtag ttcaagtatg gcttcccgtc
    41221 aggagccttc tcctcatatc ggaaatcgtc gatcgaccgt ccattgagaa tatacagcgt
    41281 atcgcttgca tggatagccg gagtgaaggc taaacgatcc cagttagaag gcaaaatgta
    41341 atcacgatca cggatggcac tctgcgaccc caattgagga tcagtgcgtg cagaatccgt
    41401 ctcattacgt aagaagcggc catatacata tggacgatcc atatctctct ctccacaggt
    41461 cggacaaccc agccaacctc gttccggttt tagaactaac agatactgag gtttaatatg
    41521 gcctgtacca cgatttacat aagctgtatc tacatagata gcccaatctg tatcaatgtg
    41581 acgttggaat acctgatcct tgtctttatt cttaatagca acatccgcat tctctacacc
    41641 tgcaaagtta atattactgt agcctgccgc attctgcttc ttcgtcgcag aatgtatact
    41701 atgagcatct tcatacaagt agtgatgagg ttctctcgca cgatagaaag ccactgtatc
    41761 cggatcgtct gttgcaacag aaccttcatc taaagaatta aatcgacgat acaaaggttc
    41821 tgtctcatgt gtcaaagcaa acgttgaaac acgaaatgta ccgagagtct tcggttgagc
    41881 tgctagatac atcggagcct gctctgttac attggcaact actacaccaa atgaattctg
    41941 cctgttacta ccatgactcc agtcataagc cttaatcgta tccgtaacag aaagcccctt
    42001 gacataagtt aagtaatgga agttcgaaat gtcaattcga tctagcagcg cataataatc
    42061 tctattgtcc ttttcatatg tgaagcgtaa atagaacttc gccttattta aacgacgact
    42121 atttgcattc tgctctggcg tttgaccata atgtagaccg tcatccatta ccacatagtt
    42181 ctcattctgc ctgaagtgcc aataatcatt tacctgtaaa tgataaaacc aacgtttcaa
    42241 ttgggctata tagttatcat ccttaggatc attgaatttt gccaatagat tgtcattcca
    42301 acctatacca tacttctcta cgccataagc ctctctgcgc agtgtatcag gaaccactag
    42361 ctgaaaatag gtctttttat ttttccctac atacaaccca gagtccgtac tcgattcgtc
    42421 attattttga ggcacataca gataatggtc tccatcactc aacttgttta agtaattgaa
    42481 ggcatatgca aaccagttca aagaatctgt cgcttcctta atggcagcag catcatcagg
    42541 attcttacta aagaacttat atcctaagta ggggtcatta cgatatggct taggaactac
    42601 agtaaaaccg gctcgattta catagttttt acccatgata ggactatagt cacgtcctag
    42661 tccgttttca tcaatacgat gccatacacc cttaaacaga tgatagtcat tatatacttg
    42721 tacatattca atacggatat tattgaactc acgattcgtc aaatgaatct tagatatagg
    42781 ggatccatcg ttcaccttcg ttacaaacca ctgataagac ggcgttcgat tcgcattttc
    42841 aataacttca ttgttatcac tttctaaacg cctccactgc ggagtcaagt cacctgcata
    42901 catcggaaca accaaatatc gcccctcacg atcttttatc gtatacaaat tagactccac
    42961 cgacgtgcga tctttatcat atactatgca actcttaata ccaaaatgga tacgagtatt
    43021 agcgggagct tctgccaccg tcaaaacacg gtcacctgta gttctatcca aatcctgcat
    43081 acgaactatc aagaaatcca ccatttcatc tgtgtacaga ttattgttgt aagggcgaag
    43141 gtgtgtactc gctgtatatg catcaacatt accggcatca cgatgatcac catatgctac
    43201 atgattctta tatcctttca cgttgatgat caaactatct tccgagggat aataaactaa
    43261 acgccactga ctctgttcat cattaggtgc tccagtcgtt acaatcttcg gataacgaat
    43321 acccaatcca ttatgatagc ctgaagcaga cgttgacatt gttacatatt gccctcccgt
    43381 cgtatttaaa taaacatagt tattatcttt cccccgatta gcagcaacaa catccgtagc
    43441 ctttaataac tgattaagcg gatttatctg tccggtcgtc acatctggat caaaaagcat
    43501 ttgtacaggg ccttctgtag gattttgatg catctttgta ttgaagtcat gagcagtcaa
    43561 cacacgtggt gctgcttgca tcagtgtaaa gcgcaccaac tcatgtttat agaatggtgc
    43621 acttgtgtct aaatcattct tatgggctac gaccaagcgt atcttatctc ctgtcccctt
    43681 gggtacagca aaagtcatat agtaatcagg cttaacctca atagccagat attggctcgt
    43741 atccaatcgt acagtattgt atgtacgcga aaatctccat cttgaaagat tacctccgac
    43801 taacggataa tcatgttgcc caataatctt atcaattgaa cctggatatc gttttgccat
    43861 cgtatcacta tagtaagtag cccccgtatc agtaaaaaga tacggcagat actcaaaagc
    43921 caaatcggtt ccaaactcct tattcatgaa tttataagca ggaactttac cagcattttc
    43981 atgtcgacca acatcgacac accataatga agaacgcaat ttgaaaaagg aagaatcagt
    44041 agcgccattc ctattccaaa tgtaattcgt atcagccata gttacatatc cattctgatc
    44101 cataatcaag aacttgtctg taacagccga atcaccaaca aacgttacct tcaaatggta
    44161 agcgcccttt ccatacccct caggtagata cctaagcgta tccccccaag caggcctagc
    44221 acttgtccct actgccccta agagtaggag gaacgaagcc gctaacaaag taaatacttt
    44281 tctgttcata atcaattaat tagatattaa tacttgtaaa ttctcttctt tcgcctctgc
    44341 agccaacaaa cgctgcatta gctccacacg agtcaatcgc cgcaacaaaa atacagattt
    44401 gccctattct cacaatctat ccccctcttt tttctgatcc actcttctaa ttcttatcca
    44461 aaaggcaaag cgctccaaca aaacagtaaa atccaagaac aaacagcgct atgctcatct
    44521 ttcactctcg aaccttaatc cctctctgga gcacacttgc atctattcgg tatctattac
    44581 acatagacaa tctacaaatc cactttttcc tcctagcatt ctattccgcg tacttcttac
    44641 gtaaaatcaa tctcctccta tcgaagttta aggacttcta cgtgacttga cttattccgc
    44701 atagaggtgt tctgcatttc tcttttacaa gaaagggtat acgcctatcc atatacgtat
    44761 acccttcaca ttcctattat ttttatttga gccgaaaccc ggactcgaac cggggaccta
    44821 ttcattacga atgaattgct ctaccaactg agccatttcg gcaatttacg actatgatct
    44881 tatcaaatcc aacaatcgtt cttcttatcg gcgacaaaga tagagcttta ttccatatct
    44941 ggaaatagtt tccgataaaa atcatccagt tctttttcta agcccgccat caagcattcc
    45001 tctccccctt ctgactgttc tttctgtcca aacagcactt ctgactcttt aaactcatca
    45061 tctactagac taataaagaa tggctttgaa cactttggat gattaaaggc gccttttgcc
    45121 gtcacacgag ctattgccga acgaatcatc gcaagttttc gctgcaaaaa aacggctccc
    45181 ttattgcgcg gatcagccca atcgaagatg accttcttct tcaataaatg atcaggctca
    45241 tcaaaaatct ggatctcacc cgcatcagca tccaattgca cgtacaaacg gctgatcgtc
    45301 tgtattgctc catcttttgt tacccggtct atcgcggata agaatatgga ctctattatt
    45361 ccctgaatct ttggattctc tttcacgtat tcttctgttt gtcggcgggc aaagatagaa
    45421 gggttgaccg gagatcctaa aaacaagtgt ctatttcttt gtgtcctgtt gcacactccc
    45481 gaattcacat ctatacaaag ccacatcgtg gaacaccgca agactcactt tcccaaatcc
    45541 ctcagttctt tgtcagagcg aagacgctgc ttcatggctt ccgtgtagcg tcgctggcga
    45601 ttgagtgtgg tggagtctac caccgaggca tactcgagat agtggctgta ggaacgttcg
    45661 gcccagtcgg aggcgattga tagattgcca catagctcct cactaacagc aatgttggag
    45721 gctaaacgcg ccttgatttt ccagtttcga gcttggtcgt agagacgatg ccagattatg
    45781 gaggcctcct tccatttctc agcagcggca taggcgctgg cctctttcca tgcggatgaa
    45841 gaggaggtat agtaccaacg aatattcggt tcccagtgtg gaacaaagcg cgaagaggat
    45901 ttgtcagcca tgtagagtga aacttcacgt aatacggtac gcatggcctg actgatggct
    45961 tcggggctat caatggtacc ctcaaacgca gcgcggagcg tgtcggatag atggacggta
    46021 cggaccatcg ttagggtatc ggatgggatg gaaagacgga tgagaccaga cacttcgacc
    46081 cgtaacgggt cgtgggtgag gaagtagagc gggtcgacgt cccctttgac gctgaactgt
    46141 aggcgatcga gcgagatgac ggcgtctaca ccctcgtccg tacatagttg tcgaacttcg
    46201 gaggctgata gcggttgatc ggagaggtgg gaggggcgat aagctctgtc gtagagacga
    46261 acatcgtcgt aacgatgcgc atcggcgatg cgttcgccca aggtgtggca gtagtaaaac
    46321 gccatgctgt cagtcgtcac ttccttcacc tccagtggga tcttccccaa cgtcaacaca
    46381 caaggggcgg cagatggcat cgctgcattg tccacaatca gcactcgacg gactgtatgc
    46441 ggaacatgca gctcggaagg ctccaaagtg tcgatcccaa tgaagcggat agtactgcat
    46501 gaggcaagta acagtaagag gctgaggcat acgtatatgc cccaacctct tcttttatcg
    46561 gtttgtgtca tttctctact tcgataagtc acgcattgtc tttcagctta gccacgtttt
    46621 cccgcaggag cgcgagttta ctctcggcat cggcacgctt ctttcgctcg acagccacga
    46681 cttcgggctt agcgttggcg acaaacttct cattgccgag cttcttcatc accgaacgga
    46741 ggaagccctc gaggtagtca atctcagctt ccatcttctg gatctcttca gccacatcga
    46801 tggtgttgcc cagcggtacg gcatactctg tcgtgccgac cataaacgag gcggcagtgg
    46861 catctttcgg agctcgcacg atcgtatcga cgttgcacat cttcataatg accggattat
    46921 acgcctcgtt atgatcaccc gtaacgacct gcaacgtgag cgactccttg ttcgggatgt
    46981 tgcgctcgag tcgaatggag cggacaccgg ccacaatgct cttcaccacc tcgaaatcgg
    47041 ctgtcaagcg atcgttcgtt tgctccggac gaggctgctg agtgaccata atgctctcac
    47101 ccggctggcg gtcggccaat gcctgccata cttcctccgt gatgaagggc ataaacggat
    47161 gaagggtcag tatgagtttc tcaaacagcg agatcgtgga acgatatgtt tttgcatcga
    47221 tgggctgacc gtaagctggc ttaacagcct cgagatacca cgcagagaac tcatcacgaa
    47281 agagtttgta agccgtcatc aacgcttcgg agatacggta tctcgagaaa tcgtcctcaa
    47341 gttccacgat cgtcgcgcag aacttcgcct ccatccaatc gatcgcaatt cttgccgcat
    47401 ctggctgttc tgccgcatcg gaaacctccc aactcttcac caaacggagt gcgttccaga
    47461 tcttgttgtt gaagttgcgc ccttgttcac acaacgactc gtcgaagagg atgtcgttac
    47521 ccgccggagc ggccagcatg atacccatgc gcaccccatc ggcgccgtat tggtcgataa
    47581 gggcgagcgg atcgggtgag ttgccgagcg acttcgacat cttccgcccg agcttgtcgc
    47641 gcacgatgcc ggtgaagtag acgctacgga agggcttatc cccctcatac tcatagccgg
    47701 ccatgatcat acgcgccacc cagaaaaaga tgatatccgg accggtgaca aggtcggccg
    47761 tggggtagta ataacgcatt tcgtcgttgc cgggatggtt aattccgtcg aagagggcga
    47821 tgggccaaag ccaagaagaa aaccatgtat cgaggcaatc ctcatcctgc cgaagcgtga
    47881 acgggcggcc cttcagcatg gggtgctcag cggcttgtgc acgcgcttcc tcttcggttt
    47941 cggctacgag gatgatgacc ggcgacacat tgcccgacgc ctccccatca gtcggcgagg
    48001 catagtaagc cgggatgcga tggccccacc agagttggcg actgatgcac caatccttca
    48061 cgttctccat ccagtggcgg taggtgttct tgaacttcgg cgggtagaaa cgaatctcgt
    48121 cgttcatcac cgcatcgagt gcaggcttag ccagaccgtc cattttcagg aaccactgca
    48181 tggagagctt cggctcgatg ggcacattgg tacgctcgga gaagcccacc ttgttcgtgt
    48241 aatcctctgt tttctcgagc agtccagcgg catcaaggtc gcggacgatc tgctcgcgga
    48301 cggcgaagcg atccatgccg acgtagagct cgcccgcggg agcaatggtg ccattgtcgt
    48361 taaagatgtc gatggagggg aggttgtatt tctcgcccag catgtagtcg tttacgtcgt
    48421 gcgcgggggt gaccttgagg cagcctgtgc cgaactcaat gtctacgtag tcgtcctcga
    48481 tgacggggat ctcgcgcccc acgagcggga caatgacgcg ccgtccgcgg aggtgttggt
    48541 tcttcgggtc gttcggattg atgcacatgg ccgtgtcacc catgatcgtt tcggggcggg
    48601 tggtagccac gatggcgtat ccgtcttcgc cgacgatgcg atagcgcagg tagtagagtt
    48661 tgccctgttg ctccttataa atcacctcct cgtcgctgag ggcggtgagg gcggcgggat
    48721 cccaattgac catgcgaacg ccgcgataga tcagcccctt gcggtacaga tcacagaaga
    48781 ctcggaggac gctccgggaa cgggtgtcgt ccatggtaaa agccgtgcga tcccagtcgc
    48841 aggaggcacc gaggcgtcgg agttgcttga ggatgatgcc accgtgctcc tctttccact
    48901 cccaagcgtg gcgcagaaac tcctcgcggg taaggtctga cttgcggatt ccacgctcag
    48961 ccagtcgtgc caccaccttg gcttcggtgg cgatggaggc atgatcagtg cccggcaccc
    49021 agcaggcgtt gtggcccgtc atgcgtgcgc ggcgcacaag gatgtcttga atcgtgttgt
    49081 tgagcatgtg ccccatgtgg agcacgccgg tgacgttggg cggcgggatg accaccgtgt
    49141 acggctcgcg ctcgtccggg agggagcgaa agaaaccgtt gtccaaccag tattgatacc
    49201 attttccctc gaccgacgag gggtcgtatt tcgatgctaa tgccatgttc ctatgatttt
    49261 taattgcagc gcgcaaaagt aagcag
//
LOCUS       SEQF2634|AYYE01001259.156576 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..56576
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(554..1825)
                     /gene="serS"
                     /locus_tag="SEQF2634_02260"
                     /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="MLTIKVITEQRDEVIRRLAIKHFDATEIIDRIIALDKTRRTTQA
                     ALDANLTEVNRLSKQIGGLMKEGKRAEADEAKAEVSRLKETNRTLEADKTQAEKDMHE
                     LLVLIPNLPHASVPEGTGADDNRCEETGGTIPELPADALPHWELARKYDIIDFELGVK
                     ITGAGFPVYKGKGARLQRALVNFFLDCARDAGYVEIEPPYVVNAESGYGTGQLPDKEG
                     QMYHANLDDLYLIPTAEVPVTNIYRDVILNEADLPIRNTAYSACFRREAGSYGKDVRG
                     LNRLHQFDKVEIVRIDRPEHSYTSLEEMVTYVRSLVEALELPWRILRLCGGDLSFTSA
                     LTFDFEVFSAVQKRWLEVSSVSNFESYQANRLKCRYRDADKKVQLCHTLNGSALALPR
                     IVAALLENNQTPEGIIIPKVLVPYTGFERIS"
     CDS             complement(1969..2406)
                     /gene="mepS"
                     /locus_tag="SEQF2634_02261"
                     /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="MRVEHPAPTLGIEVTGADNAALYRIVAQWLGTPHRIGKSVCGVG
                     TDCSGFVTTVYREVYGKALERSSADMLAKNCRRISRHRLREGDLVFFHNGARRGKRRR
                     VSHVGIYLKDGLFAHTSTSHGVVISSLDEEYYSRHWVAGGTVQ"
     CDS             complement(2614..2910)
                     /gene="rpmA"
                     /locus_tag="SEQF2634_02262"
                     /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
                     FHPGKNVGMGRDHTLYALIDGVVVFKRGRENRSYISVEGFEAAPAPQVEQPAEA"
     CDS             complement(2939..3256)
                     /gene="rplU"
                     /locus_tag="SEQF2634_02263"
                     /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(3443..4213)
                     /locus_tag="SEQF2634_02264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIFFYDKTFEGLLTAVFDAYTRRTFPDYLLRVGEPAPLFADET
                     YTVVTDTARAERVRLGLMRKLPAEATTLILRAWLSEQPAVDELLFRYIRKALDAPESI
                     ATNFADPDVLEVRNLALKVSREAHKLKQFVRFSKTADGLYVAPIRPLYNALPLAVPHF
                     TDRFADQPWVIYDLRRRYGYHYDLQTTREVTLADDAALRSRLDPDLLATDEQRFQALW
                     RAYFRSLTIRERLNPRKQRQDMPVRFWPHLTEMQPEDL"
     CDS             complement(4519..5790)
                     /locus_tag="SEQF2634_02265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTVLDKLKILAESAKYDVSCSSSGTVRRNTAGGIGNTVGGVG
                     ICHSFTADGRCVSLLKIMLTNHCIFDCAYCINRRSNDRPRATLSVRELVDLTIEFYRR
                     NYIEGLFLSSGVIRNADYTMERMVRVVKDLRTVHRFNGYIHLKSIPGCSRELVEEGGL
                     YADRMSVNLELPTEESLRRVAPDKNFESVFAPMRYIRQGMLQSQEDRRKFRHAPRFVP
                     AGQSTQIIVGATPETDHDILRVSSALYRRPSMRRVYYSGYVPVNTYDTRLPAAVGRVP
                     LIRENRLYQADWLMRFYGFSADEIVDSATPNLDLEIDPKLAWALRHPECFPVDINRAD
                     YALIVRVPGIGVKSARMIVASRRYGSLTSDSLRRIGVVMKKAQYFITCRELPFGGTIH
                     EVTPEQVRRALVPTPSRSKKVDPRQLSIVWE"
     CDS             complement(6079..7566)
                     /gene="guaB"
                     /locus_tag="SEQF2634_02266"
                     /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
                     RKNPDELSDATKKLLVGAGINTRDYKERVPALIEAGVDALCIDSSDGYSEWQQETLEW
                     VKANYNIPVGAGNIVDSEGFRYLVDAGADFIKVGIGGGSICITREQKGIGRGQATALI
                     DVARARDAYCKETGLYVPICSDGGIVHDYHMTLALAMGADFLMMGRYFARFDESPTQT
                     LRIGNNYVKEYWGEGSNRAKNWQRYDMGGSEALKFEEGVDSYVPYAGKMKDNLDITLG
                     KIRATMCSCGAITLEELQQRAKITLVSSTSIVEGGAHDVILKDQN"
     CDS             complement(7734..8663)
                     /gene="panE"
                     /locus_tag="SEQF2634_02267"
                     /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
                     ARSGLEVETPKGSFRVRPEGVVEQPERLGVTADYILCCTKSYDLETAVQKLRPIIGPE
                     TVIVPLLNGADIRDRIVEQLKDRGQVWYGLTYIVAMKTTPGTVRNVHGRGKLLFGSGA
                     GRCERGDELEALLREAGIQAEWHDDIQLQVWKKFIIISVSASVTSYFDLPVLLALERH
                     PDMCHRLLQEATSVAQARGFDLTEEYCWQELLRTWGSDEKSTTSMHRDFRAGRPTEVD
                     SLCGYIVREAERLNIPVPTYEEIYRGLKVGICK"
     CDS             complement(8665..8889)
                     /locus_tag="SEQF2634_02268"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKNSTKSVFRHLRSGLVTSVSRIPDCMHAFFMFNGGCGLGIVP
                     FEASIGAFHSIYPRFLNHLCRKNERSLNLI"
     CDS             9351..10169
                     /locus_tag="SEQF2634_02269"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEATLKIPHAVKIEESNCVSFKVGLHASLHRSQYDLLQDVSPE
                     LVQFPKGMMERWGELIMKECQSPSKGRTYSRFTPLMNEKDAERRRLLASFFGIIRGNI
                     YLPDGPKREAALKLDAKLHRFRGMQHGGSKMARSARIAALEKNLEELTAEVETLGLTA
                     TVQRLHEVTTEYESLSMERVKQRVDEKRPTMRETRREADVYYERACRLVEAAHLMATT
                     DEARKAIERLVDLMNRAVRESKRTYHEMLGQRRRYKKKEAPIDGSVDDASGGVS"
     CDS             complement(10258..10905)
                     /gene="vraR_2"
                     /locus_tag="SEQF2634_02270"
                     /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="MTNVILVDDHELFRLGIRGSLKRADVCILGEAESGKQLFTLLKT
                     LKPDLIFLDIILPDTTGIDIARRLRDSFPEIKILILSAENTMETVSDLLRIGIDGFIS
                     KRRCNSIELTKAVRVIMEGENYYGRDISSLMYEIVAMKRKMDKEGPVLFSDREAEIIR
                     LSHEGLTAREIGERLYISRRTVETHKTHIFQKLGINNTHEMLQYAIRCGLISPDG"
     CDS             complement(11123..12541)
                     /gene="ahcY"
                     /locus_tag="SEQF2634_02271"
                     /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
                     GKKPLAGARIMGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDQLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             complement(12624..13235)
                     /locus_tag="SEQF2634_02272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFRD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANTRQTPSKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
     CDS             13639..14433
                     /gene="thyA2"
                     /locus_tag="SEQF2634_02273"
                     /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="MKQYLDLLDEVLREGTAKEDRTGTGTLSVFGRQLRFDLDQGFPL
                     LTTKQLHLKSIIYELLWFLSGDTNVRYLQEHGVRIWNEWADDRGDLGHVYGYQWRSWP
                     DYDGGSIDQIATIVDDIRRTPDSRRLIVSAWNVADLPRMNLPPCHLLFQFYVADGRLS
                     LQLYQRSADLFLGVPFNIASYALLLQMTAQVTGLRPGDFILTLGDAHIYRNHLDQVRL
                     QLSRSPRPLPRMELNPARSSLFDFRYDDFRLVGYDPHPHIAGLVSV"
     CDS             14504..14992
                     /gene="dfrA"
                     /locus_tag="SEQF2634_02274"
                     /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="MITLIAALDEHDAIGLGNTMPWHLPADMKHFRSLTMGHTVLMGR
                     RTFDSLPKGALPDRRNVVLTAQPDLQCPDCLMVRSMDEALEVCRTAGEAFIIGGREVY
                     RQFLPVADRFCLTRVHHVFPEADVFFPDVDWSAWREAERTDRAPDERTPYALTFATYL
                     RR"
     CDS             15303..18548
                     /gene="tri1"
                     /locus_tag="SEQF2634_02275"
                     /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
                     ENGGYIYRLDPATKRAEKVQITLSSDNVYARSAIKDGGNYLRGAGLSPDGKRIVATAR
                     GEIFNLPVEKGVTKNLTRSPGAHDRSGAWSPDGKHIAYISDATGETELWMQPAEGGDP
                     IQLTKNNDTYIRNFSWSPDSRWIVYTDRKNRIRLVDVATKAVTEVMQDPRKEPSDVSF
                     SPDSRWLAYTRMADNQYDIIYVYRIADKQEYAVTDRWYDSGEPVFSSDGRYLVFSSTR
                     DFQPIYGSKEWNHVYGYTNGVYLALLSKDTPSPFLQKDDGAKADRKVEIKVEEGGKKK
                     EAAAEKKSEGVTVKVDGDGLTRRIVKLPLTADGYYGNFYSDGKRVYYARKGNTYVFDL
                     EKQKEETVAEGAQMWVEPGGKKAGFFKGRQVYVTDIPTGKADLKDAVNTGDMKITTDY
                     PKEWAQIFDESWRAFRDGFYLENMHGVDWKAIKAKYAALLPYVKNRQDLTYIIGEMIG
                     ELGCGHAYVTTGEIDAPKRVKMGLLGAKISRDKSGFFRIEEILPGETWDPTLRSPLAD
                     PGINAKVGQYIVAVDGVAANTVGDLYALLVGKANVPTELSLNDRPQMAGARRIVIRPL
                     ENEYPLYHYQWVQNNIAKVDKASGGKIGYIYIPDMGPEGLNEFTRYFYPQLDKEGLII
                     DDRANGGGNVSPMILERLSREPYRMTMRRGSIHNGTVPDAVQVGPKVCLINKYSASDG
                     DLFPWGFRALKLGKLIGTRSWGGIVGISSSLPFIDGQDLRVPFFTSYDMQGNWIIENH
                     GVDPDIRVDNDPIKEWNGEDEQLNRAIEEVMNQLKDRKPLPKTPAPRVWNK"
     CDS             complement(18634..18903)
                     /gene="yafQ"
                     /locus_tag="SEQF2634_02276"
                     /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="MKRLKQTGQFKKDLKRIQNNPRKLFSLNVVIELLRETGTVPREY
                     YPHLLTGNYRGYMECHIGSDFLLIWIDEREDVIKLVRLGSHSELF"
     CDS             complement(18900..19145)
                     /locus_tag="SEQF2634_02277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIVERKQTSFRLRTDLLKRMEKEASKENRSLNDFVESILMDN
                     MYFQPNETTLAAMREAESGVELEELDVDNFIEYVKSL"
     CDS             complement(19203..20237)
                     /gene="wbbL_1"
                     /locus_tag="SEQF2634_02278"
                     /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
                     SVAMLRERFPSVRLILLDRNYGFAEGYNRAIEQTTAEYTVLLNTDVEVTPGWLTAPLE
                     ELDADASVAAVQPKLLSRRDRSFFEYAGAAGGWIDRYGYPFCRGRVLSVVEEDRGQYD
                     TPADILWASGACLFIRTDVYRRVGGLDARFFAHQEEIDLCWRLRSRGYRLRCTPQSVV
                     FHVGGGTLHTESPYKTFLNFRNNLLMIYKNLPDRELPRVMRLRRMLDYFAALHFLLTG
                     HAKNALAVVRARREFRRLRPEYAPVRVENLRLSTLDPIPEQMNRSLLAAFYFKGRKRF
                     DQLMPCRIKD"
     CDS             20807..21910
                     /gene="ychF"
                     /locus_tag="SEQF2634_02279"
                     /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
                     VLRCFDDANVVHVDGSVDPVRDKEIIDAELQIRDLETIESRIAKVQKQAQTGGDKQAA
                     LAYGVLARYKEALEQGRNARSVTFDTKDEQRVARDLFLLTNKPVLYVCNVDEASAASG
                     NAYVEQVREAIKDEGAELLVVAAKIESEIAELDTYEERQMFLAEAGLEESGVNRLIKA
                     AYRLLDLETFLTAGPDEVRAWTYRRGSKAPQCAGVIHTDFEKGFIRAEVIKYDDFIQY
                     GSESAVKEAGRMHVEGKEYVVQDGDIMHYRFNV"
     CDS             22040..22915
                     /locus_tag="SEQF2634_02280"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLDGRRESTNVEDRRSGGGMSGGGKASLGIGGMIIVALLTWVM
                     GGNPLEVLQGGVGGGEADDASPQKEYVQSEEEAALFSFTKKVFASTEDVWTELFKAEG
                     LEYTQPKMVIYRNSTRSGCGQASSSTGPFYCPADQTVYIDLSFFDEMERSLGAGGDFA
                     YAYVIAHEVGHHVQYLLGNIERVNRETARLGKKEGNRLSVRLELQADYLAGVWANHEN
                     ERWKSLQDGDLEEAINAASQVGDDRLQKAAGGSVVPDAFTHGTSAQRMRWLKRGYQSG
                     KLRGGDTFSVPYDEL"
     CDS             22933..23571
                     /locus_tag="SEQF2634_02281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNPLLITLAALALLTGCSERKAEQAPAATPNEPVMVPSNEPEP
                     GPVVMEFDKTQLRREITIAVLSIQSIRDAWELVEAMTQGGKRKSKHLVEMMDALPDFS
                     KGDLSGSGSDCSLTEIRRLIESGQTRAASVKWRSRLLYMASQLKDYAIPDALSGSVKV
                     GEDTYVYECDSTGRVFHLTDDEGFNDFVSNGEREVPQSFYNLAKTVMSESAE"
     CDS             23735..24460
                     /gene="mhqN"
                     /locus_tag="SEQF2634_02282"
                     /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
                     NSPADRQAHRTKRWEMYYQRVMPFLYGNAFGLLGLLRKTLVMAVGLFRPITRQVSEAD
                     MRVVVHKSCALVVQTFMLAMTDAGYDTCPLEGFDSLRVKRILRLPRRAEVNMIISCGI
                     RDEGRGVWGERFRVPMEEIYHRI"
     CDS             24606..25352
                     /gene="mlaE"
                     /locus_tag="SEQF2634_02283"
                     /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             25349..26152
                     /gene="mkl"
                     /locus_tag="SEQF2634_02284"
                     /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="MIEIEHLVKSFDGRVILNDISAVFETGKTNLIIGRSGSGKTVTV
                     KSIIGLVKPERGRVLYDGRDLLSMNKSELKHLRRETGVLFQGSALFDSMTVLENVLFP
                     LDMFSRETARERERRALTCLERVEISHARDLYPSEISGGMMKRAAIARAIALQPKYLL
                     CDEPNSGLDPKTSLVIDRLIHSITQEYNMTTIINTHDMNSVMNIGENIIFISEGRKEW
                     QGTKEQVISSGNKALNDFIFASDLLRKASELQELEEETGVMPTRKFPPE"
     CDS             complement(26643..27323)
                     /gene="trmD"
                     /locus_tag="SEQF2634_02285"
                     /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="MRIDILTVLPEMIDGCLNCSILRRAQDRGLAEIHLHNLRDYTTN
                     KWRRTDDYPFGGEAGMVMQIEPVDRAISALQAERTYDEVIYTSPDGQRFDQPMANRLS
                     LLQNLIILCGHYKGVDYRIREHLITLEISVGDYVLTGGELAAAIIADATVRLIPGVIG
                     DEQSALSDSFQDGLLAPPVYTRPAEYKGWRVPDVLLSGHDRRIAEWRLQQAQERTERL
                     RPDLLRDE"
     CDS             complement(27542..28744)
                     /gene="ackA"
                     /locus_tag="SEQF2634_02286"
                     /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             complement(28764..29777)
                     /gene="pta"
                     /locus_tag="SEQF2634_02287"
                     /EC_number="2.3.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77844"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphate acetyltransferase"
                     /translation="MNLIQSIVDRAKANKQRIVLPEGTEERTLVAADRLVADGVADII
                     LIGEPNDIRKEADRLGLKHINGARLLNPKNHEKKQTYADLLLDLRRAKGMTPEKAAEL
                     VEDPLYLACLMIKAGDADGEIAGARNTTGNVLRPALQIIKTTKGISCVSGAFLMFVKD
                     PSYGREGILIFADCAVLPDPTAAELAQIAVSSAATARAMLGTEPRVAMLSFSTKGSAS
                     HERVDKVAEATRLARELDPTLQVDGEMQLDAALVERVAALKAPGSTVAGHADVLVFPS
                     LEAGNIGYKLVQRLGGAEAVGPILQGMAAPVNDLSRGCSVDDIYRMVAIACNQAIALK
                     NQK"
     CDS             30058..32280
                     /gene="norB"
                     /locus_tag="SEQF2634_02288"
                     /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             32364..33449
                     /locus_tag="SEQF2634_02289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEVHPVRAFRLFSWCPCRTSAKALFPILVFAELLQRRFSPFWR
                     LQNFCKVAFLHFGVCRTSASALFPILVFAELLQRRFSPFWRLQNFCKGAFPHFGVCRT
                     SARALFPILAFAELLQERFSPFWCLQNFCKRAFPHFGVCRTSASALFLILAFAEVLQE
                     PFSPFWCLQHSCRGQKVFRGLCSVPAEAKKFLERLAGLPQTPKSFPRHLRDSRKRQKV
                     FRETCGTPANTKKFLEALAGLPQTPKSFPRHLRGSRKRQKVFRGTCGTPANAKKFSEA
                     LAGLPQSPKSFPRHLRDFRKRQKVLRGTCGTPANAKKFLEALAGTPANAKKFLARLTG
                     VPAKTSFLTVDKKKACRRKTSTGLNCR"
     tRNA            complement(33522..33596)
                     /locus_tag="SEQF2634_02290"
                     /product="tRNA-His"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-His(gtg)"
     CDS             complement(33673..34578)
                     /gene="folD"
                     /locus_tag="SEQF2634_02291"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51696"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional protein FolD protein"
                     /translation="MEEHSYQLIDGKAVAEQIKKELAAEVEKIKQDGRKAPHLVAILV
                     GHDGGSEAYVANKVRNCEEIGLRSSLIRFEDDVTEQALLDKVNELNADDDVDGLIVQM
                     PLPKHISSQRVIEAIDYRKDVDGFHPINVGRMSIGLPCFKPATPAGIIELLRHYEIPT
                     KGKHCVILGRSNIVGKPMAMLMMQKENPGDCTVTVCHSRSENLREMCLSADIIIAALG
                     VPEFLKGDMVKEGAVVIDVGTTRVPSSVTKSGYRLMGDVAFHEVAPKCSYITPVPGGV
                     GPMTIISLMRNTLLAGTKAVFGKEE"
     CDS             complement(34608..35936)
                     /gene="ffh"
                     /locus_tag="SEQF2634_02292"
                     /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             36795..37061
                     /locus_tag="SEQF2634_02293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVILSAAIAAAMTFGVALSASAQDVKKEGQQTEQKSCCSKDK
                     DKKHCDKAGKKDCKAADKKSCCKDKKDGKQCNKAKTEEAKKEVQ"
     CDS             37199..38185
                     /gene="glcK"
                     /locus_tag="SEQF2634_02294"
                     /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
                     AGELGHTTVRRENGRLCGCGRHGCLETYASATGVARTARELLTKRTDASLLRALEPDK
                     ITSKDVFDAAVQGDKLSIEIFDITGEILGEAFANFVAFSSPEAIILFGGLSKAGDLIM
                     EPVKRSMEAHMLKVFQGKTRLLFSQLKESDAAVLGASALGWEAKDEPMDALV"
     CDS             38336..40390
                     /locus_tag="SEQF2634_02295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSALLLMTTSLLTVGAHVATAANDEHPKIDYTVDRFADIEIL
                     RYEVPGFEELSLQQKQLLYHLSEAALMGRDIIFDQNCRYNLAIRRALEAIYREYRGDR
                     GDAQFKALETYLKRVWLANGIHHHYGEDKFEPAGFTADYFAQCIRSLDPKHVPVRKGQ
                     TVDAWLKEITPVIFDPKVMPKRTVQSGSGDLLLASANNYYEGGVTQQEAEAFYAAMRT
                     PNDSTAPSYGLNSRLCKSADGKLTEKVWKVGGLYTEAIEHIVDELRKAEQFAENAAQR
                     AVIEKLVEFYRTGDLKTFDAYAILWVKDTTSEVDFVNGFTESYGDPLGMKASWEAIAN
                     FINRKATKRTRIISDNAQWFEDNAPMDPRFRKKKVRGITAKVITVAMLGGDCYPTTPI
                     GINLPNADWIRKDHGSKSVTIENITEAYDKASLGNGFREEFVWNDAEHARIDKYGFIT
                     DNLHTDLHECLGHASGQLLEGTDPNALGAYSSTLEEARADIFALYYLADPKLIELGLL
                     SDPEAYKAEYYKYIMNGLMTQLVRIQPGNDIEEAHMRNRQLIARWVYEKGRADHVVDF
                     AKRDGKTFVVVNDYGKLRGLFAELLAELQRIKSEGDFEAGRKLVEDYGVKVDRALHEE
                     VLARYARLNLAPYKGFVNPVMKPIRNAQGKVTDVTLDYSEDYADQMMRYSREYSYLPT
                     YN"
     CDS             40426..40929
                     /gene="fur"
                     /locus_tag="SEQF2634_02296"
                     /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
                     EAAKGKQ"
     CDS             41606..42871
                     /gene="purA_2"
                     /locus_tag="SEQF2634_02297"
                     /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
                     FNVIKACVAYRVDGVETDRFPFDLSKAEPIYAELPGWQTDMSGMKSEDEFPEEFNAYL
                     TFLEDELGVPIKIVSVGPDREQTIIRYNE"
     CDS             43037..43738
                     /locus_tag="SEQF2634_02298"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITSTSALYWVIFIGIAGLSWLVSHRLQSKFKKYSRVPLPGGLT
                     GREVAERMLRENGIDDVRVTSVAGQLTDHYNPANKTVNLSDAVYATNSIAAAAVAAHE
                     CGHAVQHACAYAPLKLRSKLVPVVSFSSNIVQWVLLAGMVLIKTFPQLMLAGIVMFAL
                     TTLFSFITLPVEIDASRRALAWLKTSGLTSRETDGMARDALQSAAYTYVVAALGSLAT
                     LLYYILIFTSGSRRD"
     CDS             43740..45113
                     /gene="hisS"
                     /locus_tag="SEQF2634_02299"
                     /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
                     VIAELRAKGISDSAIDRLQPVIDLRGSNREKMAALRSVLEGSEAGIRGVEETEYILDH
                     IEPLPLKAHLETDLTLARGLNYYTGAIFEVKALDAEIGSITGGGRYDNLTGVFGMAGL
                     SGVGISFGADRIYDVLNQLDLYPEDTLRTTQLLFVHFGEREANYLLPLIARVRAAGIR
                     AELYPDAAKMKKQLGYADANAIPFVALVGEDEMSTDRIQLKDMRSGEQRAVTLDELIA
                     ALSESHN"
     CDS             45303..45530
                     /locus_tag="SEQF2634_02300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSPMKAKTILCAYPTNLMAIIALIFFCLLFFYQEKKRKSGCGGE
                     APAKALTNLLHLPYAPHEGQNKSLNPFGHSL"
     CDS             45742..45960
                     /locus_tag="SEQF2634_02301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAQTTLCAYSANLKAIIALIFFCFLFFYQEKKRKSGSGGEAPA
                     KAPTNLLRLPNAPHEGPNNSLHPFGRTR"
     CDS             complement(46577..47209)
                     /locus_tag="SEQF2634_02302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPRAPHEAENNSLSQSPDTPRIKKLIPFRYLGHSTKPKTTFFL
                     NLRILRESKNRFRFVTSGIPRSRKQLSISISGHSVNQKTDSVSLPRAPHEAENNFLSQ
                     SPDTLRNQKRISISIPRHYAKRKTNLDFDFRVLWKQKMNCDFAFRVSGKPKMNLDLRL
                     RTLSEAKNELRFCFQSVREAKNELRFRILGTPEGQNESRFCFTECPKSPK"
     CDS             complement(47472..50717)
                     /gene="carB"
                     /locus_tag="SEQF2634_02303"
                     /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
                     LIEFLGVAARVSKESPVVVSEFLQDVKEIEFDAVARHGEIVEYAISEHIEYAGIHSGD
                     ATLVFPPQKLYFETVRRIKKISRKIARELNISGPFNIQYLAKNNDVKVIECNLRASRS
                     FPFVSKVLRQNFIDTATRIMLDAPFTPPNKTEFDIDWIGVKASQFSFGRLSNADPVLG
                     VDMSSTGEVGCIGDDFDEALLAAMVAVGNTIPTRSIMVSSGGAKSKVELLEPCRMLCE
                     RGYTIYATQGTAAFLRDNGVEVTPVCWPDERDGGLNILDMFSRHAFDLVINIPKNQSR
                     RELTNGYKIRRAAIDHNIPLITNARLAGAFIRAVCNLGEKDIPIKSWQEYR"
     CDS             complement(50740..51798)
                     /locus_tag="SEQF2634_02304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIEDINVALLQLRENLANLDAARLQVAQVTGSSQELVEATAR
                     LSDEVKRLADRISEETQAVISRFAEQLEGSRAEWTDTINDGKARFATEVEQTRQATAL
                     LKSDAELALQQALATSTQSVADLKLETQETLRLATSAATQVVADLKSETQETLRQATA
                     SAAQTVAALKDNTEETLRQAAATSTQTVADLKTETEETLRQAKEASLQATEQLRTETQ
                     AALQQSLEATTRTMGEVSEQAKQSVGEVSALAKHALTEVTTVSTDAIEMQQSEIADTL
                     DTLADYNERIRQLIDALTASNLSAQIASLERKVDEQSAAQQAALEKIRLDAERNQKIQ
                     LFTAITIVILLLLFFFLK"
     CDS             complement(51799..55560)
                     /locus_tag="SEQF2634_02305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSYRENMRRLRNPSFEKITAIAHSFLPSPTDGRTAPPTDLPS
                     PDMAADRGQMLLRALCDDGVRQKAKVDRVLGTMPRKLFQGTTFDVVDWQCGQGVNTVC
                     FFDFIRRNGMENRVQQVFLIDTDAEAMERALWHLEPYMGDTDRIVTIHKPINEVDRFD
                     IETHQPVTFHFFTDVLGHPEIDLRRLAQLIGRTIRGEHYFFCVDALKHGNDRLETFYR
                     CFNSPELFTDETYYPTARQPYAMTCKAFRLRAETFGLNTALSPVQWQAAFRLDIVREQ
                     LQQTEREKVAALYRSLSRFEVSAGYDVAACAHNDLPPLLAVLSNLITRGLPTAASPLL
                     EEAFAPLGNRKRWNEEGRITYAARDLYPSDLFEALHLIDPRFKPDETTYNVDALESDL
                     QREYITRVAPPPFRQLFEPQRNVYTLTGQREYCTQHVDFSLEFPYPTKDLRDVRHNGF
                     VIEIEDPTVQTTMDQRRIEKQRTDDLAAMNWTCETFSDGHLSDMHFGYLDSDYVRTAF
                     RVFSRPFDSEWVRTLQYVLTPIGVARIEKVILEALMAGRLDLAAPHWEVLVVERDVPC
                     AVAALSDLRALFERLTALSAEWDGVHFPEVTLDVISTPEFIDSPLHADVVPSAELTEE
                     HRAKTYDLIIDISVLRRAGIERPLIGTYTNCHNDCCFIVRSAHHAREPRRVLTTGRIT
                     YRPLIIRDAIGRSTLIPETAGAIHYIMGILSRREDFRPGQEAILDRLLRGESVAALLP
                     TDAHGAAVALPAALLQPGVTVVITPDAKTADKLIDEARQQDIDCGASLHTNMTDGERE
                     RRERRVESAALHFVAISAEQLARPTLQQRFLSMRETGVYFAYGILDSAERGSEWSPFF
                     DPHYLCAGKILRRYARPREGTITLGATLSQASFDMLFDVERELLPVDSYTPDRDRIVT
                     ASATVAPMSLESRSEAEEGKDIEQMIREMGMEYIAPVLGSSSAEEARLVGLSYPTSAG
                     EGGESTRDKAAEARYIRILYRMGCLGLIDGVARDEVQKRFLLVVRDCTAEQVYKRYCD
                     YFNRYYTRKRAEREETAARAGMPAVMLRDEREGVIYKCLTGLTHYVCDNIARLAPDTA
                     SHTPLTERLAQDLADDSQATDEVLFRYLHLVNDSSEGSPKGRIHALHESVCTLRRAGH
                     THPVLLLLNTFCLLYLGTGDRATLEQDLSTSYEQGIIGLYHLMPDYARFQEQFEAYNR
                     FVRNEADATDDATEARMEKAASRLLLIRAADILSTHLTYTTELQRTYLG"
     CDS             56069..56560
                     /locus_tag="SEQF2634_02306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRMIQKIDHRYAFLSPAGPLGGAYAIRPYPDGRKMIAVGVCFA
                     VLPEKQAAFRGCYGVGGGKRGAFLCPCVGAYCIRPTNDPFMGRMIRMIDHRCAFLSPA
                     GPFGGAYAIRPYPDGRKMIAVGVCSAVGYAKRGAMPAFYYLTWRRSYTCDLFYLGRVG
                     VSA"
ORIGIN      
        1 gctcccagcc gatcagctcg aagcgtttgt tctggaagcg gaagatgaag ctgtcgtcgt
       61 tgtcgtaggc atttgagccg ggcaggagga agttgaagcg gagtgtaccg tcttggatac
      121 tcatgtcgac aaaggcgtcc gtgttgcctt taggggtgat gaagcggccg ccgtcttgct
      181 cttgaagcac atatccgcgc ttcttctttc caaaggcgat acccaggacg cggctacccg
      241 aatcgttgtt ttgcaagatg aaagcgatgt cgtcgacatg gtctttgttg aggtcgccat
      301 tctcgatgaa gaacacatgc cacccctcgg gggcaaagtc ctctgccgaa gctccgcttt
      361 ggggcagctt cggggtctgt gcagccattg ttccagcgaa caacagcata gcgaaagcaa
      421 tcagtcgatt catagatggg tagtttgtta agggtgagtg cgtggatgat ttgaagagaa
      481 ggtcagggaa aataggggga gtctaaaagt cggccgggga ccggttgagg tgcacccggc
      541 cgttttcagc tgttcacgag atgcgctcga agccggtgta aggcacaagc actttgggga
      601 tgatgatgcc ttcgggcgtc tggttgttct ccagcaacgc ggccacgatg cggggcaggg
      661 ccagggcgct accgttgagc gtatggcaga gctgcacctt cttatcggcg tcacggtaac
      721 ggcacttcag gcggttggcc tggtagctct cgaagttcga cacggaacta acctccagcc
      781 aacgcttctg cacggcggag aagacttcga agtcgaacgt cagggcggac gtgaagctca
      841 gatcgccgcc gcagagtcgc aggatgcgcc acggcagctc aagtgcctca acgagtgagc
      901 ggacgtacgt gaccatctcc tcgagcgatg tgtaggagtg ctccggccga tcaatgcgga
      961 cgatctccac cttgtcgaac tgatgcagac ggttgagccc gcgtacatcc ttgccgtacg
     1021 aaccggcttc gcggcggaag caggcggagt aggccgtgtt gcggatgggt aggtctgcct
     1081 cgttgaggat cacgtcgcgg tagatgtttg tgacgggtac ctcggcggtg gggatgaggt
     1141 agaggtcgtc gaggttggcg tgatacatct gcccctcttt gtcgggcaac tgtccggtgc
     1201 cgtagcccga ttcggcgttg acgacgtagg gcggttcgat ctcgacatag ccggcgtcgc
     1261 gggcgcagtc gaggaagaag ttcacgagcg cgcgttgcag ccgtgccccc ttgcccttgt
     1321 agacggggaa tccagcgccg gtgatcttga cgcccagctc gaagtcgatg atgtcgtatt
     1381 tgcgggccaa ctcccagtgc ggcagtgcgt cggcgggcag ttcggggatg gtgccacccg
     1441 tctcctcgca acggttgtcg tcggcgcccg tgccttcggg cacggaggcg tgggggaggt
     1501 tggggatgag cacgagcagc tcgtgcatgt ctttttcggc ctgtgtcttg tcggcctcca
     1561 gcgtgcggtt ggtctctttc aggcgggata cttcggcctt ggcctcgtcg gcttcggcac
     1621 gtttgccctc cttcatcagt ccgccgatct gcttggagag acggttcacc tcggtgaggt
     1681 tggcgtcgag ggcggcttgc gtggtgcgtc gggttttatc gagtgcaatg attcggtcga
     1741 tgatctcggt tgcgtcgaag tgtttgatgg ccagtcggcg gatcacttcg tcgcgttgtt
     1801 cggtgatgac tttgatggta agcatagttc tgtatggggt aagaggttgt tctacgtatt
     1861 acgggtgaca aaaatatacg ctttgagact ttgcagagca gcacatcagc tgtgttgcct
     1921 ttgacagact ctgggtcggt cgtgtgcttg cggacatttc tttcgccttt actgcacggt
     1981 gccgccggcc acccagtgtc ggctgtaata ctcctcgtcg aggctgctaa tgacgacgcc
     2041 gtgcgaggtg ctggtgtggg cgaagagtcc gtccttgagg tagatgccca cgtgcgagac
     2101 acgtcggcgt ttgcctcgcc gtgcaccgtt gtggaagaag acgaggtcgc cctcacgtag
     2161 ccgatggcgg ctgatgcgtc ggcagttctt tgccagcatg tcggccgagg agcgttcgag
     2221 cgctttgccg tatacctcac gatagacggt ggtgacgaag cccgagcagt ctgtgcccac
     2281 gccgcagaca cttttgccta tacggtgcgg tgtgccgagc cattgggcta cgatgcgata
     2341 gagtgcggcg ttgtctgcac ctgtcacttc gatgccgagt gtgggggcgg ggtgctccac
     2401 acgcatcggt gcgggggtat gtcggtgtgc ggcgcaggag aaggacatga ggcacgcgag
     2461 aaagcacagt gcaaccaggc gaagggttgg tggaggtatg cttggtgtgt tcatttgcta
     2521 tagataaaaa cgaacaagag gggctgccct catgtgatga taggacagcc cctctctctg
     2581 attcgtgtta ctctccgggg gagcgggcgg cggttatgct tctgccggtt gctccacctg
     2641 cggcgccggg gcagcttcga agccctcgac ggagatgtat gaacgattct cgcggccgcg
     2701 cttgaagact acgacgccgt cgatgagtgc atacagcgtg tggtcgcgac ccatgcccac
     2761 gttcttgcct ggatggaact ccgtgccgcg ctggcgggcg atgatgttac cggccttggc
     2821 cttctggccg ccgaagagtt taatgcctaa gcgtttgctt tctgattcgc ggccgttctt
     2881 ggaactgccg actccttttt tgtgtgccat ttctctctgt cttgttgtgg ttaaatggtt
     2941 aagcgatgat ttgtttgatg ctcacttcgg taaactgctg gcggtgtccg ttcagcttgc
     3001 ggtaaccctt tcttctcttc ttgtggaaga cgagcacctt atcgccctta accagcggcg
     3061 aaagcacttc gcaaatcacc ttggcacctt ccaccgtggg cgcgcccacc tgcacactgc
     3121 catcggcatc gaccaacaac accttgtcga actccaccgt tgcgccgctc tcgacgtcac
     3181 ggaggtgatg gacaaacaac ttctttcctt gctcggcctt aaactgctgg ccgttgattt
     3241 ctacaattac gtacattgat tagagtatta atcgtgactc ccgggggcgg gtcggggggc
     3301 tctgagtccc ccagaggcct ctttttcatg ccctctgcgg attattgagg cgcaaaagta
     3361 gaccaattaa cacgttgcgc aaatggcgag gcatgtcgga agtggtgaat ggcagggtgt
     3421 tctgtgtgcg acggggggcg cctcagaggt cttccggctg catttcggtg aggtggggcc
     3481 agaagcggac gggcatatct tggcgctgct tgcgggggtt gaggcgctcg cggatggtga
     3541 gggaacggaa gtaggcgcgc cagagggctt ggaaacgctg ctcgtcggtg gccaggaggt
     3601 cggggtcgag gcgggagcgg agggcggcgt cgtcggcgag ggtgacttca cgcgtggtct
     3661 ggaggtcgta gtggtagccg tagcgacggc ggaggtcgta gatcacccag ggctggtcag
     3721 cgaagcggtc ggtgaagtgg gggacggcca gcgggagcgc gttgtagagc ggtcggatgg
     3781 gggcgacgta gagcccgtcg gccgtcttgc tgaagcggac gaattgcttg agcttgtggg
     3841 cctcgcggct gaccttgagg gcgaggttgc gcacctcgag gacgtccggg tcggcaaagt
     3901 ttgtggcaat cgattcgggg gcgtcgaggg ctttgcggat gtagcggaag aggagttcgt
     3961 cgacggcggg ctgctccgag agccaagcgc ggaggatcag ggtggtggct tcggcgggga
     4021 gcttgcgcat gagtccgagg cggacgcgtt cggcccgggc cgtgtcggtg acgacggtgt
     4081 atgtctcgtc ggcaaagagc ggcgcgggtt cgcctacacg cagcagatag tcggggaagg
     4141 tgcggcgggt gtaggcgtcg aaaacggccg tgaggaggcc ctcgaaggtt ttatcgtaga
     4201 agaaaatgtg cacggggagg aactaaagac agaaaacgaa aagcggctcc gggtaggggt
     4261 ggcgtttggg ttgccggttg atagggtgaa acgactcggg aatgctccag aaaccgtgtt
     4321 tctatgctga aaccgctcgg gaatactcca gaaaccgtgt ttctacactg aaaccgcttg
     4381 ggaatgctcc agaatcagtg tttctacact gaaaccgttc gggaatgccg cggaaaccgt
     4441 gtttctcggg tgaaaccgct cgggaatact ccggaatcaa cgtttctgcg ctgaaaccgt
     4501 tcgggaacac gcgagaaatc attcccacac gatgctcagc tgccggggat cgaccttctt
     4561 gctgcgcgat ggggtgggaa cgagggcgcg gcgcacttgt tcgggggtga cttcgtggat
     4621 ggtgccgccg aaggggagct cgcggcaggt gatgaaatac tgcgccttct tcatcaccac
     4681 gccgatgcgc cgaaggctgt cggaggtgag gctgccgtag cggcgggagg cgacgatcat
     4741 gcgggcagac ttgacgccga tgccgggcac gcggacaatg agggcgtagt cggcgcggtt
     4801 gatgtcgacg gggaaacact ccgggtgacg cagcgcccaa gcgagcttcg ggtcgatctc
     4861 gaggtcgagg ttgggggtgg cgctgtctac gatctcgtcg gcgctgaagc cgtagaagcg
     4921 catcagccag tcggcttgat agaggcgatt ctcgcggatg aggggcacgc ggccgacggc
     4981 ggcgggcagg cgcgtgtcgt aggtgttgac gggcacgtac cccgaataat agacgcgtcg
     5041 catgctcggc cgacggtaga gggcggagga gacgcggagg atgtcgtggt cggtctcggg
     5101 cgtggcgccg acgatgatct gtgtgctctg tccggccggc acgaagcggg gggcgtggcg
     5161 aaacttgcgg cggtcttctt ggctttgcag catgccctgg cggatgtaac gcatcggggc
     5221 gaagacgctc tcgaagttct tgtccggggc cacgcgtcgg aggctctctt cggtgggcag
     5281 ctcgaggttg acgctcatgc gatcggcgta gagcccgccc tcctcgacca gctcgcggct
     5341 gcatccgggg atgctcttga gatggatgta accgttgaag cggtggacgg tgcggaggtc
     5401 tttgacgacg cgcaccatgc gctccatcgt gtagtccgcg ttacggatga cgccggagct
     5461 gaggaagagc ccttcgatgt agttgcggcg gtagaactcg atggtgaggt ccactagctc
     5521 gcggacggag agcgtggcgc gtgggcggtc gttgctgcga cggttgatgc agtaagcgca
     5581 gtcgaagatg caatggttgg tgagcatgat cttcagcagc gagacgcagc ggccgtcggc
     5641 ggtgaagctg tggcagatgc cgacgccgcc gacggtgttg ccgatccctc ccgccgtgtt
     5701 tcgccgcacc gtgccgctcg aggagcacga gacgtcgtac ttggccgatt cggccaggat
     5761 cttgagctta tctaatacgg tgtcggtcat tgcttgttga ggtgttgggt gtttaattgt
     5821 tgggggatac aaacgtgtac ccggcagggt ttggctgggg tccctgaccc tccttttctt
     5881 gtcttgacac aagaaaagga ggcaaaagaa agtcaaggcg ccaggggcgc cggccaacta
     5941 agctgggtac atgcaggtaa caggcaagat tggccggggt ccctgacgcc ccttgatgca
     6001 agaaaaggaa gcgagccctc accgagggcg gggaagtttg tccgggtatc aggcaaactt
     6061 ggctggcgtc cctgacgcct agttctggtc tttgaggatc acgtcgtgcg caccaccctc
     6121 cacgatgctg gtggaggaga cgagcgtgat cttggcgcgc tgttgcagct cctcgagcgt
     6181 gatggcgccg cagctgcaca tcgtggcgcg gatcttaccg agggtgatgt cgaggttgtc
     6241 cttcatcttg ccggcatagg gcacgtagct gtcgacgccc tcctcaaact tcaacgcctc
     6301 ggagccgccc atgtcgtagc gctgccagtt cttggcgcgg ttcgagcctt cgccccagta
     6361 ttccttcacg tagttgttac cgatgcggag cgtctgcgtg ggcgactcgt cgaagcgggc
     6421 gaagtagcga cccatcatca ggaagtcggc tcccatcgcc aaggccagcg tcatgtgata
     6481 gtcgtgcacg atgccgccgt cgctacagat gggcacgtag agccccgtct ccttgcaata
     6541 ggcgtcgcgg gcacgcgcca catcgatcag cgccgtagcc tgtccacgtc cgatgccctt
     6601 ctgctcgcgg gtgatgcaga tcgatccgcc gccgatgccc accttgatga agtccgcccc
     6661 ggcgtcgacg aggtagcgga agccctcgct gtccacgatg ttgcctgcgc ccacggggat
     6721 gttgtagttc gccttgaccc attcgagggt ctcctgctgc cattcggaat agccgtcgga
     6781 ggagtcgatg cagagcgcat ctacgccggc ctcgatgagc gccgggacac gctccttgta
     6841 gtcgcgtgtg ttgatgcccg cgccgacgag cagcttcttc gtggcgtcgg agagttcgtc
     6901 ggggttcttg cggtggctat cgtagtcttt gcggaagacg aagtaggcca gacggtcgtc
     6961 ggcgtcgatg atgggcaggg agttcagctt gtgctcccaa aggatgcggt tggcctcgct
     7021 cagcgagatg cccgatcgac cgtagatgag cttagagaag ggcgtcatga aggtgccgat
     7081 cttcatcgcc ggatcgtcct tctcggcgcg atagtctcgg ctggtgacga tgcctaagag
     7141 tcggccgtta ggcgtgccgt cgtcggtgat gccgatggtg gagtggcccg tctggcgtac
     7201 caacttaacc acgtcggcca gggtttgctc gggcgtgagg ttggagtcgc tgaccacgaa
     7261 gccggccttg aacttcttca ccttacgcac catctcggcc tgactctcga tgggctgtga
     7321 accgaagatg aacgagaggc caccgttacg cgccagctcg atggccagct cggggccgga
     7381 cacggcctgc atgatggccg aaacgaaggg gatattcagc cggataggcg agggttcgcc
     7441 cacggcgtgc tttacgagcg gcgttttgag cgacacattg gtcgggatgc acgccttggt
     7501 cgtcagacca gggatcaaca ggtattctcc gaaggttctg gagacgtctt ctaagtaaac
     7561 agccatatct aatctcttga gtagttaaag tagtcagggg tagttattga gtaggggagg
     7621 gggagaggcc cccggccgaa aaaagtgggg caaaagtagc acgccccccc tctcatccaa
     7681 atgccgaacg ggaggctggc cgcgctggtc aacctcccgc tcaaaacggc ttctcactta
     7741 catatcccca ccttcagccc ccgataaatc tcctcgtacg tcggcacggg gatgttgagc
     7801 cgctcggcct cacggacgat gtatccgcag aggctgtcga cctccgtggg ccggcctgcg
     7861 cggaagtcgc ggtgcatcga cgtggtagac ttctcgtcgc tgccccacgt ccgcagcagc
     7921 tcctgccaac aatactcctc cgtcaggtcg aagccccgag cctgggccac gcttgtggcc
     7981 tcttggagca gtcggtgaca catgtccgga tggcgctcca aggccaacag cacgggcagg
     8041 tcgaagtaag acgtgaccga ggccgatacg gagatgatga tgaacttctt ccacacctgc
     8101 agctggatgt cgtcgtgcca ctcggcctgt atgcccgcct cgcgcagcag ggcctccagc
     8161 tcgtcgcccc gctcgcagcg ccccgcaccc gaaccgaaga gcaacttgcc gcgcccgtgc
     8221 acattgcgga ccgtgcccgg ggtcgtcttc atggccacga tgtacgtcag gccgtaccac
     8281 acctggccgc ggtctttgag ctgctcgacg atgcggtcgc ggatgtcggc gccgttcagc
     8341 agcggcacga tgacggtctc cggcccgatg ataggccgca gcttctgcac ggccgtctcc
     8401 aggtcgtaac tcttcgtgca acacaaaata tagtcggccg tcacgcccaa cctttccggc
     8461 tgctcgacga caccctccgg ccgcacacga aacgaaccct tcggcgtctc cacctccagt
     8521 ccgctccgcg cgatctccag cccgtgcttc cctctggcga cgaaataaac ctcaacctct
     8581 ctgttggttg cataggtgcg cgccagcatg ccgccaaaat atccgccgac gcctcctaaa
     8641 cccatgatta caatgcgctt catatcaaat aagatttaac gatcgctcgt tctttctgca
     8701 aagatggttc aaaaatcggg ggtagatcga atggaatgcc ccgatcgatg cctcgaaagg
     8761 cactattccg aggccgcaac ccccgttgaa catgaaaaaa gcatgcatac aatcggggat
     8821 ccttgagacg gaggttacga ggccgctacg caggtgacga aagacggatt tcgtactgtt
     8881 tttacgcatg aggagacttg ttcggaaata aaaaagtgac tttttatagc tgtgcagata
     8941 gtgtcaggta taaaaagttg acagtttgtt tttgtgtact atatgtaagg atatagcagg
     9001 tcactttttg tttgtgtcaa ttcttgtcgg gttatatcgt gtcgcacttt gtttctgtga
     9061 aaagatttac agttagaaaa actggctgtt tgtttctgta taagtaatga cacctataaa
     9121 aagtcacttt ttgatgctgt aagtagattc tcatctacaa aaagtgacct gatataacct
     9181 gagatttatt ttcagatcgg atgggtaaac agctataagc cgaaagattt tatcagaatc
     9241 aggaagccac ggtttataac ctgagtaaat ttttcaggaa gggaaagtag ctatttataa
     9301 tctggcaaag tcgtattttt gcgagaacta atacgaaagg gataagcaag atgagcgaag
     9361 cgacgttgaa gataccgcat gcggtaaaga tcgaagagag caactgtgtg agcttcaaag
     9421 tggggctgca tgccagttta caccgcagtc aatacgacct gctgcaggat gtcagtccgg
     9481 agctggtgca atttccgaag ggaatgatgg agcgctgggg ggagctgatt atgaaggagt
     9541 gccagtcgcc gtcgaagggg cggacgtact cgcgttttac acctttgatg aacgagaaag
     9601 acgcggagcg acgccgattg ctggcctctt ttttcggcat aatccgtggg aatatctacc
     9661 tgccggatgg gccgaagcgc gaggcggcac tgaagctcga tgctaagctg caccgctttc
     9721 ggggcatgca gcacgggggc tcgaagatgg cgcgtagcgc gcgcattgcg gccttggaga
     9781 agaatctgga ggagctgacc gctgaggtgg agacgctggg cttgacggca accgtgcagc
     9841 ggctgcatga ggtgacgacg gagtacgagt cgctcagcat ggagcgtgtg aagcagcgcg
     9901 tggatgagaa acggccgacg atgcgagaga cgcgccggga ggcggatgtg tattacgagc
     9961 gggcctgtcg gctggtcgag gcggcacacc tcatggccac gaccgacgag gcgcgcaagg
    10021 ccatcgagcg gttggtggat ctgatgaatc gggcggtgcg ggagtccaaa cggacgtatc
    10081 acgagatgct cggtcagcgt cgccgctata aaaagaaaga ggcgccgatc gacgggagtg
    10141 tcgacgacgc ctctgggggt gtatcgtaaa tggccgggga agtttggccg ggtatcagac
    10201 aaacttggcc ggcgtccctg acgccccttg atgcaagaat aggaactcca cgaagcctca
    10261 gccgtcgggg ctgatgaggc cgcatcggat ggcgtactgg agcatttcgt gggtgttgtt
    10321 gataccgagc ttttggaata tgtgcgtttt gtgggtttcg acggtgcgac ggctgatgta
    10381 gagtctttcg ccgatctcgc gtgcggtcag tccttcgtgc gataggcgga taatttcggc
    10441 ttcgcggtcg gagaagagca cgggcccctc tttgtccatt ttccgcttca tggccacgat
    10501 ctcgtacatc agcgacgaga tgtcgcgtcc gtaataattc tcgccctcca tgatcaccct
    10561 gacggcctta gtcagctcta tggagttgca gcgccgcttg ctgatgaagc catcgatgcc
    10621 gatgcgaagc aggtcgctga cggtctccat cgtattctca gccgagagga tgaggatctt
    10681 gatttctgga aaggagtccc gtagccgtcg ggcgatgtcg atgccggttg tgtcgggcag
    10741 gatgatgtcg agaaagatga ggtcgggctt taacgtcttg agcagggtga agagttgctt
    10801 gccgctctcg gcctcgccca agatgcagac gtctgcccgc ttgagcgatc cgcgtatgcc
    10861 gagccggaag agctcgtggt cgtccactaa tatcacgttg gtcataatcg gccggttctc
    10921 gttgtcttac attacaatcg ggtcgcaaaa atatagcttt tccttgctga gaaaagtgcc
    10981 gatacacagg acgtttgctg cgcttcaatc gcgggatgta gggataaaaa acgggtcggg
    11041 cacgggactc acgtccaatg cccgacctcc aacaactaac aattaaacaa ttaaacaaat
    11101 taacagtaca gacaacaccg tgtcaatacc ggtaaatctc ggatttgaat ggcccgtcga
    11161 cggggacgcc gatatagtcg gcttgcttct gggtcagttt cgagagcttg acgccgatgc
    11221 gggccaagtg caggcgagcc acttcctcgt cgagatactt gggcaggcag tagacgcccg
    11281 gcttgtagtc cttctgccag aggtcgagct gggcgagcgt ctggttggtg aaggagttac
    11341 tcatcacgaa cgatgcgtgg ccggtggcgc aacctaggtt cacgaggcgg ccttcagcca
    11401 agaggaagat ggagtgaccg tcggggaagg tgtacttgtc gacctgcggc ttgatgttga
    11461 ggcggacgat accggggaag ttctccagct ggtctacctg gatctcattg tcaaagtggc
    11521 cgatgttgca gacgatggcc tgatccttca tctggctcat gtggtcgatg gtgatgacgt
    11581 cgcaattgcc ggtggtggtg acgaagatgt tgccctcctt cacggcctcc tccatcgtgg
    11641 tgacctcgaa gccttccata gcggcttgca gggcgcagat aggatcgatc tcggtaacga
    11701 gcacgcgggc gccataggaa cgcatagagt gcgagcagcc tttgcccaca tcaccgtagc
    11761 cagccacgac gaccacctta ccggcgatca tcacgtccgt agcgcgcttg atgccatcgg
    11821 ccagggattc gcggcagccg tagaggttgt cgaacttcga cttcgtcacg gaatcgttca
    11881 cgttgatggc gggcacgagc agttcgccgc gctccatcat ctggtagagg cgatgcacgc
    11941 cggtggtagt ctcttcagat acgcccttca tctccttgag catgtcgtgc cagcgcgtcg
    12001 gagtggcggc gtgtacggcc ttgagcaagt cgatgatcac ctgttcctct ttgttactgc
    12061 ccttgcgatc gagcaacgtg ggatcgtttt cggctgcata gccgcggtga acgagcaggg
    12121 aggcatcgcc accgtcgtca acgatcaggt tcggaccctt gccgccgggg aagctgagcg
    12181 cttcgttcgt gcaccaccag tattcctcga gcgtctcacc cttccacgcg aagacaggta
    12241 caccagcggc agcgatggct gcggcggcat ggtcttgggt ggagaagatg ttgcagctgg
    12301 cccaacgtac gtcggcaccc aaatcgacaa gtgtctcgat gaggacggcg gtctggatgg
    12361 tcatatggag cgagcccatg atgcgtgcgc cggccagagg tttcttccca gcgtatttct
    12421 cgcgcagggc catgaggccc ggcatttcgt gttctgcgat ctcgatctct ttacggccga
    12481 agtcggccag attgatgtct gccactttgt agggcagctt ttccgttgat tcttttacca
    12541 tgatatggcc tttctctgtt ttgtttttga atgaattggc cgcgaaagta gaataaagct
    12601 gggaggggcg acggggcccc tgattactct gtcagtgcgg cggaaagcag atcgtaggtc
    12661 gtttgatagg agaaactggg ggctgagggg tgcgtgatgg ggaggatgcg tgtgggctga
    12721 tcgtcggccg tggcgctgat ctggaagagg ctgtccgtga gcggtgtctt ggggaacggt
    12781 aggcgctccc agaggcgata gccccagacg acgatgaggt ccggccgaca gtcgcgcacc
    12841 acctcccaga aggccgcctc gcattctgtg aacagctttt tcgacggtgt ttggcgggtg
    12901 ttggccatgg gttcctgtat gtaattgtag aaggcggtgt ggctccagaa gtcggcaatg
    12961 cccgcgaagg aaaggttgcc gttgtagaag gcacgggcaa acttggtgta ggtgcccatc
    13021 caacctcggt agttcattcg actactgaga tagttgaggt aacgctggac gatgtcgctc
    13081 gtgaagtggc gcagctgagg atagtcgcga aaatggtcgc ggccttcgtc gtcatcgttg
    13141 atgtaatggc tctcgccgag ggcgaggatc tttttgcctt tgtaaccctg cgggtaattg
    13201 gggccgatgt aaggggtgaa aaatacgttg tccatatggg taatgttgtt tgatggggca
    13261 aaggtaaaat ccgcgttaga tgtagaaagt cgcaggggta tggacataaa aaaaggtcgg
    13321 gcttcacagt ctgacctttc ttcaaatcaa ctaaaacaaa caactattta tctataaccg
    13381 gccggggggt taaccgcccg accttcggac ataaaacgct cccgaatggt gaaggttcat
    13441 aggggagcct gtttttggag tcttttaagg tttgatcggc tgagaaaaag aggactagaa
    13501 ggctggacaa acgacttggg cacgtggcgt gacgggagcg aataccgccg agaggcgtct
    13561 ccccaagcgc cttctatctg ggctcacggc cttccccttt ctttgcgccc tccgatcatt
    13621 tataatagac actccgacat gaagcaatat ttggatctac tcgacgaggt gctccgagaa
    13681 ggaacggcga aagaagaccg cacgggcacg ggcaccctca gtgtgttcgg ccggcagctg
    13741 cgattcgatc tcgaccaggg attcccgctg ttgaccacga agcagctgca tctgaaatcc
    13801 atcatctacg aactactctg gttcctcagc ggcgacacga acgtgcgtta ccttcaggag
    13861 catggcgtgc gtatctggaa cgagtgggcc gacgatcgcg gcgacttggg ccacgtctac
    13921 ggctatcagt ggcgctcctg gcccgactac gacggcgggt cgatcgatca gatcgcaacc
    13981 atcgtggacg acatccgccg cacgcccgac tcacgccggc tcatcgtcag tgcttggaac
    14041 gtggccgacc tgccgcgcat gaatctgccg ccctgccacc tactcttcca gttctacgtc
    14101 gctgacgggc gcctcagcct acagctctac cagcgcagtg ccgacctctt tctcggtgtg
    14161 ccgttcaaca tcgcctctta cgccctgctg ctacagatga cggcgcaggt caccggcctc
    14221 cgtccgggcg acttcatcct caccctcggc gacgcccaca tctatcgcaa ccacctcgac
    14281 caggtgcgcc tgcaactctc gcgttcgccg cgccctctgc cccgcatgga gctgaacccc
    14341 gcgcgcagca gcctcttcga ctttcgttac gacgacttcc gcctcgtggg ctacgatccc
    14401 catccccata tcgccggtct cgtctccgtc tgagcgctca aacttctccc ctacgtccca
    14461 ctacttattc ctacttgccc actacttcaa actacatctc aacatgatca ctctcattgc
    14521 cgctcttgac gagcacgatg ccatcggcct gggcaacact atgccgtggc atttgccggc
    14581 cgatatgaag catttccgaa gcctcaccat gggccatacc gtcctcatgg gccgtcgcac
    14641 gttcgactcc ctgcccaagg gcgccctgcc cgaccgccgc aacgttgtcc tcaccgctca
    14701 gcccgacctt caatgtcccg actgcctcat ggtgcgtagc atggacgagg cgcttgaggt
    14761 ctgccgcacg gctggcgagg ccttcattat cggggggcgc gaggtctacc gccagttcct
    14821 ccccgtggcc gatcgctttt gcctcacacg cgtgcatcac gtcttccccg aggccgacgt
    14881 cttcttcccc gatgtcgatt ggagtgcctg gcgcgaggcg gagcgcaccg accgcgcgcc
    14941 cgacgagcgc accccctacg cgctcacttt cgccacatac ctccggcggt aaaggcttcg
    15001 gcggggccat cttttcaccc gaaatggctg caaactactt tttggtcgtt tctggtgacc
    15061 cgaaacggct gcaaactact ttttggtcat ttctggtgac ccgaaatggc tgcaaacctc
    15121 tttttggtcg tttcgggcga cccgaaatgg ctgcaaactt ctttttggtc atttctggtg
    15181 acccgaaatg gctgcaaacc tctttttggt cgtttcgggt gaaaagatgc gtatccgaac
    15241 cctctgacta ccctccaact acctcgtcta tctttgtccg caatccatat caaacactca
    15301 aaatgaaaaa gagacaccta tgtactgtga tttgcgcggc gctcgtggcg gctgcgcatg
    15361 gaaaggccga cgaggcgcgc ctcttgcgct tcccgaccac gaatggcaat gagatcgtct
    15421 tctcgtatgc cggtgattta tacaaagtgc ccgctacggg cggcgaggcc cgacgcctga
    15481 cggcgcaccc gggctatgaa atgtttccgc gcttttcgcc cgacggccgc acgatcgcct
    15541 tcaccggcca gtacgacggc aacacggagg tctacaccat ccccgccgac ggcggcgagc
    15601 cggtgcgcct gacctacacc tcgaccaacg cccgcgacaa cctcggcgac cgtatggggc
    15661 cgaacaacat cgtcatggcc tggaccacgg acggcgcgcg catcgtctat cgcaaccgca
    15721 tcagcgacgg cttcagcggc cggctcctca ccgtcagtcg tgacggcgga ctctccgagg
    15781 cgatccccct gcccgagggc ggcttttgca gctacgcgcc cgacggccga cgtctggctt
    15841 acaaccgcgt gatgcgtgag ttccgcacgt ggaagtatta caaaggcggc atggcagacg
    15901 acgtctggat ctacgatccg gacaagaaaa ccgtggagaa cgtgacccac aacgacgccc
    15961 aagacatctt ccccatgtgg gtgggcgacg agatctactt cctctccgac cgtgaccgca
    16021 cgatgaacat cttcgtctac aacacgacga cgaaggagac gaagaaggtg accgacttca
    16081 aggactatga cgtcaagttc ccctccacca acgggcggct gatcgtcttc gagaatggcg
    16141 gctacatcta ccgcctcgac ccggccacga agcgggcgga gaaggtgcag atcacgcttt
    16201 cgtcggacaa tgtctacgcc cgcagcgcca tcaaggacgg cggtaactat ctgcgcggcg
    16261 caggcctctc gccggacggc aaacggatcg tggccacggc ccgcggcgaa atcttcaacc
    16321 tgcccgtgga gaagggcgtg acgaaaaacc tcacccgttc gcccggcgca cacgaccgca
    16381 gcggcgcctg gtcgcccgac ggcaaacaca tcgcctacat ctccgacgcc acgggcgaaa
    16441 cggagctatg gatgcagccc gccgagggtg gcgacccgat tcagctgacg aaaaacaatg
    16501 acacctacat ccgcaacttc tcttggagcc cggacagccg ttggatcgtc tacaccgacc
    16561 gcaagaaccg catccgcctc gtcgacgtgg ccacgaaggc cgtgaccgag gtgatgcaag
    16621 acccgcgcaa ggagccgtcc gacgtctcct tctcgcccga cagccgttgg ctggcctaca
    16681 cccgcatggc cgacaaccag tacgacatca tctacgtcta tcgtatcgcc gacaagcaag
    16741 agtacgccgt caccgatcgc tggtacgact cgggcgaacc ggtctttagc tccgacggcc
    16801 gctacctcgt cttcagctcc acgcgcgact tccagccgat ctatggatcg aaggagtgga
    16861 accacgtcta cggctacacg aatggtgtct atctggcgct tctgtcgaag gatacgcctt
    16921 cgcccttcct gcaaaaggat gacggcgcaa aggccgatcg gaaggtggag atcaaggtgg
    16981 aagagggcgg caagaagaaa gaggctgccg ccgaaaagaa gtctgaaggc gtgaccgtaa
    17041 aggtggacgg cgacggcctg acgcgacgca tcgtcaaact gccgctcacc gccgatggct
    17101 attacggcaa cttctactcc gacggcaaga gggtctacta cgctcgcaaa ggcaacacgt
    17161 acgtcttcga cctggagaaa cagaaggagg agaccgtggc cgagggcgcc cagatgtggg
    17221 tggagccagg cggcaagaag gccggcttct tcaagggccg tcaggtgtac gtcacggaca
    17281 tccccacggg caaggccgat ctgaaggacg ccgtcaacac gggcgacatg aagatcacga
    17341 cggactatcc gaaggaatgg gcgcagatct tcgacgagtc gtggcgcgcc ttccgcgacg
    17401 gcttctatct cgagaacatg cacggcgtgg actggaaggc gatcaaggct aagtatgccg
    17461 ccctgctgcc ctacgtgaag aaccgtcagg acttgacgta catcatcggt gagatgatcg
    17521 gcgagctggg ttgcggtcat gcctacgtga cgacgggcga gatcgacgcc ccgaagcgcg
    17581 tgaagatggg gctgctcggc gccaagatct cgcgcgacaa gagtggcttc ttccgtatcg
    17641 aggagatcct tccgggcgag acgtgggatc cgacgctccg ctcgccgctt gctgatccgg
    17701 gcatcaacgc caaggtgggc cagtacatcg tcgccgtcga cggggtcgcg gcgaacacgg
    17761 tcggcgacct ttacgccttg cttgtgggta aggccaatgt gccgacggag ctttcgctca
    17821 acgatcgccc gcagatggcc ggtgcacgcc gcatcgtgat ccgtccgctg gagaacgagt
    17881 atccgctcta ccattaccaa tgggtgcaaa acaatatcgc caaggtggac aaggcttcgg
    17941 gcggtaagat cggctacatc tatatccccg acatgggtcc ggaggggctg aacgagttca
    18001 cgcgctactt ctacccgcag ctcgacaaag aggggctcat catcgacgac cgtgccaacg
    18061 gtggcggcaa cgtctcgccg atgatcctcg agcgcctctc ccgcgaaccg tatcggatga
    18121 cgatgcgccg cggatcgatc cacaacggca ccgtgcccga cgccgtgcag gtgggcccga
    18181 aggtgtgcct catcaataag tattcggctt ccgacggcga cctcttcccg tggggcttcc
    18241 gcgccctgaa gctgggcaag ctgatcggta cgcgttcgtg gggtggcatc gtaggcatca
    18301 gcagctcgtt gccattcatc gacggacaag acctgcgtgt gcccttcttt acgagctacg
    18361 atatgcaggg taattggatc atcgagaacc acggcgtaga cccggatatc cgtgtagaca
    18421 acgacccgat caaggagtgg aacggcgaag acgaacagct gaaccgcgcc attgaggagg
    18481 tgatgaacca actcaaggac cgcaagccgc tccccaagac gcctgcgccg cgggtatgga
    18541 acaagtgatc aatcgatgat tagtgatcca caatgaaaag ggcacctccg aacgtcgggg
    18601 gtgccctttg tgttgtgcat gcaggacagg tcgttagaag agctccgaat ggcttcccaa
    18661 tcgaacgagt ttgatcacgt cctctctctc atcgatccag atgagcagga agtcgctacc
    18721 gatatgacac tccatgtagc ctcgatagtt tcctgtcaat aaatgggggt aatactctcg
    18781 tggtactgtt cctgtctctc tcaatagctc tatcacaaca ttcaagctga atagctttcg
    18841 gggattattc tgaatccgct tcaagtcctt cttaaactga cctgtttgct tcagcctttt
    18901 cataacgact tgacgtattc gatgaagttg tcgacgtcca gttcttctaa ttccacgcca
    18961 ctctcagcct ctctcattgc cgcgagcgtg gtctcgttgg gctgaaaata catgttgtcc
    19021 ataaggatgc tttctacaaa gtcattcaag ctccggttct ctttactcgc ctctttctcc
    19081 attcttttca gcagatcggt tcttaaccga aaagaggtct gctttctttc tacaatcgtt
    19141 tccatgactg tttatcgctt atcgtaaatg tgatacaaag gtatgcccat aagacaatcg
    19201 cttcaatcct tgatccggca cggcatcaat tgatcaaacc gtttccgccc cttgaaataa
    19261 aaggccgcaa gcagcgacct attcatctgt tccgggatag gatcgagggt ggagaggcgg
    19321 aggttctcga cgcggacggg ggcgtattcc gggcgcaggc ggcggaactc gcggcgggca
    19381 cggacgacgg ccagggcgtt cttcgcgtga cccgtcagga ggaagtgaag cgccgcgaaa
    19441 tagtccagca tgcgccgtag acgcatcacg cggggcagct cacggtcggg caggttcttg
    19501 tagatcatca gcaggttgtt gcggaagttg aggaacgtct tgtaggggct ctccgtgtgg
    19561 agtgtgccgc cgccgacgtg gaagacgacc gactgaggcg tgcagcgcag ccgataaccc
    19621 cgcgagcgga gtcgccaaca gaggtcgatc tcctcctggt gggcgaagaa gcgcgcgtcc
    19681 agtccgccca cacggcggta gacgtcggtg cggatgaaga ggcaggcgcc cgaggcccaa
    19741 aggatgtcgg ccggcgtgtc gtactgtccg cgatcctcct ccacgacgct gagcacacgc
    19801 ccacgacaga agggatatcc gtagcgatcg atccacccac cggctgctcc ggcatactcg
    19861 aagaacgagc ggtcgcggcg ggagagtagc ttgggttgca cggccgctac cgaggcatcg
    19921 gcgtccagct cctcgagcgg cgccgtgagc cagccgggcg tcacctccac atcggtgttg
    19981 agcagcaccg tgtactccgc cgtggtctgc tcgatggccc ggttgtaacc ctcggcaaag
    20041 ccatagttgc ggtcgagcag gatgaggcgg acactgggga agcgctcgcg gagcatggcc
    20101 acagagtcgt ccgtcgaacc gttgtcggct acgaccacct cggccacgtc tgacggcgta
    20161 tgcgccacga ccgacggcag aaacttctcg agcaactttc gcccgttcca attcaaaagg
    20221 atgacagata ctttcattga tgggttcgta aatgatggcg gcaaaagtaa accgaggggc
    20281 caatctgcga ggtggctgcg gggcggctgc ggggcggcta cggccgccag cgaagttttc
    20341 ttggtacccg gcgagcttgg tcggcatcct tgacggcccc ttccggggca gggaacttag
    20401 cttggtaccc ggccagactt cgccggcggc cgcagccgcc ccgaggcctc ggaaacgttc
    20461 agcgacgtgt tttgagcctt ccgaggcctc ggaaatgttc agcggcgtgt tttggagctt
    20521 tccgaggcct cggaaacgtt cagcggcgtg ttttggagct ttccgaggcc tcggaaatgt
    20581 tcagcggcgc gttttggagc tttccgacgc gtcggaaacg ttcagcggcg cgttttgacg
    20641 ttttccgagg cctcggatgg ggggacaaac attcacgaca aggtgttccc cgcccatccc
    20701 gcctatcttt gccgccggtt atctggtata gggatgcgct gcgagcgatc cgataccatg
    20761 tctgactact acttactact ccgagattac tctaactact acttatatgg cattacagtg
    20821 tggaatcgta gggcttccca acgtgggaaa gtcgaccttg tttaattgct tgtcgaacgc
    20881 gaaggcgcag gcggcgaatt ttcctttttg taccatcgag cccaacgtgg gcgtcatcac
    20941 cgtgcctgac gagcggctca cacggctggc cgagctggtg caccccgcgc gcatcgtgcc
    21001 cacgacggtt gagattgtcg atatcgcggg cctcgtgaag ggcgccagcc ggggcgaagg
    21061 cttggggaat aagttcctgg ccaatatccg cgagacggac gccatcctgc acgtgttgcg
    21121 ctgtttcgac gacgcgaacg tggtgcacgt ggacggcagt gtcgaccccg tgcgcgacaa
    21181 ggagatcatc gacgccgagc tgcagatccg tgacctggag acgatcgaga gccgtatcgc
    21241 caaggtgcag aagcaggcac agacgggcgg cgacaagcag gcggcgttgg cctacggcgt
    21301 actggcacgc tacaaagagg cgctcgaaca gggtcggaac gcccgctcgg tgacgttcga
    21361 tacgaaggat gagcaacgcg tggctcgcga cctcttcctg ctgacgaaca agcccgtgct
    21421 ctacgtctgc aatgtagatg aggcgagcgc cgcatcgggc aacgcctatg tggagcaggt
    21481 gcgcgaggcc atcaaggacg aaggcgcgga gctgctcgtc gtggcggcta agatcgagag
    21541 tgagatcgcg gagctggaca cctacgagga gcggcagatg tttctcgccg aggcgggcct
    21601 cgaggagtcg ggtgtgaacc ggctgatcaa ggccgcttac cgcctgctgg acctcgagac
    21661 cttcctcacc gccgggccgg acgaggtgcg cgcctggacc tatcgccgcg gcagcaaggc
    21721 acctcaatgc gcgggcgtga tccatacaga ctttgagaag ggattcatcc gcgcggaggt
    21781 gatcaagtac gacgacttta ttcagtacgg ctccgagtcg gccgtcaagg aggccggccg
    21841 tatgcacgtc gagggcaaag agtatgtcgt gcaagacgga gacatcatgc attatcgatt
    21901 caatgtgtaa ccccgaggcc gtgggcctct ccgggtagtc atcggggctt gcgcccctca
    21961 ggtaataaag ggcacatccc tactacctcc ctaactaccc tctaccactt ctaactcccc
    22021 cctaactact tatccaatta tgcgtttaga cggaagaaga gaaagcacga atgtggaaga
    22081 ccgacgcagt ggcggcggca tgtcgggcgg cggtaaggca tcgctcggca ttggcggcat
    22141 gattatcgtg gcgctgctga cgtgggtcat gggcggcaat ccgctcgagg tgttgcaagg
    22201 cggtgtcggc ggcggtgagg ccgacgatgc gtcgccacag aaggaatatg tgcagagcga
    22261 agaagaggct gcacttttca gctttacgaa gaaagtcttc gccagcacgg aggacgtgtg
    22321 gacggagctt ttcaaggccg aaggcctgga atatacccag ccgaagatgg tgatctaccg
    22381 caactctacg cgctcgggct gcggacaagc ctcgtcgtcc acgggaccct tctactgccc
    22441 cgctgatcag acggtgtata tcgatctctc gttcttcgac gagatggagc ggagcttggg
    22501 cgccggcggc gactttgcct atgcctacgt catcgctcac gaggtcggcc accacgtcca
    22561 atacctcctc ggtaacattg agcgtgtcaa tcgcgagacg gcgcgcctcg gcaagaagga
    22621 aggcaaccgc ctcagcgtcc ggttagagct tcaggccgac tatttggcgg gtgtctgggc
    22681 taatcacgag aacgaacgct ggaagtcgct ccaggacggc gacttggagg aggcgatcaa
    22741 cgctgcctcg caggtgggcg acgaccgact gcaaaaggcg gccggaggat ccgtcgtccc
    22801 cgacgccttc acgcacggca cctccgccca acgcatgcgt tggctcaagc gcggctacca
    22861 gtccggcaag ctcaggggcg gcgacacgtt ctcagtcccc tatgacgaac tttaatcatg
    22921 caacgatcag caatgaataa ccccttactc atcacactgg ctgcgctcgc cctgctgaca
    22981 gggtgcagcg aacgcaaagc cgagcaggct ccagccgcga cgccgaacga acccgtgatg
    23041 gttcccagta acgaacccga acccggaccg gtcgtcatgg agttcgacaa gacgcagctc
    23101 cggcgagaga tcaccatcgc cgtgctgtcc atccagtcca tccgtgacgc ttgggagctt
    23161 gtcgaggcca tgactcaagg cggcaagcgc aagtcaaagc acctggtgga gatgatggac
    23221 gccctgccgg actttagcaa aggggacctc tcgggcagcg gcagcgattg cagcctcacg
    23281 gagatccgtc gcctgatcga gagcgggcag acgcgcgcgg cgtcggtcaa gtggcgcagc
    23341 cgacttctct acatggcctc gcagctcaag gactacgcca tccccgacgc actcagtggc
    23401 tcggtgaagg tcggagaaga cacctacgtc tatgaatgtg actctaccgg tcgtgtgttc
    23461 catcttaccg acgatgaggg cttcaacgat ttcgtttcga acggtgagcg agaggtgcct
    23521 caatcgtttt acaacttagc caagacagtg atgagcgaga gtgccgaata agggcttttc
    23581 gctgtacctg tctttactcc ttcttttctt gtcttgacac aagaaaagaa gcaaaagaag
    23641 gtcaaggcgg cagggccgcc tgccaactcg gctaggtacg tgccaagcaa ttgatcctct
    23701 accactttta gtttttagct tttccatttc ccctatgaca ttagaagaaa tcctccgcac
    23761 ccgtcgagcg gtgcgtcgtt acacagacga ggcgatcgat gccgatacgg tgcgccactg
    23821 catcgacttg gcacgcctgg ctcccaccag ctccaacatg caactctggg agtgttatca
    23881 catcaccgac ccggacacga tccgacgctt ggtgcctgca tgtttagatc agacggctgt
    23941 gtcgacggcg cagcagcttg tcgtcttcgt cacccgccgc gacttgttcc gtcgtcgcgc
    24001 cgccgcggca cttgcctttg aacggggcaa cgtagcgcgt aacagtcccg ccgacagaca
    24061 ggctcatcgc acgaagcggt gggagatgta ttaccagcgc gtgatgcctt tcctctacgg
    24121 caacgcgttc gggctgctcg gcctgctgcg caagacgctc gttatggccg tcggactttt
    24181 ccgcccgatc acgcggcaag tctcggaagc cgatatgcgc gtggtggtgc ataagagctg
    24241 tgcgctggtc gtgcagacgt tcatgctggc catgactgac gcgggctatg acacgtgtcc
    24301 gttagagggc ttcgacagcc tgcgggtgaa gcgtatcctc cgcctgccac gccgtgctga
    24361 ggtcaatatg atcatcagct gcggcatccg cgacgaaggg cgtggcgtct ggggcgaacg
    24421 attccgtgtg ccaatggaag agatttatca tcggatatga agaggtagtc agagggtagt
    24481 caaaaggtag ttagaagtag ccttataact ctccccataa cttccctctg actaccctat
    24541 aactacccgg ccaaaggccg taactaccgc gccaaaggcg cataactccc ctataactac
    24601 cttatatgat caaggcatta caacaggtag gcgaatacgt cctactgatg cgcaaagcgc
    24661 tcactccgcc cacgcgttgg agcatgttct tcaagcagct tgtgcgcgag atctacaagc
    24721 tcggcgtcga ctcgatttgg atcgtggtca tcatctcgat ctttatcggc accgtgatcg
    24781 ctatacagat ctcgctcaac atcagctcgc cgctcatccc caagtttacg atcggttata
    24841 ccacgcgcga gatcatcctg ctggagttct cctcgtccat catgtgtctt attctggccg
    24901 gtaaggtggg cagcaatatc acttccgaga tcggcacgat gcgcgtcacg gagcagatcg
    24961 acgcgatgga gatcatgggc gtcaattcgg ccaacttcct gatcatgcct aagatcacgg
    25021 gcatgatgat gttcatcccc gtgctcgtct tctttagcat gacgacgggc attctgggcg
    25081 gtgtcttcgc cagccatgtc gtctcgggca tgacgccggc gtcgttcgag ttcgggcttc
    25141 agtactactt caacccgttc tacatctggt attccgtcat caagtccgtc gtctacgcct
    25201 tcctcatctc gtcgatctcc tcctacttcg gctacaacgt caagggcggc tctttagagg
    25261 tgggcaaggc cagcacgaat gccattgtga tcagcagcgt catgatcctg ttggccgacg
    25321 tgatcctcac tcaaatcatg cttacgaaat gatcgaaata gaacatctgg tcaagtcgtt
    25381 cgacgggcgc gtgatcctga acgacatcag cgccgtcttc gagacgggca agacgaacct
    25441 catcatcggc cgaagcggct cgggcaagac ggtgacggtg aagagtatca tcgggctggt
    25501 gaagccggag cgtgggcgcg tgctctacga cgggcgcgac ctgttgtcga tgaacaagtc
    25561 ggagctgaag cacctgcgcc gcgagacggg cgtgctgttt caaggctcgg cgctgtttga
    25621 cagcatgacg gtgctcgaga atgtgctttt cccgctcgac atgttctcgc gcgagacggc
    25681 ccgcgagcgt gagcgccgcg ccctcacctg cctcgagcgt gtggagatca gtcatgcccg
    25741 cgacctctac ccctcggaga tcagtggcgg tatgatgaag cgcgccgcca tcgctcgggc
    25801 catcgccttg caaccgaaat acctgctttg cgacgagccc aactcgggcc tcgacccgaa
    25861 gacgtcgctc gtgatcgatc gcctcatcca cagcatcact caggagtaca acatgacgac
    25921 gatcatcaac acgcacgaca tgaattcggt gatgaacatc ggcgaaaaca tcatcttcat
    25981 cagcgagggc cggaaggagt ggcagggcac gaaggagcag gtgatttcgt ccggcaacaa
    26041 ggcgctgaac gatttcatct tcgcctccga cctgctccgc aaggccagcg agcttcagga
    26101 actggaggag gagacgggcg tcatgcccac gcgtaagttc ccaccggagt gatcgcgggg
    26161 aacgaaaaac gaaaagggca cctccgacat gcgttgtcag tggtgccctt tttatgggat
    26221 atctatagaa acacattcag ccgagagggg gtggcttgtc tgtaaatcca cgaacaggtg
    26281 ttgttttcct atcaaaaagc gttttcaagg ccaatacagc ttctgcatac ctatcaaaaa
    26341 gcgttttcag ggccaataca gcttctgcat acctattaaa aagcgttttc agggccgata
    26401 caactattga attggggttg aaaagcgctt ttaagtgcca cgacaactat tgtatcgggg
    26461 ttgaaaagcg cttttaggtg ccacgacaac tattgtatcg gggttgaaaa gcgcttttaa
    26521 gtgcctcgac aactattgaa tcggggttga aaagtgcttt taagtgccac gacaactatt
    26581 gtattggggt tgaaaagcgc ttttaagtgc cacgacaact attgtattgg ggggccatcg
    26641 acttactcgt ctctgagcaa gtctggccgc agtcgctcgg tgcgttcctg ggcctgctgg
    26701 aggcgccact cggcgatgcg tcggtcgtga cccgagagga ggacgtccgg cactcgccaa
    26761 cccttgtatt cggccgggcg ggtgtagacg ggcggggcca ggaggccgtc ctgaaacgag
    26821 tcggagaggg cgctttgctc gtcgccgatc acgcccggga tgaggcgcac ggtggcgtcg
    26881 gcgatgatgg ctgcggccag ttcgccgccc gtcagcacat agtcgccgac ggagatctcg
    26941 agcgtgatga ggtgttcgcg gatgcggtaa tcgacgccct tgtagtgtcc gcagaggatg
    27001 atgaggttct ggagcagcga gaggcggtta gccattggct ggtcgaagcg ctggccgtcg
    27061 ggcgaggtgt agatcacctc gtcgtatgtg cgctcggctt gcagggccga gatggcacgg
    27121 tcgaccggct cgatctgcat caccatgccg gcctcgccgc cgaagggata atcgtccgtg
    27181 cgtcgccact tgttcgtcgt gtagtcgcgc aggttgtgga ggtggatctc ggccaatccg
    27241 cggtcttgcg ctcggcggag gatggagcag ttcaggcagc catcgatcat ctccggcagc
    27301 acagtgagaa tgtctattcg catgaaggct atgattcgtt gttaatgact aattgttatg
    27361 aggagcggaa ccttttccag cgcatctttt cgcccgaaac ggctgaaaag aggttttcga
    27421 ccatttcggg tcaccggaaa cgaccgtata gaaacgaggc tgccgacgga aggtgagttt
    27481 tgggggatcc tcactcccgt cggcagcacg aataaatcaa tcgaatgtca cccctcagag
    27541 gctacttccc cttcaagatt tcacacgtat ccgaggcgat catatactcc tcgtccgtag
    27601 gcacgacgag caccttcacg cggctgctgg gtttgctgat caccacctca cgaccgcgta
    27661 cgccacggtt cttctctgcg tcaaactcga ggccgaggaa ctccatgtcg cggcagacca
    27721 cctcgcgcgt cgagtcttga ttctcgccca cgccaccggt gaaaaccagg atgtcaagcc
    27781 cgcccagggc cgcagcgtaa gcgccgatgt acttcttgat ccggtagtcg tagatggcca
    27841 gagccagcgc tgcgcgcttg ttaccggatt cgatggcgcc ttcgatgtca cgcatgtctg
    27901 acgagatttc cgagaagccc gccatgccgc tctttttgtt cagcagctcg gccagtccgt
    27961 cggcgtcgag gttctccttg tgcatgatga aaggcagtgc acccggatcg acgtcaccgc
    28021 tgcgtgtgcc catcatcagc ccctcggtcg gagtcatacc catcgaggtg tcgatcgact
    28081 tgccgccctt gatggccgtg atggaggcgc cgttaccgat gtgtgcggtg atgatgcgct
    28141 gcgattcgta aggcacgccg aggatctcgc atgcgcggcg cgatacatag cggtggctcg
    28201 tgccgtggaa gccgtagcgg cgcacaccgt agtccttata catgcggtag ggcagggcat
    28261 agaggtaggc gtagtcgggc atggtctggt ggaacgccgt atcgaagacg gccacctggg
    28321 gtgtgcccgg catgatcttc tcgattgcct cgataccctt caggttggct gggttatgga
    28381 gcggtgccaa cggggtgcac tccttgacct tctccaacag ctctttggtg atgagcacgc
    28441 tggaggcgaa tttctccgcg ccgtgcacca cgcgatggcc gacggcgtcg atgtccttga
    28501 agttcttcag gcagccatac ttggcgtcgg tcagggtgtc gaggatgaag gcgatgccca
    28561 ccgtatggtc ggggatggcc ttttcgagga tcaccttctc gccgttcttg tcggtaaact
    28621 tgaggaacga atccgggagg cctactttct cgatgccgcc ctgtgccatc acctcgcccg
    28681 aggtcatgtc gaagagtttg tacttgatgg agctgctgcc gcagttcaat accaatgttt
    28741 tcataatcct gaggtctcct tgtctatttc tggttcttta atgcgatggc ttggttgcag
    28801 gcgatggcca ccatgcgata gatgtcgtcc acggagcagc cgcgcgagag gtcgttgacc
    28861 ggcgccgcca tgccctgcaa gatcgggcct acggcctcgg cgccacccag acgctgcacg
    28921 agcttatagc cgatgttgcc agcctcgagc gacgggaaga cgagcacgtc agcatgtccg
    28981 gccaccgtgc tacccggcgc cttgagcgcc gccacacgct ccacgagcgc ggcgtcgagc
    29041 tgcatttctc cgtccacttg cagcgtcgga tcaagttcac gtgccaggcg tgtagcctcg
    29101 gccaccttgt ccacacgctc gtgtgaagcg ctaccctttg tcgagaagct cagcatagcc
    29161 acgcgcggtt cggtgcccag catagcgcgc gccgtagcgg ctgacgagac ggcgatctgt
    29221 gccagctccg cagctgtcgg gtcgggcaac acggcacagt cggcgaagat cagtatgccc
    29281 tcgcggccgt acgatggatc cttgacgaac atgaggaagg cgcccgatac gcacgagatg
    29341 cccttcgttg tcttgataat ctgcaacgcc ggacggagca cattgcccgt cgtgttgcgt
    29401 gccccagcga tctcgccgtc ggcatcgccc gccttgatca tcaggcaggc caggtagagc
    29461 ggatcctcca ccagttcggc ggccttctct ggggtcatgc ccttggcacg acgcaggtcg
    29521 agcaacaggt cggcataggt ctgcttcttc tcgtggttct tggggttgag cagacgtgcc
    29581 ccgttgatgt gcttcagccc gagtcggtcc gcctctttac ggatgtcgtt aggctcaccg
    29641 atcaggatga tgtcggccac tccgtcggct acgagcctat cggcggccac caatgtgcgc
    29701 tcctccgtgc cttcgggcag gacgatgcgc tgcttgttcg cttttgcgcg atctacgata
    29761 ctttgaatca aattcatggt tccgtgaatt atatgaatga tgaatatgtg gatatatctg
    29821 gaatcttgcc acgtgatgct gtttccttcg caacaaaagt acaaagatct gtcaatggca
    29881 aaggctccga aaggatccat gtcgataagg ggcgaccctc tccttcgggc ttccctcctg
    29941 gctattcatc ggagaggggg gtgttgcaaa ggttactttt tacagcatcc gctttacaga
    30001 cctttgcggc cgaactactt gtaatcaata gaaattatga cagcaaaaag attgtggatg
    30061 tggcttgggg ctacagtagc ggcctcattc ctggtgctga tcatattcgg tgtggaaatc
    30121 taccgaacag cacctccgtt ccccactaaa atcgtggtga gcgacggcga agtcctctac
    30181 gaaggacaag acattaagga cggccagaac gtttggcagt ccatgggcgg gcaaaccgtc
    30241 ggcagcatct gggggcatgg tgcttacatc gcccccgact ggaacgccga ctacctgcat
    30301 cgagagaccg aaatgcttct cgaccttttg gcccagaagg acggcaagac ctacaaagac
    30361 ctccccgagg acgagcaggc taaatacctc gtacagctgc gcaaggagct ccgtacgaac
    30421 acctacgacg ctgcttcggg cgtgatcacc ttctcgcccg aacgcgctca ggtggctcgg
    30481 gccttggcgg attattacac gaagctcttt atggacgacc cctcgatgga tcatgtccgt
    30541 aagagctacg ccatcccgaa gggcgccatc aaggaccctg cgcgcatggc acagatgaac
    30601 gccttcttca cctggaccac gtgggtgtgc agcaccaacc gtccggggag tgatgtgacc
    30661 tacaccaaca actggcccta tgagccagtg ataggcaata agccgtcgac ctcgctacag
    30721 atgtggtccg ggtttagcgt gctgatgctg ctctttggcg tcggacttct ggtctactat
    30781 cacgccagca ataaggagaa ggaagagaac gaccgcctgc ccgcctccga ccccatgcga
    30841 ggcctgaagc cgacgccgtc gatgcgggct acactgaaat acatctggat cgtgtcgctc
    30901 cttatcctcg tacaaatggt ggccggagtc atcacggcgc attatggcgt agagggaggc
    30961 ggattcttcg gcctgccgct cgacctgatt ctgcctcagg ccatctcgcg cagttggcac
    31021 gtgcagctgg ccatcttctg gatcgccacc tcatggctcg ctacgggact ctatatcgct
    31081 cccgctgtgt cgggccaaga acccaaatac caacgcttgg gggtgaatgt gcttttcatc
    31141 gccttgctca tcgtcgtcct tggttcgctg gccggacagt ggtttggcgt catgcaaaag
    31201 ctggggctgg tcgagaactt ctatttcggt catcagggtt atgaatacct ggagctgggt
    31261 cgcttctggc aggcactcct gctcgtgggc ctcttcctct ggctcttcct tatggttcgc
    31321 gccctgctgc ctgcgctccg tcggcgcgac gagagtcgcc acctgcttgt gctcttcgtc
    31381 ttggcctcga tcgccatcgc aggcttctat ggcgcaggac tgatgtacgg ccgtcagaca
    31441 cacatggcca tcgctgaata ctggcgctgg tgggttgtgc acctctgggt ggaaggcttc
    31501 tttgaagtct ttgccaccgt cgtggccgcc ttcctcttct cccgcatggg actgttacgc
    31561 ctgaaggtgg ccagcgtctc ggtgcttttc tcgaccatca tcttcttggc cggtggcatc
    31621 cttggcacct tccatcacct ctatttcagc gccacgccca cagccgttct ggccttaggc
    31681 gccaccttta gtgcgctgga gatcgtcccc ctggtgctca tcggctatga ggcctatcac
    31741 aactatagcc tctctcgctc cacaccctgg atcaaggcct acaagtggcc catctattac
    31801 ttcatcgcca tgtgcttttg gaacttcttg ggcgctggca tctttggttt cgccatcaat
    31861 ccgcccattg cgttgtatta catccaaggc ctgaacacga cggctgtaca cggacacgct
    31921 gcgctctttg gtgtatatgg cattctcggc atcggcttga ttctcttcgt cctccgcggg
    31981 ctctatcctg accgggagtg gaacgacaag ttgctcggat ggtccttctg gctcatcaac
    32041 atcggcctct tggtgatgct cgtcgggagc ttgctgccca tcggcatttt gcaggccgtg
    32101 gaatctatcc agaacggcta ctggtcagcg cgctccatgg agttcatgca gacagacacg
    32161 atgcaggcca ttcgttggct gcgtgtgccg ggcgactccc tcctggccat aggcgagctg
    32221 ttgctggtct actttattat cggtttacac acgggctggt cgcttaaagg aaagcgataa
    32281 gcaaaaacga tctgcccatc cgccctccgg aggggttacg ggtcagattg cgatcaacaa
    32341 acattcaact atctagaaag gtcttggcgg aagtccatcc cgtcagggcc tttcgccttt
    32401 tctcgtggtg cccttgcaga acttctgcaa aggcgctttt ccccattttg gtgtttgcag
    32461 aacttctgca aaggcgcttt tccccgtttt ggcgtttgca gaacttctgc aaagtcgctt
    32521 ttctccattt tggcgtttgc agaacttctg caagtgccct tttccccatt ttggtgtttg
    32581 cagaacttct gcaaaggcgc ttttctccat tttggcgttt gcagaacttc tgcaagggcg
    32641 ctttccccca ttttggcgtt tgcagaactt ctgcaagagc gcttttcccc attttggcgt
    32701 ttgcagaact tctgcaagag cgcttttccc cattttggtg tttgcagaac ttctgcaagc
    32761 gcgcttttcc ccattttggt gtttgcagaa cttctgcaag cgcgcttttc ctcattttgg
    32821 cgtttgcaga agtcctgcaa gagccctttt ctccattttg gtgtttgcag cattcctgca
    32881 gaggccaaaa agtttttcgt ggcctttgca gcgttcctgc agaggccaaa aagtttctcg
    32941 agagacttgc gggactcccg caaacgccaa aaagttttcc gaggcacttg cgggattccc
    33001 gcaaacgcca aaaagttttc cgagagactt gcgggactcc cgcaaacacc aaaaagtttc
    33061 tcgaggcact tgcggggctc ccgcaaacgc caaaaagttt tccgaggcac ttgcggggct
    33121 cccgcaaacg ccaaaaagtt ttccgaggca cttgcgggac tcccgcaaac gccaaaaagt
    33181 tctccgaggc acttgcggga ctcccgcaaa gcccaaaaag ttttccgagg cacttgcggg
    33241 atttccgcaa acgccaaaaa gttctccgag gcacttgcgg gactcccgca aacgccaaaa
    33301 agtttctcga ggcacttgcg gggactcccg caaacgccaa aaagtttctc gcgagactta
    33361 cgggagtacc cgcaaagacc tctttcttga cagtggataa aaagaaagcc tgccgaagga
    33421 agacttcgac aggcttaaac tgtagataac ctcttcatcg cgctataggc ggcgatgggg
    33481 ggaagaggtc taaatcaaaa tgagaaatta aaaaacgagg agggtgaaag atgggactcg
    33541 aacccacgac cctcggaacc acaatccgat gctctaacca actgagccac tctcaccata
    33601 aagacgcatt ctctttcgga atgcgccgca aagatatacc agttttcaca ctggcaaagc
    33661 ctgcccgggg aattattcct ctttgccgaa cacggctttc gtgccagcca aaagcgtgtt
    33721 gcgcatcagc gagatgattg tcatcggccc tacgccgcca ggcacgggcg tgatgtagct
    33781 gcacttcgga gccacctcat ggaaggctac gtcgcccatc agtcggtagc cgctcttggt
    33841 cacactgctc ggtacgcgcg tcgtgccgac gtcgatcact acggcgcctt ctttcaccat
    33901 gtcgcctttg aggaactccg gcacacccag cgctgcgatg atgatgtccg cactgaggca
    33961 catctcgcgc aggttctccg accgactgtg gcagaccgtc acggtgcagt cacccggatt
    34021 ctccttctgc atcatcagca tcgccatcgg tttgccgaca atgttgctgc ggcccaggat
    34081 gacgcaatgt ttgcccttcg tcgggatctc gtagtggcgc agcaactcga taatgcccgc
    34141 gggagtggcc ggtttgaagc atggcaggcc gatggacatg cgcccgacgt tgatcgggtg
    34201 gaagccgtcc acgtccttgc ggtagtcgat ggcctcgatc acgcgctgcg aagagatgtg
    34261 cttcggcagc ggcatttgta cgatcagccc gtccacatca tcgtcagcgt tcagttcgtt
    34321 caccttgtcg agcagggcct gctccgtcac gtcgtcctcg aagcgaatga gcgacgagcg
    34381 cagcccgatc tcttcgcaat tcctcacctt attggccaca taggcttcgc tacctccgtc
    34441 gtgacccacc agtatcgcca cgaggtgcgg cgccttccgt ccgtcctgct tgatcttttc
    34501 tacttcagca gccaattcct ttttgatctg ctctgccacg gccttgccgt cgatcagttg
    34561 atagctgtgc tcttccatcc ttctatacct attatatatg tgtctgttta tttcctgcgg
    34621 aacggtgcag ccatgcggct gctcggcttt gcggtggtga tcatgcgcat catcttgcgc
    34681 gtctcgtcga attgcttgat gagcttgttt acgtcttgca ccgacgtgcc actgcccgag
    34741 gcgatccgtt ggcgccgcga accgttcagg atcgaggggt ttgtgcgctc ctcgggcgtc
    34801 atggagtaga tgatcgcttc gatacccttg aacgcgttct cgtcgatgtc gatattcttc
    34861 agcgccttgc ctacgccggg gatcatcgcg gccaggtctt tgaggttacc catgcgcttg
    34921 atctgctgta tctgaccgag gaagtcgttg aagtcaaact ggttcttggc caacttcttc
    34981 tgcaagcgcc gcgcctcggc ttcgtcatac tgctcctgtg cgcgctccac gagcgagacc
    35041 acgtcgccca tgccgagaat acggtcggcc atacgttcgg gatggaacac atcgagcgcc
    35101 tccatctttt cgcccgtgcc gatgaacttg atgggcttgt cgaccaccgt gcggatcgag
    35161 agcgccgcac caccacgcgt atcgccatcg agcttcgtga gcaccacgcc tgaaaagtcg
    35221 agccgatcgt tgaactcctt ggccgtgttc accgcgtcct gacccgtcat ggagtcgacc
    35281 acgaagagcg tttcgtccgg gttaatggcc tgcttgatgg cggcgatctc ttgcatcatc
    35341 tgctcgtcga cggccagacg accggccgta tcgatgatca ccaggtcgcg ccccgtgcgc
    35401 cgcgcctccg caatggcatg ctcggcgatc tccaccgggt tcttgttttc ccgctcggaa
    35461 taaacgggca cgccaagctg ctcgcctaag acatgcagct gatcgatggc cgccggacgg
    35521 tacacgtcgc acgcagccag cagcggcttc ttacccttct tgctgcgtag catgccggcc
    35581 agcttacccg agaaggtcgt cttacccgag ccctgcaagc ccgccataag gatgacggcc
    35641 ggttgcccct tcagctccag ctctgaggcc gaggcgccca tgagcgtagc cagttcgtcg
    35701 tgcacgatct tcaccatcac ctggttcggc ttgagcgctg tgagcacatt ttggcccata
    35761 gccttggtct tgactgtgtc ggtgaactgc ttggccacct tatagtttac gtcggcgtca
    35821 agcagtgcgc gtcgcacatc cttgagtgtc tccgccacgt tcagttccgt gatcttccct
    35881 tcgcccttca gcagcttgaa tgagcgttct aatctgtcgc ttaagttttc aaacataatt
    35941 ccgtgttgtc tttatgcgcg caaaagtagg acgcccgaaa acctcgcgca aacggcctcc
    36001 ccaacttccc ccatcccccg aaaacacgtt cgtcggccat tgtgccccct ccgaaagtcc
    36061 taaaaaacga gtcgccagcc ttaccatgcc ccaaggctct tctgttttga tcataaacag
    36121 caagtaaaaa tagataggag tactgtttta tctatagatg ggtattcaaa atacatagat
    36181 tgtatcgtca atcgtatata cagcatatca aaaatcatat catctatatt ttgattatat
    36241 acatggacta taaatctata tggatgatat ctatgatcta atctgtatgt agaaaagatg
    36301 aatgatcctg ttcttgttat ggatgataga tatataggct ttataatatg attaggatgc
    36361 aaacagtgat gtcaatatgt ttgtagatgc tgtctatgat cagaacagca cataaaagtt
    36421 ttttgatata ctgtttatga tcaaaacagg agaggtatag gccatgagaa agcctccaga
    36481 aggtctttcg agggatgagg gagggaagac aaggccgtcg agtgggctta aaggagatga
    36541 gaggcggaag tgaagcccgt cggatgggaa aatggggccg aaagcaggcg gaagaagcga
    36601 aacgacggag gcgcaccgga aaggatgtta aggcgaaagg ccgatggatc gtggacgggg
    36661 ctccaaaaaa ggcaaaatgg agggcgtttc ggacaaataa gattaatcgg gcagtgtgcg
    36721 tgacgaaaat gaggagcaaa atggcattcc tttgccgcac gatttcaagt cttattaatc
    36781 aacacatcaa agaaatgaag agagtgattt tgagcgcagc catcgcagct gccatgacgt
    36841 tcggcgtagc cctttcggcc agcgcacagg acgtgaagaa agaaggtcag cagacggagc
    36901 agaagagctg ctgcagcaag gataaggaca agaagcattg cgacaaggcc ggcaagaagg
    36961 actgcaaggc agccgacaaa aagagctgct gcaaggacaa gaaagacggc aagcagtgca
    37021 acaaggctaa gacggaagag gctaagaagg aagtgcagta atcactgccc ccctccaccc
    37081 ggaaggcttt cataggtaaa cttggaagat cccggcgcga aagcgtcggg atcttttttc
    37141 gtctgtatct ttggcccaca caatcaaata agtatcacac ataaaaacag atagatctat
    37201 ggataagccg tatgtgattg ggatagatat cggcggaacg aactccgtct ttggggtcgt
    37261 cgatacgcga ggcaatgtgc tgtataacgg ttcgattaag accgggaaat acgaagacgt
    37321 gaacgactat gtccgtgcgc tgggcgaagg gctacaggcc gtgattcgat cggctggcgg
    37381 acgggacaag atcaagggta tcggcgtggg cgcgccgaat gggaactact tcaatggctg
    37441 catcgagttt gcggccaacc tgccgtggaa gggcaaggtg ccgctggcac agctcatcag
    37501 cgaccgtacg gggggcatcc ccgtgacgct cacgaacgac gccaatgcag cggccatcgg
    37561 cgagatgacc tacggtgcgg cgcgtggtct gaaggacttt atcgtcatta cgctcggcac
    37621 gggtgtgggt agcggtatcg tctgcggcgg caatctggtg tatggccacg atggcttcgc
    37681 gggtgagctg ggccatacca cggtgcgacg tgagaacggt cggctctgcg gctgcgggcg
    37741 tcacggctgc ctcgagacct acgcctcggc tacgggtgtg gcccgtacag cgcgcgagtt
    37801 gctgacgaag cgcacggacg ccagcctgct gcgggcgctg gagccggaca agatcacgtc
    37861 gaaggacgtc ttcgacgcgg ccgttcaggg cgacaagctg tcgatcgaga tcttcgacat
    37921 cacgggtgag atcctgggtg aagcgtttgc caactttgta gccttctcca gtccggaggc
    37981 tatcatcctg ttcggcgggt tgtccaaagc gggcgacctg atcatggagc cggtgaagcg
    38041 atcgatggag gcacatatgc tgaaggtgtt ccaaggcaag acgcgcctct tgttctcgca
    38101 gctcaaggag agcgacgcag ccgtgttggg cgccagtgcg ctgggctggg aagcgaagga
    38161 tgagccgatg gatgccttag tctgattctg ggctacggca tacctatata tgataggccc
    38221 atcagcaagt agggggcggc cgtcagccaa aggcgttcgc tccctttctt tgggccctga
    38281 cagagacccc ttactgcctt ttatccgatt cgaaacaaca tagacatcaa tcacaatgag
    38341 aaagtctgct ttacttctta tgactacatc actacttacg gtcggcgcac acgtggcgac
    38401 ggctgcaaac gacgagcatc cgaagatcga ttacacggtg gatcgcttcg ccgacattga
    38461 aatcttgcgc tacgaggtgc ctggcttcga agagctatcg ctgcagcaga agcagttgct
    38521 ctaccacctc tctgaagctg ccctgatggg gcgtgatata atcttcgatc agaactgccg
    38581 ctacaatctg gccattcggc gagcgctgga ggctatctac cgggaatatc ggggcgatcg
    38641 gggcgatgca caattcaaag ccctagagac atacctcaag cgcgtatggc tcgctaacgg
    38701 tattcatcat cattacggcg aggacaagtt cgagcccgcc ggattcaccg cagattactt
    38761 cgcgcagtgc attcgcagct tggatccgaa gcatgtgcca gtgcgtaagg gccagacggt
    38821 ggacgcttgg ctcaaggaaa ttacgcccgt catcttcgat ccgaaggtga tgccaaagcg
    38881 cacggtgcaa agtggcagcg gcgacctctt gctggcgtcg gccaataact attatgaggg
    38941 cggcgtgacg cagcaggagg ccgaggcatt ctacgccgcg atgcgtacac cgaacgattc
    39001 caccgcacct tcctacggct tgaatagccg gctgtgtaag tcggccgatg gcaagctcac
    39061 cgagaaggtg tggaaggtcg gcgggctgta cactgaggcc attgaacata ttgtggacga
    39121 gcttcggaag gcggagcagt tcgccgagaa tgcggcgcag cgagccgtga tcgagaagct
    39181 cgtcgagttt tatcgcacag gtgatctgaa gacattcgac gcttacgcca tcctttgggt
    39241 gaaggatacc acctcggagg tggacttcgt gaacggcttc accgagtcgt atggcgatcc
    39301 gctgggaatg aaggccagct gggaggcgat agccaacttc atcaatcgta aggcgaccaa
    39361 acgcacgcgg ataatcagcg acaacgcgca gtggttcgaa gacaatgcgc cgatggatcc
    39421 tcgcttccgt aagaagaagg tgaggggtat cacggccaaa gtgattaccg tcgccatgct
    39481 gggcggagac tgctatccga ctactccgat cggtatcaac ttgccgaatg cggactggat
    39541 ccgtaaggat catggctcga agtcggtcac tatagagaat atcaccgagg cttacgacaa
    39601 ggcgtctctc ggcaatggtt tccgtgagga attcgtttgg aacgacgcag agcacgcacg
    39661 gatcgataag tatggcttca tcaccgacaa cttgcacacc gatcttcatg agtgcttggg
    39721 tcacgcctcg gggcaactgc tcgagggtac cgatcctaat gcgctgggtg cgtatagttc
    39781 gacgttggaa gaggcgcggg cagacatctt cgctctctac tacctagccg atcctaagtt
    39841 gatcgagctc ggactgttga gtgatcccga agcatacaag gcggagtatt acaaatacat
    39901 catgaatggg ctgatgacac agttggtgcg cattcaaccg ggcaatgaca tagaggaagc
    39961 gcatatgcga aaccgtcagc tgattgctcg ctgggtgtac gaaaagggtc gtgcagacca
    40021 tgtcgtggac tttgcgaagc gtgacggaaa gacgtttgtc gttgtgaacg attacggcaa
    40081 attgcgtggg ctgtttgcgg agcttttggc cgagctgcag cgaatcaaga gcgaaggtga
    40141 ttttgaggca ggtcggaagt tggtggaaga ctatggcgtg aaggtggacc gtgccctgca
    40201 cgaggaggtt ctcgcgcgct atgcccgact caatctggcg ccttacaagg gtttcgtaaa
    40261 cccggtgatg aagcctatcc gtaacgctca gggcaaggtg accgacgtta cgcttgacta
    40321 ctccgaggac tacgcggatc agatgatgcg ttacagtcgg gaatactcct acctcccgac
    40381 ttacaattaa ctccttcttt ttcctatccc ttacgacgtc cgaatatgga taacgccgtc
    40441 gatacctatg ccttcgaacc ggccaaagag tcgttcgctc gctttctcac tgagcgcggc
    40501 atgaggaaga cgacggaacg cttcacgatc ctggagcaca tttgccggat aagaggacat
    40561 tttgacgtgg aaatgctact ccgtcagctc gacgaagcgc attttcatgt cagtcgggca
    40621 tccatctaca acacgcttga gctgctgatg gatgcccgta tcgtggtccg acaccagttc
    40681 tcatcccaac ttgtgcaata tgagctacag gcggccgccg ccactcacca tcatgccatc
    40741 tgtagctatt gcggtgccgt ccaggaggtg aaggatgatc gactgacgcg cgagctggct
    40801 caccggcgga ttcccaaatt tacctacgac tgccattcgc tttacatcta cggtatgtgc
    40861 tccaaatgca aattccgaat gcgtatgagt cagcgaaagg cggccgaggc tgcgaagggg
    40921 aagcaatgat tgctggtagt ccccaacaag aattgatgag gtgaaccaac ggcttgagct
    40981 actccccgaa atgaatgtcg gaagggctgc aagggcttaa ggtgatctcc gacaagaatc
    41041 gatgaggtga accaacggct tgagccgctc cccaaattga atgtcggaag ggctgcaagg
    41101 gcttaaggtg atctccgaca agaatcgatg aggtgaacca acggcttgag ctgctccccg
    41161 aagtgaatga cgaaggggct gtaaaggctt gaggtgaccc ccaacaagaa ttgatgaggt
    41221 gaaccaacgg cttgagttgc tccccgaaat gaatgccgga ggggctgtaa aggcttgagg
    41281 tgacccccaa caagaattga tgaggtgaac caacggcttg agttgctccc cgaaatgaat
    41341 gacggaaggg ctgcaacggc ttgaggtgat ccccaacaag aatcgatgag cggaatcaat
    41401 ggctccggat gaatctccgc atgaactacg gaggggaagc gacgactccg gatgatcccc
    41461 gacaggaatc aatgagcgga atcaatggcc ccggatgaac cccgaaatga atgacgaagg
    41521 tgaatcaatg acctctggcg atccccgaaa tgaacgacga aggggttgca atgacttagg
    41581 ataatcccaa aaatgaatga atcagatgaa agtagacgtt ttattaggcc tccaatgggg
    41641 cgacgaaggc aaaggcaaag tggtcgacgt attgacgccg aagtacgatg cggtagcgcg
    41701 gttccaaggg ggacccaacg caggacatac gcttgagttt ggcggagagc gatacatact
    41761 ccgctccatt ccctctggca tattccaggg tgggaagaca aacataattg gcaacggggt
    41821 ggtaatcgat ccgcttctct ttaaggagga agccgaagcg ttggccaatc acgggcacaa
    41881 cttgaagcag caactgatga tctcgaagaa agcccatttg atcatgccaa cccatcggat
    41941 actcgatttg gctaacgagg ccgctaaggg atcgggaaaa ataggtacga cgggcaaagg
    42001 cattggccca acgtataccg ataagattag ccggaacgga ctccgggtag gcgacctatt
    42061 ggaaaacttc gacgagaagt attccgccgc caaacgccga cacgaaaaca tgcttcgggc
    42121 gatgaacttc gagtacaact tgattgacct cgagcgtccg tggctcgaag ccctggacta
    42181 tttgaagggc ttccgacttg tggacagcga gcacgaggtg aacgcgatgc tccgcgaggg
    42241 tcgctcggtg cttgccgagg gtgcgcaggg tacgatgttg gacatcgatt tcggttccta
    42301 ccccttcgtc acttcctcaa atacgatctg cgccggatgc tgcacaggcc tgggagtctc
    42361 gccgcgaaat attggcgaag tgtacggcat cttcaaagcc tattgcacac gcgtgggcag
    42421 tgggcccttc cctacggagt tgcacgatga aacgggggag gctatgtgcg agcgcggaca
    42481 cgagttcgga tcggttacgg ggcgccgtcg ccgatgcggg tggattgacc tcgtggcttt
    42541 gcgttacgct gtgatgatcg acggcgtaac ccaactgatc atgatgaaga gtgacgtcct
    42601 agataccttt aacgtcatca aggcttgtgt ggcctatcgc gtggacgggg tggagacgga
    42661 tcggttcccc tttgatcttt caaaggccga acccatatac gcggagctgc ccggatggca
    42721 aactgacatg tcggggatga agagcgaaga cgaattcccc gaggagttca acgcctatct
    42781 gactttcctc gaggacgagc tgggggtacc catcaagatc gtctcagtcg ggccggatcg
    42841 cgagcagact atcatccgct ataacgagta ggccgcttgg cattgttttt gccttcaccc
    42901 agacggcgtg aagggtaaaa agagtagtcc tccggaagca cggaggcgtc acgcagcgac
    42961 gcccatctcc ccgagggcta ttcttttgcc ccgaccattc cccaaacaga tttttatcac
    43021 caatccccaa catccaatga ttacatccac gtcggccctt tactgggtca tttttatcgg
    43081 catagccgga ttgagctggc tggtgtcgca tcgcttgcag agcaagttca agaaatattc
    43141 gcgtgtgccc ctgcccggag gcctgacggg ccgcgaagtg gccgagcgca tgcttcgcga
    43201 gaatggcatt gatgacgtgc gggtcacgtc cgtggcaggt caattgaccg accactacaa
    43261 tccggccaat aagacggtca acctcagcga cgccgtgtat gccaccaaca gcatcgccgc
    43321 cgctgcggtg gcagcgcacg aatgcggaca cgccgtccaa cacgcttgcg cctacgctcc
    43381 gctcaagctg cggtcgaagc tggtgcccgt agtcagcttc tcatcgaata tcgtccagtg
    43441 ggtcttactg gctggcatgg tgctcatcaa aacctttccg caactcatgt tggcaggtat
    43501 cgtgatgttc gcattgacca ccctgtttag tttcatcacc ctcccggtcg agatagatgc
    43561 cagtcggcgc gccttagcct ggttgaagac ctccgggcta acctctcggg aaaccgacgg
    43621 catggcccgc gacgccctgc agtcggccgc atatacgtat gtcgtggcag cccttggctc
    43681 gttggctacc ctcctgtatt acattctcat attcacctca ggcagcagaa gggattagta
    43741 tggctcagaa accttccatc ccgaaaggga ctcgcgattt tacgcccgtg gagatgtccc
    43801 ggcgcaacta catattcgaa accatacgtc aggtttacca cctctacggc taccggcaga
    43861 tcgaaacgcc cgccatggag caactatcca ccctcatggg taagtatggc gaagagggcg
    43921 acaaactgct gttcaaaatt ctaaactcgg gcgactttct ctcggctatc accgacgacg
    43981 actggaagga aaaaagcctt ccgaaggtct cggctaggat ctccgagaaa ggccttcgat
    44041 acgatcttac ggtacccttt gcccgattcg tagtccaaca ccgatccgaa ttgaccttcc
    44101 ccttcaagcg ttaccagata caacccgttt ggcgtgccga tcgcccgcag cggggccgat
    44161 accgcgagtt cttccaatgc gatgcggacg tagtcggcag tgactcgctg ctttgcgaag
    44221 tggaactcat ccagatcatg gacgaggtct tccgacgtct gggcatcaat gtggtgatca
    44281 agatgaataa ccgcaagatt cttgccggca tagccgaggt gatcggggag gccgaacgga
    44341 tcgtcgacat cactgtggcg attgacaagt tagacaagat cggacgcgag ggcgtaatcg
    44401 ccgagcttcg ggccaagggc atcagcgatt cggccatcga ccgcctgcag ccggtgatag
    44461 accttcgagg ttccaatcgg gaaaagatgg cggccctgcg tagcgtattg gaaggctcgg
    44521 aggcaggcat ccgcggcgtg gaggagacgg aatacattct ggatcacata gagccgctgc
    44581 cgctgaaggc ccacttagag acggatctca cactggcgcg cggcctcaat tactacacgg
    44641 gagccatttt tgaagtcaag gccctcgatg cggagatcgg aagcattacg ggcggcggtc
    44701 ggtacgacaa cttgacaggc gtcttcggta tggccggcct ttccggcgtc gggatctcat
    44761 tcggcgcaga tcgcatttac gatgtcctga accagctcga tctctatccc gaagatacgt
    44821 tgcgaaccac ccagctgctc tttgtgcact tcggcgagcg tgaggccaac tacctgctgc
    44881 cgctgatagc ccgcgtgcgc gctgccggca ttcgcgccga gctttacccc gacgcggcga
    44941 agatgaaaaa gcaactcggc tatgccgacg caaacgcaat ccccttcgtg gcccttgtcg
    45001 gcgaagacga gatgtccacc gaccgcattc agctcaagga catgcgcagc ggcgagcaac
    45061 gcgccgtcac cctcgacgag ctaatcgccg cccttagcga aagccataac taactcctca
    45121 tctcaagcct tttggccgga tactcgccga gcgtcgtctc gagtcggtat ccggcttttt
    45181 ttgtgcccac caacaccaat cactgcggac aatcaccagc accccatgaa accacgcagc
    45241 aatccctatc cccttccgga ccaaccccat gaaggccaaa ataactttct gcacctatac
    45301 ggatgagccc catgaaggcc aaaacaatcc tctgcgccta tccgaccaac ttgatggcga
    45361 tcatcgcctt gatcttcttt tgcctccttt tcttctatca agagaagaaa aggaagtcgg
    45421 ggtgcggggg cgaagccccc gcgaaagccc taacgaacct cctacaccta ccatacgcac
    45481 cccatgaagg ccaaaacaag tctctgaatc cattcggcca ctccctatga aggccaaaac
    45541 aaccccttgc gcctatccag ccaaacccca tgaaagccaa aacaagtctc tgcgcctatc
    45601 cggacaactt gaaggcgatc atcgccttga tcttcttttg cttccttttc ttctatcaag
    45661 agaagaaaag ggagtcgggg tacgggggtg aagcccccgc gaaaggtcca acgaacctcc
    45721 tacgccaacc caacgcaccc catgaaggcc caaacaaccc tctgcgccta ttcggccaac
    45781 ttaaaggcga ttatcgcctt gatcttcttt tgcttccttt tcttctatca agagaagaaa
    45841 aggaagtcgg ggagcggagg cgaagccccc gcgaaagccc caacaaacct cctgcgccta
    45901 ccaaacgcac cccatgaagg tccaaacaac tccctgcacc cattcggacg aacccgctga
    45961 aggctcaaac aaccctctgc gcccattcgg acgacttgat ggcaatcatc gccttgatct
    46021 tcttttgctt ccttttcttc tatcaagaga agaaaaggaa gtcggggtgc gggggcgaag
    46081 cccccgcgaa agccccaacg aacctcctag gccaacccaa cgcaccccat gaaggcccaa
    46141 acaaccctct gcgcccattc agcagcaccc gatgaaggct caaacaactc tctgcaccta
    46201 tccggccaac ttgaaggcga tcatcgcctt gatcttcttt tgcttccttt tcttctatca
    46261 agagaagaaa agggagtcgg ggtgcgggga tgaagccccc gcgaaagccc caacgaacct
    46321 cctgcgccta ccaaatgcac cccatgaagg tccaaacaac tttccgcgcc cattcggacg
    46381 acttgatggc aatcatccca tgaatcctct tgtcattcat cttcgctcat cgataagaga
    46441 aacaaaatgc ggagcatata gcaggactct ccgcctaagg ttcagcgagt tattatcgcc
    46501 tatccagcaa aaaaaatgaa gctcaaaatg aatctcgatt ttgcttcaca gacactccgg
    46561 gaagcaaaat cgtaattcat tttggcgact tcggacactc agtgaagcaa aatcgagatt
    46621 cattttggcc ttccggagta cccaaaatgc gaaatcgcaa ttcatttttg gcttcccgga
    46681 cactctgaaa gcaaaatcgt aattcatttt ttgcttcact gagtgtccgg agacgcaaat
    46741 cgagattcat ttttggcttc ccggacactc tgaaagcaaa atcgcaattc attttttgct
    46801 tccagagtac tcggaagtca aaatcgagat tcgtttttcg ctttgcatag tgcctgggga
    46861 tcgaaattga gattcgtttt tggtttcgta gagtgtccgg agattgagat agaaagttgt
    46921 tttcggcttc gtggggtgcc cgaggtaacg aaacggaatc tgttttttga ttcacggaat
    46981 gtccggagat tgagatagag agttgttttc ggcttcgtgg gatgcccgag gtaacgaaac
    47041 gaaatctgtt ttttgattcg cggagtattc ggagattgag aaagaaagtt gtttttggct
    47101 tcgtggaatg tccgaggtaa cgaaacggaa tcagtttttt gattcgcgga gtatccggag
    47161 attgagacag agagttgttt tcggcttcgt ggggtgcccg aggtaacaaa acggaatcag
    47221 ttttttgatt cgcggagtat tcggagattg agacagaaag ttgttttcgg cttcgtggaa
    47281 tgggcgggat agcccattag aatctctttt tgcttttctg cagccgccat gatagctcaa
    47341 ccaccctccg acgggcaatc gcccgcatcg atcgattacg cacacagaca caaaaaagcc
    47401 gagcacgcga ggaggtgatc ctccgcatgc tcggccgcga cctactcggc gctaccggcg
    47461 ataggtcttc gttaacggta ttcctgccag ctcttgatcg gtatatcctt ctcgcctaag
    47521 ttgcagacag ctcggatgaa tgcgcctgcc agtcgggcat ttgtgatcag cggtatattg
    47581 tggtcgatgg ctgccctccg aatcttatat ccgtttgtca gctcacgccg gctttgattc
    47641 tttggaatgt tgatgactaa gtcgaaggca tggcgactga acatatcaag tatgttcagc
    47701 cctccgtcgc gctcatcggg ccagcacaca ggagtcactt ccactccgtt gtcgcgtagg
    47761 aaagccgcag tgccttgcgt ggcgtatatc gtgtagcctc gctcacagag catccgacag
    47821 ggttccagca actccacctt gctcttagct ccccccgaag aaaccataat gctacgcgtg
    47881 ggtatggtgt tacccacagc gaccatcgcg gcgagaagtg cctcgtcaaa gtcatcacca
    47941 atacaaccta cttcgcccgt agaactcatg tcgacgccta gcacggggtc tgcatttgac
    48001 aaacgcccga atgagaactg tgaggctttg actccgatcc agtcaatgtc gaactccgtc
    48061 ttgttgggtg gcgtaaacgg tgcgtcgagc atgatgcgcg tagcagtatc gataaagttt
    48121 tgccgcagca ctttgctgac aaacgggaaa ctgcgtgagg ctcgcagatt acattcgatc
    48181 accttcacgt cattgttctt tgccaagtac tgtatgttga agggaccgct gatgttaagc
    48241 tctcgggcga tcttgcggct aatcttcttg atccggcgaa cggtctcgaa gtatagtttc
    48301 tgcggtggga agaccagggt ggcatcgcct gaatgaatgc ctgcgtattc gatgtgctcc
    48361 gagatagcgt actcgacgat ctctccgtga cgcgctacgg catcgaactc gatctccttc
    48421 acgtcttgca ggaactccga tacgacgacg ggagactcct ttgatacacg cgcggctacg
    48481 ccgaggaatt cgattagctg atccttgttg tagcacacat tcatggctgc tccactcaac
    48541 acataggagg gtcgaatgag taccgggaat cctacgcgat ggataaagtc gtcgatttcg
    48601 tccatgctcg tgagctccgc ccaacgtggc tggtctattc cgagggtatc gagcatggcg
    48661 gagaatttat gtcggttctc tgcgcggtca atcgatacgg gcgaggttcc gagaatcgga
    48721 acttgcctcc ggtagagctt catggccaag ttattcggaa tctgtccgcc gacggataca
    48781 atgacaccgc gcggttgctc caaatcgaca atgtcgagga ctcgctctag tgagagctcg
    48841 tcaaaataga gtcggtcgca gatgtcgtag tcggtagaga ctgtctctgg gttgtagttg
    48901 atcataatgg atttgtagcc cagactgcgt gcggtgcgca cggcgttaac tgaacaccag
    48961 tcgaactcga cggacgatcc aatgcggtag gctcccgaac cgaggacaat cacactctta
    49021 tcgttcttat agaatggtat gtcgtgctca tctcctgtcg cagagtcgcc agagggtgct
    49081 ccgtaggtga ggtagaggta attcgtgagt tctgcgcgat cggaagcgac agtgtctatg
    49141 cgtcgcacgg ccggtaatat accatgtcgc ttacgtaagg cacgcacgcg gagattttcg
    49201 cgctccatgt taccctcagg gtgctccgtg taacgcgcta tttggaagtc agagaaaccg
    49261 agtcgcttag cctcgcggag tacgtcggcc ggaaggtcct cgatcttctt atactgtccg
    49321 agtacgtggg tataatcgac gatattcttc agtcgctcta ggaaccaggg gttgattttc
    49381 gtcagctcat agatgtgctc gatcgtatat cccttctcta aggcctgagc tacggcaaaa
    49441 atgcgcaggt cagtcggatt ctccagttcg ctatccaggt cttcgaattc cagattgtta
    49501 ttacccacaa atccatgcat gccctgtccg atcattcgta gacccttctg catgatctct
    49561 tcgaaagatc ggccgataga catgatttct cctactgact tcatgctgga tccgatttgg
    49621 cggcttacgc cagcaaattt cgtgaggtcc caacggggaa tcttggcgat cagatagtcc
    49681 acttgagggg ctacggcggc tgatccggtc gttcccggct caccaatctc gtcgagcgcg
    49741 tagccgatgg ccaatttggc agcgacgaaa gccagcggat agccgctcgc cttggatgca
    49801 agagccgagg aacggctcaa tcgggcgttg acctcaatga tgcgatagtc gccagtgtca
    49861 gaattgtatg cgtattggat gttgcattcg ccaacgatgc ctaaatggcg cacggtacgg
    49921 acggataatt cctgaagctg ggtgagttca tcctcgcgca gcgaacatgt cggggcgact
    49981 acaatacttt cgcccgtgtg tacaccaagc ggatcgacat tttccatgct caccacggta
    50041 aagcaccggt ctgtccggtc acggatcact tcaaattcga tttctttcca gcctttcagc
    50101 gattcttcca caagaatttg cggggcgaag gcaaacgcac tctcagccag tgcccgcagc
    50161 tcgctttctg tcttacaaat accgctacca agtcctccca gagcgtaagc cgagcgtacc
    50221 atgacgggat aaccgatctg ctcggccgcg gtgatggcat cgctcatcgt ttcgacggcc
    50281 tgactgacgg gcgtcttgag atccacctcg cgcagtttgc gtacgaagag gtcgcgatcc
    50341 tctgtattca tgatggcttc taccgaggtg cccagcactt ggacaccgta acgttccagc
    50401 gtgccctcgt tgtagagctt gatgccacaa ttgagagctg tttgtccgcc gaaggccagc
    50461 aggataccat ctggacgttc cttagcaatg acttgctcga caaaataggg cgttaccgga
    50521 aggaaatata cgctgtcggc cacgccttca gaggtctgaa tggtggcgat gttaggattg
    50581 atcagcacgg atttgattcc atcctgtcgg agagccttca gtgcttgcga gccggagtag
    50641 tcaaactcgc cggcttgccc aatcttcagt gcgccggagc caagcacaag gactttgtgg
    50701 atattgttct ttgacatatg cgtgaaaaat gttctttgac tatttgagga agaagaaaag
    50761 taggagaagg atgacgatag tgatggccgt aaacagctga atcttctgat tccgttcggc
    50821 atcgaggcgg atcttttcga gtgcagcctg ttgcgcggcc gattgctcgt ccactttacg
    50881 ctcaagtgag gcaatctgtg cagaaagatt cgatgccgtg agcgcgtcga taagttgccg
    50941 gatccgttcg ttatagtccg ccagcgtgtc gagcgtatct gcgatctcgg attgctgcat
    51001 ttctatcgcg tcagtcgaaa cggtggtcac ttcagtcagc gcatgtttgg ccagtgcgga
    51061 cacttcaccg acagattgct tcgcctgctc gctgacttcg cccattgtgc gtgtagtagc
    51121 ctcgagcgac tgttgcagag ccgcttgcgt ctccgtgcgg agctgttccg tagcctggag
    51181 tgaagcttcc tttgcctgtc ggagtgtctc ctcggtctcc gtttttaggt ctgcgaccgt
    51241 ctgagtcgac gtggctgctg cttgacggag cgtctcctcg gtgttatcct tcagcgccgc
    51301 cacggtttgg gctgcggagg cggtggcttg gcggagcgtc tcttgggttt ccgacttcaa
    51361 gtcggcgacg acctgtgtcg cggcggaggt agccagacgg agcgtctcct gcgtctccaa
    51421 tttcaggtcg gcgaccgact gtgtggaggt ggcgagggcc tgttgcagag ccagctcggc
    51481 atcggacttc aatagagccg tagcctgccg ggtttgctcc acttctgtcg cgaaacgagc
    51541 cttcccgtcg ttgatggtgt cggtccattc ggcccgtgac ccctccaact gttcggcgaa
    51601 acggctaatc accgcctgtg tttcctcgct gatacggtcg gccaaccgtt tcacctcgtc
    51661 cgacagccga gctgtggcct cgacgagctc ttgactgctg cctgtgactt gtgccacttg
    51721 caagcgcgcc gcatccaagt tcgctaagtt ctcccgcagc tgcaagaggg cgacattaat
    51781 atcttctatc gtttccattt atcctaaata agtacgttgt aattctgtcg tataagtcaa
    51841 atgcgtgctc aagatgtctg ccgcacggat cagaaggagg cgcgaggccg ccttttccat
    51901 acgtgcctcg gtggcatcgt ccgtagcgtc cgcctcgtta cgcacgaagc gattataagc
    51961 ctcaaattgt tcttggaagc gggcataatc cggcattaag tgataaagcc ctatgatgcc
    52021 ctgctcataa ctcgtagaga gatcctgctc aagcgtcgcg cgatcccctg taccgagata
    52081 aagcaggcaa aaagtattca agagtagcaa caccggatgc gtatgacctg cccgacgcag
    52141 cgtgcagacc gactcgtgta gggcatggat acgccctttg ggcgatccct cggaggaatc
    52201 attgacaaga tgtaggtaac ggaaaagcac ttcgtccgtt gcctgcgagt cgtcagccaa
    52261 atcctgagcg agtcgctcgg tcagtggcgt gtgggaagcg gtgtcggggg caaggcgcgc
    52321 aatgttatcg caaacgtagt gcgtcaatcc ggtgaggcac ttatatataa ccccctcacg
    52381 ttcgtcgcgg agcatcacag cgggcattcc cgcccgtgca gcagtctctt cccgttcggc
    52441 gcgtttcctt gtatagtagc gattaaagta atcgcagtac cgtttgtaga cctgttccgc
    52501 ggtgcagtcg cgcaccacga gcaggaagcg cttttgaacc tcgtcgcgag ccacgccatc
    52561 gatcagtccg aggcatccca tgcggtagag gatacgtatg tagcgcgctt cggcggcttt
    52621 gtctcgtgtg ctttcgcctc cctcgcctgc ggatgtggga taagacaagc ccacaaggcg
    52681 tgcctcttcc gccgaagagg atcctaagac cggagcgatg tattccattc ccatttcgcg
    52741 gatcatctgc tcgatgtcct tcccttcttc cgcctccgaa cgcgattcta acgacatggg
    52801 agccacggta gcgctggcgg tgacgattcg atcgcggtcg ggagtgtagg aatcgacggg
    52861 gagcagctct cgttcgacgt cgaagagcat atcgaacgac gcctgactca aggtagcccc
    52921 gagcgtgatc gttccctctc gcggtcgggc atatcgacgc aaaattttcc ccgcacagag
    52981 ataatgaggg tcaaaaaatg gactccattc tgaccctctt tctgcgctat cgaggatacc
    53041 ataagcaaaa tatacccccg tctcacgcat agagaggaag cgttgttgta gggtgggcct
    53101 ggccaactgt tccgcggaga tcgcaacgaa atggagtgcg gccgattcca cgcgacgctc
    53161 cctccgctca cgttcaccat ccgtcatgtt cgtgtggagg ctggctccac aatctatatc
    53221 ttgctgccgc gcctcgtcga tcagcttatc agccgtttta gcgtctggcg ttatgacgac
    53281 cgtcacaccc ggctgtaata gagcggccgg aagcgccacc gctgcaccat gcgcgtccgt
    53341 aggaagtagc gccgccacgc tttcgccgcg aagtaaccgg tcgagaatgg cctcctgacc
    53401 cggccggaag tcctcccgac gggataagat gcccataata taatgtatag ccccagctgt
    53461 ttctgggatg agtgtgcttc gcccgatggc gtcgcggata atgagcgggc ggtaagtgat
    53521 acgccccgta gtgagcaccc ttctcggttc gcgggcatgg tgagccgagc ggacgatgaa
    53581 gcaacaatcg ttgtggcagt tcgtgtacgt gccgatgagc gggcgttcaa tgcctgcacg
    53641 tcgcagcacg gagatgtcta tgatcaaatc gtacgtctta gcgcggtgct cctcggtcag
    53701 ttcagccgat ggcaccacgt cggcatggag tggcgaatcg ataaactccg gtgtactgat
    53761 cacatcaagc gtcacttccg gaaaatgtac cccatcccac tctgcactaa gcgctgtcag
    53821 tcgctcaaac agggctcgca agtccgatag agccgccacg gcgcagggca catcgcgctc
    53881 caccacgagt acctcccaat gcggcgccgc gagatctaat cgtccggcca taagagcctc
    53941 caaaatgacc ttctcgatgc gtgctacacc gataggagta agcacatatt gcagcgtgcg
    54001 gacccattcg ctgtcgaatg ggcgactgaa aacgcggaag gccgtccgca catagtcgct
    54061 atccaaatag ccgaagtgca tgtcgctcaa atggccgtcg gagaaggtct cgcaagtcca
    54121 gttcatggct gccagatcgt cagtacgttg tttctcgatg cgccgctgat ccatagtggt
    54181 ctgcacagtg ggatcctcga tctcgatcac gaatccgttg tgccttacgt ccctcagatc
    54241 tttcgtcgga tagggaaact cgagcgaaaa atcgacatgc tgcgtgcaat attcgcgttg
    54301 cccggtcaag gtatagacgt tccgctgcgg ttcgaagagc tgtcggaagg gtggaggggc
    54361 cacccgcgtg atgtattccc gttgcaggtc gctttcgagt gcgtccacgt tgtaagtggt
    54421 ctcatctggc ttaaatcgag ggtcaatcag gtgcaaagcc tcgaacaaat cagacggata
    54481 aaggtctcgc gcggcgtaag tgatccttcc ctcctcgttc catctcttgc gattgcccag
    54541 cggtgcgaat gcctcttcga gtagaggcga agcggcggta ggcagaccgc gtgtaatgag
    54601 gttactcagc accgccagca gcggcggcag gtcattatgg gcgcaggcag ccacgtcgta
    54661 gcccgcggag acctcaaatc gcgaaaggga acggtagagc gcggccactt tttcgcgttc
    54721 cgtctgctgt aactgctctc ggacgatgtc gagtcggaaa gccgcctgcc attgaacggg
    54781 cgaaagggcc gtgttaagcc caaacgtctc ggcgcgaagc cgaaaagctt tgcaggtcat
    54841 ggcatatggc tgacgtgcag tggggtaata cgtctcgtcc gtgaaaagct ccggactatt
    54901 gaagcagcga tagaacgtct ctaatcgatc gttgccatgt ttaagtgcgt ccacgcagaa
    54961 aaaatagtgt tccccgcgga tagtacgccc aatcagttgc gccaatcggc gtaaatcgat
    55021 ctcaggatgc cccaaaacgt cggtaaagaa gtgaaatgtg accggttgat gggtctcgat
    55081 gtcgaatcga tccacttcgt tgatcggttt atggatggtc acgatgcgat ccgtgtctcc
    55141 catgtagggt tcaaggtgcc agagggcgcg ctccatggct tccgcatcgg tatcgatcag
    55201 aaaaacctgc tggacacgat tctccatgcc gttacgacgg ataaaatcga agaagcagac
    55261 cgtattcacg ccctgcccac actgccaatc gacgacgtcg aaggttgtgc cttgaaagag
    55321 cttcctgggc atcgtgccga gcaccctatc caccttggct ttttgccgca caccgtcgtc
    55381 gcagagggct ctgaggagca tttgtccgcg atccgccgcc atgtcggggg atggaagatc
    55441 ggtgggaggg gccgtccggc catccgtagg agagggaagg aaagagtgag cgatggccgt
    55501 gattttttca aaagacggat tgcgtagccg acgcatgttt tctctgtaag atagcgtcat
    55561 ggcaggaggg gatgaagggt tacttcgata aacatatccg taatcgtttt ttctgggctg
    55621 caaagctaag aagcagtcag gacttttcgg acgtaacgag gcaggaaatt tttccacccc
    55681 tccccatccc acgtcggcgc atgccccatc cgcagcgcgt tgagatcatg ccatgccgta
    55741 gaatgcgtga aacacggtgc gctccaatcg ttccacgatt gcaatatatc ctaacgcagc
    55801 acatatcagg gcatgtcatt cgatgaaata cgtaaaacgc ggcgcgttgg attgtttcac
    55861 ggttgtagca tgtgaaaaac gctccgcgtt cggggtgtgt tattgggtgg gatatgaaaa
    55921 acgggatgcc tttaggggat gctatggggt gggaggtgga aaatgtggcg cgtttgattg
    55981 tttcacggtt gtggtatata caaaacgcgg cgcgttttta tgtcgctgtg taggggcgta
    56041 ttaaatacgc cctacaaacg tcccatttat ggggcgtatg atccaaaaga tcgatcaccg
    56101 atacgcattc ttgtcccctg cggggccatt gggtggggcg tatgcaatac gcccctaccc
    56161 tgacggccga aaaatgatcg cggtcggggt atgttttgcc gtgttacccg aaaaacaggc
    56221 tgcctttagg ggatgctatg gggtgggagg tggaaaacgt ggcgcgtttt tatgtccctg
    56281 tgtaggggcg tattgcatac gccctacaaa cgacccattt atggggcgaa tgatccgaat
    56341 gatcgatcac cgatgcgcat tcttgtcccc tgcggggcca ttcggtgggg cgtatgccat
    56401 acgcccctac cctgacggcc gaaaaatgat cgcggtcggg gtgtgttctg cggtgggata
    56461 tgcaaaacgc ggcgccatgc cggcatttta ctacctgaca tggcgccgct catatacgtg
    56521 cgacctattc tatttaggtc gtgtgggggt tagcgcctga ttgtaaagat caaatc
//
LOCUS       SEQF2634|AYYE01001260.128990 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..28990
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(666..2063)
                     /gene="tig"
                     /locus_tag="SEQF2634_02307"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C4ZTJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Trigger factor"
                     /translation="MNISLTSDDSIRGIITVAIEKKDYEKDVDKNLRLYRRKMTLPGF
                     RKGTAPMGMIRKVYGKRVLADEINRLTSEHLFKYIRDNRLGIMGEPLPKADQEPINFD
                     TQEEFKIQFDVALAPKMTDVKLTKEDHLKWYDIRVDDALLDKQIDAYRQDQGTTETPE
                     TVEREDWLRGKLVEMENGEQKPGGVWVENSVLFPNIIKDEALLAKFIGAKVGDQIVFN
                     PKNAYGNTPRAVASLLNMDQATAEQFTNDCRYEITHISRLKPAEMNQQLFDRVLGPNK
                     VKDEAEFRDEIRKLMKAPLNQRSEVGFERDLRTLLIRKVGDVPLADDILKRWLLLTSD
                     KVNPEDLDRDYPILVEDMKYHVAREYFMAENGLKAEDSDIEEVAKLLARSHFMQYGIL
                     SASDDLVGPFVRDLLKDEAARRNLINRAADRKFAEWAKGQITVETVEVSPEEYEKALA
                     SEAANNNDAVKEEGK"
     CDS             complement(2268..2387)
                     /locus_tag="SEQF2634_02308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDFFTVILVQQKSVSILHSMRFQSEFQGEAPTGRDPII"
     CDS             2555..2800
                     /locus_tag="SEQF2634_02309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIYLGNLNYRVQEEDLQKRLEEYGAVDSVRVIKDRETGRSRGY
                     AFAEMPNDEEANRAIAELNDQTFEGRRLVAKVALPRP"
     CDS             2896..3075
                     /locus_tag="SEQF2634_02310"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGAEGFFMPEIWLSLAVVCTEANRDVEGKESTCEAVSGDSASP
                     LWMIEDTAPLFFYVS"
     CDS             3737..5335
                     /locus_tag="SEQF2634_02311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEYSDGNYYTDQPLPQETVPENALTEEESKKRAAILEEVQQEV
                     GRMLGSVSWTPGLEMPSLEDVNKAPEKILELWRICRRTQWSPTRNRDFYSQAIYASDC
                     EDNVSRIELFFAYNPVYQDMNLAQMRSYFTLRAGWRRGEYPQNISISYVYVYVYELLM
                     QVGTWLPDDGLKKLEQIRDNYGPLDAKLLRNMKEWLKDYVTFYGMIDMAETYFAEEQA
                     EDVAVEVLENLDDSDDVELFEAVAPLSAYHIKDSRLYKRHEELVTTIGGRIIRKAAPI
                     LEERYGQSIRRVLVGLRKYLPRPMFYSAVFYRRYPYRKRYYPFTENRYFTCIKGSWTK
                     ETFCNALDGERRGEVLGRLMQEMDRQLRARMKGEGKLTKRINDRTLEAVVEREVERYW
                     AEQQEAERQAKLDAVKVDRSRFDRIRSDADVVREALLTDDDRAETAVTHTPSPEPIPQ
                     PSPEPEPAAVSAFTDQERRFLHLLIEGGDWAGYLRDIRVPMGVMVDGINEKMMEAVQD
                     VVIADRGNGPEVIDDYLDDLVRRI"
     CDS             5436..6776
                     /locus_tag="SEQF2634_02312"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMDNKPTKIPRRIAQTVVNSLKGGVVPRVGLPYITVGRRQEIE
                     ALLRDVDIVSEGGAAFRFIAGNYGSGKSFLLQTMRNYVMDRNFVVMDADLSPERRLYG
                     NQGQGLATYRELIKNLSIKTQPEGGALANVLDRWISTVQMQTAETAGCSTDSPEFAER
                     VEQQIFAVVRTMHDLVHGFDFARLLSLYYRAFAEGDDELKGKVLNWFRGEYANKSEAR
                     ADLGVNVAITDDNWYDYLKLFAFFFHSAGYSGLIILVDELVNLYKIPNSIARQYNYEK
                     LLAMYNDALQGKARYIGTLMSGTPQSIADPRRGLYSYEALRSRLQEGKFTREQGVSDL
                     LAPVIKLRPLTAEEMTVLTEKIALIHAGLYEYEPRLTDDDLVAFIRTEYARIGADTHI
                     TPREVIRDFIELLDLLFTHADLTLDSLLQSETFNYAKPELEEKDIDAEFAEFTL"
     CDS             6780..9059
                     /gene="crhR"
                     /locus_tag="SEQF2634_02313"
                     /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
                     TPIKWRLSMQHFFNNGPQATDTDQPTVDSAPEPAVEASDSTADLLPVDEQPTDTAPVV
                     ADPGLAYIFEHTRGRKCLIFSNSREECETVTATLRRYCEARHEPDRFLIHHGNLSYSI
                     RRQAEERMRQSEAALTVCTTSTLELGIDIGRLERAFQIDAPATVSSFLQRMGRTGRRG
                     APAEMWFVMRENHTEPRALLPETIPWELLQGIAVVQLYLEDRWVEAPHKRRLPYSLLY
                     HQTMATLASGGEMLPPELAARVLTLPPFRNVSQDDFRTLLLHLLEIDHIQRTDRGGLL
                     IGLAGERVVNDYKFYAVFRENEEYTVRCDSEELGTIVKPPPVMSKIAIAGHVWEVEEV
                     DYKHHVVYCHRVGGVVHAYFGEEPGDIDNRVLERMRLLLLQTDSYAYLLPNAVARLAD
                     TRRLAARAGLGLRPLVPLGGDMYSLTPWLGSYAFLALERFLRLRCATHLGLSKDFDSF
                     RPYYMRFTMQVPAADFYRILREEIARPLDPMDLLYPNEMPIFDKYDETLPASLTRKGF
                     AYGVLDVDTMKQWIMALPD"
     CDS             complement(9195..9452)
                     /locus_tag="SEQF2634_02314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRITLFYLENCPFCNKARAAIDELKKQDRYKDIEIEMIEESKQ
                     PEVADKYDYYYVPTFYIDGRKVHEGGIFPDEVKAVLEQALE"
     CDS             complement(9610..10833)
                     /locus_tag="SEQF2634_02315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVCAMAAKGQVYETAVRSNRVGALEVRVAGERLSEPYVELGGE
                     RQIEVTFDILNPEPGERLAYSVVHCDADGRRSALVPMEYMDGFDGMEVDDAAPSFNTT
                     VPYMNYRLRLPNEQVRLKVSGVYAVEIYPEGRRNEVLLTARFNVGEGLVGISGEATAN
                     TDVALNRGVQQVNFAVDTKALTVNFPQRELKVFVEQNRRPDTRVGDLLPTSIGGSRLG
                     YEHDRRLIFEAGNEYRRFECLTYRYAGMGVERIGFHNPYYHIDLRPDGPRRAYVYDED
                     QNGRYFTACNGCGEPTREADYGLVHFSYVSERLPGGEVYVMGDLTQNVFDERSRMQYN
                     EASGCYEAALMLKQGYYNYGYVFVPNGERRGRMPAGDESLFETENEYTVSVFYRPAMG
                     RYDRLVGRLTIGGRR"
     CDS             11487..12446
                     /gene="tkrA"
                     /locus_tag="SEQF2634_02316"
                     /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
                     VARRCQAFGMTVLYNKRTRYSEAEERERGITYAEQDEVIRRADVLSLHTPLTPETRHL
                     IGARELAMMKPTAILINTARGAVVDEPALVAALKDGRIAAAGLDVFEQNDVPSPELFE
                     LENVSLTPHIGTQTYDSRVEMVHELCNNVIGFLRGDRKIDRVN"
     CDS             complement(12521..12814)
                     /locus_tag="SEQF2634_02317"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVKAQSIGEILREFFAQNPEIGRRLDEVRVVHAWREVLGPGV
                     SQATREAYVRGATLHVVLDSAVLRSELMMWRDRLVHALNERVGTDVIREIRFR"
     CDS             complement(12811..13917)
                     /gene="recF"
                     /locus_tag="SEQF2634_02318"
                     /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
                     RNRILREQSTDTALYEVLEMQLAQHGQQIFDARTRLIEEFLPFFDEYYRAIGRDDEAV
                     GLRYISQLQTVDLEAELARHRERERREVGYTTTGVHKDDLEMTLDGLPIRHLGSQGQN
                     KTCLVALKLAQYSFLSAKNATLPILLLDDIFDKLDATRVEHIVRLVGEERFGQIFITD
                     TNRKYLDSILESIRKEYAMFHVDVGMVTAMEDGR"
     CDS             13939..14769
                     /locus_tag="SEQF2634_02319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWRVLCAGAKINWGETEVGLSGKKLLLRLEFQEAKTNSKQKEKR
                     IVMAKKTTNEEKEIEVEEIVSRSEQFIEKHKQKIIAGISAIAVVVGLILAYHYLYAKP
                     QAEKAKLAIFKGEQYLAMDSFALALNGNGVDYDGFEAIIDRFGGTKTGNLAKAYAGIC
                     YYHLGDPEKAIQRLKAYKGDDAQIAPTIIGLIGDCYVTTGNTKEGISYFEKAASKANN
                     DLISPIYLKKAGLAYESLKQYPDALKAYETIRDKYNQSMEAMDIDKYITRVKLLSESK
                     "
     CDS             14782..15285
                     /gene="ribH"
                     /locus_tag="SEQF2634_02320"
                     /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            15318..15402
                     /locus_tag="SEQF2634_02321"
                     /product="tRNA-Tyr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Tyr(gta)"
     tRNA            15439..15512
                     /locus_tag="SEQF2634_02322"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(tcc)"
     CDS             15683..16330
                     /locus_tag="SEQF2634_02323"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTSLLSFALLCFTSFFTLTNPLGTMPVFLTMTNGLDERQRRAI
                     VRRATIVAFITVLVFTFSGQFLFKFFGISTNGFRIVGGVIIFKVGFDMLQARYTSLRL
                     KKEEIKTYANDISITPLAIPILCGPGAIANAIVLMQDAHTLEMKGVLIGVIAFIYLFA
                     YIILGFSTHLVRFLGETGNNVMMRLMGLILMVIAVECFVGGARPILVEILREGLR"
     CDS             16869..18086
                     /locus_tag="SEQF2634_02324"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFFHRWQTILIGLLTAITFSASGQNVRLSDAAEISLLTCSPSD
                     EEAYTLYGHTAIRVRDPHPASDSMRPIDFVFNYGLFDFSKPHFIYRFARGETDYMLGG
                     NEFEQFLAAYRARGSEVCEQTLALDSAERQRLVDALVENALPENRTYRYNFFFDNCAT
                     RPAAMIERAVNGSIAYEERREVETFRDLINGCTRRHPWLTFGCDLVVGAPADRPMHLR
                     ESFFIPERLRESFDGAWIITPDGSKRRLVSSTRLLSERTAPEIVPDFFTPLVCSLLLF
                     IVVALLTLIEVRREASFRWLDFLLFFVAGLAGCVLAFLAFFSVHPAMWPNVTFLWLHP
                     LHLIGAVCMAVKRCKRLSYVYHLLTFAALLAAGVGYVIVPQHFNAAFFPLMLTLLMRS
                     GRYLTRRKKIRFE"
     CDS             18090..19673
                     /gene="pafA"
                     /locus_tag="SEQF2634_02325"
                     /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
                     QHTFGERGFKRLLAEGAVCHNVRFGFSNLNQASAFATLFTGAYPSVHGITGLKTYSFE
                     MAKEVSQLYDADYLGNFTRDNYSPRNLLAATIGDELKIVSGGRSEVYAIAPDAEAAIL
                     SAGHAANGAFWIDNYNGRWATTTYYKGVPWYVEKYNNGNESLPARLGTRVWQPALSAD
                     KYDALPCLSGPNTFQYTFKANTAGCYPDLKTSPFGNEEVSRLFNQFLEYGALGTRPTP
                     DFVALTFYAGNYRGIRYSGNTREIQDLYHRLDKELERLIDAVEKKVGLQHVLFVLTGT
                     GHFTSEEVRLEGTRWVGGEFHPKRCMALLNMYLMAIYGQKNWVREFYNNQVYLNRKAI
                     EEAKIDLGEIQARAATFLQEFSGVERVTTDMTLRSGVWNEDVTDLSRGTYRGRRGDLI
                     LALSPGWTVVNDDNAKDRPKVVRDQAVPTPVIFFGNGIKPQHIYREVKAIEIAPTVTH
                     VMRIRSPNAGDALPIPEIR"
     CDS             19806..23219
                     /gene="secA"
                     /locus_tag="SEQF2634_02326"
                     /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
                     ATVALVEQARDGGDFDSFKLELFRTFALECPVTEDTFREAKTDALTDQVFKAVMEQYK
                     RRTERMAQVADPVIRQVFENQGAMYENIMIPVTDGKRMYNVSCNLKEAYDTHSRAIVK
                     AFQKAVTLLTIDEAWKEHLRDMDDLRQSVQNASYENKDPLLIYKLEAYNLFKTMVETM
                     NRKTVAILMRGQIPVQEAPDEERQAAPEVRQAVPERRTDMSRYRTEKDDADAAPRSAD
                     SEGTQPQPPAGPAPRQPQEPVRVEKKVGRNDPCPCGSGKKYKNCHGRGL"
     CDS             complement(23343..24500)
                     /locus_tag="SEQF2634_02327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPALSPPVSGILFFTRNLIPHISNEKIHSSPGRLLLFAGASSFT
                     LQAQGTMNTNKTASSPLDEALSLTSEWDKVFPQSDRVEHRKVTFHNHFGLTLAADLYL
                     PKGATGKLPAIAVCGLFGGVKEQSSGLYAQTLAERGFITLAFDPSFTGESSGHPRDVF
                     SLDINTEDFQASVDYLCNLDGVDPVRVGILGICGWGGIALNAAANDPRIKAVVASTMY
                     DMPRIGAWGYNDSGTADDRYRAKQEIADLRTSEYAAGLTKHAFTTIPVDQLTGKEPAF
                     VRQYSEYYKAPRGYHPRSVNSNLGWMQQAMTGWMNNALLSHPEDLRAPVLIVHGEKAH
                     SRYMGEDTYRRLKGDNKQLLIVPGATHTDLYDQTDKIPFDRIADFYRTNLK"
     CDS             complement(24533..25456)
                     /locus_tag="SEQF2634_02328"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTIVINKPGLRKYDNPLHVQFHSETYDIVHAVDPTKLGMPDD
                     VMPEWRGNIDTEISNNRDAQADANTALMMEKDEERDRLVLFIIASVRNALLLSDADMV
                     AAAKRLSVMTRRYAGIQKESFDRETADILGFLADLKDAKYTADVTKLGLDPVVTKLEA
                     VNTEFRKIYKERRESEVEKTHLPPSGKVRPETDALYERVILVLQWNYVYGKAPVDPNV
                     IAQVAEAMNKQTDRIETVYRQSLAQRKAAGDKKPKEPKEPKEPKEPKQPKDPKPTPDP
                     KQPEQPKKPDEKPKDPKKPDDGNPDIKLPEE"
     CDS             25985..27775
                     /gene="argS"
                     /locus_tag="SEQF2634_02329"
                     /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="MIEQQLSAAVRAAIEALYNHTVAPEQTALQKTKKEFEGHLTLVV
                     FPFLRISRKSPEETAREIGQYLREHEPAVADFNVIKGFLNLTIAGSRWVEALGAIHAD
                     DAFGTRPITAESPLVMVEYSSPNTNKPLHLGHVRNNLLGYSLSRILEANGNRVVKTNI
                     VNDRGIHICKSMLAWKKWGEGATPESTGKKGDHLVGDFYVLFDKHYREELRTLEATGL
                     TREEAEAQSPLMAEAREMLRRWEAGDEEVRALWATMNSWVYAGFDETYRRLGVGFDKI
                     YYESQTYLEGRDKVLEGLSRGLFYRRPDGSVWADLTADGLDEKLLLRADGTSVYMTQD
                     IGTAKLRYDDYPIDRMIYVVGNEQNYHFQVLSLLLDKLGFAFGRGLIHFSYGMVELPE
                     GKMKSREGTVVDADDLMDEMIATARDISNELGKLDGLSREEADDIIRIIGLGSLKYFI
                     LKVDPRKNMTFNPKESIDFNGNTGSFIQYTYARIRSVLRKAAEQGLAVPATLPMDTPI
                     NAKEQALVQSLADFADVVREAGETYSPACIANYTYDLVREFNQFYHDYSILGEADERV
                     RTLRLVLSAETAKVILTAMSLLGIEMPERM"
     CDS             27779..28876
                     /gene="wbpI"
                     /locus_tag="SEQF2634_02330"
                     /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="MKLITILGARPQFIKAATVSRALIEYNRSATDPAQRIDEKILHT
                     GQHYDANMSDVFFRALEIPQPAWNLHCGGIGSHAEATARMMTGIERVLLDERPDRVLV
                     YGDTDSTLAGALTAAKLHIPVAHVEAGLRSFNRRMAEEINRVLTDHLADRLFCPTRAA
                     VEHLRREGVTDGVMHTGDVMYDAALIFGSLAARRSTVIESLGLTPKAFYLTTVHRAEN
                     TDDVTRLTSIVRALIEASTPTCPVVWPLHPRTRSRLEAYGLLAPLSDAVRLTEPVDYW
                     DMVRLEQSAAAILTDSGGIQKEAYFHRTPCVTLRDDTEWLETVEAGWNILTGSDTDRI
                     LHALRNPSPTRHEIADFGDGHAAEHIVRALF"
ORIGIN      
        1 cgtttcatga tttcgtcaac catgccgtat tccagcgctt cctgggcgtt catccaatag
       61 tcgcggtcgc tgtcgcgggc aatcacctcg taaggcttgc cagagtgctc ggagatgatt
      121 cggtagagct catccttcac tttcaatacc tcgcgtacag caatctccat gtcggaagcc
      181 tgcccttgca caccgctcat cggctgatgg atcaatacgc gcgagtgggt caggcagcag
      241 cgtttgcctt tctctccagc caccagcagc accgatgcca tagaggctgc aatgccggtg
      301 cagatcgtgg ccaccttact gccgatgaac tgcatcgtat cataaatccc cagcccagca
      361 tagacagatc ctccaggtga gttgatatag atggagatgt ccttacccgg atcgctcgaa
      421 tccaagtaga ggagctgcgc ctgaataaca ttggcggtat agtcgtctat ctgcgtgccg
      481 aggaagatga tgcgatccat catcaaccgg gagaagacgt ccatttgggc gacattcaat
      541 tggcgctctt caatgattgt cggggagatg tagctgctgg tgatgttcat atagctctcc
      601 agcgctgtag agctcatgcc caaatgcttg gtagcgtatt tcttgaattc gttttccatc
      661 tgcgattact tcccttcttc ttttacggca tcgttgttat tagcagcctc gctggctaaa
      721 gccttttcat attcttcggg cgatacctca acggtttcga ccgtgatctg tcccttggcc
      781 cactcagcga atttccgatc tgcagcacgg ttgatcaggt tgcgtcgggc tgcttcatct
      841 ttgaggaggt ctctgacaaa tgggcccacc agatcatccg atgcagagag tataccatac
      901 tgcatgaagt gcgaacgcgc caatagtttg gctacctcct caatgtcgga gtcttctgcc
      961 tttaatccgt tttcagccat gaagtactct ctagctacgt gatacttcat atcctccacg
     1021 aggatggggt agtctcgatc cagatcttcg ggattcacct tgtcgctggt cagcaaaagc
     1081 cagcgcttca agatgtcgtc agccagcggc acgtcaccca ctttgcgaat caacaaggtg
     1141 cgcagatcac gctcgaagcc cacttcgctc cgttggttga gcggagcctt catcagcttt
     1201 cttatttcgt cacggaattc cgcttcgtct ttcaccttgt tggggcccag cacccgatca
     1261 aacagctgct gattcatctc ggccggtttg aggcgtgaga tgtgggtgat ttcatagcgg
     1321 caatcgttcg tgaattgttc tgctgttgct tgatccatgt tgagcagtga ggcgacagca
     1381 cgtggcgtat tgccataggc gtttttggga ttaaaaacga tctggtcgcc caccttggcg
     1441 ccgatgaatt tagccaacag cgcttcgtcc ttaatgatat tcggaaagag cacggagttc
     1501 tccacccaga caccgccagg tttctgctct ccattttcca tttccacgag tttgcctctc
     1561 agccaatcct cacgctccac cgtctccggt gtttctgtcg tcccttgatc ctggcgatag
     1621 gcatcaatct gcttatccaa cagcgcgtcg tccacacgga tgtcgtacca tttcaggtga
     1681 tcctctttgg tcagcttgac atccgtcatc ttcggagcca gagccacatc gaactggatc
     1741 ttaaactctt cctgcgtgtc gaaattgatc ggttcttgat ccgccttggg gagcggttcg
     1801 cccattatac cgagtcggtt gtcacgaata tacttaaaga ggtgctccga cgtgagccga
     1861 ttgatttcat cggccaacac gcgcttgccg tacactttac ggatcatacc catgggggcc
     1921 gtgccctttc gaaagccggg caatgtcatc ttccggcggt acagacgcag gttcttatcc
     1981 acgtccttct cgtagtcctt tttttctatt gccactgtga tgataccgcg gatggagtca
     2041 tcgctcgtca acgaaatatt catactgttc tatcttaata attaatctat taggtctgcc
     2101 cttttatttt gcagggtgca aaattagact ataatttcaa tccaacaaat gagtgcggag
     2161 ggccgtaaaa aggcgcttaa aacagctgct gaagccagtt ctgagcgttt tttgtcgctc
     2221 aattttcccc tctattctta gggcgctcag atgcccctct gctgtaccta tataataggg
     2281 tctcttccgg tgggagcctc tccctgaaat tcgctctgaa aacgcattga gtggaggatg
     2341 gagacgctct tttgctggac taaaatcacg gtaaaaaagt cttgcatata tcaatctttt
     2401 atccctttct ttgcggccat gaaagaaagt atatatcgaa tgtacttaac aacctattct
     2461 gcagctgtca attagccgat gattggagta ttgttatgaa ctcgcgaaat tcttgccttt
     2521 cactggttac aacattcttt ttaatttaca acttatgaat atttacttgg gtaacctgaa
     2581 ttatcgcgtt caggaagaag atttgcagaa acgattggaa gagtacgggg cagtggattc
     2641 cgtacgggtc attaaggatc gggaaacggg ccgttcacgc ggctatgcct tcgctgaaat
     2701 gccgaacgac gaagaggcga accgggcaat agccgagctc aatgaccaga cgttcgaagg
     2761 acgtcggttg gtagctaaag tggcgctgcc tcgcccctaa aaatctccgg tgggggcgtt
     2821 cctccgtagc atacgtttca aacgaacgct ggacacttta ccacaagatc ggatagtacc
     2881 tttcgctttt ccttgatggg aggggcggaa ggttttttta tgccggaaat ctggctgagc
     2941 cttgctgtcg tgtgcacaga ggccaaccgc gatgtggagg gcaaagaatc aacgtgcgaa
     3001 gctgtgtcgg gagacagcgc gtcgccctta tggatgatcg aggacacggc gccgcttttt
     3061 ttctatgttt cgtgactgca tgatggagtc tgtctctcta tgtcgcctat aatttgtgtg
     3121 agcaggatgt gtttcctgcc tatttctatt gtaagatggc gtacgggagg atatgatatg
     3181 attgtgtttg cgtttacatg cgtgcacggg atgctgtaaa tcacattttc agataaaaat
     3241 ccatgcgcaa tctattcgta cataatgtaa ctttcatttg tgtggtggtg atgaattgat
     3301 agcgtgtgat tcataagata atgatggcac gtagtattgt ttataatcat ctatatgaat
     3361 ttgtgcggtc aggatcatct ctattcgtga ggatgttctc tatgacatga tggcacaatt
     3421 taatttgcgt attgttcttt atcatgtgca tgcactttaa tatgatgaca atgaggatag
     3481 acaggatgtg ggtggcgtgg tgagctgatg attatgtttt tgtattgtca tgcgtggatt
     3541 cgtatgtgga tactggatga ggatatcttc ctgatgtcac gaagaagcgt aaagccatcc
     3601 ttccttatgc ttgtggaggc aggaagaagt ggaaaaatga aggagaggtc gaaagccggg
     3661 ggcgaaaggc tgaccgaaac ctcgcgaagg agatttccgg cttatttttg cgccgatcat
     3721 ccgaaaaggg taagaaatgg acgagtattc agacggaaat tattacacgg atcagccgct
     3781 accgcaagaa acggtgccgg aaaacgcgtt gaccgaagag gaatcaaaaa agcgggccgc
     3841 gattttggag gaggtgcagc aggaggtggg gcgaatgctg gggagcgtgt cgtggactcc
     3901 gggactcgag atgcccagtc tggaggatgt gaataaggcg ccggagaaga tccttgagct
     3961 gtggcgaatc tgccgacgga cacagtggtc gccgacgcgt aaccgcgatt tctacagcca
     4021 agctatctac gcctccgatt gcgaagacaa cgtgtcgagg atcgagctct ttttcgctta
     4081 caaccctgtt taccaagata tgaacctggc gcagatgcgc agctatttca cgctacgggc
     4141 ggggtggcgc cgcggcgaat acccccagaa tatttcgata tcgtacgtct atgtctacgt
     4201 ctacgagctg ctgatgcagg tgggcacatg gctgccggac gatgggctga agaagctcga
     4261 acagatccgc gacaattatg gcccgttgga cgcgaaactg ctgcggaata tgaaggaatg
     4321 gctgaaggat tacgtcacgt tttacgggat gatcgacatg gcggagacgt atttcgctga
     4381 ggagcaagcg gaggacgtag cggtggaagt gctggagaat ctggatgact cggacgacgt
     4441 ggagctgttt gaggccgtgg cgccgctctc ggcgtatcac atcaaggact cacgactcta
     4501 caagcggcac gaggagctgg tgacaacgat cggggggcgc attatccgga aggcggcgcc
     4561 gatcctcgag gagcgctacg gacagtcgat ccgccgtgtg ctggtgggcc tgcggaagta
     4621 tctgcccagg ccgatgttct actcggctgt cttctatcgt cgctaccctt atcgcaagcg
     4681 ctattatccg ttcacggaga accgctattt tacttgcatc aagggatcat ggacgaagga
     4741 gacgttttgc aacgcgctgg atggcgagag gcggggcgag gtgctcgggc ggctgatgca
     4801 agagatggat cggcagctgc gagcaaggat gaagggggag ggcaagctca cgaagcgcat
     4861 caacgaccgg acgctggagg cggtggtcga aagggaagtg gagcgttact gggccgaaca
     4921 gcaggaggct gagcggcagg ctaagctcga cgccgtgaag gtggatcgtt cgcggtttga
     4981 ccggatacgc agcgatgccg acgtggtccg tgaggcgcta ttgacggacg atgatcgcgc
     5041 ggagacggcg gtgacgcata cgccgtcgcc tgaaccgatc cctcagccgt cgcctgaacc
     5101 ggagcctgcg gcagtgtctg cctttaccga tcaagagcga cgcttcctgc atctgctgat
     5161 tgaggggggc gactgggcgg gttatctgcg cgacatccgt gtgcctatgg gcgtgatggt
     5221 ggatgggatc aacgagaaaa tgatggaggc ggtgcaggac gtcgtcattg ccgaccgtgg
     5281 aaacgggccg gaggtgatcg acgattatct ggacgacttg gttcgcagga tatgagaagc
     5341 ccgcacttct tacctattat attacgagga caggcaagac ggccccgaag ggctgcttgc
     5401 tatgaccacg agcacttcta actctaacta cttacatgaa tatggataac aaaccgacga
     5461 agattccgcg gcgcatagcg cagacggttg tgaactcact caagggaggc gtggtgcctc
     5521 gcgtgggact gccctacatc acggtggggc gaagacaaga gatcgaggcg ctgctccgcg
     5581 atgtagatat tgtcagcgag ggcggcgcag cgttccgctt catcgcgggg aactatggca
     5641 gcgggaagtc cttcctgctg cagacgatgc gcaactatgt gatggatcga aattttgtgg
     5701 tgatggacgc cgacctctcg cccgagcgac gtctttatgg caatcaggga cagggcctgg
     5761 cgacgtatcg cgaactgatc aaaaacctca gcataaagac acagcccgag ggtggtgcgc
     5821 tggccaatgt gcttgatcga tggatcagca cggtgcagat gcagacggct gaaacggcag
     5881 gctgcagcac ggacagcccg gagtttgcgg agcgtgtaga gcaacagatc ttcgctgtgg
     5941 tgcgcacgat gcacgacttg gtgcacggtt tcgactttgc ccgtctgctc agcctttact
     6001 atcgtgcctt tgccgagggt gacgacgagc tgaaggggaa ggtgctgaac tggttccgcg
     6061 gcgaatacgc caataagtcc gaggcgcgcg ccgatctggg tgtgaacgtg gccatcacgg
     6121 acgacaactg gtacgactac ctcaagctct tcgccttctt cttccacagc gcgggttaca
     6181 gcggcctgat catcctcgtg gatgagctgg tgaacctcta caagatcccc aacagcatag
     6241 cccgccagta caactacgag aagctgctgg ctatgtacaa cgacgccctg caaggcaaag
     6301 cgcgatacat cggcacactg atgagtggca ccccgcagag catcgctgat ccgcgccgtg
     6361 ggctatacag ttacgaggcg ctccggtcgc gtctgcaaga gggcaaattc acgcgtgaac
     6421 agggcgtgtc ggatctcctt gcgcccgtca tcaagctgcg gccgctgacg gcggaagaga
     6481 tgaccgtgct cacggagaag atcgccctca ttcacgccgg attgtacgag tatgagccgc
     6541 ggctcacgga cgacgatctc gtggctttca ttcgcaccga gtacgcccgc attggcgctg
     6601 atacgcacat cacgccccgc gaagtgatcc gcgactttat cgagttgctc gacctgctct
     6661 ttacccatgc cgacttgacg ctggacagcc tcctacagtc cgagactttc aactatgcca
     6721 aacctgagct ggaggagaag gacatcgacg ccgaatttgc cgagtttacc ctgtaacgta
     6781 tggacgtcta cgctcgctat tccccagcca ttcgcgacta catctaccgt agcggctggg
     6841 acacgctccg cgccgtacag tcggctgccg gtgacgtgct ctttggcacc gacgcccacc
     6901 tgttgctctg cgcttccacc gcctccggta agacggaggc agccctcttc cccatcatca
     6961 cgctcatgca agagcagccg ccgacctcca ttggctgcct ctacatcgcc ccgctgaagg
     7021 cactcatcaa cgaccagttc ttgcgcctta acgatgtctg tgccgaatgc aacatcccgg
     7081 tctggcattg gcacggcgac gtctccgacc gagagaagaa gcgactcatg cgccgcccat
     7141 cgggcatcct tcagattacg cccgaatcgc tcgaggccat gcttttcaac cgccacgcac
     7201 acgtggcctc cctctttggc gatctgcgct tcatcgtcat cgatgagatc cacgccttcc
     7261 tgcgtggcga tcgtggtggg caggcactct gtcttatcga gcgactctcg cgtgcggctg
     7321 gggtcaaccc gcggcgcgtc ggactgtcag ccacggtggg cgatcccgat tcagttgggg
     7381 agttccttgc cgcaggcacg aaacggcgca ccatcattcc tcgcatacag agcacgccga
     7441 tcaagtggcg cctctccatg cagcacttct tcaataacgg tccgcaggcg accgatacgg
     7501 atcagccgac ggtcgattct gctccggaac ctgctgtaga agcgtcggac agcacggctg
     7561 acctgcttcc cgttgacgaa cagcccacgg acacagcgcc cgtggtggcc gaccccggat
     7621 tggcctacat cttcgagcat acgcgcggtc gcaagtgcct catcttttcc aactcccgcg
     7681 aggagtgcga gacggtcacg gccacactgc gccgctattg tgaggcgcgc cacgagcccg
     7741 atcgcttcct gatccaccac ggcaacctct cttattccat ccgtcgccag gccgaagagc
     7801 gcatgcgaca atcggaggcg gcgctgacgg tctgcactac gtctacgctg gagttaggca
     7861 ttgacatcgg tcggcttgaa cgcgctttcc aaatcgatgc ccccgccacc gtttcttcct
     7921 tcctccagcg catggggcgt acgggtcgca ggggcgcacc ggccgaaatg tggttcgtca
     7981 tgcgggagaa tcacacggag ccgcgcgctc tgctcccgga gacgatcccc tgggagttgc
     8041 tccaaggcat tgctgtggtg cagctctatc tggaggatcg ctgggtcgag gcgccgcaca
     8101 aacgccgatt gccctacagt ctgctctatc atcagacgat ggccacgctg gcgtctggtg
     8161 gcgagatgtt gccgcccgag ctggctgcgc gtgtcttgac gctgccgccc ttccgcaatg
     8221 tttcgcagga cgacttccga accctgctcc tccacttgct cgagatcgac cacatccagc
     8281 gcaccgaccg cggtggactc cttatcggtt tggctggcga gcgtgtcgtc aacgactata
     8341 agttctacgc cgtcttccgt gagaatgagg aatacaccgt ccgctgcgat tccgaagaac
     8401 ttggcaccat cgtcaagccg ccgcccgtga tgagcaagat tgccatcgcc ggacacgtct
     8461 gggaggtgga ggaggtggac tataagcatc acgtcgtcta ttgccatcgt gtcggtggcg
     8521 tcgttcacgc ctactttggc gaggaaccgg gcgacatcga caaccgggtg ctcgagcgca
     8581 tgcgcctcct gcttctccag acggatagct acgcttacct cctgcccaac gctgtcgctc
     8641 gtttggccga cacccgtcgc ctggctgccc gcgctggcct tggcctccgc ccgctcgtcc
     8701 cgctcggtgg cgatatgtac agcctcaccc cttggcttgg cagttacgcc ttcctggctc
     8761 tcgagcgctt cctccgcctg cgttgtgcca cgcaccttgg cctgtcgaaa gactttgact
     8821 ccttccggcc gtactacatg cgcttcacca tgcaagtccc cgcggcggac ttctaccgta
     8881 tcctgcgcga agagatcgcc cgtccgctcg acccgatgga tctcctttac cccaacgaga
     8941 tgcccatctt cgacaagtac gacgaaacac tccccgcctc gctcacccgc aaaggttttg
     9001 cctacggtgt cctcgacgtc gacaccatga aacagtggat catggcgcta cccgattaat
     9061 ggccaatgat ccccctactc accccacgga tagggggcga aatacaaagc gggcggacac
     9121 cgatgtgtcc gcccgctttc attttggcgc cttagggtcg catgtgaagc ctgatgcttc
     9181 ttatgcgtgc tcgctcactc caacgcctgc tctaagacgg ccttcacctc gtcggggaag
     9241 atgccgcctt cgtgcacctt gcggccgtcg atgtagaacg tcggtacgta gtagtaatcg
     9301 tacttgtcgg ccacctcagg ctgcttcgac tcctcgatca tttcgatctc gatgtcctta
     9361 taccgatcct gctttttcag ctcatcgatc gccgcccgcg ccttattgca gaacgggcaa
     9421 ttctccagat aaaacaatgt gatacgtttc atttctctct atgatttgaa tgatgattga
     9481 atgatgtttg aataactacg gtcgggcgct catgcccgac ttgattttcc ctggccccgg
     9541 tggggccttg attttctttt ggccgactgt tctttcatca aggaaagaac agtcggggag
     9601 gggaggcttc tatctccgtc ccccgatcgt tagtcgcccc acgagccgat cgtagcgacc
     9661 cattgctggg cggtagaaga cggagacggt gtactcgttt tccgtctcaa acaggctctc
     9721 gtcccccgcc ggcatccgac cgcgccgctc gccgtttggc acgaacacgt agccataatt
     9781 gtaatacccc tgcttgagca tcagcgccgc ctcgtagcaa cccgaagcct cgttgtactg
     9841 catccgactg cgctcatcga agacgttctg cgtcaggtcg cccatgacgt agacctcccc
     9901 gcccgggagg cgttccgaga cgtacgaaaa gtgtaccaag ccataatcag cctctcgcgt
     9961 cggctctccg cagccgttgc acgccgtgaa gtagcgcccg ttctgatcct cgtcgtagac
    10021 gtacgcccgc cgcggcccgt ctggccgcag atctatgtgg taatacggat tgtggaagcc
    10081 gattcgctcc acgcccatgc ccgcgtagcg atacgtcagg cactcgaacc ggcgatactc
    10141 gttgcccgcc tcgaagatca gcctccggtc gtgttcgtag cccaaccgcg agcctccgat
    10201 cgaggttggt aggaggtcgc ccacccgtgt gtccggccgc cgattttgct ccacaaacac
    10261 cttcagctcc cgctgcggaa agttcaccgt cagcgccttc gtgtccactg cgaagttcac
    10321 ctgctgcacg cctcggttca gcgccacgtc cgtgtttgcc gttgcctcgc cgctgatccc
    10381 caccagccct tcgcccacgt tgaaacgcgc cgtcagcagc acctcattgc gccgcccctc
    10441 ggggtagatc tccaccgcat acacccccga caccttcagc cgcacctgct cgttgggcag
    10501 cctcaggcgg taattcatgt acggcacggt ggtgttgaac gaaggcgcgg cgtcgtccac
    10561 ctccatcccg tcgaagccat ccatatactc catcgggacc agcgctgacc gtcggccgtc
    10621 cgcgtcgcaa tgcaccaccg aataggccag ccgctcgccc ggctccgggt tcagaatgtc
    10681 aaacgtcacc tcgatctgcc gctctccgcc cagctccaca tagggttccg acagccgttc
    10741 cccagccact cgcacctcga gtgcccccac acggttcgac cgcacggccg tctcatacac
    10801 ctgtcctttt gccgccatcg cacacacgat catcgcagcc gtaatccatc ttttcatctg
    10861 tcatcgtttg gaatcggcgc caaagataac ctccgtcgca gacggcttct gcctcttcga
    10921 tacgtgagtt cgacgaaggc atgaggcgtc ttgcccctgg agaaggtctt tgcagcattt
    10981 ctgcaaaccc caaaaagttc atcgcggccc ttgcggaact tccgcaagca tcaaaaagta
    11041 gaaagtggtg tttgcggaac ttccgcaagc atgaaaaagg agaaagtggt gtttgcggaa
    11101 cttccgcaag catgaaaaag aggaaagtgg tgtttgcgga acttccgcaa gcatcaaaaa
    11161 gtagaaagtg gcgtttgcgg aacttccgca agcatgaaaa agaggaaagt ggtgtttgcg
    11221 gaacttccgc aagcatcaaa aagtagaaag tggcgtttgc ggaacttccg caagcatcaa
    11281 aaagtagaaa gtggcgtttg cggaacttcc gcaagcattt ccaaaagcgt tttggctatc
    11341 gcgtgacttc cgtagaggcc tctctgccgg ttttatgctt acatcgaact cacattaaga
    11401 gtaagaagtg tgcagagata gcacttttct gcttcttttg cgtggacaga aaacagatgg
    11461 tttgaccgat aaacacaaga aagaaaatgg caaagatttt agtggcattc gacacggtaa
    11521 gcgaaggctt cgaagcgctt acctctgaac atgaagtgat ttttccgcct cgtgggcgcg
    11581 actttacgca ggccgagatc gccgaacgca ttggcgattg cgatgtgctc tgctccgttt
    11641 ttgacatccc cgtcggccgt gacctgatcg actgcggcca ttcgctcaag ctgattgcga
    11701 actacgccgt gggctacaac aacatcgaca cggcctatgc ggccgagaag gggatcgtgg
    11761 tgacgaacac gccgcggtcg gtgatcgaac caacggctga cttggcgctg gcgctgctgc
    11821 tgagctgctc gcggcgcatc gcggagtggg atcgtgcctt ccgccgtgat cgcgatgcga
    11881 tcgagcacgg acgcctctgc cgactcggcg tcaacctcta cggtaagacg ctcggtatcc
    11941 tgggttatgg caatatcggc gcggcggtgg cgcggcgttg tcaggccttc ggcatgacgg
    12001 tgctctacaa caaacgcacc cgctacagtg aggccgagga gcgtgaacgg ggcatcacgt
    12061 atgcggagca ggacgaggtg atccgtcgcg ccgatgtgct gtcgcttcac acgccgctga
    12121 cgcccgagac gcgccacctg attggcgccc gcgagctggc gatgatgaag cccacagcga
    12181 tcctgatcaa tacggcgcgt ggagctgtgg tggacgagcc ggcgttagtg gcagcgctca
    12241 aggatgggcg gatagccgcc gcaggtctcg atgtgttcga gcagaacgac gtgccctcgc
    12301 ccgagctttt cgagctggag aacgtctcgc tcacgccgca cattggcacg cagacgtacg
    12361 actcgcgcgt ggagatggtg catgagctgt gcaataacgt catcggcttc ctgcgtgggg
    12421 atcggaagat tgatcgcgtg aactgatctc tttgggagcg ttcatcaaac gccggctgct
    12481 ttccgcttga gagggcagcc ggcgttgtgt tgggtggggg ctatcgaaaa cggatctctc
    12541 ggatgacgtc ggtgcccacc cgctcgttga gggcatggac gaggcggtcg cgccacatca
    12601 tcagttcgct gcgcaggacg gcggagtcga gcacaacgtg cagcgtggcg cctcgcacgt
    12661 aggcttcgcg cgtagcctgc gacacgcccg ggccgagcac ttcgcgccag gcatggacga
    12721 cgcgtacctc gtccaatcga cgaccgatct cggggttttg ggcaaaaaac tcacggagaa
    12781 tctcgccaat ggattgggct ttgacgcgtt tcatcggccg tcctccatgg ccgtcaccat
    12841 tccaacgtcg acgtggaaca tggcgtactc cttgcggata gactcgagga tgctatctaa
    12901 gtatttgcgg ttggtgtcgg tgatgaagat ctgcccgaat cgctcctcgc caacgagccg
    12961 gacgatgtgt tccacacgcg tggcatccag cttgtcgaat atatcgtcga gcagtaaaat
    13021 cggcagcgta gcgttcttgg ccgagaggaa agagtattgc gcgagcttga gggccacgag
    13081 gcacgtcttg ttctgtccct gtgaaccgag gtgacggatg ggcaggccgt cgagcgtcat
    13141 ctccagatcg tccttgtgaa cccccgtcgt ggtatagccc acctcacgcc gctcacgctc
    13201 gcgatggcgt gccagctccg cctccaaatc gaccgtctgc aactgcgaga tgtagcgcag
    13261 ccccacggcc tcgtcgtccc gcccgatggc gcgatagtac tcatcgaaga aggggaggaa
    13321 ctcctcaatg aggcgggtgc gagcatcaaa aatctgttgg ccgtgttgcg cgagttgcat
    13381 ctccagcacc tcgtaaaggg cagtgtcggt gctctgttcg cggagtatac ggttgcgctg
    13441 ttgcagcgcc ttattgtagc gtatgagtgc gtgcatggca agaccatcat attgcgagag
    13501 gatcatatcc atccaccgtc tccgctcgtc gctccctccg cgaatcaact ccgcatccga
    13561 cggcgagatc atcaccagcg gcagcagtcc gatgtggtcc gacagccgcg ggtaaggctt
    13621 ttggttgcgt ttgaattgct tgcgttggcc gcgtgggagg gcgaaaaaga tggactctgt
    13681 gcggtcgcca aagaagtact caccttgtag gacgcagaga tcctcgcctc gtcggaggag
    13741 tcgctcttcg gtggtgtaga cgtggctctt gcagaaggag agataataga tggcgtcgag
    13801 cagattggtc ttgcccatac cattattgcc gaagaagcag ttgatcttcg gcgagcaaac
    13861 gatgtcagcc tgccggatgt tcttatagtt caggacggag agcttgttca atatcatacg
    13921 aataaatagg tagggggaat gtggagggtg ctgtgtgcgg gggcaaaaat aaattgggga
    13981 gagaccgaag taggcctttc gggtaaaaaa ttacttttgc gcctcgaatt tcaagaagca
    14041 aaaacgaata gtaaacagaa agaaaaaagg atcgttatgg cgaaaaagac aacaaacgag
    14101 gagaaggaaa tagaagtaga agaaatcgtt tcccgatcgg aacagtttat tgaaaagcat
    14161 aagcagaaaa tcatcgccgg gatatcggcc atcgccgttg tggtcggtct cattttggcc
    14221 tatcactacc tctacgccaa gccacaagcc gagaaggcta agctggccat cttcaaaggc
    14281 gagcaatatc tggccatgga ttccttcgcc ttggcgctga acggaaacgg tgtcgactac
    14341 gacggtttcg aggccattat cgatcgcttt ggtggcacca agaccggtaa tctggccaag
    14401 gcctacgccg gcatctgcta ctaccacctc ggtgatcccg aaaaagccat tcagcgactc
    14461 aaagcctaca agggtgacga cgcccaaata gcccccacca tcatcggact gattggcgat
    14521 tgctatgtca ccacgggcaa cacgaaggaa ggtatcagct acttcgagaa agctgcctcg
    14581 aaagccaata acgatctgat cagccccatc tacctgaaga aggccggcct cgcctacgag
    14641 tccctcaagc aataccccga cgccctgaag gcctacgaga ccatccgcga caaatacaac
    14701 cagtcgatgg aggcaatgga catcgataag tacatcaccc gcgtcaaact cctctccgaa
    14761 tccaaataag accccggaag catggcaact atttatcaca acttgtcgga atacgacttc
    14821 gagaccgtcc ccgatgcctc cgaaatgcgc ttcgggatcg tggcctcaga gtggaatcag
    14881 aacgtcaccg aaaaactctt ggaaggcgcc tgcaacacgc tggagcgtca tggcgccaag
    14941 caggaaaaca ttcacatcga gcgcgtgcct ggtagctttg agctcacttt cggcgccaag
    15001 atgatggccc agtcgcagga cgtcgacgtc gtgatcgtca tcggttgcgt cattcggggt
    15061 gatacgccgc atttcgacta cgtctgttcg ggggtgacac agggagtcac cggactaaac
    15121 ctcgagggcg acatcccctt catcttcggc atgcttacga ccgagaacct caagcaagcc
    15181 gaagatcgct gtggcggtcg ctacggcaac aaaggcgatg aggcagcggt gaccgccatt
    15241 aaaatggtcg atttcgctcg ccggatttgc acggctcgaa aatagatcta cctttgcgcc
    15301 gcatttgaca gaaaaacggg cagttaccag agtggccaaa tggggcagac tgtaaatctg
    15361 ctggcttacg ccttcggtgg ttcgaatcca tcactgccca ccccactggg gaatgaaaag
    15421 ttgtcgcaat gcaaccatgc ggaagtagct cagttgatag agcattagcc ttccaagctg
    15481 agggtcgcgg gtttgagccc cgtcttccgc tcttttaagt ttaatagatt tgggtgacag
    15541 aggctttaca aaacgatttt gtagagcctc tgttttttag tgtccagatc atagcccgac
    15601 cttccgcctg agcacagagc aactaccctc aggccgatcc gtacgaaata cagccagaga
    15661 aaatcatcaa acaacacccc tcatggatac ttcactgctc tccttcgcac tgctctgctt
    15721 tacatcgttt ttcacgctga cgaacccgtt gggcaccatg cctgtctttc tgaccatgac
    15781 gaacggtctg gacgagcgtc agcgccgtgc tatcgtccgt cgtgccacca tcgtagcctt
    15841 tatcactgtg ctggtcttca ccttttcggg ccaattcctc ttcaaattct tcggtatttc
    15901 cacgaatggc ttccgcatag tcggtggcgt gatcatcttc aaagtcgggt ttgacatgct
    15961 ccaagcgcgc tacacctcgc tgcgcctcaa aaaggaggaa atcaagacct acgccaacga
    16021 tatctccatc acgccgctgg ccatccccat actctgtggc cccggcgcca tcgccaacgc
    16081 catcgtgcta atgcaagacg cccacacgct cgagatgaaa ggcgtgctga tcggcgtcat
    16141 cgccttcatc tacctctttg cttacatcat cctcggcttc tccacccact tggtgcgttt
    16201 cctgggggag accggcaaca acgtcatgat gcgactcatg ggcctgatac tgatggtcat
    16261 cgctgtggag tgttttgtgg gtggtgcccg accgatcttg gtcgaaatct tgcgagaagg
    16321 cctcagatag ctgtgcccag acgctgaaac cctcgttata gattgtcgtc gaggcgtttt
    16381 tctgcggtta caccgccatc ccctcagggg ataggggcgt catcgtgaaa aaacgcctcg
    16441 tcccctgagg ggataggggt gtcatcgtga aaaaacgcct catcccctga ggggataggg
    16501 gcgtcatcgt gaaaaaacgc ctcgtcccct gaggggatag gggcgtcatc gtgaaaaaac
    16561 gcctcgtccc ctgaggggat agtggtgtca tcgtgaaata acgcctcgtc ccctgagggg
    16621 gtgagggtgt catcgtgaaa atggctctca tcccctgagg ggataggggt gtcatcgtga
    16681 aaaaacgcct catctcctga agggataagg gtgtgatcgt gaaaatggct cccatcatgc
    16741 gaggtgatgg gggtgtatta cttttgccgc gccttgattt caaggcacat tcatgcatca
    16801 acccatgcgc tggtcacggc tcagaccctc cggacgcaac tttcccccac aaaaacgaaa
    16861 cgatgacaat gagatttttc catcgatggc agacgatcct gataggcctc cttacagcca
    16921 tcaccttcag cgcttccggg cagaacgtgc ggctgagcga cgccgctgag atcagcctcc
    16981 tgacctgttc gccctccgac gaggaggcct acacgctcta tggtcacacc gccatccgag
    17041 tgcgtgaccc ccaccctgcg agcgactcca tgcgcccgat cgacttcgtg ttcaactacg
    17101 gccttttcga cttctccaag ccccatttca tctatcgctt cgcccgcggt gagacggatt
    17161 atatgctcgg aggaaacgaa tttgagcagt tcctggccgc ctatcgtgcc cgcggcagtg
    17221 aggtctgcga gcagacgctg gccctcgact ccgccgagcg gcaacgcctc gtggacgccc
    17281 tcgtggagaa cgccctgccg gagaatcgca cgtatcgcta caatttcttc ttcgacaact
    17341 gtgccacgcg cccggccgcg atgattgagc gcgccgtcaa cggatctatc gcttatgagg
    17401 agcggcgcga ggtggagacg tttcgcgacc tgatcaacgg ctgcacccgt cgtcatccct
    17461 ggctcacctt cggctgcgac ctcgtggtgg gcgctcccgc cgatcggccg atgcacctgc
    17521 gcgaatcgtt cttcatcccc gagcggctgc gcgagtcgtt cgacggtgca tggatcatca
    17581 cccccgacgg gtcgaagcgt cgcttagtct cctccactcg tctgctctcg gaacgcaccg
    17641 ccccggagat cgtgcccgac tttttcacgc cgctcgtgtg cagcctgctg ctcttcatcg
    17701 tcgtggcgct gctgaccctc atcgaggtgc ggcgcgaggc ctcgttccgt tggctagact
    17761 tcctgctctt cttcgtggca ggtctggccg gctgcgttct ggccttcttg gccttctttt
    17821 cggttcaccc cgccatgtgg cccaacgtga cgttcctctg gctccatccg ctccatctca
    17881 tcggcgccgt ctgcatggcc gtgaagcggt gtaaacgcct gagctatgtg tatcatttgc
    17941 ttacattcgc cgcgcttttg gcggcagggg tcggatacgt catcgtcccg cagcatttca
    18001 acgccgcctt tttccccctg atgctgaccc tgctcatgcg ctcggggaga tacttgacaa
    18061 gaagaaagaa aatccgcttt gaataatcaa tgaggcgaat cctatcctcc ctactcaccc
    18121 tactggccgt cacgcagatt caggcgcaac aacagcgcgc gcccaagttg gtcatcttca
    18181 tcacggtcga tcagttgcgg ggcgattaca tcgaatattt ccaacacacc tttggcgagc
    18241 gcggcttcaa gcgcctgttg gctgaggggg ccgtctgcca caatgtccgc ttcggttttt
    18301 ccaacctcaa ccaagcctcc gcctttgcca ccctcttcac cggcgcctat ccatcggttc
    18361 acggcatcac cggcctcaag acctacagct tcgagatggc caaagaggtc tcccagcttt
    18421 acgacgccga ctatctcggc aacttcaccc gcgacaatta ttctccccgc aacctgctgg
    18481 ccgccacgat cggcgacgag ctgaagatcg tctccggcgg acgcagcgag gtctacgcca
    18541 tcgcccccga cgccgaagcc gccatcctct ccgcgggtca cgccgccaac ggtgctttct
    18601 ggatcgacaa ctacaacggc cgctgggcca ccacgaccta ttataaagga gtaccctggt
    18661 acgtcgagaa gtacaacaac ggcaacgaat ccttgcccgc ccgactcggc acgcgtgtct
    18721 ggcaacccgc cctctcggct gacaaatacg acgccctgcc ctgtctctcg ggaccgaaca
    18781 ccttccagta caccttcaag gccaacaccg ccggctgcta ccccgacctc aagacttcgc
    18841 ccttcggcaa cgaggaggtc agccgcctct tcaaccaatt cctcgaatac ggcgccctcg
    18901 gcacccgccc cacgcccgac ttcgtggcgc tcacctttta cgctggcaac taccgtggca
    18961 ttcgctattc cggcaacacg cgtgagattc aagacctcta tcaccgcttg gacaaagagt
    19021 tagagcgact catcgatgcc gtcgagaaga aagttgggct gcagcacgtg cttttcgtgc
    19081 tcaccggtac gggccacttt acgagcgagg aggtccgcct cgaaggcacc cgatgggtcg
    19141 gcggcgagtt ccaccccaag cgttgcatgg ccctgctaaa catgtacctc atggccatct
    19201 atgggcagaa gaattgggtg cgcgagttct acaacaatca ggtctacctc aaccgcaaag
    19261 ccatcgagga agccaagatc gacctgggcg aaatacaagc acgagccgcc accttcctgc
    19321 aggagtttag cggcgtggag cgcgttacga ccgacatgac gctgcgctcc ggtgtgtgga
    19381 acgaggacgt gaccgacctc agtcgcggca cctatcgcgg tcgtcgaggc gacctcatac
    19441 tggcgctcag ccccggctgg acggtcgtca acgacgacaa cgcgaaagat cggcccaagg
    19501 tcgtccgtga tcaggccgtg cccacgccgg tcatcttctt cggaaacggc attaagccgc
    19561 agcacatcta ccgtgaagtc aaggccatcg agatcgcgcc gactgtcaca catgtcatgc
    19621 gcatccgatc gcccaacgcg ggcgacgccc ttccgatacc ggagatccgg taagcggaag
    19681 cgccctcaca actcaaagcg aacagtccgc cacccccgaa agggtggcat cgtttttgcc
    19741 acaccgtggc acttttcccc ctccccccaa tacgtttata caaatagtca acacatcata
    19801 cactcatggg atttaatgag atactcacta agctgttcgg caataagtcg cagcgagatt
    19861 tgaaagaaat aaccccctac gtcgaccgcg tgaaggccgc ctatccggcc attcagaagc
    19921 tgaccgacga cgagctgcgc accaagacgg ccgagatccg ccaacacatt caggactacg
    19981 tggccgaaga caagaagcgc atcgcagacc tccgccaagg catcgacgag aaggaacttg
    20041 aagagcgcga ggccatctgg gctgaggtcg acgagatcga gaagaagatc gccgatcaat
    20101 acgagaaggt gctcgatgaa gtactgcccg acgtcttcgc catcgtcaag gacaccgccc
    20161 gccgcttcgt tgagaaggaa gagatcactg tcaccgccac cgacttcgac cgtgatctgg
    20221 ctacgcgcca cgacttcgtc cgtatcgacg gcgacaaagc catctaccag aaccactgga
    20281 tggccggtgg caacgagatc aagtgggaca tgatccacta cgacgtgcag ctcttcggcg
    20341 gcgttgtgct ccacaaaggc aagatcgccg agatggccac tggcgagggt aagacgctcg
    20401 ttgccacgct ccccgtcttt ctcaatgccc tcaccggtga aggggtgcac gtggttaccg
    20461 tcaacgatta cctctccaag cgtgactccg aatggatggg accgctctac atgtttcacg
    20521 gactctccgt ggactgtatc gacaagtacc agcccaattc cgacgagcgc cgcaaggctt
    20581 acctctcgga catcaccttc ggaacaaaca acgagttcgg tttcgactac ctgcgcgaca
    20641 acatggccat cagcccgcaa gacctcgtgc agcgtaagca taactacgcc atcgtcgacg
    20701 aggtcgactc cgtgttgatc gacgatgccc gtacgccgct gatcatctcc ggccctgtac
    20761 ccaagggcga ggaacaactc ttcgacgagt atcgctcgaa ggtggagacc gtggtcaatg
    20821 cgcagaagaa tctttgcacc aagctcctca ccgaggccaa gcagaagatg aagagcgacg
    20881 acaagaaggt gcaggaggaa ggctctctgc tcctcttccg ttctttcaag ggactcccca
    20941 agaacaaagc cctcatcaag ttcctcagcg agccgggcat caagacgagc atgctcaaga
    21001 ccgaggagtt ctacatgcag gacaacatgc gtaacatgca catcgtgacc gacgagctct
    21061 atttcgtgat cgacgagaag aacaacagca tcgaacttac cgacaaaggt ctcgacctgc
    21121 tgacgggcaa catggaggat ccgcaattct tcgtcctgcc tgacattgct tccgagcttt
    21181 ctcagattag caacatggcc ggcagcgacg ctgaacgtca agcgaagaag gacgcgctgc
    21241 tcacgaacta ctccgtcaag agcgagcgtg tgcatacgat caaccagctg ctgaaggcct
    21301 acaccctctt cgagaaagac gaccaatacg tcgtgatcga cgggcaggtg aagatcgtcg
    21361 acgagcagac gggtcgtatc atggagggcc gacgctattc cgacggactc catcaagcca
    21421 ttgaggccaa ggaacgcgtc aaggtggaag ccgccacgca gaccttcgcc acgatcacac
    21481 tccagaacta cttccgtatg taccacaagc tctccggcat gaccggtacg gctgagacgg
    21541 aggctggcga gctttggaac atctacaagc tcgacgtggt cgtaatcccc accaacaagc
    21601 ccgtcattcg taaggacatg aacgaccgga tctacaagac aaagcgcgag aagtacaacg
    21661 ccgtcatcga cgagatcgtc cgcacgcgca acgagggccg accctcgctt gtcggtacca
    21721 cttcggtcga gatctccgag ttgctcagcc gcatgcttag catccgcaag atcccgcaca
    21781 gcgtgctcaa cgctaagctc caccgccgtg aggccgacat cgttgcccaa gccggacaga
    21841 gcgcgatggg catgactacc atcaccgatc ctgacggcac ggagcgcacc gaagagcgca
    21901 tgctcggcac cgtcaccatc gccacgaata tggccggtcg aggtaccgac atcaagctct
    21961 cccccgatgt gcgtaacgcc ggcggattgg ccatcatcgg caccgagcgc cacgagagtc
    22021 gccgcgtcga ccgccagctc cgcggacgtg ccggccgtca gggcgacccc ggttcgtcgg
    22081 tcttcttcat ctccctcgag gataacctca tgcgcctctt cgcctccgag cgcgtcgcta
    22141 aagcgatgga catgttcggc cacaaagagg gcgatgtgct cgaggccggc atgctcaaca
    22201 agtctgtcga gcgcgcccag aagaaagtgg aggaaaacaa cttcggcatc cgtaagcgcc
    22261 tcttggagta cgacgacgtg atgaactccc aacgtaacgt catctacacc cgccgccgcc
    22321 acgcactcat gggcgagcgc atcgggctgg acgtgatgaa cacgctctac gacgccaccg
    22381 tggccctcgt tgagcaagcg cgcgatggcg gcgactttga cagcttcaag ctggagctct
    22441 tccgcacctt cgccctcgag tgtcccgtca cggaggacac cttccgcgag gccaagaccg
    22501 acgccctcac cgaccaagtc ttcaaggccg tcatggagca atacaagcgt cgcactgagc
    22561 gcatggcgca ggtggctgat cccgtcatcc gccaggtatt cgaaaaccag ggtgccatgt
    22621 acgagaatat catgatcccc gtgaccgacg gcaagcgcat gtacaacgtc tcgtgcaacc
    22681 tcaaggaggc ttacgacacc cattcgcgcg ccatcgtcaa ggccttccag aaggccgtca
    22741 cgctactcac catcgacgag gcgtggaagg aacacctgcg cgacatggac gacctccgcc
    22801 agtccgttca gaacgccagc tacgaaaaca aagacccgct gctgatctac aaactcgagg
    22861 cttacaacct cttcaagacg atggtcgaga cgatgaaccg caagacggtc gccatcctca
    22921 tgcgtggcca gatccccgtc caagaggcgc ccgacgagga acgtcaggcc gcccctgaag
    22981 tgcgtcaggc cgtccccgag cgccgcaccg acatgagccg ttatcgcacc gagaaggacg
    23041 acgccgacgc ggctccacga agcgccgact cggagggcac acagccgcag ccgcccgcgg
    23101 gtcccgcacc gcgtcagccg caggagcccg tccgggtgga gaagaaagtg ggccgtaacg
    23161 acccctgccc ctgcggcagc ggcaagaagt acaagaactg tcacggccgc ggactctgat
    23221 cggtaaaccg aaaagagccg aaaatgaaaa atgccgggta cacgctgcga gaggcgtgta
    23281 tccggcattg tcataagtaa gaaggagatc ccccggggtg gccccctagg gggatgcccc
    23341 tcttacttca ggttcgtacg gtagaaatcc gcaatgcgat cgaaggggat cttgtccgtt
    23401 tggtcgtaga gatccgtgtg cgtagcgccg gggacgatca gcagctgctt attgtcgccc
    23461 ttgaggcgac ggtaggtgtc ttcgcccatg taacggctat gcgccttctc gccgtggacg
    23521 atgaggactg gcgcgcggag gtcttcgggg tgcgagagga gggcgttgtt catccagccc
    23581 gtcatggcct gttgcatcca cccgaggttg gagttgaccg agcggggatg atagccgcgc
    23641 ggagccttgt agtactccga atactggcgg acgaaggccg gctctttgcc cgtgagctgg
    23701 tcgacgggga tggtcgtgaa ggcgtgtttt gtgaggccgg cggcgtactc gctggtgcgg
    23761 aggtctgcga tctcctgctt ggcgcgatag cggtcgtcgg ccgtgccgct gtcgttgtag
    23821 ccccaggcgc cgatgcgtgg catgtcgtac atggtgctcg ccacgacggc tttgatgcgc
    23881 ggatcgttag cggcggcatt gagcgcgatg ccaccccagc cacagatgcc gaggataccg
    23941 acgcgtacgg ggtcgacgcc gtcgaggttg cagaggtagt cgacggaggc ttggaagtct
    24001 tccgtgttga tatcgagcga gaagacgtcg cgtggatggc cgctactctc acccgtaaag
    24061 gaggggtcga aggccagcgt gatgaagccg cgctcggcga gtgtctgtgc gtaaagtccg
    24121 ctggactgct ccttgacgcc gccgaaaagt ccgcagacgg cgatggcggg cagtttgccc
    24181 gtagcgcctt tgggaaggta gagatcggcg gccagggtga ggccaaaatg gttgtggaaa
    24241 gtcaccttgc ggtgctccac acggtcgctt tgagggaaca ctttgtccca ttctgaagtc
    24301 agtgacaaag cctcatcgag aggagaactt gccgttttgt tcgtgttcat tgtgccttgt
    24361 gcttgaagag tgaatgatga ggcgcctgca aagaggagca ggcggccagg ggatgaatgt
    24421 attttctcat ttgaaatatg gggaatgagg tttcgggtga aaaaaagaat gccggacacg
    24481 ggtggggaga gggcgggcat ctgtatccgg ctattcttag tgagccatag cgttattcct
    24541 ccggcagctt gatgtccgga ttgccgtcgt ccggtttctt cggatccttc ggcttctcgt
    24601 ccggcttctt cggctgctct ggttgtttcg ggtcgggcgt aggcttggga tccttaggtt
    24661 gcttaggctc cttcggttcc ttgggttcct tgggttcctt cggcttcttg tccccggcgg
    24721 ccttacgctg ggcgaggctc tggcgataaa ctgtttcgat gcggtcggtt tgcttgttca
    24781 tcgcttcggc cacttgggca ataacgttcg ggtcgaccgg cgctttgcca taaacgtaat
    24841 tccattgcaa caccaaaatc acgcgttcat agagtgcatc cgtttcgggg cgcaccttgc
    24901 cagagggcgg caggtgagtc ttttccactt ctgactcgcg gcgctcttta tagatcttac
    24961 ggaactccgt gttgacggcc tccagcttgg tgaccaccgg atccagcccc agcttggtga
    25021 cgtcggccgt gtacttggcg tccttgaggt cggccaagaa tcctaagatg tcagccgttt
    25081 cgcggtcgaa cgattccttt tgaatgccag cgtagcggcg ggtcataacg gagaggcgct
    25141 tggcagcggc caccatgtcg gcgtcgctca gcagcagggc gttgcgcacc gaggcgatga
    25201 tgaacagcac cagccggtcg cgctcctcgt ccttctccat cattaacgcc gtattggcgt
    25261 cggcctgcgc gtctcgatta ttcgagattt cggtgtcgat gttgccgcgc cattccggca
    25321 tcacgtcgtc gggcataccg agcttcgtcg ggtccacggc gtgcacgatg tcgtacgtct
    25381 cgctgtgaaa ttgcacatgc aggggattgt catactttct cagccccggc ttattgatta
    25441 ctatggtctt tttcattgga cctcctttgt taaatgatta aacgtgttga ttgtttgctc
    25501 catcagttgc gagcatggcc tcttccttag tcgggaaatg ccctctcccg aaggttggcc
    25561 ccatttcctt agtcgggaaa tgacctctcc cgaaggttgg ccccatttcc ttagtcggga
    25621 aatgccctct cccgaaggtt ggccccattt ccttagtcgg gaaatgcctc attccgcggc
    25681 agcggcgaca aatgtagaac gattcggctg cccccacacc cgccccgggt cgcctgatca
    25741 ttcatccctg cgggatgttt ggagggcgta tgcgatacgc ccctacacga gtacccggca
    25801 aacttggcag gcatccctga tgcccccggc caaacttcgc agcccccgcc tccgcccgcc
    25861 ttggagtgcg taaaccgcgg acttaccttt gcccccgtca aaaaaggagc ggctggcgct
    25921 cgttgagcgg ctacttctcc ttccttttga ctactcctaa ctacattata tgacctctat
    25981 aaagatgatc gaacaacaac tctcggcggc cgtacgggct gccatcgagg cgctctacaa
    26041 ccacaccgtg gcgcccgaac aaaccgcgct gcaaaagaca aagaaggagt ttgagggcca
    26101 cctcaccctc gtcgtcttcc ccttcctgcg catatcccgg aagtcgcccg aagagacggc
    26161 ccgcgagatc ggccagtacc tccgcgagca cgagcccgcc gtggccgact tcaacgtgat
    26221 caaaggcttc ctcaacctca ccatcgccgg cagccgctgg gtggaggcgc tcggtgccat
    26281 ccatgccgac gacgcgtttg gcacgcggcc catcacggcc gagtcgccgc tcgtcatggt
    26341 cgaatactcg tcgccaaaca ccaacaagcc gctccacctc ggccacgtgc gcaacaacct
    26401 gctcggatat agcctctccc gcatcctcga ggccaacggc aatcgggtgg tcaagacgaa
    26461 catcgtcaac gatcgcggca tccacatctg caagtccatg ctggcgtgga agaagtgggg
    26521 cgagggcgcc acgccggagt cgaccggcaa gaagggcgac cacctcgtgg gcgacttcta
    26581 cgtgctcttc gacaagcatt accgcgagga gctgcgcacg ctcgaggcca ccgggctgac
    26641 ccgtgaggag gccgaagccc agtcgccgct catggccgag gcgcgcgaga tgctgcgccg
    26701 ttgggaggcc ggcgacgagg aggtgcgcgc cctttgggcc acgatgaaca gctgggttta
    26761 cgccggcttt gacgagacat atcgccggct tggcgtcggc ttcgacaaga tctattacga
    26821 gtcgcagacc tacctcgagg ggcgcgacaa agtgctcgag ggcctttcgc gcggactctt
    26881 ctaccgtcgc cccgacggct ccgtctgggc cgacctcacc gccgacggac tcgacgagaa
    26941 gctcctcctg cgcgccgatg gcacgtcggt ctacatgacg caagacatcg gcaccgccaa
    27001 gctccgctac gacgattacc cgatcgaccg catgatctac gtcgtcggca acgagcagaa
    27061 ctatcacttc caagtcctct ccctgctgct cgacaagctc gggttcgcct tcggtcgcgg
    27121 gctgatccac ttctcctacg gcatggtgga gctgcccgag ggcaagatga aaagccgcga
    27181 gggcaccgtc gtcgacgcgg acgacctgat ggacgagatg atcgccacag cgcgcgacat
    27241 ctccaacgag ctgggcaagc tcgacggcct cagccgcgaa gaggcggacg acatcatccg
    27301 catcatcggc ctcggctccc tgaaatactt catcctgaag gtcgacccgc ggaagaacat
    27361 gaccttcaac cccaaggagt cgatcgactt caatggcaac accggctcgt tcattcagta
    27421 cacctacgcg cgcatccgct ccgtcttgcg taaggccgcc gagcaagggc tcgccgtccc
    27481 cgccacgctg cccatggata cgccgatcaa cgccaaggaa caagccttgg tgcagtcgct
    27541 ggccgacttt gccgacgtgg tgcgtgaggc aggcgagacg tacagcccgg cctgcatcgc
    27601 caactacacg tacgatctgg tgcgggagtt caaccagttc tatcacgatt actcgatcct
    27661 cggagaggcc gacgaacgcg tgcggacgtt gcgtctcgtg ctgtcggctg agacggccaa
    27721 ggtgatcctc accgccatgt cgctcctcgg aatcgaaatg cccgaacgga tgtaagccat
    27781 gaagctcatc accatcctcg gggcacgtcc ccagttcatc aaggccgcga ccgtcagccg
    27841 cgccctcatc gagtataacc gcagcgccac tgatccggcc cagcgtatcg acgaaaagat
    27901 cctgcacacc ggccagcatt acgacgcgaa catgagcgac gtcttctttc gtgcgctcga
    27961 gattccacaa cccgcatgga acctgcactg cggcggcatc ggcagtcacg ccgaggccac
    28021 ggcacgcatg atgacgggca tcgagcgcgt gctcctcgac gagcgccccg accgcgtcct
    28081 tgtctatggc gacaccgatt ccacgctcgc cggcgcactg acggccgcca agctgcatat
    28141 ccccgtggca cacgtcgagg ccggtctgcg cagtttcaac cgacgcatgg cggaggagat
    28201 caatcgcgtg ctcacggacc acttggccga ccgcctcttc tgccccacgc gcgcggccgt
    28261 cgagcatctc cgccgcgagg gtgtcaccga cggcgtcatg cacacgggcg acgtgatgta
    28321 tgacgccgcc ctcatcttcg ggagcctcgc cgcccgtcgc tcgaccgtca tcgaatcgct
    28381 cggcctcacg ccgaaagcgt tctatctcac caccgtccac cgcgccgaga atacggacga
    28441 cgtcacacgt ctcacctcca tcgttcgtgc cctcatcgag gcgtccacgc ccacgtgccc
    28501 cgtcgtttgg ccgttgcatc cccgcacacg gtcgcgcctc gaggcctacg ggttactcgc
    28561 cccactgagc gacgcggtac gcctgacgga gccggtcgat tactgggata tggtgcggtt
    28621 ggaacagtcc gccgccgcca tcctcaccga ctcgggcggg atacagaaag aagcctactt
    28681 tcatcgcacg ccctgcgtca cgttgcgcga cgacaccgag tggctagaga cggtcgaggc
    28741 cggttggaac atcctcaccg gcagcgacac cgaccgtatc ctccacgccc tacgcaatcc
    28801 gtcgcccaca cgccacgaga tcgccgactt tggcgacggc cacgcggcgg agcacattgt
    28861 tcgggcgttg ttttagaggg tagagggtag agggtagagg gtagaaccgg gtacatcatt
    28921 tatctctctc ctgctctcct gctctcctct ctccatctac cctctaccct ctatcctcta
    28981 tcctctatcc
//
LOCUS       SEQF2634|AYYE01001261.143763 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..43763
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             231..764
                     /gene="rpoE_2"
                     /locus_tag="SEQF2634_02331"
                     /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="MDEKQLIADCLKGEQTAWKALYDVYSGRMLGICLRYVADREVAC
                     DVLQDGFVKVFSSLDKFRGEGPLGAWIRKIFVNESLEYLRRTQTLRHDTVSLDSATFS
                     PSEEATALSQLSAEDLLSMVCELPPSLRTVFNLLAVEGYSHKEIATMLQIEESTSRAH
                     YMRARRWLQKRINGENM"
     CDS             1145..2053
                     /locus_tag="SEQF2634_02332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLHAATPHEASLPPTDQPTDEPSMPDNVWLAETTISTADSLS
                     LYAAEIPTAEEIEEAIEHPSDRMAVAATRPARRWGFGMGGGGYTTGLQGGGGDFNATF
                     IRDDSRADLPPYDYGEGTADDALAYHRNEADRIDVKHARPLSFGLGVSYRLSDRWALQ
                     SGLTYTCLTSRWRTASIFDGHIRQRLHFVGIPVGVAYRIADWRRVRFYAAAGGAVEWN
                     VAGSLRTVHSYGTGRRSTEQSQRMKEWQWSTYARTGATYPLLPFLSLYAEVGASYYFD
                     NGSSIETIRSAKPFYLSLQTGLRLGL"
     CDS             2205..3005
                     /locus_tag="SEQF2634_02333"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGMNKTMAWVAAALLLTCTTSCLEGGSNSVESTTVGIIRRESK
                     EGKMVMDNPFPYGPFYSPTLSKLNEGACVLVHFTLDRDAAENSSTVVRSRGYSTVTIS
                     AQAEVEKYRIARFSDPGAPDTGKVLKDEVPIKNPANLVRGYVRGYLFVEHVLNQPSDQ
                     RNEWYLTYNPDAKAQTYLGKHTYDIYLRTTKRTAGTKTAVDMAVNSAYFIKSYFEEIA
                     RKEKSSGNNEAFYVRFNYVSGFQNGKPVWSRIERAMPVQISDILRNKG"
     CDS             3262..3969
                     /locus_tag="SEQF2634_02334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFLLTLWNDLLGLFYPRICGACGAPLIDGEELLCLYCLFELP
                     RLSYHRYPDDENPLRHIFAGCSSVRQVIAYLHFQKESYVQHLIHEFKYHKNERLAIYI
                     GRLAAEDLQRDGYLTDVDLFVPVPLHPRKMRQRGYNQSERVARGMASVYHHPIDTTSL
                     IRHTYTKTQTRKSAYERRQNVKNVFSVAHPERLAGHHILLIDDVLTTGSTLLNCIDAL
                     RDVPDLLISIFVVSTVI"
     CDS             4323..4721
                     /locus_tag="SEQF2634_02335"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFHLEGTVILPCDRCLDHMKQPIETNNRLTVKLGKEYTEESDE
                     VLVVSEDEGGVNLAWFLYEFVALAVPMKHVHAPGECNRTMAAKLRKHAAYSPDDEDEP
                     DNASDEADSDAEDIPTDPRWDALKQLKDEE"
     CDS             5014..6096
                     /gene="fabH_2"
                     /locus_tag="SEQF2634_02336"
                     /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
                     DWIVPHQANLRIIDAAARRLGVNKDKVMINIRKFGNTSSTTIPLCLWEWEGKLRRGDN
                     LILAAFGAGWTWGATYLKWGYDGAKA"
     CDS             6077..6970
                     /gene="era"
                     /locus_tag="SEQF2634_02337"
                     /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             7207..8520
                     /gene="der_2"
                     /locus_tag="SEQF2634_02338"
                     /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(9169..9267)
                     /locus_tag="SEQF2634_02339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRVYLLFIAESLKMDLVLRPFIAKSPKMDLV"
     CDS             complement(9295..9519)
                     /locus_tag="SEQF2634_02340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVYLLFIAKSPKMDRVFGSSIVESSKMDHVYLLFIAKSPKMD
                     RVLESSIAKSPKMDLVLQLLSTENSKIDLI"
     CDS             complement(9646..10110)
                     /locus_tag="SEQF2634_02341"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPLSEPHFGVLSKKSPFPSLIFEHYPKRVPFRASFGDSFRKVF
                     LSETHLGTLSEKYSFSSLVLMFLFEKSFFPSLVWERYPKRVPSRGSFWSAFQKESLHE
                     PHFGVLSEKSPFMSLVWERYPKRVPSRGSFWIAFQKGLLHEPHFFALHCGLI"
     CDS             complement(10170..10667)
                     /gene="recX"
                     /locus_tag="SEQF2634_02342"
                     /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
                     VARLTAERFLDEARYCRSFVEDKWRFNRWGRFKIRFELRRRDLPESLIEEALGELIDE
                     EDYRAVLAELLRRKLRAIRATSSTDRAVKLLRYAESKGFERSAVFDCIRAMKDDDIEA
                     PEDID"
     CDS             complement(10883..11740)
                     /gene="prmC"
                     /locus_tag="SEQF2634_02343"
                     /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="MIETTAYLREQLAAIYDPEETRAISRWIIEHVTGYTPAQQILAK
                     DTPIDPQQREAVRMIVRRLKLHEPIQYIVGECTFHGLTFSVNPSVLIPRPETGELVEH
                     IVQRHGAAPSLRVLDIGTGSGCIAITLSRQLLRPQVMALDLSAEAIRTAQANAERNGA
                     EVRFVCADLFDPHLTLPGPFDLIVSNPPYVCDSEKSDMAAHVLDYEPHAALFVPDDDP
                     LLFYRAIARRAHEWLTPGGWLYFEINAALSTETAALLVAEGYSDVRISRDMEGKNRFA
                     EGRVGAGGG"
     CDS             12086..13171
                     /gene="ribD"
                     /locus_tag="SEQF2634_02344"
                     /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
                     RHWSGPSPVRLLLDRHGQVPPTAHLFDGRVPTLLFTSPSNPTTPPNVTRIDVDPTQPV
                     LQQLLQTLHERQIQSLLVEGGAELHSHFIREGLWDEAHVETAPILLRDGVRAADLHSE
                     GDAVRWSDRTDNKKHLLTVFFHRRQVL"
     CDS             complement(13328..16198)
                     /gene="lptD_3"
                     /locus_tag="SEQF2634_02345"
                     /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="MNAPRLVVPTNISGMPSPRGAAPIDSSGKNSQRLSAVIDSSKMS
                     SPQNIQPIDSTGRISQRLSAVIDSSKMSSPRGAAPIDSMEMTPQRLATAIDTARKDTA
                     RRRKSMLEAPVTYQASDSIIMTGNNMAYLFGEGNVKYRDIELQSERIEMSMDSSIVYA
                     TYALDTVGKEFGYPLFIEGEQQIEARTMRYNFRTRKAFAADVLTKQGEGYLMAEATKK
                     MSDNVMNVADGRYTTCDEHDHPHFYIRMTRAKVRPGKDIVTGPAYLVIEDVPLYPIGL
                     PFAFFPFTDKYSSGIIAPTYGDEMARGFNLRNGGYYLAVSDYFDLALTGEIYTKGSWG
                     VAARSAYKKRYRYSGNFDASYLVTKLGDRGLPDYSVSKDFKIAWTHAQDPKANPYRTF
                     SAGVNFTTSSYNYNQLNTLYTPDGTNNNKGSSISISQRFPNNPLTVSATMNINQRSQD
                     SSVSLTLPDMTVSMSSIYPLKRKHAVGRERWYEKISVSYSGYFRNSITAKENTFLKKN
                     FLHDWQHGIQHNIPVSATYQFGFLNITPSASYTERWYTNKVHQRFDTARGGLQPVDTA
                     YGFYRVYDYRAAISASTTIYGFFKPWKIFGDKVQMIRHSMALSASYNMAPDFGAANYG
                     YYEPYTYTDRSGRTVSGYYSPYEGQMFGVPGRGRQGGISLAVDNNVEMKVRSNADSSG
                     IKKVSLIDRLTLRINYNTAADSFRWSDLSVDLRLKLGSFPLQLSGVFDTYTYGYDAAT
                     GVPYRIDKPRWQMGKGLGRLRSTGTAFSYTFTNDTFKKLFSRKGDKDDEKSKQKERGS
                     DENADETNSTDEKPARGTRLRQAKKDDTGEYDADGYYNATVPWSFSLSYNMSLGYGSF
                     NPQKLEYNYQIRHNLSFSGNIKPTKNWNISFNGSYDFEAKKIAHMTCTITRNLHCFTM
                     SASIIPVGPWKSYAFSVAVNSSLLRDLKYNQSASPRDVTKWY"
     CDS             complement(16315..16851)
                     /locus_tag="SEQF2634_02346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPLAILSAYYQPGSRAYQILVSHGRSVRDKALALAEAHPELEL
                     DRTFVSEAAMLHDIGIYLCDAPEIDCHGTSPYICHGWLGAELMRSLGYPRHALVCERH
                     TGAGLSLAMIEARNLPIPPHDMLPVSLEEQLICFADKFYSKTKLEREKPIEKIRQGLA
                     AYGQEDVKRFDAWCELFL"
     CDS             17067..18323
                     /locus_tag="SEQF2634_02347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKPLLPLFISLSCLFGHFAASAQTDPDDSLAIYNRYSPPTLGN
                     ERLDTLLPLLQGRRVALAVNQTSVVGPRQTHLLDTLLALGVDVRKVFTPEHGFRGAED
                     AGARVTDSRHPERNIPIVSLFGRTLRPTMAQMSDIDVVVFDIQDVGARFYTYISTMHY
                     LMEACATSRRTFIVLDRPNPNDFVDGPVRRPRYRSFVGMHPIPILHGLTIGELALMIN
                     GEGWLQGGARCQLTVIPMTGWQHGDSFRLMVKPSPNLPNQQSVRLYPSLCFFEGTCMS
                     VGRGTRFPFQVVGYPAQRAGRFTFTPEPIRGMDSAPLYRGRTCYGDDLRELPFEGGLT
                     LRFLLDFYARMGRDAKTFFNRSAMFDLIAGTDELRRQITSGLTEDRIRSSWQADLDRY
                     RLMRRKYLLYPDTRPETHLSEGRNAE"
     CDS             complement(18707..20308)
                     /locus_tag="SEQF2634_02348"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFPNSKTTPRRKEKARTWRRLHKWVGLVLTFFILAFALSGVFL
                     NHRTAITRWDLPRRWLPEQYVYENWNNGAVVGTLRVGPDSVMLYGSNGIWVADTFCCG
                     LRPCMDGMRPGTDNRNIRAVAATSDGQLFAISTYRLYRFDRTAYRWREVEGALTDDEA
                     LTDVLFVGDKLCVVTRSNVYAAAAPYERFTAQPLPTPDDYDPRVSLFKTIWVTHSGDL
                     FGLPGRLLIDVVGIIVVVLCLTGLVVTLFEIPIRLRKKRGDPALPLRRTWTFSFVWHN
                     RLGSLFIVLLLLIVVTGMFLRPPLLIPIARTQVKPVPGSTLQSDNPWHDRLRRLRYDT
                     EGRRWLLAASSGIYAFPAFGEQPKKLDNTPPVSVMGLNVWQQTGPNQWVVGSFSGIYG
                     WDLSDGSVTDYDTGLPLDEMGGYGRRGGGGRPTFGNPVSGFSADFAQGPVVFDYGRGA
                     RLANYPDMPFESMPEVFARDGRISFWHFCLELHVGRLYRSFLFAFTDFYVFLGGLLMF
                     LVVLSGYIVYRRKYRRKKSRRKKRE"
     CDS             complement(20325..20996)
                     /locus_tag="SEQF2634_02349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIKRISCGAILVVCAISATLASCGSDNPEPKTEGLDVKRHTQ
                     SRATSVAGDSTDWVYFSFATGAEVQGVTEANRMSRSDWDIAFNRFNMRTNSGLSGSGK
                     GGAVETDKTSFADVTEAPADGYVTDVEITMNGFANGKVTTSKTSGNVALNKAVRFSGP
                     PPTYTLNDHVFVVRTADGKYVKVIFESFHNAEKKSGYITFRYAYQPDGSRNLKSKSMS
                     KSESK"
     CDS             complement(21030..21812)
                     /locus_tag="SEQF2634_02350"
                     /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
                     SDDIVEFAPGLGFTAELALKREPHSYIGVEMDESAAAELRRTIDGPDRRIIIGDAAHS
                     GLPDASADKVYGEAMLTMQNERQKSAIVSEAYRLLKPGGLYGIHEMGLTPNDVSDETK
                     RSILRDLSSVINVNARPLTAAEWSDLLVAEGFEIVRVETNPMHLLEAQRVIDDEGLLR
                     AVKIWFNILTHAEARERILTMRDTFRRHMENINAVAIVAVKK"
     CDS             complement(21856..23886)
                     /gene="pfeA"
                     /locus_tag="SEQF2634_02351"
                     /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
                     VSASIKAAPLYERNYTKVDPDDAQRYFKRSVDRPNLNADVRIGGRWKHWTAQTSYAHK
                     SADAYRLFDRDSVVKYFPEYDITVRERRVETPTQVSGYTTHQVTQMLGYTPSDRLTIG
                     AKGTWYTMNKHDLTPDNAYEHNTDLSGSLTADYRFSTRAALQASVYSDTYNRFTALEQ
                     LDQRDLIYRNRMTQPRLMFTLDRWHRQTINMGAELLYESLYTDKFVSGSYETRSQRSY
                     SVFAQDDWTVTPHLSLVAGLRLDYHNAYGANVAPKLAAVWRLFPLTLRFNYAAGYRSP
                     TLKELYMNWDHLGMFMIYGNENLRPERNQYLSLSAEYVSEYVYAMATGYVNFFSDKIE
                     GLWTNNQKELHYRNVSSATLSGAYANVRINPGVSGLFLHLSANCLFPKRTDGVQLTAY
                     SRLSGNVRAEYAFTLGRQHFTLNLSGSLLGGKRYDVLGRVEVNGKEVESYYESRSPSY
                     SLWNATAAWRPMRQLRVTLGVDNLFDYHAGIINFNTYTGPGRSVFGALHFSI"
     CDS             24062..24541
                     /locus_tag="SEQF2634_02352"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAACDHRHLANISCNLRETFVPLRTISCNLRETFVPLRTISCN
                     LRETFVPLQTSPAICGRPSYLYEPSPATCGRPSYPYKHLLQLAGDYRTPTNHLLQLAG
                     DLRTPTYHLLQLAGDLRTPTNISCNLRETFVPLRKSASAFFFAYDLCFLSKALLLFH"
     CDS             24610..27534
                     /locus_tag="SEQF2634_02353"
                     /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
                     IGATGTNAYTNFDVTCYVEDIPSNQIENWAKIQADRFQNSVIRGFHTELEAVYEEYNM
                     GLASDARTVIDTLRSMLFFNHPYGTQSVIGTQQHLKNPSITNIKRYYETWYVPNNMAI
                     CLSGDFDPDEMIAIIKKYFGNMKPNDSLPKPTFKEEAPITTPTTKEVRGVEAANVNVA
                     WRIGGEASADNDLAILAASLLYNDQAGLIDLDLIHAQKVLSSYCYPYTFADYGMFLLN
                     ARPKDGQTLEQARDLLLEEVAKLRKGDFDESLLRACVANYKLELMKEYDSNEGRANAY
                     VDAFVNGVSWADMVHQIERMEKITKADIVKFANEKLGENAYAVVFKREGQPGFKKIDK
                     PEITPIATNRDTASAFLREIQLTEVKPIEPVFLDFKKDMSTASLKSGLPLLYKKNETT
                     DVFELMYVFDMGRNDDATLGTAFDYLSYLGTSKKSPTEIKKEFFDIACSFSANVTDER
                     CYVSVSGLSENMPKALELMEELIADAKPDENVLTNLKADRIKARADAKLNQGQNFGAL
                     RRYVMYGPEHVKATTLTNDALKALTSDTLLAKVRDLFTKQHSVLYYGPGAESDVLKSL
                     DQLHRTADKPAPLAKKPVMLVQTPSNTVMLAEYNAKQIYYLQYSNRGEPFDVANDPGV
                     TLYNEYFGGSMNAIVFQEMRESRGLAYSANAVLITPSDKTRPYAFQAFVATQNDKMPQ
                     AIDAFMEIINNMPESEAAFKIAKDAILARLRTERTVKGDVLWAYLHAKDMGVDYDRNK
                     AIFEKVQSMTLADVKAFQEKWIKGRTYHYAVLGNSKDIDMNKLRSLGEVKLLTPQDIF
                     GY"
     CDS             27706..29064
                     /gene="brnQ"
                     /locus_tag="SEQF2634_02354"
                     /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
                     MLLTTIVVLIVKSLITPPGTPSSPTEAYATPAVALQQGFIDGYNTLDALASFVFGILV
                     IEFVTQHGATTRHEVMGATMRAGMIAIGCLGVVYVFIAGLGAASVEQLGILDTGAPVL
                     AGSARLLFGEPGALILAVIVLLACLTTSIGLVTACASYFHSQFGGLSYKGYAVAFVII
                     SFAVGTFGLKTIISAAVPVLMFLYPLAIVLIALAFLDSRFGSRRSVYAWTVGLTLISA
                     LISGLEAANISLGAFGRFYGAHVPLHADGLDWIFFALAGFLIGCLNRRKSTSSELITS
                     GL"
     CDS             29117..30898
                     /locus_tag="SEQF2634_02355"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRGGHSGGHPFLGFFCFLRYAGLEKDLLFVSCTTQGPKKTSFL
                     LPAQRRARKRPPFCFLHNAGLRKTPFFAPCVAQEAKKISFPAAGRRFTKPVIGFVIPA
                     TDSERHLTHAIAPPLSILISTPTFAAHLDKGMGKTIFHDGASRRRVAPSVGSILLFLL
                     AIGWTGGTLRAQYQVSGGAKTPIRAAENTAYKLEVYLVYGTDGVTISHTGTGTHRWYR
                     YRTKAAIEDDWEAVASTQSGSTSTVTNPAEGYGYFVVDGSGELRRYVWIIDYSRYPAR
                     LTSLSVSPSSDACSSLRLAGTADLPALNYYLPDGKAMELKRAFEVSYLTQTWSEQTRT
                     FTEQLLIDTLSGNPFDVSLSRPPLTDTKIDLTGDLFARAFGVEQTATIDHYQAVALEV
                     HADTTLTSETRSNLKLKTGELSAPAEIRFRAQANTPVASLFVWQVTRREATGDVPIVR
                     FTDPEMTYTFDRVGNYTVTLEVSDRSGRCTNKDNSYKISVTETVLEVPNVFSPESSPG
                     VNDVFKVAHKSVVRFSASVFNRQGSLLYHWTDPNGGWDGRYRGQYVPAGAYYYVIEYT
                     GTDGKTHRKSGDINVVRSSSNKNHSNQ"
     CDS             30913..31869
                     /gene="mltD"
                     /locus_tag="SEQF2634_02356"
                     /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
                     LATKLIFENPQKYGFSLRPRDLYAPISCDEVTVSAGIPDLVAFAKSHDITYADLKRFN
                     PWLRDSKLISNGRSYTILIPRKQDLYYTSPNRTVYDQRWVTK"
     CDS             31877..34756
                     /gene="uvrA"
                     /locus_tag="SEQF2634_02357"
                     /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
                     VVIDKLVVSINDGPRLKESLRVAMKQGDGLILLLDATTDEMRYYSRRLMCPVTGLAYS
                     EPAPHNFSFNSPHGACPRCKGLGEVNVIDMEKIIPDSSLSIYKGGIVALGKYKDTLVF
                     RQIEALCKRHGATLKTPIKDLPEEAMDEIINGTEEPVAVSTAWLGHSSFSYAYEGVAK
                     YIAMMQGESDDEPSTARKKPAPFIRTAVCPECQGQRLNKEALHYFIDGKNIAEPASMD
                     IAELSKWVNGLEEKLSPAQRTIAVEILKEIRSRLDFILEVGLDYLSLNRPSATLSGGE
                     SQRIRLATQIGSRLVNVLYILDEPSIGLHQRDNIRLIDSLKELRDTGNSVIVVEHDKD
                     MMLSADYVVDMGPKAGRLGGEVVFAGTPDEMIKTDTLTSSYLNGRRQIEVPATRRPGN
                     GHHLVLRGATGNNLKKVDVSFPLGTFICVSGVSGSGKSTLINATLQPILSQRFYRSEQ
                     EPLPYKSIEGIEHIDKVVNVDQSPIGRTPRSNPATYTGVFADIRNLFVSLPEAKIRGY
                     KPGRFSFNVSGGRCETCKGNGYKTIEMNFLPDVLVPCEDCHGRRYNRETLEVRYRGKS
                     IADVLDMTINMAVEFFENIPAILSKIKVLQDVGLGYIKLGQPSTTLSGGESQRVKLAT
                     ELAKRDTGRTLYILDEPTTGLHFEDIRVLLGVLNKLVDKGNTIIVIEHNLDVIKSADY
                     LIDMGPDGGRGGGRILFTGTPEALASAPRTRSRTAPFLRKELSEG"
     CDS             34780..35559
                     /locus_tag="SEQF2634_02358"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKPLVQRLATSKTIIAPLLPLFLRLSSAVESESNRCIPPLSTD
                     KSTQYIYSLSLSIDKGSQYIYPFSLSIDKDTQYIYSLSLSIDKSNQYIYHLLLSIDKD
                     RQDIYSLSLSTDKSTQNMYFTPLSIDKDRQDIYSLSLSTDKSIQNMYFTPLSIDKDRQ
                     DIYSLSLSADKSTQNMYFTPLSIDKDRQDIYSLSLSADKSSQYIYSLSLSIDKSTQYI
                     YHLSLSIDKDRQNMYLSSLSTDKETQNVFFTPFPMDSKSVR"
     CDS             35628..35846
                     /locus_tag="SEQF2634_02359"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNPIQMIKQCLEADEPYFVLRGKDLCALPAIERYYEAVRDKVR
                     DPRFIEEIEEIMKDFRAFRDEQETHLPD"
     CDS             35853..36446
                     /gene="yigZ"
                     /locus_tag="SEQF2634_02360"
                     /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="MEDTYRTIRDLSEGYYTEKRSRFLSFALPVRTPDEVKTQVDAYR
                     KKYYDARHVCWAYMLGPDRTAFRANDDGEPSSTAGKPILGQINSNNLTDILIIVVRYF
                     GGIELGTSGLIVAYRTAAAEAIAAAHIEERTVDETITITFEYPHLNSVMRIVKEDKPD
                     VLAQSFELTCEMTLRIRQSRMDALKSRLLKVDSLRIV"
     tRNA            36593..36667
                     /locus_tag="SEQF2634_02361"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Glu(ttc)"
     CDS             36710..36964
                     /gene="rpsT"
                     /locus_tag="SEQF2634_02362"
                     /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
                     TAMYPKVCAMLDKLAKKNVIHKNKAGNLKSKLAKHINALA"
     tRNA            37037..37109
                     /locus_tag="SEQF2634_02363"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Glu(ctc)"
     CDS             37244..39202
                     /gene="gyrB_2"
                     /locus_tag="SEQF2634_02364"
                     /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
                     IRITGDSDRTGTTIEFKPDASIFTVTEYKYDILANRLRELAFLNAGIRLTLTDRREVK
                     PDGTYKSEVFYSHEGLKEFVRYIDKSKEALIHDVIHIVTEKQGIPVEVAMTYNTSYNE
                     SVFSYVNDINTIEGGTHLSGFRRGLTRTLKKYAEDSKLLEKAKVEIQGDDFREGLTAV
                     ISIKVAEPQFEGQTKTKLGNNEVMGAVDMAVGEALGNYLEEHPKEAKTIVDKVILAAT
                     ARQAARKAREMVQRKSPLSGGGLPGKLADCSSKDAAICELFLVEGDSAGGTAKQGRDR
                     NFQAILPLRGKILNVEKAMEHRVFESEEIQNIFKAMGVSIGTEDDPKELNLSKLRYHK
                     IIIMTDADVDGSHIATLILTFFFRRMRGLIEKGYVYLATPPLYLCKKGKVEEYCWTEQ
                     QRQKFIDTYGGGNENQIHTQRYKGLGEMNDHQLWDTTMNPENRTLKQITIDNAIEADA
                     IFSMLMGEDVGPRREFIEENATYANIDA"
     CDS             39318..41093
                     /locus_tag="SEQF2634_02365"
                     /EC_number="2.4.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O33341"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative glutamine amidotransferase"
                     /translation="MSLTLKELFAQVDRASAVDTATTRPRIGISVNRRDGKEMLADPY
                     FQSVILAGGAPVLVPATTELSVLTTIVDSLDGLLLTGGGDISPDLLGEAPHPSIEDVD
                     PIRDAYELQLIRLACQRGLPIFGICRGHQLINVAFGGTLYQDLPTQFPSPVLPHSQAE
                     ARDVITQSVTLTAPDSELQRAMGLDATTRTAPIPVNSLHHQAVRDLAPGFIATAEASD
                     GVNEAMEHPEYPILSVQWHPEWLATTGHEAMLNLFRHLVCRARRYAHARRLHHTMITL
                     DSHTDTPMLFDAFDLGRKEGGRVNLPLMREGRLDAVVMAAYLPQGERNDEAHRRAFDY
                     AVERLTHVEEQAIRYPNLLDIARSTDDLRRLKREGRRAIIPAVENGYAIGRDLSRLHA
                     FKRMGVAYMTLCHNGDNELCDSAAGQGEWGGLSPFGREVVAEMNRIGMMIDVSHAADA
                     TFDDVVSLSRRPIIASHSSCRALCDHRRNLDDDRIRALAATGGVMQICLYGGFINHDH
                     PDSATLSDAVRHIMHVIRLVGPNYVGIGSDFDGGGGLIGCQSAGEMIQITLRLLAEGL
                     SDADIANIWGGNFMRVMDAQRLPLA"
     CDS             41346..42227
                     /gene="carD_2"
                     /locus_tag="SEQF2634_02366"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /translation="MRIIVLAKQVPDTRNVGKDAMKADGTINRAALPAIFNPEDLSAL
                     EQALRLKERYPRSTVTLLTMGPGRAAEIIREGLYRGADDGVLLTDRAFAGADTLATSY
                     ALAMAIRKIGDFDLIVGGRQAIDGDTAQVGPQVAEKLGLSQITYAEEIVGVTDGRITV
                     RRKIPGGVETVEGPLPIVVTVNGSAAACRPRNARLVQKYKHALGAQEKAERTKGGEPL
                     PYAELYDSRPYLNLVEWSVADVGGDVAQCGLSGSPTKVKTIENIVFQAKESRSLTDSD
                     ADIEDLMKELISNHTIG"
     CDS             42402..43421
                     /gene="carE_2"
                     /locus_tag="SEQF2634_02367"
                     /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="MNNVFVYCEIEEGTVADVSQELLTKGRALADKLNCRLEAVAAGS
                     GLDGIERQIVPYGVDVLHVFDDLRLAPYTSLPHTAVLIKLFKEEQPQIALMGATVIGR
                     DLGPRVSSALTSGLTADCTALEIGTYEDRKAGRTYENLLYQIRPAFGGNIVATIINPD
                     HRPQMATVREGVMKKEVRDANYRGEIIRHNTSDYINDEDCVVKVIERHVEKAKNNLKG
                     SPIVVAGGYGVGSKENFQLLFDLAKELHAEVGASRAAVDAGFTDHDRQIGQTGVTVRP
                     KLYIACGISGQIQHIAGMQESAIIISINSDPEAPINAIADYVITGTVESVLPRMIKYY
                     KKNSK"
ORIGIN      
        1 accgaacact ccggcgatgt tggcaggcgg cctgccagac atatgcggaa gccatatcac
       61 agcaaggagg gcctacaaac acgagcaaat cgcacgacat ataaccccga cagacctccc
      121 ccaaaagaga tggtgcacat tttttttcga cgaggagcca catttttgcc gcatcatgcg
      181 tcaaggggga cgtgtgacgg ttgcaaacgg tacgcaagga atcagattga atggatgaaa
      241 agcaactcat agccgattgt ctcaagggtg agcaaacagc ttggaaagcg ctctacgacg
      301 tgtattccgg ccgcatgctg ggcatctgcc tacgctacgt ggccgatcgt gaagtagcgt
      361 gtgacgtgtt gcaggatggt ttcgtcaaag tgttctcgtc gctcgacaag ttccggggcg
      421 aagggccgct gggggcatgg atccggaaga ttttcgtgaa tgaatcgctc gaatatctcc
      481 ggcgtacaca gaccctccgg catgacacgg tgagcttgga cagcgccacc ttcagtccct
      541 cggaagaggc cacggccctt tcgcaacttt cggcggaaga tctcctatcc atggtttgcg
      601 aactaccgcc tagcctacgc accgtcttta atctgcttgc cgtcgaaggg tactcgcata
      661 aagagatcgc aaccatgctg caaatagaag agagtacatc gcgagcacac tatatgcgag
      721 cccgacgatg gctgcaaaag agaattaatg gggagaacat gtgatgaaaa aacaggatga
      781 atgggaaaag atcgttcgat caaagctcga agactacgaa gtgcagcccg atccagccga
      841 ttgggaagcg atagtcggac gattgacgcg ccgtcggctc tggccgcggc gatggatgta
      901 cgcagcagcg gctgtagcgc tattgatact cctttttgaa ggcggacgaa ggctgtggcg
      961 cccagacgag ccgtcggaac ggatggcaga cgctaagccc gtaccgacgg caccgatagc
     1021 tacgccgtca gttgccatgc cgagcgtatc gtcgctccac gcgacggttg cgacaccacc
     1081 gcccaccgca gtcgcacagg taagaacgcg aacgaaagcg gccccacaaa cggtcgcacc
     1141 ggccatgacg cgtctccacg cagccacgcc gcacgaagca tcgctcccgc ctactgatca
     1201 gccgacggac gagccatcga tgccagacaa cgtctggctg gccgaaacga cgataagcac
     1261 ggccgacagt ctgtccctct atgcggcaga gatcccgacg gctgaggaaa tcgaagaggc
     1321 gatcgaacat ccctccgatc gtatggcggt tgcggcaaca cgacccgccc gacgctgggg
     1381 cttcggcatg gggggcggtg gctacacgac aggtctgcaa ggtggaggcg gagacttcaa
     1441 tgcgacgttt atccgcgatg acagccgtgc tgatctgcca ccgtacgact acggggaagg
     1501 caccgcggac gacgccctcg cctaccatcg gaacgaagcg gatcgcatcg atgtcaagca
     1561 cgcgcgccca ctctcgtttg gcctcggcgt gagctaccgg ctgagcgatc gctgggcatt
     1621 gcagagtggc ctgacgtaca cctgcctcac ttcgcgttgg cgcacagcct ccatcttcga
     1681 tgggcacatc cggcagcgat tgcatttcgt cggtatccca gttggggtgg cttatcgaat
     1741 agcagactgg cggcgtgtgc gattctatgc agctgcgggc ggcgcagtag agtggaacgt
     1801 ggcgggcagt ctccgcacgg ttcacagcta cggaaccggg cgacgcagca cggagcagtc
     1861 gcaacgaatg aaagaatggc aatggtcaac ctatgctcgc acgggcgcca cttaccccct
     1921 gttgccattc ctaagcctct acgccgaggt gggcgcaagc tattacttcg ataacgggag
     1981 ctccattgaa acgattcgat cggcgaaacc cttctatcta tctttgcaga cgggtttgag
     2041 attaggtctt tagaggccga tgtgcccgcc cccatacatt atattattgg atcaagaact
     2101 acgggagaac ccctcggccc gctcccactc ataattacta acgacttatt actaccgcgg
     2161 cccttaagcc gcacaattcc cactaatagc ttattcataa tgacatgaaa ggaatgaaca
     2221 agacaatggc atgggtagca gccgcgctgc tgctgacatg caccacctcc tgccttgaag
     2281 gcggaagcaa cagcgtagaa tcgaccaccg taggcatcat acggcgcgaa tcgaaagaag
     2341 gaaaaatggt catggacaac cccttcccct atggcccatt ctactcaccg acactctcca
     2401 aactgaacga aggcgcatgc gtcctcgtgc actttaccct cgaccgtgat gcggcagaaa
     2461 actcctccac cgtagtccga tcgcgcggct atagcaccgt gacgatcagt gcgcaggcgg
     2521 aggtcgagaa gtaccgtata gctcgcttct ccgatcccgg agccccggat acggggaagg
     2581 tactgaagga tgaagtgccc atcaagaatc ccgccaacct ggtgcgtggt tatgtgcgcg
     2641 gctacctctt cgtcgagcac gtcctgaacc aacccagcga ccagcgtaac gaatggtact
     2701 tgacgtacaa tccagacgcc aaggcccaga cgtatctcgg gaaacacacc tacgacatct
     2761 atctccgtac caccaagcgc acggccggta caaagaccgc tgtcgacatg gctgtcaaca
     2821 gcgcctattt catcaagagc tacttcgagg agatcgcccg caaggagaaa agcagcggca
     2881 acaacgaagc cttttacgta cgcttcaact acgtctcagg tttccaaaac ggcaagccag
     2941 tctggtcaag aatcgaacga gcaatgccgg tccagatttc tgacatcctt agaaacaaag
     3001 gctgacgacc gctgatcggc catgcgacaa gaagaagctg tccgggagag atgatcccgg
     3061 gtagcttctt cttattgtca aacggcaagg agcaatcgtc agctgaagta taaaacgcat
     3121 cgaagatgga gcttcaactg acgtttaggc gactcacaag tcacgtttga cgtctaatgt
     3181 ttgaagcctc agacacgcct cattggcctc tctacaatca tagaatgctc tgacaagaca
     3241 tgctcaccct ccagcaacac gatgaagcgc ttcctcctca ccctatggaa tgacctgctt
     3301 gggctcttct acccacgcat ctgcggagct tgcggcgcgc ccctcatcga cggcgaggag
     3361 ctgctctgcc tctattgcct cttcgaactg cctcgcctgt cctatcaccg ctaccccgac
     3421 gatgagaatc ctctccggca catcttcgcc ggctgctcct ccgtgcgtca agtgatcgcc
     3481 tacctacact tccaaaagga gagctacgtc cagcatctca tccacgaatt caaataccac
     3541 aagaacgaac gcttagccat ctacatcggc cgattagctg ccgaagatct gcaaagagat
     3601 ggctatctca ccgacgtcga tctattcgtg cctgtccctc tccacccacg gaagatgcgg
     3661 cagcgcggct acaatcaatc cgagcgcgta gcccgcggta tggctagcgt ctaccatcac
     3721 cctatcgata caacctccct tatccgtcac acctacacca agacgcagac gcggaagtca
     3781 gcctacgaac ggcgtcagaa tgtgaagaac gtcttcagcg tagctcaccc cgaacgcctc
     3841 gccggccatc acatcctgct catcgatgac gtcctcacca ccggctccac actgctcaac
     3901 tgcatcgatg ccctacgcga cgtgcctgat ctactcatca gcatcttcgt agtctccacg
     3961 gttatctgag gaacgcaaat tgagatcgaa cagtccctca tcggacagac tcagcggcat
     4021 ggccaccctt ccctctgaga atccgcatcc caagcgcctt ccagctcatt tcgcaagcca
     4081 taaaacgcac tgcgccaatt ggaaaagatt tctacatttg ccgccgtttt ttcggataca
     4141 ataaagcctt gggaaaattc agagcatatt gggttgattt gaaggatata aatccagcgg
     4201 aagttcgcac ctatgaatat ctgctggatg atcaattttt cacagacata gatggcacgg
     4261 aagttcgaca aggacacgtc aacgtgcaac tcaaagtcga gcacaaagca tctgctttcc
     4321 agatgacttt tcacctggaa ggcactgtca ttctgccctg cgatcgctgc ttagatcata
     4381 tgaagcagcc gatcgagaca aacaaccgat tgacagtgaa gttaggcaag gagtatacgg
     4441 aagagagcga cgaagtattg gtggtttctg aagacgaagg cggtgtcaac ctcgcatggt
     4501 tcctctacga gttcgtggcg ctggctgtac cgatgaagca tgtccacgca ccgggcgaat
     4561 gcaaccgtac gatggcggcc aagctgcgta aacatgcagc ctacagcccc gacgatgagg
     4621 acgagcccga caacgcatca gacgaagcgg actccgacgc agaagacatc ccaaccgacc
     4681 cacgctggga cgctctcaag caactgaaag acgaagaata gaagtaaaac aataatcgaa
     4741 atttgaatta tggcacatcc taaaagaaga caaggcagcg cgagaaccgg caagagaaga
     4801 tcgcacgatc atgcagcggt tccgactttg gccctctgcc ccaattgcgg tgcatggcat
     4861 gtatatcaca ccgtttgcag cgaatgcggt tactaccgag gcaaattggc gatcgacaag
     4921 gacgtggctg tctaaaaaag acagacagcc cgctcttgca tcagtacata cacacaccga
     4981 acacacacca tccaagaatc aaattctaca ctcatgcaat gcaagcagcc ccgatacaca
     5041 ttcttgatcg agggctgctt catttttttc atcctacata tcaaaagaac aatggacaag
     5101 ataaatgcag tcatcaccgg tgtcggaggt ttcgtcccgg acgacgtgct gaccaacgac
     5161 gacctatcta agatggtgga taccaccgat gaatggatca tgacacgcgt cggtatcaaa
     5221 gagcgacgca tcctcaaaga ccctaacctc agctctggct acatgggcac gcaagccgtc
     5281 aacgacctcg tgcagaagac cggaatcgac cccatgtcag tagagggcat cgtatgctct
     5341 acctccacga gcgactatca cttccccagc accgcgtcga tcatcgccta tgagtccggc
     5401 tgccggaacg cctacgcctt cgacatccaa gcggcctgcg ccggcttcat cttcgccctg
     5461 gagacggccg ccaattacat ccgttcgggg cgctacaaac ggctcatcgt cgtatcgagc
     5521 gaaaaaatgt cctccatgac cgactacacc gaccgcgcca cctgtcccct ctttggcgac
     5581 gctggagcgg ccgtcctgct ggaggccacg acggaggact acggcgtgat cgacaccctc
     5641 cttcgcaccg atggatcagg caaatcgcat ctgatcatga aagcgggcgg atcgctacgc
     5701 atgccgagcc acgagacggt cgatcagcga ctccatttcg tctaccaaga ggggcaggcc
     5761 gtcttcaagc gggccgtcat cgacatggcc gacgcggccg aggagatcgt gcgccgcaac
     5821 gggctgacca aagatcagat cgactggatc gtgccccacc aagccaacct ccgcatcatc
     5881 gacgctgccg cacgacgcct cggggtgaac aaagacaagg tgatgatcaa catccgcaag
     5941 ttcggcaaca ccagctccac caccatcccc ctctgtcttt gggagtggga gggcaaactc
     6001 cgccgcggcg ataacctgat cttggccgct ttcggtgccg gatggacctg gggagccacc
     6061 tacctgaaat ggggctatga cggagcgaaa gcataagtcc ggcttcgtca acatcatcgg
     6121 caaccccaac gtgggcaagt ccacgctgat gaaccgattg gtgggcgaac gcatctccat
     6181 catcacctcg aaggcccaga ccacacgcca ccgcattctg ggtatcgtca atacggacga
     6241 tatgcagatc gtctattcgg acactcccgg cgtgctccgc ccgaactaca agttacagga
     6301 gaccatgcgc gaaagttccg aatctgcgct gggggacgct gatatcttgc tctacgtgac
     6361 cgacatggtg gagaaaaccg acaagaatga cgactttctg cagcaagtgc ggggcatcga
     6421 atgtcccgtc ttgctgctca ttaacaagat cgacctcacg gatcaggcgg ggctgaccca
     6481 ggccgtcgaa gcctggcaca cgctcctgcc cgcggccgag atcatcccca tctccgcgct
     6541 ctcgggcttc aatgttgagc ccgtcaagcg tcgcatcgag gccctcctcc ccgattcgcc
     6601 tccctacttt gagaaggacg ccctgaccga ccgcccggcg cgtttcttcg tgacggaaat
     6661 tatccgggaa aaaatcctgc tctactatca aaaagagatc ccctacgcca cggaagtcgt
     6721 tgtcgaggag ttcattgagg gcgcggagca gatacacatt cgcgcgctca tcatcgtgga
     6781 acgcgacacg cagaagggca tcatcatcgg tcacggtggg caggcgctca agaaggtcgg
     6841 cacgacggcg aggcgtgaca tggagcgatt cttcgagaaa aagatcttcc tcgagctcta
     6901 cgttaaggtc gagccggact ggcgcaaccg cgacaacctc ctccggcgat tcggatacaa
     6961 actggattag ttgccgttgt aaaaagcgcg tcacaagtgc cggatacttg tctttagcag
     7021 gcggacaaca ccctcccgag gacaagtatc cggcattctt ttgctgacaa cttgtcacat
     7081 gcggccactc ctcgtcgcgt gcagcctata cattgaaccg cggagccaac actccgccac
     7141 gcacagctcg ccaacgcggg cttgcaacaa accattcgta gcgtataaca tgtaaattag
     7201 aagaatatgg gaaatgtagt agccatcgta gggcgtccca acgtgggtaa atcaacgctc
     7261 ttcaaccgcc ttattggttc gcggcaggcg atcgtaaatg atgaagccgg aacgacccgt
     7321 gaccgacaat atggcaaggt tgaatgggcc ggacgggagt tttcggtgat cgataccgga
     7381 ggttgggtgg tgcaatcaga tgatgtattt gaagaagaaa tcaacaagca ggtcaagata
     7441 gctgtcgaag aagccgacgt gatcttattc gtggtcgacg taatgaacgg ggcgaccagc
     7501 ttagacgacg aggtggcgca tatactccgt tgcagcggca aacccgtcat attggcggcc
     7561 aataaagcag atacttacga tcgccacgcc gcagccgcag aattttatag cctgggattg
     7621 ggcgatccct actgcctctc ggccgtgaat ggatcgggga caggcgaggt gctcgaccgc
     7681 gtcgtggagc tgctaccctc ggcgggcgaa gaagcgcacg acgaggagct gccacgtatc
     7741 gccgtggtcg gccgacccaa cgccggcaag tcgtcactca tcaatgcctt catcggagag
     7801 gaacgccaca tcgtgaccga catcgcgggc accacccgcg actccatcta cacgcggtac
     7861 gacaagttcg gcctcaactt ttacctcgtc gacacggcgg gcatccgtaa aaagggcaag
     7921 gtgaacgagg acctcgagta ttactccgtc atccgttcga tccgcgcgat agaaaactcg
     7981 gacgtttgtt tgctcatgct cgacgccacg cggggcatcg aaagtcagga cctcaacatt
     8041 ttctccatca tccggaaaaa caagaaggga ttgatcgtct gcgtcaacaa atgggacttg
     8101 gtcgaagata agtccaccgc ggcgatcaaa acctacgaac gcgccattcg ggagcgtatg
     8161 gcgccgttca ccgatttccc catcctcttc atttcggccc tcacgaagca gcgcattttc
     8221 aaggtcctcg agacggctaa ggccgtctat gagaaccgtc gccgacgcgt cacgacgggg
     8281 cgtttgaacg agatcatgct tccgatcatc gaacaaacgc cgcctcccgc ctggaaggga
     8341 aagtacatca agatcaagta tatcacccag cttccggcgg gcagtgtgcc ctcgttcgcc
     8401 ttcttctgca acctgccgca gtgggtcaaa gaaccgtacc gccgattctt ggagaatcag
     8461 ctgcgcgagc actgggattt tcacgggacg cccattcaag tttttatccg cgagaagtaa
     8521 cccgcgcggg gcagttgccc aacgcatcta aacataccgt cctgccggtg gctgaggttc
     8581 ccaacgcctc tccgccggca ggactttttt atgtcgacca ctaaaacgcg cctcattttt
     8641 ctttgctcca cgatggaggg catctaaatt tgatccattt cccgattcac ccccgatggg
     8701 ggtgtttgta gaggcgtatt caatacgccc ctacagcagg tgaaactcca aaacgcgatc
     8761 catttttctt cgctccacga tggagtgccc ctaaatttga tccatttccc gattcacccc
     8821 cgatgggggt gtttgtgggg cgtattcaat atgcccctac agcaggtgaa acttcaaaac
     8881 gcgatccatt ttttagttct cctttatgga gcaaccctaa atgagccacg ttttactccc
     8941 atccgcaaaa gagcacacct aaatttgatc catttcccga ttcacccccg atgggggtgt
     9001 ttgtagggcg tattcaatac gcccctacag caggtacaac ttcaaaacgc aatccatttt
     9061 gggactcttc gtgatggatg accccaaaac gcgatccatt tttggactct tcgcgatgga
     9121 tgacccctaa acgaggtcca tttttggact cttcgcaatg gatgaaccct aaacgaggtc
     9181 cattttggga ctcttcgcga tgaatggcct caaaacgaga tccattttga gactctccgc
     9241 gatgaagagt aggtaaacgc gatccatttt ggaactctcc gcgatggatg gcttctaaat
     9301 gaggtcaatt ttggagttct ccgtgctgag gagttgtaaa acgaggtcca ttttgggact
     9361 cttcgcaatg gatgactcta aaacgcgatc cattttggga ctcttcgcga tgaagagtag
     9421 gtaaacgtgg tccatttttg aactctccac gatggatgac ccaaaaacgc gatccatttt
     9481 tggactcttc gcgatgaaga gtaggtaaac gaggtccatt ttgtagttct ccgtgctgag
     9541 aagttataaa acgagatcca ttttgacact ctccactctg gagagtacca aaacgcgatc
     9601 catttagggt cgctttgtcg cggatatacc aaaaacgcgg tccgtttaga tcaatccgca
     9661 atgtagcgcg aaaaaatgag gctcgtgaag gagccctttt tgaaaagcga tccaaaatga
     9721 gcctcgtgaa gggactcttt ttggatagcg ctcccaaacg aggctcatga agggactttt
     9781 ttcagatagt actccaaaat gaggctcgtg aagggactct ttttggaaag cgctccaaaa
     9841 cgagccgcgt gaagggactc tttttggata acgctcccaa acgaggctcg gaaagaaact
     9901 tttttcgaat agaaacatca aaacgagact cgaaaaggaa tacttttcag aaagagttcc
     9961 caaatgagtc tcggaaagga atacttttcg gaaagagtcc ccaaacgagg ctcggaaagg
    10021 aactcttttc ggatagtgct cgaaaatgag gctcggaaag ggactctttt tagaaagtac
    10081 tccgaaatga ggctcggaaa ggggatccat tctcgaaaag tactctcaag cgcgcctcgt
    10141 taggttactc ttttttcagt ggatgaggat cagtcgatgt cttctggggc ttctatgtcg
    10201 tcgtccttca tggcgcggat acagtcgaac actgcgctgc gctcgaagcc cttactctcg
    10261 gcgtagcgaa ggagtttcac ggcccgatcg gtgctcgacg tggcgcggat ggctcttaat
    10321 tttcggcgga gtagctcggc gaggacggcg cgatagtcct cctcgtcgat cagttcgcca
    10381 agggcctcct cgatcagact ctccggcagg tcgcgtcggc gcagctcgaa gcgaatcttg
    10441 aaccgtcccc agcggttgaa ccgccatttg tcctccacga aactccgaca atagcgcgct
    10501 tcgtcgagga accgttccgc ggtgagtcgt gcaacgatgc gctcctccac gtcgctcgtg
    10561 gcacccatcg ccgtcagttt tttgcgcacg tccgacgggc aacgctccgt cctggcgcag
    10621 taagccgcca tcttgtgcag catttcggtc tcttcggttg tattcatgtc gtaaaattag
    10681 ggtttgtcga tcattccccg gataggttat tggggcagcg tccgaagtag gggcgtattg
    10741 catacgcccc acatgtaccc ggcccgcgga gccatgcctc gcggacgtct cgagaggcgt
    10801 atgcaatacg cccctaccct accggccgga ggagctactc ctaaggatcg attcggattc
    10861 attttcattc ctatcgtgtg tatcacccac ccccggcacc cactctcccc tccgcaaacc
    10921 tgttttttcc ctccatgtca cgactgatcc gaacgtcgga gtagccttcg gcgacgagca
    10981 acgcagcggt ctcggtcgag agtgccgcgt tgatctcgaa gtagagccat ccgccgggcg
    11041 tgagccactc gtgggcgcgt cgggcgatcg ctctgtagaa cagcaggggg tcgtcgtcgg
    11101 ggacgaagag ggccgcgtgc ggctcatagt cgagcacatg ggcggccatg tctgacttct
    11161 cgctgtcgca tacatacggc ggattcgata cgatgaggtc gaagggcccg ggaagcgtca
    11221 aatgcgggtc gaaaaggtct gcgcagacga agcgcacctc cgcgccgttg cgctcggcgt
    11281 tagcctgcgc cgtgcggatg gcctcggcag agaggtcgag ggccatcacc tgcgggcgga
    11341 gtagctgccg ggagagcgtg atggcgatgc acccgctgcc ggtgccgatg tcgagcactc
    11401 gcagggaagg cgccgcgccg tggcgttgca cgatgtgctc caccaactcg cccgtctcgg
    11461 ggcgggggat gagcacggag ggattgacgg agaaggtcag gccgtggaat gtgcattcgc
    11521 cgacgatgta ttggatcggc tcgtgcagct ttaaccgtcg cacgatcatt cggacggctt
    11581 ctcgctgctg tgggtcgatc ggagtatctt tggccagtat ttgttgggcc ggagtgtagc
    11641 ccgtgacgtg ctcgatgatc catcggctga tcgcgcgtgt ctcttcggga tcgtaaatgg
    11701 cggctaattg ctcgcggagg taggctgttg tttcgatcat agggagtgta tttgaaaggg
    11761 aggaaatgat agaggctaat taagttcaat tattcgccgc cgtctatggc ggtctcttcc
    11821 gggacttgga aaattggccg gcgtccctga cgccttgact ttcttttgct tcttttcttg
    11881 cgtcaaggca agaaaagaag ataagagaag aacttaatgg gtcggcgttt ctaacatctc
    11941 cttccggata tccggtcaat cgaggacgtc ggcctacttc cctgccccgg aaggggcctt
    12001 ttcttgcgtc aaggcaagaa aagaagataa gagaagaaca aataaacacc tcaacagagc
    12061 tttagctctc aacaattcaa catctatgta tagcaaaagt acaaacgaag acgaacgttt
    12121 tatgcgtcga tgcttggcgt tggcgcgatg tggcgcggga cggactgcgc cgaacccgat
    12181 ggtgggtgcc gtggtcgtgc acgaggggcg gatcattggc gagggctatc accgggcctt
    12241 tggtgggcct catgcggagg tgcatgctat cgcagccgtc cgcgatcggg acttgctgcg
    12301 ccgatcaacg ctctacgtga ccctcgagcc ttgctcgcac cacggcaaga cgcctccctg
    12361 cgccgacttg attcgtcgct cgggcatccc acgtgtcgtc gtggcctgcg tagacccctt
    12421 tccgaaggtg gcaggtcgcg ggatcggctt gttgcgcgag gccggcgtgg aggtggtggt
    12481 cggcgtactc gaggccgagg cacgccacat gaatcggttc ttcctcacgg cccagacgga
    12541 gcagcgcccg tacgtgatcc tcaagtgggc cgagagcgcc gacggcttca tcgacgcgca
    12601 gaggctccac gccgaccgcc ctccggtacg cctctccgac gagcgtagca cgcgggccgt
    12661 ccacagccta cgcgccgagg tggcgagtat cctcgtgggc gcccgcacgg cacggctcga
    12721 cgatccgagt ctcacggtgc gccattggtc gggaccgtcg cccgtgcgcc tcctgctcga
    12781 tcgacacgga caggtgcccc ccacggcgca cctcttcgat ggccgcgtgc ccacgctcct
    12841 cttcacctcg ccgagtaacc cgacgacgcc gcccaatgtc acgcgcatag acgtagaccc
    12901 gacgcagccc gtcctgcagc aactcctcca gacgctccat gagcgacaga tccagtcgct
    12961 cttagtcgag ggcggcgcgg agttgcacag ccacttcatc cgggaaggtc tctgggacga
    13021 ggcccatgtg gagacggcgc cgatcctgct ccgcgacggc gtgcgtgcgg cggatttgca
    13081 cagcgaaggg gatgccgtcc gctggagtga ccgcacagac aacaaaaagc acctgctcac
    13141 ggtgtttttt caccgtaggc aggtgcttta agggcatgta aaacggaaaa atcatcctcc
    13201 ataggcttcg gcgtatgccc tacggcctac cggagaatgg ggaatgactc atgacgatca
    13261 tgcccaggag gggtattttt ttgatggggt aaaaaaggga actccctgaa gagggagcct
    13321 ctgcggctta gtaccatttc gtcacgtcgc gtgggctggc gctctgattg tacttcagat
    13381 cgcggagcaa cgacgaattg acggccacag agaaggcgta cgacttccac ggcccgacgg
    13441 ggatgatgct ggcggacatc gtgaagcagt gcaaattgcg ggtgatggtg cacgtcatgt
    13501 gcgcgatctt cttggcctca aagtcgtacg atccgttgaa gctaatgttc cagttcttcg
    13561 tcggtttgat gttgccgctg aagctcagat tgtgacggat ctgatagttg tactccaact
    13621 tttgcgggtt gaaggagccg taaccgaggc tcatgttgta actgagggag aagctccaag
    13681 gcaccgtggc gttatagtag ccgtcggcgt cgtattcacc cgtatcgtcc ttcttagcct
    13741 ggcgcagacg ggtgccgcga gccggtttct cgtcggtgga gttggtctcg tcggcatttt
    13801 cgtcgcttcc acgctccttc tgcttgctct tctcgtcgtc tttatcgcct ttccgcgaga
    13861 agagcttctt aaacgtgtcg ttggtgaacg tataagagaa ggcggtaccg gtcgagcgga
    13921 gtcgcccgag gcctttcccc atctgccagc ggggtttatc gatgcggtaa ggcactcccg
    13981 tggcggcgtc gtagccatag gtgtaggtgt cgaagactcc cgagagctgc aaggggaaac
    14041 ttccgagctt gagacgaaga tccaccgaca gatcgctcca tcggaaggag tcggcggccg
    14101 tattgtagtt gatccgtaag gtgaggcgat cgatgaggct gacttttttg atgccggatg
    14161 agtcggcgtt agatcgtacc ttcatttcca cattgttgtc taccgctaac gagatcccgc
    14221 cctgtcttcc gcgccccgga acgccgaaca tttggccttc gtaaggggaa taatagcccg
    14281 aaacggtgcg ccccgagcgg tcggtgtaag tatatggctc gtagtaaccg tagttcgcgg
    14341 cgccgaagtc gggcgccatg ttgtaagagg ctgagagcgc catgctgtga cggatcatct
    14401 gcaccttatc gccgaagatt ttccacggtt tgaagaatcc gtagatcgta gttgaggctg
    14461 agatggcggc gcgataatca tagacgcgat agaagccgta agccgtgtcg acgggctgga
    14521 gtccaccgcg cgcggtgtcg aagcgctgat ggactttgtt tgtataccag cgctcggtgt
    14581 agcttgccga gggcgtgatg ttgagaaatc cgaactgata agtggcgctc acggggatgt
    14641 tatgttgtat cccatgctgc cagtcgtgta ggaagttctt tttgaggaac gtattttctt
    14701 tcgctgtgat cgagttgcgg aagtagccag aatacgagac ggagatcttc tcataccatc
    14761 gctcgcggcc caccgcatgt ttgcgcttga gcggatagat gctactcatg gagaccgtca
    14821 tgtcggggag agtcaaactg accgaggaat cctgtgatcg ctggttgata ttcatcgtag
    14881 ccgacacggt aaggggattg ttggggaagc gttgtgagat actgatgctc gaacccttat
    14941 tgttgttcgt tccatctggt gtatagagcg tgttaagctg attgtagtta tagctacttg
    15001 tcgtaaagtt cacgccagcc gagaaggtgc gatagggatt cgctttcggg tcctgggcat
    15061 gggtccaggc gatcttgaag tccttcgaga cgctgtaatc agggagtccg cggtcgccga
    15121 gcttggttac cagataggat gcgtcgaaat tcccggagta gcggtagcgt tttttgtagg
    15181 ctgaacgtgc tgccacgccc caggagccct tggtgtagat ctctccggta agcgccagat
    15241 cgaaatagtc gctcaccgcg aggtaatagc caccattccg gaggttgaag cccctcgcca
    15301 tctcgtcccc gtaagttggc gcaatgatgc ctgaggaata tttgtcggtg aaggggaaaa
    15361 acgcaaacgg aagcccgatg ggatagagcg gcacgtcttc tatcacaagg taggcaggcc
    15421 cggtgacgat gtcttttccg ggtcgcacct tggcgcgagt catgcggatg taaaagtggg
    15481 gatggtcgtg ctcgtcgcag gtggtatatc tgccgtccgc gacattcatc acattgtcgg
    15541 acatcttttt tgtggcttcc gccatgaggt atccttcgcc ctgcttcgtg aggacgtcgg
    15601 ccgcgaaggc ctttcgcgtg cggaagttgt atcgcatggt ccgggcctcg atctgctgtt
    15661 cgccctctat gaaaaggggg tagccgaact ccttccccac ggtgtcgagt gcataagtgg
    15721 cgtacacgat gctgctgtcc atgctcattt ctatgcgctc ggactgcaat tcgatgtcgc
    15781 gatacttgac gttgccctcg ccgaagaggt aggccatgtt gttccccgtc ataatgatcg
    15841 aatcggaggc ctgataggtg actggcgcct cgagcatgct ctttcggcgc cgcgccgtgt
    15901 ccttccgtgc cgtgtcgatg gccgtagcaa gacgctgagg agtcatttcc atgctatcga
    15961 tgggcgcagc gcctcgcggg gagctcattt ttgagctatc gatgaccgcg gagagtcgct
    16021 gggaaatcct tcccgtgcta tcgatgggct gaatgttttg cggggagctc atttttgagc
    16081 tatcgatgac cgcagagagt cgctgggaat tctttcccga gctatcgatg ggcgcagcgc
    16141 ctcgcgggga gggcataccc gagatattcg taggcacaac aagacgcggg gcgttcattg
    16201 ctgaggtacc cgtatttgcg gctgggtgcc gcgaggtcat ctgcgccgcg tgaaggggca
    16261 gacgggcccg cacgccgcaa caaaacagga gggcgcacag gaggcaggct gtctttagag
    16321 gaagagttcg caccacgcat caaatcgttt cacgtcttcc tggccatacg cggcgagccc
    16381 ttgcctgatc ttctcgatcg gcttctcacg ctcgagcttc gttttactgt aaaacttatc
    16441 ggcaaagcag atcaactgct cctcaaggct tacgggcagc atgtcgtggg gagggatggg
    16501 caggttacgt gcctcaatca tcgcgagaga gagtcctgcg ccggtgtgac gctcgcaaac
    16561 gagcgcgtga cggggatagc ccaaggagcg catcagctca gcccccagcc aaccgtggca
    16621 gatgtagggc gaagtgccat gacaatctat ctcaggcgca tcgcagaggt agatgcctat
    16681 gtcgtgcagc atggctgcct cactgacaaa cgtgcgatcg agctccagct ccgggtgagc
    16741 ctctgccagc gccagcgctt tgtcgcgcac gctgcggccg tggcttacta agatctgata
    16801 agcccgtgag ccgggttgat aataggctga gaggatggct aatgggttca ttgcgatgag
    16861 gtgggttgtt ggtgaataat tcgtcttctg atggggcgca aaaataagcc caaatcgttc
    16921 atcggaactt taggcggcga ttcgtgggga aacggtacgg cgaagggagc tgtcggaggg
    16981 gacggctgag ggtactatcc ggcgagccta tttttgccgc ccgattcatt ttacgattat
    17041 catttatccg taatccccta ccctttatga tcaaacccct cctcccgctg ttcatcagcc
    17101 tctcgtgcct cttcggacac ttcgcagcct cggcccagac cgacccggac gactcgctgg
    17161 ccatatataa taggtatagt ccgcccacgc tgggcaacga gcgactcgac accctcctcc
    17221 ccctcctgca aggccgacgc gtggcactgg ccgtcaatca gacctccgtc gtgggcccac
    17281 ggcagacaca cctcctcgat acgctcctcg cgctgggggt cgatgtgcgc aaggtcttca
    17341 cgccagagca tggctttcgc ggcgccgagg acgctggcgc acgggtgacc gacagtcgcc
    17401 accccgagcg gaacatcccc atcgtgtcgc tcttcggccg cacgctccgc ccgaccatgg
    17461 cccagatgag cgacatcgac gtggtggtct tcgacatcca agacgtcggc gcacgcttct
    17521 acacctacat cagcacgatg cactatctga tggaggcttg cgccacgagc cgccgcacgt
    17581 tcatcgtcct cgatcggccc aacccgaacg acttcgtcga cggccccgtc cggcggccgc
    17641 gttaccgatc gtttgtcggc atgcacccca tccccattct ccacggccta acgatcggcg
    17701 aattggcctt gatgatcaat ggcgaggggt ggctgcaggg cggtgcgcgc tgtcagctga
    17761 cggtcatccc catgacgggt tggcagcacg gagactcgtt ccgtctgatg gtcaagccgt
    17821 cgcccaacct gcccaaccag cagtcggtgc gcctctatcc gtcgctctgt ttcttcgagg
    17881 gcacgtgtat gagtgtcggc cggggcacac ggttcccctt ccaagtcgtg ggttaccccg
    17941 cacagcgggc cggacgcttc accttcacgc cggagcctat ccgcggcatg gactccgcgc
    18001 cactctatcg cgggcgcacc tgctatggcg acgacctgcg ggagctcccc ttcgagggcg
    18061 gcctcacgct gcggttcctc ttggacttct acgcccgtat ggggcgtgac gcgaagacct
    18121 tcttcaaccg ctccgccatg ttcgacctca tcgcaggcac cgacgagcta cgccgccaaa
    18181 tcacctccgg cctcaccgaa gaccgcatcc gctcctcctg gcaggccgac ctggatcgtt
    18241 atcgcctcat gcgacgcaaa tacctgctct accccgacac gcggcctgag acgcacctgt
    18301 ccgaagggcg caacgcggaa tagactctat cgtcgcacaa ctccgtcgct cggaaatact
    18361 gtatttcgag gccatgcaaa cttgcgacag ccagaaatag tgtatttcga ggtcatgcaa
    18421 acttgcgaca gccagaaata atgtatttcg aggccctgca agcctgcgac ggccagaaat
    18481 aatgtatttc gggcgttgta aaacctgcgg cagccagaaa tagtgtattt cgaggccttg
    18541 caagcctgca acagccagaa ataatgtatt tcgggcattg taaaatctat ggcggccaga
    18601 aataatgtat ttccaggccg tgcaacaacg aaacgtcccg ccgacgagtg aggagaaata
    18661 ggctcctttt gctcatcggc gggacgtttt tctgttgcac ggggtgctat tcgcgcttct
    18721 tccgacgcga cttcttgcgg cggtacttac ggcggtagac gatatagccg gacagcacca
    18781 caaggaacat cagcagtccg ccgaggaaga cgtagaagtc cgtgaaggcg aaaaggaacg
    18841 agcggtagag tcggccgacg tgcaactcaa ggcagaagtg ccagaacgat atgcgaccgt
    18901 ctcgcgcgaa gacctcgggc atggactcga acggcatatc ggggtagttg gcaagccgtg
    18961 cgccgcgacc gtaatcgaag acgaccggcc cctgcgcaaa gtcggccgag aagccactca
    19021 cggggttccc gaacgtgggc cgtccgccgc caccgcgccg accatagccc cccatctcgt
    19081 cgagcgggag gcccgtatca taatcggtca cgctgccgtc ggataggtcc cagccataga
    19141 tcccgctgaa cgagcccacg acccactggt tggggcccgt ctgctgccag acgttgaggc
    19201 ccatgacgct caccggggga gtgttgtcca gtttcttggg ctgctcgcca aacgcgggga
    19261 aagcgtagat gccagacgag gccgccagca gccaccgacg cccctccgta tcgtagcgca
    19321 agcggcgcag gcggtcgtgc cacgggttgt cgctctggag cgtgctgccc ggcacaggct
    19381 tcacttgcgt gcgcgcaatg gggatgagca gcggcggacg gaggaacatg cccgtgacaa
    19441 cgatcagcag caacaggacg ataaaaaggc tccccagccg gttgtgccac acgaaggaga
    19501 acgtccacgt gcgacgcaag ggcagcgctg ggtcgccgcg cttcttacgc aaccggatgg
    19561 ggatttcaaa gagggtcacg acgaggcccg tgaggcagag cacaacgacg atgatcccca
    19621 ccacatcgat caacagtcgg ccgggcaaac cgaacaagtc gccgctgtgc gtcacccaga
    19681 tcgtcttgaa gagcgagacg cgcggatcgt agtcgtcggg cgtgggtaac ggttgggcag
    19741 taaagcgttc gtaaggcgct gcggcggcgt acacgttcga gcgggtgact acgcagagct
    19801 tatcgcccac gaacagcacg tccgtcagcg cctcgtcgtc cgtcagcgca ccctccacct
    19861 cgcgccaccg gtaggcggtg cggtcgaagc ggtagagcct ataggtagag atggcgaaga
    19921 gctgaccgtc agaggtggca gcgacggcgc ggatgttccg gttgtcggtg ccgggacgca
    19981 taccgtccat gcagggccgg aggccgcagc agaaggtgtc ggccacccag atgccattgc
    20041 taccgtaaag catgacgctg tccggcccca cacgtaaggt gccgaccacg gcgccgttgt
    20101 tccaattctc gtacacgtac tgctcgggca gccatcggcg tggcaagtcc cagcgcgtga
    20161 tggcggtgcg atggttgagg aagacgcccg agagcgcgaa ggccagaata aagaaggtga
    20221 ggacaagccc cacccactta tggagacgcc gccaggtgcg cgctttctct ttgcgccgtg
    20281 gcgtcgtctt actatttgga aaagacatcg attctataca ggggctactt cgattccgat
    20341 ttcgacatcg actttgactt caggttgcgg ctgccgtccg gctgataggc gtagcggaag
    20401 gtgatgtaac cactcttctt ctcggcgttg tggaagctct cgaagatgac cttgacatac
    20461 ttcccgtcgg ccgtacgaac gacaaagacg tgatcgttga gggtgtacgt cgggggcgga
    20521 ccggagaagc ggacggcctt attgagcgcc acgttgccgg acgtcttgct cgtcgtcacc
    20581 ttaccattgg caaagccgtt catggtgatc tccacatccg tcacgtagcc atcggcgggt
    20641 gcttcggtca cgtcggcgaa gctcgtcttg tccgtctcca cggcgccccc cttgccactg
    20701 cccgaaaggc cgctgttggt gcgcatgttg aaacggttaa aggcgatgtc ccaatcggaa
    20761 cggctcatac ggttggcctc cgtcacacct tgcacctcgg cgccggtggc gaaagaaaag
    20821 tagacccagt cggtagaatc gcccgccacg gaggtggcac ggctctgtgt gtgacgcttc
    20881 acgtcgaggc cttcggtttt cggttcgggg ttgtcgctgc cacagctggc cagcgtagcg
    20941 gagatggcac agacgaccaa gatggctccg caggaaattc ttttgatact gttcattggg
    21001 gtgttgggtt atgggttaat gattagtgat tacttcttca cggccacgat ggccacggcg
    21061 ttgatattct ccatgtggcg acggaatgtg tcacgcatgg tgaggatacg ctcgcgcgcc
    21121 tcagcatggg tgaggatgtt gaaccagatc ttgacggctc gcagcagtcc ttcgtcgtca
    21181 atgacacgtt gcgcctcgag caggtgcatg gggttcgtct ccacacgtac gatctcaaag
    21241 ccttcggcta cgagcagatc gctccactcc gctgcggtca gcggacgtgc attgacgttg
    21301 atcacggacg agagatcgcg caagatgctg cgcttcgtct cgtcgctgac gtcgttgggc
    21361 gtgaggccca tctcatggat gccgtagagt ccgcccggct tgagcagccg gtaagcctcg
    21421 ctgacgatgg ccgacttctg acgctcgttt tgcatcgtaa gcatggcctc gccgtagacc
    21481 ttatcggccg aagcatcggg taggcctgaa tgggctgcat cgccgatgat gatgcggcgg
    21541 tcggggccgt cgatcgtccg acgcaactca gcggctgcgg actcgtccat ctcgacgccg
    21601 atgtaagagt gtggctcgcg cttcagggcc agctcagcgg tgaagcccag cccgggggca
    21661 aactctacga tgtcgtcact tgatgcgatg ttgaggctat cgatcagctt ttcggtcaac
    21721 tctttcccgc cggggcgcag gacacgctta cccatggcgg ccagtaccca gtgaccttgc
    21781 tgggtgcttg tggggttctt cttttcgttc atagtggtag gattaaatga tgtcggagac
    21841 ttgcgatgtg tcccctcaaa ttgagaaatg cagcgccccg aacacgcttc ggccggggcc
    21901 tgtgtaggtg ttgaaattga tgataccggc gtggtaatcg aagaggttat ccacgccgag
    21961 ggtgacgcgc agctgtcgca tggggcgcca cgcagccgta gcgttccaaa ggctgtacga
    22021 gggtgagcgc gactcataat aagactccac ttccttgccg ttcacctcta cgcgaccaag
    22081 cacatcgtaa cgcttgccac cgaggagcga gccactgagg ttcagcgtga aatgctgccg
    22141 accgagggtg aaggcgtact ccgcgcggac gttgcccgag aggcgactgt aagccgtcag
    22201 ctgcacgccg tccgtacgct tggggaagag gcagttggcc gagagatgca ggaaaaggcc
    22261 cgacacgccg gggttgatgc gcacattggc gtaggctccg gagagcgtgg cggaggagac
    22321 gttgcgatag tgcagctcct tctgattgtt cgtccagagg ccctcgatct tatcggaaaa
    22381 gaagttcacg tagcccgtgg ccatagcgta gacgtactcc gaaacatact cggcggagag
    22441 cgagagatat tggttgcgct cggggcgcag gttctcgttg ccgtagatca tgaacatgcc
    22501 gaggtgatcc caattcatgt aaagctcctt gagggtgggc gaacgatagc cagcggcata
    22561 attgaagcgg agcgtgaggg ggaaaaggcg ccagacggcc gccaacttcg gcgctacgtt
    22621 ggcaccatag gcgttgtgat agtccaggcg caaacccgcc acgagcgaga ggtgcggcgt
    22681 gacggtccag tcgtcctgtg caaagaccga ataggagcgc tggctgcgcg tctcgtagct
    22741 gccggagacg aacttatccg tgtagaggct ttcgtagagc aactccgcgc ccatgttgat
    22801 cgtctggcgg tgccagcggt cgagggtgaa cataaggcgc ggctgcgtca tgcgattgcg
    22861 gtagatcagg tcgcgttgat cgagttgctc gagggctgta aagcggttgt aggtgtcgga
    22921 atagaccgag gcctggaggg ccgcgcgggt gctgaagcga tagtcggcgg tgagcgaacc
    22981 ggagagatcc gtgttgtgct cataggcgtt gtcgggcgtg aggtcgtgct tgttcatcgt
    23041 gtaccacgtg cctttggcac cgatcgtgag gcggtcggag ggcgtataac ccagcatttg
    23101 ggtcacctga tgcgtggtgt aacccgagac ttgcgtgggc gtttccacgc ggcgctcacg
    23161 gacggtgatg tcgtactccg gaaagtactt caccacactg tcacggtcaa agaggcggta
    23221 ggcatcggcg ctcttgtgcg cgtaggaggt ctgcgccgtc cagtgcttcc accgcccacc
    23281 gatacgcaca tcggcgttga gattggggcg gtccacgctg cgcttgaaat aacgttgggc
    23341 gtcgtccggg tccaccttcg tgtagttgcg ctcatagagc ggcgccgcct tgatggaggc
    23401 cgagacggtg aacggggcct tggggcgctt ggtgataatg ttgatcacgc cgcccatagc
    23461 ctgcgatccg tagagggccg acgaggcgcc ctgcacgatc tcgatccgct ccacattgtt
    23521 cgggtccagg cggtgatagt ccacattgtt acccgtctcg cccgccatgc gttcgccgtc
    23581 gatcaagaag aggatgtgct taccgccgag gccctgtagg ttgatgctcg tgccgaagcc
    23641 cacctcattg aaggccagtc cggggatctc ctgcgtcagc aggttgcgga tgtcggtcag
    23701 gccacgatct tcgatctgcg cagcggtgat gacctgcgtg atgaccggtg tctgcatgag
    23761 tcgcttcggg gtgcgggtgg cggtgacgac cacctcgtcg aggttaaact tcttcacccc
    23821 cgctgcggcg tgcgtggcca cttcatcgtc tttcgtagag tccgcgggaa ggatctgcgc
    23881 ctgcatgccg tgtgctgcac agacatataa tataaggtat aggagaggcc atctcctgtg
    23941 ggttcgtttt tgtgtgatgt tcattgaatg actcgttctg attatcggcg gcaaaaatag
    24001 agggacgaca acctcgcaaa aatcccaaaa agaggttagg acggggagag cgccccaggc
    24061 catgcaagcc gcgtgcgatc atcgccattt ggcaaacatc tcctgcaatc tgcgggagac
    24121 cttcgtacct ctacgaacca tctcctgcaa cttgcgggag accttcgtac ccctacgaac
    24181 catctcctgc aacttgcggg agaccttcgt acccctacaa acatctcctg caatctgcgg
    24241 gagaccttcg tacctctacg aaccatctcc tgcaacttgc gggagacctt cgtaccccta
    24301 caaacatctc ctgcaacttg cgggagacta tcgtacccct acgaaccatc tcctgcaact
    24361 tgcgggagac cttcgtaccc ctacatacca tctcctgcaa cttgcgggag accttcgtac
    24421 ccctacaaac atctcctgca acttgcggga gaccttcgta cccctacgaa aaagtgcttc
    24481 agcttttttt ttcgcttacg atttgtgctt cttatcgaaa gccctacttt tgtttcatta
    24541 aaatacaata cccagaagag ataatccgaa agtatacaca gctatcccgc taatcattgt
    24601 tgtttatcta tgaaagcaaa gcagtttttt gtcaccacgc tggcagtcat cctcacgggg
    24661 atgtttaccg ccgcgaattg caaaggtccg agcgcaaaat cggactatga gacggtcgac
    24721 ggcgacccgc tgaagacccg catctacacc ctcgacaacg gcctgaaggt ctacatgagc
    24781 gtcaacaaag aggcgccccg catccagact tatatcgccg ttcgcgtagg cggaaagaac
    24841 gacccagcag agaccaccgg cctggcgcac tactttgagc acctcatgtt caagggcacc
    24901 actcacttcg ggacgtcgaa ctatgaggcc gaaaagcccc tcctcgacga gatcgaacgc
    24961 ctctttgaag tctatcgcaa aaccaccgac gaggctgaac gcaaggcact ctatcgtcag
    25021 atcgatagca tcagcaacaa ggcttcgcag tatgccatcc ccaacgagta cgacaagctg
    25081 atggccgcta tcggcgccac gggcacgaac gcatacacga acttcgacgt cacctgctat
    25141 gtcgaggaca tcccctcgaa ccagatcgag aactgggcca agatccaagc cgaccgcttc
    25201 caaaacagcg tcatccgcgg ctttcatacc gagcttgaag ccgtttatga ggagtacaac
    25261 atgggtctgg ccagcgatgc acggaccgtg atcgacaccc tccgctcgat gctcttcttc
    25321 aatcacccct acggcacgca gtccgtcatc ggcacccagc agcacctcaa gaacccctcg
    25381 atcacgaaca tcaagcgcta ttacgagacc tggtatgtgc ccaacaatat ggctatctgt
    25441 ctctcgggcg acttcgatcc ggacgagatg atcgccatca tcaagaaata cttcggcaac
    25501 atgaagccga acgacagcct gcccaagcct accttcaaag aggaggcgcc gatcaccacc
    25561 ccgacaacga aggaggtgcg cggcgtggag gcagcgaacg tcaacgtggc gtggcgcatc
    25621 ggtggcgaag cctcagcgga caacgacctg gccatcctgg ctgcctctct gctctacaat
    25681 gatcaggcag gcctcatcga cctcgatctc atccacgcgc aaaaggtgct ctcgtcctat
    25741 tgctatccct acaccttcgc ggattacggc atgtttctcc tcaacgcccg gcctaaggac
    25801 ggtcagacgc tcgaacaggc gcgcgacctg ctgctcgagg aggtggctaa actgcgcaag
    25861 ggcgacttcg acgagtcgct gctgcgtgcc tgcgtggcca actacaagct ggagctgatg
    25921 aaggaatatg actcgaacga gggccgcgcc aatgcctacg tcgacgcctt tgtcaacggt
    25981 gtcagctggg ccgacatggt gcatcagatc gaacgaatgg agaagatcac gaaggccgac
    26041 atcgtcaagt ttgccaacga gaagctgggc gaaaacgcct acgccgtagt cttcaagcgc
    26101 gaaggccaac cgggattcaa gaagatcgac aaaccggaga tcacgcccat cgccacgaat
    26161 cgtgacaccg ccagcgcctt cctccgtgag attcagctga ccgaagtgaa gcccatcgag
    26221 cccgtattct tagacttcaa aaaggacatg agcaccgctt cgctgaagtc tggcctgcct
    26281 ctgctctaca agaagaacga gacgacggat gtgtttgaac tcatgtacgt cttcgatatg
    26341 ggtcgcaacg acgacgccac ccttggcacc gccttcgatt atctcagcta cctcggcacc
    26401 agcaagaagt cgcccacgga gatcaagaag gagttctttg acatcgcctg ctccttcagc
    26461 gccaatgtga ccgatgagcg ttgctacgtt tccgtcagcg gactgagcga gaacatgccc
    26521 aaagccctcg agctgatgga ggaactgatc gctgacgcta agccagacga gaacgtgctc
    26581 acgaacctca aagccgatcg gatcaaggcc cgcgctgatg cgaaactgaa tcagggacag
    26641 aacttcggag ccctgcgtcg ctacgtcatg tatgggccgg agcatgtcaa agccaccacg
    26701 ctgacgaacg acgcactgaa ggcgctcacc tccgacacgc ttctggctaa ggtgcgcgac
    26761 ctcttcacca agcagcactc cgtgctctac tatggccccg gcgccgaatc ggatgtactc
    26821 aagagcctcg accagctcca tcgcacggcc gataaacccg ctccgttggc caagaagccc
    26881 gtcatgctgg tgcagacgcc aagcaacacc gtcatgctgg ccgagtacaa cgccaaacag
    26941 atctactacc tccagtattc taaccgtggc gagcccttcg atgtggctaa cgatcccggc
    27001 gtaacgctct acaacgagta tttcggcggc agcatgaacg ccatcgtctt ccaagagatg
    27061 cgtgaatcgc gcggcctggc ttactcagcc aacgccgtcc tgatcacgcc ctccgacaag
    27121 acgcgcccct acgccttcca agccttcgtg gccacgcaga acgacaagat gcctcaggct
    27181 atcgacgcct tcatggagat catcaacaac atgcccgaga gcgaagctgc cttcaagatc
    27241 gccaaagacg ccatcctggc tcgcctgcgc accgagcgca cggtgaaggg cgatgtgctc
    27301 tgggcctacc tgcatgccaa agacatgggc gtggactacg accgcaacaa ggccatcttc
    27361 gagaaggtgc agagcatgac cctggctgac gtcaaggcct tccaagagaa atggatcaag
    27421 ggccgcacgt accactacgc tgttctgggc aattcgaaag acattgacat gaacaagctc
    27481 cgctccttag gtgaggtcaa gctcctcacc ccgcaagaca tcttcggcta ctgaccttcc
    27541 ccctcttcgg agggggcagg aacccccgat ccaacgaacg aggctcctgc cccctaaaga
    27601 gcaagagacc ctgtcggact attcgacaca tggaatggcc gacagggcct ctcctttttc
    27661 taatcccgct actaactatt cactctcccc ctaacacttt atcccatgcc taaccaaaat
    27721 tctacccaaa tgacacggcg tgctttcctc gccgtcggac tgatgttgtt tgccctcttc
    27781 ttcggagctg gcaacttgat tttccccgcc gccttaggcc aacgtgccgg aacgaacgtg
    27841 tggtgggccg tgatgggctt cgtattgacc ggcgtcggac tgcccctggc gggcgtcctg
    27901 gccatgggct actctggttg ccgcaacgtg caggagctgg ccggacgcgt acaccccctc
    27961 ttcggcatac tctttacgct ggccctctac ctctccatcg gccccgcctt cgccattcct
    28021 cgtacgggca ccgtctcttt cgagatcgcc gtccgcccct tcctctctcc cgacgcgggc
    28081 tattgggcgc agatcgtctt ccttatcgtc ttcttccttg tcacgctttg gctttccatc
    28141 aaccctcaga agctggtcgg acgcattggt ggcatcctga cccctatgct actgacaacg
    28201 atcgttgtcc tcatcgtcaa atcgctgatc acaccgcccg gtacgcccag ctcgccgacc
    28261 gaagcctacg ccacgcccgc cgtagccctc cagcaaggct tcatcgacgg ctacaacacg
    28321 ctcgacgctc tggcctcgtt cgtctttggc atcctggtca ttgagtttgt cacgcaacac
    28381 ggtgccacga cacgccacga ggtgatgggc gccaccatgc gcgcgggcat gattgccatc
    28441 ggttgcttag gcgtggtcta cgtcttcatc gcaggactgg gcgccgccag cgtcgagcag
    28501 ctcggcatcc tcgacaccgg tgcgcctgtc ttggctggat ctgcccgact gctcttcggc
    28561 gaaccggggg cgttgatctt ggccgtgatc gtattgctgg cctgcctaac gaccagcatc
    28621 ggactcgtca ccgcctgcgc cagctacttc cactcgcagt ttggcggcct ctcgtacaag
    28681 ggctacgccg tggcgttcgt catcatctcc ttcgccgtcg gcaccttcgg actgaagacc
    28741 atcatctctg ccgccgtgcc cgtgctcatg ttcctctatc cgctggccat tgtgctcatc
    28801 gcgctcgcct ttttggacag ccgcttcggc agtcggcgca gcgtctacgc ctggaccgtt
    28861 ggcctgacgc tcatctcggc gctcatctcc ggactcgagg cggccaacat ctcgctcggt
    28921 gctttcggtc gtttctacgg cgcccatgtg ccgctgcacg ctgacggtct ggactggatc
    28981 ttcttcgccc ttgctggctt cctgatcggg tgcctaaatc ggcgcaagag cacctcttcg
    29041 gagctcatca cttcggggct gtaagtctca gaggcgcttt ctacttactc atcgttcctc
    29101 tcccccacag ggggatatgc aaaggggcgg ccactccgga ggtcacccct ttttgggctt
    29161 tttttgcttc ctgcgttacg cagggctcga aaaagacctc ctttttgttt cctgcacaac
    29221 gcagggcccg aaaaagacct cctttttgct tcctgcacaa cgcagggctc gaaaaagacc
    29281 ccctttttgc ttcctgcaca acgcagggct ccgaaagacg cccttttttg ctccctgcgt
    29341 tgcgcaggaa gcaaaaaaga tctcatttcc cgcggcggga aggcgcttca cgaaaccggt
    29401 gattggcttt gtgattcccg ccacagattc agagcgacac cttacccacg cgatagcgcc
    29461 ccctctgtcc attctcattt ccacgcctac ttttgccgct catttggata aaggtatggg
    29521 taagacgatt tttcatgatg gagcaagccg ccgcagggtg gcaccgagcg taggctccat
    29581 actccttttt ctgctcgcga tcgggtggac gggaggcacg ctccgggccc agtatcaagt
    29641 cagcggcggc gccaagacgc ccatccgggc agcggagaat acggcataca agctggaagt
    29701 ttacttagtc tacggcaccg atggcgtgac catcagccac accggcacag gcacgcaccg
    29761 ctggtatcgc taccgcacca aggcagccat agaggacgat tgggaggcgg tggcctcgac
    29821 ccaaagcggg tctacgtcga cggtcacaaa ccccgcggag ggctacggtt acttcgttgt
    29881 cgacggtagc ggtgagctgc gtcgctacgt ctggatcatc gattacagcc gctaccctgc
    29941 acgcctcacg agcctcagtg tgtccccctc gtccgacgcc tgctcgtcgc tgcgattggc
    30001 gggcacggcc gacctacccg cactcaacta ctacctgccc gacggcaagg cgatggagct
    30061 caagcgcgca ttcgaagtca gctacctgac gcagacgtgg agcgaacaga cccgcacctt
    30121 caccgagcag ttacttatcg acaccctcag cggcaatccc ttcgacgtct cgctgagccg
    30181 cccgccactc acagacacga agatcgacct gacgggcgac ctcttcgcgc gtgcctttgg
    30241 cgtcgagcag acagcgacca tagaccacta tcaagcggtg gccttagagg tgcacgccga
    30301 tacgacgctc acgtcggaga ctcggtcgaa cctcaagctc aaaacgggcg aactatcggc
    30361 cccggccgag atccgcttcc gagcgcaggc caacaccccg gtggcatcgc tcttcgtctg
    30421 gcaagtcacg cggcgagagg ctacgggcga tgtgcccatc gtgcgcttta cggatccgga
    30481 gatgacgtac accttcgacc gcgtgggcaa ttacaccgtc acgctggagg tgagcgaccg
    30541 ctcgggccga tgcaccaaca aggacaatag ctacaagatc agcgtcacag agaccgtgct
    30601 ggaggtgccc aacgtcttct cgcccgagag ttcgccgggc gtgaacgacg tgttcaaggt
    30661 ggcccataag tcggtcgtgc gcttcagtgc gtccgtcttc aatcggcagg gcagcctgct
    30721 ttatcactgg accgacccga acggcggctg ggatgggcgc tatcgcggac agtacgtgcc
    30781 cgctggcgcc tattactacg tcatcgaata caccggaacg gacggcaaaa cgcaccgtaa
    30841 aagcggcgac atcaacgtcg tgcgctccag ttcaaacaag aatcacagta atcaataagc
    30901 ataagagaga gaatgagaac gaaacaattc acggcctgct tcctcgcggc cggactgatc
    30961 agcctgacgg cctgcttccc cgtccaatcg caaaactccg aacagccccg acaggacgac
    31021 ggctggatca cctcgcccga ggtgccggag aaggtcacct tctgcggcca aacgatcgac
    31081 ttgacccgat ataatatgta tgagtccatg gaccgcgagc tgagcagcct ggcctacttc
    31141 cactccacca cgatgctgac catcaagcgc gccaaccgct acttccccat catcgtgcct
    31201 atcctgaagg ccaatggagt gccagaggac ttcaagtatc tggccgtcgt agagagccat
    31261 ctcgacccgc gcatcgtatc gccagcgcgc gccgcaggca tgtggcagtt cttggaatcg
    31321 gccggacggg aatatggcct gacgatcacg cccagcgtgg acgagcgtta caacgtggcc
    31381 cgcgccacgg aggccgcctg ccgctacctc aaggacgcct acaataaata cggtgactgg
    31441 gcttcggccg ccgcatcgta caacgcgggc atgggacgca tctcgggcgc cttcgcctca
    31501 caacgcgaga cgtccgtact gaacctctgg ctcgtcgagg agaccgcgcg ctacgtctac
    31561 cgcatcctag ccacgaagct catcttcgag aacccgcaga agtatggctt ctccctccgc
    31621 ccacgcgacc tctacgcccc catctcctgc gacgaggtga cggtctcggc cggtatccct
    31681 gatttggtgg ccttcgccaa gtcgcacgac atcacctacg ccgacctcaa gcgtttcaac
    31741 ccctggctgc gcgactcgaa gctcatctcc aatggccgca gctacaccat cctcatcccc
    31801 cgcaaacaag acctctatta cacctccccc aaccgcaccg tctacgacca gcgctgggtg
    31861 acgaagtgaa tgacttatgg caataggtaa gaagaaagaa gaggagacag acgaccgcgt
    31921 cgagcggggt ggcaccattg gcgtatgggg tgcgcgcgtg cacaacctga agaatatcga
    31981 cgtcgagctg ccccgcaacc gactcaccgt catcacaggc atgagcggaa gcggcaagtc
    32041 gtcgctcgcc ttcgacacca tctttgccga aggtcagcgc cgctacatcg acaccttctc
    32101 ggcctacgct cgcaacttca tgggcaacgt ggagcggcca gacgtggaca agatcaccgg
    32161 cctgagcccc gtcatctcca tcgagcaaaa gacgacgaac cgcaacccac gctccaccgt
    32221 cggcaccacg acggaggtct acgacttcct ccgcctgctc tacgcccgcg ccggcgaggc
    32281 ctactcctac ctcagcggcg aaaagatggt caagtacacc gaggagcaga ttctggagct
    32341 gatcatgcag gagtataacg gccggaagat gtatctgctg gcaccgctcg ttcgcaaccg
    32401 caaggggcac tacaaggagc tcttcgagca ggtgcgcaag aagggctacc tcaacgtgcg
    32461 cgtcgacggc aagctgatgg agatcagtcg cggcatgaag ttggatcgat acaagatgca
    32521 cagcattgag gtggtcatcg acaagctcgt ggtcagcatc aacgacgggc cacgcctcaa
    32581 ggagagcctc cgcgtggcca tgaagcaggg cgacggactc atcctgctgc tcgacgccac
    32641 gacggacgag atgcgttact acagccgccg actgatgtgc cccgtgaccg gattggctta
    32701 cagcgagccg gcgccacaca acttctcttt caactcgccc cacggtgcct gcccacgctg
    32761 caagggcctc ggcgaagtga acgtgatcga catggagaag atcatccccg actcctcgct
    32821 cagtatttat aaggggggca tcgtggcact cgggaaatac aaagacacgc tcgtcttccg
    32881 acagatcgaa gccctctgca agcgacacgg cgcaacgctc aagacaccca tcaaggacct
    32941 ccccgaagag gcgatggacg agatcatcaa cggcaccgaa gagccggtag ccgtctcgac
    33001 agcgtggctc ggccactcga gcttctcgta cgcctacgag ggcgtggcga aatacatcgc
    33061 catgatgcaa ggcgaaagcg acgacgagcc ctccaccgcg cgcaaaaagc ccgcaccatt
    33121 catccgcacc gccgtctgtc ccgaatgcca gggccagcgc ctgaacaagg aagcgctgca
    33181 ttacttcatc gacggcaaga acatcgccga gccggcctcg atggacatcg ccgagctttc
    33241 caagtgggtc aacggactgg aggaaaagct ctcgccggcg cagcgcacca tcgccgtgga
    33301 gatcctcaaa gagatccgct cgcgcctcga cttcatcctc gaagtcggac tcgactacct
    33361 ctccctcaac cgcccctcgg ccaccctctc cggcggcgaa agccaacgca tccgcctggc
    33421 tacgcagatc ggcagccgcc tcgtcaacgt gctctacatc cttgacgagc ccagcatcgg
    33481 cctccaccag cgcgacaaca tccgcctcat cgactccctc aaagagctgc gcgacacggg
    33541 caactcggtc atcgtcgtgg agcacgacaa ggacatgatg ctgagcgccg attacgtcgt
    33601 tgatatgggc cccaaggcgg gtcggctcgg cggcgaagtc gtctttgccg gcacacccga
    33661 cgagatgatc aagaccgaca ccctcacctc atcttacctc aacggccgac gccagatcga
    33721 ggtgcccgcc acacgtcgcc ctggcaacgg ccatcacctc gtgcttcgag gcgccacggg
    33781 caacaacctg aagaaggtcg acgtcagctt cccgctgggc accttcatct gcgtctccgg
    33841 cgtctccgga agcggcaaat ccaccctcat caacgccacc ctccagccca tcctcagcca
    33901 gcgattctat cgctcggaac aggagcccct accctacaaa tccatcgagg gcatcgagca
    33961 catcgacaaa gtggtcaacg tcgaccagtc gcccatcggc cgcaccccac gcagcaatcc
    34021 ggccacctac acgggcgtct ttgccgacat ccgcaacctc ttcgtcagcc tccccgaagc
    34081 caagatccgc ggctacaagc ccgggcgctt ctcgttcaac gtctccggcg gacgctgcga
    34141 aacgtgcaaa ggcaacggct acaaaacgat cgaaatgaac ttcctgcccg acgtgctcgt
    34201 gccctgcgaa gactgccacg gccgccgcta caaccgcgag acactcgagg tgcgctatcg
    34261 cggcaagtcc atcgccgacg tcctcgacat gacgatcaac atggccgtcg aattcttcga
    34321 aaacatcccc gccatcctca gcaagatcaa ggtgttgcaa gacgtcggcc tgggttacat
    34381 caagctcggc caaccctcca ccaccctctc aggcggcgaa agtcagcgcg tcaagctggc
    34441 caccgaactc gccaaacgcg acaccggccg cacgctctac atcctcgacg aacccaccac
    34501 cggcctgcac tttgaagaca tccgcgtcct gctcggcgtc ctcaacaagc tcgtcgacaa
    34561 gggcaacacc atcatcgtca tcgagcacaa cctcgacgtc atcaagagcg ccgactacct
    34621 cattgacatg ggccccgacg gtggccgtgg cggcggtcgc atcctcttca ccggcacgcc
    34681 cgaagccctc gcctccgccc cacgcacccg cagccgcacc gcccccttcc tccgcaaaga
    34741 gctttccgag ggctgacccc atacctatta tatatgtgta tgggcaaacc cctcgttcag
    34801 cgcctcgcca cctccaaaac catcatcgcc cccctcctcc ccctgtttct tcgcctatcg
    34861 tctgccgtcg aaagcgagtc taacaggtgc atccccccat tgtccacaga caaaagcacc
    34921 caatacatat attctctttc attgtctata gacaaaggca gccagtacat atatcccttc
    34981 tcgttgtcca tagacaaaga cacccaatac atatattctc tctcattgtc catagacaaa
    35041 agcaaccaat acatatatca cctcttattg tccatagaca aagacaggca ggatatatat
    35101 tctctctcat tgtccacaga caaaagcacc caaaacatgt atttcacccc attgtccata
    35161 gacaaagaca ggcaggatat atattctctc tcattgtcca cagacaaaag catccaaaac
    35221 atgtatttca ccccattgtc catagacaaa gacaggcagg atatatattc cctctcattg
    35281 tccgcagaca aaagcaccca aaacatgtat ttcaccccat tgtccataga caaagacagg
    35341 caggatatat attccctttc attgtccgca gacaaaagca gccaatacat atactccctc
    35401 tcattgtcta tagacaaaag cactcaatac atatatcacc tttcattgtc catagacaaa
    35461 gacaggcaaa acatgtatct cagctcattg tccacagaca aagagaccca aaacgtgttt
    35521 tttaccccat ttccaatgga cagcaagtcc gttcgttgaa atttctacgc tttgtccacc
    35581 accaatctcg cgatcctttc ctattactga ttatcgacaa gaatgaaatg aagaatccca
    35641 tccaaatgat caagcaatgc ctcgaggccg acgaacctta cttcgtcctc cgcggcaaag
    35701 acctctgtgc cctgcccgcc atcgagcgct actacgaagc cgtccgcgac aaagtccgcg
    35761 acccacgctt catcgaagag atcgaagaga tcatgaaaga cttccgagcc ttccgtgatg
    35821 aacaagaaac ccacctcccc gactgatcca tcatggaaga tacctaccgc accatccgcg
    35881 acctctccga aggctactac accgagaagc gcagccgctt tctctccttc gctctgcccg
    35941 tccgcacccc cgacgaggtc aagacccagg tcgacgccta tcgcaaaaag tactacgacg
    36001 cccgacacgt ctgctgggcc tacatgctcg gccccgaccg caccgccttc cgcgccaacg
    36061 acgacggtga accctcctcc acggccggca agcccatcct cggtcaaatc aactccaaca
    36121 acctgaccga catcctcatc atcgtcgtcc gctacttcgg tggcatcgaa ctcggcacca
    36181 gcggcctcat cgtagcctac cgcaccgccg ctgccgaagc catcgccgcc gcccacatcg
    36241 aggaacgcac cgtcgacgaa accataacca tcaccttcga atatcctcac ctcaacagcg
    36301 tcatgcgcat cgtaaaagaa gacaagcccg acgtccttgc acaatccttc gagctcacct
    36361 gcgagatgac gctccgcatc cgacaaagcc gtatggacgc cctaaaaagc cgtctactga
    36421 aagtggacag tcttcgcatc gtctaagcca tcacgcatcc atcgccaact attgaaagaa
    36481 aaaagagaaa ggatgtttgc aggattcgaa agtgcctcta tctttgcgct cgcaaaatga
    36541 aaacgcgggc ggccctaacg gtctgatagg cgtgatttct gagcgaagaa ttggcctgtt
    36601 cgtctatcgg ctaggacgca agattttcat tcttgaaaga ggggttcgac tcccctacgg
    36661 gctaccaaat acgaatcaga taaaagaaga aatagattaa tagataacga tggcaaatca
    36721 caaatcatct atcaagagga tacgtcagac aaaaacgcgc tgcgcacaaa atcgttacgg
    36781 tgccaagacg atgcgtaatg cggtgaaaaa attgcgtggc acagaagata agaatgaggc
    36841 aacagccatg tatccgaaag tgtgcgcaat gcttgataag ctggcgaaaa agaatgtgat
    36901 tcataagaac aaagcaggca acctgaagtc aaagttggcc aaacatatca atgcattggc
    36961 ttaacatctg ggaaagcgcc tgaaagagga aaaagaaaag aaggacgtct aagtccactg
    37021 ttatattggt atcaaaggcc tgttcgtcta tcggctagga cgtgagattc tcattctcaa
    37081 aagaggggtt cgattcccct acgggctaca tcaaggctga gaggcgtcaa tcgtctttcg
    37141 gccttttttt catgcagtta gccatctccc aaccctgctc tttcggaggg gaacggctat
    37201 atttgtttcc gtatttgata atgaataaag agaggaaatc aacatgagtg acgaagaaat
    37261 aaaagcagca agcgaggaat actcttccaa aaacatccaa gtgctcgagg ggttggaggc
    37321 cgtccgaaaa cgcccagcca tgtacattgg tgacacgagc gagaagggac tccaccatct
    37381 ggtttacgag gtggtagaca actccatcga cgaagcactg gccggcttct gcaaaaatat
    37441 cgatgtcgtg atccgtgagg ataattcgat cagcgtgaca gatgacgggc gaggcattcc
    37501 ggtcgattac cacgagaagg aaggtaaatc ggcattggag gtcgtgctga ctgtgctcca
    37561 tgccggaggt aagtttgaca agggcaccta caaagtgtct ggtggactgc acggcgttgg
    37621 tgtctcgtgt gtcaatgcgc tgtcgaccca cctgaaagcc gaagtgcacc gtaacggcaa
    37681 agtttacgta caagagttct cctgcggcaa gccgctggcc gatattcgga taacgggtga
    37741 tagcgatcgt accgggacaa ccatagagtt caaaccggac gcgtcgatct ttaccgtgac
    37801 cgaatacaaa tacgacatcc tcgccaaccg actccgcgag ctggctttcc tgaacgccgg
    37861 catccgactg acattgaccg atcgccgcga ggtgaagccg gacgggacgt acaaatccga
    37921 agtcttctat tcgcacgaag gactgaagga gtttgtgcgc tacatcgaca agtcaaaaga
    37981 ggcactgatc cacgatgtga tccatatcgt cactgagaaa caaggcatcc ccgtcgaagt
    38041 ggccatgacc tacaacacgt cgtacaacga gagcgtcttc tcctacgtga acgacatcaa
    38101 cacgatcgag ggcggcacac acctctctgg cttccgacgt gggctaactc gtacgctgaa
    38161 gaaatatgcc gaagactcta agctgctgga gaaggccaag gtagagatcc aaggcgatga
    38221 cttccgcgaa ggcctcacag ccgtaatttc gatcaaggtg gccgagccac agttcgaggg
    38281 gcagaccaag acgaagctcg gaaacaacga ggtgatgggc gctgtcgata tggccgtagg
    38341 cgaggccctc ggtaactact tggaggagca cccgaaagag gccaaaacga tcgtcgacaa
    38401 ggtgatcctt gcggctaccg cacgtcaagc ggcacgtaag gcccgcgaga tggtacaacg
    38461 taaatcaccc ctctcaggcg gtggactgcc cggtaagctg gccgactgct cttcgaaaga
    38521 cgctgccatc tgcgagctgt tcctcgtcga gggagactcc gccggcggca cagccaagca
    38581 agggcgcgac cgaaacttcc aagccatcct gcctctccgt ggtaagatcc tcaacgtaga
    38641 gaaggcgatg gagcaccgtg tgttcgaaag cgaggagatc caaaacatct tcaaagcgat
    38701 gggcgtatcg atcggcactg aggatgatcc gaaggagcta aacctaagca agctccgtta
    38761 ccataagata atcatcatga ccgatgccga cgtggacggt agccacattg ccaccctgat
    38821 cctcaccttc ttcttccgcc gcatgcgcgg actgatcgag aaggggtacg tctacctcgc
    38881 caccccgccg ctttacctct gcaagaaggg caaggtggag gagtattgct ggaccgaaca
    38941 gcagcgccag aagtttatcg acacctacgg cggcggcaac gaaaaccaga tccacacgca
    39001 gcgctacaaa ggtctcggcg agatgaacga tcaccagctt tgggacacga cgatgaaccc
    39061 cgaaaaccgt accctcaagc agatcaccat cgacaacgcc atcgaggctg acgccatctt
    39121 ctccatgctc atgggcgagg acgtcgggcc acgccgcgag ttcatcgaag agaatgcgac
    39181 atacgcgaac atcgacgcat aaccgccact tcgcatagcg gtgcatctgc tgcgaagtct
    39241 tatacataaa ccatcaaacg acagagggca atcgccatgc gaggtgccct cttctttttc
    39301 tcccattcaa acccaatatg tcactcactt taaaagaact atttgcgcag gttgaccgcg
    39361 cctcagctgt cgacactgcc accacacgcc cacgcatcgg catttccgtc aaccgacgag
    39421 acggcaaaga gatgctggcc gacccctatt tccaatctgt catcctggca ggtggcgccc
    39481 ccgtactcgt gcccgctacg accgaactga gcgtcctcac cacaatcgtt gacagcctgg
    39541 acgggctgct cctgaccggc ggcggcgaca tcagtcccga tctacttggc gaggcgcccc
    39601 acccgtcgat cgaggacgtc gaccccatcc gcgatgccta cgaactgcaa ctcatccgcc
    39661 tggcctgcca acgcggcctc cccatcttcg gcatctgtcg cggccatcag ctcatcaacg
    39721 tagcctttgg cggcacgctc taccaagacc ttcccacgca gtttccaagc cccgtcctac
    39781 cacatagtca ggcggaagcg cgcgacgtta tcacgcaatc tgtcactctc accgccccag
    39841 attccgagct gcaacgtgca atggggctcg acgccacgac gcgtaccgca cccatccccg
    39901 tcaactcgct ccaccaccaa gccgtccgcg acctggcccc cggtttcatc gccacggccg
    39961 aggcgtccga cggcgtcaac gaggcaatgg agcaccccga ataccccatc ctcagcgtcc
    40021 agtggcaccc cgaatggctc gccaccaccg gccacgaggc gatgctcaac ctcttccgtc
    40081 atcttgtctg tcgtgcgcgc cgctacgccc acgcccgacg cctgcaccac accatgatca
    40141 ccctcgactc gcataccgac acgcccatgc tcttcgacgc cttcgacctc ggacgcaaag
    40201 agggtggccg cgtcaacctg ccactcatgc gcgagggacg gctcgacgcc gtcgtcatgg
    40261 ccgcctacct tccccaaggc gagcgcaacg acgaggcgca ccgccgcgcc ttcgactacg
    40321 ccgtcgagcg actcacacac gtcgaggagc aggccatccg ctaccctaac ctcctcgaca
    40381 tcgctcgctc cacggacgac ctccgccgcc tcaagcgcga gggtcgacgc gccatcatcc
    40441 ccgccgtcga aaacggttac gccatcggcc gcgacctctc ccgactgcac gcattcaagc
    40501 gcatgggcgt ggcgtacatg acactctgtc acaacggaga caacgaactc tgcgactctg
    40561 ccgccggcca gggcgaatgg ggtggcctca gccccttcgg gcgcgaggtg gtggcagaga
    40621 tgaaccgcat cggtatgatg atcgacgtat cgcacgctgc tgatgccact ttcgacgatg
    40681 tcgtcagcct cagtcgcaga cctatcatcg cttcccactc ctcctgccgc gccctctgcg
    40741 accatcgccg caacttagac gacgaccgca tccgtgctct ggctgcaacg ggcggcgtga
    40801 tgcaaatctg cctttatggc ggattcatca accacgacca tcccgacagc gccaccctca
    40861 gcgacgccgt ccgccacatc atgcacgtca tccggctcgt cggcccgaat tacgtcggca
    40921 tcggctccga cttcgacggc ggcggcggcc tcatcggctg ccaatcggcc ggcgagatga
    40981 tccaaatcac cctccgccta cttgccgaag gcctctccga cgccgacatt gccaacatct
    41041 ggggcggcaa cttcatgcgc gtcatggacg cccagcgcct gcccctcgca tagcgcgcac
    41101 accggggggg cattccttct cggaagtctt cctaagtcca gaatcactga ttccagcatc
    41161 tcggaagact tcctaagccc agaatcactg attccagcat ctcggaagtc ttcctaagcc
    41221 gtcgggcaat gggtgatctt gcatcatccg cacgcagacc tcggggcata ccttatatat
    41281 acagccggct ggcgccatct cattcttgcg cctacttttg ccgccaaacc ataatattct
    41341 gacagatgag aattattgta ttagctaagc aggtgccgga cacgcgtaac gtcgggaagg
    41401 acgcaatgaa ggcggacggc accatcaatc gcgcagcgct gccggccatc ttcaaccccg
    41461 aagacctcag cgcgctggag caggcgctgc gactaaagga acgctatccc agatcgaccg
    41521 tcacgctcct caccatgggg ccgggacgcg ccgccgagat catccgcgag gggctttatc
    41581 gcggagcgga cgacggggtg ctcctcaccg atcgcgcctt cgccggcgcc gacaccctgg
    41641 ccacctcgta tgccttggcc atggcgatcc gcaagatcgg cgacttcgac ctgatcgtcg
    41701 gcggacggca ggctatcgac ggcgacacgg cgcaggtggg tccgcaggtg gcggagaagc
    41761 tcggactgtc gcagatcacg tatgcagaag agattgtcgg cgtcacggac ggacgcatca
    41821 cggtgcgacg caagatcccc ggaggcgtgg agacggtcga agggccgctg cccatcgtag
    41881 tcacggtgaa cggatcggcc gcagcatgca ggccgcgtaa cgcacgactc gtgcagaagt
    41941 acaagcacgc gctgggtgcg caagagaaag ccgagcgcac aaagggtggc gagcctctcc
    42001 cctacgccga gctttacgac tcgcgcccgt acctgaacct cgtcgagtgg tccgtggcgg
    42061 acgtgggcgg cgacgtggcc cagtgcggcc tctcaggctc accgacgaaa gtgaaaacga
    42121 tcgaaaacat cgtcttccaa gccaaagaga gtcgctcgct gacggactcc gacgctgaca
    42181 tcgaggactt gatgaaagaa ttaattagta accacacgat cggatgacgc cctttcggtc
    42241 tatggtgcat tcctttcttc cttttcttgc cttgatgcaa gaaaaggaag cgaaaagaaa
    42301 atcaaggcct cagggaggcc ggccaacttg gccggatacg aaatcgaatg tgccggatga
    42361 ccgatgagag gattccataa tccataaaga gaaatagcac tatgaataac gtttttgtct
    42421 actgcgaaat agaagaagga accgtagccg acgtcagtca ggagttgctc accaaggggc
    42481 gcgcgctggc tgataagctc aattgccgcc tcgaggccgt ggccgccgga agcggactgg
    42541 atggcatcga acgacagatc gtgccttacg gcgtcgacgt gttgcacgtc tttgacgacc
    42601 tgcgtttggc cccctacacc tcactgcccc acacggccgt gctcatcaag ctcttcaagg
    42661 aagaacaacc gcagatcgcc ctgatgggcg ccaccgtcat cggtcgcgac cttgggccac
    42721 gcgtctcgtc ggccctcacc agcggactca ccgccgactg cacggcgctg gagattggca
    42781 cgtacgaaga ccgcaaagcc ggccgcacct acgagaatct gctctaccaa atccgccccg
    42841 catttggcgg caacatcgtc gccaccatca tcaaccccga ccaccggcca cagatggcca
    42901 ccgtacgcga gggcgtgatg aagaaggagg tgcgcgacgc gaactatcgc ggcgaaatca
    42961 tccgtcacaa cacgagcgac tacatcaacg acgaagactg cgtggtgaag gtcatcgagc
    43021 gacacgtgga gaaggcgaag aacaacctca agggctcgcc catcgttgtg gccggcggct
    43081 acggcgtggg atcgaaggag aacttccagc tgctcttcga cctggccaag gagctgcacg
    43141 ccgaggtggg cgcctcacgc gccgccgtcg acgcgggctt caccgaccac gaccggcaga
    43201 tcggacagac aggcgtcacc gtgcgaccca agctctacat cgcctgcggc atctcgggcc
    43261 agatccagca catcgccggc atgcaagaga gcgccatcat catctccatc aacagcgacc
    43321 ccgaggcgcc gatcaatgcc atcgcggact acgtgatcac gggcaccgtg gagagcgtcc
    43381 tgccgcgcat gatcaagtat tacaagaaga acagcaaata ataaggaacc atcatggcaa
    43441 acttttatac cgatacgccc tcgctccgcc accacctgca ccacccgctc atgcgccgca
    43501 tcgtggagct gaaggagcgt aacttcagag ataaagacac gtacgactac gcgccggtcg
    43561 actttgacga cccaatggac agctacgaac gcgtgctgga gatggtcggc gagatcagcg
    43621 ccgacgtcat cgccccgaac gccgagggcg tcgaccgcga cggcccgacg gtggcggacg
    43681 gtcgcgtgac ctacgcaccg ggcacgcagg agaacctcga cgccgtgcgc cgtgccggac
    43741 tcatgggcat ggccataccg cgc
//
LOCUS       SEQF2634|AYYE01001262.126741 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26741
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(33..3026)
                     /locus_tag="SEQF2634_02368"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTFETSLKAKLIYVFAIPDEPHAGCLKVGDATFYSDKGDTEDW
                     PSPNCEPLNKAARERIDQYTGTAGIVYQLLHTEIALYKDKDDQTCAFRDHDVHRVLER
                     SGVKKKAFDGVSTKSQEWFCCDLETVKSAISAVKTGDRAVTVSSTDRTPIIFRPEQQD
                     AIQRTVKRFKKPGQRMLWNAKMRFGKTLTALQVAKERNFRRTLIITHRPVVSVGWFED
                     FEKIFYDRQNYRFGSRDYEDSLQALEQHFMQGGSYVFFASIQDLRGSEQVGGKFDKND
                     LLFHVSWDYLIVDEAHEGTLTERGEAVIQALTKPETCVLQLSGTPFNLLPKYDEKEIF
                     TWDYVMEQRAKVEWDKNHLGDDAPNPYEPLPAINIYTYDLGRLLQDYIEDDVDRAFNF
                     REFFRTREEDGGFVHEDHIDSFLNLLCRDDPQSLYPYSREEYRNIFRHTLWMLPGVKA
                     ARALSQKLREHPVFAHFKIVNVAGDGDKKEDVDDEVENRNALQMVKDAIGTDPDQTYT
                     ITLSCGRLTTGVSVAPWTGVFMMAGTYKSTATAYMQTIFRVQTPYTHNGRMKSVCYAF
                     DFAPDRTLTVLAETAKVSAKVGQQTDEDRRTLADFLNFCPVIALDGSEMKPYDVDRMM
                     AQLKKAQIERVVSRGFEDGYLYNNELYHLDDGRMKDFQDLQNVIGKTKALPRTLDIDI
                     NRQGLTNEQYEEIERIEKKKKAERTPEEEEMLRQREEQREQRGRAIAILRGISIRMPL
                     MLYGADINDEDRELTIDNFTALVDDRSWEEFMPRGVTKELFERFKRYYDKDVFREAGK
                     RIRRMARTADRFTIEERIERITDIFATFRNPDKETVLTPWRVVNLHLSRTLGGYTFFD
                     EAFERELSAPREVDIPGVTADVFRPDALILEINSKSGLYPLYAAYSIYRARLRAHKEQ
                     HPDEVMDDDTTRQLWDETLRQNILVLCKTPMAVSITRRTLAGFRPADVNARDYPNLIQ
                     ELIDKPAYVADILRGMSFRWTACGV"
     CDS             complement(3084..4076)
                     /locus_tag="SEQF2634_02369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLSTDTKEGALLNQYPDVLAELLKDHTTGRNIFWATDNYASQG
                     EGYGFHDEITIERITGLHTDLIRPRALKSKTEQKGRTKDMAEVFTPTWVCNRQANLLD
                     EAWFGRPNVFNVEDHATKTWRTVRDPIAFPPGKTWRDYIRQTCLEITCGEAPYLVSRY
                     DAADGHAIPLADRIGLLDRKLRVVSEHVSESGEWLEMAQEAYKHTLGFEWQGDSLLLA
                     REALLVSFIEYYEARFGRLPLKRSLLYIAYIIAWNVFQMDGLRGVVPCSCRDMEEPPD
                     LFGESKTKPCEGCQQGGYRNHNGTYCLLRNWGARDPRTGKHNPKIRFVDLIHTV"
     CDS             complement(4094..6517)
                     /gene="lon2"
                     /locus_tag="SEQF2634_02370"
                     /EC_number="3.4.21.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36774"
                     /codon_start=1
                     /transl_table=11
                     /product="Lon protease 2"
                     /translation="MSDTHDIDESMGAVMPILMDCDKDEDFSEGMDKVGETLPILPLR
                     NMVLFPGVAMPIFVGRPKSMRLIREASQRKILVGVVCQKDAEVEEPGLDDLYPIGTVA
                     EVLRVLEMPDGSTTAILQGRKRMALHSLVDTEPYLNGAISLLDDQPAGKDDREYEALI
                     STIKDLTIKMIEAAGDPPRELVFSIRNMQNTMYMLGFACCHIVANPDEKQELLAIDDV
                     KNRAYRLLFILNREYQLIELKTSIQMKTHEDINKQQKEYFLQQQMKAIQEELGGNMND
                     IEIRELRAQAKKKKWPKEVGETFEKELAKLERIHPQSPDYSIQSQYVQTIVGLPWGTY
                     SRDNFSLTHAQRVLDRDHYGMEKVKERIIEHLAVLKLKRDLRSPILCLYGPPGVGKTS
                     LGRSVAEALGRKYVRVSLGGLHDEAEIRGHRRTYIGAMMGRILQNLQKAGTSNPVFVL
                     DEVDKVGSDFKGDPASALLEVLDPEQNTTFHDNYLDIDYDLSKILFIATANNLNTISQ
                     PLLDRMELIEVSGYILEEKIEIAMRHLIPKQMEAHGITKGTVRFHRNTVRAIIDSYTR
                     ESGVRALEKKIAKIMRRLARKIASDEAVPAVLKVDHLREYLGPVEYTRDKYQDNRYAG
                     VVTGLAWTAVGGEILFVESSLSRGKSAKLTITGNLGDVMKESAILALEYVHSHAAQLG
                     IEESLFENWNVHIHVPEGAIPKDGPSAGITMVTSLVSTFTRRKVKSNLAMTGEITLRG
                     KVLPVGGIKEKILAAKRAGIREIVLCEENRKDVEEINQTYVDGLTFHYVADIMQVIDT
                     ALLDEKVKD"
     CDS             complement(7219..7617)
                     /locus_tag="SEQF2634_02371"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNAHAKRCARDSHAVQSPKLAGFYYSYAVQGPKLAGFYYSHAV
                     QGPKLAGFCYSHAVQSPKLVGFYYSHAVQGPKLTGFYYSHAVQGPKLAGFYYSHAVQS
                     PKLIGFCISHTVQGPKLTGFCISHTVQSPK"
     CDS             7648..8658
                     /locus_tag="SEQF2634_02372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPTSLHSYRLYLGLRLRSVARLFGALPVVAKVLFAAIAVTLGY
                     GLHRAELPHEASVVGWAVGVFVAVGTGVCCIGRTELALLDELGIRSAFVFVGRCLLLS
                     VPFFLLDAWAGLWAATVGTAVTTMLSCYRLRDLSVNGGAILRRLRFGGPLAAAYVWIA
                     GYRSGVLWAGLIGGTLLLLALANGNADMAGVSMGVMVCAPALTVYYRHPDPSPFLRVY
                     RSAAYLVRRKATEGALCTLIPIGWSLPLSVAAFPDRAGLLAGVAGLSVYVAMVVLYAA
                     YAFYPHLLTSIVVAGVLIVGSVVWLSVVPIGVAVASLAAILVGLHGLSIYNMKHFLWP
                     TT"
     CDS             8643..9323
                     /gene="skfE"
                     /locus_tag="SEQF2634_02373"
                     /EC_number="3.6.3.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31427"
                     /codon_start=1
                     /transl_table=11
                     /product="SkfA peptide export ATP-binding protein SkfE"
                     /translation="MAYHLNIIRQEYGRRTLLHDLRQDYAAGRIHGFLGENGAGKTTL
                     FRCMAGRLSFEGEPMFSPETRVGFLPAELYMYPMITGREFLRFYVTARGLPYDAARLE
                     RLNAAFELPLDEYAEVYSTGMLKKLYLMGLLLQDNAVLLLDEPFNGLDFRSSASVTAL
                     LTEYRRRGQTVFVASHDLDHLLSYADTLSWLRCGTMTYYPDRSVFEDVRQAIRREAAE
                     RVQGADLL"
     CDS             complement(9428..10567)
                     /gene="cgtA"
                     /locus_tag="SEQF2634_02374"
                     /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
                     GGHVYLRGNRNYWTLLHLKFERHVVATSGRSGGAKRSTGRDGEDRIIEVPCGTVAFDA
                     DTGEYLCDVTEDGQQVMLLKGGRGGAGNTHFKTATNQAPRYAQPGEPAQERKVVLQLK
                     LLADVGLVGFPNAGKSTLLSVVSAAKPKIADYPFTTLEPNLGIVSWRDNRSFVMADIP
                     GIIEGASDGRGLGLRFLRHIERNALLLFMVPADADDIRKEYEILLRELERYNPELMGK
                     SRILAITKSDLLDEELTEALSADLPDDLPCRFISSVTGQGITELKDLLWQELNRETFH
                     DADAIVHRDMDMSLMADDDEAWDIPPEEDDADDADADLEFDWEEE"
     CDS             complement(10568..11146)
                     /gene="adk"
                     /locus_tag="SEQF2634_02375"
                     /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
                     ELGRTAKEYIDRGQLVPDDLIVRLIADFLDGKHGSKGVIFDGFPRTLKQAEALKTMLN
                     ERGTDIHILLDLQVEDDELVDRLIERGKISGRSDDNPETIKARLDVYHTQTAPLATYY
                     IGEGKHVAIKGIGRIEEIFERIAEAIDRVKDR"
     CDS             complement(11160..11702)
                     /gene="hpt"
                     /locus_tag="SEQF2634_02376"
                     /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             12019..12222
                     /locus_tag="SEQF2634_02377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGPKQAPVYPRADWSNPNRRLFAFEDGIMVVQKALSGEQRGIA
                     AGQRPDKDFGWLFTFASDKGFLE"
     CDS             12223..14223
                     /gene="ligA"
                     /locus_tag="SEQF2634_02378"
                     /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
                     LEVAHPEWADPNSPTQRVGSDLTEGFTQVEHRYPMLSLGNTYSEDEVREFYDRVARTL
                     GEPFEVVAELKYDGTSISLIYERGRLVTAVTRGDGVRGDDVTANVRTIRSIPLRLRGE
                     GWPERLEMRGEVLLPWAEFERLNREREAQEEPLFANPRNAASGTLKLQNPRIVALRRL
                     DAYLYYMLGDNLPADNHYDNLQAARRWGFKTSDAMRVCHTPEEIMAYIAHWDTERHRL
                     PVATDGIVLKVNALRQQRALGATAKSPRWAIAYKFQAERAETRLVSVDYQVGRTGVVT
                     PVANLEPVLLAGTTVRRASLHNAGIMEGLDLHLGCRVYVEKGGEIIPKIVGVDRSEPM
                     DGAPVAFISECPECGTPLVRVEGEAAHYCPNEWGCPPQVKGRIVHFVSRRAMNINIGP
                     ETVEALYDAGLVRDASDLYDVTPADLMRLERFAEKSAKNYRDSLVASLQVPYARVLFG
                     LGIRGVGESVAAKLAYAHPSIDALAQATVEALVETDEIGEKIARSVVDFFADERNRTM
                     VERLKAHGLQMALDESAEAGSRSEELKGLTFVISGTFARHSRDEYKTMIERHGGRNAS
                     SISGKTDYLLAGENMGPAKLAKAEKLGVKLLNEDEFLKLIGV"
     CDS             14220..14762
                     /locus_tag="SEQF2634_02379"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIITTHFLNKKIKSLAKNATTREHCYRSMDDVRYVLIMCEARDW
                     KAVEPCIDTLKKKGKTVHVCVYTRKDEDTPIWDYAFLPVEEGKDVDMWGFPDKNMRTQ
                     LNNLTVDLLLDLTSEEVPVMRYLMLQHPSSFKVGAKREEGLDLFDLSIVMKDDVHDIP
                     FLFRHIMTYLEAIRSAKSAG"
     CDS             14790..15680
                     /gene="dapA"
                     /locus_tag="SEQF2634_02380"
                     /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
                     VLGTTAETPTLTETEKAEIKRRVVTQVRRRVPVVLGVGGNCTRAVVDTLRQADLQDVD
                     AILSVVPYYNKPSQEGIFRHYEAIAEATTRPVILYNVPGRTGTNMTAETTLRLARTFR
                     NIVAVKEASGNIKQMNDIIKNKPADFQVISGDDGITYPLIALGAVGVISVIGNAFPRE
                     FSRMVRLALEGDYDNARVIHSRFMELFDLLFVDGNPAGVKSMLNMMGFIENRLRLPLV
                     PTRLTTYEKIREILNRLQDK"
     CDS             15770..16024
                     /locus_tag="SEQF2634_02381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRTITFNELRSIKDRLPDGTIHRIAEDLGVTVETVRNYFGGEN
                     YKDGKSCGLHIEPGPDGGIVMIDDTAILDRALDILGMQKV"
     CDS             16072..16689
                     /locus_tag="SEQF2634_02382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTRRSRAAMQVSTMSGIFFTPCPSPFRASEMGPTFGRGHFPSQ
                     EMGPTFGRGHFRASEMGPTFGRGHFPSQEMGPTFGKGHFPSQEMGPTFGRGHFPSQEM
                     GPTFGRGHFPSQEMGPTFGRGHFPSQEMGLTFGRGHFPSQEMGLTFGRGHFPSQEMGP
                     TFGRGHFPSQEMGLTFGRGHFPSQEMGLTFGRGHFPSQERAPTIE"
     CDS             16753..17874
                     /locus_tag="SEQF2634_02383"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKQLVTLAIHTYEKAQILKTLLEAEGIETYIHNVNQIQPVISA
                     GVRVRINEKDLPHALRIIEDTQCLSEATDEQGADENAPKKVLIPIDFSDYSIKACETG
                     IRHAARIDAEVMLLHAYFSAYIPSALPFATRDPIVTGTAGNESIQAVYKRVQTDIENM
                     CTLINRKMESGEWPRVKYNYILKEGVPEEEILEYAKEYRPTLMVMGTRGKNQKNIDLI
                     GSVTGEVIEQTQTPLLAIPEHVPYSDLSECRRVAFATSFNKRDIEAFGRFVTIFKEYS
                     VQIELFNISTSHNEWNEIRLAGMDEYLTKQHPGLNIGHTVLRDGDLLDSIQSFIEEKR
                     IDMIAFSTYRRSMITRIFNPSIARKMIFHGNTPLLVIPI"
     CDS             17890..18930
                     /gene="ansA"
                     /locus_tag="SEQF2634_02384"
                     /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             18927..19778
                     /gene="panS"
                     /locus_tag="SEQF2634_02385"
                     /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
                     SVITLVTIPPIMQLAVGVSGAEASDIHLPVGRLFVQNLLLMLLPIAVGVFVRLRFART
                     AAAIDRVLSRVAFPALILLAVLFFIQHRATIMEHFTGLGACITAMILTAILAGAALSR
                     LMHLERRETRTIVIEVGMQNAAQAIAVASSPLIFHNDVMAIPAILYALLMNVILLIYV
                     AAVKRRG"
     CDS             19942..20532
                     /gene="rclC"
                     /locus_tag="SEQF2634_02386"
                     /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
                     NYEAEGIVPFVANSPFMNFFYTKSAPEYKQYKLKEGELDEAKHQWHVENNTYGFSHGL
                     GILIMSIGILTFLGIFCPKIGAIGATLAIIMTIGTLSFLVTTPEVWVPDLGSGEHGFP
                     LLTGAGRLVIKDTAILAGAIVVLSDCARRILRKREE"
     CDS             20548..20964
                     /locus_tag="SEQF2634_02387"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSLRDLVLAAACLWGCAACSDDMADRLKGKWQLQTVEADGAA
                     QRVDTVWYNFQSESLFMYQIYQPATGRYVYTYGYKTQPDDRTLRLQLANYTLRVEQFL
                     PFTDWSSGVRTFRVVHVDSRRLQLESDGRRYSFLKF"
     CDS             complement(21227..21652)
                     /locus_tag="SEQF2634_02388"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQRHQAKTDASANAEKVPQENQPFTADDLTRAWDAYIETVGGR
                     VNLKHTMINCRPVLKGDDTFEIVVHNPGQREVLLQNNAAILQSLRGQLKNGRVRFTVR
                     IDETNEKRLAYTSKEKYDLLLEVNPALARLKEEFNLTFD"
     CDS             complement(21808..22953)
                     /gene="dnaX"
                     /locus_tag="SEQF2634_02389"
                     /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
                     IDLANECDLHFRESRNKRLLLELTLIQLCQLRDAPETTIAEAKKKSD"
     CDS             23384..23686
                     /locus_tag="SEQF2634_02390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTSQIIRKLSRVNAYVVVVAFFLFITFVVGDSNLYKRYTYD
                     EKIRRLEREIRHYKKEIETDRKKLDDIRTNREGLERYAREEFYMKRANEDVFIIED"
     CDS             23689..24021
                     /locus_tag="SEQF2634_02391"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRTRTWIFMLSGLLVVAGAALYITHWIYAPWLFAVGAAGVTVG
                     YLTDVRRDDLDLRRRRLTRWNVFAGLAMVVASVFMFRGRMEWVALLLIAALIQLYTSF
                     VPTDKGKK"
     CDS             complement(24116..24625)
                     /locus_tag="SEQF2634_02392"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPRCVRIDSGEIKKGQPAYKPGSVRHRGERRCVCHLSWPCRCR
                     QALCSLPPGIGRAALDAPVYMTLQPIRRTVPPYSDGGGELLPRLFTLTERYAPGGSFL
                     LRLLCRRRQLPVRKDGALCCPDFPLGGCKWRIAALPSTLRLRSRALAHSPSLRSRTPC
                     TSSISKHIP"
     misc_RNA        24196..24582
                     /locus_tag="SEQF2634_02393"
                     /product="RNaseP_bact_a"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             24650..26020
                     /locus_tag="SEQF2634_02394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEKKEEKKPSIVDRAVRWVTDAIRFVTYDIWRITDSDVSGPRR
                     VYIYLAKTLILAIRGYQRNDLQTRASALTYSTLLSVVPMLAVVVGVASGFGMKDLIEE
                     SLYDSFPSQSAQISRAFDFAQNYLSMTRGGVFLGIGLVLLLYTVFSLISTVEHTFNSI
                     WQVEKDRTWHRKVTAYSAMIIILPVLMTVSSGLSIFLSTLRRALLSPYIFLTPIADTT
                     LGLLPYTIIILFFTLLYLLAPNTRVRFLNALVAGTLVGCAFQIFQYLYINGQIWVSKY
                     NAIYGSFAALPLLMLWLQLSWVICLFGAELVHASQNVRLFSFEPDVRNVSRRYRDFLA
                     LLICSVVAKRFERCEKPYTADELSDLCHIPPSLTAQTLAQLTELEILASVRFEGDSVR
                     TVRYQPAFAIGHITVGLILRRIDEHGSERFPVDIAAAYRPQWEALLRTRRDLLAAGDE
                     VLVKDL"
     CDS             complement(26103..26630)
                     /locus_tag="SEQF2634_02395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRQAYSFNYAKDELGQYLEMDFGNDAFSMVVMLPDEGRTTRDM
                     ITAMNSNRWEATIKRMSPKAIALILPRFKAECDYQLQEGILPDLGMRLPFSNAANFSG
                     ITNAPLFISTIIHKTFIDVNEYGAEAAAVTINDMVGSSDPHQYKDFIVDRPFLFVIRE
                     KSTGVILFIGEIGEI"
ORIGIN      
        1 gtgcacatcc atgtcccgac aactgcaagg cactacaccc cgcaggccgt ccatctgaaa
       61 gacattccac gcaggatgtc ggccacatac gcgggtttgt cgataagttc ttgaatgagg
      121 ttggggtaat cgcgggcgtt gacgtcggcg gggcggaagc cggccagtgt gcggcgcgtg
      181 atgctgacgg ccataggcgt cttgcagagc acgagaatgt tttggcggag ggtttcgtcc
      241 cagagttggc gcgtagtgtc gtcgtccatc acctcgtccg ggtgttgctc cttgtgggcg
      301 cgaaggcggg ctcgatagat gctgtaagcg gcatagaggg gatagagtcc gctcttgctg
      361 ttgatctcga ggatgagtgc gtcggggcgg aagacgtcgg cggtgacgcc ggggatgtcg
      421 acctcgcggg gcgcgctgag ttcgcgctcg aaggcctcgt cgaagaaggt atacccgccg
      481 agggtgcgtg agagatgtag gttgacgacg cgccagggcg tgaggacggt ctccttatcc
      541 gggttgcgga aggtggcgaa gatgtccgtg atgcgctcga tgcgttcctc tatggtgaag
      601 cggtcggcgg tacgggccat gcgtcggatg cgtttgccgg cttcgcgaaa gacgtccttg
      661 tcgtagtatc tcttgaagcg ctcgaagagc tccttggtga caccgcgggg catgaactcc
      721 tcccaggagc ggtcgtcgac gagggcggtg aagttgtcga tggtcagctc gcggtcttcg
      781 tcgttgatgt cggctccgta gagcatgagg ggcatacgaa tcgatatgcc gcggaggatg
      841 gcgatagcac ggccgcgttg ttcgcgttgc tcctcgcgtt ggcggagcat ttcttcttct
      901 tcaggggtac gctcagcctt cttcttcttt tcgatgcgct cgatctcctc gtattgctcg
      961 ttggtgaggc cctgccggtt gatgtcgata tcgagcgttc ggggtagggc tttggtttta
     1021 ccgatgacgt tttggaggtc ttggaagtct ttcatcctgc cgtcgtccaa atggtagagc
     1081 tcattgttgt agaggtatcc gtcttcaaat ccgcggctga cgacgcgctc gatctgtgcc
     1141 ttcttcagtt gggccatcat gcggtccacg tcgtagggct tcatctccga tccgtcgagt
     1201 gcgatgacag ggcagaagtt gaggaagtcg gccagtgtgc ggcgatcctc atcggtctgc
     1261 tggcccactt tggcagagac tttggctgtc tcggccagta cggtcagggt gcgatccggg
     1321 gcaaagtcga aggcgtagca gacagatttc atgcggccat tatgcgtgta aggtgtctgc
     1381 acgcggaaga tagtctgcat gtaggccgtg gcggtggact tgtaagtgcc ggccatcata
     1441 aagacacccg tccaaggggc gacgctaacg cccgtggtga gtcggccgca agagagagtg
     1501 atggtgtagg tttggtcggg gtccgtgccg atggcgtcct tgaccatttg gagggcgttg
     1561 cggttctcca cctcgtcgtc cacgtcctcc ttcttatcgc catcaccggc cacgttgacg
     1621 atcttgaaat gggcgaagac ggggtgctcg cggagctttt ggctgagcgc acgtgcagct
     1681 ttgacgccgg gcagcatcca cagggtatgg cgaaagatgt tgcggtattc ctcccgggag
     1741 taggggtaga gcgactgggg gtcatcacga cagagtagat tgaggaagct gtcgatatgg
     1801 tcttcgtgga cgaagcctcc gtcctcctct cgggtgcgga agaactcgcg gaagttgaag
     1861 gcgcgatcca cgtcgtcttc tatgtagtct tggagaagcc ggcccagatc gtaagtgtag
     1921 atgttgatgg ccgggagcgg ttcgtagggg ttaggcgcgt cgtcgccgag gtggtttttg
     1981 tcccactcca ctttggcgcg ttgctccatg acgtagtccc aagtaaagat ctctttctcg
     2041 tcgtatttgg gaagcaagtt gaagggcgta ccggaaagct gcagcacgca ggtctctggc
     2101 ttggtgagtg cttggatgac ggcctccccg cgttcggtca gggtgccctc gtgggcttcg
     2161 tcgacgatca gataatccca tgagacgtgg aagaggaggt cgttcttatc aaacttaccg
     2221 cctacctgct ccgaaccgcg gaggtcttga atagaggcga agaagacgta gctgccgccc
     2281 tgcatgaagt gctgttcaag tgcctggagg ctgtcttcat agtcgcggga gccaaagcga
     2341 tagttctggc ggtcgtagaa gatcttttca aagtcttcga accatcccac gctgacaacg
     2401 gggcgatggg tgatgatcag cgtgcgccgg aaattcctct ctttggccac ctggagggcg
     2461 gtgagcgtct tgccgaagcg cattttggcg ttccagagca tgcgctgacc cggcttcttg
     2521 aagcgcttta cagtgcgctg gatggcgtcc tgttgttcgg ggcggaagat gatgggcgtg
     2581 cgatctgtgc tgctgaccgt cactgcccga tctcccgtct tgacggcgct aatggcgctc
     2641 ttgactgtct ccaaatcgca acagaaccat tcctgcgact tggtgctgac gccgtcgaac
     2701 gccttcttct tgacgcccga tcgctcaagg acacggtgga cgtcgtggtc gcggaaggcg
     2761 caggtctggt cgtctttgtc tttgtagagg gcgatctcag tgtggagcag ttggtagact
     2821 atgccggctg tgccagtgta ttggtcgatg cgttctcggg cggccttatt cagcggttcg
     2881 cagttggggg aaggccaatc ttcagtatcg cccttgtcac tatagaaggt agcgtcgccc
     2941 accttcagac agcctgcgtg tggctcgtcg gggatagcga agacgtagat cagctttgcc
     3001 tttaatgagg tttcaaacgt gtgcatgggg ggttggaatg gaatcggtgt ttaagtggcg
     3061 tttaagcgac atttcaatgg tgtttacacg gtatggatta ggtctacgaa ccggattttg
     3121 gggttgtgct ttcccgtgcg tggatcgcgc gcgccccaat tgcgcagcag gcaataggtg
     3181 ccgttatggt tgcggtatcc gccttgttga cagccctcgc aaggctttgt tttgctctca
     3241 ccgaaaaggt ctggcggctc ctccatgtcc cgacaactgc aaggcactac accccgcagg
     3301 ccgtccatct gaaagacatt ccacgcaatg atatacgcga tataaaggag ggagcgcttg
     3361 agcggtagtc gcccgaagcg agcttcgtag tattcaataa acgacaccaa caacgcctca
     3421 cgcgccagca gcaggctgtc gccctgccac tcgaagccga gcgtatgctt ataggcctct
     3481 tgcgccatct cgagccattc gcccgactcg ctgacgtgct ctgagacgac gcgcagttta
     3541 cggtcgagca gaccaatgcg atcggcgagg gggatggcgt ggccgtcggc ggcgtcgtag
     3601 cgactgacta aatagggggc ttcgccgcaa gtgatctcta agcacgtctg acggatgtag
     3661 tcgcgccacg tcttgcccgg tgggaaggcg atgggatcgc gaaccgttcg ccatgtcttt
     3721 gtcgcatgat cctctacgtt aaagacgttc ggtcggccaa accacgcctc gtcaagcaga
     3781 ttggcctgcc ggttgcatac ccacgtcggg gtgaagacct cggccatgtc cttggtgcga
     3841 cccttctgct cggtcttcga ctttaaggcg cgcggacgga tcaggtctgt atgcaggcct
     3901 gtgatccgct cgatggtgat ttcgtcatgg aagccgtacc cttcaccttg cgaggcatag
     3961 ttatccgtag cccagaagat attgcgcccc gtggtgtgat ctttcagcag ttcggccaat
     4021 acgtcggggt attgattgag caaggctccc tcttttgtgt cggtcgatag ccgcatatct
     4081 cctctccccc tgatcaatcc ttcactttct cgtcgagcag tgccgtgtcg atcacttgca
     4141 tgatgtcggc cacgtagtgg aatgtcagac catcgacgta ggtctggttg atctcctcta
     4201 cgtctttgcg attctcctcg cagagcacga tctcgcggat gccggcacgc ttggctgcga
     4261 ggatcttctc cttgatcccg cccacgggta gcaccttgcc gcggagtgtg atctcgcccg
     4321 tcatggccag gttgctcttc accttgcggc gcgtgaaggt ggagacgagt gacgtcacca
     4381 tggtgattcc cgcgctcggg ccgtctttcg ggatggcgcc ctcgggtaca tggatgtgca
     4441 cgttccaatt ctcgaatagt gactcctcga taccgagctg tgcggcgtgg gagtggacgt
     4501 attccagggc caagatggcc gactccttca tcacgtcgcc caggttgccc gtgatggtga
     4561 gcttggcgct tttgccgcgg ctcaagctcg actccacgaa gaggatctcg cccccgacgg
     4621 ctgtccaggc cagccccgtg acgacgcctg cgtaacggtt gtcttgatac ttgtcgcggg
     4681 tgtactccac cggcccgaga tactcccgga ggtggtccac cttgagcacc gccggcacgg
     4741 cctcgtccga ggcgatcttg cgcgccaacc gccgcatgat cttggcgatc ttcttctcca
     4801 acgccctgac gccgctctcc cgcgtgtagg agtcgatgat ggcgcgcacc gtgtttcggt
     4861 ggaagcgcac ggtgcccttc gtgatgccgt gtgcctccat ctgtttgggg atcaggtggc
     4921 gcatggcgat ctcgatcttc tcctccagaa tgtagccgct gacctcgatc agctccatgc
     4981 ggtcgagtag gggctgcgag atcgtgttca ggttgttggc cgtggcgatg aagaggatct
     5041 tgctcaggtc gtaatcgatg tcgagatagt tgtcgtggaa ggtggtgttc tgctccgggt
     5101 cgagcacctc gaggagggcc gaggccggat cgcccttgaa gtcgctgccc accttgtcca
     5161 cctcgtcgag cacgaagacg gggttcgagg tgcccgcctt ttgcaggttt tgcaggatgc
     5221 gacccatcat ggcgccgatg taggtgcgtc ggtggccgcg gatctcggcc tcgtcgtgta
     5281 ggccgcccag cgatacgcgc acgtatttgc gtcccagcgc ttcggccacg gatcgtccga
     5341 gcgacgtctt gccgacgccc ggagggccgt agaggcagag gatgggcgag cgcaggtcac
     5401 gcttgagctt gagcacagcc agatgttcga tgatgcgctc cttgaccttc tccatgccgt
     5461 aatgatcgcg gtcgagcaca cgttgggcgt gcgtgaggct gaagttgtcg cggctgtaag
     5521 tgccccacgg caggccgacg atcgtctgca cgtattgcga ctggatggaa tagtcgggcg
     5581 actgtgggtg gatgcgctcc agcttggcca gctccttttc gaacgtctcg ccgacctcct
     5641 tgggccactt tttcttcttg gcttgcgcgc gcagttcgcg gatctcgatg tcgttcatgt
     5701 tgccgcccag ctcctcctgg atggccttca tctgctgctg caggaagtac tccttctgct
     5761 gcttgttgat gtcctcatgc gtcttcattt ggatcgacgt cttgagctca atcagctgat
     5821 attcgcggtt gaggataaaa aggaggcggt aggcgcggtt cttcacatcg tcgatggcca
     5881 gcagctcctg cttctcgtcc gggttagcta cgatgtggca gcaggcgaag ccgagcatgt
     5941 acatcgtgtt ctgcatgttg cggatggaga agaccagctc gcggggcgga tcgccggccg
     6001 cttcgatcat ctttatcgtg agatccttga tggtagagat gagggcttca tactcgcggt
     6061 cgtccttgcc cgcgggctga tcgtcgagca gcgagatggc gccgtttagg taaggctccg
     6121 tgtcgactag gctgtgcagg gccatgcgtt tgcgtccctg taggatggcc gtcgtcgatc
     6181 cgtcgggcat ctccagcaca cgcaacacct cggccacggt gccgatcggg tagaggtcgt
     6241 ccaggccggg ttcctccacc tccgcatctt tttggcagac gacaccgact aagatcttcc
     6301 gctgtgaagc ctctcggatc aggcgcatcg acttcggtcg ccccacgaag atgggcatgg
     6361 ccacgccggg gaagagcacc atgttgcgta gcggcaggat ggggagcgtc tcgcccacct
     6421 tgtccatacc ttccgagaaa tcttcatcct tatcgcaatc catcagtatg ggcatcacgg
     6481 cgcccattga ttcgtctatg tcgtgcgtgt ccgacatgta taacctctct cttgctttct
     6541 tactcatcct gttcttttct ttcctataaa aatggctggc aaagataacg ccgcgccccg
     6601 atcacggccg gagcgtcgac ctattatata taggtgtacg ttatcgcagc gcgcccgcga
     6661 ggcttacaaa gcccgtgcca tgattcatgt cagcgatggg aagtttggct tggcgcatga
     6721 ttgttccggg ggggagagca ggagggggac atcgtatcct ctgaggtgtc gcttcgccta
     6781 ctccccgggg tttcgctccg ggctatgttt ggccgcccct tcaggccgcg ctgggtagat
     6841 ccagttattc gcaaaccatt tttacacgct tgtaaaatgc aattgtaggc taatttcaga
     6901 ctttgcacgc ttgtaaaatg caatctgagg ctcatttcgg actttacacg cttgtaaaat
     6961 gcgatctgag gctcatttca gactttgcac gcttgtaaaa tgcaatctga ggctcatttt
     7021 ggactttaca cgcttgtaaa atgcaatctg aggctcattt tggactttac acgcttgtaa
     7081 aatgcaatct gaggctcatt tcagacttta cacgcttgta aaatgcgatc tgaggctcat
     7141 ttcgggcttt gcacgcttgt aaagtgtgat cgtaggctca tttcggactt tacatgcttg
     7201 taaaatgcga tcgtaggctc attttggact ttgcacggtg tgcgagatgc aaaacccggt
     7261 gagttttggc ccttgcacgg tgtgcgagat gcaaaacccg atgagtttcg ggctttgcac
     7321 ggcgtgcgag tagtaaaacc cggcgagttt cgggccttgc acggcgtgcg agtagtaaaa
     7381 cccggtgagt ttcgggcctt gcacagcgtg cgagtagtaa aacccgacga gttttgggct
     7441 ttgcacggcg tgcgagtagc aaaacccggc gagtttgggg ccttgcacgg cgtgcgagta
     7501 gtaaaacccg gcgagtttgg ggccttgcac ggcatacgag tagtaaaacc cggcgagttt
     7561 ggggctttgc acggcatgcg agtccctggc gcaacgtttg gcgtgggcgt tgttcatttg
     7621 cgaccacgga acaagaagca atctgtgatg aatccaacct ctctccattc ttaccgcctc
     7681 tacctcgggc tgcgactgcg atccgtagcg cggctgttcg gtgcgctgcc ggtggtggcc
     7741 aaggtgctgt ttgcggccat tgccgtaacg ctcggttacg gattgcatcg ggcggagctg
     7801 cctcatgaag cgtcggttgt gggatgggcg gtaggcgtgt ttgtcgccgt tggcaccggc
     7861 gtgtgctgca taggacgcac ggagctggcg ctgcttgacg agttgggcat acgttccgca
     7921 tttgtcttcg tcggccgctg cctattgctg tccgtgccct tcttcctgct cgatgcgtgg
     7981 gcggggctgt gggcggcgac ggtggggacg gcggtcacga cgatgctgtc gtgctatcgt
     8041 ctgcgcgacc tttccgtgaa cggaggggcg atccttcggc gactgcgttt cggtggacca
     8101 ctcgccgcgg cctacgtgtg gatcgcgggc tatcggtcgg gggtgctgtg ggccggcctg
     8161 attgggggta cgctgctgct ccttgctctc gcgaacggca atgcagacat ggccggtgtg
     8221 tccatgggcg tgatggtttg cgcacccgcc ttgacggtct attacaggca cccggatcca
     8281 tcgcccttcc tgcgcgtcta ccgaagcgcc gcgtacctcg tgcgtcgcaa ggccacggag
     8341 ggcgcgctct gcacgctcat tccgatcggc tggagtctgc cgctgtcagt cgcagccttc
     8401 cccgatcgcg cggggttgtt ggccggcgtt gcgggcctgt cggtctatgt ggcgatggtg
     8461 gtcctttacg ctgcctatgc cttttacccc catctgctca cgtctattgt agtggcgggc
     8521 gtgttgatcg tggggtcggt cgtgtggctg tcggttgtgc ctatcggcgt ggccgtcgcc
     8581 tcgttggcag ccatcctcgt ggggctgcac gggttatcca tctataatat gaagcacttc
     8641 ttatggccta ccacttaaac atcatccggc aggaatacgg ccgacggacc ttactccacg
     8701 acctccgaca agactatgcc gcgggccgca tccacggctt cttgggcgag aacggcgcgg
     8761 gcaagacgac gctctttcgc tgcatggccg gccgattgtc cttcgagggc gagccgatgt
     8821 tttcacccga gacgcgtgtc gggttcctgc ctgccgagct gtatatgtat ccgatgatca
     8881 ccgggcggga gtttctgcga ttctacgtca cggctcgcgg cctgccctat gacgccgctc
     8941 ggctggagcg actcaatgcg gccttcgagc tgccgcttga tgagtacgcc gaagtctact
     9001 ccacggggat gctgaagaaa ctctacctga tggggctgct tttgcaggac aacgccgtgc
     9061 tgctgcttga cgagccattc aacggcctcg acttccgctc ctcggcctcc gtcacggccc
     9121 tactcacgga gtatcggcgg cgggggcaga ccgtcttcgt cgcctcgcac gatctggatc
     9181 acctgctgag ttacgccgac acgctctcct ggcttcgctg cggtacgatg acgtactatc
     9241 ccgatcgctc cgtctttgag gacgttcggc aggccattcg ccgtgaggcc gcagagcgag
     9301 tgcaaggcgc cgacctgctg tgaatggtcg ccgatcatta gaaaaaatgc cgggtacacg
     9361 atggaaactc tctcccacat gtacccggca ttcttcgctt gcggtatatg ttacggttgg
     9421 ccgcggctta ttcttcttcc caatcgaact caagatcggc gtcagcgtcg tcggcgtcgt
     9481 cctcttcggg agggatgtcc cacgcttcgt cgtcgtcggc catgagactc atatccatgt
     9541 cgcggtggac gatggcgtcg gcgtcgtgga aggtctcgcg gttcagctcc tgccagagca
     9601 agtccttcag ctcggtgatg ccctgccccg tgacggacga gatgaagcga cagggcagat
     9661 cgtccggcaa gtcggccgac agcgcctcgg tcagctcctc gtcgaggagg tcgcttttgg
     9721 tgatggccag tatgcgactc ttgcccatca gctccgggtt gtagcgctcc agctcgcgca
     9781 gtaagatctc gtactcctta cggatgtcgt ctgcatcggc aggcaccatg aacagcagca
     9841 aagcgttgcg ttcaatgtgg cggaggaagc gcagcccgag tccgcggccg tcgctggcgc
     9901 cctcgataat ccccgggatg tcggccatga cgaacgagcg attgtcgcgc cagctgacga
     9961 tgcccaggtt gggctccagc gtggtgaagg gatagtcggc gatcttcggc ttggcggctg
    10021 agacgaccga cagcaacgtc gatttgcctg cattggggaa gcccaccagc ccgacgtcag
    10081 ccaagagttt gagttgcagc accaccttac gctcctgagc cggctcgccc ggctgagcgt
    10141 agcgcggcgc ctgattcgtg gctgtcttga aatgggtgtt gccagcgccg ccgcgtccgc
    10201 ctttgagcag catcacctgc tgcccatcct cggtgacgtc gcagaggtat tcgcccgtgt
    10261 cggcgtcgaa ggccaccgtg ccgcagggca cctcgatgat gcgatcctcg ccgtcgcggc
    10321 cggtgctgcg tttggcgccg ccgctacggc cggaggtggc caccacgtgg cgttcaaact
    10381 tgaggtgcag cagcgtccaa tagttccgat tgccgcgcag atagacgtgt ccgccccgtc
    10441 cgccatcgcc gccgtcgggc cctccgcgcg ggatgtactt ctcgcggcgg aagtgggccg
    10501 acccggcgcc gcccttgccc gagcggcagt agatcttgac gtagtcaacg aaattcgatt
    10561 cagccattta tctgtctttg acgcggtcga tggcctcagc aatgcgttcg aaaatctcct
    10621 cgattcgtcc gatgcccttg atggcgacgt gcttcccttc gcctatataa taggtggcca
    10681 gtggggccgt ctgggtgtga tagacgtcga gtcgggcctt gatggtctcc ggattgtcgt
    10741 ctgatcggcc ggagatcttg ccgcgctcga tgagtcggtc taccagctcg tcgtcctcca
    10801 cctgcaggtc gagcaggatg tggatgtccg tgccgcgttc attgagcatc gtcttgagcg
    10861 cctcggcctg cttcagggtg cgggggaagc cgtcgaagat gacgcccttc gatccgtgtt
    10921 tgccatcgag gaagtcagcg atgaggcgga cgatcagatc gtcgggtacg agttgcccgc
    10981 ggtcgatgta ttccttagcc gttcgtccca gctcgctgcc ctggctgatg gcttggcgca
    11041 gcatgtcgcc ggtagagata tagtcgaagc cgtaacgctc gacgatcatt ttgctttgtg
    11101 tccctttgcc tgagccgggt gcaccgaata ttacgatatt gaacatagtg ctatagagat
    11161 tagagttcta cgattttata tatgtcacgc gccatgcgtc cgcgcccgtc gtaatcgagc
    11221 ccgaagccga cgatgaagtc gttgtcgatc tccatgccca cgtaatccgg gcggaggtcg
    11281 cactgcagcg atccgggttt aagcagcatg gtggccaggc gtacgtcgcg gacgccctct
    11341 tggcgcagtc gctgggtgac gtattgcatg gtcaagcccg tgtcgatgat gtcctccagg
    11401 aggacaatcg ggcgctcggt gtctttgttg cgtatgggca gcagttcgcg gacgatgccg
    11461 tccgacttgg tgccgtgata cgacgaatag gcggcaaacg tcagctcaga ctggggcgag
    11521 agtcggctca ccaattcaga tacaaacatg aatgcgccgt tgaggatgcc cacatagagc
    11581 gggtctcgac cctccatatc gcggcgaatt tctccggcca tacgatcaat ggccgccaca
    11641 atttccctct ccgggatata aagctcgaag gctttgtctt ttagccgtaa ctgtttattc
    11701 atcacgttat ccagttgtta aggcgggcaa atatagacga taattcgagg ggctttttgg
    11761 atagataagg cgtgagtgcg acatggaagg cctctgtcga ggctgggaga aagcggggct
    11821 tgaccaaaca ggcacctgtt tggcattaca caaaatgcag ggacctaaac agccgtctgt
    11881 ttaccctcgc gcagattgcg tagccccaaa caggcgcctg tttggcatta cacaaaatgc
    11941 agggacctaa acagccgcct gtttaccctc gcgcagattg cgtagcctca aacaggcacc
    12001 tgtttggcat tacacaaaat gcagggaccc aaacaggcac ctgtttaccc tcgcgcagac
    12061 tggagtaacc caaacaggcg cctgtttgcc tttgaggatg gcattatggt ggtgcaaaag
    12121 gcactttcgg gggagcagag agggattgct gcggggcaga ggcccgataa agatttcggc
    12181 tggctgttta cttttgcgtc cgacaaaggt tttttagagt aaatgaacga cataaaaaac
    12241 aggatcgaga ggctgcggga ggcgctggat gagcataacc atgcctacta cgtgctttcc
    12301 gcgcccatta tctccgatca tacgtatgac gagatgatgc gcgagctgca gcagctcgag
    12361 gtcgcacatc cggagtgggc cgaccccaat tcgcctacgc agcgcgtagg cagcgacctc
    12421 acggagggct tcacgcaggt ggagcaccga tacccgatgc tttcgcttgg caatacgtat
    12481 tccgaagacg aggtgcggga gttttacgac cgcgtggcgc ggacgctcgg cgagcccttc
    12541 gaggtggtgg ccgagctgaa gtatgacggc acatcgatct cgctcattta cgaacgcggg
    12601 cggctcgtga cggccgtgac acgcggcgat ggcgtacgcg gcgacgacgt gacggccaac
    12661 gtgcgcacca tccgctccat ccccctccga ctgcgtggcg aggggtggcc cgaaaggctc
    12721 gaaatgcgtg gcgaggtgct cctgccgtgg gccgagttcg agcgcctcaa tcgagagcgt
    12781 gaggcgcagg aggagcccct ctttgccaat ccgcgtaacg ccgcctcggg cacactgaag
    12841 ctccagaacc cgcgcattgt ggctttgcga cgcctcgatg catacttata ttatatgttg
    12901 ggcgacaacc tgcccgccga caatcattac gacaatttgc aagcggcacg ccggtggggg
    12961 ttcaaaacgt ccgacgcgat gcgtgtctgc cacacgccgg aagaaatcat ggcttacatc
    13021 gcgcattggg acaccgagcg ccaccgcctg cccgtggcta cggacggcat tgtgctcaag
    13081 gtaaacgccc ttcgacaaca gcgtgcgctc ggggccacgg cgaagagtcc gcggtgggcc
    13141 atcgcatata agttccaggc cgagcgggcg gagacacgcc tcgtttcggt cgactaccag
    13201 gtgggccgca cgggcgtggt gacgccggtg gctaacctcg agccggtgct gctggccggg
    13261 accaccgtcc gtcgtgcctc gctgcataac gccggcatca tggaggggct tgacctacat
    13321 ctcggctgcc gcgtgtatgt ggagaagggc ggcgagatta ttccgaagat cgtcggggtg
    13381 gatcggtcgg agccgatgga tggcgcaccg gtggcgttca tcagcgagtg ccccgagtgc
    13441 ggtacgccgt tggtgcgcgt ggagggtgag gcggcgcatt actgcccgaa cgagtggggt
    13501 tgcccgccgc aggtgaaggg tcggatcgtg cactttgtaa gccgtcgggc catgaacatc
    13561 aacatcggcc ccgagacggt cgaggcgctt tatgacgccg gcctcgtacg cgacgcctcg
    13621 gacctgtacg acgtgactcc ggccgatctg atgcgcctcg agcgcttcgc cgagaagagc
    13681 gcgaagaact atcgcgacag tctcgtggca tcgttgcaag tgccttacgc ccgggtgctc
    13741 ttcggactcg ggatacgcgg cgtgggtgag agcgtggcgg ccaagttggc ctacgcgcat
    13801 ccctcgatcg acgcgttggc gcaggccacg gtcgaggcgc tggtggagac ggacgagatc
    13861 ggcgagaaga ttgcccgcag tgtggtggac ttctttgccg acgagcggaa ccggacgatg
    13921 gtcgagcggc tcaaggcgca cggcctgcaa atggcgctgg acgaatcggc cgaggccggc
    13981 agtcggtcgg aagagctgaa ggggcttacg ttcgtgatca gtggcacctt cgcccgtcat
    14041 tcgcgcgacg agtacaagac gatgatcgag cgccacggcg gacggaacgc atcgtccatc
    14101 tccggcaaga cggattatct gctggctggc gaaaatatgg gccctgccaa actggctaag
    14161 gccgaaaaac tgggggtgaa actcctcaac gaagatgaat tcttaaaact gataggggta
    14221 tgattattac aacacacttt ttgaacaaga agataaagtc gctggccaag aacgccacga
    14281 cacgtgagca ctgctatcgt tcgatggacg atgtccgcta cgtcctcatc atgtgtgagg
    14341 cccgcgactg gaaagccgtc gagccgtgca ttgatacatt gaagaaaaag ggcaagacgg
    14401 tgcacgtctg cgtctacacc cgcaaggatg aggacacccc gatctgggat tatgccttcc
    14461 tgcccgtcga ggaggggaaa gacgtggaca tgtggggctt cccggacaag aacatgcgta
    14521 cgcagctcaa caacctcacg gtcgatttac tgctcgacct gacgagcgag gaggtgcccg
    14581 tcatgcgtta cctgatgctt caacacccct cgtcgttcaa ggtcggggct aagcgtgagg
    14641 aggggctgga tctcttcgac ctctccatcg ttatgaaaga cgatgtgcac gacataccct
    14701 tcctcttccg ccacattatg acctacctcg aggctattcg atcggcaaaa tcggccggat
    14761 gaactaagga ctgaaagacc gtagaaggca tggctctgat tgatttgaaa ggcatgggga
    14821 tcgcactggt gacgccattc aaggcagacg gcagtgtgga ttatgaggcg ctcgtgaagc
    14881 tggtggaata tcaggtgcag aacggcacgg actatctcgt cgtgctcggc accacggctg
    14941 agacgcccac cctgaccgag acggaaaagg cagagatcaa acgacgcgtc gtgacgcaag
    15001 tgcgccgacg cgtgcccgtc gtccttggcg tgggtggcaa ctgcacacgc gccgtcgtcg
    15061 acacgctccg gcaggccgat ctgcaagacg tggacgccat cctctccgtc gttccctact
    15121 acaacaaacc ctcgcaggag ggcatcttcc gccactacga agccatcgcc gaagccacta
    15181 cgcgtcccgt gatcctctac aatgtccccg gacgtacggg cacgaacatg accgccgaga
    15241 cgactctgcg actggcccgc acctttcgca acatcgtcgc cgtcaaggaa gcctcgggga
    15301 acatcaaaca gatgaacgac atcatcaaga acaaaccggc cgactttcaa gtcatctccg
    15361 gtgacgacgg catcacctat ccccttatcg cgctgggtgc cgtgggcgtc atctccgtca
    15421 tcggaaacgc ctttccgcgc gaattcagtc gcatggtacg cctggccctc gaaggcgatt
    15481 atgacaacgc gcgcgtcatt cattcacgtt tcatggagct tttcgacctg cttttcgtcg
    15541 acggtaatcc cgctggcgtg aagagtatgc tcaacatgat gggcttcatt gagaatcgct
    15601 tacgcctgcc gctcgtgcct acacgactga ccacttacga gaagatccgg gaaatcctga
    15661 accgactgca agacaaatag ccgttggggg atttgcctat gaccattata gcccctattt
    15721 tcgggccgtt atttcatcca agtattgatt aataaaacag aaacgaacca tgacaaggac
    15781 aatcacattc aatgagctcc ggtcaatcaa ggaccgtctg cctgatggta ccattcatcg
    15841 tattgctgaa gatctcggcg taacggttga gactgtacgt aactacttcg gtggtgagaa
    15901 ttacaaagac ggcaagagct gcggtctgca catcgagccg ggtcctgatg gcggcatcgt
    15961 catgatcgac gacacagcca ttctcgatcg cgcgctggac atcctcggga tgcagaaagt
    16021 gtagatcgcc gtacgatcct gagatgctca catacccaaa gtgagatcgg aatgacgaca
    16081 cgaagatccc gggcagcaat gcaagtcagc acgatgtccg ggatcttttt taccccttgc
    16141 ccatccccct tccgagcctc ggaaatgggc ccaaccttcg ggagaggtca tttcccgagt
    16201 caggaaatgg gcccaacctt cgggagaggt cacttccgag cctcggaaat gggtccaacc
    16261 ttcgggagag gtcatttccc gagtcaggaa atgggtccaa ccttcgggaa aggtcatttc
    16321 ccgagtcagg aaatgggtcc aaccttcggg agaggccatt tcccgagtca ggaaatgggc
    16381 ccaacctttg ggagaggtca tttcccgagt caggaaatgg gtccaacctt cgggagaggt
    16441 catttcccga gtcaggaaat gggtctaacc ttcgggagag gtcatttccc gagtcaggaa
    16501 atgggtctaa ccttcgggag aggtcatttc ccgagtcagg aaatgggccc aaccttcggg
    16561 agaggtcatt tcccgagtca ggaaatgggt ctaaccttcg ggagaggtca tttcccgagt
    16621 caggaaatgg gtctaacctt cgggagaggc catttcccga gtcaggaaag ggcgccaacg
    16681 atcgaatgac taccccaccc caatcactca cattactcta cgcatcaatc attcaaaagg
    16741 aggaccatag acatggaaaa gcaattagtc accctggcca ttcatacgta tgaaaaggcc
    16801 caaatcctca agacgctgct cgaggccgaa ggcatcgaga cgtacatcca caacgtgaat
    16861 cagatccagc ccgtcatctc ggccggtgtg cgtgtgcgga tcaacgagaa agacctgccg
    16921 cacgccctac gcatcatcga ggacacgcag tgtctgagcg aggcgaccga cgagcagggc
    16981 gccgacgaga acgctcccaa gaaggtgctt atccccatcg acttctcgga ctactccatc
    17041 aaggcctgcg agacaggcat ccgccacgcc gcccgcattg acgccgaagt catgctcctg
    17101 cacgcctact tcagcgccta catcccctcg gcgctaccct tcgccacgcg cgatccgatc
    17161 gtgaccggaa cggccggcaa cgagtccatc caagccgtct ataagcgcgt ccagaccgac
    17221 atcgaaaaca tgtgcacgct gatcaatcgc aagatggaaa gcggcgagtg gccccgggtg
    17281 aagtacaact acatcctcaa ggaaggcgtg cccgaggagg agatcctgga atacgccaag
    17341 gagtatcgcc ccacgctcat ggtgatgggc acgcgcggca agaaccagaa gaatatcgac
    17401 ctgatcggta gcgtcacggg cgaagtgatc gagcagaccc agacgccgct cttggccatc
    17461 ccggagcatg tcccctacag cgatctcagc gagtgtcgcc gcgtagcctt cgccacgtcg
    17521 ttcaacaagc gcgacattga agccttcggg cgcttcgtca ccatcttcaa ggaatactcc
    17581 gtgcagatcg agctgttcaa catctccacc agccacaacg agtggaacga gatccgtctg
    17641 gccggcatgg acgagtacct caccaagcag catccgggcc tcaacatcgg gcacaccgtc
    17701 ttgcgcgacg gcgacttgct cgactccatc cagtcgttca tcgaggagaa gcgcatcgac
    17761 atgatcgcct tcagcaccta ccgtcgcagc atgatcacac gcatctttaa ccccagcata
    17821 gcccgcaaga tgatcttcca cggcaacacc cccctgctgg tgattcctat ttgataaccg
    17881 catcgcaaca tggcatctaa gagcaaatca tccgtcctgt tgatctacac cgggggcacc
    17941 atcggtatgg tggagaaccc cgagacgggc gcgctggagc ccttcaactt ccggcacatt
    18001 caggagcaca tccccgagct gaagcggctg gggcataaga cggcgagcat ctccttcgat
    18061 ccgccgatgg attcgtccga catcgggccc gactcctggg ccaagatcgt ccgcctcatt
    18121 gccgacaact acgacgccta cgacggcttc gtcgtcctgc acggcacgga cacgatggcc
    18181 ttcaccgcct cagccctcag cttcatgctc gagaacctga ataagccggt catcctgacc
    18241 gggtcgcaac tgccgatcaa catgctgcgg acggacggca aggagaacct gatcaccgct
    18301 gtcgagatag ccgccgcgaa ggatgggtcg ggtaaacccg ttgtgcctga agtctgcatc
    18361 ttcttcgaga accagctcat gcgcggcaac cgcacctcga agatcaatgc cgacgacttc
    18421 aatgccttcc actccttcaa ctatccgcct ttggcacgcg ctggcgtcac gatccgctac
    18481 gacgagaagc tcatctatcg gccgcagctt gtccgcccac tcaagccgca ctacgcgtgc
    18541 gacaaaaacg tggttatcct caagctcttc cccggcatca ccgaggccgt cgtctcgtcc
    18601 gtgctgcaca cacccggcct gcgcggcgtt gtgctggaga ccttcggcag tggcaacgcc
    18661 ccgaccgacg agtggttcct caagcagttt cgcgaggcca cggagcgcgg catcgtcgtg
    18721 gtcaacgtca cgcagtgcac cggtggctgc gtcgagatgc accgctacga ggtgggccgt
    18781 aaactgttgg agtgtggcgt gctgagcggc ttcgacagca cctcggagtg tgccgtggcc
    18841 aagctcatgt tcctgctcgg gcaggagctg acgccgaagg agattcggga gcacatgcaa
    18901 tgctcgttga ttggtgaggt gacgctatga acccgatcct gatcgtactg ccgatactca
    18961 ccctactgat gttcgacctc gggctgacgc tccagcccgc tgactttctg ctcttccgcc
    19021 ggcggccgcg cgcagtggcc gtcggattgg tggggcagat tgtcgtttta ccggctgtgg
    19081 cttttgcgtt gggcatggcc ttcgcgctgc cgcccgtctt cttcgtcgga ctggtgctta
    19141 tcgcctgctc gcccggtggc agctcgtcga acatcttttc caagttagcc ggtggcgacg
    19201 tggccctgtc cgtcacgctc acggccttga gcagcgtcat tacgctcgtt accattccgc
    19261 ccatcatgca gttggccgtc ggagtctccg gtgccgaagc ctcggacatc cacctgcccg
    19321 tcggccgact cttcgtgcaa aacctactgc tgatgctgct tcccatagcg gtgggtgtct
    19381 tcgtgcgtct ccgtttcgca cgcaccgctg cggccatcga ccgtgtgctg tcgcgagtgg
    19441 ccttccccgc gctcatcctc ttggccgtcc tcttttttat tcaacatcgg gccacgatca
    19501 tggagcactt cacgggcctc ggcgcatgca ttacggcgat gatcctcacg gccatcttgg
    19561 ccggtgccgc cctctcgcgg ctgatgcacc ttgagcgtcg cgagacgcgc acgatcgtca
    19621 tcgaagtcgg catgcagaac gctgcgcaag ccatcgccgt cgcctccagc cccctcatct
    19681 tccataacga cgtgatggcc atccccgcca tcctctacgc cctgctgatg aacgtcatcc
    19741 tgcttatcta tgtcgcggcg gtgaagcgga gggggtaatt atcgaaacag gtgttgcccg
    19801 gggcgatgta actgctaaaa gggtagaaaa cagggctcgt ttcggcctcc taccgcagtt
    19861 gcggtatttg ggggtatggg tgaaggaata cttttgcgcc cgctaaaaat gattcgagta
    19921 taaattcact ctattagaac aatgaaagag aacaagccaa acttgctcac agcggccctt
    19981 gaagcggccg catcggccca gaagctgggc atcaatctga ttcgcgtcgc gatcctcatc
    20041 atcttcgttt ggatcggcgg actgaaattc tggaactatg aggctgaggg catcgtgcct
    20101 ttcgtggcca acagtccctt catgaacttc ttctacacca aaagcgcgcc tgagtacaag
    20161 caatacaagc tcaaggaggg cgagctggac gaggccaagc accagtggca cgtggagaac
    20221 aacacgtacg gcttctcgca cgggctgggt attctgatca tgtcgatcgg catcctgact
    20281 ttcctcggca tcttctgccc gaagatcggt gcgatcggcg ctacgctggc catcattatg
    20341 acgatcggca ccctgtcgtt cctcgtcact acgcctgagg tatgggtgcc cgatttgggc
    20401 agtggcgaac acggctttcc gttgctgacg ggcgcgggcc gactcgtgat caaggacacg
    20461 gccatcctgg ccggtgccat cgtggtgctc tccgactgcg cgcgacggat tctgagaaaa
    20521 cgtgaggagt aggaagtcgc aagggtgatg aagcgaagtc tgcgtgacct cgtccttgcc
    20581 gccgcgtgcc tctgggggtg cgcggcgtgc agcgatgaca tggccgaccg tctgaagggc
    20641 aaatggcagc tgcagacggt ggaggccgac ggtgccgcgc agcgtgtgga cacggtgtgg
    20701 tacaacttcc agtccgagtc gctcttcatg taccagattt accagcctgc cacggggcgc
    20761 tacgtctata cgtatggata caagacgcag cccgacgacc gtacgctccg cctacagttg
    20821 gccaactaca cgctccgggt ggagcagttt ctgcccttca ccgattggtc gtcgggggtg
    20881 cgcaccttcc gcgtcgtgca cgtagacagt cgccgtttgc agctcgaaag cgacggccga
    20941 cggtacagct tcctgaagtt ttagagggta gagggtagag attagagggt cgagggtagt
    21001 gcctggtact tttagagttt agagggtaga gggtagaggg tagtgcctgg tacttttaga
    21061 gtttagaggg tagagattag atactgcatg taccaagctc taaactctac tctctactct
    21121 ccaccctcta ctctctactc tctaccctct accctctacc ctctactctc caccctctac
    21181 tctctaccct ctactctcta tcctctaccc tctaccctct aaaactctaa tcaaacgtca
    21241 gattgaactc ctctttaagt cgggcgaggg ccgggttgac ttcgaggagg aggtcgtact
    21301 tttcctttga ggtataggcc agacgcttct cgttcgtctc gtcgatgcgg acggtgaagc
    21361 ggacgcggcc gttcttcagt tgcccacgca gggactggag gatggccgcg ttgttttgca
    21421 gcaagacctc ccgctggccg gggttgtgga cgacgatctc gaacgtgtcg tcgcctttca
    21481 gcacgggccg acagttgatc atcgtgtgct tcaggttcac gcggccgccc acggtctcga
    21541 tgtaggcgtc ccaagcgcgg gtgagatcgt cggcggtgaa gggctgattc tcctgcggca
    21601 ccttctcggc gttggcggag gcgtccgttt tcgcctgatg gcgttggctc aagagtccgg
    21661 tcagcgacgt gttggccggg ccgcggggga tggtgcgcgt gggggtagga gcggggggcg
    21721 tggccgtcgg tgcggctacg gagggcgtcg gctgaggggc ggccgtggcg acgggatagt
    21781 cctcaatgag ccgcagcaga cggaacctca gtcgcttttt tttttagcct ccgcgatcgt
    21841 cgtttcgggt gcgtcgcgga gttggcagag ctggatgagc gtcagctcga gcaggagtcg
    21901 tttgttgcga ctctcgcgga aatgcaggtc gcattcgttg gctaggtcga tggcctgata
    21961 gagccacgcg tcggagcagc ggttggccat cgtgcgatat tgctcgcgga tgctggcgcc
    22021 gatctcgagg agcaccaggg tgcgctcgtc gcggcagacg agcaggtcgc ggaagtgcga
    22081 ggccaggccg gtgacgatgt gttggccgtc gaagcctttc tccagaatct cgttgaggat
    22141 gagcagcgcg gtgcggatgt cgcccgtgag catggcgtcg gtgaggcgga aatagtagtc
    22201 gtaatcgagc acgttgaggt tctcgatcac ggccttgtag gtcacgttgc cgccggtgta
    22261 gctgacggct tggtcgaaga tggagagggc gtcgcgcatg ccgccgtcgg ctttctgggc
    22321 gatgacgttg agggcctcgg cctcggcctg gacaccctct ttctgggcca cgtattgcag
    22381 gtggcggacg acgtcggcga cggagatgcg ggcgaagtcg tagacctgac agcgggagag
    22441 gatcgtgggg aggatcttat gcttctccgt ggtggcgagg atgaagatgg cgtagtgtgg
    22501 cggctcttcg agggtcttga ggaaggcgtt gaaggcggct tggctgagca tgtgcacctc
    22561 gtcgatgatg tagaccttgt atcgccccac ttgcggcggg atgcgcacct gctcgatgag
    22621 cgagcggatg tcgtcgacgg agttgttcga ggccgcgtcg agctcgtgaa tgttgagcga
    22681 gcgctgctcg ttgaacgatc ggcacgattc gcacgtgttg caggcctcgc cctcgggggt
    22741 gaggttcatg caattgatgg tcttggcaaa gatgcgtgcg caggacgtct tgccgacgcc
    22801 gcgcgggccg cagaagaggt aggcgtgagc cagcttattg ttcttgatcg cgttcttgag
    22861 cgtcgtggtc agtgcggcct gccccacgac gctgtcgaat gtagcggggc gatacttgcg
    22921 cgccgatacg atgtattcat ccgtcttttc cattgcgggg caaaagtagg cgagtgggcc
    22981 ggattaccgg attggggtgc gtctcctcgg tggaaatggg ctggattttg ggattggggc
    23041 gtgtttctcg gaagaaacgg gctggatttc tcgatttggg cgcgttgctt ggaagaaact
    23101 tggccgtaat tcccgatttg ggcgtgttgc ttagaagaaa cgcgctggat ttctcgattt
    23161 gggcgtgttg cttagaagaa acagggcaaa attccggatt acggcagatt tccccagaag
    23221 aaacggggcc gtatacagga ttacggcgca ttcccccaga agaaatgggg cgtaatccga
    23281 acagacggga gggtttcgcc ccgtggattc tgagctcacc cgggcttggg gttcctcgcg
    23341 atccccatac ttttgcaccc actctctgaa tccacactta tttatgtcag acagaacatc
    23401 acagatcatc cgcaagctct cccgcgtcaa tgcttacgtg gtggtggttg cctttttcct
    23461 cttcatcacc ttcgtggtgg gcgacagcaa cctctacaag cgatacacgt acgacgaaaa
    23521 gatccgccgc ctggagcgcg agatccggca ttacaagaaa gagatcgaaa ccgaccgcaa
    23581 gaagctggac gacatccgta ctaatcgcga ggggctggag cgctatgccc gcgaggagtt
    23641 ttacatgaag cgcgcgaacg aggacgtatt tattatcgaa gactgaaaat ggaccgaaca
    23701 cgcacttgga tctttatgct ctccggccta ctggttgttg ccggggcagc gctttatatc
    23761 acccattgga tttacgcccc gtggctcttc gccgtgggtg cggctggcgt gacggtgggc
    23821 tatctgacgg acgtacgccg cgacgacctc gatctgcgcc gccgtcggct cacccgctgg
    23881 aacgtcttcg cggggctggc catggtcgtg gcctccgttt tcatgtttcg cgggcggatg
    23941 gagtgggtgg ccctcctgct tatcgccgcc ttgatccagc tttacacctc gttcgtaccc
    24001 acggataagg ggaagaaata atcggggcaa ccgcgcagag gtgggcccct ggcttacctt
    24061 tgcgcccggg acagtcggcc ggtctgtcgc tcgtggagcc gtgttgaaat accggctacg
    24121 ggatgtgttt ggaaatggat gaagtgcaag gcgtccgaga ccgaaggctg ggggagtgtg
    24181 ctaaggcacg tgaccgcagc ctgagagtcg aaggcaacgc agcaattcgc catttacatc
    24241 ccccgagagg aaagtccggg caacacaggg caccatcctt cctaacggga agctgtcggc
    24301 gacggcagag caagcgtaac agaaaagaac cgccgggcgc atagcgctcg gtaagggtga
    24361 aaaggcgagg taagagctca ccgcccccgt cggaatacgg ggggacagta cgcctgatgg
    24421 gttgtaaggt catgtatacc ggcgcatcaa gggctgcccg cccaatgccg gggggtagac
    24481 tgcacagagc ctgtcggcaa cggcaaggcc aagataaatg acagacgcac cgccgctccc
    24541 cgcggtggcg tacagaaccc ggcttatagg ccggctgtcc cttttttatt tcccccgaat
    24601 caattcgcac gcaccgcggt tccataaccc tccccccctc atcccaccta tgtccgaaaa
    24661 gaaagaagag aagaagccct cgatagtgga tcgtgccgtc cgatgggtga cggacgccat
    24721 ccgcttcgtc acgtacgaca tctggcgcat caccgacagc gatgtcagcg gtccgcgccg
    24781 cgtctatatc tacctggcca agacactcat cctagccatc cgaggctatc agcgcaacga
    24841 cctccagaca cgcgcctcgg cgctgaccta tagcaccctc ctctcggtcg tgcccatgct
    24901 ggccgtggtg gtgggcgtcg ccagcggatt cggtatgaag gacctgatcg aagagagcct
    24961 ctacgactcc ttcccctccc agtcggccca gatctcgcgc gccttcgact ttgctcagaa
    25021 ctacctctcc atgacccgcg gtggcgtctt cctcggcatc ggcttggtgt tgttgctcta
    25081 caccgtcttc agcctcatct ccaccgtaga gcacaccttc aacagcattt ggcaggtgga
    25141 gaaagaccgc acctggcacc gcaaagtgac ggcctattcg gccatgatca tcatcctgcc
    25201 cgtactgatg accgtctcca gcggcctctc catcttcctt tccaccctgc gccgcgccct
    25261 gctcagcccc tacatcttcc tcacgcccat cgccgacacc acgctgggac tgctgcccta
    25321 caccatcatc atcctcttct tcaccctgct ttacctcctg gcgcccaaca cgcgcgtgcg
    25381 cttcctcaac gccctcgtgg ccggcaccct cgtaggctgt gcctttcaga tcttccagta
    25441 cctctatatc aacggtcaga tctgggtcag taaatacaac gccatctacg gcagctttgc
    25501 cgccctgccg ctgctcatgc tttggctgca actctcgtgg gtgatctgcc tcttcggcgc
    25561 cgagctggtt cacgcctcgc agaacgtccg cctcttcagc ttcgagcccg acgtgcggaa
    25621 cgtcagccgt cgctaccgcg acttcctcgc cttgctcatc tgctcggttg tggccaaacg
    25681 tttcgagcgt tgcgaaaagc cctacacggc cgacgagctc tccgacctct gtcacatccc
    25741 gcccagcctc accgcccaaa cgctcgccca gctcaccgaa ctggagattc tggcctccgt
    25801 ccgcttcgag ggcgacagcg tccgcacggt gcgttatcaa cccgccttcg ccatcggtca
    25861 catcacggtc gggcttatcc tccgtcgcat cgacgagcac ggctcggagc gttttccggt
    25921 cgacatcgcc gccgcctacc gtccccagtg ggaggccctg ctccgtacgc gccgcgacct
    25981 gctcgccgcc ggcgacgagg tcttggtgaa ggatctatga aatgaaaagc cgggtacatg
    26041 attgggattc cccctcacat gccccggctg tttttgttct cagcttctca gctttcagtt
    26101 cttcagatct ctccgatctc cccgataaag aggatcacgc ccgtgctctt ctcgcgaatg
    26161 acgaagagga agggccgatc gacgatgaag tctttgtatt gatgcgggtc ggaggatccg
    26221 accatatcgt tgatggtcac ggcggccgcc tctgccccat actcgttcac atcgatgaac
    26281 gtcttatgga tgatggtcga gatgaacagc ggcgcattgg tgataccgga gaagttggcc
    26341 gcgttagaga acggtagccg cataccgagg tcgggcagga tgccctcctg cagctggtag
    26401 tcgcactccg ctttgaagcg cggcaggatt aatgcgatcg ccttcggact catgcgcttt
    26461 atcgtggcct cccaccgatt actgttcatc gccgtaatca tgtcgcgcgt cgtccgaccc
    26521 tcatcgggca gcatgacgac catactgaag gcatcgttgc cgaaatccat ttcgaggtat
    26581 tgccccagtt cgtctttggc ataattgaag gagtaggctt gccgcatcat ctgcgcgtgc
    26641 tgtgtcgagc cgtcggctcg gtggaagtca gcttcctgag tgaaagtttt cttgaaggga
    26701 taatgccacg cgcccttgaa atagacggcg ttgatgagat a
//
LOCUS       SEQF2634|AYYE01001263.133791 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 1/3.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33791
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 1/3"
     CDS             complement(1176..1673)
                     /locus_tag="SEQF2634_02396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLDSALQRPKSFWKCLQHRCKSYGKLSGVCNSVASPTKNFSAF
                     ATPLQVSRKTFWRLQHRCKSHEKLFGVCNTVASLTKNFLAFATLLQVSRKTFWRLQHC
                     CKSHEKLSGVCGSPASLSRNFLMFARVPQVSRVTFWCLRESRKSLEKLFGVCRNSASR
                     AYLSE"
     CDS             1960..2559
                     /gene="grpE"
                     /locus_tag="SEQF2634_02397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01151"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein GrpE"
                     /translation="MDRNEPMTANNQENEEGTEATKVQSETENTSAENVTADDLTDTA
                     ATPDRGEATTDWEAKYNELNDSYLRLRAEFDNYRKRTLREKSDLIKSGGEGALIGLLP
                     VIDDFERALDTMKKATDPKAVAEGVELIYSKFMDYLGRQGVKPIEAVGQPFGTEMFEA
                     VAMIPAPDEAQRGRVIDCVQTGYVLNDKVIRHAKVVVGE"
     CDS             2595..3758
                     /gene="dnaJ"
                     /locus_tag="SEQF2634_02398"
                     /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
                     CHGSGAEDEKAVEKCPTCHGSGYVTRVANSIFGQMQTQSTCPTCGGSGETITRKCAEC
                     NGEGVVRAEEVITLHIPAGVSEGMQLSMEGKGNAARRGGINGDLLILVEEERHPELLR
                     DENDLIYNLLLSFPQAALGASVEIPTVDGRVKVKIEPGTQSGKVLRLRNKGLPSVNSY
                     GTGDLLINIKVYVPEKLTAEERKKIESLAASANFTPDASARERAFRSLRDFED"
     CDS             3773..4633
                     /gene="prmA"
                     /locus_tag="SEQF2634_02399"
                     /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="MEYYEFRFTYDHPATMDTDTINDVLAAELGAIGFDSFAPDADGL
                     NAYVPVSDYRPELLAQLLADFPLSDVVIRYTHTSVPDRDWNEEWEKNYFQPVRIGHEC
                     LIRASFHQPEEGFAHTIVIDPRMAFGTGNHATTEQMVRAILPLDLHGREVLDMGCGTA
                     VLAILAAQKGAHRVVAIDNDEWAYHNAIENCRLNNTPDIHVLHGGAEQIAPCGTFDYI
                     FANINRNILLRDMSHYVSALRSGGRLYLSGFYESDVPTIAQECRSQRMTSSLYSSRNE
                     WAVVVAAREW"
     CDS             4727..4966
                     /locus_tag="SEQF2634_02400"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNVDSKFLLGLLIGGAVGAAIGYLAATDKREQLIDELNDVVG
                     KVKSTVNMAISKYKEGRVAPIIDEVESAAEDAELV"
     CDS             4973..5404
                     /locus_tag="SEQF2634_02401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRDSEQFFQEIKKDLTRYGELRLELLKLGAYEKAGKVFSVLSY
                     SLILLTLAFFLTLFLFLALGFFLSEWLHSTGVGFSIVAILYVMLVGGVVAFKTKIRRL
                     ILNAILEMLMNDEDDEDTPPVTNAPHDNDHPATNPAEQTAG"
     CDS             5355..5795
                     /locus_tag="SEQF2634_02402"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTTLPQTPLNKLQAEKRELEALCKKQEERLAVHARYLQDNAG
                     SLLLSGVSALLSSTGTPKAEKAESTTQQRPRPQSFAKRPAAAPATPGLPMGLSTLLKV
                     PKMVSIGAGWMPLAWEVAQPLLITWSIKRVKRIIGGAFTRKKKK"
     CDS             5995..7005
                     /gene="gapA"
                     /locus_tag="SEQF2634_02403"
                     /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="MTKVGINGFGRIGRFVFRAAIKRDDIEVVGINDLCAVDYMAYML
                     KYDTMHGRFEGTVEADVEHSTLTVNGKKIRVTAEKDPANLKWNEVGAEYVVESTGLFL
                     TKEKAEGHLKAGAKYVVMSAPSKDDTPMFVCGVNLDAYKKGTQIVSNASCTTNCLAPI
                     AKVLNDNFGIESGLMTTVHSVTATQKTVDGPSMKDWRGGRAASGNIIPSSTGAAKAVG
                     KVIPALNGKLTGISMRVPTLDVSVVDLTVNLAKPASKEAICKAMKEASEGEFKGILGY
                     TEDAVVSSDFLGCTLTSIFDANAGVYLTDKFVKVVSWYDNEIGYSNKVLDLIAHMAKV
                     NG"
     CDS             7111..7737
                     /locus_tag="SEQF2634_02404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKAKALITIAQRMRALAQTGLSYSVSDYETDRCQELLRLSDRI
                     TSIVSGLPDEEIAACYHPMKEYVTPKVDIRAAIFNDRDEILLVREKADGRWAMPGGWS
                     DVGYTPSEVAVKETKEETGLDVRVERLLAVLDKRCHDYPASPLYVYKMFILCTVTGGE
                     LAGTFDIIDQRFFALDSLPPLSLDRTLPENIRMVDELRRHPERPVVLD"
     CDS             8185..9219
                     /gene="rlmN"
                     /locus_tag="SEQF2634_02405"
                     /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="MEQKTSLLGMTIAELRTVAAEVSLPAYAASQMADWLYKKRVSEV
                     AEMTNIALRKREVLAAGYTVGAREPAEAAQSKDGTVKYLFEAAAGRFVEAVYIPAEER
                     DTLCVSSQVGCRMACHFCMTGRQGLGANLTAGEIMNQILRLPEATQLTNLVFMGMGEP
                     LDNVDEVLKALEILTSSYGVGWSPRRITVSTVGVAAPLMRFLAESECHLAVSLHSPFA
                     EERARLMPAERACPVEEVVALLKEYDFAHRRRVSFEYILFDGVNDTMRHVKALAALLR
                     GLPCRVNLIRFHAIPGVALRSCSAEKMIWFRDALNARGVVCTIRTSRGEDIQAACGML
                     STKRLLEKRH"
     CDS             9292..10329
                     /locus_tag="SEQF2634_02406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTFFLTMIMGLVALLWSACHTSPSIISATGMPYEVEVVTTRA
                     LWDDTVGVSLRAELQRPISGLPQAEPSMRVTFVTPDDFNGLTTYVRNIIILTVDAERY
                     TKLSVRAEKDRWATGQVVVYISAPDEASVLTYLADHRGALTDYFTRLEMMRMAQVMQE
                     TYSSLVMDSVKSKFGVMLNVPSDITSFKDTTNFFWASNNANTGRMDVVVYTFPYTDEK
                     TFTLEYMQHMRDSILGANIPGAYPNSHMTTQPIGLTYTPRTLQGKYCGVLRGLWKMEG
                     DMMGGPFVSFARLDEANHRVVVAEGFVYAPETDKRNYIRRLEAGLHTLRLPGEFDKPL
                     DGVEEMNGQKN"
     CDS             10430..11551
                     /gene="pdxA2"
                     /locus_tag="SEQF2634_02407"
                     /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
                     NREAYRQATLHPLRKEFVDKVGKDNVKLDLTQEVEEPEL"
     CDS             11991..12491
                     /gene="tagD"
                     /locus_tag="SEQF2634_02408"
                     /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             12511..13239
                     /gene="fabG_2"
                     /locus_tag="SEQF2634_02409"
                     /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
                     EAIRTASAVRVDLLQADITDPASIARVASHFEASDTTLDAVVLNAGTTYRASFEELEL
                     AEWERQFFANVHFPVFLLQRLVKRIRRGAGVVFTGSLMAVEPHGMSLSYGVTKSAVHA
                     LAKNLVKFLAPYGIRVNAVAPGFVDTDWHRTKPAEVRRNIEGKIALGRFCSPEEVAEV
                     YRMLVENSYMNGAVVVADGGYCYR"
     CDS             13243..14169
                     /locus_tag="SEQF2634_02410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDKSFEASLKSIETENLIDLYFYRPIGYRLARMLQHTGVTPNM
                     VTILSIFVGAGTGYLFYFTGRPEYTVAGILLLIVANILDCVDGQLARLTGIKSEIGRI
                     LDGMAGDIWFTLIYVGLALRLTHLYGSGWFFVPAVASGLSHLLQAGITDYYKTLHLYF
                     VSKEKGREFHSIDQVKAQQRAMKSRTNRAFFALYEVYTRVQEFWTPALQRMLRTLQAR
                     YGDDIPEPLRQAFRSRSRHLMTHFIDFMTFNGRTVVLFLVMLLSIRWSGIVWIYFVYE
                     IVVLNAILLLSVHRHEQICRDIITLDERSRHE"
     CDS             14162..15010
                     /locus_tag="SEQF2634_02411"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEQTDVKPVFGLADLQAAAPIFRHRWAIPIARRLMKWLAIDKV
                     NAIHTQHCHLRGAAFTSAMLADPMMDVRYNIHHAERLDTLPTGAFITVSNHPIGSLDG
                     IILIDLFASRRPDFRVMVNGVLERIWAMSDNFISVTPKTGNQTTAHHANVGGVRLALE
                     GLRNGHPIGFFPAGAMSFGNARGEVLDRPWTHSVIRLIRKAGVPVYPVYFDFRNSRFF
                     YGLGWISWKIRTLRVAAEAFNKRGRTAEVYVGTPIDPDVIRSYTDDVALADFLYRRTY
                     ALPKED"
     CDS             15042..16196
                     /gene="wbbL_2"
                     /locus_tag="SEQF2634_02412"
                     /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
                     FMDSHTNVGAIGVKMINGHGAFLPESKRSFPTPWVAFCKLSGLSRLFPRSPRLAAYSL
                     RYLSDDAVHEVQVLSGAFMFLRHEALRRIGLLDEAFFMYGEDIDLSYRMIPAGYANYY
                     LPFSILHYKGESTHYADRRYLNAFYNAMLIFYRKHYPNAGGLAWALIRLAVCLRKALA
                     GLFGWKRTRPSRRRGGRRPELLYVCSKAHAADVRRRVLARFPEAASIAWEAADEIGAI
                     PPQDGYTDIIFCHPDLSFDRMIHLMDGCPDKRMTYHTFYPNADRWISPTR"
     CDS             16175..16735
                     /gene="speG"
                     /locus_tag="SEQF2634_02413"
                     /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="MDLTHPITPPPEAWLDGHRVRLRALEPEDLEALYGWENDPATWE
                     QGCTLAPYSRYALREYIASASTSDLYAMRQLRLMIIEKSTDRAIGTVDLYDFDPHHQR
                     AGLGVLIDASCRGRGFGREAIGLVSAYAFRFLHLHLLYAHVSTRNTPSLRLFAAAGFQ
                     SCGTLPGWVRTAKGFDDVVVMVCTCD"
     CDS             16720..17481
                     /locus_tag="SEQF2634_02414"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLRLSGAVKRLFGVAACQRVRQATFWRRCVPAASSSDFFVSLR
                     ASGLVKRLFRVAACQRPRQATFWRRCVPAAPSSDFLTSLRASGSVMRHFGAPACQRLR
                     HATFWGACVPAAPSCDILRRLRASGAVMRHFEAPACQRRRHATFWTACVPAAPSCDIL
                     RSLRASGAIMRHSGEPACQRRRHATFSRRCVPAAWPERQDGHAEAWEEGAARMGRRLR
                     SDPARTGRKKYEDAPSRTHPHAEHYLIVKVNTRLF"
     CDS             complement(17558..18310)
                     /locus_tag="SEQF2634_02415"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTKFLLMSLCAALIMSGAVSCSKDDSGYSLGRVWRSVVTVDP
                     IGKGGTYSLTLDDGTRLWPAGTEIPFYRPTTRHRALAYYTILSDTFQGYDHAILMRGI
                     RDILTKPFIASDMLSTSKTSDDFGSDPISVIDIWYGDGYINVHFGANHGGTKRHLVNL
                     VQVSQSGIPPYVFEFRHNAFGDPPRYGRRGFVAFDMAKLKFPAGSDSTVTVRVKTFGG
                     EKRYKIVCRRSVDKTIPYEARSMAQEELVDVE"
     CDS             18474..19703
                     /locus_tag="SEQF2634_02416"
                     /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="MREEITLTHTLPNGLRMVHLPTDSEVAYCGLAVDAGTRDEAPDE
                     SGLAHFVEHMLFKGTRRRRAWHILNRMEAVGGDLDAYTTKEETFLYSVFPAPHFERAV
                     ELIADLAAHAQFPAAEIEKEREVILDEIRSYEDAPAELIFDEYESMLFDGHPLGRPIL
                     GNKRALRRFDTLRGRSFMERYYTAANMVFFSMGATAFQRIVRMAERHFADLPAVGISH
                     QRTSPAEVSPRESVSRKRTHQSHVILGARACDLFDTRHAPLYLLNNILGGPGMNSRLN
                     VALRERRGLVYGVESNLTCYTDAGLCTIYFGTDPRNRTQALNLVRAELARLRERPLSP
                     TQLAAAKKQAIGQLRVAGDNREGLFLTLGKSFLRFGRCDTPAETARRIEEVTADEILA
                     VANEFLAPERLSCLVYE"
     CDS             complement(19709..20740)
                     /gene="tsaD"
                     /locus_tag="SEQF2634_02417"
                     /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
                     PELASRAHQQNIVPVVSEAIRRAGIHRSELRAVAFTRGPGLLGSLLVGTSFAKGLAIS
                     LGIPMIEVNHLQAHVLAHFIKQSPDDNAHPAFPFICLLVSGGNSQIIRVEAYDRMEVI
                     GQTIDDAAGEAFDKCAKVMGLGYPGGPVVNRLANEGNPRAFTFSKPHVPGYDYSFSGL
                     KTSFLYTLRDALKDDPDFVEKHKADLCASLQATVIDILMDKLRRAVADTGIREVAVAG
                     GVSANSGLRDAFRDHAERLGWNIFLPPNAFTTDNAAMVAMTGYFKYADGLFCAMDAAP
                     YARVTSTIC"
     tRNA            20863..20938
                     /locus_tag="SEQF2634_02418"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(cgg)"
     CDS             complement(21015..21368)
                     /locus_tag="SEQF2634_02419"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRPIVSYNDEKQNRFGSLYHTIGRIEKKTPIVSYNGENQNHF
                     GSLYHTIGRIEKKTPIVSYNGENQNHFGSLYHTIGRNETTSVHCLRQADRVRVRKAAP
                     DNPPRNHPLGRGALG"
     CDS             21459..21803
                     /locus_tag="SEQF2634_02420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKNNDWKERLGVIYSTNPDFAYQTDEAPEVETLPCDRQRLRVR
                     IDRRNRGGKTVTIVEGFRGRTDDLEALGKALKVRCGVGGATKDGEIILQGDLRQKVAD
                     ILQSEGYGVRVC"
     CDS             21797..25069
                     /gene="addA"
                     /locus_tag="SEQF2634_02421"
                     /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="MLTVYRASAGAGKTHTLTGEYLKMLFGGNGQEGEATYRHILAVT
                     FTNKATAEMKDRIVRDLYALASGGRSGHLEMLRAHLGGATEADVRTRARTLLVRMLHD
                     YAAFNVSTIDHFFQQTLRAFVREIGLQGNYVVELDAEPVLDEAVDSLLAGLDREGGDS
                     ELFRWLLRFSEQKVERGETWVLSRDMKTLGRQLFNEHYKALRSADDADETAPTVDRKK
                     MTAYSDMLYATMNAIKSEARELGERGLAIMARYGLKPESFKWKDKSGLMLFNKLQSGV
                     IDEEPGKRFCQLPDNLAEWVSGKNAAIEQAYADGLNDCVKAVLRFYDTRMRDYLTAQA
                     IAANFYTLGILGDIAREIRRRSDEKNRMLIADTAELLTRIIDGSDVPFIYEKTGTRIR
                     HYLIDEFQDTSALQWRNFRPLVADSLGAGYDDLIVGDVKQSIYRFRNSDWTLLDERIG
                     LDFPTGVTERTLAENWRSLGRVVEFNNALFTFFPVRLQERYNVGLAESTLPPERCALY
                     GGRILRAYAHSRQALPEGRAANAGHVRVELLEHTGKKEEWQEQAMARLVDVVSELRRH
                     GRSWGDIAVLTRTRAEAALVTGALLTYGRQHPEAALRILSDDGLQLDGASAVRFIVGM
                     LRYMNRPDDSTLQRSAGLLLSAMRIKRTGEGADPSLVCAELDVDGAEARDPLLAGHRS
                     IYEAVEAICRRFGSDFPEDELIFVQSFLDLIADYAEREGSDVDRFLSWWKDTGSRTQI
                     AMPETQDALRVMTIHKAKGLGFDVVVLPFSDWGLDAKSETILWCRPRVAPFDAIGAVP
                     VNYKAELSRTIFSEEYYHEKLHAYIDALNTFYVALTRAKEELILFTPAAPPKKEAKKD
                     AAASIADILCEALTSRLTQTAEGDPLLPLADGFRAEDGLFEWGTWIDCEARRTDELPA
                     DTASIVRTLPSVRPDARMYLSLSGRSFDDTQRDYGVLMHDLLSHIRTVDDLPAAVAAK
                     VSAGEIGRRSADELEKRLRTLLDLPAARAWFDGSMTVLTEAEILSGDGRSRRPDRVML
                     ATDDEEPCAVIVDYKFGLHKSTRYAPQIRDYMALLGAMGYANVRGYLWYVELGETEEV
                     SA"
     CDS             25208..25882
                     /gene="psd"
                     /locus_tag="SEQF2634_02422"
                     /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             25887..26648
                     /locus_tag="SEQF2634_02423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPNLLRHLPNALTCCNLICGCIATAAALDGRLMTAVALLFAAVA
                     FDFVDGLAARLLHAASPIGKDLDSLADVVSFGLAPAAMLHRLFVDLSLLGPDATLPLP
                     LSILATIAVLTIPVGSALRLAKFNNDARQTTSFIGLPVPAHAIFWSSLLASLARIAEQ
                     YPAAVAADLTLWVIGLSVLALAGSLLLVSELPMFSLKVKSMAWQGNERRYLLLISAVV
                     LTLAMPMLTGISATILLYILLSIFDRKAPEAESPT"
     CDS             complement(26591..27076)
                     /locus_tag="SEQF2634_02424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYGVSGWATRVREMFFDGGYGVAGATLEKSFPTFSLSSFLSLM
                     KEKKAKENQGARGTCQVCRVQEGAGVVFSEVGRVREEAGVVFSEVGRVREGVEVVLSE
                     VGRVQDGVEVVFSNWGGRAKKIPAKRLDGGNLRVVANDGMDYVGDSASGAFRSKMERR
                     M"
     CDS             complement(27095..27367)
                     /locus_tag="SEQF2634_02425"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFEDLVFNLRPIEGINGCVFLQLRLIEYFNRGVIVKLHPIEHF
                     NECVIVKLRLIEHLNGYVFTKWVVKMVSDRSGRVIGVRKMFYGMGE"
     CDS             27725..28519
                     /locus_tag="SEQF2634_02426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAPKMKSDRSHRATGALKMESYGSNRAAGATLGVCFLTFSLSS
                     FLSLMKEKKAKENQAPTGGGEVCRVRAGAGVVFLDEGNRATDAPKTKSDESNRVAGAT
                     LGVCFPTFFQSSFLSLMKEKRAKENQAPTGGGEVSRVQERAGVVFLDEGNRATGAPKM
                     RSDESHRAAGATLGVCFSTFFLSSFLSLMKEKRAKENQAPTGGGEVGRVQEGAGVVFS
                     EVCRVREGAGVVFSEVGRVQDRAGVVFSDEGWVWVGAGVVFSGGGG"
     CDS             complement(28599..29498)
                     /locus_tag="SEQF2634_02427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTQKMKTTYLLLLSFVLLLSGCEITSSDLTEVDENGNRVNNK
                     EIRIGASLLDVGMTAYTIDTVCTELILTRQKGGAVRISGFRKGTVIYDENGAIDSIAW
                     DWRRPEINYGYDYRYVWDDLEYRILSLQDNGFVEDMEIWRRGKDGERDRLVAQLSYSY
                     DYAGYVSRIEIPNLQATIRFKYHYRDQSNYANSITITEVQRTDTSTYTLRLAPEKLRN
                     TGYVCNVLRAVGAPLTNQYALNPDLYYLGIYGTPVKLLPDAIIERNIYRDGEGDLHSV
                     YSRVGSDYYFYEDNAMLTRSRQP"
     CDS             29967..32969
                     /gene="bamD_2"
                     /locus_tag="SEQF2634_02428"
                     /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
                     PGCSDKLMAFKAISHDRDLIQEADYMLAVVASEQGREDAAAVMERYLSLYPDSRHTNE
                     AAFLLGSYYFAHEDYGTAIQWFNTSEIDLLGTDQQEDYAYRLAYSLLQLHDLRTARNY
                     FARIEEVGRKYRVPATYYLAYINYAEDKLKQAEPRFEQLKSEPAYREQSLYYLMQIHY
                     VDERYDRVKSEGKALLSAYPNSRNSAEAYRLLGDVAYREGDEATAIKMLDKYVERADS
                     FVRGDLYILGVCRYNRGDYPEAIQAFAEVVGEEDELMQNACLYLGQCYLQTGDRNRAR
                     MSFEQAATLTFDPKVQETAMYNYALLIHETSFSGFGESVTIFEDFLNRFPDSKYADKV
                     SDYLAEVYLTTKNYDAALASIDKIRRPGRKILAAKQNILFRMGVEAFTARRPSEAIRR
                     FDEAITPGVYDADAYSQAYYWRGETYYRQDDFNNAAADYRSYLSNAADRSAEAYPLAY
                     YNLGYCLFKQQRYNDALAEFRRYINLEPRKESVSYADAYNRVGDCLFHARQFEAADEN
                     YTRAAALQPSSGDYALYRKGFLLGLQKNYQGKITVMERVVREYPESPHAAAALFEMGR
                     SYVMLEDEDRAAAAFTQLQQKYPLHTLARKAGLQLGLLYFNSNRPEQSIKAYKKVISD
                     YPGSEEARTAVQDLKAVYVDMNDVAGYATYVRSLGDMAARFEVSEQDSLTYFAAEKRF
                     LRGESEAEQSLRNYLRQFPKGAFSARANYYLAQIAYDAKNYEEAKKYYEVVIRSGDTK
                     FGEDALTRKGEIEYMNKDYAAALESFKRLAAIATTAEVRDGARLGALRCARRTKQSAD
                     AVKMADELLKNEKISPEIAAEARFLRMKSYIDLKEDAKAQADLVTLSKDTRTVYGAES
                     KYLLAQRYFDRNEIDKAEKEMLGFIEQGTPHSYWLARGFILLSDVYARKGDKFQARQY
                     LTSLQKNYKGGNKDDVMAMIDKRLAALK"
ORIGIN      
        1 ttagtctctt agagagctaa ccttcgcata cgtgcaaaag catccacgta caaacagagt
       61 gagcacttca ctcatatggg ggttgtaaat acacaggaag tacagctctt aataattgaa
      121 aaaagagaag agaatacagg tacaactgcc gaagccaaat gaattggcct tgtctatccc
      181 gttgatcaga taggtcaggg gaaatgttcc agcccgtata aacacttgct ttttccatgt
      241 cttttactcc gttgttcgtc taactgagag caaatgtaaa ccgtattctg aacacaaaaa
      301 aggtgctttt cttttcccca taaggatata gacccgtctg caagcagaaa gtcggcggat
      361 aacacgccta aagaggcagg caatttcttt taggcatcat tcggggaaag ggatgtctcc
      421 ccaaaggagc cattcccccg taaggtaaaa acacctccac aggtggatac cctccgataa
      481 tacggtagca ggcagcatgt gcaggttttg tgcctaaagg cagaaaccta tccccataag
      541 gtaaaaacat caatcaccac aggcagagac cctccaagat ggtggtagca ggtttgcagg
      601 ctttacgccc aaggtcaaaa cctgtgcgac aacattccgt cattcgcaca gagcacaggg
      661 atgacagacc tcatcctgat ttttgccttc atcttggggg tgcagtattc aaaccccttc
      721 tgggtgcacg ggcacgtccc cccttaaagg gggacgtgca ccgtgacaca tgaagagggg
      781 tatgagactg cagagaaaaa gagattgcgt gatttgaaaa gagaagcatc ccgcatgggt
      841 tgattaacaa ctttattatc aatacattac gtggtaaaat agagatgatc taccttgtcg
      901 tttcacgaca tttgaccgtt atgactatgg ggaaaagacc gtttacacct gctttcgttg
      961 gtcacgaata gggcacccaa agagcaatcg agagaagatt gtagtgttct gcgcatatga
     1021 aagtcgcagc aaaacggcaa cgttctcacg agggaaaact atctttgcgg gcagaaagcg
     1081 agtgttctct gttatacatg aacaaagcag gtcgaagcac ttagctcatt acctaatcgt
     1141 tacctattcc cttttacatt acaggtaaca ttctctcatt cagatagata ggctctcgat
     1201 gcagagtttc tgcaaacacc aaaaagtttc tcgagagact tgcgggactc ccgcaaacac
     1261 caaaaagtta ctcgagagac ttgcgggact ctcgcaaaca tcaaaaagtt tctcgagaga
     1321 cttgcgggac tcccgcaaac gccagaaagt ttttcgtggg acttgcaaca gtgttgcaaa
     1381 cgccagaaag tttttcgtga gacttgcaac agtgttgcaa acgccagaaa gtttttcgtg
     1441 agacttgcaa cggtgttgca aacgccaaaa agtttttcgt gggacttgca acggtgttgc
     1501 aaacgccaaa aagtttttcg tgagacttgc aacggtgttg caaacgccga aaagtttttc
     1561 gtgggacttg caacactgtt gcaaacgcca gaaagttttc cgtaggactt gcaacggtgt
     1621 tgcaagcatt tccaaaagct ctttggccgt tgcagcgcgc tatccaagac catctctatg
     1681 gattagcctc cccccattcc ttcgtcaaac tcacgttacg gaaaggaaga tcacgcgcga
     1741 gggtgggatc tccacaggtc ggcaaaaagc ctgaagactg gtgcggtatt gatgcggttg
     1801 ccctggcggc ggctgaggct gtgatagcca atttccggcc ctggatcatc tattatcacc
     1861 atgcagctat cccaaggaga atctgggcca acttctggca gcatatttgc taaggaggga
     1921 gcacatataa taataggaac aatcaaaata tagtatcata tggatagaaa cgagccaatg
     1981 acggccaata atcaagagaa cgaagaaggc acagaggcga caaaagtgca gagtgagaca
     2041 gaaaacacgt cagctgaaaa cgttacagct gacgatttga cagacactgc agcaacgcca
     2101 gatagaggtg aagccacgac cgactgggaa gccaaataca acgagctgaa cgactcctac
     2161 ctcaggctgc gcgccgagtt tgacaactat cgcaagcgta ccctacgcga aaagtctgat
     2221 ctgatcaaga gcggcggtga gggtgcactg atcggcttac tacccgtgat cgacgatttc
     2281 gaacgggcac tcgatacgat gaaaaaggcg accgacccga aggctgtggc tgagggcgtg
     2341 gagctgatct atagcaaatt catggactac ctcggtcggc agggcgtgaa gcccatcgag
     2401 gccgtcgggc aacccttcgg cacggagatg tttgaggccg tcgccatgat ccccgcccca
     2461 gacgaggcgc agagggggcg cgtgatcgat tgtgtgcaga cgggatacgt gttgaacgat
     2521 aaggtgatcc gccacgccaa ggtggtcgtc ggtgaatgat tctctccaat atcaactaag
     2581 aggaatagaa gactgtggaa aaaagagact attacgaagt gctgggcgtg gcgaaaaacg
     2641 cttcagcaga cgagataaag aaggcttaca ggcaaaaggc catccagtat cacccggatc
     2701 gtaacccggg cgataaggag gcggaggaga agttcaaaga agccgctgag gcttacgacg
     2761 tgctgagtaa cgacgagaaa cgcgcccgtt atgaccgttt cggacatgcc ggaatgagcg
     2821 gtgcagccgg cggcggtgcg ggtggattcg gcggtggtat gtcgatggaa gacatcttct
     2881 cgcagttcgg cgacctcttc ggcggacatt tctccgggtt cggaggcttt agcggtttcg
     2941 gcaacgccgg cggtggccga cgtgtcgtgc agcgtggctc cgacctgcgt gtgaaggtga
     3001 aactcacgct caaggagatc gctacgggcg tggagaagaa gatcaaggtc aagaaatacg
     3061 tgccctgcac acactgtcac ggcagtgggg cagaggacga gaaggccgtc gagaagtgtc
     3121 cgacctgcca tggtagcggt tacgtgacgc gcgtggccaa ctccatcttc ggtcaaatgc
     3181 agacgcagtc cacctgcccc acgtgcggcg gatcgggcga gacgatcaca cgcaaatgcg
     3241 ccgagtgtaa tggtgagggc gtcgtgcgtg ctgaagaggt gatcacactc catatccccg
     3301 cgggtgtgag cgaaggcatg cagctgtcga tggaggggaa gggtaacgcg gcgcgtcgtg
     3361 gcggtatcaa cggtgacctg ctgatcctcg tcgaggagga acgtcacccg gaactgctcc
     3421 gtgacgagaa cgatcttatt tataacctcc tgctctcttt cccgcaagcc gctctgggtg
     3481 cgtcggtcga gatcccgacg gtcgacggtc gcgtgaaggt gaagatcgag ccgggcacac
     3541 agtcgggtaa ggtgcttcgc ctgcgcaaca aaggcctgcc ttcggtcaac agttacggca
     3601 cgggcgactt gctgatcaat atcaaggttt acgtccccga gaagctgacc gccgaagaac
     3661 gaaagaagat cgagagtctt gccgcctcag ccaactttac gccagatgct tcggcccgtg
     3721 aacgtgcctt ccgctcgttg agagactttg aggattgatc ccctgtacac cgatggaata
     3781 ctacgagttt cgattcacct acgaccatcc cgcaacgatg gatacggaca cgattaacga
     3841 cgtcttggcc gctgagctgg gcgcgatcgg cttcgatagc ttcgcccccg atgccgacgg
     3901 actgaacgcc tacgtccctg tgtcggatta tcgtcctgag ttgctcgcgc agctgctcgc
     3961 cgactttccc ctgtcggatg tcgtaatccg ctacacgcac acgtccgttc ccgatcgtga
     4021 ctggaacgag gagtgggaga agaactattt ccagcccgtg cgcatcggtc acgaatgcct
     4081 catccgcgcc tctttccatc agccggagga gggttttgcg cacacgatcg ttatcgatcc
     4141 gcgtatggcc tttggtacgg gtaatcacgc tacgacagag cagatggtcc gcgccatatt
     4201 accgctcgac ctgcacggtc gggaggtgct cgacatgggc tgcggtaccg ccgtgctggc
     4261 catcttggcc gcacagaagg gcgcgcaccg tgtcgtggcc atcgacaatg acgagtgggc
     4321 ctatcacaac gccatcgaga actgtcgact gaacaacacg cccgacattc atgttctcca
     4381 cggcggtgcc gagcagatag ccccctgcgg tacgtttgat tacatcttcg ccaatatcaa
     4441 tcggaatatc cttctgcgcg acatgtcgca ttacgtgtct gcgcttcgct cgggcggacg
     4501 tctctatttg agtggattct atgagtcgga tgtgcctacc atagcgcagg aatgccgatc
     4561 gcaacggatg acatcaagcc tctattcatc ccgtaacgaa tgggctgtag tagtggctgc
     4621 gagggaatgg taaagatcat taaaagccct ctatttggca gaatcttatt ctcccgaatg
     4681 cgtacgtttg ccgaaaacac taacggattt ttaattgtag gtcaatatga agaataatgt
     4741 agactccaag ttcttactgg gacttctaat cggcggggca gttggagccg ccattggcta
     4801 tttagccgca acagataagc gcgaacagct catcgacgaa cttaacgacg tagtcggaaa
     4861 ggtaaagagt accgtaaata tggccatctc gaaatacaag gaaggccgcg tagctccgat
     4921 tatcgacgag gtggaaagcg ccgctgaaga tgccgaactc gtgtaacagt ttatgaagcg
     4981 cgattcggag caattcttcc aggagattaa gaaggatttg acccggtatg gagagctccg
     5041 acttgagctt ttgaaactgg gggcgtatga gaaggcgggg aaagtgtttt ccgtcctctc
     5101 atacagctta atattactca ccctcgcttt cttcctaacc cttttcctct tcctggcgct
     5161 cggattcttt ctgagcgaat ggttacactc caccggcgtc ggattctcta ttgtcgccat
     5221 tctctatgtc atgctcgtcg gaggtgtcgt agccttcaag accaaaattc ggaggctgat
     5281 cctcaatgct atactcgaga tgttgatgaa tgacgaagac gacgaagaca ctccacccgt
     5341 tacaaacgca cctcatgaca acgaccaccc tgccacaaac cccgctgaac aaactgcagg
     5401 ctgagaaacg cgagctggag gcgctctgca aaaagcaaga agagcgactc gcagtgcacg
     5461 cccggtatct ccaagacaat gcgggcagtc tgctgctctc tggcgtatcc gcactgctct
     5521 ccagcaccgg tacaccgaaa gcagagaagg ctgaatccac cacgcaacaa cgaccgcgtc
     5581 cgcaatcgtt tgccaaacgt ccagccgcag cacccgccac ccctgggctc cccatgggac
     5641 tgtcgacctt gcttaaggtg cccaagatgg tctcaattgg cgccgggtgg atgccgctag
     5701 catgggaggt ggcacaaccc cttcttatca cttggagcat caagcgcgtc aagcggatta
     5761 tcggtggtgc cttcacccga aaaaagaaaa agtgacaccc cgccccggta gccggtaaac
     5821 ccctactgag gcgccccccc taaaaagaaa gaatgaggcg tatcatcacc atcctctgta
     5881 ccgcagccct cctcaccgca tggctcacat cttgcgcaac gccctgtggc tgttagcgct
     5941 cgagcaacat atacaatcat cacacaatca tcaacccttt aaagatttac gataatgaca
     6001 aaagtaggta tcaatggatt tggccgcatc ggacggttcg ttttccgtgc agccatcaag
     6061 agagatgaca tcgaagtagt aggcatcaac gacctctgcg cggtggatta catggcatac
     6121 atgctgaaat acgacaccat gcacggccgc ttcgaaggca ccgttgaggc tgacgtagag
     6181 cacagcaccc tgaccgtgaa cggcaagaag atccgcgtca ccgccgagaa agatcccgcc
     6241 aacctcaagt ggaacgaagt cggcgccgag tatgtagtag aatccaccgg cctcttcctc
     6301 accaaggaaa aagccgaagg ccacctcaaa gccggcgcca agtacgtcgt gatgtcggcc
     6361 ccctcgaagg acgacacccc gatgttcgtt tgcggcgtca acctcgacgc ttataagaag
     6421 ggcacacaga tcgtttctaa cgcctcctgc accaccaact gtcttgcccc catcgccaag
     6481 gtgctgaacg acaacttcgg catcgagagc ggactcatga ccaccgtaca ctccgtaacg
     6541 gctacgcaga agaccgtcga cggtccctcg atgaaggact ggcgcggcgg acgtgccgcc
     6601 agtggcaaca tcatcccctc gtctactggc gctgctaagg ctgtaggcaa ggtgatcccc
     6661 gccctgaacg gtaagctgac cggtatctct atgcgcgtac cgaccctcga cgtatcggtg
     6721 gtcgacctga ccgtcaacct ggccaagccc gcctctaagg aggctatctg caaggccatg
     6781 aaggaggctt cagaaggcga attcaagggc atcctcggct ataccgaaga cgctgtcgta
     6841 tcgtccgact tcctcggctg caccctgacc tcgatcttcg acgccaacgc cggtgtttac
     6901 ctcaccgata agttcgtgaa ggtcgtttcg tggtacgaca atgagatcgg atactccaac
     6961 aaggtgctcg acctcatcgc acacatggct aaagtgaacg gataaacgca tgatttggag
     7021 gcacattctc cggattgtta ttttttaatg gtatttctct tcggggcgtc actctcagca
     7081 atgagggggg cgcctcgatc tttattccct atggaaaaag ccaaagcact catcaccatc
     7141 gcacagcgca tgcgcgctct ggcgcagacc ggactctcgt actccgtgag tgattacgag
     7201 accgaccgct gccaggagct gcttcgcctc agcgaccgca tcacgtccat cgtcagcggc
     7261 ctcccggacg aggagatcgc cgcctgctac caccccatga aggagtacgt cacccccaaa
     7321 gtcgacatcc gtgctgccat cttcaacgac cgtgacgaga tcctcctcgt acgcgaaaag
     7381 gccgacggac gctgggccat gcccggcgga tggtccgacg tgggctacac cccctcggag
     7441 gtggctgtca aggagacgaa agaggagacg ggcctcgacg tgcgcgtcga acgcctcctg
     7501 gccgtgctcg acaagcgttg ccacgactac cccgcctcgc cgctctacgt ctacaaaatg
     7561 ttcatcctct gcaccgtcac gggcggcgag ctggccggca cgttcgacat catcgaccag
     7621 cgttttttcg ccctcgacag cctgccgccg ctctcgctcg accgcacctt gccggagaat
     7681 atccgcatgg tcgacgagct gcgtcgtcat cccgagcgcc ccgtggtgct ggattaatgc
     7741 gggtttaatc gcgcagcctg cttggggctc ctgcggcatt tgccttgacg tttgcgcagc
     7801 ctgctcgggg ttcccgcggc atttgccttg acgtttgcgc gggccgcgcg agttccgcgg
     7861 catttgcttt ggcgtttgcg cagcctgcgc gagtcctgcg gcatttgcct tgacgtttgc
     7921 gcgggccgcg cgagttccgc ggcatttgcc ttgacgtttg cgcagcccgc gcaagtctcg
     7981 cggcatttgc tttggcgttt gcgcagcctg cgcgagttcc gcggcattcg ccttgacgtt
     8041 tgcgcagcct gcgcggggtt cccggcaaat gacgcggtcc cagcgggtac tcccgcaaat
     8101 gccgccgcat gggccgaaga gcggtgggca gaaagggaaa aatgacggac ttttgggccg
     8161 tttttatcga tgacaaaagg gaaaatggag cagaaaacga gtttgctggg gatgaccatc
     8221 gcggagttgc gcacagtggc cgcggaggtg agtctgccgg cctacgcagc gagtcagatg
     8281 gctgattggc tgtacaaaaa acgcgtgtcg gaggtggcgg aaatgaccaa catcgcgctg
     8341 cggaagcggg aagtgttggc tgcgggctac accgtgggcg cacgcgagcc ggcggaggcg
     8401 gcgcagtcga aggacggaac ggtgaagtac ctcttcgagg ccgccgcagg gcgtttcgtg
     8461 gaggcagtct acatcccggc cgaggagcga gacacgctct gcgtctcgtc gcaggtggga
     8521 tgtcgcatgg cgtgccactt ctgcatgacg gggcggcagg ggctgggggc gaacctgacg
     8581 gcgggcgaga tcatgaacca gatcctccgg ctgcccgagg cgactcaact gaccaacctc
     8641 gtttttatgg gcatggggga gccgttagac aacgtggacg aggtgctgaa ggcgctggag
     8701 atcctcacct cgagctacgg agtcgggtgg agcccgcggc ggatcacggt ctcgaccgtg
     8761 ggcgtggcgg caccgctcat gcggttcttg gccgagagcg agtgtcacct ggccgtgagc
     8821 ctgcattcgc ccttcgccga ggagcgcgcc cgactgatgc cggccgaacg ggcctgcccg
     8881 gtcgaggagg tggtggcgct gctcaaggag tacgactttg cgcaccgccg gcgggtgtcg
     8941 ttcgagtaca tcctcttcga cggcgtgaac gacacgatgc gccacgtgaa ggcgctcgcg
     9001 gcgctgcttc gggggctgcc ctgccgggtg aacctgatcc gctttcatgc catcccgggc
     9061 gtggcgctac ggagttgctc ggcggagaag atgatctggt ttcgcgacgc gctgaatgcg
     9121 cggggtgtgg tctgcacgat tcgtacttcg cgcggggagg acattcaggc cgcgtgcggc
     9181 atgctctcga ccaagcgact tttagagaag agacattagg gcgcacgcta cttttgggcc
     9241 gtacacatat acatttatat acaggacaac taaacagaga gagaagacaa tatgaaaagg
     9301 acctttttct tgacgatgat catgggcctc gtggccctgt tatggagcgc atgccacacg
     9361 tcgccgtcga tcatttcggc caccggcatg ccgtacgagg tggaggtggt gacgacgcgc
     9421 gccctctggg acgacacggt gggcgtgagc ctgcgcgccg agttgcagcg gcctatcagc
     9481 gggctgcctc aagccgagcc gtcgatgcgt gtgacgtttg tcacgccgga cgatttcaac
     9541 gggctgacaa cctatgtgcg caacatcatc atcctcacgg tcgacgccga gcgttacacg
     9601 aagctgtccg ttcgggcgga gaaggatcgc tgggcgacgg ggcaggtggt ggtctacatc
     9661 tcggcgccgg acgaggcgtc ggtgctcacc tatctggccg accatcgcgg cgcgctgacg
     9721 gactatttca cgcggctgga gatgatgcgc atggcgcagg tgatgcagga gacgtacagc
     9781 tcgctggtga tggactcggt aaagtcgaag ttcggcgtga tgctcaatgt gccgtcggac
     9841 atcacctcgt ttaaggacac cacaaacttc ttctgggcct cgaacaacgc caacacgggt
     9901 cgcatggacg tggtggttta caccttcccc tacaccgacg agaagacctt cacgctggaa
     9961 tacatgcagc acatgcgtga ctccattctg ggcgcgaaca tccccggagc ctacccgaac
    10021 tcgcacatga cgacgcagcc catcggcctc acctacacgc cgcggacgct tcagggcaag
    10081 tattgtggcg tattgcgcgg actgtggaag atggagggcg acatgatggg cggacccttc
    10141 gtcagctttg cccggctgga cgaggcgaac caccgcgtgg tcgtagccga aggctttgtc
    10201 tacgcccccg agacggacaa gcgcaactac atccgtcgcc tcgaagcggg gctgcacacg
    10261 ctgcgcctgc ccggcgagtt cgataagccg ctggacggcg tggaagagat gaacggacag
    10321 aagaactaac aacgaaaatc gaaaagctaa gagcctcatc gccgcaccta tcggcagggc
    10381 ttttagcttt tcgtttttca cctttcactt gatagcttac agagacagca tggaagaaag
    10441 attgattcgc gtgggtatca cgcaaggaga tatgaacggg gtgggatacg aggtgatcct
    10501 gaaaacgttc gcagaagaga tgatgacgga catctgcacg ccggtcatct atggctcact
    10561 caaggcgttg cagtattatc gggatacgct gacggacatc accgaaccgg tgattccgaa
    10621 cgtcatcgcc cgcgccgagg aggcggaaga gggccgtgtg aacctcatca attgcgtagc
    10681 ggccgactgc cccatcgcac cgggcgagtc gaccgcggag ggtggcatgg ccgccttcgc
    10741 gtcgctcgag gccgccgtgg ccgacctcaa gcggggcgtc atcgacacgc ttgtcacggc
    10801 gcccatcaac aagcacaaca tccagcacga cggcttccac ttccccggtc atacggaata
    10861 tctcgaggcc tgtttcgggg agaatggcgt ctaccgttcg ctgatgattc tcacgagcga
    10921 caggctgcgc gtggccttag tgacgggtca tgtgccgctg gccagcgtcg cctcccacct
    10981 cacgccggag gccattacgg ataagctgat cctcttcaac acgtcgctca aggaggactt
    11041 tggcatcgtc cgcccgcgca ttgctgtgct ctcgctcaat ccccacgccg gcgacgccgg
    11101 actgttgggc gaggaggagg agactgtgat ccgccctgcg atggccgagg ccaagaagaa
    11161 aggcgtgctg tcgttcggcc cctacgcctc ggacggcttc tttggatcga gcaccttcca
    11221 actcttcgac ggggtgctgg ccatgtatca cgatcagggg ctggcgccgt tcaaggcctt
    11281 ggtgatggac gagggcgtaa acttcaccgc cggactgccc atcgtccgca cctcgcccga
    11341 ccacggtacg gcctacgaca tcgccggacg caatcgggcc tcggaagcct cgttccggca
    11401 ggccatctac gcctcgatcg acatctatcg caaccgcgag gcctatcgcc aagccaccct
    11461 gcaccccctc cgcaaggagt ttgtcgacaa ggtcgggaag gacaacgtga agctcgacct
    11521 cacccaagag gtggaagaac ccgagctgta gcgcccgcca gtccccgtcc cctgagggga
    11581 taagggcgta cccgcctgga aagtccccgt cccctccagg ggataggggc gtacccgtct
    11641 ggaaagtccc cgtcccctga ggggataagg gcgtacccgt ctggaaaatc cccgtcccct
    11701 gaggggatag gggtgtaccc gtccagaaag ctcccgtccc ctgaggggat agggatgtac
    11761 ctgtccggaa agtccccgtc ccctgagggg ataggggtgt acccgtctgg aaagtccccg
    11821 tcccctgagg ggataggggt gtacccgtct ggaaagtccc cgtcccctga ggggataggg
    11881 gtgtacccgt ccggaaagtc cccgtcctcc tgaaattggt aagatcgaaa cagcttctac
    11941 ctttgcccgc cgtgtaaaaa taggtatcag aaaattcaaa acggcatcct atgttcaaga
    12001 ataaaacggt ggtttacacc tcagggacat tcgacatgtt ccactacaat catcttcgga
    12061 tgatcaatta cgcccgcagc ttgggcgaca ttctgattgt cggcgtgagc acggacgaac
    12121 tcgtatcgtc gtacaaggcg ccccccatca tccccttcaa cgagcggatg cagatcctcg
    12181 aagccctcaa gacgcccgac atcgtcatcc cccaacatac gctcgaccat accgagatcg
    12241 tcaagaagct caacatcgat gccttcgtgg tgggcgacga ctggtatgga aaatacgact
    12301 acctgcgcga gctcgacgtg caagtcttct acttccctta cggcacaggc gtctcctcct
    12361 cctcgctccg taagaccatc cacgactctt acgagaaaca cctgcagcag gagcgacagg
    12421 ccaagcccga gtcggtgaag ggcatgaaga tcggtcttga cgacgagccg acgtccggcc
    12481 aaccatccta acgccgcacc ccagagagat atgactaaac aagcattgat cacgggcggt
    12541 acgaagggta tcggtcgtgc cgtagccgat gtgctggccc gcgctggcta cgacctgacg
    12601 ctgacctacg gcgccgacac cgtggccgcc gaggaggctg cggaagcgat ccgcacagcg
    12661 tcggccgttc gggtcgacct gctccaggcc gacatcaccg accccgcctc cattgcgcgt
    12721 gtcgccagcc atttcgaggc ctcagacacc acgctcgacg ccgtcgtcct gaacgccggc
    12781 accacctatc gcgcttcgtt cgaggagctg gagctggccg agtgggagcg gcagttcttc
    12841 gccaacgtac acttccccgt cttcctcctc cagcggcttg tgaagcgcat acggcgcggt
    12901 gcaggcgtcg ttttcaccgg atcgctgatg gccgtcgagc cgcacggcat gtcgctctcg
    12961 tacggcgtca ccaagtcggc tgtgcatgcc ctggccaaga acctcgtcaa gtttcttgcc
    13021 ccctacggca tccgcgtgaa cgccgtcgca ccgggcttcg tcgacaccga ttggcaccgc
    13081 accaagcccg ccgaggtgcg tcgcaacatc gaagggaaga tcgccctcgg ccgcttctgt
    13141 agccccgagg aagtggccga ggtctaccgg atgttggtcg agaacagtta tatgaacggc
    13201 gcagtggtcg tggcggacgg cggatattgc tatcggtgaa ccatgagcga caagtcattc
    13261 gaagcgtccc tgaaatccat cgagaccgag aacctgatcg atctctattt ctatcgcccc
    13321 atcggctatc gcttggcgcg catgctgcag cacaccggcg tcacgccgaa catggtcacc
    13381 atcctctcca tcttcgtcgg tgccggcacg ggctacctct tctacttcac cggccgcccg
    13441 gagtacaccg tggcgggcat cctgctgctc atcgtggcca acatcctcga ctgtgtcgac
    13501 ggccagttgg cccgcttgac cggcatcaag tccgagatcg gtcgcatcct cgacggcatg
    13561 gctggcgata tctggttcac cctcatttac gtcggcctcg ccctgcgcct cacgcacctc
    13621 tacggtagcg gttggttctt cgtgcccgcc gtcgcttccg gtctctcgca tctgcttcag
    13681 gccggcatca cggactatta caagacgctc cacctctact tcgtcagcaa agagaaaggc
    13741 cgcgagttcc atagcattga tcaggtcaag gcccagcaac gcgccatgaa gagccgcacc
    13801 aaccgcgcct tcttcgccct ctatgaggtc tacacccggg tgcaagagtt ttggacgccc
    13861 gccctgcagc gcatgctccg cacgcttcag gcacgctatg gcgacgacat ccccgagccc
    13921 cttcgccaag ccttccgcag tcgcagccgc cacctgatga cgcactttat cgacttcatg
    13981 accttcaacg gtcgcaccgt cgttctcttt ctggtcatgc tccttagcat acgctggagc
    14041 ggcatcgtgt ggatctattt cgtgtacgag atcgttgtgc tcaacgccat tctgctcctc
    14101 tctgtccatc ggcacgagca gatttgtcgt gacatcatca cccttgacga acgcagccgg
    14161 catgagtgag cagaccgacg tgaagcccgt cttcggcctg gccgatctgc aggcagccgc
    14221 gcccatcttc cgccaccgat gggccatccc catcgctcgc cggctgatga aatggctcgc
    14281 catcgacaag gtcaacgcca tccacaccca acattgccac ctgcgtggcg ccgccttcac
    14341 ctccgccatg ctggccgacc cgatgatgga cgtgcgctac aacattcatc acgccgagcg
    14401 actcgacacc ctccccacgg gcgccttcat caccgtctcg aaccatccca ttgggtcgct
    14461 cgacggcatc atcctcatcg acctttttgc ctcccgccga cccgactttc gcgtcatggt
    14521 caacggtgtg ctggagcgca tctgggccat gtcagacaac ttcatctcag tcacgcccaa
    14581 gacgggcaac caaacgacgg cccatcacgc caatgtgggc ggcgtacgcc tcgccctcga
    14641 agggttgcgg aacggtcacc cgattggatt cttccccgcc ggtgccatgt cgttcggtaa
    14701 cgcacgcggc gaggtgctcg atcggccgtg gacgcacagc gtgatccgcc tgattcgcaa
    14761 ggccggcgtc cccgtctatc ccgtctattt cgatttccgc aactcccggt tcttctacgg
    14821 gctgggctgg atcagctgga agatccgcac gctgcgcgta gcggcagagg ccttcaacaa
    14881 gcgtgggcgt acggccgaag tctacgttgg cacccccatc gacccggacg tgatccgtag
    14941 ctatacggac gatgtggctc tggccgactt cctctatcgc cgcacgtacg cgctgccgaa
    15001 ggaggattaa tccccccgcc caaccgattg cccccaccgc catgctgctc tccatcgtta
    15061 tcgtcaatta caatgtgaag tacctgctcg agcaatgtct gcgctccgtc cgtgaggccg
    15121 cgcaaggcat tgaggtggag acgtgggtgg tggacaacgc ttctacggac gggtctgtcg
    15181 actatctgcg cccacttttc cccgaggtac acttcatcga aaatgcagac aatccgggct
    15241 ttgccaaggc aaacaatcag gcgatccgcc tctcgcgagg gcgctacgtg ctgcttctga
    15301 accccgacac gattgtgacc agcgaggcgc tgcgcggcgc gtgccacttc atggacagtc
    15361 acacgaacgt gggcgcgatc ggcgtgaaaa tgatcaacgg gcacggcgct ttcctccccg
    15421 aaagcaagcg cagcttcccc acgccgtggg tggccttttg caaactctcc ggcctctcgc
    15481 gcctcttccc ccgttcgccc cgcctggccg catacagcct gcgatacctg tcggacgacg
    15541 ccgtccacga ggtgcaggtg ctctccggcg ccttcatgtt cctccgccac gaggcgctcc
    15601 ggcgcatcgg cctgctggac gaggccttct tcatgtacgg cgaggacatc gacctctctt
    15661 atcgcatgat ccccgccggt tacgccaact attacctccc cttcagcatc ctccattaca
    15721 agggcgaaag cacccactac gccgaccggc gctatttgaa tgccttctat aacgccatgc
    15781 tgattttcta ccggaagcat tacccgaacg ccggcggact ggcctgggcc ctgatccgtc
    15841 ttgcagtttg tttgcgcaaa gccctcgccg gactgtttgg ctggaaacgc acgcgcccct
    15901 ctcgtcgccg aggtgggcgc aggccggaac tcctgtatgt atgcagcaaa gcgcacgctg
    15961 ccgatgtgcg ccgccgtgta ttggcgcgat tccccgaggc cgcatcgatc gcttgggagg
    16021 cggcagacga gataggcgcc atccccccgc aggacgggta tacggacatc atcttctgcc
    16081 accctgacct ctcttttgat cgcatgattc acctcatgga cggctgtccg gataagcgga
    16141 tgacctacca cacgttttac cccaacgccg atcgatggat ctcacccacc cgataacgcc
    16201 gccccccgag gcgtggctcg acggccatcg ggtgcgcctg cgcgccctcg aaccggaaga
    16261 tttggaggcg ctctatgggt gggagaacga ccccgcgacg tgggagcagg gctgcaccct
    16321 cgcgccctac tcccgctacg ccctgcgcga atacatcgcc tccgcctcca cgagcgacct
    16381 ttacgccatg cgtcagctcc gcctgatgat catcgaaaag tcgaccgatc gagccatcgg
    16441 cacggtggat ctttacgact tcgatccgca ccatcagcgt gccggcctag gggtgctcat
    16501 cgacgcctcc tgtcgtggac ggggcttcgg gcgggaggcc atcggcctcg tttcggccta
    16561 cgcctttcgt ttcctccacc tccatctgct ttacgcccac gtgtccacgc gcaacacgcc
    16621 cagcctgcga cttttcgctg cggctggctt ccagtcctgc ggcacactcc ccggatgggt
    16681 tcgcaccgcc aaaggctttg acgacgtcgt cgttatggtg tgcacttgcg actaagcggc
    16741 gccgtcaagc gactttttgg cgtcgctgcg tgccagcgag tccgtcaagc gactttttgg
    16801 cgtcgctgcg tgccagcggc ctcgtcaagc gactttttcg tgtcgctgcg tgccagcggc
    16861 ctcgtcaagc gactttttcg tgtcgctgcg tgccagcggc ctcgtcaagc gactttttgg
    16921 cgtcgctgcg tgccagcggc tccgtcaagc gactttttga cgtcgctgcg tgccagcggc
    16981 tccgtcatgc gacattttgg ggcgcctgcg tgccagcggc tccgtcatgc gacattttgg
    17041 ggcgcctgcg tgccagcggc gccgtcatgc gacattttga ggcgcctgcg tgccagcggc
    17101 gccgtcatgc gacattttga ggcgcctgcg tgccagcggc gccgtcatgc gacattctgg
    17161 acagcctgcg tgccagcggc gccgtcatgc gacattctga ggagcctgcg tgccagcggc
    17221 gccatcatgc gacattctgg agagcctgcg tgccagcggc gccgtcatgc gacattttcg
    17281 cgtcgctgcg tgccagcggc gtggcccgag cgacaggatg gacacgcgga ggcgtgggaa
    17341 gaaggagccg ctcgcatggg gcgccggctg cgtagcgatc ccgccaggac ggggcgtaaa
    17401 aagtatgagg atgcaccctc acggacacat cctcacgcag aacactacct cattgtcaag
    17461 gtaaacacac gattgttcta actaattgtt tgtcttagtc tatgttctaa acgagatcta
    17521 tgattactga tacttataca cttacacggt gctctgctta ttccacatcg acgagttcct
    17581 cttgcgccat gctgcgcgcc tcgtagggga tggtcttatc gaccgaccgg cggcaaacga
    17641 tcttgtagcg cttctctccg ccgaaggttt tcacccgcac cgtcaccgtg gagtctgacc
    17701 cggcggggaa cttcagctta gccatatcga aggccacgaa accgcgtcgg ccatagcgcg
    17761 gggggtcgcc gaaagcattg tggcggaact cgaagacgta aggcgggata cccgattgcg
    17821 agacctgcac gaggttcacc aagtggcgct tcgtaccgcc gtgattggcc ccgaagtgca
    17881 cgttgatgta accgtcgcca taccaaatgt cgatcacgct gataggatca gagccgaagt
    17941 cgtccgacgt ctttgaggta ctcaacatat cggatgctat gaacggtttc gtgaggatat
    18001 cgcggatgcc acgcataagg atggcgtggt cgtagccttg gaacgtgtcg gagaggatcg
    18061 tatagtacgc tagggcgcgg tggcgcgtgg tggggcgata gaaggggatc tccgtgccgg
    18121 cgggccagag gcgggtgccg tcgtcgaggg tgagcgaata ggtgccgccc ttgccgatcg
    18181 ggtcgacggt cacgacagat cgccagacgc gccctaagct gtatccacta tcgtctttgc
    18241 tgcatgatac ggccccggac atgatcaatg ccgcacagag actcatcaaa aggaatttcg
    18301 tcgttttcat ctgggtgttg ttttttgatt tactgcaaac cttgatgggg gagggtgcga
    18361 tagtgttgca tcgagtggat gttaaaactt ctaaggccct ggcgccggtc tgtcgcaccc
    18421 cgtgcggcca ccgatcgccg tctacttttg cggccgataa agacgaagaa ctgatgagag
    18481 aagagatcac gcttacgcac accctgccca atgggctgcg gatggtccat ttgccgaccg
    18541 attcggaggt ggcttattgt gggctggccg tcgacgctgg cacgcgtgac gaggcgccgg
    18601 acgagagtgg gctggcgcat ttcgtggagc atatgctttt caagggtacc cgtcggcgcc
    18661 gggcatggca catcctgaac cgcatggagg ctgtcggcgg cgatttggat gcctacacga
    18721 cgaaggagga gacgttcctc tattccgtct ttcccgcgcc acacttcgag cgggcggtgg
    18781 agctgattgc cgatttggcg gcacacgcgc agttccctgc ggccgagatc gagaaggagc
    18841 gcgaggtgat cttggacgag atccgatcct acgaggatgc gcctgcggaa ctgattttcg
    18901 atgaatatga gtcgatgctc ttcgacggtc acccgctcgg tcggccgatc ctcggcaata
    18961 aacgcgcgct gcgacgtttc gacaccctgc gcgggcgatc gttcatggag cgttactata
    19021 cggcggcgaa catggtcttc ttttcgatgg gcgccacggc gttccagcgg atcgtgcgaa
    19081 tggccgagcg acattttgct gacctacccg ccgtgggtat ctctcatcag cgcacgtcgc
    19141 cggccgaagt gtcgccacgc gagtcggtca gccgaaaacg cacgcaccag tcgcacgtga
    19201 tccttggcgc ccgcgcctgc gacctctttg acacgcgtca tgcgccactc tatctgctga
    19261 acaacatcct cggcgggccg ggcatgaaca gccgactgaa cgtggccctg cgcgaacgtc
    19321 gcgggctggt ctacggcgtg gagtcgaact tgacgtgcta caccgacgca ggcctctgta
    19381 cgatctattt cggcaccgat ccgcgcaatc gcacgcaggc gctcaacctt gtccgcgctg
    19441 aactggcgcg cctccgcgaa cgccccctat cgcccacgca actggctgcg gccaagaagc
    19501 aggccatcgg gcagctgcgc gtggcgggcg acaatcgcga gggactgttc ctcacgctcg
    19561 gcaagtcgtt cctgcgcttc ggtcgctgcg atacgccggc cgagacggcc cgtcgcatcg
    19621 aggaggtgac ggccgacgaa atcctcgccg tggccaacga gttcctcgcg ccagagcgcc
    19681 tttcgtgctt agtctacgag tagcgggctc aacagatcgt cgacgtgacg cgcgcatagg
    19741 gtgcggcgtc catcgcgcag aatagaccgt cggcgtactt gaaatagccc gtcatggcga
    19801 ccatcgcggc gttgtccgtg gtgaaagcgt tcggcggcag gaagatgttc cagccgaggc
    19861 gctcggcatg gtcacggaag gcgtcgcgca ggccggagtt ggccgaaacg ccccccgcca
    19921 cagccacttc gcggatgccg gtgtcggcca cagcgcggcg cagtttgtcc atcagaatat
    19981 cgatgacggt ggcctgcaac gaggcgcaga gatcagcctt gtgcttctcc acgaagtccg
    20041 gatcgtcctt cagcgcgtcg cggagggtgt agaggaaaga cgttttgagt ccgctgaagc
    20101 tgtagtcgta gcccgggacg tgtggcttac tgaaggtgaa ggctcgcgga ttaccctcgt
    20161 tggcgaggcg attgacgacg ggtccgccgg gataaccgag tcccatcact ttggcgcact
    20221 tgtcgaaggc ctcgcccgcg gcgtcgtcga ttgtctgccc gatgacctcc atacgatcgt
    20281 aggcctcgac gcgaatgatc tgcgaattac cgcccgagac gagtaggcag atgaagggga
    20341 acgcggggtg cgcgttatcg tcgggcgact gcttaatgaa gtgcgccagc acgtgcgcct
    20401 gcaaatgatt gacctcgatc atggggatgc cgagtgagat ggccagccct ttggcgaaag
    20461 aggtgcccac gagcagtgag cctaaaagtc ccggtccgcg cgtgaaggcc acggccctca
    20521 gctccgagcg atgaataccc gcccgacgga tggcctcgga gaccacgggg acgatgtttt
    20581 gttgatgtgc ccgcgaggcc agctccggca ccacgccgcc gtaggcctca tgtacggcct
    20641 ggctggcaat cacgttcgac agcagcacgc cgtcgcgtat cacagcgcac gacgtgtcgt
    20701 cgcacgaaga ttctattccc aatattgtta cgttgctcat acctattata tctattgtgt
    20761 acctcctgtc tgaggagaat gcggcgcaaa tttcggagaa aaagctcacg ggaatttgct
    20821 cgtttcaaaa tgatgttacc tttgcgcccg tcaaaaatga cacgggatgt agcacagttg
    20881 gctagcgcgc cacgttcggg acgtggaggt cggacgttcg agtcgtctca tcccgacctc
    20941 atcatattat taattgagaa attggtgatt cgaagaaaag ggttttccgt gatggagagc
    21001 cctttttttt gtccttaccc cagggctcca cgccccagcg ggtggttccg cggcggattg
    21061 tcgggcgcag ccttacggac tctcacgcga tctgcttgtc tgagacaatg aactgaggtg
    21121 gtttcgtttc ggccgattgt atgatacaat gagccgaaat ggttttgatt ctcgccattg
    21181 tacgatacaa tcggcgtttt tttttcgatt cggccgattg tatgatacaa tgagccgaaa
    21241 tggttttgat tctcgccatt gtacgataca atcggcgttt ttttttcgat tcggccgatt
    21301 gtatgataca atgagccgaa acggttttgt ttctcgtcat tgtacgatac aatcggccta
    21361 cgagtcatct gttgattgta cgatacaatg aacgcggtgc gagaatgagg tgcaaggcgc
    21421 gcctattttt gccgcccgaa taatgatcca atagaagaat gaagaagaac aacgactgga
    21481 aggagcggct cggagtgatc tattccacga atccagattt tgcatatcaa acggacgagg
    21541 cgccggaggt ggagacgctg ccttgcgacc gtcagcggct gcgcgtaagg attgaccggc
    21601 ggaacagggg cggcaagacg gtgacgatcg tggagggctt tcgcggccgg acggacgatc
    21661 tggaggcgct gggcaaggcg ctgaaggtgc gttgcggcgt gggcggggcg acgaaggacg
    21721 gggagatcat cctgcaaggc gacctcaggc aaaaggtggc ggacatcctc cagagcgagg
    21781 gctacggggt gcgcgtatgc tgaccgttta tcgcgcatcg gccggggcgg gcaagacgca
    21841 cacgctgacg ggggagtacc tcaaaatgct tttcggcggc aatgggcaag agggcgaggc
    21901 aacgtatcgc cacatcctgg ccgtgacgtt taccaataag gcgacggcgg agatgaaaga
    21961 ccgcatcgtt cgcgacctct acgccctggc ttcaggtggg cggtcgggtc atctggaaat
    22021 gctccgggcg catctcgggg gggcgacgga ggccgacgtg cggacgcggg ctcggacgtt
    22081 gctggtgcgc atgctgcatg attatgcagc gtttaacgtg agcacgatcg atcacttttt
    22141 tcagcagacc ctgcgcgcct ttgtgcgtga gatcggcttg cagggcaact acgtcgtgga
    22201 gctggacgcc gagccggtgc tcgacgaggc agtggacagt ttgctggccg gcttagaccg
    22261 tgaggggggc gactcggagc ttttccggtg gctgctgcgc ttcagcgagc agaaggtgga
    22321 gcggggcgaa acgtgggtct tgagccgcga catgaagacg ctcggacggc agctcttcaa
    22381 tgaacactac aaggcgctgc gcagcgcgga cgatgctgac gagacggcgc ccacggtgga
    22441 ccgtaagaag atgacggcct acagcgacat gctttacgcc accatgaatg ccatcaaaag
    22501 cgaggcgcgc gagctgggcg aacgagggct ggccatcatg gcgcgctacg ggctgaagcc
    22561 ggagagcttc aaatggaagg acaaatcggg cctgatgctt ttcaataagc tgcaatcggg
    22621 cgtcatcgac gaagagccgg gcaaacggtt ctgtcagttg ccggacaatc tcgcagagtg
    22681 ggtctcgggg aagaatgcgg ctatcgaaca ggcctacgcc gacggcctga acgactgcgt
    22741 caaggcggtg ctccgattct atgacacgcg catgcgagac tatctcacgg cccaagccat
    22801 tgccgccaac ttctacacgt tgggcatcct gggcgacatc gcccgcgaga ttcgccgtcg
    22861 gagcgacgag aagaaccgca tgctcatcgc cgacacagcc gaactgctca cgcgcatcat
    22921 cgacggcagc gatgtcccct tcatttacga gaagactggc acgcgcatcc ggcattacct
    22981 catcgacgag tttcaggaca ccagcgcact gcaatggcgc aacttccgcc ctttggtggc
    23041 cgacagtctc ggcgcgggct acgacgacct gatcgtgggc gacgtgaagc agagcatcta
    23101 tcgcttccgc aactcggact ggaccctgct cgacgagcgc atcggcctcg atttcccgac
    23161 cggcgtcacg gagcgtacgc tggccgagaa ctggcgcagc ctcggtcgcg tggtggagtt
    23221 caacaacgcg cttttcacct tcttccccgt gcggctgcag gagcgataca acgtggggct
    23281 ggccgagtct acgctgccgc cggagcgttg tgcgctctat ggcgggcgca tcctccgggc
    23341 ctatgcgcac agtcggcagg cgctgcccga aggtcgagct gccaatgccg ggcacgtgcg
    23401 cgtggagctg cttgagcata cgggtaagaa ggaggagtgg caggaacagg cgatggcgcg
    23461 tctggtggac gtcgtcagtg agctgcggcg ccacggccgg tcgtggggag acatcgccgt
    23521 gctgactcgt acgcgtgccg aggcagccct cgtcacgggc gccttgctga catacggtcg
    23581 gcagcatccg gaggcggccc tccgaatcct ctcggatgac gggctgcaac tcgatggcgc
    23641 gtcggccgtg cgcttcatcg tgggcatgtt gcgctacatg aaccgcccgg acgactctac
    23701 gctgcagcgc tccgccggcc tcctgctctc ggccatgcgt atcaagcgca cgggggaggg
    23761 cgccgacccg tcgctcgttt gtgccgagct cgacgtggac ggtgccgagg cccgcgatcc
    23821 gctccttgcg ggtcatcgct cgatctatga ggcggtcgag gccatctgcc gccgcttcgg
    23881 gagcgacttc ccagaggacg agctaatctt cgtgcagtcc tttctcgacc tcatagcaga
    23941 ctatgccgag cgcgaagggt cggacgtcga ccgcttcctc tcgtggtgga aagatacggg
    24001 cagccggact cagatcgcta tgcctgagac gcaggatgcg ctccgcgtca tgaccatcca
    24061 caaggccaag ggcctcggct tcgatgtcgt cgtcttgccc ttcagcgatt gggggctgga
    24121 cgcaaagtcg gagaccatcc tctggtgtcg gccacgcgtc gcaccgtttg acgccatcgg
    24181 cgccgtgccc gtcaattaca aggctgagct tagccgcacg atcttctccg aggagtacta
    24241 tcacgaaaag ctgcacgcct acatcgatgc cctgaacacc ttctacgtcg ccctcacccg
    24301 cgccaaggaa gagctgatcc tcttcactcc ggccgcccct cccaagaagg aagccaagaa
    24361 ggacgccgcc gcatcgattg ctgacattct ctgcgaagcc ctcacctctc gccttaccca
    24421 aacggccgaa ggcgatccgc tgctcccctt agccgacgga ttccgtgcgg aggacggtct
    24481 cttcgagtgg ggcacttgga tcgattgcga ggccaggcgc acggacgagc tacctgccga
    24541 caccgcgtcg atcgttcgca cactgccctc cgtccgcccc gatgcgcgca tgtacctgag
    24601 cctctccggc cggtcgttcg acgatacgca acgcgattac ggcgtgctca tgcatgacct
    24661 gctcagccat atccgcaccg tggacgacct tcccgcggcc gtagccgcca aggtctccgc
    24721 gggcgagatc ggtcgccggt cggccgatga attggagaag cgcctgcgca ccctgctcga
    24781 cctacccgcc gcccgagcgt ggtttgacgg ctcgatgacg gtcctcaccg aggccgagat
    24841 cctctccggc gacggccgat cgcgccgccc cgaccgcgtc atgctcgcca ccgatgacga
    24901 ggagccgtgc gccgtcatcg tagactacaa attcggcctc cacaagtcca cgcgctacgc
    24961 cccacagatc cgcgactaca tggcccttct gggcgccatg ggttacgcca acgtccgggg
    25021 ctacctctgg tacgtggagc tgggcgaaac ggaggaggtg agcgcatgag ccgaatgccc
    25081 cgccatcgct cggtcaaacg ggtggccgac gcccctcagg cgccccgtgc gacctatccc
    25141 tcgaccgact ttcggctggc cgtatctcaa tgaatattct atttttgccc cgcttaacaa
    25201 gataaggatg aaagttcacc gcgaaggaac aggcttattg ctgacgttat ttaccctttt
    25261 gtttgtcgtt gatctcttga tctactatac gatcgacaaa gggttctttt tttacctctt
    25321 caccgcctcg tcggtcgtct tttttgccct cgtactgaac ttcttccgca gcccacaccg
    25381 ccgcttcccg tacgactcgg agggcctcgt gatcgcccca gccgacggaa cggtcgttgc
    25441 catcgaagag gtggcggaga atgagtattt ccacgaccgc aggctccaag tttccatctt
    25501 catgtccgtc tttaatgtcc acgccaactg gtatccggtc aatggcgtcg tcaagcacgt
    25561 ctcgcatcag aaggggcgct ttcaggcagc ctacctaccc aaaagtagca ccgacaacga
    25621 gcgctccacg atcgtcataa ccacctctta cggcgtcgag gtgctcaccc gccaggtggc
    25681 tggtgcccta gcccgccgca tcgtcaccta cgcccagccc ggagagcagt gcaaggtcga
    25741 cgaccagatg ggcttcatca aatttggctc gcgcgtggac accttcctgc cggtgggtac
    25801 cgacgtactc gtccgcctcg gccagaaggt gcgggccaac caaacaccga tcgcccgact
    25861 gggcaaaatc atctaccgat agcgctatgc cgaacctcct tcgtcacctc cctaacgcgc
    25921 tcacttgctg caacctgatc tgcggttgca tcgccacagc ggccgccctc gacggacgac
    25981 tgatgacggc cgtggcgctc ctctttgccg ccgtcgcgtt cgacttcgtg gacggcctcg
    26041 ccgcccgcct cctccacgcc gcctcgccca tcggcaagga cctcgattca ctggccgacg
    26101 tagtcagttt cggcctcgcc cccgcggcca tgctccaccg cctgttcgtc gaccttagcc
    26161 tcttaggtcc agacgccacg ctgcccctcc ccttgtcgat cctcgccacg atagccgtcc
    26221 tgaccatacc cgttgggtcg gccctccgac tggccaaatt caataacgac gctcgccaga
    26281 cgacctcctt catcggctta cccgtgcccg cgcatgccat cttttggtcg tcgttgctgg
    26341 cctctctggc ccggatagcc gagcagtacc ctgcggccgt agccgccgac ctcacgctgt
    26401 gggtgatcgg cctgtccgtg ctcgccctgg ccggatcatt gctcctggtg tccgagctcc
    26461 ccatgttctc gctcaaggtc aaatcgatgg cgtggcaagg caacgagcgg cggtacctgt
    26521 tgctcatttc ggccgttgtg ctcaccttgg caatgcccat gctgaccggc atttcggcca
    26581 ccattttgct ttacatcctc ctctccattt tcgatcggaa agcccccgag gcagagtcgc
    26641 ccacgtaatc cattccgtcg ttcgccacca cccgcaagtt gcccccgtca agacgtttgg
    26701 cggggatttt ttttgcccgt ccgccccagt tggaaaacac aacttcaacc ccatcctgca
    26761 cccgaccaac ttcggaaagc acaacttcaa ctccttcccg tacccgacca acttcggaaa
    26821 acacaacgcc cgcctcctcc cgtacccggc caacttcgga aaacacaacg cccgcccctt
    26881 cctgtacccg gcaaacttgg caggtgcccc tggcaccttg attttctttt gccttctttt
    26941 ctttcatcaa ggaaagaaaa gaggatagag agaaggtcgg gaaagacttt tcgagagtag
    27001 cacctgccac cccgtagccc ccatcaaaaa acatttcacg aacccgtgtc gcccatccgc
    27061 tcacaccgta aaacatttcg cgaacccgtg ctgctcattc gcccataccg taaaacattt
    27121 tacgaacccc aatcacccgt ccgctcctgt cagaaaccat tttgacaacc catttcgtaa
    27181 acacatagcc attgaggtgt tcaatgaggc gtaattttac gatcacacac tcattgaagt
    27241 gctcaatggg gtgtaatttc acaatcacac ctctattgaa gtattcaatg aggcgtaatt
    27301 gtagaaacac acagccgttg atgccttcaa tgggacgtaa attgaaaacg aggtcttcga
    27361 aatacattcc tacgaaggct gctgaacgcc acgagttccc aaaataaaat ctgacggggg
    27421 cgactgagcg acgggtgctc tcgaaatgga atccgacgga agcaactgaa cgccatgggt
    27481 tcccaaaata aaatccaacg ggagcaaccg agcgacgtgt gtccctaaaa tagaatctga
    27541 cgagagcgac tgagtaacag gtgttcccaa aatgaaatcc gacgagagcc accgagcgac
    27601 tagtgcccct aaaatagaat ctgacgagag cgactgagta acaggtgttc ccaaaatgaa
    27661 atccgacgag agccaccgag cgacgtgtgc tactaaaatg aaatccgacg gaagcagctg
    27721 aacgatgact gctcctaaaa tgaaatccga tagaagccac cgagcgacgg gtgctctcaa
    27781 aatggaatcc tacgggagca accgagcggc aggtgctact cttggagtgt gttttctgac
    27841 cttctctctt tcctcttttc tttccttgat gaaagaaaag aaggcaaaag aaaatcaagc
    27901 ccccaccggg ggcggggaag tttgccgggt acgggctggg gctggcgtag tgtttcttga
    27961 tgagggcaac cgagcgacgg atgctcccaa aacgaaatct gacgagagca accgagtggc
    28021 gggtgctact cttggagtgt gttttccgac cttctttcaa tcctcttttc tttccttgat
    28081 gaaagaaaag agggcaaaag aaaatcaagc ccccaccggg ggcggggaag ttagccgggt
    28141 acaggaaagg gctggcgtag tgtttcttga tgagggcaac cgagcaacag gtgctcccaa
    28201 aatgagatct gacgagagcc accgagcggc aggtgctact cttggagtgt gtttttcgac
    28261 cttctttcta tcctcttttc tttccttgat gaaagaaaag agggcaaaag aaaatcaagc
    28321 ccccaccggg ggcggggaag ttggccgggt acaagaaggg gctggcgtag tgttttccga
    28381 ggtttgccgg gtacgggaag gggcgggcgt tgtattttcc gaagttggcc gggtacagga
    28441 tagggctggc gtagtgtttt ccgacgaagg ctgggtatgg gttggggctg gcgtagtgtt
    28501 ttccggcggg ggcggatgac tggaagtggc aggcaaaaaa aagccgtcca cgggcaactg
    28561 gctgtgggcg gcttgacgtt gtaatgggga tcgacggctt agggctgtcg gctgcgggtg
    28621 agcatggcgt tgtcttcgta gaaatagtag tctgagccta cgcgcgaata gacgctgtga
    28681 aggtcgccct caccgtcgcg gtagatgtta cgttcgatga tggcatcggg aagcagcttg
    28741 acgggcgttc cgtagatgcc gagatagtag agatcggggt tgagcgcgta ctggttcgtc
    28801 agcggcgcgc ccacggcacg caggacgttg cagacgtacc ccgtattgcg gagcttttcg
    28861 ggcgccagcc gcagggtgta ggtgctggtg tcagtgcgtt gcacttcggt gatggtgatg
    28921 ctgttggcgt agttcgactg gtcgcgatag tggtacttga agcggatcgt ggcctgaagg
    28981 ttcgggatct cgatccggct tacataaccc gcgtagtcgt aggaatagct gagctgggcc
    29041 acgaggcggt cgcgctcgcc atccttgccg cggcgccaga tctccatgtc ctccacgaag
    29101 ccgttgtcct gcagggagag gatgcggtat tccagatcgt cccagacgta gcggtagtcg
    29161 tagccgtaat tgatctccgg gcggcgccag tcccaagcga tggagtcgat ggcgccattc
    29221 tcgtcgtaga tgacggtgcc tttgcggaag ccgctgattc ttaccgcgcc gcctttttgg
    29281 cgcgtgagga tcagctcggt gcatacggtg tcgatggtgt aggccgtcat gccgacgtcg
    29341 agcagtgagg cgcctatgcg gatttctttg ttgttcacgc ggttgccatt ttcgtccacc
    29401 tcggtcaggt cggacgaggt gatttcgcag ccggacagca gcaacacgaa ggagagcagg
    29461 agcaaatagg tcgttttcat cttctgtgtg ggggtcatta ggagtttcgt acggcgcaaa
    29521 agtagagaaa ttgcctcccg ggcccggttt gggcggtacg tcgcccccgc tttttcgtct
    29581 tttataggat tctcattcca tcttaacccc catcgtcaga aaggcggaat ggttgtgagg
    29641 atcgggtggg ggagctggct tctggagcct gttggggcgc atttcttttg gggcactttc
    29701 cggacgtggc tccaggtcgg aggtcggttt tcgtgccctt gtctcgcgcg cgtacctttt
    29761 atatatagcg ctacgggcgg acggtgcgca tcggctcagg gcctgtctca ggcatacggc
    29821 tgcgcatgtt ccgagggtac gaaaggcaca tccaagaccc tcccggggcg ccttccgatt
    29881 ctcattttcg cgcctacctt tgcgcccatc atcgaaagag gccgctaaaa tgggtctcat
    29941 caagccatta agaggacaaa ttgaatatga aaaaaatcgt cgtatcgctg tgtttgatgg
    30001 cgagctgcct gatggcatac gggcagcgca cgtaccgctt cgagcgggcg gacaggctgt
    30061 ttcaagaagg aaaagcgttt ttcgaattgc gcaacttccc cggttgctcg gacaagttga
    30121 tggccttcaa agccatctcc cacgatcgcg atctgatcca agaggccgac tacatgttgg
    30181 ccgtggtggc ctctgagcag ggacgcgagg acgccgccgc cgtcatggag cgctacctca
    30241 gcctctaccc cgactcccgc cacaccaatg aagccgcctt cctcctgggc tcgtattact
    30301 tcgctcacga ggattatggg acggccatcc aatggtttaa cacgtccgaa atagacctcc
    30361 tcggcaccga tcagcaggag gattacgcct atcggttggc ctactccctg ctccagctgc
    30421 acgacctacg cacggcgcgc aattacttcg cccgcattga ggaggtgggt cgcaaatacc
    30481 gcgtgccggc cacctattac ctggcttaca tcaactacgc agaggacaaa ctcaagcagg
    30541 ccgagccgcg cttcgagcaa ctcaaatccg agcccgccta ccgcgagcag tcgctctatt
    30601 acctgatgca gatccactat gtggatgagc gttacgaccg cgtcaagtcg gaaggcaagg
    30661 ccctcctgag cgcatatccg aacagtcgga acagcgccga ggcctaccgc ctgttgggcg
    30721 acgtggccta tcgggagggc gacgaggcca cggcgatcaa gatgctcgat aagtacgtcg
    30781 aacgggccga ctccttcgtc cgaggcgacc tctatattct gggcgtctgc cgctataacc
    30841 gaggcgatta ccccgaggcc atccaagcct tcgccgaggt ggtgggcgaa gaggacgagc
    30901 tgatgcagaa cgcctgcctc tacctcggac agtgctacct gcaaaccggc gaccgcaacc
    30961 gtgcgcgcat gtctttcgaa caggccgcca cgctgacctt cgacccgaag gtgcaagaga
    31021 ccgcgatgta caactatgcc ctccttatcc acgaaacgtc cttctcaggc ttcggcgagt
    31081 cggtcaccat cttcgaggac ttcctcaatc gcttccccga ctccaagtat gccgacaagg
    31141 tcagcgacta cctcgcggag gtctacctca ccaccaaaaa ctacgacgcc gcactcgcct
    31201 cgatcgacaa aatccgccga ccgggtcgga aaatccttgc cgccaagcag aacatccttt
    31261 tccgtatggg cgtcgaggcc ttcaccgcgc gccgcccgtc ggaggccatt cgccgctttg
    31321 acgaggccat cacccccggg gtctacgacg ccgacgccta cagtcaggcg tactactggc
    31381 gcggcgagac ctactatcgc caggacgatt tcaacaacgc cgcagccgat taccgttcct
    31441 acctgagcaa cgccgctgac cgctcggccg aggcttaccc cctggcatac tacaatctgg
    31501 gctactgcct cttcaaacaa cagcgctaca acgacgccct cgccgagttc cgccgataca
    31561 tcaatcttga gccacgcaaa gagagcgtct cctatgccga cgcttacaat cgcgtgggcg
    31621 actgcctctt ccacgcccga cagtttgagg ccgctgacga aaactacacc cgcgccgccg
    31681 cactccaacc ctccagcggc gactatgccc tctatcgcaa gggcttcctg ctcgggctac
    31741 agaagaatta ccaaggaaag atcacggtca tggagcgcgt agttcgtgaa taccccgagt
    31801 cgccccacgc ggccgctgca cttttcgaga tgggtcgctc atacgtcatg ctggaggacg
    31861 aggatcgcgc tgcggctgcc ttcacgcaac tgcagcagaa atatccactc catacgctgg
    31921 cccgcaaggc cggattgcag ttaggcctgc tctatttcaa tagcaaccgc cccgagcagt
    31981 ccatcaaagc ctataagaag gtcatctccg actaccccgg cagcgaggaa gcccgcacgg
    32041 cggtgcagga tctcaaggcc gtgtatgtcg acatgaacga tgtggcgggt tacgccactt
    32101 atgtgcgttc actcggtgac atggccgccc gattcgaggt cagtgagcag gattcgctca
    32161 cctatttcgc ggccgagaag cgtttcctgc gcggcgagag cgaggcagag cagagtctgc
    32221 gtaactacct gcgccaattc cccaagggtg ccttcagtgc gcgcgccaac tactacttag
    32281 cgcagatcgc ttacgacgcg aagaactacg aggaggccaa aaagtattac gaggtcgtga
    32341 tccgtagcgg cgacaccaag ttcggcgagg atgccctgac gcgtaagggc gagatcgagt
    32401 acatgaacaa ggactatgcg gcggcgctgg agagcttcaa gcggctggcg gccatcgcca
    32461 cgacggctga agtacgtgac ggggcccgac tgggtgcctt gcgttgcgca cgtcgcacaa
    32521 agcagtcggc cgatgcggtc aagatggctg atgagctact gaagaacgag aagattagtc
    32581 ccgagatagc ggccgaagcg cgtttcctgc gcatgaagtc gtacatcgac ctcaaggaag
    32641 acgccaaggc gcaggccgac ctcgtcacgc tgagcaagga tacgcgcacc gtctatggcg
    32701 ccgaatccaa gtacctcttg gcccagcgtt acttcgatcg caacgagatc gacaaggccg
    32761 aaaaggagat gctcgggttc attgagcagg gtacgcccca cagctactgg ctggctcgcg
    32821 gcttcatcct cctctccgat gtgtatgctc gcaaaggcga caagttccaa gcgcgccaat
    32881 acctcaccag cttgcagaag aactacaagg gtggcaacaa ggacgacgtc atggccatga
    32941 tcgataagcg actggctgca ttgaaatgag tccccacccc ctctgctacc gctcactccc
    33001 cacaaataac tttctgacta ctgattacta ccccataaga agatgagaac agacaatcgg
    33061 atacggatct gcgctgcagc agtcctgctg ctcagctgta gcctcggcct tcgggctcag
    33121 gacgatcgcg aaaacacgga cgagaaactg cgccgcgaac tgaccctcga acgtgagtat
    33181 gaccccggtg tgcaggacgc ggacaaggtc aatcggctgc ctgaagtgaa agacccgcag
    33241 gtgactaagc acaagatcga gtactctcgc ttcaccacca cggccgaccc tgaccgagag
    33301 atcatcaccc tgccatcagg gcgcgtcatg actgacatcc cctataaccg caaccgcggc
    33361 tacttccact acggcattgg gacgcacctc aacatggacg gcgacgtcgg ctaccacttc
    33421 cttgacaatg cgaccgaccg cctcaacgcc ctcctctccc tccgatccac ccacggcaac
    33481 gtgcggtaca acgactgggg aggccagaag cagcgcgcca agtacaccga catccgcggc
    33541 gctgtccatt acgcccatcg cttcgccccg ctcaccttcc gcctcggcgg gcaataccgc
    33601 tacaacacct tcaactatta cggtttcccg ctcgactcca tctatcgcct cggcccttgg
    33661 agcatggcac ccgccgtcat ctatcccgcc gaccgcgaca gtaaccaacg caaccaaacg
    33721 ttcgatgcct acttcggact gcaatcgaac gacaccactg atctcagcta tcgcctcgac
    33781 ctctcttacc t
//
